Volume 6

Soof theLangley-Vancouver Map AreaPAB Buffetin 18Province ofBritish ColumbiaMinistry ofEnvironmentVolume 6

Cover photo : Fraser Valley near Mission .TOURISM B.C . PHOTO

Province of British ColumbiaMinistry of EnvironmentASSESSMENT AND PLANNING DIVISIONRAB Bulletin 18SOILS OF THENGLEY!lANCOUVER MAP AREAReport No . 15British Columbia Soil SurveyVOLUME 6Technical Data-Soil Profile Descriptions andAnalytical DatabyH . A . Luttmerding, PAg .Kelowna1981

Canadian Cataloguing in Publication DataLuttmerding, H . A ., 1938-Soils of the Langley-Vancouver map area(RAB bulletin, ISSN 0228-5460 ; 18) (BritishColumbia soil survey, ISSN 0375-5886 ; reportno . 15)Contents : v . 6 . Technical data, soil profiledescriptions and analytical data --ISBN 0-7719-8438-3 (v . 6)1 . Soils - British Columbia - Lower Mainlandregion . 2 . Soils - British Columbia - LowerMainland region - Maps . I . British Columbia .Ministry of Environment . Assessment and PlanningDivision . II . Title . CIII . Title : Technical data,soil profile descriptions and analytical data] IV .Series . V . Series : British Columbia soil survey ;report no . 15 .S599~1-B7L87 631 .4'771133 C81-o92013-1© Copyright 1981 . B .C . Ministry of Environment

INTRODUCTIONThe first soil survey of the Lower Fraser Valley was completed in the late 1930's (Kelley and Spilsbury, 1939) . Thisvaluable publication adequately served its users for many years but as agricultural and other land use problemsbecame increasingly complex, the realization grew that a more detailed, larger-scale soil survey was required .To meet this need, a detailed resurvey of the Lower Fraser Valley was initiated in the late 1950's with fieldmapping being completed in the early 1970's . Included as well in the survey area were the adjacent CoastMountains and the southern part of the Sunshine Coast . The original impetus for the resurvey was supplied bythe Assessment Commissioner, B .C . Department of Finance who requested assistance in developing uniformland assessments in the Lower Fraser Valley. His request (for more detailed soil information) was stronglysupported by a variety of soil and land users .As the survey progressed, interim reports and soil maps (scale 1 :24000) were prepared, generally on amunicipal base . A total of eleven separate maps and ten reports were published . The current report, Soils of theLangley-1/ancouver Map Area, collates, summarizes and updates the soil information contained in most of theprevious interim series as well as presenting new information not published previously .Field mapping procedures and soil classification techniques changed over the period of years required for thesoil survey. Users of the interim maps and reports probably have noticed differences in terminology and soilclassification among them . The present report as much as possible, updates the information contained in theinterim series to current standards (The Canadian System of Soil Classification, 1978) and presents it in auniform, consistent manner.Soils of the Langley-Uancouver Map Area encompasses an area bounded on the west by the Strait of Georgiaand on the east by 122°00' west longitude (a north-south line passing between Chilliwack and Sumas Canal) .The southern boundary is the Canada-United States of America border (49th parallel) while 49°30' northlatitude forms the northern boundary. Included is the western part of the Lower Fraser Valley, the southern part ofthe Sunshine Coast and the southern edge of the Coast Mountains east to Chehalis Lake . Users will note thatsome areas, particularly in the vicinity of metropolitan Vancouver, are not mapped or classified . These consistmainly of areas which were already either partially or completely urbanized (or industrialized) at the time of thefield survey.Soils of the Langley-Vancouver Map Area is being produced, published and distributed in six volumes .Volume 1 consists of soil map mosaics (1 :25 000 scale) with legend, and covers the Lower Fraser Valley portionof the map area . Volume 2 contains soil maps (1 :50 000 scale) with legend, that encompass the remainder ofthe map area, mainly the southern Sunshine Coast and Coast Mountains . Volume 3 describes, in detail, thesoils mapped and classified in volumes 1 and 2 . It also generally discusses the environmental characteristics ofthe map area and contains a glossary and list of references . Volume 4 contains interpretations for specifiedengineering uses of the soils described in volume 3 (and mapped in volumes 1 and 2) . It contains informationregarding soil suitability (or limitations) for septic tank effluent disposal, basement construction and otherurban-related land uses . Also included are some interpretations for forest management concerns as well asinterpretations for recreational endeavours . Volume 5 is agriculturally oriented and contains informationregarding agricultural cropping and management . Included also in this volume are revised land capability foragriculture maps which replace those currently available . These maps are prepared at the scale of the soil mapsin volumes 1 and 2 . They are more detailed than the original provisional series, incorporate more definitiveclimatic data into the ratings and show improved (drained and/or irrigated) capability ratings as well as ratingswhen these management inputs are not considered . Volume 6 (this publication) consists of the detailed,technical soil profile descriptions of the soils discussed in Volume 3 . It also contains the results of chemical andphysical analyses of the sampled soils (or individual soil horizons) . Only a limited number of copies of volume 6are being produced, mainly for those persons who have day-to-day use for this detailed, specific data . Thisinformation is also stored in the British Columbia Soil Information System and others can, as required, requestthe data (or portions of it) directly from the data file .III

HOW TO USE THE SOIL MAPS AND REPORTLong-term soil resource managers usually know the characteristics and variations of the soils in their locality .However, unless a soil map and report are available, comparison with other soils in the area or region isimpossible . Regional (and local) similarities and differences among soils are evident after a soil map has beenmade . Proven (or new) management techniques for a soil may then be transferred to the same or similar soilselsewhere with the least chance of failure .To efficiently use the soil maps and soil survey report, the following procedure is suggested :1 Generally locate the area of concern on the "Index to Map Sheets' which immediately precedes the soilmap mosaics in Volume 1 and the soil maps in Volume 2 of this report . Note the number(s) of the mapsheet(s) which cover the area under consideration . Generally, areas in the Lower Fraser Valley are coveredin Volume 1 while areas on the Sunshine Coast or in the Coast Mountains occur in Volume 2 .2 Turn to the appropriate map sheet and locate in detail the area of concern . Main roads, railways,communities, section numbers and other cultural detail are shown to assist in location .3 Note the soil map symbols in the map delineations (polygons) which encompass the area(s) underconsideration .4 Consult the soil legend for a description of the soil map symbols . The topographic and stoniness classsymbols are described here as are the soil parent material and drainage classification . Also given is thename(s) of the soil(s) identified by a symbol in the soil map polygon(s) .5 Locate the named soil in Volume 3 of the report . A detailed description of the soil is given here as well as itsgeneral suitability for a variety of uses .6 Refer to Volume 4 for interpretations of specified engineering, forestry or recreational uses of the namedsoils . Volume 5 contains agriculturally oriented soil interpretations as well as maps showing land capabilityfor agriculture .7 Users requiring the detailed, site specific, technical soil profile descriptions and associated physical andchemical analyses are referred to Volume 6, or, if this information is required on an irregular basis, theBritish Columbia Soil Information System .Users of the report and maps should note that soils are usually differentiated on the basis of characteristics to adepth of a meter or more . Even though several soils may have similar surfaces, subsurface and subsoilcharacter can vary widely. Users should also understand that each soil exhibits a range of characteristics andproperties and that boundaries between different soils are not necessarily well defined . The soil boundaries onthe soil maps are the best estimate of where characteristics change sufficiently to warrant identification ofanother soil(s) .

ACKNOWLEDGEMENTSThe soil analyses contained in this publication were conducted by the Soil Laboratory Section, British ColumbiaMinistry of Environment, under the direction of V. E . Osborne and by the Department of Soil Science, Universityof British Columbia . The author acknowledges the dedication and accuracy of both laboratories . The authoralso acknowledges V. E . Osborne and Dr. L. Lavkulich for interpreting the mineralogical x-ray analysis .Also acknowledged are C. Dann and L . Bishop who coded and edited the soil descriptions and analyses forentry into the British Columbia Soil Information System .

TABLE OF CONTENTSPageINTRODUCTION . . . . . . . . . . . .. . .. . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . iiiHOW TO USE THE SOIL MAPS AND REPORT. . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . vACKNOWLEDGEMENTS . . . . . . . .. . .. . .. . . . . . . . .. . .. . . . . .. . .. . .. . . . . . . . . . . . . .. . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . .. . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . .. . .. . .. . viiTABLE OF CONTENTS . . . . . . . .. . . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . .. .. . .. . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . . . . . . . . ixSOIL PROFILE DESCRIPTIONS AND LABORATORY ANALYSIS . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . .. . . . .. . . . . . . . . xiiiSoil Profile Descriptions .. . . . . . . . . . . .. . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . .. . . . . . . .. . .. . . . . . . .. . . . . . . . . xiiiChemical, Physical and Mineralogical Analysis . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . xiiiChemical Analysis . .. . .. . .. . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . .. . . xiiiPhysical Analysis .. . . . . . . . . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . .. . .. . .. . . . . . . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . .. . . . .. . . . . . . . .. . . . . . . . .. . . . . . . xivClay Mineralogy Analysis .. . . . . .. . .. . .. . . . . .. . .. . . . .. . .. . .. . .. . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . .. . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . .. . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . .. . .. xvDETAILED SOIL PROFILE DESCRIPTIONS AND/OR ANALYSES FOR :Abbotsford Soils (AD) .. . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . . . . . . .. 1Addington Soils (AG) . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . .. . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . .. . . . . . 6Albion Soils (AB) . . . . . . . . .. . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . .. . . . . . 7Alouette Soils (AL) . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . 12Annacis Soils (AS) . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . .. . . . . . . .. 14Annis Soils (AN) . . . . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . .. . . 15Arnold Soils (AR) .. . . . . . . . . . . .. . .. . .. . . . . . . . . . . .. . .. . .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . .. . . . . . 17Banford Soils (BD) . . . . . . .. . .. . .. . .. . . . . : . . .. . .. . .. . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . .. . .. . . . . .. . . . . . . . . . . .. . . . . . . .. 18Bates Soils (BT) . . .. . . . . .. . . . . . . . . . . .. . . . . .. . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . .. . .. . . . . . . . . . . . . . . . .. . .. . .. . .. . . . .. . . . . . . . . . . .. . . . 20Beharrell Soils (BL) . . . . .. . .. . . . . .. . . . . .. . . . . .. . . . . .. . . . . .. . . . . . . . . . . .. . . . .. . .. . .. . .. . .. . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . .. . .. . . . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . .. 25Benson Soils (B) . .. . . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . .. 27Berry Soils (BR) . . .. . .. . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . . . . .. . . . 29Blackburn Soils (BB) . .. . .. . . . . .. . . . . .. . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . .. . .. . . . . . . . . . . . . . . . .. . . . 31Blaney Soils (BE) . . .. . . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . 32Blundell Soils (BU) . . .. . . . . . . . . . . .. . .. . .. . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . .. . . . 34Bonson Soils (BN) . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . .. . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . .. . . . 35Boosey Soils (BY) . . . . . . .. . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . .. . . . .. . . . . .. . .. . . . . . . . .. . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . .. . .. . .. . . . 36Bose Soils (BO) . . . . . . . . . .. . . . .. . . . . . . . . . . . . . .. . .. . . . . . . . .. . .. . . . . .. . . . . .. . . . . . . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . .. . . . .. . . . . .. . .. . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . .. . .. . . . . . . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . 37Buckerfield Soils (BK) .. . . . . . . . . . . .. . . . . .. . . . . . . . .. . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . .. . . . . . . .. . . . . 40Buntzen Soils (BZ) . . . . .. . .. . . . . . . . . . . .. . .. . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . . .. . .. . . . . . . . . . . . . .. . . . . .. . .. . .. . . . . . . . . . 41Burwell Soils (BW) . . .. . . . . .. . . . . . . . . . . .. . .. . .. . . . . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . .. . .. . . . . . . . . . 43Calkins Soils (CN) . . . . . . . . .. . . . . .. . .. . . . . . . . .. . .. . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . 44Cannell Soils (CE) . . . . . . . . .. . . . . .. . .. . . . . . . . .. . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . 47Capilano Soils (CP) . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . 50Carvolth Soils (CV) . . . . . . . .. . .. . .. . .. . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . .. . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . .. . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . 52Cascade Soils (CC) . . . . . . . . . . . . . . . . .. . . . . . . . . . . .. . . . . .. . . . . .. . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . .. . 54Cheam Soils (CM) . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . 56Chehalis Soils (CS) . . . . . . . . . . . . . . . . .. . . . . . . . .. . .. . .. . .. . . . . . . . .. . . . . . . . . . . . . . . . .. . .. . . . . .. . . . .. . . . . . . . .. . .. . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . . . . . . . .. . . . . .. . .. . 57Cloverdale Soils (CD) . . . . .. . . . . . . .. . . . . . . . . . . .. . .. . .. . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . .. . .. . . . . 58Coghlan Soils (CG) . . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . . .. . .. . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . . . . .. . .. . .. . .. . . . .. . .. . . . . . . . .. . .. . . . . .. . . . . 62Columbia Soils (CL) . . . . . . . . . .. . .. . .. . . . . . . . .. . .. . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . . . . . . . .. . .. . . . . .. . .. . 65Coquitlam Soils (CO) . . . . . . . .. . .. . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . 70Crescent Soils (CT) . . . . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . 72Dean Soils (DN) . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . . . . . 77Deas Soils (DS) .. . . . . . . . . . . . . . .. . .. . . . . . . . .. . .. . . . . .. . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . .. . . . . . 79Defehr Soils (DR) . . . . . . . . .. . .. . .. . . . . . . . . . .. . . . . .. . . . . .. . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . 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TABLE OF CONTENTS (Continued)PageDennett Soils (DE) .. . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . 84Devil Soils (DV) . .. . . . . . . . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . .. .. . .. . . . . . . . . . .. . . . . . . .. . . . . . . .. . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . 85Dewdney Soils (DW) . .. . .. . .. . . . .. . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . .. .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . .. . . . . . . .. . .. . . . . . . . . . . 86Dixon Soils (DX) . . .. . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . .. .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. .. . .. . . . . . . . . . .. . . . . . . . . 87Durieu Soils (DU) . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. . . . . . . . . . . . .. . . . . . . . . . .. .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . 89Elk Soils (EK) . . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . .. . .. .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. .. . . . . .. .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . .. . . . . . . . . . .. . . . . . . . .. . 92Elphinstone Soils (EF) .. . . . . . . . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . 94Embree Soils (EM) . . .. . .. . .. . .. . . . . . . . . . . . . .. . .. . . . . .. . .. . . . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . .. .. . .. . . . . . . . . . .. . .. . .. .. . .. . .. . . . .. . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . . .. .. . . . . . . . . . . 95Errock Soils (ER) .. . . . . . . . .. . . . . . . .. . .. . . . . . . . .. . . . . . . . .. .. . .. . .. . .. . . . .. . . . . .. . . . . . . .. . .. . .. .. . .. . .. . . . . . . .. . .. . .. .. . . . . .. . . . .. . .. . .. . . . .. . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . 99Eunice Soils (EU) . . .. . .. . .. . .. . .. . . . . . . . . . . . . .. . .. . . . . .. . .. .. . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . .. .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . 100Fadden Soils (FD) . . . . . . . .. . .. . . . . . . .. . . . . . . . .. . .. . . . . .. . . . . . . . . . .. . .. . . . .. . .. . . . . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . . .. . 101Fairfield Soils (F) . .. . . . . .. . .. . .. . . . . . . .. . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. . . . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . 102Fellows Soils (FS) . .. . .. . .. . .. . .. . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . 110Gibson Soils (GN) . . . . . . . .. . .. . . . .. . .. . . . . . . . . . . .. . . . . .. . .. . . . .. . .. : .. . . . . . . .. . . . . .. .. . .. . .. . . . . . . .. . . . . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. .. . .. . .. . . . .. . . . . . . . . . .. . . . . .. .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . 112Glen Valley Soils (GV) .. . .. . . . . . . . . . .. . . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . .. .. . .. . .. . .. . . . .. . .. . .. .. . .. . . . . .. . . . .. . .. . . . .. . .. . .. .. . .. . .. . . . .. . . . . .. . . . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . . . . . . . .. . . . . .. . 116Golden Ears Soils (GE) .. . . . . . . . . . . . . .. . .. . . . . .. . . . .. . .. . .. . .. . . . . . . .. . .. . .. . . . .. . . . . .. . . . .. . .. . . . .. . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . .. . 120Goudy Soils (GY) . . .. . .. . .. . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . . . . . . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . 126Grevell Soils (G) .. . . . .. . .. . .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . .. . .. . 128Grigg Soils (GG) . . .. .. . . . . .. . . . . . . . .. . .. . . . . .. . .. . . . .. . .. . .. . .. . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . . . . .. . .. . 131Grouse Soils (GR) . . . .. . .. . .. . . . . .. . . . . . . . .. . .. .. . .. . .. . .. . .. .. . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . .. .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . .. .. . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . 133Guichon Soils (GU) . . . . .. . . . . . . . .. . . . . . . . .. . .. .. . .. . .. . .. . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . .. .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. .. . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . 134Hallert Soils (HT) . . . .. . .. . .. . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . .. . . . . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . . . . .. . .. . .. .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . .. .. . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . 137Hammond Soils (HA) . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . 139Haney Soils (HY) . . . . . . . . . .. . . . . . . . .. . .. . . . . .. . . . .. . . . . .. . .. . .. . . . . . . . . . .. . . . .. . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . .. .. . .. . .. . 140Harrison Soils (HR) . . . . . . . . . . . . . .. . .. . .. . .. . .. . . . . . . .. . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . .. . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . 142Hatzic Soils (HZ) . . . . . .. . . . .. . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . .. . .. . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. .. . .. . .. . .. . . . .. . .. . .. . . . . . . .. . 144Hazelwood Soils (HD) . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. .. . .. . .. . .. . . . .. . .. . .. . . . .. . .. . 146Henderson Soils (H) . . .. . . . . . . . . . . .. . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . 148Heron Soils (HN) . . .. . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . 150Hjorth Soils (HJ) .. . .. . .. . . . .. . . . . . . . . . . .. . .. . .. . .. . .. . . . .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . . .. .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . .. . . . .. . .. . . . . .. . . . . . . 153Hollyburn Soils (HB) .. .. . . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . .. . . . .. . .. . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . .. . .. .. . .. . .. . . . .. . .. . . . . .. . . . .. . 158Hoover Soils (HV) . . .. . .. . . . . . . . .. . . . . . . .. . .. . . . . .. . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. .. . .. . . . . . . . . . . . . . . . .. .. . .. . . . . . . . . . . . . . . . .. .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . .. . . . . . . .. . . . . .. .. . .. . .. . . . . . . .. . . . . .. . . . .. . 159Hopedale Soils (HP) . . . . . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . .. . . . . . . .. . .. . . . 161Isar Soils (IS) . . . . . . . .. . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . .. . .. . .. . . . .. . . . . .. . . . . . . .. . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . . . . . . . . . . .. . . . 162Judson Soils (JN) . . . . . . .. . .. . .. . .. . .. . . . . . . .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. .. . .. . .. . . . . . . .. . .. . .. .. . .. . .. . .. . . . .. . .. . .. .. . .. . .. . . . .. . . . . .. . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . . . . . . 165Katzie Soils (KZ) . . . . . .. . .. . .. . .. . .. . .. . . . .. . .. . . . . .. . .. . . . . . . . . . .. . .. . . . . .. . . . .. . . . . .. . . . . . . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . . . . .. .. . .. . . . .. . .. . . . . . . . . . .. . . . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . . . . .. . . . . . . .. . .. . . . 166Kennedy Soils (KD) . . . . .. . . . . .. . . . . .. . . . . . . . . . . . . .. . .. . . . . .. . . . .. . . . . .. . . . .. . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . . . .. . .. . .. . . . .. . . . . .. . . . . . . . . . . . .. . . . . . . . . . .. .. . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . 167Kenworthy Soils (KW) . . . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . 169Keystone Soils (KE) . . . .. . . . . .. . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . .. . . . . . . .. . .. . . . . . . .. . .. . . . . . . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . . .. . . . .. 171Kitter Soils (K) . . . .. . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . .. .. . .. . .. . .. . . . .. . . . . .. . . . .. . .. . .. . . . .. . . . . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . . . . . . . . . . . .. . . . .. . . . . .. . . . .. . . . . . . .. . .. . . . . .. . . . . . 173Ladner Soils (L) . . . . . . . . .. . .. . .. . . . .. . . . . .. . .. . .. . . . . .. . . . .. . .. . .. . .. . .. . . . .. . . . . .. . . . .. . .. . .. . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . 176Langdale Soils (LE) . . .. . . . . .. .. . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . .. . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . .. . .. . .. . . 180Langley Soils (LA) . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . . .. . . . . . . .. . .. . .. . . . . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . . . .. . .. . .. . . . .. . .. . . . . . . .. . .. . . . .. . . . . .. . . . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. 182Laxton Soils (LX) . . .. . .. . .. . .. . .. . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . . . . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . 185Lehman Soils (LH) . . .. . . . . .. . .. . . . . . . . .. . . . . . . .. . .. . .. . .. . . . .. . . . . . . . . . . . . . . . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. .. . .. . .. . . . . . . .. . . . . .. . . . .. . .. . . . . . . .. . . . . .. . . . .. . . . . . 186Lickman Soils (LK) . .. . .. . .. . .. . . . . . . . . . . . . .. . . . . .. . .. . . . .. . .. . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . . . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . 188Lions Soils (LS) . . .. . .. . .. . . . . .. . . . . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . .. . . . .. . .. . . . . . 190Livingstone Soils (LV) . .. . .. . . . . . . . . . . . . .. . . . . .. . .. . . . . . . .. . . . . . . . .. . . . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . . . . .. . .. . . . .. . .. . .. . . . . . . .. . . . . . 191Lulu Soils (LU) .. . . . . . . . . . . . . . . . . . . .. . . . . . . . .. . .. . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . .. . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . . 194Lumbum Soils (LM) . . . . . . . . . . . . . . . . . .. . . . . . . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . . . .. . . . . . . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . 196Lynden Soils (LY) . . . . . . . . . . . . . . . . .. . .. . .. . .. . .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . .. . .. . .. . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . . 197Marble Hill Soils (MH) . . . . . . .. . . . . .. . .. . . . . . . . . . . . . .. . .. . . . . . . . . . . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . .. . . . . .. . .. . . . . . . . . . .. . . . . . . . . . . . . .. . . . . 199

TABLE OF CONTENTS (Continued)Westlang Soils (WL) . . .. . .. . .. . . . . . . . .. . . . .. . .. . .. . .. . . . . . . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . . . . .. . . . .. . .. . . . .. . .. . .. . . . . . . .. . . . .. . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . 328Whatcom Soils (W) . .. . . . . . . . .. . . . . . . . .. . . . .. . .. . .. . . . . .. . . . .. . . . . .. . . . . . . . . . .. . . . . . . . . . . . . .. .. . . . . .. . . . . . . . . . .. . . . .. . . . . .. . . . .. . .. . . . .. . .. . . . . . . . . . .. . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . . 329Whonnock Soils (WH) . .. . . . . . . . . . . . . .. . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . . . . .. . .. . . . .. . .. . . . . . . . . . .. . . . .. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 342Widgeon Soils (WG) . .. . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . . . . . . . . . .. . . . . .. . . . .. . .. . . . . . . .. . . . . . . . . . .. . . . . . . . . . .. . .. . . . .. . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . . 345Page

SOIL PROFILE DESCRIPTIONS ANDLABORATORY ANALYSISSoils of the Lang ley-Vancouver Map Area, Volume 6, consists of technical data. It contains one or morerepresentative, detailed soil profile description for most of the 147 different soils described and classified duringthe soil survey. It also contains the results of a variety of chemical, physical and clay mineralogy analysesconducted on samples of the described soils . The soil descriptions and attendant analyses are collatedalphabetically by soil name .SOIL PROFILE DESCRIPTIONSThe soils are described according to methodologies and procedures provided in :Walmsley, M., G . Utzig, T. Vold, D . Moon and J . van Barneveld, editors . 1980 . Describing Ecosystems in theField . RAB Technical Paper No . 2, Resource Analysis Branch, British Columbia Ministry of Environment andResearch Branch, British Columbia Ministry of Forests, Victoria, B.C .Dumanski, J ., editor. Revised 1978 . The Canadian Soil Information System (CanSIS) . Manual for DescribingSoils in the Field . Land Resource Research Institute, Agriculture Canada, Central Experimental Farm, Ottawa,Ontario . (compiled by the Working Group on Soil Survey Data, Canada Soil Survey Committee) .They are classified according to the Canadian Soil Classification System which is described in :Canada Soil Survey Committee, Subcommittee on Soil Classification . 11978 . The Canadian System of SoilClassification . Publication 1646, Resource Branch, Canada Department of Agriculture . Supply and ServicesCanada, Ottawa, Ontario . 164 pp.CHEMICAL, PHYSICAL AND CLAY MINERALOGY ANALYSES. A variety of laboratory analyses have been performed on the soils described in Volume 6 The analyticalmethod(s) or appropriate literature reference(s) for each analysis follows .Chemical Analysis(a) Soil Reaction (pH) : Method 1 (1 :1 soil-water ratio), Method 2 (1 :5 soil-water ratio) and Method 4 (in0.01 MCaCIz) are described in McKeague, J . A., editor. 1978 . Manual on Soil Sampling and Methods ofAnalysis . 2nd Edition . Prepared by Subcommittee (of Canada Soil Survey Committee) on Methods ofAnalysis . Canadian Society of Soil Science . pp . 61, 62 .(b) Organic Carbon (%) : Pre-1974 analyses are according to the modified Walkley-Black method describedin McKeague, J. A., editor. 1978 . pp. 115-116 . Post-1974 analyses are according to LaboratoryEquipment Corporation . 1969 . Carbon Analysis by Leco Analyzer . Leco Instruction Manual forInduction Furnace and Carbon Analyzer . St . Joseph's, Michigan .(c) Nitrogen (%) : Pre-1978 analyses are according to Brenner, J . M ., 1960 . Determination of nitrogen in thesoil by the Kleldohl method . Journal of Agricultural Science . Volume 55, No . 1, pp . 11-33 . Post-1978analyses are as described in Lavkulich, L . M . ; editor. May, 1974 . Total nitrogen determinationcolorimetricby auto analyzer for soil and plant material . Department of Soil Science, University ofBritish Columbia, Vancouver, B .C . pp . 11-33 .(d) Calcium Carbonate Equivalent (%) : The analyses are as described in Black, C. A . editor . 1965 .Methods of Soil Analysis . Method 91-3 .2 . American Society of Agnonomy ; No . 9 . p 1386 .(e) Cation Exchange Capacity (me/100 gm) : The CEC is determined by NH, displacement and macro-Kjeldahl distillation as described in McKeague, J. A., editor . 1978 . Method 3321 ; pp . 78-80 .(f) Exchangeable Cations-Ca, Mg, Na, K (me/100 gm) : Pre-1963 analyses for K and Na are by flamephotometry while Ca and Mg were determined by EDTA titration . Both methods are described inAtkinson, H . J ., G. R . Giles, A . J . MacLean and J . R . Wright, assembled and edited by. February, 1958 .xiii

Chemical Methods of Soil Analysis . Contribution No . 169 (Revised) . Chemistry Division-ScienceService ; Canada Department of Agriculture, Ottawa, Ontario . Post-1963 analyses are by atomicabsorption spectrophotometry as described in McKeague, J. A ., editor. 1978 . Method 3311 ; pp . 73-75.(g) Iron and Aluminum (%) : Method 1 (acid ammonium oxalate extraction), Method 2 (dithionite-bicarbonateextraction) and Method 3 (pyrophosphate extraction) are all described in McKeague, J. A., editor .1978 . pp. 98-105 .(h) Electrical Conductivity (mS/cm) : The method for EC determination is described in Richards, L . A .,editor . 1954 . Diagnosis and Improvement of Saline and Alkali Soils . Handbook 60, United StatesSalinity Laboratory. U.S . Department of Agriculture, Washington, D.C .(i) Available Phosphorous-P,, PZ (PPM) : P, and PZ values are determined by the method described inJohn, M. K . 1963 . Determination of available phosphorous . Soil Survey Division, B.C . Department ofAgriculture, Kelowna, B .C . This method is modified from Laverty, J.C . 1961 . The Illinois method (BrayNo . 1) of determining phosphorous in soil . Department of Agronomy ; University of Illinois, Urbana,Illinois, and also modified to include ascorbic acid reduction as described in John, M . K . 1970 .Colorimetric determination of phosphorous in soil and plant materials with ascorbic acid . Soil Science ;Vol . 109 ; No . 4 .(j) Sulphur (ppm) : Pre-1976 sulphur analyses are according to the method described in Bardsley, C. E .,and J. D. Landcaster, 1960 . Determination of reserve sulphur and soluable sulphates in soils. SoilScience Society of American Proceedings ; Vol . 24 ; No . 4 . Post-1976 analyses are according toJohnson, C. M. and H . Nishita . 1952 . Microestimation of sulphur in plant materials, soils and irrigationwaters . Anal . Chem . 24 ; pp . 736-742, modified by Dean, G. A . 1966 . A simple colorimetric finish for theJohnson-Nishita microdistillation of sulphur . Analyst, 9/(1085) : pp . 530-532, modified by Nyborg, M.1970 . A procedure for the extraction and determination of SO,-S in soils (unpublished) .(k) Copper (ppm) : Copper analyses are asdescribed by Lumblad, K . 0., 0. Svanberg, and P. Ekman . April,1949 . Availability and fixation of copper in Swedish soils . Plant and Soil, Vol ., No . 4 .Physical Analysis(a) Bulk Density (gm/cc) : The Core Method was used for incoherent soils and the Saran Clod Method forsoils that are cloddy, cemented or stony. Both methods are described in McKeague, J. A., editor. 1978.Manual on Soil Sampling and Methods of Analysis . 2nd Edition . Prepared by Subcommittee (ofCanada Soil Survey Committee) on Methods of Analysis . Canadian Society of Soil Science . pp . 29-34.(b) Air-Dry and Oven-Dry Particle Density (gm/cc) : These analyses were determined by the pycnometerprocedure described by Blake, G. R . 1965 . Particle density. pp. 371-373 in Methods of Soil Analysis,Part 1, Agronomy No . 9 ; C. A. Black, editor, American Society of Agronomy. Madison, Wisconsin .(c) Maximum Dry Density (gm/cc) : These analyses were determined by the low compaction procedure formaterials passing a 2-inch sieve (ASTM D 698-58T) as described in Black, C. A., editor. Methods of SoilAnalysis, Part 1 . Agronomy No . 9 . American Society of Agronomy Madison, Wisconsin .(d) Optimum Moisture for Compaction (%) : These analyses were determined by the high compactionprocedure (ASTM D 1557-58T) as described in Agronomy No . 9, pp . 408-409 .(e) Water Retention-1/s,15 bar : These analyses were conducted as described in McKeague, J . A., editor.1978 . pp . 45-46 .(f) Plastic, Liquid and Shrinkage Limit: Analyses are according to Lambe, T W. 1951 . Soil Testing forEngineers . John Wiley & Sons, Inc ., New York .(g) Particle Size Distribution : Analyses are according to sieving methods described in McKeague, J . A.,editor. 1978 . p 26, and Day, P R . 1965 . Particle fractionation and particle size analysis . pp . 545-567 inMethods of Soil Analysis, C . A. Black, editor Agronomy, No . 9, Part 1 . American Society of Agronomy.Madison, Wisconsin .(h) Mechanical Analysis (% sand, silt, clay, fine clay) : Analyses are according to the Pipette Method inMcKeague, J . A., editor. 1978 . pp . 6-15 .AV

Clay Mineralology AnalysisThe samples were dispersed, fractionated and prepared for subsequent X-ray diffraction analyses by conventionalprocedures (Jackson, M . L ., 1956 . Soil Chemical Analysis-Advance Course . Published by theauthor . University of Wisconsin, Madison), including removal of free Fe by the citrate-bicarbonate-dithionitemethod . Clay samples were prepared with parallel-orientation for X-raydiffraction analysis with Ni-filtered CuK«radiation and a scanning speed of 2°2B/min .

Detailed Soil Profile Descriptionsand/or Analyses

ABBOTSFORD UNIT TYPES SERIES..-..... .--"---........- .-...- ......- .- ...-.. .--- ""--"OF SURVEYSSURVEYORS HAL KELOKNA . B .C .M .A . 6 R .A .H .DATE SAMPLING PUP POSEI DETAILED 64 SURVEYLOC"TION CLASS3FICATION SLOPELATITUDEINII G F!9 06 36LONCITUD 22 3 2 52 0 UPTHIC T U a 14VMU-FEAPIC 00AN PUDZOL(19781 3 . ISECI a 51TYPES0 PL .ELEVATION P" SIO (MIS5 S AT S m L SOIL CLASSI GENTLY I SLOPINGP " RENT MAtER1AL 6 LANDFORM-~-- . . .-- . .-- . .- .- .- . .. . .-UPPER STRATIGR " PH]C UN(T MIODLE STRATIGRAPNIC UNIT. . . .--~--.. . .-- "" ---. . .- . .- .. . .- .. . . . .. . . . .. . . .- .SPEC . CLASTIC 11 SILTY CONM . CLASTIC 2t GRAVELLYGENETIC M " 7 .7 EOLIAN SURFACE EXPPES .t FANSURFACE E%PRES .t VENEER DESCpIPTUR 27 GLAGIALORAINAGEi WELL DRAINEDRUNOFFtSLOWST0NINESSt NDN-570NYPERVIOUSNESSI RAPID" DDITIONAL N07E5.. . . . .. . . . .. . . .-80UNDARY MORI20NSI7E LOCATIDN !00 METERS NORTW OF CORNER OF 244 ST AND 58 AVE . . LANGLEY .VALWES FOR E%CM " NGEABLE CA " LSOINCLUUES MG ." Rtts " ts "" t " atsittttt """q""" t "" tt " s " t """ eRitqstss " tst " sst " tN "" tta """ ttilttttttssslttysttstttttti " Rit " tftt """" t "" tt "" t """"" tt " t " tiPRDFIIE DESCRIPTIONTHICKNE55COLOUR l COLOUR 2HORIZON DE PTMICwITEXTURE STRUCTURE ILM J- 0 ABRUPTB FCCI 0 . 12 GRADUAL 7 .5YRl .0/2 .0LO "MYIEAKMA1R1% MOIST ' FINE10 .0YR5 .0/3 .5MATRIX DRYSUBANGULAR BLOCKYB FCC2 12- 27 DIFFUSE 7.BVR ".5/! .0 LOAM KEAKMATRI% MOIST FINEIO .OYR5.0/! .0SU8 " NGULAR BLOCKYMATR1% DRYFCC3 27. !2 CLEAR 7 .5YRl .0/! .0 SANDY LOAM WEAKMATPIX MOISTFINE10 .0YR5.0/! .0 SUBANGULAp eLOCKYMATRIX DRY11 ti M !2- 67 DIFFUSE 2.5Y5 .0/".0 IO .OYRS.0/! .0 LOAMY SAND WEAKM"TRI% MO157 MATRIX MOIST MEDIUrIO .OYN6.0/J .0MATRIX 0RYSUBANGULAR BLOCKY11 C 1 67- 85 DIFFUSE COARSE SAND WEAK CoApSESUBANGULAR BLOCKY!I C 2 BS-SAND SINGLE GRAINGRAVELLY. . . . .. . . . . . .. . .. . . .. . . . . . . . . . . . . .. . .. . .. . . . . . . . . . ... .. . . .. .. . . . . ... . . . .. .. . . . . . .. . . . . . . .NURIZDN TNICKNESSDEPTCONSISTENCE ROOTS 1CONCRETION ANDNODULE DESCpIP . 1CEMENTATIONAGENT/DESCRIP .LH 3- 0B FCCI 0- 12 VERY FRIABLE ABUNDANT MANYFINESPHERICALB FCC2 12 . 27 VERY FRIABLE ABUNDANT MANYFINESPHERICALB FCC3 27- i2 VE7Y FRIABLE PLENTIFUL MANYFINESPHERICALI1 B M 42- 67 FRIABLE PLENTIFUL IRONWEAKLY CEMENTEDDISCONTINUOUS11 C I 67- BS VERY FRIABLE FEW11 C 2 85- LOOSE FE .PMYSICAL G CMEMIC " L DAT "-- " -- " -- ..- . . .- . . .----. .SAMPLESTATEHORIZON-DEPTM(CM .) PH 1METHOD VALUE ORG "NlC NITROGENCAROON ~ X0 2 2 5 .1 52 .OB 1 .71BHFCCI 0- 121 5.71 .7A .070 FCC? 12- 27 21 5.7. 75.FCC3 27- 42 2 1 5 .7 . .87 .0R 05011 1 67. 85 l 5.0I1 C 2 85- 2 I 6.0EXCHANGEABLECANACATIONSBUFF .IME/11OGIKC . E . C .DETERMINED1 .25 .05 .IS I~ .B.69 .05 .1J10 .2.69 .05 .0610 .8........ .... .... .... ........ .... .... .... .... .... ....EXTRACTABLE FE(K)EXTRACTABLEA0111HORIZON- DEPTH(CM .)METHODRESULTMETHODRESULT p,pp . .P2PPM .LH 3- 0B RCCI 0- 12 I 1 .1 1 1 .5 32 .5 86 .0B FCC3 27- 4211 B w !2 . 67T1 l .l 11 .11 .0IB .O1 ".5JO .O38 .0B FCC2 12- 27 l 1 .2 1II C 1 67 . 85Il C 285-

ABBOTSFORD UNIT TYPEl SERIESDATE OF SURVEYt 63 SURVEYORS GGR KELOWNA . B .CSAMPLING PURPUSEt DETAILED SURVEY.M,A . S R .A,B .LOC " TION CL " SSTFIC " TION SLOPE-----LATITUOEINII "9 00 13LONGTUDEI+t Q122 22 08 UHTNIC -U-0-FERRIC PODZOLl19761 % 1 .0PPECISION ISECIt OS Type : COMPLEXPLEGENTLY ELEVATION IMIt SO STATUSI MODAL SOIL CLASS :oApENT MATERIAL GL " NOFORMUPPER STR " TIGRAPMIC UNIT. .. . .. .- . .- .-- .- . .. . . . . .MIDDLE---- "--STRATIGRADNIC UNIT.- .. .-- .. .. ..-- .-.SOEC . CLASTIC It SILTY COMM, CLASTIC It GRAVELLYGENE TIC MAT.I EOLIAN GENETIC r"T.t FLUVIALSURFACE EXPRES.t VENEEP DESCRIpTOR It GLACI"LDRAINAGES WELL DRAINEDRUNOFF1 5L0 "PERVIOUSNESSt MODERATEPROFILE DESCRIDTIONTHICKNESS HORIZON COLOUR 1 TEXTURE STRUCTURE I CONSISTENCE ROOTS 1HORIZON DEPT MICMI BOUNDARYLN A. 0 ORGANICB FCti 0. 10 CLEAR 7 .5YR " .0/".0 SILT LOAM WEAK FRIABLE P.ENTIFULMATRIX MOISTVERY F1NEIO .OYR5 .0/6 .0SUBANGULAR BLOCKYMATRIX DAYB FCC2 10 . 27 GRADUAL IO .OYR " ,S/".0 SILT LOAM "EAK VERY FRIABLE PLENT "FJLTRIX MOISTTA IO .OYR5,0/6,0VERY FINESUBANGULAP BLOCKYMATRIX DAYB 11 27- "0 CLEAR IO .OYP6,0/8.0 LOAM WEAK VERY FRIABLE PLENTIFULMATRIX MOISTVERY FINE10 .0YR5.0/",0 SUBANGULAR BLOCKYMATRIX DRYII e M AO- 60 ABRUPT IO .OYP6.0/".0 SANDY LOAM MASSIVE FRIABLE FEWMATPIX M015 T4PAVELLYII C 60 . SAND SINGLE GRAIN LOOSE raw4RAVELLYTNICKNESS CONCRETION ANDHORIZON DEPT .ICKI NODULE DESCRIO. 1LH f. 0 COMMONFINETNROUGNOUT MATRIXSPNERICALB FCCI 0 . 10 COMMONFINETNROUGNOUT MATRIXSPHERICALB FCC2 10- 27 NONEFINETHROUGHOUT MATRIXSPNEPICALB K 27. "0116 M " 0 . 60 '11 C 60-PNYStCAL G CNEMICL A D"TA-PN 1 EXCHANGEABLE CATIONS BUFF,IME/100G1 C . E. C.SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDSTATE CARBON XNORIZON-OEPTNICM .) KLN f- 0 2 5.7 18 .91 .62 21,30 2, 70 ,20 1 .10 61 .6B FCC1 O. 10 25,7 1 .91 .12 .70 .10 .10 .10 IS .18 FCC2 10 . 27 6.0 ,99 .08 .80 .20 .10 ,00 13 .80 w 27- "0 2 1 6.0 .70 .06 .50 .30 .10 .00 11,211 8 M "0- 60 6.0 .46 .05 .50 .3O .10 .00 4.811 C 60- 21 5.8 .17.02.50 .30 .10 .00 3.6.... .... ..- . ...- .. .- -- .. .... .... .... -.-- .... .... .... -... ...-PI.IORIZOV-OEPTM(CM,) OPM .LN A- 0 101 .06 FCCI 0 . 10 76 .0FCC2 10- 27 12 .08B M 27- "O 9.6II B M AO- 60 1 " .111 C 60- 89 .0

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ABBOTSFORD UNIT TYPEI SERIES. .TL OFSAMPLINGSl1PVEii 76 SURVEYURi HALPURPUSEI SINGLE IN SDECTIONSITEVAN RES SIN PED UNITAG CAN.LOC " TIONCLASSIF[CATIONSLUPEL " TITUDE(N17 " 9 01 20LONGTUDEIt)i 122 20 26 SOMBPIC HUMU-FEPRIC PUDZUL(1978) % 1 .0PRECISION (SEC11 60 T " PEI SIMPLECLASSt VEDY ST " TUSI MO OAL SOIL GENTLYPROFILE SITEI MIDDLEM[CRDTOPOGRAPHY iLEVELSLOPINGD " RENT M " TERI "L6 LANDFORMUPPER STRAIIGR " PM1C UNITSPEC, CLASTIC It SILTYGENETIC MAT,i EOLIANSURFACE EXPRES,1 VENEERMIDDLE STRATIGR "PHIC UN(T---- " ------ " ----. . . .-- ..-CUMM, CLASTIC 11 GRAVELLYfiENETIC MAT,1 FLUVI " LDE SCRIDTOR 11 GL " CIALFLOOD HAZARDi NOHAZARDOELL -PAINEDDRAINAGE' PERVIOUSNESSI MODERATEADDITION " L NOTESSITE LOCATjONj AGRSICIJLTVPE SMALL FRUIT SUBSTATION9 NORTHOEST TP161L4 S MAT V I UtI11 UN ICIPALITI CANADAASSCC I5.1 P' N A:.A .CVAL UE IF OF C P2 1 IN A 1342 .4 P.P . . .HORIZON TMICKNE:T HOURNIZONYDEPTHIC 90 OARCOLOUR 1 COLOUR 2 TEXTURE STiUCTURE tA D 0- 9 CLEAR 7,SYR3,0/2,0 SILT LOAM MODERATEMEDIUMR " VY MATPIX MOIST10 YR3,0/3.0MATRIX .0 DRYSURANGULAR BLOCKYB pi 9- 17 GRADUAL S .OYR3,0/3,0 SILT LOAM MODERATETIAVY MATWIX MOIST MEDIUM TO FINE7.SYRt,0/t,0SUBlNGULAP BLOCKYMATRIX DRYF2 I7- 29 CLEAR 7,SYRt .0/t .0 SILT LOAM M30ERlTESMOOTH MATRIX NO15T MEOIUMlO .OYR3,0/t .0SUBANGULAR BLOCKYMATRIX DRYe M1 29- 46 GRADUAL 7,SYP".0/" ,0 SILT LOAM MODERATEYAVY MATRIX MOIST MEDIUM TO COARSE10 .0YR6.0/!,0MATRIX DRYSUBANGULAR BLOCKY0 M2 46- 63 GRADUAL 7,6YRt .5/1 .0IO,OYR6,0/t .0 SILT LOAM tEAK TO MODERATE" AVY MATRIX W MOIST MATRIX DRY MEDIUM TO COARSEIO .OYR6,0/t,0SUBANGULAR BLUCKYMATRIX ORY0 M3 63- ?3 GRADUAL l0,OYR3,0/6,0 SILT LOAM WEAK TD MODERATESMOO7H M " TR(u M015T MEDIUM TO COARSE10 .0YR6.0/4 .0 SUBANGULAR BLOCKYMATRIX DRY(1 CB 73- 90 GRADUAL IO,OYRl,0/t,O IO .OYR6 .0/3,0 SANO STRUCTURELESSSMOOTH MATRIX MOIST MATRIX DRY GRAVELLYIO .OYPS.0/3 .0MATRIX DRY11 C 1 90 "124 GRADUAL SAVD STRUCTURELESSSMOOTH GRAVELLY SINGLE GRAIN11 C 2 124-145 SMOOTH SANO ST RUCTURELESSGRAVELLYSINGLE GPAINTHICKNESS STRUCTURE 2HORIZON DEPTH(CM)CONSISTENCE ROOTS I CONCRETION ANDNODULE DESCRID, IFIELD PMA P 0- 9 GRANULAR SLIGHTLY STICKY ABUNDANT NONE STRONGLY ACIDVEPY FRIABLE VERY FINE FINESOFT RANDOM TMROUGMOUT MATRIXSLIGHTLY PLASTIC 1N PED SPHERIC " LB Ft 9- 17 SLIGHTLY STICKY ABUNDANT NONE VERY STRONGLYFPIABLE VERY FINE FINE ACIDSLIGHTLY HARD RANDOM IN ROUGHOUT MATRIXSLIGHTLY PLASTIC IN FED SPHERICALSLIGHTLY STICKY ABUNDANT NONE VERYFR I ABLE VERY F[NE FINE ACIDB F2 17- 29 STRONGLYSLIGHTLY HARD RANDOM THROUGMOUT MATRIXSLIGHTLY PLASTIC IN PED SPHERICALB MI 29- "6 SLIGHTLY STICKY PLENTIFUL NONE STRONGLY ACIDFRIABLE VERY FINE FINEPLASTICSLIGMTLY HARD RANDOM THROUGHOUT MATRIXSL IGwTLYIN PED SPHERICALd M2 "6- 63 SLIGHTLY STICKY ABUNDANT NONE VERY STRONGLYFRIABLE VERY FINE FINF ACIDSLIGNTLY HARD RANDOM TwROUGHOUT MATRIXSLIGHTLY PLASTIC IN PEI SPHERICALB 03 63- 73 SLIGHTLY STICKY ABUNDANT NONE VEPY STRONGLYFP IABLE VERY FINE FINE AC 10SL 1GHTLY RANDOM THROUGHOUT HARD MATRIXSLIGHTLY DLASTIC IN PED SP HEPICAL17 CB 73- 90 NON STICKY FE . STRONGLY ACIDLOl1SEVERY FINENONPLASTICRANDOMIN PE DII C 1 90-12s NUN STICKY FE b STRUNGLY ACIDL005EVERY FINENONDLASTICRANDOM 1,PE DLUUSEFE PANOOM .II C 2 12l-1 "S NUN STICKYNUNPLASTIC1N PEDSTPONGLY ACIDttttt " tttittt " itt " lttft " ttiltt " tt!!ltsttft " tttifi " iti! " ttt!llftt " it!lttittifiti " liti!ltftlt " iitttt " itftttilti " i " t " ltft "" ttff " f "" ! " tt

t~ :PHYSICAL L CHEMICAL DATA-- ......................MORIZON- DEPTH(Cr .)PH 1 PH 2SAMPLE METHOD VALUE SAMPLESTATESTATEME THOD VALUE ORGANICCARBON %NITROGEN%A P 0- 9 2 5 .0 " 5.3 12 .75 .66B FI 9. 17 1 ~ .l 2 " A.7 4.06 .21B F2 17- 29 2 l .1 2 4 ".S 2.97 .16B M1 29 . 46 2 1 5 .5 2 ~ 5.2 1 .23 .07B M2 06- 63 2 1 .9 2 5 .1 .9B .06B M3 63- 73 5 .8 " 5.1 .7 .5 .0A11 C9 73- 90 2 1 5 .6 2 ~ 5 .1 .42 .021 90-124 1 6 .2 5.3 .20 .OI11 C 2 124-105 2 1 6 .3 2 4 5 . " .12 .OIHORIZON-DEPTHICM .1EXCHANGEABLE CATIONS 9UFF .IME/100G1 C . E . C . EXTRACTABLE FE(%)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTA P 0- 9 25 .03 3.23 .06 .9l 51 .3.6 3 .5B FI 9- l7 ".13 .79 .03 .3~ 26 .1 .9 .58 F2 17- 29 2.25 .69 .02 .3A 22 .9 1 .9 3 .38B M1 M2 29- 06- 46 63 1 .29 .50 .46 .11 .02 .02 .4 .79 1 12 10 .7 .6 1 .3 .5 3 .1B M3 63- 73 .3B .07 .02 .90 9 .1 1 .A .11 1 CB 73 . 90 .19 .03 .02 .69 6 .0 .3 3 .011 C 1 90-129 .1 " .02 .02 .19 3 .9 1 .2 .011 C 2 12A-1"S .16 .0 " .01 .16 2 .31.1 3.0.... ........ ............ ........ .... .... ........ ............ ........ .... .... ......HORIZUN- DEPTN(Cr .lEXTRACMETHODTABLE ALI%1RESULT METHOD RESULT PIPPM .P2PPM.PARTICLETOTALSANDSIZEI%)62-2 U51LTA P 0- 9 .9 3 .5 362.1 22 67 110 F1 9- l7 1 l ." 3 .7 1A0 ." 232.7 26 67 58 F2 17- 29 1 .3 J .6 A9 .2 90 .9 31 66 3U Ml 29 . 46 1 .B 3 .3 20 .3 "3.s 36 60 AB M2 16- 63 1 .7 .3 1".2 40 .70 M3 63- 73 .9 3 .2 20 .8 55 .9 463 7 50 34 311 CN 73- 90 1 ." .2 52 .9 12".717 11 C 1 90 .12" .3 3 .1 B".6 110.7 B1 96 2 211 C 2 12 "-145 1 .2 3 .1 53 .3 77 .2 96 3 12U CLAYTOTAL.2U CLAYTOTAL1HORIZOV-OEPTH(CM .)COARSE% VOLFRAGMENTSGRAVEL%COBBLE%A P 0. 9B F1 9- 17B F2 17- 29B M1 29- A6B M2 A6 63B M3 63 . 7311 CB 73- 90 "0 35 11 1 90-12" ~0 35 511 C 2 12A-1 "5 40 35 5

C " 0 " 6I 1 " 92 C " C6 1'S 6'9 " 0 " 90 " Y "" I I " '2 -0 " O J l12 'IS L'tll 1 " 91 6 " 91 9'C CS f " II CO' go " """ 1 "" '2 O " -02 L9 76'9 " 6 " 12 1'tl 0'0 C C191 Z " LI IO " BO . OS " 1 61 " 2 OZ -O 19 7S 'OS I-LC Z'LOI 0 " IC S "" 1 Z " 99 S " ' of- S6 " 1 " L' " O -ii N O'Wdd 'Wdd '1+dd " udd '-doNZ AD S Zd Id 03NINt13130 X " N 9W " J.... -... .... ........ .- ...... ....'7. .. . . .'3 '7.. .. . .19001/31W)'. . . . .. . .IinO SNOI. .. . -lY7 i18Y39NYH7X31'W71N1d30-NOZICON. . . . . . . .. .- . ... .... .... ..L' ""2 9 ""1 r -0 " 9 7 11CO'S1 " We 1"" " Z 9' " I i 0" -OL 197oc " sc "" 1"" 2 1 r or -o Is 7Is" 1 99 "c2 " L 6"" L L o -ra N 0% If NOi0Y7 31 "lS 31 "lS 1 "rW71H1C70-NOZICONN390N1IN 71N"9a0 3nlYA OONIiM 31dW "S 3n1YA OONIHW 31dMYSL NdI= ...-..- .........- ....YlYO 1Y71W)N7 9 1Y7ISANd+t+ttttt+sst+ts+ttt+tststsssts+ttrts " ttttttttt+tttttttttststt+ttttttstttttsst+stt+ssttttt+s+stt " ttttp+ststi " sttss " t+s+tstststtttstt1NIVi3N11+ii -0 " 9 7 111NIVi3N1!riI 0" -OZ LO 7Or -0 t0 70 -Zr N OI S31110M4IW71Nlai0 NOZIMONSS3NX7IN1QN "S 1SIOrv XINL "N+3! A31i1S NON 3AISSYW 384140 A"01 0 " i/O "" AO " t -0Y 9 7 it15ION XIN1 "WlnlilN3ld A717f1S Al1NS11S 3AISS"W WY01 O'L/O"" AO "C aY317 0" -Or L9 J1NYONnO " A717I1S A11N911S 3AISSYW "Vol 1SIoM XIC1vWO" L/0' "Afi"L lvnavNe Or -0 19 Jn"lnN"00 iSioW XIa1YW1N "ONnOY AMJIIS NON iNi " 71N " Od0 0'2/0 " f1JA0'01 l " n0 "y9 0 -2t N 0AdYONnOi IWJIN1d30 NOZiCONI 51001f 3JN31SISN07 I 3dnl7nC15 3Un1X31 I Cn0107 NOZIdON SS7NM71N1..................-140110107SB0 311lOtldt+tt+ttttt+satttsatssttst+ttrtssttas+st++tsttststt+t+s+sttt+tstttt+tstst+attttttstttsttttts+ttttttsuttt+ttstt+ttatq attttstsssattst"OC i0 N1n05 511313W OS ~371 "1 llld i0 1S3"M1nOS 03tY701 i1ISSilON l"NDIlI00Y31 " 6300W ISS3NSn01AdidAN O1S-NON ISS3NINOIS030NOd 1idONnNQ3NIYC0 Al000e Ad3A .39Y .1"60 71v1n03N ONY 1N3no3Ni IOt " Z " NOOOI! " W7 0 " IHld30 941100C13A31 t "S3COX3 37"iCnSlYlAnli t "lYW 7i13N39 n33N3A t'S30dX3 37 "i6nSA1li5 11 JI1S "1J '73dS JINY9C0 1" 1"W 7113N30.--......- ....--..- .-..-11Nn JINd "N9IlYC15 3100IW 11Nn JIMdYM9I1"M1S W30dn~-- " - "-----. . .- . . . .. .. . .. .WWOlON " 1 ? 1Y1C31 " W INiC" dA1Y3d 13SYNd13A31 01 000 t(930) 1J3dS" IIOS 1Y00" tSn1Y1S L IIWI NOIlYAil3lYN0ISS30030 tSSYl7 SO 117]Sl NOIS17iCd3lAw1S 13dA1 (SL6I)lOSA319 0939 I" LC art i(o)721Cl 02 6 " tIN130n111Y13d01S NOI1 "7IiISSY17 NOI1 "701A7Aan5 0311 " 13Q 73SOdCnd ON)IdWYS"9"Y-ti 9 -V-W-2-0 ' " NrOl3H 1 " N ItlOA3AdnS IL tA3A6nS i0 31 " Q-S31b3S " 13dA1 11Nn. .. . .. .. .. . .IVOlJNldad

~ALBIONUNIT TYPES SERIES- ---- ------------- ------------------------------------DA TE OF S URVEYI 72 SURVEYORS NAL UBC,LOC " TIONCL " SS1F1C4TION~--" -- " -" -----LATITUU6(N/i 49 04 47LONGiTUDEIa'>1 122 36 07 MUM1C LUVIC GLEYSOL(1978)PRECISION ISECIIOSELEVATION IMII 60 ST " TU51 MUOAL SUILD "RENT MATFRI " L G LANOFORMDENSITY BULK--------------~-~--UDPER SiRATIGRADNIC UNIT---------SPEC, CLASTIC It CLAYEYGENETIC MAT .i MARINESURFACE ExPRES .l LEVELDESCRIPTOR li GLACIAL"aNS " st "" t!t " sitt " tstsHtaa " sit "" atf "" titftitia+ " i " attitittt " t " ttt " i "N1 "" t!t " i " +i " tNltt+titl H """ + " t " i "" s1N"t " +tiit " t+ " tt " iitit "VMySICAL L CMEMICAL DAT-- ------------"- P---iMOISTURE STATUSATiERBURG LIMITSSAMPLE METHOD VALUE 1/3 IStl FIELO PLASTIC LIOUIDHORIZON-DEPTM(CM.)STATEBAR . BAR, MOISTURE LIMIT LIM/TA D 0- 18 2 4 1,7 .B9 44,337 .752,033 .2 IB,6 27, 0 30,4 A EG IB- a 3! 5,1 1,41B TG 43-BC BI-102 a 6.5 .55 42 .9 22 .7 31 .1C G 102-132 2 4 6,6 1 .57 42 .5 20 .9 30 .928,5 56,681 2 4 23 .6,0 1 .56 37 .4 20 .4 8st " satlts+ss! " lasistsrtsrastsassts " stlt " t+sss " t " 1 " tttits+llllts+sfaa " 1lt+tlttsssslstssslssistlat!llss "" tssssst " tt " ss " +tsls " s "" sst!!sParticle Density 9m/cc Shrinkage Limit .X. .05 rm.

ALBION UNIT TYPES SERIES. . . .. . . . . . . . . . . .. . . . . . .. . .. .. . . . . .. . . . .. . . . .. . . . . . .. . .DATE MOL OF r SURVEYSE : 70 SUP SURVEYOR : HAL KELOWNA, B .C .M,A, 6 Q,A .H .S A IN PURPO DETAILED VEYLOC " TION CLASSIFIC" TION $LUPELATITUOEINIt " 9 0 " f7LONGTUOEIrII 122 J6 07 HUMIC LUVIC GLEYSOL119761 TYPEt SIMPLEPRECISION ISECIt 05 CLASS, DEPPESSIONAL TO LEVELELEVATION (M11 60 $1ATUSi MODAL $OILPAQENT MATEQIAL G LANOFORMUPPER STRATIGRAPHIC UNIT. . .. . .. . .. .- . .. ...-. . ..-SPEC . CLASYIC 11 CLAYEYGENETIC MAT .1 MARINESUQFACE EXPRES .1 LEVELDESCRIPTOR 11 GLACIALDRAIN AGEI POORLY DRAINEDPUN0FFt SLOWPERVIOUSNESSi SLO!ADDITIONAL NOTESSITE LOCATIONS 135 METERS SOUTH OF INTERSECTION OF BIGGAR AND OLD YALEA D S.LAN , LIE YCKNESS HORIZON COLOUR t TEXTURE STRUCTURE 1 STRUCTURE 2HORIZON DEPTH T"I ICMI BOUNDARYA P 0. 15 AERUPT IO .OYQ3 .0/1 .0 SILT LOAM FINE TO MEDIUMrATR1it MDI$TSUBANGULAP BLOCKYso .OYR" .S/1 .5MATRIX DRYA EGJ IS. 25 CLEAR 2 .SY5 .0/2 .0 SILT LOAM MEDIUM MEDIUMMATalx MOI6T PLATY SUBANGULAR BLOCKY2 .SY7 .o/i .oTASK DRYAO 25. "0 GRADUAL S .OY5,5/1 .0 SILTY CLAY MED)UM ANGULAR BLOCKYMATRIX MO15T LOAM SUBANGULAQ BLOCKY2 .5Y6 .0/2 .0MATRIX DRYB 761 "0- 65 DIFFUSE S .OYS .O/I .0SILTY CLAY STRONG MEOfUMMATRIX W MO15T MEOIUM SUS ANGULAP BLOCKYIBMATICB T62 65- 66 DIFFUSE 5,OY ",0/I .0SILTY CLAY PA STRONG STRONGMATRIX 5; 016 M0ISTMEDIUM MEDIUMPRISMATICAN6ULAR BLOCKY44 86 .112 DIFFUSE S .OY5 .0/I .O SILTY CLAY MEDIUM MEDIUMMATQIX YOIST PRISMATIC SUStNGULAR BLOCKYC 6 112.125 5,OY5.0/1,0 SILTY CLAY MASSIVEMATRIX M0 1ST.. .... .... .... .... .... .... .... .... .... .... .... .... ....TV ICKNESS CONSISTENCE ROOTS I MOTTLES 1 CLAY FILMS IHORIZON DE PTHICMIA P 0. IS FRIABLE ABUNDANTMARUE6J 15- 25 FlRr ABUN0ANT COMMONHARDMEDIUMPROMINENT7.5YR6.0/6 .0A" 25 . " 0 VERY FIQM PLENTIFUL COMMONMEDIUMPROMINENT7 .5YRS,0/6 .0B TG1 AO- 65 VERY FIRM FEN COMMON MANYMEDIUM M00. THICKPROMINENT ON PED FACES " .7 .SVP " .0/ " ,0 UN SPECIFIEOB TG2 65- B6 VERY FIRM FEW FEW MANYMEDIUM aMOD. THICK01STINCY U S PED I FACES-S.OY4 .0/1 .0 N PEC F I EDac as-112 VERY FIRM FEW FEW COMMONME OIUMTN INDISTINCT ON PED FACES-IO .OYRS .O/5 .0 UNSPECIFIEDC G 112-128 VERY FIRM VERY FEN FEW FEWINMEDIUMTMDISTINCTIN VOIDS ANDD!10 .0YR5.0/5 .0 0a CHANNELSONLY

DMYSICAL b LMEMILAL 0 " T " 'HUR120N-DEPTNICM,1PM I DM 2SAMPLE 'TA METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENis STATE CARBON % %" P 0" IS 2 S 5 .7 2 " 5.2 5,92 ,32A EGJ 15- 2S 2 1 5.6 2 " 4.9 7.S " .06AB 25- 40 2 1 5.6 Z " 5.0 .51 .06B16140- 65 2 1 6.0 2 " 5 .7 .39 .038 TG2 65- eB 2 1 7,0 2 " 6,6BC 88 .112 2 1 7 .6 2 " 7 .1c 0 112-128 2 1 7,6 2 0 7 .0-. .--. ..-- ....-.- . ---- ..-- -... .... ..- . -... .... -... ...- ---- - ... --.. .... - ... -- .- .... -..- ..E%CMAN6EABLE CATIONS BUFF,IME/100G1 C. E, C . EXTRACT ABLE FEI%1 ExTRACTAOLE AL(l)CA MG NA K DETERMINED METHOD RESULT METHOD RESULT PlPPM,HURIZON-DEPTNICM,1A D 0- IS 11,80 3,66 ,09 .37 29 .8 2U,2,3 12 "2" EGJ IS- 25 3.20 1 . "7 .11 .09 11 .2 1 ,]TOTAL.2 ".3"B 25- 00 b .00 5 .66 ,18 .15 18 .5 ,2 1 " 1 ""TG1 40- 65 13 .90 12 .92 ."0 ,30 30,2 1 .0 .0 1,9B TG2 65- 88 I5 .60 16 .72 ,SB ,31 31,2 1 .2 1 " 2 2"6BC 88-112 15,00 IS .30 .58 ,34 27,9 1 " 6c G 112-128PARTICLE SIZEI%1P2 S CU ZN MN TOTAL 62.2U,2U CLAYHORIZON- OEPTM(CM,) DDM . RPM . PPM, PPM, PPM, SAND SILT TOTALA P 0- 15 23 .5 3,9 21,7 69,0 17,6A EGJ IS- 2S 9, " I,0 18,8 67,8 l .8 8 68 24 7AB 25- a0 .6 2.3 25 .1 09,5 13,8B TGl "0- 65 9,9 .5 56 .0 57,5 e ,lB TG2 65- 88 118,5 .5 55 .9 72,8 1 .32 47 S1 20BCC G88-112112-128220 .3 38 .550 .265 .179 .0,5.5CLAYALBIOI\ UNIT TYPES SERIESDATE OF SURVEYt 72 SURVEYORS M"L UBCLOC"TIONCLASSIFIC"T10N.--..- ..--- .--L "TITUDEINIt 49 13 02LONGITUDEI " 11 l22 3" 2l MUMIC LUV1C GLEYSOLlI97B1PRECSION ISECIe 05ELEVATION IMII SO STATUSI MODAL SOILP "RENT MATERI " L2 4 5,9 06 .8 % MOISTURE .9L LANDFORM- . .--. .----- . . .- . .---. . . .-UDVER STR " TIGR " DM(C UNITSPEC, CLAST(C 11 CLAYEYGENETIC M " T,i MA RINESORF " CE E%PRES .t LEVELDESCRIPTOR is GLACIAL,91sttt "" sta "aassNNt " i " t "" t " t " t "" ttst " at " t """ qtat~t" ttata """ t" ftt " s " tatas " t " tts " taaa " f "" ttt" s " t " tttltttitftsttta """"""" tt "" t """"" i ""PNYSICAL L CMEMICAL D " T "------- ---------~----DM 178,0MOISTURE STATUSATTERBURG LIMITSSAMDLE METHOD VALJE BULK 1/3 15PL "STIC LIOUIDHORIZON-OEPTNICM .I STATEDENSITY BAR, BAR, LIMIT LIMITA .10- 20" EG 20. 43 4,3 09 .5 79 .7AB 43- 618 TG 61-102 " 1,10 29 ." 48 .3 33,98C C 102" 132-137 132 2 2 4 6,0 6.5 I,S9 1 . "2" 0 .801 .122 .021 .731,133 .225,32",953 .655 .2HDr'zol ~Depthcn47 .6 32 .9 59FIELDParticle Density 9,.l/cc ShrinYige Lini.t XS , . . . . . . . . ., . . . . , . Particle Size X .-Air Oven Max . Air Oven Optimum >5 .1 cm

ALBION UNIT TYPEI SERIES. . ... . . . . . .. . . . . . . . . . . .. . . . .. .. :. . . . . . . . . . . .. . . . . . .. . .OATE OF SURVEY : 69 SURVEYORSSANPLING PURPOSEt DETAILED SURVEYNAL KELOtNA . B .C .M .A . 6 R .A .B .LOC" TIONCLISSIFIC4T10NSLOPE.. . .. . ... . . .. . . . .. .. . . . .. ..LATITUDEIN)t a9 IJ 02LONGTUDEIxItI 122 Ja 21 HUNK LUVIC GLEYSUL11979) % E .0SION ISEC)tPREC OS TYPES SIMPLEEL EY " TiON IM)1 50 STATUSt MODAL SO(L CLASSI GENTLYASPECT I80(OEGitSLOPINGP " RENT MATERIAL L L " NDFORM. . . . . . .. . . . . . . . . . .. . . . . . ..UPPER STR " TIGR " PH(C UNIT. . .. . . . .. . . . ... .. . .. .. . .DRAINEDSPEC, CLASTIC It CLAYEYGENETIC M " T .t MARINESURFACE EXPRES .t LEVELDESCRIPTOR II GLACIALORAINAGEt POORLY. . . . . . . ..o . ..eNOFFt SLOKRU .E.VIOUSNESSI SLOWAODITION " L NOTESSITE LOCATIONt 600 METERS SOUTH OF DEtDNEV TRUNK RD .~ ON COTTONWOOD OH .MAPLE RIDGE .TME BC AND C G HAVE DARK COATINGS ON CONCHUIOAL FR "CTURE FACES.stttittaauaitit "attttataaatt "" t"" attttttattttatsiss "ttttatt"" atatarttat "t"ttt"ttattatatatattatat " att"" tatatt "tiatat "t" it "tttat" t" atPROFILE OESCRIPTIUN...................THICKNESS HORIZON COLOUR 1 COLOUR 2 TEXTURE STRUCTURE 1HORIZON DE PTMICM) BOUNDARYA H 0 . 13 CLEAR .OYR2 .0/I .O CLAY LOAM WEAK TO MODERATEIOMATRIX NOIST FINEGRANULARA EGJ IJ . 25 ABRUPT 10 .0YRJ.0/2 .0 CLAY LOAM MODERATEMATR/x MDIST FINEGRANULARAB 25 . 40 GRADUAL 2,SY5.5/2 .0 SILTY CLAY MODERATEMATPIX MOIST MEDIUMANGULAR BLOCKYBA 40 . 52 GRADUAL 5.OY3 .0/I .S CLAY MODERATE TO STRONGMATRIX MOIST MEOIUMANGULAR BLOCK "8 TGI se . 70 GRADUAL S.OYS .O/2 .0 CLAY NODMATRIX MOIST COARSE 'p"'-'PRISMAYttB TG2 70 . 98 OIFFUSE 5.OY5 .0/2 .0 CLAY MODERATErATRlx MOIST CDAR5EPRISMATICBC 98 .1]0 DIFFUSE 2 .SY5 .0/2 .0 S.DY5 .0/2 .0 CLAY ST40NGMATRlx M01 5T A TA I . SMOI ICOAR ANGULAR I SLOCKY6 130. S;AOY5,51,110A IX . T 2 SY .5*0**2;00 A;p I NOS T CLAY MASSIVE.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....MORIZON 7MICKNESS CONSISTENCE R70T5 1 MOTTLES 1 MOTTLES 2 CLAY FILMS 1DEPTH ICMIA M 0 .17 FRIABLE ABUVO "NTA !GJ 17 . 23 FRIABLE ABUNO "NTAB 25 . a0 PLA5TIC PLENTIFUL MANYMEDIUMPROMINENT7 .5VR6.0/B .0BA 40 . 52 VERY PLASTIC FEW COMMONMEDIUMPROMINENT7 .SYR5 .0/7 .0B TGI 52- 70 VERY PLASTIC VERY FEW COMMON IO .OYRS.0/J .0F1 WEOl5TINCT10 .0YR5 .0/6 .08 TG2 70- 98 VERY PLASTIC VERY FEW COMMONCOMMONME OlUM H00 . THICKOISTINCT 1N MANY V01DSIO .OYRS .0/6 .0CMANNELS AND ONSOME VERTICALAND HORIZON ALRED FACESBC 98 .IJ0 PLASTIC COMMONMEOIUMPROMINENTS .OY5 .0/6 .0C 6 130- PLASTIC CoMM0NMEOIUMPROMINENTIO .OYR5 .0/6 .0tttstqit " a " titt " ts " tstt """ taaitttaNttsasiN """"""" tt " is "p" tsti " ttttttit " ttttt "" tita "NNtisat " atittt " es " tti " t "" ttsttt "" t "" tititta

ALOUETTE UNIT TYPES SERIES------------------ ...-------------- ..--- ...---..-- .--.DATE OF SURVEY' 71 SURVEYUQt NA L KELOiN " , d .C .M,A, 6 p,A,O,SAMPLING PUQPUSEt DETAILEDSUPVEYLOCATION CLASSIFICATION SLOPELATITUDEfNItta 25LONGITUDE(t)7 122 49 "2 56 ORTHIC GLEYSOL(1978) Moo SoTYPE : SIMPLEPQECSION (SECIt OS CLASS, DEPRESSIONAL TO LEVELELEVaTION (Mil 2 STATUS=AL ILPHASEt PEA TVP " QENT M " TERjAL G LANOFORM- .- .- .- . .- . .- .o---. .- . ..-UPPER STR " TIGRAPNjC UNITMIDOLE STR " TIGQ " PM1C UN]T.- .- .--.-. . . . .----. ""---. . . . .- . . . . .- . . . . . . . . ..---GENETIC U ;AT4 :S ., MANIC SPEC .,Cl-.A,11 .11 It SILTYS OFACE xP V NEER GE14E , , FLT IS U PEACECEX P RES. I LEVEL UV I 4LROOTING DEPTHS 82 CM, DQAINAGEl POORLY DRAINEDQUNOFFI VEPV SLO"'ST ONINESSt NON-STONYPEOVIOUSNESSt MODERATEADOITIONAL NOTESSITE LOCATED SOUTH OF LOUGwEED HnYI 1600 METERS EAST OF PITT RIVER BRIDGEORGANIC MATERIAL FROM O MP FILLS LAYER CQACKS IN B G .PROFILE OESCRIDTION----- .. .--"---- ...-D PTMIC4 U N B ~MORIZON E 1 B D QYCULOUR 1 TEXTURE STRUCTURE 1 STRUCTURE20 MP 20- 0 ABRUPT 2.5Y2 .0/O,0 ORGANIC MODER " TE MODERATEMATRI% MOIST FINE FINE10 .0YP2 .0/1 .0 SUBANGULAR BLOCKY GRANULAQMATRIX DRYB G 0. 17 GRADUAL 10 .0YPa .0/2 .0 SILT LOAM MODERATE MODERATE" MATRI% MOIST MEO/UM COaRSEPRISMATICSUB"NGULAR BLOCKYC Gl 17- 40 DIFFUSE a ,02,6Y .0 /2 LOAM MASSIVEMATRI% MO ISTC 02 "0- 60 GRADUAL 2,5Va,5/2.0 SILT LOAM MASSIVEM"TRI% MDISTC 63 60- 62 DIFFUSE S,OY5,0/1,5 SILT LOAM MASSIVEM " TRI% MD15TC Ga 82-.0 SILT LOAM MASSIVEMATRIX WIN" MOIST.. .... .... .... .... .... .... .... .... .... .... .... .... .... ........ .... .... ....TNICKNE55 CONSISTENCE POUTS I MOTTLES I MOTTLES 2HORIZON DEPTM(CMI.10 MP 20- 0 FRIABLE ABUNDANTSLIGHTLY HARDB G 0. 17 FRIABLE ABUNDANTC GI 17- 40 FRIABLE ABUNDANT COMMONMEOlUMOISTINCT7.SYRt,0/a.0C 02 AO- 60 FRIABLE FEW COMMON 10 .OVQ4.0/4 .0MEDITUM NCT07!551RI5 .0/4 .0C 03 60- 62 FRIABLE FEW COMMONMEDIUMPROMINENT7 .51'Ra .0/4,0C 64 82 . FRIABLE COMMONPLASTICMEDIUMPROMINENT7 .5YR4,0/4 .0OHYSICAL 6 CMEMICAL DATAOM 1 PH 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENST aTE STATE CARBON %HORIZON .DEPTM(CM,1 %3 MP 20 . 0 2 2 a .2 2 a 3.7 J2 .19 .99B G 0. 17 2 1 A,5 2 e a .0 5 .05 .J aC 61 17- 40 2 1 a .9 2 A a.6 J .60 .27C 62 "0- 60 2 1 S .3 2 a a.9 .12C G3 60 . B2 2 1 S . Y 2 4 1 .0C G4 62- 2 1 5 .4 2 4 5 .0, .- . . . . . . . . . . . . .- . . - . . . .. . . . . . . .- .- . . .- .. . . . .- . . . .- - " - " " -- " ---. .- .- . .- . -- . .----EXCHANGEABLE CATIONS BUFF,(ME/IOOG) C . E . C .CA M6 NA rt DETERMINED PI P2 S CU ZNPPM PPM, PPM, PO PPM,NORIZON .DEPTH(CM,1 . M,0 MP 20- 0 .6J .51 .06 ,22 67,9 77 .6 N8 .9 71,7 28 .6 23,98 G 0- 17 1 .56 . .l7 .OS .0a 2t,S 2 .6 7 .9 12 .2 29,1 SB .BC G1 17- a0 6 .aB 2 .01 .07 .OS 20 .a 1 .0 J0 .6 Il .a J7 .1 65 .6C 62 40- 60 I .0 9J .6 10 .2 26 .6 58,6C 63 60 . 82 1 .0 119 .1 II .B 30 .3 66 .7C 64 82- 2 .9 117 .9 12 .8 30 .3 66 .7

~~ALOUETTE UNIT TYPEI SERIES-----------------------------------------------------DATE OF SUPVEYI 72 SUPVtYURl HAL UBCLOC " TIONCLRSSIFICATIUN- -- --- ---- """ --- ---- --LtTITUDEIN)1 e9 le 25LONGTUDEIYI!I 122 e2 56 ORTNIC GLEYSOL1197B1DREC SION (SEC)1 05ELEVATION (M)1 2 STATUS 7 MODAL SOILD " RENT M " TERIAL 6 L4NOFURN----- " ------------ " -------UDPER STR" T1GR4PH(C UNITVIDDLE STRATIGR " OHIC UNIT---------- " ------------- -------------------------GENETIC MAT .l URGANIC SPEC, CLASTIC 11 SILTYSURFACE ExPRES,t VENEER GENETIC MAT,1 FLUVIALSURFACE ExDRE5 .1 LEVELADDITIUNAL NOTES------------- " --CLASSIFICATION PHASES PEATY ." t " Yttttlttt " t " tt " tiPNYSI[AL G CNERICAL OAT "PH IMOISTURE STATUSATTERBURG LIMITSSAMPLE METHOD VALUE BULK 1/a% PLASTIC LIOUIDHURIZON-OEPTH(C11,) STATE OENSITY BAR, BAR, 15 MDISTURE FIELD LIN1T LIMIT0 HD 15- 0 2 t 3,5 ,e6 BO ,B e9 .2 9B,eB G O- 31 2 t t,2 ,82 55,0 I1 .B 70,8 t1 .9 58,0C GI 31- 87 2 e e,7 I .16 YS,J 7,6 eB .J 30,7 38,8C G2 87-112 2 e 5,1 1 .2J J5,1 5,9 17,6 27,5 32 .8'Horizon ~ DepihTParticle Density gm/cc , Shrinkage Limit XAir Oven Max .Dry . . Pry . . . Dry . . . .. .. .Air OvenDry . . .Dry. .OptimumMoi.sture .XParticle Size S , ,. ., , . . . . .>5 .1 cm

ANNACIS UNIT TYPEI SERIESDATE UF SVRVEY7 68 SURVEYOR I HAL KELOaN " , B .C .M,A . L R .A,M .SAMPLINp PURNOSEI DETAILED SURVEYLOC " TION CL " SSIFIL4T]ON SLOPEL " TITUDEINII05LONGITUDEItIt 123 49 00 43 Oe TVPIC HU-ISUL(1970) TYPES SIMPLEECISIUN ISECII 05 CLASSt DEPRESSIIINAL TO LEVELPR ELEVATION IM11 2 STATUSI MODAL SOILO "RENT MATERI " L4 L " NOFORNUPPER STR " TIGR " PMIC UNITGENETIC MAt .1 ORGANICSURFACE EX pRE5 .18LANKETORAINAGEIPE RV10USNE551VERY POORLY DRAINEDMODERATEADDItiONAI NUTESSITE LOCATIONI SOUTHERN EDGE OF BURNS BUG . DELTA MUNICIPALITY .FROM O N DORN SULPHUR VALUES ARE >500 P .P,M,1YEAKLV STRATIFIED .O N1 . 0 M2 AND O H AREPROFILE DESCRIPTIONTMICKNESS NORIZON COLOUR 1 COLOUR 2 TEXTURE STRUCTURE 1HORIZON DE PTNICMI BOUNOARY0 M1 135-I15 GRADUAL 2 .SYR2 .0/3 .0 S.OVR2.0/2 .0 ORGANICMATRIX MO15T RUBBED .ET/OXIDIZEDO M2 115- 98 GRADUAL 2 .SYR2 .0/2 .0 5.OYR2.0/1 .0 ORGANIC" iR1X MOIST RUBBED .ET/OXIDIZEDM0 N 98 . 77 CLEAR 2 .5YR2 .0/2 .0 . 5.OYR2.0/1 .0 URG"NICM"TRIX MotsRUBBED 11ET/OXIOIZEO0 M51 77 . "B GRADUAL S .OYR2 .0/2 .0 IO .OYR2.0/2 .0 ORGANIC MASSIVEMATRIA MOISTRUBBED .ET, OXIDIZED0 H52 AB- 0 ABRUPT 7 .SYR3 .0/2,0 10 .OYR2.0/2,0 ORGANIC MASSIVEMATRIX MOISTRUBBED KE7/OXIDIZEOC GS 0- " 5 .OGY5 .0/1 .0 SILTY CLAY MASSIVEMATRIX NOIST.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON TMICKNESSDEPTH I CM)CONSISTENCE ROOTS 1 X FIBRED MI 135 " 115 VERY FRIABLE ABUNDANT RUBBED 400 M2 I13- 98 FRIABLE PLENTIFUL RUBBED 2SD N 98- 77 FRIABLE FEW RUBBED 10O HSI 77 . 46 FRIABLE RUBBED 50 H52 "8- 0 FRIABLE RUBBED 5PL "STICC GS 0- " PLASTICii "t"t"" f"t"a"""tittsest "iif"fs "" i"t"tittissR "ttt"ttt" s"Rt "itia "tsaNtstsfttstfsts "" st+"ISq" ts "!" ti "!tR" tt "" ar "" R"R"t"t"" tittRR "tiiPMYSIUL 4 CNEMIC "L OAT"HORIZON- DEPTH(CM .)PH 15 " MPLESTATENETHODVALVEPH 2SAMPLESTATEMETHOD VALUE ORGANICC " RBON XNITROGENX0 ml 135:1 15 2 2 3.8 2 " 3 .t 58 .00 2." 7D M2 IIS96 3.6 " 2.B 58 .00 2.350 N 98 . 77 2 2 t.0 2 4 3.6 58 .00 2.66MSI 77- 48 R.S 4 R.3 53 .71 2.680 N52 "6- 0 2 2 R.3 2 ",0 51 .7t 2.33C 65 0." 2 1 3,9 2 " 3.Z 1 .86 .12.... .... ... . . . .. . . . . . . . . . .. . . . .. . .. ... . . .. . ..... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONSBUPF .IME/IOOGIC . E . C .. CA MG N" K DETERMIN ED ELECT . COND. P1 P2 SPP.CURpm HORIZON-DEPTH(C11 .1 . . .0 Ml 135:1 15 8.61 10 .83 .B6 .56 177.7 .30 B .3 15 .3 1"S.B 12 .90 M2 11598 8 .33 9 .76 .69 .17 172 .5 .30 1 .2 9 .5 128 .6 7 .!0 N 98 . 77 30 .60 25 .50 .1J ,13 IB0 .0 .70 1 .3 10 .2 63 .610 H51 77- " 8 S .JO 7 .9 27 .R S " .10 H52 te . 0 7.20 3 .! 12 .! 86 .1C GS 0 . "3 .605 .7 9J .683 .1.... .... .... ..... . . . . . . . ..... . . . . . . . .. . . ....ZNHORIZON.DEPTHICM,1 PPM .0 MI35 11 5 id .9U N21 159B : I1 .00 H 98 . 77 27 .70 HSI 77- " 8 29 .90 H52 "e- 0 "9.5C 6S 0-~ 30 .7

ANNIS UNIT TYPES SERIES. . .. . . . . . . . ..__DATE U. . .. . . . . 1, : K L' 0-' wN ::':" C . A .SAMPLING V PURPOSES DETAILED SURVEYCLASSIFICATIONSLOPELATITUDE(N)l , "IL 0 OECITUON(ISEC)lNCELEVATION Slo (MIS" 9 06 03122 49 21 1105 5WEGO GLEYSOLIl97e17fTYPES COMPLEX IDSTATUSI MUDAL SOIL CLASSI GENTLY UNDULATINGP " RENTM " TERIAL 6 L " NOFORMUPPER STR " TIGR " PwIC UNITM[DOLE STRATIGR " Pw/C UNITGENETIC MAT.1SURFACE EXORES .IORGANICVENEERSPEC . CLASTIC IIGE NEfIC MAT,1SURFACE EXPRES .1CLAYEYFLUVIALLEVELDPAIN " GEI VERY POORLY DRAINEDRUNOFFI SLOUPERVIOUSNESSi MODERATE"DDiT/ONAL NOTESCL ASSIfICITION PN "SE IS PEATY.SITE LOCATION ABUUT 300 METERS SOUTH OF THE BATES-HARRIS RD JUNCTION .MATSOUI .sssstssssts " sstss " tttstststtss " ast " t " systrssttts "" t " tttt " stt " ststeststststtttp " sst " tte "" s " at """ raaata " saa """ aa "" s " s " s " t "" t " tss " tsssPROFILE DESCRIPTION...o .. . .. .. . . . . . . .I" ICKNESS HORIZON BOUNDARY COLOUR 1 TEXTURE STRUCTURE 1 CONSISTENCE PODTS iHORIZON DE PTMICMI0 MP 23- 5 ABRUPT IO .OYP2,0/2 .0 ORGANIC VERY FRIABLE ABUNDANTMATRIX MOISTMUCKYIO .OYR3.5/1 .011 " TRIX DRYO F 5. 0 ABRUPT 7 .5YR3.0/2,0 ORGANIC PLENTIFULMA TRI% MOIST10 .0YR3 .5/3 .0MATRIX DRYC G1 0. 10 CLEAR 10 .OYR " ,0/1,0 SILTYMATRIX MO15TLOAM10 .0 Rb .5/1,0MATRIX 1 DRYCLAY MASSIVE FIRM FEWC 62 10 . 20 CLEAR 2.BYR ".0/0 .0MATRIX MOISTSILTY CLAY MASSIVE VERY FIRM FEY7.SYR7.0/0,0MATRIX DAYC GS 20 . DIFFUSE 2 .5YR5 .0/2 .0MATRlIf 1 MOIST0 .0 Yq6.0/3 .0SILTY CLAYLOAMMASSIVE VERY FIRM FEWMATRIX OR YTHICKNESS MOTTLES 1HORIZON DEPTH( M)0 MP 25- 50 f 5- 0C GI 0. 10 FElFINEFAINTC G2 10- 20 COMMONI'S DISTINCTNE7 .5YR5 .0/6 .0C 63 20 . MANYMEDIUMPROMINENT7.SYR5.0/6 .0t " tttt " ttt " ttt " attttttttttt " ttt " t " tM " ttttqttttatttttttttJ " ttttttttt " tatt "" tt " ttttrttt " ttttttt " a """ tttttt " t " t "" t " ttFttttt " t "" t " t " t "PMYSIC " L 6 CMEMI[ " L OATA. . ..o.o . . . . . . .. . . . . .- .04 1 EXCHANGEABLE CATIONS BUFF,(NE/100G) C . E . C,NORIZON-OEPTw(CM .)SAMPLE ST,TEMETHOD VALUE ORGANICCARBUN %NITROGEN %CA MG NA K DETERMINED0 HP 25- 5 2 5.3 32 .77 1 .77 26 .70 3,30 .30 .30 76 .6O F 5- 0 .2 2 " ,e 55 :044 2 ."t 12 14 .50 2.d0 ,20 .20 125.5C GI 0. 10 2 1 5.2 5.10 .32."0 ".60 .30 .20 "7.S62 10. 20 5." I .0a .10 11 .30 5,70 .60 ,20 31 .0C G3 20- 2 1 6.1 ,29 .04 31 .60 2.60 1 .00 .10 20 .2PI C2HORIZON-DEPTM(CM,) PPM, PPn,0 MP 25 . 5 50 .3 T6 .00 F 5- 0 11 .6 le .DC G1 O" ID e .3 25 .DC 02 10- 20 7.5 23 .0C G3 20- 4.4 54 .0

ARNOLD UNIT TYPES SERIES.. .. . .. . .. .. . . . .. . .. . . . .. .. . .. .. .. . .. . . . .. . . . .. . .. .. ..D " TE OfS$AMPLINGSURVEYPURVUSE :SURVEYORS VKC KELOwN4sDETAILEO 61 SURVEYB,C .M .A, f; R,4,B .LOCdTION CLa553iICAitUN, SLOPE. . .. . . . . . . .. . . .~ . .-- . . . . .--LATITUDEINIS a9 OB ISLONGITUDE(wli 122 02 50 OPTHIC NUMIC GLEYSOL(1978) % 3 .0PRECISION ($6C1 : OS TYPES COMPLEXELEVATION IMIS 7 STATUSS MODAL SOIL CLASSS GENTLY UNDULATINGSPEC CLASSIC 1 : SILTYGEN ; I MLS UE C ATVV VEL _RFACE r SAL.P .ES . . LEDRAINAGES PV NESS, POORLY Ire DRAINEDRE IOUs MODERAaatti "" ltfitft " fftt " ttitiitt " !ltttfifitt " ttift " tttatiiitltitit " tttitatttiikislttita " asttktt " afttta! " tt "" !t " t+tf+kt " ttlsfikttftfti+atPPOFILEDESCRIPTIONHOR120N1MICKNESSDE PTNICMIHDRIZONBOUNDARYCOLUUM 1 TEXTURE STRUCTURE 1 STRUCTURE2" P 0 . 20 ABRUPT IO .OYN3 .0/2 .0 SILTY CLAY MEOfUMMATRIX MUlST LUAM GRANULARA met 20- 32 ABRUPT to .OYR2 .0/2 .0 SILTY CLAY COARSEMATRIX MOIST LOAM SUBANGULAR BLOCKY8 G 32- 37 ABRUPT 2 .SY " .0/2 .0 SILTY CLAY MODERATE MODERATEM" TRIX motST LOAM MEOIUM SUBANGULARPRISMATICA M82 37- 62 ABRUPT IO .OYP2 .0/I .D SILT LOAM MASSIVEMATRIX MOISTC G 62 105 - 2 .5Y5 .0/l .0 SILTY CLAY MASSIVEMATRIX MOISTBLOCKYTHICKNE55 CONSISTENCE ROOTS 1 M0TTLE$ lNORIZON DE PTNICMIA P 0- 20 FRIABLE ABUNDANTA yBl 20 . 32 FRIABLE ABUNDANIlB G 32- 37 FRIABLE PLENTIFUL COMMON11 .77MEDSUMD15TINCTIO .OYRS .0/B .04 HB2 37 . 62 FRIABLE PLENTIFULC G 62-105 STICKY FEwVERY FIRMPLASTICiit+ttsts""" aytst"tisis» staseitii"tit "iatsiatssasssstti "tttasstt+it+s"ssasfss"tattst+ "fttistssf+ssassfffiuitplttestaesssatsattittVHYSJCAL G CMEMICAL D " TAPH IEXCHANGEABLE CATIONS BUFF,(wE/ 100G) C . E . C .E METHOD VALUE ORGANIC NITROGENMORIZON-DEP TNICM , 1 ST4TECA MG NAKCARBON % %DETERMIN EDA Po- 20 25.8 2 .78A.2B 10 .92 a .08 ,27 MB1 20- 32 21 5.8.IS 25 .7a .93.368 G 32- 37 2,18 .265.91 .86,Il a0,9A HB2.17 .3 .,37 . 62 2 1 5.9 235 .7s ,36C G b2-105 15 .91 7 .73 B8 .19 ,202 1 5 .9 1 .27 52 .2.0918 .03 4,55 .27 ,14 37 .9. . .. ....9 88".... ............ ........ .... .... ..-.P1AURIZOV-DEPTH(CM .) PPM .A P 0- 20 a .0A iBt 20- 32 8,0B G 32- 37 5 .0A MB2 37- 62 12 .0C G 62-105 a .0

BANFORD UNIT TYPES SERIESDATE OF SURVEYi 6S SUPVEYORI MAL KELO " NA, B .C .M,A . LSAMPLING PURPUSEt DETAILEU SURVEYR .A .B .LATjTUOE4N! :, 149 09 27LONCI 22 2 t, S. TEARIC -U-.SOL(ISPRE TUO N ' ISECI 0 5 TYPE I 00*0 SIMPLEE L .DEREVAT 510 .ON 4A)lSTATUS : M .9'e PAL SOIL .CLASSIPESSIONAL TO LEVELASPECT fOEGJ$ 000!~MO "RENT M " TERt " L 6 L " NOFpRM. .- " ---- ""--.- .. . .. . .. .- . .UPPER STR " TIGR " PMIC UNIT MIOOLESiP " TI4R " PHIC UN)TGENETIC MAT .' OaG " NIC SPEC . CLASTIC II SILTYSURFACE EXPRE5 VENEER GENETiC rAT .t FLUVTAL.1SURFACE EXPRES .ILEVELROOTING DEPTMI 35 Cw .DRAINA6EI VERY POORLY DRAINEDPEP VIOUSNESSI MODERATE"DDITION"L NOTESSITE LOCATION1 " 00 METERS NORTH OF GRAY AND LEFEUVRE 90 INTERSECTION .THE O H2 CONT "INS INTERSTRATIFIEO THIN SILTY BANDS .saf" tttttfststttasttaasststsf " ftsatf " ts "" tttfsftt "t"tttttt "attas"stsat""" ttftt "sattaas"satt "" att "" tss "ttas "stsa "" st "f "tt " tat"""""ttaTHICKNESS MORIION COLOUR I TEXTURE STRUCTURE 1 CONSISTENCE ROOTS 1HORIZONOEPTNICMI BOVNDARY0 HP B7 . "0 CLEAR IO .OYR2 .0/1 .0 ORGANIC MEDIUM VERY FRIABLE PLENTIFULM" TRIX MOIST SUB"NGULAR BLOCKY- IO .OYR3 .5/l .0MATPIX OPT0 Ni "0- 21 GRADUAL 10 .0YR3 .0/2 .0 ORGANIC FRIABLE PLENTIFULMATqIX MOIST0 M2 27- 0 ABRUPT 10 .0YR " ,0/2 .0 ORGANICM " TRIX MOISTrE0lUM WEAK10 .0YR7 .0/1 .0 SUBANGULAR BLOCKYM " TRIX DRYC GI O- SS CLEAR 10 .0YR5 .0/2,0."1R,% M015Tt0 .01R7 .0/1 .0MATRIX DRYC G2 SS- S.OV5 .0/1 .0OA 10 TPIX .0" .6 MO15T .5,1 .0M " TRIX DRYSILTY CLAYLOAMFIRMABUNDANTMASSIVE FIR . PLENTIFULSILT LOAM MASSIVE FIRM. . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . .. . . . .. . . . . . . . . .. .. . . . . . . .. . . . . . .HORIZONTHICKNESSMOTTLES ID MP 57- "00 MI " 0- 270 H2 27- 0 FewFINEFAINTC Gl 0- 35 FEW NEF!STINCT10 .OY24.0/4 .0C G2 33- FEWMEDIUMDISTINCTIO .OYRS .0/6 .0ttptfsftfsfftit " tsf " ttt """ tttt "" t " fflytsfat " ta " s " t" t " fst " t " stttt " ffast """" ttta " t "" t "tsH " as "" qtf """ s " tttff "" attsa " st "" fatfa " t1aH aDMYSIUL L CMEMIC "L D"i"---~-~~- ~-_---~~-~~-~pN-) EXCHANGEABLE CATIONS BUFF,ISE/10061 C. E . C .HORIZON- DEPTNICM,1SAMPLESTATEMETHO D VALUE ORGANICCARBON XNITROGENXCA MG NA K OETERMINEOHP S7 40 2 1 1 .J J2 .J6 1 .99 t .JO .20 .30 .SO 81 .70 H1 t0 . 27 2 " ,2 52 .90 2.28 J.90 1 .J0 .JO .20 52 . "0 H2 27- O 1 t .7 22 .0 " .96 7.60 3.70 .20 .20 62 .8C GI O" JS 2 .7 s .70 .d] 8.60 3,60 .20 .10 32 .29 4C G2 35 . 2 1 t .6 2 ..... .... .... ....PROFILE OESCRIPTION. .-- . .-- ... .. ... ..-PI P2MORI20N-DEPTHICM,I PPM . PPM,0 HP 57- " 0 J0 .0 5t .00 MI " 0- 27 S .0 12 .00 112 27- 0 1 .0 12 .0C0- 35 3 .4 11 .0C G1 G2 JS-

BANFORD UNIT TYPES SERIES------------------------------------------------------DATE OF SURVEYI 66 SURVEYORS HAL KELOSNA . B .C .M,A . 6 R .A,B .SAMPLING PURPOSEI DETAILED SURVEYLOC " TION CL4551FICATIUN SLOPELATITUDE(N)2 C, F 49 16 31ONCITUD . WS 12 445L1 5 YEWQIC HUMISOL11974111 TYPES A St SIMPLE EPPREISIC N (SEC)t 05 CL S D RESSIONALELEVATION IMIt 10 STATUS7 MODAL SOILTO LEVELP " RENT MATER[ " l, I. L "NOFORM. .. . . . . . . . . . .. .. . .. .. . .. . .VPDER STRATIGRAPMIC UNITMIDOLESTRA7TGRAPHIC UN1TGENETIC MAT .t DRG " NIC SPEC . CLASTIC It SILTYSURFACE EXPRES .I VENEER GENETIC MAT .I FLUVIALDESCRIPTOR It FENOPAINAGEI VERY POORLY DRAINEDRUNOFFI SLOW -t " stititat "" tt " t " itaf " t """qt " sstt" ti " ! " tit " a " t " iYttf " tt "" ttttitt " t " ts " t "" tttt " Yt " s " tY " sta " ttst " ts " s """ t " s "ttit """" ttt """"" ts " ttttitPRUFILE DESCRIDiION. .. . .. . . . .. . . . . . . ..THICKNESS MORIZUN CULUUR t TEXTURE STRUCTURE 1 STRUCTURE 2HURIZON DE PTMICMI BOUNDARYO MP 35. 15 CLEAR 10 .0YR2 .0/1 .5 ORGANIC WEAK0 ;0yMA7R1% MOIST WEAK REOIUM MEDIUMSUBANGULAR BLOCKY GRANULAR0 H 15- 0 CLEAR IO .OYR3 .0/2 .0 ORGANIC MASSIVEMA TRlx MO15TA M 0- 12 CLEAR IO .OYR3 .0/2 .0 SILTY CLAY MASSIVEMATRI% MOIST LOAMC GI 12- 30 GRADUAL 5 .OY4 .0/ .0 SIL7Y CLAY MASSIVEMATRIX No I SfLOA MC G2 30- 47 ABRUPT 5 .OY3 .5/1 .5 SILTY CLAY MASSIVEMATRIn MUISTA HS A7- 55 ABRUPT S .OY2 .0/1 .0 SILTY CLAY MASSIVEMA TRIK No ISTLOAMC G3 55- 5 .OYt .5/1 .0 SILTY CLAY MASSIVE -MATRIR NO IST. . .. .. . . .. . .. . . . . . . . .. . .. . . . . . .... .... .... .... .... .... .... .... .... .... .... . . . . ....MOR120NWCKNESS CONSISTEVCE ROOTS 1 MOTTLES 1 MOTTLES 2IN ICMI0 iP 35. 15 FRIABLE ABUNDANT'U H 1S- 0 FRIABLE PLENTIFULA M 0- 12 SLIGHTLY PLASTIC PLENTIFULC 61 12. 30 STICKY FE . FE " 7 .5YR4,0/4,0PLASTICCOARSEPROMINENT7 .5YR5 .0/6,0C 62 30. 47 STICKY Ft* 7.5YR4.0/t .0PLASTICCOARSEPROMINENT7 .5YR5.0/6 .0A NB a7 . 55 STICKYPLASTICG 63 55- STICKY FEWPLASTICMEDIUMPRUMINENT5.OYR4,0/B.0"" t " ss "" s "tHtt """"" tfttt " s " t " ! " ss " ss! " tt "" ! " t """" s "t "" ttttttt " fst " tttYtisY "" Ya! " sstttts "N""NSat " t!t "tYNS "" tt " t " stft """""" s " sft " sPHYSICAL L CHEMICAL DATA.. . . . .. . . . .. . . . . . . .. . . . .PH I EXCHANGEABLE CATIONS BUFF .I .E/100G) C. E. C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDSTATE CARBON %HORIZON-DEPTM(CM .) %0 HP 35 . 15 2 2 5.4 22 .50 1 .37 33 .74 3 .50 .23 .2e 72 .40 H 15- 0 2 3 .6 56 .00 1 .57A M 0. 12 25.4 12 .00 .72 20 .75 .50 .16 .12 YJ .S6l 12- 30 5 .3 3 .J1 .20 12 .J1 2 .07 .13 .10 24,2C G2 30- 67 2 1 5 .3 I .06 .12 13 S J .08 .15 .20 24 .6A Md 47- 55 5,2 6 .84 .31 23 .8 .51 .91 .15 .16 53 .8C G3 55- 2 1 5 .3 16 .06 4 .12 .15 .20 35 .0PI P2MURIZ0N-DEPTHICM .1 PPM, RPM,0 HP 35 . 15 7 .0 19 .00 M IS- 0 7 .5 6 .032 .0A HC G10 . 1212- 30 .01 .0 46 .5C 62 30- 47 1 .0 73 .0A MB A7- 55 1 .0 B .OC 63 SS- .5 10 .5

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BATES UNIT TYPES SERIES------------------------------------------------------OATE OF SURVEYt 66 SURVEYORS HAL KELOttNA, B .C .M,A . S R .A .B .SAMPLING PURPOSESDETAILED SURVEYLOC " TION CL " SSIFIC " TION SLOPELATITUDEIN)t .-" 9 OB SBLONDTUDEIKII PRECISION 122 2B IB GLEYED ELUVIATED MELANIC BRUNISOL1197B X 2,0(SECIt 05 TYPE : COMPLE%ELEVA7ION lMlt J STATUSt VARIANT SOIL CLASSI GENTLY UNDULATINGDEVIATION 11 50LUM TMICKNESSPARENT MATERIAL 6 LANDFORM. .. . .. .. . .. . .. ... .. . .. .. . .UDPER STRATIGRAPMIC UNITMIODLE STRAiIGRAPNIC UNITSPEC . CLAS7IC 11 SILTY SPEC . CLASTIC It SANOYGENETIC MAT .t FLUVIAL GENETIC M " T .1 FLUVIALSURFACE EXPRES .IVENEERDRAINAGE! IMPERFECTLY DRAINEDPE RVIOUSNESSt MODERATEtsssatsetsstrtsasqttets "statssasstettts"" tseststtttssessttttssetsettastttttr " tttttstetstttsssetset " ss " et+etes " ttttss+ " stts+ttrt " ttsPROFILE DESCRIPTIDN-.- ........ .- "---..THICKNESS HORIZON COLOUR I COLOUP 2 TEXTURE STRUCTURE lHORIZON DEPT N(CM) BOUNDARYA P 0- 20 ABRUPT 5.OVR2.0/1,0 SILT LOAM MODERATEMATPI% MOISi MEOIUM5 .OYPi .0/1 .0 GRANULARMATRIX DRYA ME 20- 30 ABRUPT IO .OYPJ .O/1 .0M"TRI% MOISTSILT LOAMMODERATEMEDIUN10 .0YR" .0/l .0 GRANULARMATRIX DAYB TJGJ 30. 35 ABRUPT 2 .5Y",0/2 .0MATRIX MO15TSiLTY CLAYLOAMNODERATEMEDIUN2 .5Y6 .0/2 .0 SUBANGULAR BLOCKYMATRIX DRYA N8 JS- "5 ABRUPT 10 .OYR" .0/1 .0 IO .OYP3.0/2 .0 SILTY CLAY MODERATENATRI% MOIST MA TRI% MDIST LOAM MEDIUMIO .OYRS .0/2 .0 SUB"N6ULAR BLOCKYMATRIX DRY11 B MGJ "S- 77 DIFFUSE 10 .0YRt,0/ ",0 COARSE SANDY FINEMATRIX MOIST LOAM SUBANGULAR BLOCKY10 .0YR6.0/3 .0MATRIX DAYSINGLE 111 C p 77-+ SANOGRAVELLY.. .... .... .... .... .... ........ .... .... ........ .... .. .. .... ...... . . . . .. GRAIN .. . . . .. . . . ..HORIZONTNICKNESS STRUCTURE 2DEATHS CMICONSISTENCEROOTS 1MOTTLES 1A P O- 20 FRIABLE ABUNDANTA ME 20- 30 FRIABLE ABUNDANTB TJOJ 30- 35 FIRM PLENTIFUL COMMONMEDIUMDISTINCT10,OYR5,0/6.0A NB 35- "5 FIRM PLENTIFUL COMMONMEDIUMDISTINCT, .5".S 0/5.0II B M6J "5. 77 SINGLE GRAIN VERY FRIABLE FEWIII C G 77-" LOOSEttt""tt "ttttt"s"""tttt "st "" ttetst " et "t" t"" tttttttttttttt "t"""rttsqttrsrts "t" tttt+s "tsstttst "stttt"""t"""tt "t"" sstr """""" rt """""""ttPMYSIC "L G CNEMICAL OATA- " DM 1 EXCHANGEABLE CATIONS BUFF .CME110061 C. E. C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K 014ERMINEDHORIZON.DEPTM(CM .) STATE CARBON % %A D 0- 20 2 1 5.6 12 .6 " .96 I1 .10 1,60 .10 .20 56 .tA NE 20- JO S.J A,B7 ."1 .10 .BO .00 .10 42 .2B TJOJ 30 . 35 2 1 S.2 2.03 .20 1 .50 .90 .10 .10 31,3A MB 35- "5 5.1 2.67 .27 1 .60 1 .30 .10 .20 33 .0B MGJ "5. 77 2 1 5." 1 .28 .12111 C 6 77-4 2 1 5,6 .70 .07PINORIZ0V.DEPTM(CM .1 p PP11 . .A P 0. 20 13 .5A NE 20- 30 11 .5B TJGJ 30- 35 8 .5A M8 J5- ~5 7 .5" 5. 77 0 .5MGJ "I-- I11 C 6 77-4 61 .0

BATES UNIT TYPES SERIESDATE OF SUPVEYt 63 SURVEYORS GGR KELOWN " , B,C,M, " , 6 P .A .B .SAMPLING PURDOSEi DETAILEO SURVEYLOCATIO= C1~S51FIC=T10= SLODELATITUDEINIt "9 05 37LONGITUOEIW)t 122 20 SB GLEYED ELUVIATED MELANIC BRUNISOL11976 K 2.0PRECISION ISECIt OS TYPE, COMDLEXELEVATION IMIt 6 STATUSt MODAL SOIL CLASSt GENTLY UNDULATINGD "RENT MATERIAL L LANOFORMUPDER STRATIGRAPNit UNIT MIODLE STRATIGRAPMlC UNIT. .-"-"--- .-...- .. .-"---"............-.........-..SPEC . CLASTIC It SILTY SPEC . CLASTIC It SANDYGE NETlC MAT.I FLUVIAL GENETIC MAT .t FLUVIALSURFACE EXPRES .t VENEERDRAINAGEt IMPERFECTLY DRAINEDRUNOFFI MEOIUM 'PERVIOUSNESSI MODERATE" s " sss+ " asa " ts+ " sstsstetss " ssassa " sttsss " ss " + " + " t "" airsstsssats " tis " s " +tssresaysasissas """ a+ " si+aassisar+ "" t+ss " rassastatats" atrssttA P 0- 17 ABRUPT 10,0YR ".D/1 .0MATRIK MOISTSILT LOAM MODERATEFINEMODERATEGRANULAPt0 .0YR2 .0/2 .0SUB " NGULAR BLOCKYMATRIX DRYA EJ 17- 33 CLEAR 2 .SYS .O/2,0MATRIK W M0 16T10 .0YR6.0/3 .0MATRIX ORYSILT LOAM MODERATE MODERATECOARSEFINESUB"NGULAR BLOCKY SUBANGUIAR BLOCKYB MGJ 35- 65 GRADUAL S.OYS .S/2 .0 SILTY CLAY MODERATEM " TRIX MOISTLOAMCOARS E10 .0YR6 .0/2 .0SUBANGULAR BLOCKYMATRIX DR YBC 65 . S.OYS .5/2 .0 SILTY CLAY OEAKMATRIX 5TLOAMCOARSEIO .OYR7 Hot .0/2 .0SUBANGULAR BLOCKYMATRIX OR''. .... .... ... .... ..... .. . . . .. . . . . .. . . . . . . . . . ..... .... .... .... .... .... .... .... .... ....TMICKNESS CONSISTENCE ROOTS 1 MOTTLES 1MORIZON DEDTNICMIA P 0- 17 FRIABLE ABUNDANTA EJ I7- JS FRIABLE P.ENTIFJL FEWFINEFAINTB MGJ 33- 65 FIRM FEW COMMONMEOIUIIDISTINCT10 .0YR5.0/6 .0ac 65- FIRM MANYMEDIUMDISTINCT7.5YR5.0/6 .0DNYSICALPROFILE OESCR1D1lON--"" -"-----"-- ....-TMICKNE55 NORIZON COLOUR i TEXTURE STRUCTURE 1 STRUCTURE 2MORIZON DEPT NICMI BOUNDARYHORIZON-L CMEM-DEPTM(CICA_L D"M .)" T "P: -lSAMPLESTATEMETHOD VALUE ORGANIC NICARBON XTROGEN%17A EJ 17 . 35 5 ." 1 1 .45 . 12B MGJ 35- 65 2 1 S.4 .52 .0SBC 65- 2 1 5,5 .35.04EXCHANG EABLE CATIONS BUFF,(WE/ IOOG) C . 1 . C .CAMG NAK DETERMINED3.5060.40 .10 .10 23.87.80 1 .40 .20 .10 20 .J9.00 2.60 .20 .10 1",6........ .... . .. ..... .... -... ............ ............ ........ ....DI P2MORIZON.DEPTH(CM,) RPM, PPM," D 0- 17 30 .9 22 .0A EJ 17- JS 16 .8 29 .0B WGJ 35- 65 21 .4 " 1 .0BC 65- 16 .6 03 .0

BATES UNIT TYPEt SERIES............................. .........................DATE OF SURVEY1 66 SURVEYOR! M " L KELOWN " , B .C,M .A . 6 R .A,B .SAMPLING PURPOSEi DETAILED SUPVbYLOC"TtON........CLASSIFICATIDN..............SLOPC.....LATITUDE(NIl "9 I1 12LON01TUOEIMII 122 1 " 25 GLEVED ELUVIATE0 MELANIC BRUNISOL1197B % 3 .0CIStON (SEC)t 05 TYPEi COMPLEKELEVATION PRE lMll 7 STATUSI MODAL SOIL CLASSt GENTLY UNDULATINGP " PENT MATERIAL 6 LANOFORM..........................UDDER STR " TIGR " DN1C UNIT. . .. . .. . . ... . . . .. .. ... ..SPEC . CLASTIC It SILTYGENETIC M " T .t FLUVIALSURFACE E%PRES,t LEVELOP " INAGEI IMPERFECTLY DRAINEDPUNDFFI MEDIUMPERVIOUSNESSt MODE RATEAODITION "L NOTEb................THE A EJGJ ISSLIGHTLY VESICULAR.frsrffsrtssssffrstrrsrtstsssrtffsrssstssartstrsstsaatss "sttusstttstsfttesttststastsatsatstttsatatsattttatatstttttstatass "tsatasatttDROFILE DE6CRIPTIONTHICKNESS HORIZON COLOUR I COLOUR 8 TEXTURE STRUCTURE 1HORIZON DEPTH(CM) BOUNDARY" P 0. 17 ABRUPT 10,0YR3,D/t,0 SILT LOAM MODERATE11ATR11c MOIST MEDIUMSUBANGULAR BLOCKYA EJGJ 17 . 35 GRAOUAL .0/2 .0SILT LOAM MODERATEM% 241 MOIST MEDIUMSU6ANGULAR BLOCKYB MOJ 35- 60 DIFFUSE 2,SY5 .0/2,0 SILT LOAM' MOOER"TEMATRIX 0401sT MEDIVM TO COARSESUB"NGULAR BLOCKYC 61 60 . 60 DIFFUSE 2.6YS .0/2 .0 5.OY5,0/3 .0 SILT LOAM MASSIVEMA TRI% MOiST MATRIX MO 15TC 62 60 . 2.5YS .0/2,0 S,OY5,0/3.0 SILT LOAM MASSIVE11ATR1% MOISTMA TRI% MOIST.. .... .... .... .... .... .... .... ........ .... .... .... .... .... .... .... .... .... ....THICKNESS CONSISTENCE ROOTS 1 MOTTLES 1HORIZON DEPT . fCMIA P 0. 17 FIRM ABUNDANTA EJGJ 17. 35 FIRM ABUNDANT FEWFINEOlSTINCTS .OYR5 .0/6 .0MGJ 39. 60 FIRM PLENTIFUL COMMON NEFl 015TINCTS.OYq ".0/7 .0C 61 60. 60 FIRM FEW MANYMEDIUMPROMINENT7,5YqS .0/6,0NORI20N "C G2 60 . FIRM MANYMEDIUMPROMINENT7 .5Y45 .0/7 .0tfftttsfttttfststastttststrt " tttsttttttttttattttttsafttsttqtttstttattitstttttttaHtsasstttsstsssssaastaaattstsaatttstattasssttsttttPMYSIC " L 6 CMEMICAL D " T "..o..oo.o . . ..e ..o .PH 1PM 2DEPTN(C M SAMPLE METHODVALUE SA MPLE METHOD VALUE ORGANIC NITROGEN.I STATEST ATECAPBON % %P 0. 17 2 1 5." 4 ",7 9.69 .71A EJGJ 17 . 35 6.6 ",6 .99 .l09 MGJ 35- 60 1 S,7 2 " .35 .06C 61 60~C 62 60. 60 2 3.6 4 ".9 .l7 .Oa2 1 5. 6 2 4:04.. .. . .. ..3S.. .... .... .... .... .... ........ .... ........5.0.... ........ .... .... .... .... .... ..... .EXCHANGEABLE CATIONS BUFF .IME/IOOGI C . E, C .CA MG NA K DETERMINEDMORI20N .DEDTMICY .) 01 PPM . pa Pp . . SPPM,A P 0~ l7 2 .95 , " B .OS ,21 "9 .9 31 .0 56 .0 3l . "" EJGJ 17. 35 1 .06 .32 ,06 .10 20 .6 12 .6 30 .0 12,6B GJ 35. 60 2 .6 " .50 .09 .10 16 .1 IS . . 37 .0 7 .2C 0GI 60. 60 3 .3 " .Sl .11 .10 15 .3 20,7 50,0 6 . "C G2 60- 3,79 ,6d ,IS ,16 15 .9 20,2 6a .0 3 .6

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BEHARREL UNIT TYPES SERIES------------------------------------------------------OA/E OF SURVEYS 72 SURVEYORS NAL UBCLOUTIONCL "SSIii(lTIONL" TITUDEINIt 49 06 19LONGITUDEIrII 122 16 4l NUMIC LUViC GLEYSOL119761PRECISION ISECII 05ELEVATION IM "I 6P"RENTM"TERI "L C LANDFORMUPPER STR " TIGRAPMIC UNITSPEC . CLASTIC I! CLAYEYGENETIC MAT .1 FLUVIALSURf " CE E%PRES .1 LEVELatstttatsettetstssftrstttttsasaafttesassafsfteftsttefrsrtassrfsasasfstasasasstsasfataaaesasasssuttsesauff~etfsesatsfssasassretfstfPMYSiUI G CMEMICAL D"MHORIZON-DEPTMICN.1PM 1 MOISTURE STATUS ATTERBURG LIMITSSAMPLESTATEMETHOD VALUE BULKDENSITYI/3BAP.15B"R.11 FIELDrOISTUREPLASTICLIMITA P 0- l6 4 " .6 .95 46 .6 20 .7 " 6 .5Y iG l6- 69 2 a " .7 I .03 3] .2 20 .6 e6 .7 36 .0 S7 .68C 69- 64 " .0 .96 51 .3 29 .5 54 .3 37 .5 66 .2Gf 6a .117 2 4 5 .a .26 35 .9 11 .4 37 .7C 62 ` 117-1"2 2 4 5 .5 1 .35 29 .5 6.2 37 .6 25 .1 31 .7"tttttttt "tattttttat "tatatttittttstatpttttssttsesssasssesettetsttfefttttfsftrtstffbassatettttasstafsetttttffttaasaartfttsefttettetLIOU10LIMiTMorizonDepthcmParticle Density gm/cc Shrirkage Limit % Particle Size %AirDryOvenDryMax .DryAirDryOven OptimumDryi ll%>5 .1 Cm

BENSON UNIT TYPES SERIES. . .~~ . . . .~~ . . . ..- .- .- .------- " --" -- "---" -- " ---. . .--. .-OATE OF SURVEY : 68SAMPLING PURPUSEt DETAILED SURVEY SURVEYORSMAL KELOWNA . R,C,M,A . L R,A,B,LOC " TION CL " SSIFICATIDN SLOPEL " TITUOEINli 49 03 50LONGITUDE(t1t 123 O1 IB RE60 NUMIC GLEYSOL119781 %.0PRECI51UN (SEC)1 05 TYPES SIMPLE 1ELEVATION .(M13 2 STATUSI MODAL SOIL CLASSI DEPRESSIONAL TO LEVELD "RENT M " TERIAL L LANUFORMRGRAPHIC UNIT=!t-!!-! :! . .. . . .- .- . . .SPEC . CLASTIC li SANDYGENETIC M " T .I FLUVIALSURFACE EXPRES .1 LEVELROOTING DEPTHS 102 C- . DRAINAGES POORLY DRAINEDRUNOFFI SLOwPERVIOUSNE551 MODERATEAODl770NAL NUTESCLASSIFICATION PHASES : SALINE .SULPHUR VALUES IN " PSAt C SG1 . C SG2 ARE )100 P,P,M .""" q "tiat " ttitt " tit "" ifat """""atattM "" s "" tsittstattatt " istsas " t " t " tttta " taisatit "" a " Itattttst " t " t """ t " sa " i " tttt "" ttti " t " t """ t " t " t "DROFILE DESCRtDTIONTMICKNESS MORIZON COLOUR l COLOUR 2 TEXTURE.0 .12 .N DE DTM(CM) BOUNDARYSTRUCTURE 1" DS " 0 . 22 ABRUPT lO .OYR2 .5/1,0 LOAMMATRIX MU15TC $GI 22- 42 DIFFUSE 5,OY5.0/1 .5 FINE SANDYMATRIX MOIST LOAMC SG2 42- 65 CLEARFINEMATRIX ~ MOIST LOAMSANDYC SG3 65- 80 CLEAR S .OY5,0/2 .0 FINE SANOMMATRlx .01 -, LOAMC SG4 80-102 DIFFUSE N".0/0 .0MATPIX MOIST5.OBG4,0/1 .0MATRIX MOISTFINE SANDYLOAMC SGS 102 . N4 .0/0 .0 5 .OBG4 .0/1 .0 FINE SANDYMATQIX MOIST MATRIX MOIST LOAMMODERATEMEDIUMSUBANGULAR BLOCKYMASSIVEMASSIVEMASSIVEMASSIVEMASSIVEICKNESS CONSISTENCE ROOTS 1 MOTTLES I MOTTLES 2HORIZON DEPTMICMIA PS " 0- 22 FRIABLE ABUNDANTC SG! 22- 42 VERY FRIABLE PLENTIFUL MANY S.OYR3,0/4.0COARSEPDOMINENT5 .OYR4 .0/6,0C $62 42- 65 VERY FRIABLE PLENTIFUL MANY S .OYR4,0/6 .0COARSEPROMINENT7 .5YQ3 .0/7 .0C 563 65- 80 FRIABLE FEW COMMON 7 .SYR4,0/a .0MEDIUMPROMINENT5 YQ4 .0/6 .0C SG4 80-102 FRIABLE FEW COMMON .0S .OYR4,0/6,0COARSEDROMINENT7 .6YR " .0/4 .00C SGS 102- FRIABLE FEW 5COARSEPROMINENT7 .5YR4,0/4 .0"""" tt "" t "" tttt "" ttltt "" ttt "" t " att " t " tatatiti " it "" t """ attt " itttta " f " a "" tt " aat.OYR4 .0/6 .0" 4tt " ! " t """ ttt " t " t " t " t " tf """" ! " t " t " i " t " t """ t """ ttt " t " t "PMYSICAL L CHEMiCeL DATA. . . . . . . .. .. .~. . . . . .- . . ..PM 1DH2HORIZON-D EPTH(CM .)SAMPLESTATEMETHODVALUESASTMPLEATEMETHO D VALUE ORGANICCARBON %NITROGEN%" PSA 0- 22 2 1 5.2 2 4 5.0 5 .45 .36C $G l 22- 02 2 1 5.7 2 " S.J .99 .025 G2 42- 65 2 A,4 4 .3 .23 ,26C 3 63- 1 3.7 2 4 3 .7 .35 .04C S6 SG4 80 .102 80 2 3.3 3.4 .8B .05C SG5 102- 2 14 .0 2 "4 .21.04.04.. ........ .... .... .... ........ .... ............ ........ ........ .... .... .... .... .......EXCHANGEABLE CATIONS BUFF .(ME/IOOGJ C . E . C .CA MG NA K DETERMINED ELECT . CONO . PI P2 CU ZN(MMHOS/CYI PPM, PPM, PPM, RPM,HURIZON-DEPTHICM,1A PS " 0- 22 12 .68 3 .42 2.33 .20 2" .6 16 .90 26,7 163.9 l2 .6 42,6C 5G1 22- 42 7 .50 I .BO .B5 .JS 5 .2 8,70 42 .8 50 .4 46,6C SG2 42- 65 .93 1 .58 l .06 .3B 6 .2 11 .80 I3 .I 10 .1 62 .4C 5G3 65- 80 .93 1 .75 2 .23 .26 .2 12 .70 19 .5 10 .1 37 .9SG 4 BO-102 .06 .51 .11 .51 7 .B I7 .50 J2,9 113.9 IJ,9 51 .9C SGS 102- 1 .20 1 .54 1 .85 ,99 B.1 16 .80 5 .0 156.4 16 .4 6J,1

OB " B 9"C 1 2 "OOI Ls9 7 II0-et 00'L OIL 19' 2S "9 B6 "C IL "I 0"9 I 2 OOI~St 199 7 11B"LZ 00 " Sl t "CL 26 " t6 "9I Il " II BG "" 2"S t 2 L2 ~.l 9 7L'Br OC " t r"OG "6' 461L 01 "91 9S "L 6"1 I Z 61 "0 id "" Ndd IW7/SONNWI 31 " 14 ( " W7)N1d30.N02Ia0NId ON07 " 17313 31dWV5" 03NIWa3130 M VN 9W V7 3fll " A OON13W tttsssfNSttt " rf q"7 " 3 "7 19001/3N1 "d!!1B 4NOIAV7 il8V39N"N7%3 I Nd........................"1"0 1"7IWiN7 1 1"71SANdsirrrstlptttstiJSrtttr " trttttttss" atrfststtssfsta q stfNSStsffrftsffrttftftststJtsltsstttsattttNtftstftsf ;ttfttt01t/010aA0 "0117NI1SI0NOWW07 34001 -001 ES9 7 II0 "" /0 "sdAG "LIN 3NIWOadANVW NBA Aa3A 35001 001-4[ ISO 7 It7I19V1d A11N9I1S1NI " ! W111,No IIW07 t3! AM7IlS A11M9VIS S2 -St 9 71NVONf1B" 31BVIa! SI -0 id VI S31110W I Stood411171N1d1r0 N02Ia0N37N314ISN07 fS7Nx71N1AaO Xidl " W0" 0/0"SAS"2NIVa9 319NIS ONVS 3NI .1 1StOW xtal "W0-0/0-CAS-L' -001 2f9 7 ItAn0 %ial "W0" 15I/0"9aA0 0. "OI%Itll"WNI " a9 3l9Nls ONVS 3NI! 0 .110-SAO1001-se ISO 3 It00f134d An0 %Ini"11AM701B a " 1f19N " B(15 0 " 1/0 " LaAO .Ol3Sn "07 15I OW xIa1VW71 "3M WVOl Ills 0 " 2/0"SAS"Z 1"110"a9 S2 -GI 9 7Aa0 xlal "WAM70lB d " if19N " Bf1S a " IONVa9 0 " 1/0 " SaA0 " 01I03W Wl1I03W IS IOW %Ia1V1131Va300W on 31Vai00W WVOl 0'1/0" ZaAO .OI 1df1aB " Gt -0 Sd "Aa "ON(10B (N7)W1d30 N02Ia0N2 3a111711a1S 1 7n1117f1t114 3nO1x31 I al10107 NOZItJON Sf3NM71W1N0110071130 311lOadrrrrtrrsrfrrtrrrrrrrfsrsfftrrrtrfttttsrffttfftfrtrtttrffttttfrfttssfftstsfsfssftsrrtfffrttttffffttttttttttfsfsttftttfsfttfftfstttttt.3N," snoa7 "7IW ft as9 7 II 3N1ITS tBS"Nd NOI1 "711IffV17................4>110N 1VNOILIOO"03NI "d0 AlaOOd 139VN1 "a013A31 1" S3adx3 37"Iaf1fIVIAl11, t'1"W 7t1iN39AON"S tl 7ilS " l7 " 77d$........................lINf1 7INd "a911 "a15 a3ddll..........................WtJOlONVI ? 1"Ia71 "W 1N3a"d9NI1VllION11 Al1N39 iSSVl7 l10S l"OOW 1501 "1Sx31dW07 13dA1 SO 81,33s) NOIS173ad0 " 1 % L2 IIW130f11I9N01(BL61)10SA319 7iWON 093a t0 cat L" CO 6" tIN130f1111"13dOlS N011 "7IlISS "17 ~ NOIL "7O1A3Anf1S 0311V130 t3SOdafld ONI1dW " S" B """ a 9 'V " W " 7 " B " VNt013M SNd tn0A3Aaf1s BS tAaAaf1S !0 31 " 0- -831a7S t7dAl lINl1 .. . .. . . . ... .. . .. . . .ROM38

BERRY UNIT TYPES SERIES------------------------------DATE OF SURVEYl 65 SURVEYURi HAL KELOWNA . B .C .M .A . & R .A .B .SAUPLlNG PURPOSES DETAILED SUPVEYLOCATIbN CL "SSJFlCAT10N SLOPEL " TITUOEIN)t " 9 07 19LONGITUDEIWII 122 35 07 6LEYED PUUZULIC GRAY LUVISOLl19781 % " .0PRECISION ISECIi 05 TYPES COMPLEXELEVATiON lMlt 20 STATUS= MODAL SOIL CLASS= GENTLY UNDULATINGPARENT NAiERI4L 6 L " NOFORM. .. . .w . . . . . . . . . . . . .w. . . . ..UPPER STR " TIGRAPNIC UNIT. . .. . . . .w . .w . . . . . . . . . .w .SPEC . CL " STIC It CLAYEYGENETIC M " T .t MARINEORAINAGE7 IMPERFECTLY DRAINEDRUNOFFI MEDtUMPERVIOUSNESSI MODER " TEAUDITION " L NOfES. . .. . . . .. . . . .w . .SITE LOCATIONS 800 METERS NORTHWEST OF CORNER OF MEDD AND LIVINGSTONE RDSLANGLEY .tt "" t " R " tttt "" t "" fltt " tttt " ttt " it "" ttttttttt " tt """ ttttt " ttt "" t " ttttt " ttttt " t " t " tt "" ttttttti "" tt "" t " tt " tittt """ tttt " tttttttt """" tttt "PROF(LE DE$CRIPTION. .. . . . . .. .. . . . . . . ..HORIZONTMICICNESS MORtZON CULOUR 1 COLOUR 2 TEXTURE STRUCTURE 1OE PTMICMI BOUNDARY" P 0- 20 ABRUPT 7 .SYR3 .0/2 .0 SILTY CLAY MODERATEMATRIX MOIST LOAM MEDIUM7 .5YP5 .0/0 .0 SUBA NGULAR BLOCKYMATRIXDRYB F 20- 32 CLEAR 7 .SYN0 .0/A .0 SILTY CLAY IIODEPATEMATRIX MUI$T LOAM MEDIUMIO .OYR6 .0/3 .0$UBANGULAP BLOCKYM" TRIX P R Y'B MGJ 32- 47 CLEAR IO .OYR " .0/4 .0 SILTY CLAY MODERATEM"TRIX MOIST MEDIUM TO CO "RSE10 .0YR6.0/d .0 SUBANGULAR BLOCKYMATRIx DRYA EG A7- 62 CLEAR 2,SY5.5/2 .0 SILTY CLAY MODERATEMATRIX M015T MEDIUM TO COARSESUB"NGULAR BLOCKYB 761 62- 77 GRADUAL S.OY5 .0/1 .5 .IEAVY CLAY MODERATE TO STRONGM " iRIX MUIST COARSE PP ISMATICB TG2 77- 98 GRADUAL 5.OY5 .0/1 .5 HEAVY CLAY MODERATE TO STRONGMATPIX MUIST COARSEPRISMATtCBC 98-117 DIFFUSE 2 .SY " .0/t .0 S .OY5 .0/1 .0 SILTY CLAY MODEPATE TO STRONGM"TRIx MbiST MATPix MOIST MEDIUM TO COARSEANGULAR BLOCKYC G 117. 2 .SY" .0/2 .0MATPIx MOISTS.OYS .O/1 .0MATRIX MOISTSILTY CLAY MODERATE TO STRONGMEDIUM TO COARSEANGULAR BLOCKYPSEUDOTMICKNE55 STRUCTURE 2 CONSISTENCE ROOTS 1 MOTTLES 1HORIZON DE IMOTTLES 2A P 0 . 20 MODERATE FRIABLE ABUNDANTMEOIUMGR "NULAR8 F 20- 32 FRIABLE ABUNDANT FEWFINEFAINT8 MC.J 32- 47 FIRM ABUNDAVT COMMON RED 1UrOISTiNCT7 .5YR5 .0/7 .0A EG A7- 62 FIRM PLENTIFUL COMMONMEOlUM0ISTINCT7 .5YR7 .0/6 .0B TGI 62- 77 STRONG FIRM FEW COMMONuED1UM TO COARSE MED1UaANGULAR BLOCKVPROMINENT7 .SYR5 .0/7 .0IO .OYR5 .0/6 .0H TG2 77- 98 STRONG VERY FIRM COMMONMEOfUM CO " R$EMEDIUMANGULAR ToBLOCKYPROMINENIS .OYR2 .0/2 .010 .OYR2 .0/2 .0BC 98-117 COMMONMEDIUMOISTINCTIO .OYRt .0/" .0C G 117- COMMONMTOTINCtIUMIO UIS .OYRA .0/A .0

BERRY (Continued)PROFILE DESCRIOTION.-..--..----. .-----HORIZONTNICKNESSDIEPTN(CMICONCNETiON A NONODULE DESCRIP,1A p 0- 20 FEWFINETHROUGHOUT MATRB F 20- 32 FE .FINETHROUGHOUT MATRB MGJ 32- 4?A EG a7- 628 TGI 62- 77B TG2 77- 98BC 96-I17C G 117-IXIX""" t " s " t " t " tNN """ t "" tst " t " t " taapttaq Ntstatt " sasst "" tattt " t " atassstttssaattta " sa " asassasstta " ttttt "" ssstsarratttNt " attttasstsHPMYSICAL L CMEMICAL OATAPN 1SAMPLE MET HOD VALUE ORGANIC NI TROGENSTATE CAR80N % %HORIZON-DEPTNICN .)EXCHANGEABLE CATIONS BUFF,IME/ 1006) C. E . C.CAMGNAKDETERMINEDO 0- 20 6.1 a .i8 .29 6.a7 .81 .19 ,16 30,0B F 20- 32 2 1 6.2 1 .68 .13 2.26 .76 .la .13 28 .0B 0GJ J2- 47 2 1 5,5 .70 .06 a.33 a.17 .2S .21 2BsSA EG 47 . 62 S.J .29 .03 7.25 IO .B6 .57 .27 J9 s59 TGI 62- 77 2 1 6s2 .29 .03 13 .98 19 .61 1 .17 .38 43 .68 TG2 77- 96 6,0 13 .09 16 .93 .31 .a3 39 .7BC 98.117 2 1 7,2 10 .7e 1a .19 1 .19 .al 30 .6C 6 117" 2 17 .67.97 7.671 .07 .29 29 .6-- .- .. .- .. -- .. ..- . .- .- ---- ---- .--. -- .. ...- -- .- .-.- -... ---- ...- ...- .- .. .... ...-----EXTRAC TABLE FEI%) EXTRACTABLEALI%1PARTICLE S12E(%)MERNOO RESULT METHOD RESULT Pl P2 TOTAL 62-2 U 2U CLAY ,2U CLAYNORI20N.OEPTMICM,1 pp .. ppM, SAND SILT TOTAL TOTALA 0 O- 20 1 1.6 l 1 .6 9 .0 16 .0 6 60 3a 9B F 20- 32 1 1 .3 l 1 .3 J .2 11 .0 6J6 10B MOJ 32- 47 S.J .1 3 .7 S.0 3 56 5213A EG a7- 62 1 .1 1 .1 2 .1 D.0 1 49 43 50 109 TGI 62 " 77 .6 3..0 1 39 60 18B T62 77 . 9E 1 .0 E02.0 0 a 5 66 20BC 98 .117 1s0 229s0 2 4 4 Sa IJC 0 117- 1 s1 1 .1 3 .1 230.0 B 49 a3 11Lley MinarelolgiBorlson Coarse Cley 10 .002 - 0 .0002 m) Fin. Clay f .0.00W NIDaptl~als67j aft, a0-b!j ast. 20-10f tat. e2({ ost, Traea .671 aat. 10" 6! ast. 20-s1{ ast.

BLACKBURN UNIT TYPES SERIES......................................................SAMPLINGPURPOSES DETAILED SURVEY VKCLUC"TION CL "SSIFICpT10N SLOPEL"TITUOEINII 49 OB 51LONGTUDEtwlt 122 00 20 URTHIC HUMIC GLEYSOL119781 % 1 .0PRECISION ISEC)t 05 TYPE : COMPLE%ELEVATION (M) : 7 STATUSI MODAL SOIL CLASS7 GENTLY UNDULATINGOARENT MpTERIAL G LANOfORM.- . . ..----~----- " ---------UDPER STR " TiGR "ONIC UNIT----------" -------------SPEC . CL " STIC li SILTYGENETIC."T.1 FLUVIALSURF " CE E%PRES .iLEVELOR " INAGEt POORLY DRAINEDRUNOFFi SLOYPERVIOUSNESSI MODERATEttt "" ttt """ t " t " t " i " at " t "" a """ !t! " ttY "" i " atitsltitittt " itt " t " t!lYtitit " t" t " Yat "" tttt """ Y "" tiYitt " ttYt " t! "" Yt """ tat " t " 1! """ t """ 1 " 4 "" YtvRUF/LE DESCRIPTION------- ..-.-- . . .---HORIZONTNICKNESSDE T .1HORIZONBOUNOARVCOLUUR I COLOUR 2 TEXTURE STRUCTURE lMATRIX MO15T LOAM WEAK FINE TO MEDIUMGRANULARe G1 17- 45 GRADUAL IO,OYa3.0/2 .0 2 .SY5,0/2 " 0 SILTY CLAY MODERATE TO STRONGMATPIX MOIST M"TRIX MOIST LOAM VERY COARSEPRISMATICB 62 45- 70 GRADUAL IO,OYR3,0/2,0 2 .SY5 .0/2,0 SILTY CLAY MODERATE TO STRONGNATPIX .015T MATRIX MOIST LOAM PRISMATICC G1 70-102M " TRIX .MOIST11 C G 102-M~TRIX .NOIST---. -- . . -.. - ---- - ... ---- ---- -- .- ---- ---. --- .`O~TY CLAY MASSIVEVERY FINE SAND MASSIVE..- . ...- .--. -... -.- . .... -... -.- .THICICNESSHORIZON DE PTHICMICONSISTENCEROOTS IMOTTLES 1A P 0- 17 FRIABLE ABUNDANTB GI 17- 45 VERY FIRM PLENTIFUL MANYME OIUMDISTINCT10 .0YP5,0/8,0B 62 45- 70 FIRM FEN MANYPROMINENTIO .OYR5,0/8,0C GI 70-102 FIRM FEW COMMONMEOIUMDISTINCT10 .0YR5.0/B,011 C G 102- VERY FRIABLE"" a"L"s"t"t"" tttt "ss "ststtset "" tY "YSSt "" stslslYSt"" s "" tttt "Ytttt"n"a"s4 """" tittt"tta"s"a"att" t"" ttsts"" a"" t"""" ss "1""" s" t"t"s "t"ttsPNVSICAL 6 CHEMICAL O"T"------------------ ....- PH .1 EXCHANGEABLE CATIONS BUFF,(tE/100G1 C. E, C,HORIZON-OEPTNICM,)SAMPL ST,TEE METHOD VALUE ORGANICCARBON %NITROGEN1CA MG NA K DETERMINED" v 0- 17 S,a 6.00 .Sa 7,BB I,BJ .20 ,2a 35,3B GI 17- "5 2 1 5.7 1 .68 .OS 7.10 2,76 ,16 .06 2S,J136 2 45 . 70 5.9 .36 .12 10,68 5 .26 .20 .10 30,6C GI 70-102 2 6.0 1 .02 .09 8.02 2.81 .1B ,06 19 .911 C G 102- 2 1 5.7 .O B .02 1.00 .67 ,09 .01 3.3P I.IORIZOV-DEPTHICM,1 Pi PPM .A P 0- 1-7 27 .0GI 17- aS 10,0B G2 a3- 10 7.0C 61 70-102 3.011 C 6 102- 41 .0ta " t " at "N1 "" R4tittts "" Y "!iqNttt "" tatltJt " YtHt """ t "" ttat " L4t "" 14" t """" 1 " tRYattRiRittN " Yiti " 4 " tYt " t " t " R """ altti " t """" 4ta "N" YttYtClay lllnoralolgytIbrizon Coerso Clay 10.002 - 0 .0002 xlFine Clay (65/ ost . to-65j ost . 20-l0{ aIt. 671 -t. " 0-69 oat. I 20-10$I -

=!Hn. ~-E :tPH ION 2ORIZON- EPTH(CM .)SAMPLE A MET HOD VALUE SAT MPLE AT MhTHO0 VALVE Onr4NIC S X NITROGENST TES L CAR ONL--422501 :32A E 40: 0.225 :23 .3 :61: 89 1078aHl' 22 A 2 12451.28. 161 2 224:25 . 0 2: . 2 5 . 00a 'IF HF.4 0. 7 D 25 . 2'2: : 3 7 . 19 .28To . 905 .4 24 50 ais : . :0.160 HFC2 90-110 2 1 5 .3 2 4 .61 2 :5aGj4 4 , : 64.5 7R F ISO-130 2 1 5 .2 2 43 .3 . 16. 0.60130-+1. . .. . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . .. .. . .. .EXCHANGEABLE CA71UNSBUFF-('E/ 1006) C. E. C . EXTR ACTABLL FE(%lCAMG %A K DETERMIN ED METH OD RESULT ME THOD RESULTHORIZON-OEPTH(CH .)H2 1:59 0 99 0E 40 : 0A66:11263BHFIHFC2220000. 8 279: . .22: 4 40 .11.0 .0 229 7O0 : T 3: 40 _ 70 :.10 .00 0 .02 :0 : 06 45 3a 0.:Fc H ?0- so22 .02 a as . 90.7 33. . . .0:I'D :000021 . 3 33FGJ 9,3:119.200 .00 .02 .06 41 56 .101.1 3130-+3 33 .2.. .. . ... . .. . .. . . . .. . . . . . . . . . . .. . .. . .. . . . .. .. . .EXTRAC TABLE AL(%)METHOD RESULT METHOD RESULTP2CU ZNHUAIZ04-DEPTNICM .l P, PP.. pp M. SPPM. pp PPIA .L-H40: 0 30 39 0la5 :0 0A8E45 6 . 30.9 4.2 12 .5570 .3 15 .7029 .2a8 -F2 2a. 22 4 1 1 :984 7 50 .8HCFCIAD- 70 0 3:02 a113 66 : 9 25 : 2 4F 70. 90 11. 2 32 .2a9.5 92 2& 3513.62 3 65 11 . 8.02 2.43.5 8.0 00 92 .5 936 .621R 130.+8 HFGJ 90 1 0:113100 168. . . . . .. . . . . .. . . . . . . .32 .20.. a

BLUNDELL UNIT TYPES SERIES-----------------------------------------------------OF HAL KELO .NA, b .CSAMPLING SURVI'VS PUPPUSES DETAILLD ba SURVEY SL'PVEYORtDATE .M .A . 6 R .A .B .LPNCITUON (SEC)$ELEVATION p 6 S I (M)S49 10. 30223 3 REGO OLLYSUL(1978)05 7'TYPES3 STAtUbt I MODAL P T SOIL CLASSIPH SEEA YS.-PL 140 DFPPESSIDNAL E TO LEVELGENETIC . :A1j :S . . ORGANIC EpSU aFA IE XP VENESPEC CLASSIC m , ItGEN * TI ATSURFACE E E C XPOES .9SILTY LALFLEVELIDRAINAGE$ UNDF VERY a POORLY 0 DRAINED0PERVITOUYRSLO0 SNESSS MODE V' - ATLSITE 5 LOCtTION4 17TE :!ECTIONIOF A .WESTMINISTER 14WY :NDN :6 PD,.,RICHMOND .CLAS 0 IFI p A AS I N%R NE0 PH SE LTPIECES OF S C 6 So MAT R I ALMIXED INA THEWC VEHICKS"UPMTO 2CM WIDE COATIO ISIEN ' CDA CKS. K RED 0, ME SII ALCa THE C 62 HAS OCCASIONAL VERTICAL' PA 1 BID 63 AN N. O.1A.S1C 1 .5 HAVE " ATE. MAP. I AL .TUBULES AROUND OLD ROOT CHANNELS .SULPHUR VA LUES IN C GS AND 11 C 65 >500 P.P .M .THICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE POOTS IOEPTMfCM) BOUNDARYHORIZON0 No 22- 0 ABRUPTYP2 .011 ST.5'O MA ;R0 Ix IORGANICMODERATEED JU. FRIABLE ABUNDANTS UBANGULAR OLOCKVc 61 0. 91 DIFFUSE.A 2 ;kSylxb .0 MOIST .0C 62 21- 45 DIFFUSE 2 5. .12 0MA ;."IX .0UI ;IC 63 As- 73 GRADUALc GsitC GS73- 8363-+..'4014XI1015705m5A;ROY14X -0,0 .0 .002 5Y4.0 .10 0k I 1 0 sSILT LOANMODERATE C RSe Flom PLENTIFUL5OAIIANGULAR BLOCKYPSEUDO USILT LOAM PASSIVE Flom FEWSILT LOAN MASSIVE FIRMLLOAMOAMY SANDMASSIVEMASSIVE. . . . r ;TZ ;NE ;;" -- ---- ---- ---- ---- ---- ---- ---- ----.. HORIZON OEPTMICM)FRIABLELOOSE---- ---- ----0 No 22- 0C G1 0- 21c 62 21- 45c 63 45- 73C GS 73- 6311 c GS 63-*FEW FINEP!071N!NT O5 0 P3 /4 .0I'll, FINEP!OMIN!NT5 0 Y P3 0141 .0FEW FINE0110"IN!" 1.0743 0,14 .0'F I NEPROMINENTIS.OYR3 .014 .05 .OYP& .0/8 .0PH I PH 2SAMPLE STA METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENHORIZON-DEPTHICM .)re s TA TE C A A 013N "0 4P aa 0: 20 2 4 :b 4 3 9 27 1:06 I2 A 3 3:: 0,61 21- 4 13C 6256E 3 :062613 5 2. . 4 .171- 73 24 .. 03 .5Cc 63 GS 73- 63 2 1 3 .1 2 4 3.4it c Gs 83-+.. . .. . .. . . . . .. . .. . . . . . . . . . . . . . . . .. . .. . . . .. . . . . . . .. .. . . . . .. .. .. . . . . . . .. .. . . . . . . . . .. . . . .EXCHANGEABLE CATIONS BUFF . 4ME .110061 C . E . C .CA MG NA K DETERMINED ELECT; S CONO . .P2HORIZON-DEPTH(CM .)(. . ,.. n ) P, pp .. pp SP. . CU PP -.0 HP 226 :7s37 64 a201 12 : It 75 :10: 15 21 631 112 :295N:2.$5 6 30 30 2S6. :66 724a9 0 aCc 6.3 21 ., .1 . .10..67 63As- 7323 .1 76 .269 : C,GSCr.5 73:483S2 .1 80 .0 71 .871838:10.... .... .... . . . . . . . . . . . . . .. . . . . . . . . ..... .... .... ....INHORIZON-DEPTH(Cm .) PPM .0 HP74~. :222 20, 3 1GI G2 21- 45C G3 * 73 54 .8 :2aC GS 3 83 36 . 71 1 C GS 63 . .

46 9 1.) itLb 1.9 '-tq 9 1.)-It crow a_sopjt33 33 v A :sNn03 IMNONOWWOD " I 410 -Or ergo. 9.,03 :1113dSNn11 A 03d MNO...3 N, 1 OC -It tr9w ast -0d VI swill AVID(WD)HI s N aS3 x1jlHi d CNGZ[dnm. . . . . . . . . . .. . .. . . . . . . . . .. . . . . . .. . .. . . . . . . . . . .. . . . . . . . . . . . . . . . .. . . . . . . . .. . . .. . .. .0-9/0I ;9tfAS0 ;0lNO POD 3sool -16 9 1) 110-V/O-Vd %-IAN3NIHOU3SUVODANVH MIA alRylul L6 -L9 -) 3.n .03"0-9/0-StIAS'4 ANVW iniiihilld 318V I u :i 49 -tv crow a0-9/0I. ;SdAS ;LNIAS 1 a3N VAN md mvinDtS3AIndZIN31d initIN31d alevidA tv -OC crow 90-G/011 ;GNTASIL -IAS 3NIamvin3iSgA134aInillN31d INVONnav 318vltl :i OC -91 tr9m adwinNvtpgwn a 3 wINVQNnGV 3luvlmj vam 91 -0 d VD)MI 30 NOZldOHa S311ION 1 sallion I S3t1Od 9 slood IIN31SISNOI 9 3dnA2ntJ1S 93 %3! 1. ... .. . .. . .. . . . . .. ... . .. ... . . . .. . . . ..... . . . . .. . . . . . . .. . .. . .. . . . . . . . . . . . . .. . . .. . .. . .. . . . .NIVOO 319NISQNvS-L6 9 ~' It3AISSVW WVOI AONVS LSKOW O-ZIO-SAG-Z XldIVW P0 low ? /0 - GA XldiVW 0 - s ivnovuo Lb -Iq 0 3A)130111 tivingNianswnipawAvam "Vol Ills V 0 10" C1O'X9 IMP AS dy3lo As -IV cr -,)w aAuDaIG tivingNVensn t 11 .0 .'3.Islow Xl"IV"WTOI 0ts 0-CWCAVE 39niAto LV -Or crow eA)13016 evinoNvonsPhi . a . )1,s 1sl0! , ' xlH! vw '30 "Vol 1115IL S HAO t 3sn :iziio Or -91 Iron aA)63019 avin-jNIensmnia w Is ow xi IV)iv3m WVOI Ills 0-?/0 Cb 0 t idnbev St -0 d Vi atini2ntus adniX31 z tinoio7 t tinoini,AuvaNnaa N SS fW :))MId3a N NOZIdOHozykjow 3 M31HANOXIdIdIS30 311JOHd31dW0 -3NV1 )IdVd :to isvi isnr -3AV M W) H1dON SdI13W 000 INOILY301 Ills,31VU!GOH S lSS3NSSnO,1At13dt. NOI 0 NON S 3N NOAS'ONntJQ3NlVtJQ AIL33.4d3dwi DIS 13OWN1100lai1,13A31 I-S31dX3 3DvjiginslAnii, , IV" p1.33,AIlls .1 D. 1s" I. 32, ds!!Nn DtHdVd9l!Vb!S 03danONILvinaNn XAIAN3931d"nD ISIVID 13dAI0.Z %3dOISilos 1VOOvf isnLvis."3s 1111 : N011VA3-13, ,11 coC, dd(OL61110SINntio Dltj9WOS n3A31-) 6 : 9C eel :('1,.),aanii9N,I Nn s I D3*1 60gun IL 1NOZA"OlA3Amng agiivi :ia tignddnd qNlldMVS-9-V-d I -W-W-I'FJ -VN-013)1 ITH SdOA3Aans 0 1 IA3 A S 0dn -1 3 1, o.................S31113S l3dAI 1lNnNOSNOS

2 172BONSON (Continued)P . aPH 2SAMPLE METHORIZON-O EPIN(C M .1 S TA HOD VALUE SAMPLE METHO D VALUE ORGANIC 'Woo X NITROGEN KTET ATEC N9APGil 1 0: 3IS-. 97 .:531 5: 71 29, I ' : '45 MGJ2 30- 5. .308 MGJ3 AT- 4 . S 0504C 6 5: : 255 : 2~112,G 67- 977 5.811 C G2 135 .7 24 5S : 47.. .... .. . . . . .. . .. . .. . . . . . . .. . . . .. . .. .. .... .... .. . .EXCHANGEABLE CATIONS BUFF .(ME~10061 C. E. C .CA MG NA K DETERMINEDP2 M .CU INHDRIZDN-DEPTH(CM .1 P. pp .. pp SPpm . pp pp . .13044 :9 724 Poil 110: A3 2:71,00. .1 3' 32 :6968:3 21-9 :20 2, 0E, : 62 39 99 MGJ2 30- 47 3.17 9 .21 41 .1 .0 3 4.36 .aC 2 0 12 . 36 .8 3a 36 3 5 0.0MGJ3 47 : 67 1 .96 .17 .19 .0 . 1 '.5 , 6 10 . 31 A :1.111.5 33 .3 36 .5971. 97 21 . " 46 5 .3.0 25 1? . 6 211:2is C 626 .9750 T.14 9 23 5BOOSEY UNIT TYPES SERIES. . . .. .. . . . .OAT OF SURVEYSSA , E PLIN 6 PURPO SE 3SURVEYO H L EL74AN .- .A . f P .A .b .DETAILED SURVEYLOCATION CLASSIFICATION SLOPELt1flUSgj% ;,L IT REGO HUMIC GLEYSOL(197ELEVATION N (MIS TO TYPES C40MPLEX 'oSTATUS3 MODAL SOIL81CLASSI UNDULATINGCOMM ;,CL,A$T!C It GlAtAVELLY SPEC ;,CLASTIC It CLAYEYGE N A M A . RINE GENE C M T ISURFACE E C EXPRES 7 1 .1 VENEE R DESC R IPT OR IS MA GLACIAL 'NEDRAINAGES POORLY DRAINEDRUN or WFS SLOLF A- 0 ABRUPTVERY A H 0. 15 ABRUPT 10AgOV1124012TOSANDY LOAM IE DIK M Ix Is GRAVELLYME G IUMQANULAPFRIABLE ABUNDANTHORIZON THICK" OEPTMINs IWORIZON YGOUN OAACOLOUR I TEXTURE STRUCTURE a CONSISTENCE ROOTS IC ol 15- 30 GRADUAL OYPS 0/2 ;010 ; 4C 62 30- S5 CLEAR 2 SYS. 112;0MANI A 0 .01 T.A RIX 015 LLOA LSANDGR MVE Y YSINGLE GRAIN LOUSE FEWSANDESINGLE GRAIN LOOSE FEWGR V LLYit C a 5S . M 2 SY5.0/2 M IST .0 SILTY C6.AY MASSIVE FIRMATRIA * 0 L 0 AM.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..I.. .. .... ....It C G 55 .MEDIUM 0 ..0 .OV SIM . ~ T5 0,14 .0HORIZON THICKNESSDEPTHICM)LF A- 0MOTTLES IA 4 0. 25C GI 15- 30 COMMON'EOlU FAINT . .oYR : .0114 .0C G2 30- 5511,.1 FAINT.1u.I OY .0/4 .00 A A...................COARSE FRAGMENTSHORIZON-DEPTH4CM .)LFNAo : As 25AC GI IS- 3 35c 62 30 . 55 0 40it C 5s-C.% VOL

0 .-Lc .4:00c 11O?1-L a09S 0:61,t L -SL0 0-11 r T -9 14 nS O-ceO*Ctt 2.... ....IOA It.... .... .... .... .... .... .... .... .... .... .... .. SiN3""bJ 3S UVO3 ...... .... .. ..Td.... .... .... .... ..c:LI1to : rv : zo : Tv : Q :ga 11I'llso 9 co ,6 9 I1 a I.-EL Oz I0C-L, 1vo . 1I' .6 qa a,ZA 8cc : SO . 1VT9 . 9 1 2 11, C a. 4T 90 L, : 01 1 CC* ozz . Ii t, I a S -0 3 V,.?. 89-1 99* Wit 00 a a 0 -cI113NO81113 .9 .31VI :IN 0 31dwv03NIN02130 V'3 N390diIN inIVA ao"13 . I.= . . . . . . .. . . . . . . . . .. .. .vivo lV3I"3H3 9 lw :)ISAHd.1 -a -i~ i9oot/3o)-azint; sNoiiv 318V39NWH~X1(w :))H1d3O NOZINOMOt1VHHdf-J A 3A +.Oct DoI'3NIIS 10"n, 03 "bV .No .0 D wtis 4 CA03A Oct-OZI 9 1!INVQNnGV 3SO01 021-2t " IINVONnow 3sool at -Sc eA 8iNVONnev 319VIHA A03A At -9 tj 0iNvaNnev 31OVIBA Ab9A S -0 3 v0 -c II S31110" 1 stood 33N3ASISND'3Ss N I3 A~ mi3AISSVW %Val AGNVS 001 00" 11 - 9,,IA+-Oct 76 11O'T1q' AN X1PWW Ar-L3AISSYN. NVOI AONVS Istow 9 Idl0-2/0*GAS*Z " I" 3sna.Aio Ori-Ort a 11NjVbD 319NISO . .AM?SXIS"!V"0 . ,A113AVdl a., S IS ,f ON XA0-11/0-VdAS-1 I IZIV" MV313 oat-21 aAN3018 MVIAON VGAS10 AS t3NII A113A Vd,iS 10. .I" IVXV301 ONVS A..Ol O-v/S-*tfAQ*L Ldnasv at -Sc ail aO . .All~,XAIIIII'lnA)mie avinoNvens 3N N114 ON A113AVt§9 Aw" Is "0 XI V 314 is 01 O'V/O-VHAG'L low "11" ivnovbs Le -9 Is a0. Ado , . ;!H!vAN5019 dvlnSNV 091's N I AIVId AllgAvdt Isto 0XV3M I 4 W1 g iAUDA )fV 3" OVS AwAd3AVol 0-110-GA .svivnovoo 6 -0 3 V3sn.4iia 0 -c IAgwaNnoo 0 IW34H4d3t) NOZIbOHa 3tm3nuis 3uni~mtiis abnix3i i dnoin3 21dDH 53 N IMA'V'JI d3aNn OINION03 3bV S3nIVA 90 ONV V'J 3ML:CIS XSS9NSnO1Ab3dOIS I "oNn,,03NIVOC 113M .39VNIVU . 13)iNvie I'S3 X3 33VaunsN d S~OV N "1a3noens I-S51dW3 33,vaiansVN1VtJO I AV" '31 3N3 A113A, 3 1 V" .9 .1 IIISV, -1 * 321! 3 W.033IINM 3IHdVtJ9I1VtJiS 31001H LINn :)THdVtl-JIAVtliS d3donHUDAUNWI I IV1a31VM 1N3dVdX 9NIllOd AIIN39 Itos 1VOOw tsnivis 1.9 1" S3(*)) NOIILVA-1-13 1ISITI? :3dAl 031d~n) 0ad0 9 It 4QL61)10ZOOd ,)iud3i-nwnm :itbno 6c V1. 221 a s m) No n s 33LIP to 66 ' (NiiGnitili30 ' 1 77 1NDIIV :)OlA3AdAS 0311V130 lzlqOdmnd -)NIldWVS'8'V'd 9 4WN*013'4 SNd IdOA3AHAS 9 S IA3 A dn S AO 3 1, 0.................................S21039 13dAl LiNn3S08

BOSE UNIT TYPES SERIESOFGISURVEY$ U SESDATE SAMPLIN P PROSURVEYORS PNS KELOONA9DETA 60 IL ED SURY YEB .C .M .A . G R .A .B .LATITUDE(NIS0 r C ~SjjLP ;CITOON~ 1 122 49 00 42 24 11 OUQIC HUMU-FERRIC PODZOL(1978)ELEVATION SIOaCASPECT LASS& 40EG) : 15(SEC)(MIS St STAIUSI MODAL SOILTYPES 10*0 COMPLEX ,OOLRATELY POLLING;,CLMST!C 13 GRAVELLYCOMM GENE C 11 1 MARINESUP FAC E CIS SICS .,p V ENC ERSPEC CLAST!C It CLAYEY,ENE Tj C 4A ,.ESC . 0. T1 : GLC A.IN.PT IALDRAINAGE$FFIRVNORE IOUSNESS,SLOWMODERATELY WELL DRAINEDTHICKNESS HORIZON COLOUQ I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DE IS THI C NJ BOUNDAR YLM 3- 0 ABRUPT5 111 0- 22 6RADUAL MA 5 ;.O YR3 0/3 0A i1.51'R..O/. 'X O'S .OMATRIX D R YrSAND YLOAMRAVELLYVERYWEAK TPI GRANULAR NE 0 MEDIUM6 Fa 22- 60 GRADUAL YR3 0.13 0O X 4 ;LOAM VERY WEAK.MWSANDY GRAVELLYFINE To EDIU-A 1 0157 .,Y... GR A NULARMATRIX DRY 5"4a m 60- 85 ABRUPT O; OYR4 M S.13;0So A ."'X.6 . O'S 13 .0MAT oy X DRY 0!N I..VEILY o11 Be 1 45-100 5. 5 .0/2 .0 LOAM MASSIVEM A:PIX2 7 .012 MOIN0MATRIX 1 OR IMASSIVE SINGLE GRAIN13 Be 2 loo-+ 2; 5V4 .0,?2 M ; 0TCLAY LOAM MASSIVE STRONGM "III64 A 2.516 .00'MEDIUM To COARSE" 2.0 ANGULAR BLOCKYATRIX DRY.. .... . .. . . . .. .... .... ... . .... .... .... .... .... .... .... .... .... .... .... .... .... ....THICKNESS P MCC M,HORIZON DE TCONSISTENCEROOTS IMOTTLES ICEMENTATIONAG E N T, D E S C RIP.L14 3. a0- 22 VERY so, FRIABLE ABUNDANTT:,2 22- 60 VERY FRIABLE ABUNDANT3 0, T60- 85 LOOSE FEwSLIGHTLY HARDa.1 MBe 1 85-100 FRIABLE VERY FEWWARDIt Be 2 loo-+'T7 HARDU9 0 TINCTFTISTINCTWEAKLY CEMENTEDDI S CO N TI NU OUSCOARSE FRAGMENTSVOL GRAVEL V COBBLE STONE40RIZO-4-DEPTHICM.lLH FJ': 22'50 20 0 10a 12 22- 0 60 50 2 0 2085a it " Be 1 60 85 : 00 5 00 so ato100 1011 Be 2 100-+

BOSE ......................W41_TYPE$__SERIES---- ----- ---------DATE OF SUPVLYt 72 SUPVEYURI HAL USCL 7 TUOL( )jLONG TUD 1 9491 3164183 OUR C HOMO-FE C POOZOL(1978)PRECIS ON (SEC~t 05ELEVATIUN (M)o so US$ AL SOILSTACOMM I, ; CLASTIC It GRAVELLY aGENETIC MAT0 MORAINALIGUNFACCE 6 :41S .' *VE1"1E'M'RHOR1ZON-OEPTH(CM .)PH I MOISTURE STATUSSAMPL T5 ATEE METHUD VALUE 8ULDENSITY K% D FIELD SYM I UREA P 0- is 2 4 4.7a Ft: 800 1sa: 6,6 F2 15 . 1 : 41 11a 01 ,13 1 2 C 1 71 1 : 891,1 .6 : 6::1) 91-102 8 911 Boc 2 102-127 2.13 6.8Pa ticle Density gm/cc Shrinkage Limit ~ Particle Size %Horizon I Depth Air Oven Max . Air Oven Moptimum %5 .1 cm

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0-91fo N ;Z*t1AO;SA)ooio dwinqNY 30-9.10-COWL I -as1 :08,1 V NOW.01, 3 WMIJ AtJ3A0Not, SkIT03Is -L6 ?r93 aQ-0/O ;ZvtfAovS. ,oopsdIN asINO t, 0dAW301 win 4 v3sb ,a 'iANIF V 2VJt1IJ Ad3A 9 "c b, S L6 -11. tr92 aiN3NIWOU3SdVo2 ANWW FA39 318V IdJ IL -09 ZMA 8as " i '0'.n.,AN31d alovi"A 09 -LC troo aIN A3NIJ 3A inoIIN31d 319VIdA IC -09 CAN 9INVONnev 319VIUA 02 -1 VAN 13ANVONnev 31QVIt1J At13A I -a IAN 9iNvaNnav 319VItIA AtJ3AZ .0 a ViNvoNnew 0 -C AmC -11 1a vaillow IS31IAOW I SIGO"33N3J.SISNO3a 3uni:lnbisSS 4W3)NId3Q314 M will INOZIMON.... , .... .... .... .... .... .... .... ... . .. .. . . .. . .. . .... .... .... .... .... .... ..A113AVU0AISSVW WVOI AON VS 04gl" 110 1.1. 11 1 81w" , -LG z r v~ aDAISSVWNV A113AW69 AQMVS01 OIs'" - alo . 11 NO . 11liv" It ivnevao Lb -,I i r93a,Nvons nla .3AVd3GQW - 3Wwal O1910" -C1O-C.AO M184W )t O ISC/0 la" - CUXTPV"A0 1 tJV31J' 4L -09 zrqj aAX'3011 UVIA9"yens.n 103. 31v413cow0 LSIOPI . Sx1divW,NVOISIO a 9 1 MV3 -1309 -IC trea aO .S AII? 0 S 11 4, 1I,jVoolAM3019 ttvingNvons 3N A0I Isla" ** xIt1IVW31VIII000 01 XV34 NVOI 0-,*/O-*bAO-G ivnavug IT -OZ CAN aO.,AtI?,1IIS11jV 0 .ANDO19 avinoNvans N .1IS / OW XAtjitI.Va. I"Val 0-9 l.1 O-VkIA1 O' 9Vivnavbg a? -4 eAH 0AM3019 UVIASNwens 3N ""? ."AIt'll" 0 IA Ist, 5I ON X I Xv AVOI O'C/G'CtfAO'g t1IVW UV313 -3 IAN 9Ax3ois towinoNve 0-t AtIc 1-st, X,11!1111 0 S3NIi ), is " a" x A t1IvWV31% WVO1 0 T/D I ' ObAO I - 01 idntigva ;a a Vt 0 a 0 Idneov -CIdnaev C -,AdVONnoe SS (W3)Hid3O N N0,11doHI aunl2ndis 3unixat a dnoio2 I tinclo,3 NO71UOH 39NVW 3 X31HI-WdVJ 33t11 NCISSIW NO ad S8W#OO3'3W JO IS34 INOILVD01 3119:01,9 ISS3NSnOIAt,13d01 -4 a ni03NIVt1Q 1134 A13IVtI3QO 0 13, V . ,I bo113)4NVIO I-S3jdX3 3 .)wun,"VNI OON I AVW '~)l13N30IINn DtHdVbgliVdLS d3ddnWdOJONVI I IVIU31VW iN3?dVdSNIdOIS Ald2219 S $SSW-13 I d 110S ivoo" isnivis, 0020 (,3S~ 1(4 NOIIVA313I31dirl" 3 Al 9s 33tId0 It toLGimuod iitv4nm-odtJ3J 3IdnO 1? 61 eat fimimnliqNol99 C 6 IN anluviIgdOIS NOiLv3tA :ssvi3 NOIIV'JO1iw, A3Adns031IVI9G ;IW3S tqsoddndSSNI1dWVSI IVNMO13)1 00A 3 AIMS A 1A3Aun AO 3 IV 0N3ZINne

BUNTZEN (Continued)IZON THICKNESS CONCRETION AN~ CEMENTATJONNOR DEPT H K M N E E CRI I.) ODUL 0 S P AGENI/O 5 RIP .L A. 3WF A3- 0E 0- 2B HFI 2. 7 FEw . DIU.5 E PHEQICAL8 HF2 T. 20 NONEMEDIUMEDHERICALa HF3 20- 37 NONEMEDIUM S I PHEP CALB FGJI 37- 608 FGJ2 60- 77B CGJI 77 . 97 ST03NGLY CEMENTEDC NTINU 0 U S8 CGig 97 . STRONGLY CEMENTEDC N INUOUSHORIZON-D EPTH(CM .1PH I PH 2SAMPLE STATEMETHOD VALUE SAMPLE STATEMET1400 VALUE ORGANIC A B N XC R 0NITROGENLF 4: 3 3 2 2 3 93:50 46 6325H0 2 a 3:8 246 :75 1 :38A E 0. .2HFI33 022- 2 a2 1 5.4 8 24B HF2 7. 2722 45 : 90 5 : 286.24a HF3 20 . 37 0 1 5:55.21FGJI 3?- 60 2a5.5 2 4 S.I 3 . 78 6 FGJ2 C 60- 77 1 5.5 2 4 : 0 3 .1 '3 :1 13Gil ??- 97 . 97 a 5.65S. 3 1 .22 3 .05 6a CGia2 1 6.0 a27..09 .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEASLECATIONS SUFF .(ME/ IOOGI C. E . C. EXTR ACTABLE FE(11 1CA MG NA K DETERMIN ED METH OD RESULT ME THOD RESUL THORIZON-OEPTHICM )11 .42 2 :56 05 :34 2: .5,0 131:'m 43: 0 5:930. 2 . .. 823 ,3 . 5216 .0 6 .06 31.11 02 : 7.1050 1 . 751 1 :343 :72HF2 T. 2 : 353.04 .0 733b1 :38a HF3 20- 370 .171.05:004 33 :1 113 : .3FGJI 37- 60. . . ..03.10 .02.02 25 .31 . 66a F 1 1 a 3 :32CGJI GJ2 60 77 : 77 97 .7 : 20 CGJ2 97-1.5 30.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXTRACTASLE AL(%)METHOD RESULT METHOD RESULT PI P2 5HOR3ZON-OEPTH4CM ) P P.. P P. . RPM .. .. .. . . . .. . ....L 4:0.1 54 .0HF 33A E 0: . 213.21 3.8 1 .030 :012 .5a HF I.:35a 2 :2 2.123:0 2 31 1a HF2 7- 272 a1 . :2 0 5 2:,813HF3 20- 37 0 i ::1 35 2 5 21 .0 49 .8FGil 37- 603.6 3 . 3 . 22 .0 66 .58a FGJ2 C 60 : 77 1a 1 .0 0 4 3 18 26 3Gil 7796 CGJ2 97- 97 1 . 22 :0:2: 3 232 .t1 .00: 26 298 .21 74 .0 9 5..

BURWELLLD OF GSURVESURVEYUR9 S .A, 6~H! :!2~ShMPLIN ATE PURPOSE1 Yt SEM110DETAILED URVE Y~~!!!!FICATION------ !~2t!HAL KELONNAq 8,C .M R .A .S .LATITUDE(N)l R N6 CITOD265741,0 a OURIC AT 5 FERRO-HUMIDPOOZOL(19781S40 01 MPLEE oil 49 2,X VPEIE SION 1 (SEC)$ 2pELE 300ON IMISST UMO CALSUILIC LASSI STEEPLY SLOPINGASPECT (DEG)l 27 0GENETIC , C 'AT . ;,I . ., . . .A,1,NALSUP A E 0 BLAN ETUNOROOTING DEPTH9 150 Cm . SEEPA(,El PRESENT , DRAINEDDPAINAGEI F IMPERFECTLY SF ILOFLOOD H ZARDt NO HAZARD 11P Epy I SNESSI LOW22!H=~.2MRI16 TEAS 9 F 13 NORTH v MDAML . MI .LOCATED OF ON EAST SIDE OF VALLEY .ANDSITE THE LH I! EGAT 00 ME ED I RIC AT T ESE.VMoVU :L IA T E uAMO Rp H US , a HAS A O .E A . SVA THE a GiQ TE ROO AT AND Is - A S -EEPAGE IC ZONE .OFILE DESC I... IZ,N THICKNESIDE T . tCM-0-UIZON,80 NDARCULOUR I COLOUR 2 TEXTURE STRUCTURE IL-F Is- 13 ABRUPT ORGANICH 13- 0 ABRUPT OYR2,0/1 M ST.5.A5 ; RIX Ul145 .OYR4AO/sl TF,A HE 0- 3 CLEAR .o TA IX 01ORGANICSANDY LOAMF. *E .AKKSURANGULAR I SLOCKY8 HF 3. 25 GRADUAL. Aao"0340,4 1. DISTO 5; OYR2 00'2 ;0.A RIX MOTS*SANDYLOAM PEAK . .S EDUUSANGULAR BLOCKY8 HFGJ1 25- 55 DIFFUSE . 5*OYR3,012T . M. rA P1 1 ;0 .ANOIR3.001SWIx IB HFGJ2 55-100 ABRUPT .5A ;P0114.3 '01'215 .01ST6 CGJI 100-150 GRADUALOY5 .0/2 0.A I ;PIX MOI ;TSANDYLOAMGRAVELLY$ANDYLOAM6 R AVELLYM5goYR2;Sjf2.0A IX 01 ST SAND GRAVELLY Y LOAMMWEAKSEOA1Us UM NGULAR OLOCKY:ECA111U .SUBANGULAR SLOCKYSTRONG C MAOARSES V. S18 CGJ2 150-200MATRIX 5-015-0/2-0 OlST.. ... . ... . . ....THICKNESS STRUCTURE 2HORIZON DEPTH(CM).... .... .. .... ...CONSISTENCE ROOTS 1SANDY GR LOAMAVELLY... ....OT IMASSIVE... .. ....EM T1AGENT/OESCRIP..... .... ..L-F la- 13 LOOSE PLENTIFULw 13 . 0 FRIABLE ABUNDANTA HE 0- 3 FRIABLE ABUNDANT6 HF 3- 25 FRIABLE ABUNDANTb HFGJt 25- 55 FRIABLE PLENTIFUL COMOTON . 0DISTINCT 1 UM5 HFGJ2 55-100 FRIABLE PLENTIFUL COMMON , 1,DIST E IUM INCT Ia CGJI 100-150 STRONG VERY FIRM FEW COMMON STRONGLY CEMENTEDWED p M I UMCOARSE SUSANGULAP BLOCKYIN!NT7!05YR4 0/4 .0B CGJ2 150-200 STRONG VERY FIRM COMMON STRONGLY CEMENTEDOED WED I vMSUBI U NMULAP BLOCKYP R . 0 , YaIN!NT7 5 4 0/4 .0PHIPH 25 : 552HURIZON-DEPTH(CM .)METHSAMPLE STATESAMPLE5 1 ATEORGANICC A P a 1,ONOD VALUE METHOD VALUE NITROGEN1,2L-F . 13 2 : 51 : 32H 132 4 .1 3 2 58 ..:400.o64A HE 3 2 4 3 . 7 57 :20 9B HF 25 1 4 :3 2: 258 HF j .1 1 S .0 07.0839a HF612 J1 ~S 1 2 12 4 4.3 9 as100-150 4 22 1 :611 .01 408 Cr,J28-C6.... 350-21Z . ..... 0! ... 2.... .... .... .... ... .... 4 .... .. . 4.8.. .... .... ..... .... .... ..HORIZON-OEPTH(CM .~EXCHANGEABLE CATIONS SUFF .(ME/1006)C . E . C . EXTRACTABLE FE(%)CA MG NA K DETERMINED -ETHOO RESULT METHODRESULTL-F Is 1 : 13 82 :71 2 :684 :43 1 :598 a5 0 : .,H MEA F3 0 34 a 0a 40 - . a13_ 23 25;,.019 a110 :3 3 0 3B HFGJ.1 I . .076 11HFGJ225-55-105 553330.04 5 2 5 6307 .293 0 :81, 9 3 0 gB8 :09.08 :0035 30 .4 1 1 .1 38 CGJI .32 31 .0 69.0 46 1 a0 .3 3 0 :2a100-150 150-200 0 5 CGJ2 31 0 .2EXTRACTABLE AL(t)HOPIZON-DEPTH(cm .1 .14ETHUD RESULT METHOD RESULTCU IN ON OR PP2-P. . . po SORA . . . .L-FH HE8A14FGjj18 13: 130a23:251 8B a HFG12 '1 S5-15SS100-1 00B CJ2 CG 150-20S93 :1 311 1 .7a2 :9 60 :51 66 :069 78 310 20 1 . :2A14 0 3 3 0.3 5 .0 ".9 b 12 .. : 1 . 5 6 .1 0 2 61 .463 ::2 2,3.330 :13 3 :54 .11 0. 1 . 9 7 1 3 .5 E1 .11 157.0831 : .3 41 1 . 137 6 .t 41 .014 :3 5 123 .0a S 34 :a b4 .843

CALKINS UNIT TYPEI__SERIES........................................... .........DATE SURVEYSSURVEYORS HAL KELOONA* B.C,M .A . P,A .B .S A,PLIN r,OF PURPO SEI DETAIL 67ED SUPV EyLAIITUOEINIIL 0 N . , .RrCIYUO, I122 49 09 to 57 35 REGO HUMIC GLEYSOL11978)ISEC)lPELEVAHOONN MIS .0550 STATUSS MODAL SOIL2.02,EZE SPEC, T, CLAST!C M IfISURFACE C EXPRES AT I .SOILTYEEL ANV NEER ISPEC . CLASTIC*II SANDYGENETIC MAT;I FLUVlALDESCA I P 1 0 . I GLAC ALDRAINAGE$ 0 F POORLY DRAINEDN F I SLRUPER V I OU SNESS9M ODCPATr 0*31TE LO~ATIONI 185 M9TERS EAST OF CEDAR VALLEY-POSETTA RDS INTERSECTION .IS,561ON'r 64 1CKNESS HORIZON COLOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DEPT M I CM) BOUNDAR YM 13- 0 CLEARSo' OYR2,0/2,0 X 140 TORGANIC WEAK F e INSVBANGULAR BLOCKYMAT ISA M 0- 17 GRADUAL '0 .0 , ISSILT LOAM MODMATRIX 1 MOIS IFINE SUBA.GULAR ERA" To MEDIUMBLOCKYAC 1?- 27 GRADUAL . 2;. 5Y4* . 5/1,10 SILT LOAM MO DEPATEA IX 0 T O IC 61 27- 42 A§RUPT 5MAdyl.5100,31STOSILT LOAM All .:101 UC 62 As- 55 ABRUPT S;PQY 5.2 X .05;0 FOINE SANDY MASSIVE5mol 1 IL ILAMC G3 55- 83 ABRUPT :.O l..0,41 .0MATRIX a MOIS *0' ; O .AT 5 *0T .1 5X MOISTit C 6 03-.A5476 AS X 5;0of"o 1 ST.. .... .... .... .... .... .... .... ....ST LOAMLOAMY SANDME SUBANGULAP UM SLOCKYPSUBANGULAR E BLOCKY3 UDOMASSIVEMASSIVE.... .... .... .... .... .... .... .... .... .... ..ROOTS I MOTTLES ICHEMICALTHICKNESS STRUCTURE 2HORIZON DEPTH ICU,CONSISTENCEHI .ICAL DATA;: - ,H 13- 0 WEAK 'I MEFRIABLEABUNDANTGA ANULARA H 0. 17 FRIABLEPLENTIFULAC 1?- 27 FIRMPLENTIFUL COMMONFl HE07.SYR5.0/7 ISTINCT.0C Gi a?- 42 FIRMFEWCOMMONFl PROMINENTNE7.5YA5.018 .0C G2 42- SSFEWFEWFI NEF A INTC G3 S5- 83 SLIGHTLY STICKYNO N PLAST I CF FINE V-WPROMIN!Nt7 . 5 Y A4 0/4.011 c 6 113-SLIGHTLY STICKYFE FINE *0 R OMINENT?.SYR4 .0014 .010PH 2GSAMPLE METHOD VALUE SAMPLEHORIZON-DEPTN4CM .) S TA STA METHOD VALUE ORGANIC NITROGENTETEC A PeON S,-4 N 13: 10 2 9 a7 23 :6Ac 1?- 0 2 1 . 3 :5 386:80 214:91 . 3a4 .! 2.72 6Gi 27- 4 T 1 5 .3I24 3 1 .013C 62 42- SS22 243 :5 .:228 .08C 63 r 83 a I " :5,. 7 ..2 .011 C 55 13: 2 1 5 .3 2. .91 .1122280 :0,:.... .... .... .... .... .... ....EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E. C.CA MG NA K DETERMINED PICU ZNHORIZON-DEPTH(Cm .) pp . . P. pp . . pp S . . pp PPM.H 13 : 0 a 333b 4 62 :00A H: 1 a 06a0 : 43R :8 71 31 5 212 :8,A C 39 5 03 .01732 01?- 0 27 3904 5 22 .7 32 .7 860 7.0. 0 139 .1121 285 :3GI 27 : 42 5 52 .14 : 06 .050 19 .2391 . 28131.05701 :6C G24S2.3 5 2304 2 38 .2 ...3633 .C G3.4b :131 7 :. 47 30 6 33 .2 05. 951 13 2 02 .9 1 85: 91s65:0o S :0 la 9 24 .33 C -b02:49

CALKINS UNIT TYPES SERIES. . . . . . .. . . . . . . .. .. . . . . . . . . . . . .. .. . . .. . . . .. . . . .. . . . .. . .SUP111Y, V SET .., . ED SU.VSURVEYORS Y63 GOP kgLD*NA . B .C . . .A . & P .A .S .DASAMPLING TE OF P PRO IL ESLOPEL TITUOE(N)3LONGITUDFI*I' A E.EC, . 122 49 04 21 32 07 14EGOUHUMIC GLEYSOL(19781ELEVATION 11 C SIO" (MIS 705STAT Sl 10DAL SOILSPEC ;,CLASIIC MA . 18 SILTY eGENETIC MAT .$ MORAINALNE X T RES I .1 VE LIANGIE SURFACE E p NEERDRAINAGE$ U 0 F POORLY V DRAINEDN V F OUISLOWRPERI SNESSI LOSITE LOCATIONS All 200 METERS SOUTHOEST OF THE TOWNLINE-DOWNES RDJ UN C I . So I?U7SON MAY UTHIS. NESS HORIZON COLOUP I TEXTURE STRUCTURE I CONSISTENCE ROOTS IDE 7 (CM BOU DARYHORIZON10 .A ;aOYQ%0/2 A 4 0- 22 GRADUAL ;0Ix alsSILTY CLAYL AMMODERATE JUMED 5UBANGULAA M BLOCKYFRIABLEA C 22- 47 ABRUPT 10 OYR4 0011 0 SILT LOAM MASSIVE FIRM FEWAT IX M I TC Gi 47 . 75 ABRUPT M 2;SV5.0/2 r O SILTY CLAY MASSIVE FIRM FEWA RI X M tIIIC G2 Ts .lo MATRIX .oYP640'02OISfoSILT LOAM MASSIVE FIRM.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .. ..PLENTIFULHORIZONTHICKNESS p . M MOTTLES I FIELD PHDE T (C IA H 0- 22 MEDIUM ACIDA c 22- 47 MEDIUM ACIDC G1 47. 75MANY S.OY.I .Olb .011101UM ACIDC G2 75- NY NEUTRALeOYR5.0/6 .0

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CANNELLCATEOF , SURVEYSSET SEMI ILE SURVEYORS S HAL5 MPL IN PURPO!D76TA D URVEYKELOWNA9 B .C .M .A . & R .A,B .LOCATIONCLASSIFICATIONSLOPROLLINGMISSION TREE FARM .LATITUOEINIIL a G e ) .EL R N C IT 122 43 19 14 45 10 064THIC HUMO-FERRIC PCOZOL(197a) IS 20 .04S' EVATIONUOSl 500 01,TYPES CO PLEXCLASS'AS .E C 7 'OEG', SIPONGLI235N ISECIR0 IM)t STATUSI MODAL SOILDRAINAGE$ WELL DRAINEDIS U NOFF I M EDT U,25: 10 4:. a 0 so6 F2 io_ , 7 116.0 69 .0 5 0 IS7Mt2stDPTM,TU BEDROCKS 27NCI TPTYPE M6SIVE ACIDGENETIC MAT 1 COLLUVIALSU A E E PR VENEERS .1SITE L LOCATIONS NURTHC AS S IFI C A 1 10 N PHASE END IS LITMIC OF MOOM"S PC . .HORIZON THI DEPT CKN!51 MOP4ZONYI M BOU DARCOLOUR t TEXTURE STRUCTURE I CONSISTENCE ROOTS IL 10 . 7 ABRUPT PLENTIFULFm ?. 0 ABRUPT ABUNDANTA E 0- 25 A04UPTSANDY LOAM WEAK IS MEVERY FRIABLE ABUNDANT40 MAY. *01" .0 *0"' 1ST*010 .0y"15.0 1 .5 SUBANGULAR 1 BLOCKYMATRIX $1 DRY '8 Fl 25- 10 CLEAR S;0YR%,0,14 ;0SANDY LOAMAKFRIABLEABUNDANT;TNEA1 . MX.5 .016MATRIX 5Y DRY 4*0SUBANGULAR BLOCKYa P12 To- 17 ABRUPT M 5.OYR4.0/4 ; 0A? Ta .SY.S IX .0 .o 15SANDY LOAMWF FIX EFRIABLE ABUNDANTMATRIX DRY/4*0ITsue.... .... .... .... .... .... .... .... .... .... .... .... .... ... .... ... ... ... .7ljC:N2.S.OMIZCN DE I ( S ICONCRETEIONRAN~INODULE D SC PL 10 . 7FM 7. 0* E 0- 2S* Fl 25- 10 COMMONIN a OVGHOUT MATRIXSPHERICALa pa'o- " Co""ONI" SIOU .OUT MATRIXSPHERICALISIT-PH I PH 2HORIZON-DEPTH(C- .1SAMPLE METHOD VALUE SAMPLE METHOD5 TA STATETEVALJE ORGANIC a N X CAR 0NITROGENL 107:7 2 2 2. 2F, SEz 33 :60 33 : 40 so. :0000 1 .030- 202 2 4 3 52 .78 :07Aa Ft 25- 105 4 :0,2a F22 1 5.02 :574 : :55 43 :4' .1 91p to 17 : 17.. . .. . .. . . . . .. . . . . .. . . . . . . . . . . . . .. . .. . .. .. . .. . . . . . . . . . .. . . . . .. . . . . . . .. . . . . . . . . . . . . .. .. . .EXCHANGEABLE CATIONS OUFF .(ME/100G)12 :C . E . C . EXTRACTABLE FEM EXTRACTABLE ALMCA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORtZON- DEPTH(CM .)P pp. . .LH 10 : 171 :72522 3 :77 05 37 0, 759 :;A 1 0- 25 2 A C..2 .8 FI.0 :91 7212s . 1 .1 .1 :.- I0.0 I . .03 .011.134 :18 F21 o . 1 .09 .04 .04 .09 1 97 : 0ISR7Sppm .COARSE FRAGMENYSP2I VOLHOPIZON-DEPTH(CM .) PO107:7 12? :9aA e Ft0- 250528 .01 661.07

Oc or DOcc0 aloc 0 09 S, .0 tj0 -61I .W31 1d2O-NOZ1d H3NDIS 319003%13AVOO IDA %S1N3wqVt1 :f asavo-3Am :toie tivinoNvans,a "n . 1 , 03 , IstowsWidiv"A 1oz3v "nta3w:3A "Vol o-c/o- d 0 0-cc didnoew CC -61 as aAx :)oie dwinoNv nson to "Islowswialpot,3v wnioam 'AW30 Ats3A "Vol 0-,,/0- tjAo a ivnovas 61 -0 1A aativ mnI03H 0 -T, mlHd 0131-4 t amni3ntus 3anixu t dnnio,3 AuvaNnov 1 4W'3JHAd3C S1 NOZIUOH40Z do,4 a M X'31"IN01101W)SBC 3-1140ad"31HIll S1 3SYNCO NO11V31A1SSV-1'3vtj~ni,33"03NI a 1 13% 1313VNIVtlo I AAONnto.,,,d3lN3A I-S31dX3 37viongsAnil a 1, A2 t " '31 3N3LINn 33NdVt6911Vd19 d3cidnlios IWOON isnivis(ewriozoad mad3jd-ownH DwLho s ;7,)?anij9Noiion hilNoti"latsST13 NDIIVDOI.0-w-b I -VNMO13)i HOS " AAan o 3 V13Q ;lNlS 13SOdAndS)NC1)IdWVS I C,I IJ A AdnS s 0311 c sAi un i a v......................................................113NNVO

CANNELL . . .............. ... . . ..... . . ..SURVE G&P KELOWNA, B .C .M .A . f, P .A .B .DATE SAMPLIN G OF P U PPOSES yo MLCONNAISANCE 63 SURVEYORS LATITUDE(NISL 0 r ,IUD E W11ELEVATION N I ' ORTHIC HUMO-FEQQIC 00, PUDZOLII97a) TYPESS :CLASSIMPLES TE EPLY. b6DSTATUSIM L SOILSLOPINGbENETIC ; :T ;IS . . COLLUVIAL UENETIC MAY .$ BEDROCKSURFACE p VENEERDRAINAGESRUN 0 FFIWELL V DRAINEDt~EDI MLOCAT30N 5 I ON0SUMAS H 5 MTN 5 NEARHCHAOSEY . LAKE,CLA S FICATII N P A E 1 LIT ICpY" ICKNESS I M C HORIZON Y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DE( M) BOUN DARLH 11- 0 ORGANICA k 0- 2 CLEAR 1 oYQ%Q/ R1s ; 0F 1'1NE SANDY W IKFRIABLE PLENTIFULMAT 01 ix 01L AM. E GRANULAR IUMa F 2- 13 ABRUPTa 13- 30 ABRUPTMA lo;oy RIXp5 49fb is ; O!A041:54811WSANDY LOAM NEAK M 'U .FRIABLE PLENTIFULEDSUBANGULAR BLOCKYSANDY LOAM FRIABLE FEW. . . . . . . . . . . . . .. . .. . . . . . . .. .. . .. . .. . . . . .. . .. . .. .. . .. .THICKNESS p , FIELD P.. ..1Z .N DE IN CM)LH 8- 0 VERY STRONGLYc 0A E0. 2 ACID E Y STRONGLY0 F 2- 13 STRONGLY ACID8 m 13- 30 STRONGLY ACIDIS 30-3:-HORIZON-DEPYN(Cm .)COARSE FRAGMENTS% VOLA F02 25li F 02- 13 50a 323: 30p0

CAPILANODATE OF SUQVE 6 G U PMPLIN P P Y& OSESOVEVOPS S Y MAL KELOWNA,SE-1!09ETAILESU URVEB .C .M .A . & R .A .0 .t2!!:=LAVITUDE(N)lL 0 JE W,.CC NGITUO.1,S,Cl . 123 49 00 19 So 53 OPTSTiIN HUMO-FERPIC POOZOL(1978)P S 10 ELIV .T I ON (MIS 120 05 STATUS$ VARIANT SOIL%ASPECT (DEG)$ 18580COMMW. ;,CLAMASTIC 11 GRAVELLY LRFAC EX 74F-5 .8 FL EUy VELIALSU OESCR15TOPPI I GLACIALDRAINAGE$ WELL DRAINEDp UNOF F S WI SSI R LOPERVIDUSNE APIOSITE H LOCATIONS L IS NORTH A It OF CEME MO :FE EAT ION !LYMUUP A ANOAM .IANCOUVER .0HU a Ic 00 PQDZDL To V at T H .wOPTN ORIZON V S7MAT IF R mo'rH ICKNESS HORIZON CULOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE PTHIC M I BOUNDAR VLF 13- 8 ABRUPTa. 0 ABRUPTA E 0. 4 ABRUPTMAN0"' ;0.A!;.oyR%0'sl'O1 . 0111 HF A- 4 ABRUPT .5 ;oyp%0,06 ;OA RIX OIS.2,05YQ3 0/3 0A IX ADIS ;ORGANICCOARSE SAND SINGLE GRAINCOARSE SAND ; lj~ 4A IF.ESUBa Fl a. a? GRADUAL 5*0YR%016 0 ;0Ix isI A ;O.yl '.'5 '016;0 .015COARSE SAND ENAK E F TO MEDIUMSUBANGULAR I BLOCKY& 92 27 . 42 GgIAOUAL .?'.Svp%9/b ;OA r RIX I S COARSE SAND WEDAK.0"HE SUBANGULAR IU . SLOCKYa cl 42- 75 DIFFUSEMATRIXAMOISioSAVENRO GRAVELLYMODERATE C SE TO STRONGSOAUSANGULAR R BLOCKY6 C2 75-100 DIFFUSE 7MA5VP5 ;,0/5,.O);RIX Is ISARDVE Y GRAVELLY- C .D.P . r .,.E 10 lCONGS OA SUSANGULAR ' 0 KYsc 100-135 ABRUPT 5 ;,OY5 I .0/3 ;0TMA IX MOISAGRAVELLY NOSINGLE GRAINSCOARSE SANDVEANDPY GRAVELLYS :NGLE GRA :NS NGLE GPA NGRADUALSANDVERYGRAVELLY. .. . .. .. . . .. . . .. . . . .. .. . . . . . . . . .. .. . .. .. . . . . . . ..HORIZONICKW7CESSDEPT 7" 04)CONSISTENCEROUTS IAGE CE MENTATION4 Y/D E S C Alp .LF 13 . 6 PLENTIFULN 8- 0 FRIABLE ABUNDANTA E 0. 4 VERY FRIABLE ABUNDANT13 NF A- 8 VERY FRIABLE ABUNDANT" ri 6- 27 VERY FRIABLE ABUNDANT" F2 27 . 42 VERY FRIABLE PLE'471FJL WEAKLY CEMENTEDC ON TI W UOUSa ca 42- 75 VERY FIRM FEW STRONGLY CEMENTEDC 0 NT I NUOUSa ca 75-100 VERY FIRM FEW St RC)ONGLY O CEMENTEDC N T SINV Uac 100-135 LOOSE FEWLOOSEFEWFEW

ON I ON 2METHOD VALUE OPGANNIC" ANITROGENANOQIZnN-DEPTH(CM .) STSAMPLE METHOD VALUE SAMPLETE S TA TE C RODLF 13 : 8 2a 3:760_ 0A 2 2 : :3 .21 .,O a :"oAI : 19 :A EI A ., 0 23 1 .33 18 HF2. .6 24:24: 278 2 .1 5 01 .0 : 04 90 .1 1,a " F2 a . a.27-1.6 41., 1 .040 C1 42- 725 7 2 5:375a8 C2 75-100:07 :05.BC 100-13 5 2 125 . 75.65.012 17 2 4 5.4.8 2 5CA M(, NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTHICM .lLF 13: a 7 :490 1 82 ?::93 :91 a:,3 65 1 : 45 453 .3 .05 1B HF.201.09 *06 23 .51 1B F124: a:06 :00 .0 53 :03 13 :7b F 27- 42: 22 0.:003 10 .5 1 :5a342:175 .19.0 708C'BC C 2 1 ?s-1no .194 2PON P, .506 0.4.06 .05 .01 3 . 2 1 :200 351 1.. . .. . .. .. . . .. . .. . .. . . . . . . . . . . . . . . .. . . . . .. . . . . . .. . .. . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . .EXTRACTABLEALMCOARSE FRAGMENTSMETHOD RESULT METHOD RESULT P2 p M . S .. CU ZN . . I VOL40RIZ04-DEPTNICM.)p pp pp ppLF 13 : a 41 :7491 : :H29 07 32 To :25 *342 :0 59 :t2 A8 0A 210 1 2.5 0 1 2 .3 569 A E . :I19 .B HF108.7 189.1 55 .0 9.7 33 42 :6 . 96 la4: 2821:7 3 : 547 3 :74 125 : 9 91 : 0 10 .91 250 F 27- 8 .27 103 7 6 79 . 3 12*2 1 1.983 .24~3 4.27a C2 42 71 :1 75a : 2 20 .2 7:.2535 .501- 143:. 374' 37387 5ac 100-135 1 1:6639 31 .5 105a .1114 1' .424 :1:512 9 4 80.3 15 .033 .., soEXCHANGEABLECATIONS BUFF .IME/10061 C . E . C . EXTRACTABLE FEM

0:2,01 S1 :,0.9 t . :,'6 es 20 1 It . it Z9 Ia-v? 9-Cl19 3alM0cc .0 2IN v1 :21, 01 -01 d V-odd -NdI'dd 4-W3)HId3G-NOZIdOH. . . . . .. . . . .. . . . . . . . . . . . . . .. ... .. . .. . .. .. . . .. . .. . .. ..9: 01 ac : 11 B.10 :901? : 10' 1.-61-"1CO-1IS119r .?6. r 6,-66 - 't'rt-LSS :VL C6alov .03NI"H3120 x VN V3 N39OdI1N(qooti3pp-,ijnw SNOIW) 31613ONVHDXBas :*9S v.191-1.W:g90.99.G9.91Z6 It :16C coBeB 01 -0 d VS7NO9UV3 31VAS t-nDswidaa-NOZIbOMIN" UO 3IdW VSInIVA OOML3w 1 .~!vivo IV31ma"13 9 1;;1 ;:;;O'Z/Oj ;CbA9 I ;LN 0-9/0-vaAs-1 IS 3NI 0ANIM "WdIJ A03A -?6 totA%;40-9/0 I;GN.nt.- i's 0.O-C/O,CdAo*r ANVA initiN3id WUIJ 86 -4T 89 30*1110. ;1tj1AO'r. U .I N w0-9/0-05AO-s O 341, .W .3 INvaNnav WdIA LE -cc to 30**/0 A ;TtfAS I ;SN 100-9,0-VOWS NOWN02 3NII INVONnev W014 Be -013NIJ43A iNvaNney malli 01 -0 d V;;3N)HAd3O NOZtvOHa SaIllom 1 S311100 1 sloom 3DN3ISISNO1 3 )12141. . .. . . . . . . . . . . . . .. . . .A'A :)Ole .,inoon39da 0, CASdw Man "nio3m S. . . . . .. .. . . . . . . . . .. . . . .. . . . .. .. .. . .. . . . .. . .. . .. .. . .. . .. .. . .. . .. . .3"a300 . wn3AISSVOoan3SdAw3ois avins V S3SbVoD CA . " 103"nAVID AllisIslam .1 04wtulvm0 / AO'-16 te 3ISIOM XIdIVW31VU300" Al-11 Allis ol0 . 21 O.CAS . a iwnowus 16 -Le as 3oon3SdAmittia tivin NV on S3savoD oi 0ont a3H 3LVU300% AW13 Allis "Vol O SIC" .aols..A,. Kldl ;h ivnowuo At -19 to 3AN30111 mvinoNvang"n Id 3 m CA 3 NI j 3 U3 "VolIV 0 ONAVID Allis 0I'T 3/0--dAo XPV" 01 ivnavno cc -01 3wA)43016303t1VIn9Nv9ns .1 ,N ziO-Z AMXIM"0 A . 1IIS 1 ON XIt1LVW 0" 3IVb3OOw AVID AL ;01SI O'E/0-SMAO-01 IdV3I3 01 -0 d Va adni3nais I 3tsni3ndLs 3anixai I anoiaD AtivaNnosNOZIUON !S3 "24""13 X2142L NOZIUOHlA30003IN ONV'IS NOS3IFdV0 40 NOII')Nnt, to Lsv3 suai3m oc INOIIV3aI 3itSS31ON IVNOIlIGOV:OISS SSSINSMOZIANd3dO3NJVtJC Albood ol T830INI :'~ a nd 0aIWIA(111 A3 .1 , 1 ;11" '>It3N39AVID I Sl 2 3 ilas"OOAONVI I IVIOUT" IN30vd13ABI 01 lVNOISS3fJd3(3 aidI'SlJOS Iwaaw isnivis v 11"I NOIIVA113ISSVI3 93dAl 1. 0 . . . . . . NO I I . d)a S D a(OLGI)IOSA310 ')twnm 003d EV It r, cat 0anizoNoiof0 6 "TIIN,3anitivi3dois NOjIV')I1j9SVI3 N0111301n3AUnS 0311Y130 9 13SOddna t 9NIIdWVS-0-V-b I) -VIK-1-6 IVN4013). IVH IdOA3AdAS S Ai A mn S 0 AVCA a--------------PIZidww5

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CASCADE ----------------G DATE OF SUQVLY :QVEYOPS S PU VEYHAL KELOONAq B .C .M .A . & R .A,H .SAMPLIN PUPPOSE9 SF-I!BETAILESUE~t!!! :Ht:22h2~sLATtTUDE47 ;11 149 20 RL . NGITUO. .PELEVATION C Slo 4M)l 550 STA u I No CAL P SOIL CLASS$ GENTLY POLLINGOURIC T S FERRO .NUMI0(S.C" 22 12 . 0 DOZOLI1970)5 TYPE : '5'0 COMPLEX; :S .,rEN;TjC :AT MOPAKINAL A TN E SUP A C XV SLOQAtNAGElP U N 0 F F RE V OUIIS I SNESSIMODERATELY S NELL DRAINEDS LOW A LOSITE LOCATIONS LOST CREEKSPUR-EAST OF SALISBURY LAKEs MISSION .HORIZON THICKNE!SDE pTHIC )NORV4ZONY80 DAPCOLOUP I COLOUR 2 TEXTURE STRUCTURE ILF IS- 13 ABRUPT13- 0 ABRUPT ..1 5*OYR2*012. .0 S;OIXIA a 0 . 4 ABRUPT .5A OV"5 . . ;0.12 ;0;4FI 4- 25 GRADUALF 2S. 52 CLEARIS.A5foRIX IR1 .01 DRY I'SMATRIX 5*OY04*0,8,0 .03",.A I lS;o2;5YR340.02,.O XrMA III ols012S;OA5;0.y'.'-3 .01ORGANICORGANICSEDA M IU8 UN NGULAR BLOCKYSANDY LOAM FWrASUINEKTO MEDIUMBANGULAP BLOCKYSANDY LOAMSANDY LOANMOODERATEOTOOASTP3,NGUM STSUBANG E IU LAPCBLOCKR EmODEQATEOTOOSTRONGUM ASUESSAINGULTAPTIOICKI!Y41 : 521.82 GRAOVAL ITOY02AO,3 X 0 ;0SANDY LOAN MODERATEA Rl 15m A5 ;oyp4AOO"BTO.1 . is ED U,UBANGULAR I BLOCKYMF82. 00 ABRUPT , 2 SYR2 a 5/2;0 S SANDY LOAM MODERATE, UA; IX NOS * S EUB!NGULAP M BLOCKYCGJ :00- :25 DIFFUSE M LSA Noll 5.* OM '021 iTo GRAVELLY OAMY SANOMASSIVEc 25- 75 M5;ROY5*0,1,1;0, LOAMY SAND MASSIVEA IX NO.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....IVICKNZ:S CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CEMENTATCION0 1. 4,I )G NTIOES RIP.LF 15 . 1313- 0 ABU40ANtE" LE PLENT :FULH 04 : 2: :: :%:LE PLENT FUL::- 52 ll ::A:L : PLENT:FIJLN12 - 82 F A L PLENT FULN:S :2-:02:ABUNDANTc 1 0.FES.OYR4 .0/6 .0 tNOURATEOUS ISVEXTREMELY F NAPO -A-Y COARSE CON NUPR I) MIN!NT5 OYR A o/S .0c 25-175 STPONGLY,CE-ENTED SVEPv EXTREMELY FIRM ..00C NTINU U

PH I PH 2NITROGENSAMPLE METHOD VALUE SAMPLE METHOD VALUE URGANICHORIZON-DEPTH(CM .1 STATE 5 TA "TEC A ASO N %LF IS 1 : 13 2 2 2 4 3:5 633 0 2 2 121 :69 67..0 23 61 .S,A8 HFI 0- 2541 S. 2 a A 16 .32 .2052F 25- 52 21.4 S. 0 23:8898 HF2 52 :18021::asa HF3I S. L'2 4 4.1 156.503.3CGJ 129-t:S 2 5. 01 25.3..1 49a C 1 .15-175 a 1 5.7 a 4 5.4 5. . . . . . . . . . . . . . . . . . .. . .. . .. . . . . .. . . . . . . .. . .. . .. . . . . . . . . . . . . . . . . . . .... ....EXCHANGEABLE CATIONS BVFF .(ME/IOOG) C . E . C . EXTRACTABLE FE(%)CA M(, NA K DETERMINED METHOD RESULT METHOD RESULTHURIZON-DEPTMiCm .)LF 15 : Ig 11 :29 3:36 26 2:294 3 , :2b 57 169:905 93. A 99 . a03 03LO . 6 3 :2a3 HFI04. 25 .01 61 .010.203:9 32 .03F5: 52 a3 RESULT38 .1 . 728 . 9201 1217 3:208 HF3F2a a .11 .0.035 6.562-1002.28 .02067 .3.8 .6a C 6j i0o-t2S 01 .0 5 .02. 63 1 .6 3a C 125-t7s :22 5 :01 .03 a 2 .3 "1 .4 a . 0EXTRAC TABLE AL(%)PA4TICLE SIZE(%)HF2METHOD RESULT METHOD P2 S CU M ZNP. . TOTAL 62-2.1 1 TUP. pp .. pp Ppm . pp P SAND LMORIZON .DEPTH(CM .) 1LF IS : 13 25 : a~26 3 :9 16 "3 :3 16 : .l 63 :;26 3 7 3 3 63A 0. A 2 a1 .5HFI4 :3:3 as 84 .1: 113 .. .7 1 :. 74 3168 F 2S4: 252 .1 .5 .1 ' :23 :5 61 32 . : 12 3 a 3 1 :62 .8 7 3 28 :4 213568 HF3 , :2 :12g 1 4 . b 3 0 .0 2 5 21 :2 15 . 43B CGJ7 5 .24 19 1 .7 111.7B C 129-175 14 3 .1. . . . .. . . . . . . .. . . .. ..t4 .3 14 .6 16 .3. .. . .. .. . .. . . . . . . . . . . . .. . . . . .. . .. . .. . . . . .. . .. . .. . . . . ..PARTICLE SIZE(%) COARSE FRAGMENTSHORIZON- DEPTNICM .)LFHIS 1 : 13 3 . 02U CLAYTo TAL% VOLAB E HFI 0- 2410 30F 25- 52 . 52 5 3 3 0B HF2 82_10 82 6 30B HF33 0B CGi 100-129 so8 C 125-115 so

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CHEHALIS UNIT TYPES SERIES-w. . . . .. . . . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . .. . . . .DATE OF G SURVEYS5ESAMPLIN PURPU IDETAILED b?SUP SURVEVURS Y HAL KELOONAt B .C .M .A . f, P .A .B .VE~K!!!2~LATLTUDEtN :1, 149 10 56LONC 221 0 9 25 ELUIJITED U DYST :, .lTUON'l .E:ClIELEVATION PRE STO (-)l OS 20 STAT S9 M CAL --UNI SOILSDL (I~a18) S3 .0I PLETYPE ICam- ;,CL .ASTIC 13 GLAVELLYGC SN R E E AT . ;"_S . . F SALu FACECP FANUVOQtolN:GES I WELL S , DRAINEDRj PERVIOUSNESSI F RAPID LOSITE LOCATIONS SUICIDE CREEK FAN*MISSION AREA .HORIZON TVIC'. DE T CM) 80 .. I'l"Z NOAR.- ICOLOUR I TEXTURE STRUCYUPE ISTRUCTURE 2LH A- 0 ABRUPT ORGANICA E 0- 1 ABRUPT OYR5 012 010 ; i. I : o S . iX u ;sMATRIX0 DRY 5 1*0ULOAMY SAND VERY WEAKmlEDI N M ULAR BLOCKYa MI 1- 10 CLEAR4oA ;9yl .OY.5 :S ;8,lZ;0 .0,1MATRIX DRY 3*0VERY M 0LOAMY SAND UM WEAKSuEBA1NGULAR BLOCKY8 M2 10- 20 CLEAR IOOYP5 O/S ;OAm . ~TO . . .6 .01 51MATRIX 1 DAY 0 3'0FINESAND VERYUWEAK ,S EDUBINGULAQ BLOCKYC 20- 35 ABRUPT FINE SAND VERY WEAKMEDI 5 UMp Us MGVLAR BLOCKYSEUDDSINGLEGRAIN$AND GRAVELLYSINGLE GRAIN-- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----11 C 3S-HORIZON THICKN~SS . CO~SISTEICEROOTS IaCEMENTEATCIONOE TH(C IGE T D S RIP.LHA- aABUNDANTA E 0- 1 VERY FRIABLE ABUNDANTa US 1- 10 VEQY FRIABLE ABUNDANTs ma 10- 20 VERY FRIABLE PLENTIFUL WEAKLY CEMENTEDD IS N9 pp . .C 0 71 NUOUSC 20- 35 VERY FRIABLE PLENTIFUL11 C 35 . LOOSE ABUNDANTPH I P . 2SAMPLE METHOD VALUE SAM~LE METHOD VALUE ORGANIC NITROGENHOQIZON-DEPTH(CM0 ST a A 0 N CTE STATE C P aLHE2 5 5 25 :0 28A 40: 0. 5:1 : 3179.5.:06 .0a MI 1: 10 2 1 2. : 5r- a M 2201. 20 S 80520- 3502 566 . S, 2 S .01 .04..52.0311 C 35- 2 1 S.7 2 5 :0,EXCHANGEABLE CATIONS BUpF .i4ElIOOG) C . E . C . EXTRACTABLE FE(%) EXTRACTABLE A0%1CA G NA K DETERMINED ETHUD QFSULT METHOD RESULTHORIZON- DEPTHICM .)L H3 1 :23 70 5 49 :5010 : 0 11 9 T. 7 :9 4 0 5 SO 0 ., 09a040 59 . 6. 1 42 10 M 2 So 1 : 21 0..1.7 4'69 52 : 50:0 77 2 1 .3.0 674 :3 19e20- 35 .54 A0 .03511 C 35- 1 4 25 2, :, 0COARSE FRAGWENTSP2 S-40RIZ04-OEPIN(Cm .) OR M . pp . .ISVOLLH 6Aa MIo -2C11 C930, 37 :00 5 .8101- 10 329 : 201 63 : 0 :585 . 35 519.01 937 2 .0 02 853 :75

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CLOVERDALE UNIT TYPES SERIES------------------------------------------------------OF G 560'ED SUP SUQVE1 V .11 I PN S -ELI .-A . 11 .1 DATE . . .A . ISAMPLIN VRVF PURPOSES V ETAI VELtTITUDE17 ; :,L.;fl 'UO2 :1 0'N IS6CI . ';9HU ::CSLUVIC GLOEYSOLS(01978)TYPES CA-PLEXGENTLY 11 ELEVATION 510 1 .)$ 05 25 S T U 1 0 DAL I L CLASSS UNDULATINGSPEC I. N . T, CLAST!C If CLAYEY5 E C MAT 14AQINESURFACE E XP RES .$ LIVEL02AINAIE' POORLY DRAINED'N . F .WPEPV F OU SLOI SNESS9 SLOWSITE SURSSe L2CATIONYS JUNSTCSOUINSOFNBLUP! IRD . AT 500 METERS SEST OF THEY L NGLE MU I PAL OU DARYYHORIZON OEPTH(CM) BOUNDARSTRUCTURE I STRUCTURE RTHICKNESS MORIZON COLOUR I TEXTURELF 4- 0 ORGANICA w 0- 13 CLEAR 10 . ;OYIX12MO0151 ;0A 16 13- 2310 A . RIYR3 .0,11 I .0MATRIX 0 DRY.:; ZY4* :,2;?10,OY-7. MA ' OlTiaix DRY 0"2*0CLAYIIA 23- 36 CLEAR 10,OYRS 0 7 ; O/ ls ; o CLAYCLAY LOAMST V RONG ;JANGULAR S' Y COARSE BLOCKYSTRONG aCo ANGULAR PSE BLOCKY0ED0T IUM "A " TO COARSE V ' EN G YU LA- 'D A RLOCKY SE:PRISMATIC0 TS 36- 68 GRADUALMATRIX OVMOISTCLAYSTRONG C A0PRISMATIC RSIc Gi 60-103 DIFFUSE 5 ;R0YX ..0l jlSOMAS .OY7 I .0/2 a .0 'MATRIX DAYCLAY STOON PWEAK S TG OA. .ET IFIEDVE ANGULAR Y C SLOCKYC 62 903- 5. ; .OY5 .0 /3 0.0 OI 2 ;T .5 .0 M IXCLAYWERAK S ATT IFIEDMATRIX IS DRY /0.. . ... ... . .. .. . .. . .. .. . ... . .. . . . .. .. . . . . . . .. . . . . . . .. . . . .HORIZONT" DEPv ICNNIIS . I C.,CONSISTENCE ROOTS I MOTTLES I CLAY FILMS ILFA- 04 14 0- 13 STICKY ,PLENTIFJLPLASTIC IRMA EG 13- 23 SLIGHTLY , STICKY FEW COMMON01 S TINCTPLASTIC I"M8A 23- 36 , SLAGHTLY STICKY FE%I "A'dy DISTINCTPLASTICTG 36- 66C of 68-103C G2 103-FEWCOMMON INPL4 STICKY VERY T FIRM FA T COMMON M D .s IS:1 . 0 MAN ' HIlK VCHANNELS SOME V Y OIDS NO ONEPTAICALAND NORED FACES P' ZONTALIS licky PLASTIC IRMFEN COMMON FAINTEXCHANGEAHLE CATIONS 13UFF .(ME/IOOG) C . E. C .HORIZON-DEP?HiCM.1SAMPLEST A leMETHOD VALVE ORGANICC A P SON XNITROGEN1, CA MG NA K DETERMINEDLFA M4 : 0325 :1, 4 :997b9 :8A EG 13 2 : 23 a 1., 89 : 49 . So5 :18 3 :06 .0462521:4,229A19 1 S3 36 a 1 ..010 .89.5 A . .a . .22a TG 6 6 .1 fis 3 a 1I . . 9 .326.0 512 .34 119NT9 3 .296376.0c Ga37 .3 1 .277103 a 0C 62 . 2 1'4OQ1zn4 .OEpTMfCM .jLF,A4: a .30AAEG 213 : 2336 3 . 365 2 4 .5a6 TG2 :761 66-3 683C G2 103- 0 .1 .52

CLOVERDALE UNIT TYPES SERIES------------------------------------------------------DATE OF SURVEY$ 72 SUPVEYOPI HAL URCLATtTUDE(N)t 6 El", 1249 Ob 12LONECIT2 36 53 H1, :ICSLUVIC GLCVSOL :.I :181Pq EVA STUN UO I ISEC) : 05EL T ON (M)l 14 ST TUALJEt MODAL. L'~=L= :Z!2==.=SDEC ;ICLA.STIC It CLAYEYrENEE FS11 :FAC C E :' .!S . . 4LARINEC L G CH ICAL DA A----- ----------- - -PH IMOISTURE STATUSATTEPBUQG LIMITSSAMPLEHOPIZON-D EPTH(CM .) 5 T4 ETHOD UL 113 a BAR 15 . MO 1 FIELD S E PLASTIC LIQUIDTEDENSITY KARI tun LIMIT L IM 1 7A P 0: 30 24:5 93 43 3 2o :5 285 041 ::a 7 ,., . 1C4 2 1 : 3 5:2 58 Z : 261- 61 2116 . 39 b.. 4 22 1 .2222 .732 6 .7 .3 f, 4 .1 03C Gi 81-102 B 2 11 1 ... 43(' .9C 62 102-127 2 4 7. 8. 1 .41 42: .1 22 2:. 0 18 .. 276.3 592 : *.9 02HorizonAD~ Depthcm0- 30IParticle Density gm/ccAirDry2 .37OvenDry2 .52max 0ry82 .8Shrinkage Lim'AirDry40 .8Oven OptimDry Moisture Um %943 .3 31 .0Partiele Size %

COGHLAN UNIT TYPES SEOIESDATE OF SURVLYI U SES 6 HAL KELOWNA, B .C .M .A . 4, P .A .(4 .SAMP L IN P PRO IL5VE SUP Y DETA ED SURLtTjTUDE,lN4 :,122 4" 05 21 57 56 0L PECITUDNIISECIS N GLEYED PTSTEIN MO-FERRIC POOZOL(1978)0EL .V .IION SIO (MIS 87 5 STATUS ODAL HU SOILTYPESSI~PLE 1 0;'CLA.SI!C A It SOILTV ESPEC NLIANSURFACE OE E r-EXPRES I I .9 VEN V E= =:!2n t ~!~ .~n :GENETIC C MAT4 E . .1~' . . FLUVLIAL0SURFAI E TooP31 LEVEESCO P GL A CIALDRAINAGE$IMPERFECTLY DRAINEDR" NO SLPERVIOUSNESS$ FF I RAPID OWLOCATIONS 165 METERS SOUTHEAST OF OTTEP-MOLLYWOOD POS INTERSECTIONLANGLEY SITETHjCXTESj COLOUR I COLOUP 2 TEXTURE STRUCTURE IHORIZON DE T CMSTRUCTURE 2A PYR3ao5lSl X ;O0- '3 'C .A 1 ;R0OYRS I .0/1 I .0A 0ATRIX DRYLOAM WEDAK M JU, TO -ODEPATES EUBAN6ULAP BLOCKYA E 13- 27 .A 10 ; OYRI;. 51 S; I O LOAM , WEAKJUMIo .oY RIX .a, I R 1 .0SUBANGULAR 60 BLOCKYMATRIX OPT11 0 FC 27- SO MAT 5.GYR3;0.13;0 X5 SA STRONG 1,MATRIX *OYO4;00/16s;oGRAVELLY NOto . PIIRS . O'S 13 .0ME SUBANGULAP IUM SLOCKYMATRIX 0 DR Y011 a CG SO- 82 I 10 OY 0STRONG* T R540" . ;SVEANOV GRAVELLY ME S D BAIUMCTORCOARSE LoA10 A .01-6 R' .013 IS .0U N 'VLA B CKYATRIX DAYNITROGEN Xis C 6 82-SANDMASSIVESINGLE GRAIN-- ---- ---- ----HORIZON T14ICKNESS DEPTHICM, CONSISTENCE ROOTS I MOTTLES I CEMENTATIONAGENTIO E 5 C JR .ISA IS 0- 13 FRIABLE ABUNDANTA E 13- 27 FRIABLE ABUNDANT FEWFI NEF A INT11 a Fc 27- 50 VERY FIRM FEW F STRONGLY CEMENTEDa2F EW EC 0 NTINUOUSFAINT11 B Cs So- 82 VERY FIRM COM404 STP04GLY CEMENTEDFtISN EC ONTINUD USD TINCT5 .0 YPS .017 .011 C G 82- LOOSEON IEXCHANGEA86E CATIONS BUFF .(ME~100G)C. E . C .SAMPLEMOR3ZON-DE PTHICM .) ST A 04ETHOD VALUE ORGANICTEc A POO N 1,CA MG NAK DETERMINEDA P4:9 32 29 75 :D16 .16 "TIES I1 0:1" 2 2 1.621 . 2: 26 '.1 273091 72FC 23- 57.635.0 a.8 31 a CG 5' - .20 5 11660 : 08 , . 3 9 'S :.13 .08?It C G 82- 0 2 1 5 .'HOPIZON-DEPTH(Cm .) P, PPM . 02 PPM ..3: 0 213A11 I E 0a 5 7 26 5 :0 .0. . 597 :0.VC 27- b:o1 8 CG 50- 80135.0 a 011 c 6 82- 2

COGHLAN UNIT TYPES SERIES...... ..... ....... .........DAT OF SUAVE SURVEYORS PNS KELOWNA. B.C ...A . & R .A .B .SAMPLIN G E PkJ.POSE& YS DETAILED ho SURVEY~H!:=LATITUDEINIILON PG ClIIUD C' N .) iSEC)l 1 12 49 032 412205 18 GLEYED UPTSTEIN. . MU10-FIRRIC PO.IOLIIll .I I Y111 Sel-PLECLAS0 PRESSIONAL TO LEVELELEVATION "" SIO (FT)l So STATUSI . AL SOILSLOPE~! tEt - !it !H2 t != ! :I CLASTIC It GOAVELLY UCo, GEZE ; MAT4EIS . . FLaVAICALOFAC C TE EDSU DESCRIPTOR r ~ ""o 1 : GLACIAL ADRAINAGE :RUN PD V FF9UEP 10 SNESStIMPERFECTLY Low DRAINEDSMODERATEt22!H=~_tM!THERE ARE IRON CEMENTED POCKETS AND STREAKS IN 0 FC .I "ICKNESS O.IZON COLOUR I COLOUR 2 TEXTURE STRUCTURE ID E A ,T I N I OU U NOAR ,L 3- 0 ABRUPTA HE 0- 13 CLEAR t%SVR3*21j ; O FINE A SANDY EAK10 .0 HEO .0 0 1 . T LFGAI N ECPUS YP60 0 1 Y 0ANULARHE A."0410"30A E 13- 25 CLEAR CP6S 10 OYP4 D .0111 . 1 ; 0 FINE CIA SANDY MODERATE10 .0 HEL MMEDIUM A T7 .0 D 1 . 7LA YCPUSNY:o DAY 1 011 8 FGJ 25 . 43 ABRUPT 1062IR5,211 ;?LOAMWENAK F E To MEDIUM10 .0 .5G VEYLLYIANGULAR BLOCKYCRUSHED YAS DRY " .0"ED 0 1060YCA SH 01 TSPAAD11 8 FC 43 . 65 CLEAR LOA SAND LGRAVEL my YMASSIVE11 C 63- SANDG A AVELLY. . . . . . . . . . . . . . . . . . . . .. . . .. . .. . .. .. . .. . .. . . . . .. . . . .. . . . . . . . . . .. . .. . .. . . . . . . . . . . . . . . .. . ..1511 6 FGJ 25 . .3 F4IA8LESL 1 . Y A . .HIS.FEW MANY DISTINCTHORIZON-OE11 8 FL 43- bS SINGLE GRAIN FIRM VERY FEW11 C 63- F141ABLE VERY FEWPH IEXCHANGEABLE CATIONSS PL E METHOD VALUL ORG N C NIT OGENCA MGPTH(IN .) STATECARBON IS %L ~EA 30 : ., 0 2b :27 67:4b5 43 1 .293 : 2525 . 41 :99.01573AIfB FGJ 25 a 393 2 .74 8 FC 43- 5 43 65 2 6 . .1110 211 4 .49 . . 8. 91 C 63 . .2 1 6 3COARSEFRAG-ENTSSTRONGLY CEMENTEDD ISCON't I N UO USGUFF .40NA.17E/100G)K.2 2: .34. 54.04C . E . C .DETERMINED42 1 :69 . 01 . :T H ;C1 .1NESS STRUCTURE 2D E I (IN)CONSISTENCE ROOTS I MOTTLESI.CEMENTATCION ,AGENT DES RIP .L a- 0A HE a- t3 VERYSO F I FRIABLE ABUNDANTA E 13 . 25 VERY F I FRIABLE ARUNDA'4TSO~ORIZOY-DEPTWIN .) P,.M .AHE 3: 1I 0._ .1 3 22 5 5E7 : 7 53 9J 63_ 4253-- AN, 51 1 24 ob0VOL

COGHLAN UNIT TYPES SERIES. . ---------- ------------------ ----- -- - -DATESAMPLING PURPOSES ' 1 DETAILED 6 SURVEY SUPVEYOCI 6KEL N M .A . & P .A .B .LATITUOEIN!lt a la49 03 2L Q N CITUD38 3 GLEYEU OUTSTEIN HU-0-FERRIC PODZOL41978) %N I (SEC)S 2 5 105 TYPES COMPLEX I'DELEVATION P " SIO (M)l 45 STATUSI MODAL SOIL CLASSt GENTLY UNDULATINGICLAST!C 11 GRAVELLY LCOHM GENE C, ;.C C ;AT.:S . . r UVIAL LLSU OESCRINTO:pll GLAVECIALDRAINAGE U a F :SLO IMPERFECTLY . DRAINEDPERVIOUSNESSS " F I 440DERATESIT LOCAT N 0 E ERS EAST* 200 PETERS NORTH OF THE ROSS-BOUNOARYP jUNCTIO o ATSGUIoTH ICKNESS HORIZON CULOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DE P TM Ic " BOUNDAR VLH 5- 0 ORGANICA HE 0. 1 CLEARA E 1. 15 ABRUPT,o .A ;A oyQ3 1 . ~oo' 1 ' s; O1 0 .0 R5 .0/1 .0MATRIX , OCTLOAMWEAK P NEGRANULAR 1LOAMEASo .A ;Ao l. ''5 ..f_ o ';0Y FINE10 .0 I ...OlISMATRIX 1 DRY 1*0PLATT ECa PC IS- 27 GRADUAL . 7.5Vp4 1, . AO/A.O FlNE SANDY MASSIVE SINGLE GRAINR' ol I L AMAT 7 .51.5 X DRY .0l..OIIIa FCGJ a?- 43 GRADUAL.A,.I 1 o*ov,,4 oY . AD O,4 , 0Q5 .0,1 ISMATRIX 0 DRY4*0SANDY LOAM MASSIVE 51-JGLE GRAIN11 C Gi 43- LOA SAND LGRAVEL O*y YSINGLE GRAIN. .. . .. . . .. .. . . . . . . . . . .. . .. . . . . . . .. . . . . . . .. . . . .. . .. . . . . . . . . . . .. . . . . . . . . . . . . .. . . . .HORIZONTHICKNESS DEP C', CONSISTENCE COOTS I MOTTLES I A CE04ENTATIONN E CINS GE T/O S RIP .LH 5- 0A ME 0- 7 VERY FRIABLE ABUNDANTA E 1 . 15 VERY FRIABLE PLENTIFULa PC Is- 97 VERY FIRM FEW FEWDIU .STRONGLY 1I CEMENTED 00 SCONT NU USME DISTINCT8 FCGJ 27- 43 VERY FIOM FEW F STRONGLY , CEMENTEDMEDIUM P E' a" OISCONT N UO U SINENTIs C Gi 43. LDOSE FEW F V.MEDIUM D TIS INCTPHYSICAL & CHEMICAL DATAHORIZON-DEPT .(ONSASTIMPLEATEMETHOD VALUE ORGANICC A ONwe6 N17ROGEN EXCHANGEACAB~E CATIONSG6UFF .(-ElI00G)15: 072 5:2 392:21 1 67LN0 2: 337 :20: 2 23 : 4A E7:215 1 5 .. 912 3 : "0 .0 :1So2. 0a PIC7 2 5. 3 33061 S0 0 .10 135 . 7a FCGJ 21- 5. Z:..31I. . 7 1 . is ..58:. 70 .10 .10 . .5 411 C Gi 43. 21 5 .8 0 16.06 .70 90 .10 .10 9 .90 0.10NA9C . E . C .DETERMINED.. ............ .. .. .... ........ .... ....COARSEFRAGMENTSptHORIZON-DEPTH(CM .) PPM .% VOLLH,e 5 : 0 1524 :0A. I 15_ 01- 15 27'1 2 . 0B PC 1 B1FCGJ 27- 43 25 . 51 C G 43- 23 .0040

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COLUMBIA UNIT TYPES SERIESDATE . OF SUQVE--------------------------------SURVEYORS HAL KELOWNA, B .C 67 .M .A . I, P .A .B .$A P I ING PURPOSE Yl : DETAILED SURVEYLATITUDE ,2, 49 10 2. 03LO"GITUOCI e . INS, .I SEC".09 ORTHIC U 1 HUMO-FERPIC ODA PODZOL(1970) 11 2.0pa ELEVATION C SIO ( .11 05 18 STAT 5 M L SOILCOM ; ;,CLA :T!C 14 GRUAVELLYS ., FL,,VIAL AG'N 5 URrACC ME . T. . I TE CEDULIDESCRIPTOR E P IS GLACRALDRAINAGE& U OFF RAPIDLY SLOW DRAINEDAPERVIOUSNESSI Ng RAPID54TERLOCATION1,200IMETERS NORTH OF HIGHOAY #7 AND HAYWARD PD . .I TE SECTI N . I SS ONTHIC NES NO ZON CULOUP I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE THIC I BOUNDARYLH 3- 0 ABRUPTA Ei 0- 2 ABRUPT 10 OYR4SANDY LOAM VERY I:AKMA ;RIX ;00,16,40FI N ESUBANGULAR BLOCKYa FI 2- 17 GRADUAL 5,*OVR3,014 ;0MA I . IX.0 LRA SAND LisG MY VEL Y FINEVERY : "A :a F2 IT- 45 GRADUAL10 MA ;,0a YR4.0/4 M ;0SANOE G VrR..dyl,:44.01145T5 *0Ix Ots PAY LLYFINE UD ." U S :E LA- LOCKYa AS- 75 GRADUAL SAND SINGLE GRAINV E RY GRAVELLYSU BAN .CIs-. . . . .. . .. . .. . . . . .. . . . . . ... .. . . . . . . .. . . . .. . .. . . . . . .SINGLE GRAINSANO VERY GRAVELLY. .. . .. .. . . . . . . . . .. . . . .. . . . .. . . . .MORI'.. TMICKNIiSS P . DE T"Ic ISTRUCTURECONSISTENCEROOTS ILH a- 0 PLENTIFULA EJ 0- 2 FRIABLE ABUNDANT8 FI 2- 17 FRIABLE ABUNDANTB F2 IT- 45 SINGLE GRAIN VERY FRIABLE ABUNDANTce As- 75 LOOSE ABUNDANTC 75- LOOSE PLENTIFULPH IPH 2SAMPLE METHOD VALUE SAMPLE MEYHOD VALUE ORGANIC NITROGENHORIZON-DEPT144CM.) S , ATE S TA TE C A RBON S'LHeJ 3: 0A8 Fl,aa- ITI2 5 22:922 5 228C F2 A 7 : 45 75:5:5 0c a 7 5 - 2 5 3 2 . .6 8 2.03 .1145 a 1 5 9 2 5 .2 1 .22EXCHANGEABLE CATIONS BUFF .(ME~IOOGI C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(t)CA -G NA K DETERMINED METHOD RESULT METHOD RESULTHURIZON-OEPTH(CM .) PI PP . .3: 0 so7:0LH.j O_ 12 66 :7 1 30 .5AS Fl 1 2 7 82 .23 3554 11 2:373? 50. 4C5 F2 A 29 :0 . 00 23 :12 22 0 1 1 .2 2.64 5S0.00ca 75--75529 : .3 b 3 1 20 7S ?7 :21 06 4 .16 12 : 1 1 .5 1 1 .4 21 6. . . . .. . . . . . . . . . . . . . .. . .. . . . . . . .. . . . .. . .. .. . . . . . . .. . . . . . . . . . . .COARSE FRAGMENTS-2CU ZN X VOL GRAVEL COBBLE STONEMUQIZON-DEPTHfCM .) P P . . Spp . . pp pp IS x XLH23 7 goA ei3: 02214:0 9. 12 . 9:T8 F1 0- 17 218. 0 37 .5 Is . 9 1 3:.s25a 02 IT- A245 197.0 .0 .0 21i .. 0 1 2 55 25 Is lb 1ce 5:75 70 62:020 2 : 8 "C 529 .7 52 .3 5 9 1.6 80 so SO 15 5.5 3 7 .8 6

COLUMBIA UNIT TYPE : SERIES------------------------------------------------------DATE AM UF " SURVEY$ U SEt5 ALIN P APODETAILED ba SURVEY SURVEYURSGGP KELOWNA, B .C .M .A . & P .A .B .~2~Aj!2~h2 :!LIT!TUDEIT!j, 1428 01, 20LON 0 Cl STUD (SEC)l 2 2 06 0111"ll , U HUMO-FE :AAlC P ..ZOL(19?6) C2 .0TYPES0 PLEELEVATION RF SION (MIS 100 5 S AT S M 0 L SOIL CLASS$ GE N TLY X UNDULATINGI CLASTIC . It GRAVELLY LUComm GENE F'C ; C C MAT . ACS I . . F AIALSUR E 0 EQ V CEOOF SCRI p TOP I t 7GLAC I A ALDRAINAGE U 0 : RAPIDLY 5 W DRAINEDNNFFI eSS' . LOASTORE VIINU ODERAYELY STONYp 0 SNESSI RAPIDTHICKNESS . . . UIIIZDN UN A Y COLOUP I COLOUR 2 TEXTURE STRUCTURE I.0 .111N DE T ic 1 80 0 AA H 0- 3 SANDY LOAM8 Fl a- 13 CLEAR 7 5YR-AO/3 ;0.7TSYR4 .00/4TOMA ;Rl .A RIX isx .5 . a,! . ..ATAI 7 51 . 0' PYSANDYLOAMKWE' F -ESUISANGULARBLOCKYOYR4 X M ;, ; T0 Fa 13- 33 GRADUAL 5 0/4 O SANDY LOAM WEAK '1; .IYRS I . O ' l 5SU NEBANGULAR BLOCKYMATRIX DRY 0 4*0a 0 33- 48 CLEAR11 c 1 48 . 69 CLEAR11 c 2 69-LOA SAND4A 10 ; 0 yp%0/ST 4 .0GR A My YELL YIIEAK Ime1 . .0AllAs . 01SUBANGULAR SLOCKYMATRIX 1 DRY 0'*3'5SANO VERY GRAVELLYSAND VERY GRAVELLY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .....OQlI.NTHICKNESS STPUCTU.r 2OE T 4CO)A M 0. 3CONSISTENCE ROOTS I FNOD C OUCRETEIONSSAN!L . 0 SC 1 108 F1 3- 13 FRIABLE ABUNDANT0 F2 13- 33 FRIABLE PLENTIFUL NONE F E INT SPH . ROUGHOUT A MATAIXERIC La M 33- 48 SINGLE GRAIN VERY FRIABLE ABUNDANT NONEFINETHROUGHOUT MATRIXSPHERICAL11 C I 4a- 69 LOOSE FEW NONEFINE T ROUGHOUTS HERICALIt C 2 69- LOOSE FEWHORIZON-D EPYN(Cm .)PHSAMPLE STA TE I METHOD VALVEORGANIC A N XC POONITROGEN VEXCHANGEABLECAMATRIXCATIONSmGSINGLESINGLESUFF .ImEiNAGRAINGRAINloOG) C . E . C .KDETERMINED0 : A5 6 10 :3211 a F 1 1 2 13 35:7 2 67 : 415 6013 F 3 3- 33 A 7 .1 5 1 0 .: 10 ,. 20.14.':68A 3 6 8 5 6 1 .2 861 .10 .140. .10 .10 9.411 0C I7 .5 2 0311 c 2 618. 95 . 8 .35 2 02to---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----COARSE FRAGMENTSVOLHUAIZON-DEPTH(CM .) P, P. . .A"HF I 0 a: I 3 07 0B a 1 3 a 165 :0 .55 FA 36 a6 8951 21 0 .03 6 .050so3 3 4 320*so11 C 211 c I9 3

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COLUMBIA UNIT TYPE9 SERIES......................................................DATE OF SURVEYS 72 SUPVEYORI HAL KELO-NA .B .C .- .A . & R .A .B .LATITUDE(NitLON GCE ~',ITUD 1 ; 9 2 0& 2- 6 ORTHIC HU-O-FLQPtC PODZOL(1978)tLEVATION RE SIO 0 STATVS9 MODAL SUILN I (SEC)l05 af==_ :!ann_!_~== ~j, CL AST . A ! C 1 : GRAVELLYCOMM GENEI I FLUVIALSU Q FACECE . 0 RES . . C0 S .1 TU4 1 . TE C 0GLACIAL "21 EDPH I MOISTURE STATUSHURIZON-DEPTH(CM .)SAMPLESTATEMETHUD VALUE BULKD . NSa1/3 .ARB, 15 .PSMOFIELDISTURELH,3: A8a F2". 0 A. 5 4 4 9 21 02 1 :5 5 1 9 6. :6 73' 1 -0 : 2'11 21 102 46 :1,202 5. : 2 .3553.2 -.1C 7 2 4 5.5 & .aq 5.4T2.5 3.0HorizonOe,0OnIL11 3- 0Particle Density gm/cc Shrinkage Limit % Particle Size %~Airy icel Dvyenr M. . .DryAirDryOvenjDryOptimumMoisture %>5 .1 cm

.0-5/0-SASwn o3w 08WW AbBAI M39 NbIA GZI-96 re 30-1,10i ;GbA0 I ;0INWnIO3N is 3, adVH Ab3A elA 6 OL 3IN V3NI AobvH. 3 -4 :1 0,31 alev I bA OL -0* rol aAli 3_10VI 01,11, . 00 .11 A ain .4tiN3,td -a-lev OdVH I . 41 -9 AM aINVONnow310OtjVHV10A S .0 31 wa H318VId.4 INVONnGV 0 -91 Z HINVaNn6V.I .,Id O11VH.4 St -ZZ I H1 S3111ow1 sloob33N31SISNOO1143 SS N)HId3Ha NOMICH3 X31 A... .... .... .... ... .... .... .... .... .... ....031 .411y"Is.... .... .... .... .... .. .. . . .. ... . ..WSolAV13 A is 0 PO/9-t N XIA OMIVW's SZI-96 reoalitivals AVID AAIIS 7101 1110" 0 Z/0-9 XIM 0'SH3snj :iio 96 -04 2901 A ON xibi A I toH 8LV3AISSVW AVID AIIIS 0 2/0 cb 0 S 0 In QdAo Oi inneav OL -ov rog 9Ax3oia awinONVons W IQ m n a mvOl3L a AVID Aills OȦSIO" M.C 11"i'" .AO 9 O'Ll IS 'S8AO I 3sniato 01 -AtA)13018 tivinINVons . .0 NAV n 0 3 "Vol. 101stole x Idiv" .!SIO! SWIdLVONCUIS 01 3 U3 C" Awl :) AL ISZ/O UA0 G910 MAS I WV313141 -6 AN 6S., A11O 1110!Vll tA)4DOIQ ovinONVOn 1 a., 8 A 0 0aLVU 3NIi ON 9 IS a" IdLym3C MV01 ills S.a1S'QdA0*0I I X ldnoev r. .0 -3 VAd?r .X I"t'"ANDOIS avin9NVens O-Z S A: 9wn 1 , X 12"LSION '*d3CD" 03')INV9bC 0-elo-za i s' ; ldndav 0 -61 a HS.CA6?C .11I6 .L;MIS 1 0 ON V ASdiVW0'C/0'CdAG'Z I DINTOOO IUV312 St -1a t HAdVONnoo SS IW3)Mld3G N NOZIUOMI 3uni :Intus 3dnix3i ano-toD t t1nOIO1 No 21dom 3 X3141NOlidl "930 31140ad'"J3G, .4OIIdVd tl3MO103HLIN, oc 1' . load'A3 8 n IV IS .4 0 1. 1 . .01 . 3 .1 No0o3L,3 ., 3ITSS3LON IVNOIAIGOVAOIS l W tSS3NsnOIAb3d03NIVOO 1114 AI31Vd an I a N V91 I doIV 13). IIVIO I Sjd.. I I bold3 3-5w"AS 1 "s 303NIdISA3V'1A N, 11leIt 1*11" 311STI3113 .A S D 3..S N319NIdOIS AII)NO 26 31dWIS d' S 1(030) 1331SWISS 93dAlV ID0-ot %110S Ivooh isnivis qLS "'i, SIR: NO[AVA313zoS N0 123ad(vL6t)iozaoa DimnH-ObO34 DIH100 V? 911*130ni I C),N, 3ani S ON I. ." 0 .11 E?t11 , I,A3Aans oi-tzVI3O7Iw4S I3sod.and,-)N,1,Id.VS'001-b 9 'V'N-3-8 SVNMOIR)i IVH HOA 3 1 ,Ad(, S 0A3 dn .4 31 a"wilinobb.................................

PH IPH 2HORIZON- DEPTH(C . .) SAMPLEA METHOD VALUE SAMPLE METHOD VALUE ORGANICT TESTATECAR a 0 N X NITROGEN XDEPTH(CM .) P,. .H 1 22 : 1502 2 2 2:8 58 : 00 93H 2 15 2 5 a2a 00 11 E 0 . 5 .923 a 3: .0 92.112 21.11,29417- 40 2 5 .21 3.34.0 0brF"2 12 :.6 2.73 t' . 1 4 0a 7o- 70C Gi 950:195 25 2 1 5 .5.02.7 2 5:112 1EXCHANGEABLE CATIONS BUFF .(ME/1006) C . E C . EXTRAC TABLE FE416)CA MG NA 9 DETERMINED METHOD RESULT METHOD RESULTkURIZON-DEPTH(CM .)H 1222 : 15 TU41 3:15571 16 .2 :0915_ 05 3 51A2P2 PP M . Cu Pp.. 0H E0I1 . 7 2 317 . 20 a 0 78A WF17 .85 .2 3 .01, 4. 0.146 3 1 3 :.16, 3 3 2B F 7 : 40 ,21 .0.5304 09 4 :3 0 . 6a FGJIA:62oj : 5ZN P PM .1 10 .6 30 2a C .0.10 . 95041 .077053 8 .80 .2 3C Gi 95-125 1.3 3 0 .1IMORIZ04-EXTRAC TABLE ALI%)METHOD RESULT METHOD RESULT S PPM .H 21 22 : 15 2 :7025 : 5 39:0A46: 2 34.3:615 012 4 4 4 2A E 0 _ 5 0:2 .6 90 :32 a 1 .2 1 .6 A.,0 NF1:5 43 :IT 5:17 13 1 8:.5 9 107 3 :7 3 a 62' :1.59 .3 aF404 4' 5 I Gi 40- 1 .2 :0 3 1 :59:9 34 .4 .6 2 : 7ac 70- 90 1.", 0 1 9 127 .2 3.6 2 : 50 .6 : 23C Gi 95-125 5 1 1 . . 3 0 .3 26 .7 '1 52 .1.4

CRESCENT UNIT TYPES SERIES. . . . . . .. . . . .. .. . . . .. . . . . . . . . . . . .. . . . . . . . . . . .. .. . . . . . . .DATE . , G OF SURVEYS U 'i"S P IN P PPUOEIA111.11 7.SURSUSIV110 .1 Al ~110 . . . . . .I .~ .A . I . .A .S .VEYLATITUOEIN19L 0 PECS N rITUO 6 N 1 W), ISECII 123 *9 05 00 0205 1 8 UPTHIC GLEYSOL11978) TYPE : COMPLEX 1*0PELEVATION ISO (MIS 2 STATUSS MODAL SOIL CLASS: NEARLY LEVELCLAStIC A 18I SILTY LSPEC, GINIT USSF,C . C " lialS ., IJEUVLIALS E 0 L VEDRAINAGE UN F, : POORLY W DRAINEDP up 3 SLOITENLOCATIONS 0 We 90TMA,METER SOUTHWEST Of WESTHAM ISLAN AND 64 METE :sNORT S WEST F S LA M I .MaI HE CN E T 62 AN .SC 6S I IS E . .O .REROC'E HAR TUBULES ' .DUN . 0OL:DRO .T C NNELIN PE APE ALSO THIN BANOS M 01 F I N E 0 SAND IN THE r GS .THICKN SS No jZO COLOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON OE T C ) BOU DARYA P 0- 20 ABRUPTa 6 20- 37 GRADUAL. 12 0m 2A ;95,1 .4 001 . ; 7.A5414*0640IX A401 I.A, tO .OY04400/2 ;0RIX isSILT LOAM MODEIUIA.TEED'SUBAN .UL'SILT LOAM MODERATE, SUME0PRISMATIC0A ., FINE ISLOCKYac 37- 52 GSIADUAL SILT LOAM msA;POY4IX.5/1 0MO SO MODOEPAYE SS 0*1 .. EUaGULAP 5LOCKYC GI 52- 76 GRADUALC 62 78-125 GRADUALWASPS ' .O"*. .""l MO .0MAWov" IX .0,110, 0C GS IRS- 2 5V4 . 5/0 0M IRS DisSILT L3AMSILT LOANSILT LOAMMASSIVEMASSIVEMASSIVE7"ICKNESS STRUCTURE 2 CONSISTENCE ROOTS I MOTtLES I CLAY FILMS IHORIZON DEPTH( C, IA P 0- 20 FRIABLE ABUNDANTIS G 20- 37 SUBANGULAR BLOCKV FIRM ABUNDANT MANY ME U.FEW0T IPROMINENT olNNRED FACES-S.OYQ4.5/6 .0 UNSPECIFIEDec 37- 52 FIRM PLENTIFUL MANY MePQ D1UM INENT5 . OMYA4 .0/6 .0C 61 52- 78 FIQ- FEW CO MONMEDIUM0, P . INENI. 0YR6 .0/7 .0C 62 76-125 FIRM 0 MONMEOLUM 9 -I NC -1S!CD'VR3 .0/3,5C GS 125- FIRM FEWME DIU.PPOMIN!NT5 . 0 YR 3 5,14 .0

" 11 :11PH IPH 2SAMPL STA E METHOD VALUE SAMPLE04 METHOD VALUE ORGANIC A N NITROGENItHOPIZON -OEPTH(CM .1 TEST TEC PE10A PG 70 2. .1 :541 :U, :0171a C 3 7_ b.. 6., 2552 S .7 .4 .0 GI 52- 7 2 1 2 .3. . 6.05C G2 78-12 5.05 .2 .87 0 .07C GS 125-52 :,785 2 34 :431 3.8 2 43 .8EXCHANGEAULE CATIONS UUFF .(ME/1006) C . E . C .CA NA K DETERMINED ELECT COND .HOPIZON-OEPTH(CM .) MM 6,4 H tc .) P, PPM . P2 PP . . PPM 5 . CU PPM .A P9 59 3 32a 6 20: .20 17 6 3611 : 47 6 9:3057 :1 188 2:. 63,0 :61:017 It 4 : 53a C 1 . .37 . 527 .11 ! .1 2 . 45 .' 70 .20 'o5 2.5 1 6 73 .3 15 .3C 612: 082UTOTAL .808.2 .32 .1 15 .717 .8 38 90IS 5.19 .08 .2 :2300 225:62436 :1 S_1 .4: 3C G2 2 .44 43.08 .08 .44 11 4 .901 535 5PARTICLESIZ~Lj%)ZN TOTAL 62 2 U.21.1 CLAYHOPIZON -DEPTH(CM .) PPM . SAND SiLy TOTAL1, A P: 95 7 4 15 23t a2 0.: 20195 5 2 75,aC GI 52- 8 7 576-1 T S6 7 75 isoc 37- '3 '52 95 6 b 72 .C Ga2C GS 125- 1195 .378 2 5 .0CL YClay Ml,o,alolgyH'r I Cos- Clay (0.002 - 0.0002 'rj i Fins Clay (

CRESCENT UNIT TYPE$ SERIESDA TCSAMPLING 0' SUN PURPOSFI . . . OETAILCO 58 StJRVE1SURVEY 'OR0 . . . . S .P .A .LATITUDEIN D;I,L NGITUD,(pa 123 49 05 09E So I 4SEC)l38 4b OPTHIC GLEYSOL(19781 %TYPE : COMPLE .5GENTLY A052 STATUS$ -ODAL SOIL CLASS$ ELEVAT C I ON (HIS UNDULATINGSPEC I CLAST!C 11 SLILTYGENE ; MAT I' U' IALSURFACEC6 XP ES . . LE VEL DRAINAGEt POORLY OPAINEnCOMMON a I HARD I V TU?ULE4!OAPM OUND .OLD ROOT CHANNELS IN C G2 AND C G3 . THEIRCOL R 5 0 A4 Of DISTTMICKNHORIZON OEPTH(C 'SS .1HOQZON SO .NDARYCOLOUR I TEXTURE STRUCTURE I STRUCTURE 2A P 0- Is ABRUPT M2,5Y4 .O/2 ;O SILT LOAMA T RI X MOI TWEAK MEDIUM TO COARSESUBANGULAR BLOCKY*EolljlU M . aGRANULARB 6 IS- 30 CLEAR 5 ; .OY5*,01,1 , ;TO.A ix 0SILT CLOAM EAKSOARSENUSA GULAR SLOCKYC ra 30. 48 6QAOUAL .5 ;POY5..01,1 ;0 SILT LOAM MASSIVEA I . 0 TC 62 An- 97 GRADUALSILT LOAMMASSIVE.A 5;PI ol' .*o.6oIST WC 63 97- .2,5Y4*011 ;TO MASSIVEA T. I . MD ,.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..T Ml KNESS CONSISTENCE ROOTS I MOTTLES IHORIZON DEPTH4CM C A P 0- IsNON IMIASLI SIl CKYABUNDANT F1SLI, .TLY NEPLASTICB G Is- 30NON ST ICKVCOF141ABLEFEW HE"MON SlINCTSL IGH TL Y PLASTIC Fllo!OYQ5 .017 .01 30- 48 NON ICKY VERY FEw OMMONIASL6 ST H Y IC Fl NE DISTINCTrp SLIG TL PLAST10 .OYP5 .0/7 .0C G2 48. 97 NO STICKY 6COMMON TFAIAOL N54 :O!S IN~T3 LIO Y.HILT PLASTIC10 0 a 014 .0C G3 97- NON STICKY FC-NONPLAST I C01 STINCT6EXCHANGEABLE CATIONS SUFF .(ME/ 1000) C . E. C.S PLE METHOD VALUE ORGANIC NI TROGENCAMG NA K DETERMINEDHORIZON -DEPTH(C M .) STATECARDO % %A P7 :38 2 22 22 7B 6 'S0: 18 3 2It. 48 2 77 42 0T 2 4:2:569 420 :53007 1 .2 8 .11 16 16 .9ol2 .8:.C 697 4821 43 . 9 1 .2.04 1 . 53. .20 4 .0C 63 97.1 3 . 4.. .... . .. .. . .. . . . . . .. . .. . .. . . . . . . . . . .... .. . . .... . . .. .. .. . . . . . . .. .. . . . . . . . . . .ELECT6,COND.HORIZON-DEPIN(cm .) (MMH /C . ) P, PP ..Aa 06 0: .250921 c 61 30- 30 68 62 48- 97 22 12 .a15 . 6C G3 97- 3.70 -1 .72 .21

CRESCENT UNIT TYPE$ SERIES. . . . . . . . . . . . . . . . . . .. . . . .. . . . .. . .. . .. .. . .. .. . . . .. . . . .. .DAT OF VEYSS AM SEJEPLING SUP PURPUDETAILED 58 SURVEY SUQVEyopgONS KELOWNAt B .C . . .A . G R .A .S .L IUOEINIILUNG I "" TU15 Ii , .p Cl I (SEC)S t23 .9 Ob 02 38 23 ORTHIC GLEYSOL111761F_ 11E V, SIONLE T ON (Mll 05 2 STATUS$ MODAL SOILTYPESsoCLASSLOPECOMPLEGE N TLY I UNDULATINGSPECi,CL .ASTICA 13GENE aC C EXP T ;ES I . . F UVIAL LSLILTYESURF EL VEDRA AGE$ POORLY DRAINEDRUN F SLOPER VI U0 $NESS& , ODERATEHORIZONAPTHICKNESSDE p I . (C M )0 . isHORIZONBOU N DAP ,ABRUPTCULOUR I10 ;9YR%00/2;0OA ..Y116.0,IS .0IMATRIXRDRY 2TEXTURESTRUCTURE ISTRUCTURE 2SILTY L CLAYAM WEAK MEDIUM S TO COARSEUBANGULAR BLOCKYa G IS- 36 GRADUAL MAT 10 .OYR5 . Mo .0/1 .0 SILTY CLAY MASSIVE COARSE U Ap2 .5 IX 6 .0,2 IST. .LOA . ANG LSLOCKYMATRIX YA DRYC GI 36 . 57 CLEAR .A 10 ; OIR4 . .011 S ;0SILT LOAM MASSIVEC 62 57 . 72 CLEAR10 .0 IX 6. olMATRIX " S' Y 'SILT LOAM.A lO ; OYR% . 0'1 OI 5;5MASSIVE SI AT IF IEO10 .0 R' .6 .0/1MATRIX 1 DRY 'oFINE T TS A tFIEDit c 6 72- SAND SINGLE GRAIN. . .. . . . . . . . .. . .. . . . . . . . .. .THICKNESS.UOIZON DEPT . (CM ICONSISTENCE.. . . . . . . . . . . .. . . . . . . . .ROOTS I MOTTLES I.. . . . . . . .. . .. . .. . .A P a- 18 FRIABLE ABUNDANT FAINTHAP DFINE13 0 G 18- 3657a6SLIGHTLY STICKY PLENTIFUL NYFINEPROMIN 7 . Y. ! NTSLIGHTLY1 0 PLASTIC5 4 0/4 .0C GI 36- SLIGHTLY STICKY PLENTIFUL COMMONF fl ST:BL~ y IC FINE1 0 ! .Y . IN ~ Ts HTL PLAST0 5 0/6 .0C 62 57 . 72FE FENON VERY I . STICKY . FRIA Ly LE IC FINE 0FAINT TSL I aPL .ST11 C 6 72- LOOSE VERY FEW FLFl N kFAINT 7PH I EXCHANGEABLE CATIONS BUFF .(M E .11006) C . E . C .SA :PLE METHO D VALUE ORGANIC" NITROGEN6 CA MG NA K DETERMINEDHORIZON-DEPTH(Cm .) ST TECARBUNA P5:2A 6 .38 6 67: ol 7316 :40 G,0X1:85'. . BTC G 36 . a11C 62 57- 215.5.5 s5 655 .00,21 3 :67 . 1.1 ., 13 .22. .715 .15,3.283 22 0611 S11 C G 72- 21 5.7 .05.72 .52 :12: a:4722---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- --HURIZON-DEPTHiCM .)ELECT MH6OND ..c/cmlPIDom .A 0.05 13 :510: .1.8b . 4b : 61 5 57 Tc G2lo 1 0 .o47 .411 C G 72- 7 2

CRESCENT UNIT TYPE1 SERIES------------------------------------------------------DATE UF SURVEY$ 72 SUPVEYOPI MAL UBCLATITUOE4N)1 49 05 02L 0N r,A3 0 05, 16 ORTMIC GLEYSOLCITYOVISEC)lPELEVATIONE 510 1011 2 STATUS : MODAL 11"7111SOIL'i SPEC S ;,CLASTIC A It SILTY IENE C 11 Ta .ISU . F C E E. P LEVEL UVI -LSAMPLE STATEHORIZON -OEPTHICM .)PH I"METHOD VALUE BULKENSITYMOISTURE13 1/3AR.STATUS11 SA15.R, 171ILD I , TUR CATTERGURGPLASTIC MLl tTLIMITSA P 30: 30 2 :338 G2 6: 34 35 396 : 927 0 35 :9C ,1 .J5.88 8~ : !8, 23 lj :-3 ., 426 : 0 36 661-1 2 a b5.723 .6C 6 102-127 0 2 3 .9 1 .2 8. 340 .6 7.4 34 43 .5 24 . 1 34 32 .. 1LIQUID7L MIHorizon IDepthCMParticle Density gr.Vcc Shrinkage Limit % Particle Size %FAryrOV,, Dry max D .ryAir DryOvenDry1 >5 .1 cm

DEAND :TE,OF,SUR,VEytS MR IN P PPUSES69SEMI-DETAILEDSSURVEY 0. . C . . .A . 6 R .A .B .L 11TUOIAN11 E .1, 1 49 22 08LIN A IT 23 05 5 pp Cl 0 1 ORTSTE T :N FEPRO-HUMICOPODZOL(1978)0E . SION TO . (SEC)$ 5ELEV T ON (-)S 370 S ATUSM DAL S IL% 10 .0I YPES S "STI, I PLELASS$0 ONGLY SLOPINGcASPECT (DEG)? 27SPEC : CLASTIC 1 I : ROULDEPYCLAST C GRAVELLYCOMM GE T I ~A .T UI _ . . . IL FANV SURFACE NE C pOAAINAGES UNO F MODERATELY WELL DRAINEDV FOVIp PER SNESSISLORAPIDI...MN DE , I . ICMIRANGEHORIZON BOUNDARYSITE LOCATED 90 OETEPS NORTH OF GRAVEL PIT NEAR ENTRANCE TO CAPILANOWATEM SHEDIMICYNESSCOLOUR I COLOUR 2 TEXTURE STRUCTURE ILF a . 6 A13QUPT ORGANICm b- 0 ABRUPT ORGANICM 5 ;OYR2A PI X ;0/ SI ;001WEAK .EDIU.SUBANGULAR SLOCKYA E 0. a 3- 10 ABRUPTSANDY LOAM'.AT.I '"I".8'"o. 'T AKOIFT FINE:UB:NGULAR OLOCKY8 HFI a. 17 GRADUAL ~ 5.OYW3~0/2 T ST.5 LOAMY SANDA RIX 01 GRAVELLYFINE SUB it ANGULAR BLOCKY6 HF2 17- *5 GRADUAL 5 OYR3 .0/3 ;5A;PI .is8 FCI 45 . 658 FC2 b5-110 DIFFUSE.A,,, 5,01R4401 . as T oMA5;OYI13 R , .012;0I isLOAMY SANDGR A VE LL VSAND r, ASOYR4;PIx/7 0MOIST 0 1 R VELLYllA 5WE IIAKNESU ANGULARSGLOCKYa c 110-ISO DIFFUSE . 5 I,, .OY5 .0/3,0 S$AND 6 .AVELLIMASSIVEA IX MOI Tc 1 150-200 DIFFUSE . IS . OV5.012 . . ' ;SAN ..AT 1 0 t 6 AVSLLY DC 2 200-250 DIFFUSEGRAVELLY SANOMASSIVEMASSIVE. .. . .. .. . .. . .. .. . .. . ... . . . . . . .T"jCKNE!S STRUCTURE 2 CONSISTENCE ROOTS IDE T . Ic )MOTTLES IA6CEMENTATI 10 E SC ONRIP .LFHA Ea- 6b. 00. 8FRIABLEFRIABLEFEWABUNDANTABUNDANT6 Fl a- 17 FRIABLE ABUNDANT8 HF2 17- 45 FRIABLE ABUNDANT WEAXL MENTED01 S CONTI N Y CE UOU IB FCI 45- 65 MODERATE UNVERY -,IQM FEW STRONGLY CEMENTEDCON , INUOUS: Cu o a ! NGULAR BLOCKYMANY Me U .B FC2 6S .110 SINGLE GRAIN VERY FIRM FEW STRONGLY a 0CEMENTEDSC NYINU UPROMINENT ol7.5yR5.0/7 .0b C 110 .150 SINGLE GRAIN FIRM FEW FEFINE WF A TNTC 1 150-200 SINGLE GRAIN LOOSE FEWc 2 200.250 SINGLE GRAIN LUOSEWEAKLYCEMENTED

MAN (Continued)PHYSICAL & CHEMICAL. DATA... .. .. . .. . . . .. .. . .. . .. .PH IHORIZON- DEPTH(CM .1SAMPLE STA METHOD VALUETES2234 A :59 .aI35 15 . 31:515 0 .37 :2 .8 .75 .61.. ..EXCHANG EABLECAmo NA1:42 2 :252 .0 8.23.31 8.03214934 :21PH 2SAMPLE METHOD VALUE ORGANICSTATEC A ASON X NITROGEN a 4 :63 0 585 :00,L :65132 3 .4 2.0. 8075 . 4 :3 5 390120926:. 96. 257 42. 93205 .6 2 .103 095 .3 022. . . . . . .. . .. . . . . . . . . . . . . . . .. . . . .1006) C . E . C . EXTR ACTABL E FE(S)K DETERMINED METH OD RESULT ME1 :70IoN 12 2.06 .03 a .0 1 0 . 50 2 3.047 2 .04 38 . 92 : .7132. 5 .0 2 71 .2 30 .0 .4LF 8: 6 6 2 20. 0A E8MFI S. 1 18B HF2 17 . A T 2580 FCI 45 . 6IC2 65-11052 3a C 110-15 a1 150-20 0 1 .b 2 .3a 200-250 a 2 1 5 .7 2 4 5 .4102 0..... .... .... . . . . . . . . . . . . . . . .. . . .CATIONS BVFF .(ME/T-00 RESUL THORIZON-OEPTH(CM .)LF 8: 6A 6 6 . 00 a0 1a HFI a - 17 .69 .183 : ,6 HF2 A IT : 15 634 .14 .04B0 PCI ,9S 0 :5FC2 65 -110:0430 .9 3 0 .1aC cI$to.150 is2 3 0 o :0o1ItC 2 200:250170 TO 9.. . .. . . . . . . . .. . .. . .. .. . . . . . . .. . .. . . . .. . . . . . .. . .. .. . . . . . . . . .. .. .. . . . . . . . . .. . . . . . .. . .. EXTRAC TABLE ALM COARSE FRAGMENTSMETHOD RESULT METHOD RESULTZNHORIZON-DEPIN(CM .)P, PP. . 02 P.I . . SP.M . PP. C', . pp . . U VOLLF6398: 0. 033 a 36. SA E .1 3 390075 .026 :64 17 .4 : .223 .6150.7 12 .7MFI a. 17 a333a33 20 . 55 .533 .6a0 MF21 IT : 455 65a0 PC IC22 C 4 .1:387 .1 11 .031 .1356 .3 11 16 :9 42 :?8: .2 23 14 :1,0 .62 9 a70 77 :051 .. 7 54 A .457.311650.15102g 31 .251 1510-2000 00 : 16 .60.1C 2 200-250 1 0.8 2? .l 56 .0 9 0..6 :04t. .

DEAS UNIT TYPES SERIES------------------------------------------------------DATE OF SUQVES AM p L IN G PURPOSE Yt : DETAILED 60 SU14VLY SURVEYUP1MAL KELDONA, 8,C .M,A . 6 R .A .S .LATITUDE(N)l r E W, : 1249 04 56 53pON ClIT 2 56 PEGO HUMIC GLEYSOL(1978) %UD 4I'D1 Slo N (SEC)l 02 USTYPE$ COMPLEXELEVATION or tmlt 2 STAT 58 MODAL OIL~!=.! : t! !!2t= ~-=SPEC CLASTIC , It SILTY LIGENE ; A14EIS . . FeUVLlALSUPF .CECEXP L VEDRAINAGE$ 0POORLY DRAINED"ON p V FFI SLOEA 10USNESS . MODERATESITE 'A e LOCATIONt R A 800 METERS NORTH UF eUUNDWY BAY DYKEI 604 METERS EAST OFTH SI WE CLASTHER OFT .ETHEFIC S 0 06N PHASE IS SALINE15 ASOME I I C Gi MIXEO WIT TA, .INaT .ESCOGSF,HF H SULPHUR00 THE .0;HE AP AND SOME OF AP IS IN THE C04CKSVALUE 15 .ARE C 61I RE AND F NE SAND IN THE C GS22:!~!-!!!22!2~MORI ZONTHICKNE!jDE T (CMORU4ZONY80 OARCULOUR I COLOUR 2 TEXTURE STRUCTURE IA P 0 . 20 ABRUPT OYR2 5/lioSILT LOAMMODERATEVM-A ' 0 ;RlX MOIS IEDTSU ANGULAR BLOCKYC 61 20- 35 GRADUAL M 2 ; SY5.2/2 ; 0 O5. OYX .O/2 SILT LOAM MO ERATEA RI X ;01 1AT R I MOI T COARSEANGULAR p E 0 BLOCKYS UDM 2 ; SYS x .0/2nC 62 as- 50 GRADUAL o SILT LOA- MASSIVEA Rl MO Tc 63 so- so CLEAR 55, OY5.O/I ;SILT LOAM MASSIVE.ATRI A 40 1Tc GS 80-100 .5 ;OY4,0/,I;OA. I . T 2 OleMUMA ;,PY14. MO,;oT 0SILT LOAMMASSIVE.. . .. . .. . . . . . . . . . . .. .. . . .. . .. . .. . . . .. . .. .. . .. . .. . . . . . . .. . . . . .. . . . . . . .. . . . . . . .. . .. . .. . ..UOIZINTIIICKNE65 . ,DE I CM)CONSISTENICE ROOTS I MOTTLES IMOTTLES 2a p 0- 20C GI 20- 35 FIRM0ABUNDANT FEWNeHAPF1ISTINCT01 .5vR3 .0/2 .0c 62 35- SO FRIABLE PLENTIFULFEWFl DISTINCTNE7 .SYQ3 .0/2 .0c G3 so- 80 FRIABLE FEW COMMONS .OY7 .0/4 .0MEDIUMPRO M I N ENT7 .5yR4 .0/4 .0C GS do-loo FRIABLE FEWME DIU.P!07 ;N!NT7 5 4 0/4 .0P . IPH 2SAMPLEHURIZON-DEPTH(C- .) S TA METHO D VALVE SAMPLE A METHOD VALUE ORGANICTEST TE4 .40NITROGEN XA NC ROOA P,a20: 2012 : :11'21 :81 8 .:809.2C 62 35- 350 24 . 93 .9C G3 50- 5 805 2 c Gs 80-100 2 1 - 2 4 3 :66EXCHANGEABLE CATIONS BUFf- .(ME/IOOGI C . E . C .CA MG NA K DETERMINED ELECT 6S COND .HUNIZON-DEPTH(C- .)(M M H /CHI P.M . P2 OP. . 9 . . . CU ppm .A 0 10: 20 9:6 .42:99C G3 3 9:,? 154815:2 945 :8I 27 :8 455: . 1I1710 :c 62 35- 0 2.16 1 .1.5 0 .1 0 4 3125 .913.1 .11 TO 8. 9 se 3.2Aso- 5 0.92 1? 9 .13 5 13 .037 7 350.5 9 :c 6' :G 80-100 B 591 : 2373 8 12* 2. 67ZNHORIZON-DEPTH(CM .) P.M .20 : 250 28 01 0112 :~,C G2 IS 0 . 3 bo 3c 63 so- bo~j 5130 56 :6cCGS0 3 8 . 9

DEFEHR UNIT TYPES SERIES------------------------------------------------------DATE SAMPL OF G SURVEYSE IN PUWPU S DETAILEU 63SUP SURVEYORSVEYHAL KELOWNA . R .C .M .A . & R .A .B .GENE. E LSURFACE C E AT .P . .S I . . I NEER 'ANr AT g F V IAL*E CSU PFACL EX P PES.1 I ERR A CEODESCRIPTOR to GLAC I AL!~MLgTtTUDE4N ; :, 149 22 0 .2 301 HUIO-F~0111C A PIIDZUL119781S11 1 .0L a 11 C 11 016ILEVED S17YONi4SEC)l 5TYPES COMPLEX01 PP . .PELEV-11ONESIO IM)l 0 tATUS -00 L OILSPEC ;,CL .ASTIC . It SOILTYCUMO t4E ;,CLMASTIC . 18 GRAVELLY LUORAINAGEI U (IF F 5IMPERFECTLY . DRAINEDIS RE N V UU1. LOQ I SNESS2 ODEPAILSITE LOCATIONS 35ROS 6 I?ROAD MATSOUMETERS EAST OF COLUMBIA BITHILUTNIC GRAVEL PIT NEARTHICKNESS P H CM, HORIZON U Y COLOVA I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DE T I 50 NDARA P 0. 17 ABRUPT . loOYR3*0,13 ., . . .0 ;5LoAmFRIABLEABUNDANiI isFWEAKNE TO MEDIUM.A lo ; .OYIX14 ;0,12,0 .SURANGULAR I BLOCKYI YFRIABLEABUNDANTIN .A Rix SIT8 VGJ 1?- 27 CLEARLOA AAN .A oy"4*5'4*01 . . ol 51GRAVELLY ""T FI . KEYP5 ;0/3 .0SUBANGIJLAP BLOCKYFG 7- 42 LEAR lO M ;OY.P5.0"30 ;5SAND 0 LOAM;6AFRIABLELENTIFUL" A . 01 ISAVELLY YN6KSUBANGULAR IaLOCkYMATRIX 0 DRY11 C GI 42- 62 GRADUAL 'RCOARSE V VSANDSINGLE GRAIN -OOSE FEWA E LL11 C G2 62-COARSE SANDGAA VELLYSINGLE GRAIN DOSE-- ---- ---- ---- ---- ---- ---- ---- . . . . . . . . .. .. . .. .THICKNESS MOTTLES IDE P THIC ,A P 0. 17a poi IT . 27I'll pi .,FAINTa FG 27 . 42COMM MEWON .OISTIN~T?." U. 5 016 .0a FGit C GI *2- 62MANY CO .DIST .5 "36 .N~T 47 Y 5 0,18 .0it C G2 62-M ANY EDFAINT 'UM.. ..... ....EXCHANGEABPH ILL CATIONS BUFF .(M E/IOOG) C . 1E . C .HORIZON-DEPTH(CM .)SAMPLE STA METHOD VALUE ORGANIC A 15 N S6 NITROGENCAMG NA K DETERMINEDTE C Q u%A P55 :35 A861 2090: " 3 : 2 :3!~*2 :50.0,0 :2 00 20 INN ..1 2 .9.9'0'0227- 4215. 25 1 . 1 0 7 30 . 3011 61 42- 62 2 S. 811 C G2 62- 2 5.7 9 1 :8336 :8,HORIZON-DEPTH(CM .)lo: 1? 2 22A. 0FGJ6:00a FG 427- . " 12796:50It G1 ~.211 C G2 2- 2 18 .5

DELTADATE OF PNS KELO*NAsS MP L ING SURVEY PURPOSES : DETAILED 58 SURVEY SURVEYORSB .C .M .A . C R .A .B .~2E!i=!~2f!LgTjTUDEE(N ;jjL R NCIT 123 49 03 07 46 27 0 ORTHIC HU-IC GLEYSOL(1978)UO N ~ (SEC)&'T'YPESCol-OLEXpELEVATION E Slo 52 STATUS$ MODAL SUIL CLASS : GENTLY UNDULATINGSPEC . CLASTIC A . ItGENE I, 0eT ISURFACECpSILTY LI F,VFLUVIAL .LDRAINAGESPOORLY DRAINEDCLASSIFICATION PHASE$ SALINE .TEXTURE STRUCTURE I STRUCTURE 2THICKNESS .01. J4IONY COLOUR IDE T (CM) 80 DAR.0.1Z .NA 0 ABRUPT JO ;gYR3 X ;OfjjO LSlLTY CLAY SUBANGULAR SLOCKY IPIN0- 22I olAM 6 A '.ILAP8 G 22- 52 GRADUAL"t .oYR5 . 111 .0MATRIX DRY 0R 5,OYS T .O/I ;0 SILT LOAM CWEAKTA Rix No . RSE SMATICp 0 Ic G 52- .5 ;OY4 .SILT LOAMMASSIVEA RIX 5110 MO, I.... .... .... .... .... .... .... .... .... .... .... .... .... ........ .... .... .... .... ..T"jCN4ESS.001ION OEI. ,fCMCONSISTENCE RDOTS IMOTTLES IA p 0- 22 SLIGHTLY HARD ABV14DANTa G 22- 52 SLIGHTLY STICKY FENFR ABLEp L'S TICCOSMON I1 D!0,11,CT0 R4 . 0/4.0C 6 52- FRIABLE VERY FEN COMMON IUmIMMOYS14 .0/4 .0HDQIZON-DEPTHICM .)A8 P 20: 22 23G 53- 2 52PH I EXCHANGEABLE CATIONS 6UllF.l4Eol1OW C . E . C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETEAMINEOSTATE C A R go N 1, Z15:2 a 83 .43 a 4931 4 6: 872: 49 34 ::966 4 . 3 1 1 :56. 0 5 2:2 6 85 587 3 a 1 .74 .52 12 .0. .. . . . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . .ELECT COND . pHORIZON-DEPTH(CM .) (MMHOS10CM) p M .A P ,20 : 22 :70.28 :6C 6 7G 52- l .b2 9b . 7

DELTA UNIT TYPES SERIES------------------------------------------------------DATE OF G SURVEY'SAMPLIN P U PRO SE, E, . b8 LED SO" SUPlEYI VEY.R- HAL KELD .NA . R .C .M .A . 6 P .A .B .LOCATION CLASSIFICATION SLOPELATITUDEIN4:,LONClSTUD 4 1 :93 .0 ; 0153 ORTKIC HUMIC GLEYSOL(19711)PRE S ION I .SECII 0I 7YPE3 COMPLE 1 .0X SPEC, CLASTIC 11 SILTYI e "E T, FLIALSURFAC ECMAW I .P ;S .' LEVEL UVDRAINAGES U o " POORLY DRAINEDSLO ,aPERVIOUSNESSS N FM ODERATESITEILOCATIONI 9f METERS SOUTH ANDE:O: METERS T:EST OF 1, BOUNDAY Y oBAY-N:LSONSIDS .0 . 511TE CT 143 to N "SEF SC . T 0 SCM I HER ES! ARE SCATT E REMNAN OF PA TIALL ECO P SEO000. IS OtS. AND LECLASSIFICATION o PHASES AV SALINE .9-----------HORIZON THICKNESSDEPTH(CM)HORIZON" COLOUP I TEXTURE STRUCTURE I STRUCTURE 2BOVNOAQA P 0- 22 ABRUPT.A 104y"3 RIX 40"I"ssTSILTY D CLAYL AMMODERATEUSUBANGULAQ 601 M BLOCKY5 G 22- 45 GRADUAL I0 AT.OYP%O/2 ; O SILTY CLAY MODERATE UMM30ERATE , Mm RIX 015 L AMPRISMATIC EDIANGULAR EDSU BLOCKYsc 45- 58 GRADUAL .A,. IOOYP5*O12*O . .0 TSILT LOAM MODERATE U,I is MED Ic 61 so . 77 GRADUAL4MA 0 ; 0. Y"* 1 X ; 5"2 DIS ; 0SVBANGULAR BLOCKYSILT LOAM MASSIVE MODERATEUC G2 ?7-108 GRADUAL Ilo ; OYR4 ; 0 .4 1S ; 5 SILT LOAM MASSIVEA PIA 01c GS too- 5MA ;RYl X4 looll1?SILT LOAMMASSIVES eolANGULAR M BLOCKYPSEUDO US-- ---- TH'IMES; .. C07S'I;TE7C;- .. .... I", . .... Ma7T;US -- ---- CL;Y';ILZ; --I---- ---- ---- ---- --HORIZON DEPTHICO)A P 0- 22 FIRM ABUNDANTa 6 22- 45 FIRM ABUNDANT FEIDIU.COMMONMI THIME DISTINCTC N MANY VOIDSHANS N ONS Me NEL A C 0"IAND 0 VE IRED FACESIZONTALORac 65- So FIRM PLENTIFUL COMMON NEFt PsROMINENT.OYQ4 .0/4 .0c 61 $6 . 77 FIRM FEw COMMONFIR NEOMINENTP5.GYQ4 .0/4 .0C 62 77 .108 FIRM FE . COMMONMED I U , 42.by? .0/6 .0PRO ININT2 . 5 '6 .0 /4 .0c 65 too- FIRM COMMON M 3P E0UM2.5,11.0/4 I'D M I NENT.0

PH I PH 2SAMPLE METHOD VALUE SAMPLEHORIZON-DEPTH(C- .) S Ta Tr STATLORGANIC SON '6CAPMETHOD VALUE NITROGENA P 20 : 22 24 1 06 738CG 42 45 1 74 2 4A,4 :. :99 5 59 7 2 4 3.91 . 93 ..7 08GI1 3 2 3:881 . 28 0 1 :12177-1 8 2 16C GS 108. 0 2 1 3.Y22 4 3 .9. . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . .. . . . . . . .. .. . .. . . . . . . . . . . . .. . .EXCHANGEABLE CATION!. BUFF .(ME,11000) C . E . C .M . SM .CA MG NA K DETERMINED ELECT COND . PI P2 SRPM,(M .H 1CM) 3P PP14UP12014-r)EPTH(CM .) ;CUPPM .A P 22 a 82 is :52 39 5 72 :,0 1 .83:11 47 :3 3b : :C 20: : 124 S 42 25 21 1. : 17 'j 9..gA 1 12 3 394 2 - 45 -3 3 11 It 2. 0 4 71522.7I1 7 7(11 56- 5 778 2 21 :4:0 35 :C 62 77 :108 1 .89 .64 2.15 Z.57 .65 8 .31 a 4 2 2 2 239 :98 6593 .24 32 ,.61c GS 08 9.20 8 . 7 167 43 .7. . . . . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . .. ... . . . .. . .. . .. . . . . . . . . .. . .. . . . . . . . . . . . .. . .PAWTICLLSIZE(%)HORIZON-DEPTH(C- .)ZNM .pf.TOTALSAN C6272TUS L2UOCLLAYT TA.2UTCLAYTO AL220 :A Pa 022457480 :9 "218 As- se 75C GI2 St, 7 777 : :21 208C GC G S 1 70 8_ 1 6526471a342 8 1070 2592a2.2Clay Klno,alolgyH rizo, C.- Clay (0.002 - 0.0002 Fl- Clay (~0.0002..t . 40-65% est.21 T Q0% -t . 20-4CS ost. t. T,ac .T- >69% .~t. 40-6% est.C9, wntaorif c, a. chl,rit,,:o,it gypsm -t-ril 1-1t. .1-, M .11 .1to58-77)wr,l I to, quartz,.1c. plagl,cl a, '~t-tr .tlflwwd~pr~r.lculltchlorite,.N.rit .qwrtz

DENNETT ......... . ....OAT OF G SURVEYISESSA .PLIN E P UPPOSLMI!gDETAILEDSUPSVEVVOERI HAL KELOWNA, B .C .M .A . & R .A .R .LtTLTUDg,lN:j, 1249 20 04LRNClITUON 4 (SEC)l 2 42 SS$TYPIC FOLISOL 20 NOI YPESSl PLEENEVAT6110N p IM)l10000STATUS : MODAL 1 197"' -.IL CLASSI S TEE PLY SLOPING!~2 .p!WIA7 E . ORG.NIC EGENETIC 4. 1 S ., ,QLNETIC MAT .2 BEDROCKS UP FA CE 0 V N ERH!!H!DRAINAGE$ UNO F WELL S ATYPE$ a F I LOINTRUSIVE ACIDDRAINEDSITE LOCATIONI 0 ON NJBURKE IS N MOUNTAIN MY NORATMI 6 TRU I 0 I ATTE 0EA C. S . MIC . , IS F' . .I U L PICCE I LlOF ALTH A -0 -2 COQUIIILA#4PHOUS S AND. TEXTU RE I N.O .IZOM TMIICK"I!l HOQUON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IDE , T . C ,Y. I 10 C60 U, DARm 1 19.A S RY112 . M O/2 0LEAR S ; O ORGANIC FRIABLE ABUNDANT1 1.A 5 ; OYR2 . 4 0 ,1 25 TH 2 10 . 0 ABRUPT O ORGANIC FRIABLE ABUNDANTIx IA 9 - 5 ABRUPT 7 5Y 5 0/2 0ATRIX * 11 1 M IST 1LOAMY SAND FWEAK NEVERY FRIABLE PLENTIFULSUBANGULAP I SLOCKY. . . . . . . . . . . . .. . . . . . . . . .PH a PH 2HORI ZON-D EPTH(CM .)SAMPLESTATEMETHOD VALUE SAS T MPLE EMETHO D VALUE ORGANICC a ASON "NITROGENLFNnA2E"09 : 191 . o-. 055 .+a2a13 :54 1 223 .6 23 .4443:22.623.65584 :0465a . .001 .601 . 61 :299.05. . ..... . . . . .. . .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON-OSPTHiCM .)EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C .PIR . .. SPPM .CA MG NA K DETERMINED P2 CU . .PPPMppZN PP . .26 :7 3! : .0 175 :0 310 :6 138.7 .0 29 .0H 2109 . :. 1190 . .7 3 .a 3 6 56a50 9 3 21 :92 .* :590 4 :954 '99 :1'20 ., 6 -15 911 5tH 2.0 6.. 9B . .5 403 :'.1.06 6 .5 1 .4 1 .6 3 .6 3 .a A3.06 .0 I .E 0% 5 5R

........... DEVIL ..... ..... ............DAYE OF SURVEYSSA , P L IN 6 PUN 0 0 SES SEMI!07ETAti.ESDt)IS~VUEPVYOERYSMAL KELOWNA, B.C .M .A . & R.A .B .LtTITUDEIN ;I, 1249 216 06 1LOR 461T 2 6 0 - ORT.IC IERRO-HUMIC PODZO01978)EC US N 4 (SEC) :ELEVATION SIO imil 900 2 STATUSS MODAL SOIL!~!t!20X' TYPES S14PLE 0C LAlSl STEEPLY SLOPINGASPECT IOCGII 90GENETIC M:T ;:, .,SVQFA C E E PMORAINALVENE , AGENETIC MAT .1BEDROCK!!=Et700TING DEPTHSYOE=H!=~-=!!SEEPAGE ABSENTSEDI 95NYCM*COARSEFLOUD HAZARD , 3 NO HAZARDCONGLOMER;TESITE LOCATED 1600 METERS EAST OF BLUE MOUNTAIN . MAPLE RIDGE .DRAINAGE No F : MODERATELY S OELL DRAINEDM LPERVIOUSNESS$U F I OURATEHORIZON Y" DE jCKNE!S HOUtIZONY COLOUP I COLOUR 2 TEXTURE STRUCTURE ITH(C I so 40ARLF 15- 8 ABRUPT ORGANICa. 0 ABRUPT ma SYR2 '9'3foA;RIX . IsORGAN ICMODERATENED S SUNUBANGULAR BLOCKYA HE 0- a ABRUPT.SA ;9vl :548,12sfo8 HF a. 2z CLEAR 5;gVR2;811 ;5A Ix10 OYA%O/2 ;OMA; P I XOlsOYR3 -"3 0A RI .0is8 F 22- 47 GRADUAL .5A;OR Y113A5,4*0 . ST 2 A;SYR2M.00.14;0I 01 Rtx is11 a F AT- TO GRADUALIt 8 M TO- 95 GRADUALA 95-AN'lox".8115VO49 ;91:5400115sio.2 ;p5YR2 ;0014;0A I is.2 ;5yP2MO/S4 ;0A Rl XOlLOAMLOAMSANDY LOAMSANDY LOAM.. .... .... .... .... .... .... .... .... .... .... .... .... .... ....SANDWE.AlEl F.1 IU.... ....MOOERiTESUB EO!UG NMULARBLOCKYMODERATE SUNMEDS U BANGULAR SLOCKYMOOMERATE C SSOAUSANGULAR E BLOCKYST RATIFI ED........ .... .... ......HORIZON THIC DEPT KNE!S H IC ICONSISTENCE ROOTS ILF Is- a LOOSE ABUNDANT0. 0 FRIABLE ABUNDANTA HE 0- a FRIABLE ABUNDANT8 HF 0- 22 FRI ::LE PLENT:FUL0 F 22- 47 FRI LE PLENT FULit a F 47 . TO FIRM PLENTIFJL11 a M 70- 95 FIRFEW95 V QYMFIRMPH I PH 2SAMPLE A METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENHORIZON-DEPTH(CM .) T TE STATh C A Roo N "LF 15 a: 8 2 2 ::7 44 3 7 30 .:740120. 02 21: 2HE21.90A3 1 57 020, 2a07B NF S. 2 4....14 3.7 7.31.2 92 2-e11 F.122- 47B F AT- 70 1 24:4" 3 7.1 93a11 a Tor95 2 ::9424.2 3.121. 19 2 1a 5.3 25.3 .81 .03'.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS BUFF .(ME/1006) C . E . C . EXTRAC TABLE FES%)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTNICM .)LF IS : a 15 :708 042 081 :64 ' 75 A:B0 St 3 :62 :3 5A HE 0.. 7.0 o 7S24A24 .413 65 06B 4F 8-F 22- 22 4 6.4 ..0 .0 . 42 :3 3 3:21 . 10 . 103. . a26 : 4 00 F 4? . 7072 6 1.2 2 : 08 , . 2 a.. 1 1 A311: 61 .3 34 0 M To 95 3 3 .2 .16 26 8 1o . .9S . 6 . :75 .76 9PU.15 21 3 3 0 .1EXTRAC TABLE AL(%)METHOD RESULT METHOD RESULTCU ZN MNHORIZON-DEPTH(CM .) p l.. N . 6PPM . pp M . PPp ON .LF lb : a0 262!, :9 59 :2321 :.g.SO:b1 . . 6 62 3 4:3 0A HE HF3.9 . 0a 0: . 22a3 : 2 32. 6 1 2.. ' 9:22 : 47 71 1 . 9 a 0 8. 0 .5 !: 10 :.732: :. SO .7B Fa F9 i s t3 . 328 .7 52 .2 a 0 : 111 8 M 47 To- 9 9500 : 7: 2 23 . 6 9 .1 21 I152 1W5 ., : :4.0 4 ~0 0.2712 .1 A 5 .1 2 49 0: 1,

DEWDNEY UNIT TYPES SERIES.M .A . G R .A .0,DATE ------------------------------------------------------OF SURVEY : 66 SUP SUQVEYORI HAL KELOWNAI B .CVEYSAMPLING PURPOSE : DETAILEDLtTLIUOgj%t . 149 is 27L N 2 1 A R C 3 50 0 GLEYEO ILLUVIATEO MELINIC L OIL BRUNISOLI1978NUON ISEC)S I5X YPEI UC30MPLEX*0ELIVAHON fM)l 5 STATUS MOO S CLASSI TNOULATINGICLASTIC 19 'L SILTY SPEC ; CLAST!C 1 : SANDY F6. Sp6c ; EUVIAL ENE IC AT I LUVIALSURFACE 3 C MAW .p S. . NEEPDRAINAGE$ UNOF IMPERFECTLY SDRAINEDRPERVIFSU So M L0 SNES ODERATE SWADDITIONAL NOTES5 ITRELOCATIONI NEAR WESTERN END,OF ISLAND .END NCE OF E AR TH 00R,4 ACTIV I TY N THE SEABIRD A H .MORIZIN 'M'CK"'SS OEPT .(C-) HORIZON BOUNDARYCOLOUR I COLOUR 2 TEXTURE STRUCTURE ILF 1. 0 ABRUPTA m 0. 13 CLEAR.A ;.ix -01 .A EJGJ 25 GRADUAL 2i5y5* .O,'2;0A I Ol MATRIX l0,0YR5;00"s4 I ;08 TiGi 25- 35 ABRUPT .2Ag515..0,1260X T1 01SILT LOAM"ODEQATE F , .EO,U.sul"E"GO BA ULAR FILOCKYSILT 60&M .40DEOAIE IUSEDUSANGULAR M BLOCKYSILT LOAMMOO URATESUS EmI E . .MG IOJINEULA BLOCKYit sc 35- 55 DIFFUSE SAND C*FAOA .SESUBANGULAP SLOCKY11 C Gi 55-.. .... .... .... .... .... .... .... .... .... .... .... ....SAND.... ... ....SINGLE GRAIN.... .... .... .... ....THICKNESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS IHORIZONDEPTMICM).... ........ .... ...... .... ....... ........ .... ....P1 02HORIZON-OEPTH(CM .) pp PPM .LF MA EJGJ0,,TJGJ11 ac c GiLF 1- 0A 4 0- 13 MODERATE UFRIABLE ABUNDANTGRANULAR ED' MA EJGJ IS- 25 FIRM ABUNDANT FEW IO .OYQ4.0,14 .0FME DIUM7!5 1NTYAS.0/6 .037 '5 .243 :a .: . 066 TJGJ 25- 35 FIRM PLENTIFUL MANY ,F, UM? .SYP4 .0/4 .0FEINDISTINCT 01ONirRED FACES-10 .OYR4 .013 .0 UN SPECIFIED11 ac 35- 55 SINGLE GRAIN VERY FRIABLE FEWFCOE'APSEDISTINCTit C Gi 55- LOOSE FE!FA FITPH I EXCHANGEABLE CATIONS BUFF .IMEo'10061 C. E C .SAMPLE STA ME THOD VALUEHORIZON-DEPTHICM .) TE OR CARBONGANIC NITROGENCA MG NA K OETE4MINEO% %LF,AA EJGJ 01 : , 02 5 5 23 :393B TJGJ 25:8 6 3 B13- 2 2 1 6 . 13.8I0625- 3551 51 00 619 .30 2,:59379 :30:0096 60j 3:: 55 26:2t . 7 0:1 . 29.0 a..21 .05. .9911 2CG 5 2 1 6 12 .30 .15 .05 .10': 0 130 59 .0 145 013- 25 57 : 0 ISS :.925 35 : 35 10 05 9 . 755_5 27 1 .07 .0 29 .5

i 1 0 : I; I :il 001:209 9 :)91,1L 9 *9 . A.,9U-cl 9 :: .@ a,.'Mdd * W*d NNNz, 0 9*2 0 :to C :re 9I :c go : 9,. :c Go :vcta c 1 :61 r 10 11 : 0go -01, 29 11-* 9".62T .511 se : go1, 1 0. 1 N _Oa 0 a1 : .9 IC1 .9%z 11099 29 go . . 90 11 11 . 6 990-C 9 0 Oe -0 d V-Ndd n 'Ndd7 s'WddLd*Wcidld03NIW03130 XWN ON V3.3 .3 .1 1900113W)'IAnS SNOTI " 3l9W39NVM3X3f-WDlHId3O-NOZldOH. ... . . . . . . . .. ... . . . . . . . . . . .. . . . . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . .. . . .v 0 0:9a 001:09 9 3go : 14 E ! 1.9 1 z 09 S -99 co 11 Ito0z 9 of, ao Ito 69 : , 9:%6S s s 1 a9 1 ax NO60" 9 .4 INV do alvis ',3 31 :1Sld VS gn'lVA anH13W id vs3nlVA comlaw N39OUIIN 4.0 10 v .0 L 9 1) vz dHdI=VIVO001-09 9 2 11O-fl/O ;VdA%tiL IIN N 3SNO dUV00*910-08AC-s NOWWO,3:)09 -C.9 co I.'10 M ;N0"AS-10 tidNIHI " I WA70334 NO !C WO') W 59 -0* ZO 3O-11O;*dA%;l IIN NNlHi 3A No d"n to im NOWWO3 Ov Oz toOz -0 0 Tt swila Awl.11; 34mid3a NOZIUOHL S31ilow 1 S3111aw 3 W)lHi.... .... .... . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . .. . .. . .. . . . . .. . . . . . . . . . . . . . . . . . .initIN31d vidlAINVONnev Wdli318MIA Ad3A 3AISSV" ONVS 0100 0/ W9 ' X r IA UiVW % ' ? 001-09 9 ~ 113levithi 3AISSIN wval3AISSVw ~4 xV3AVII AI ;lS QlI! l oz . xl b! ; "0 / 0 0 idntl8V 09 -69 coIllow 0 's . wto!"1 *A S lVnOvug S9 -Ov 29 13AISSVW ).,3.1110" . x1givAAV1:) AIIIS 0 100 9 9 3snA .4to 00 -OZ toA40 "i"40AN7016 isvinoNveng n,0- 10 .9OdVH w0 3 w Islovi xtiNvaNnew 319vitizi 31vbaooh AVID Allis V21O-Z/OIVAS Idnaaw Oe -0 d VA TO no 3)Hid3C NOZIMOHI stood 33N31SISNOO I 3mni3ntus 3dnIX31 i mnoio :) Nozlbo SS3 NDIHI-S)IDVdD IV3lLd3A 033VdS A1301M 3WOS 3AWH 29 D ONT 10 D 3HIAOIS N ISS3NSnOtAd3d Nt39t .446 v ndQlNlVbQ Altlood Ol SVNI da3NIdLsn3v,t ', t 3 ;iVHVI31!3N39AUNTS Is 13 :)Ids,,da3N3A I'S31dY3 33~,Wgins3N Isnivi 31 1 1;,HI31 .3339A3AVI'J 1 3 :) dsIlNn :)tmdvb9iivais 3-tooiwwbo.IONW-l 9 IV b3iTw IN3 wd1(930) i :)3dSW Alllos 1VOON tsnivis a 0l3d so W 1101,,V N 11 3,1331d 0000 i 01 SO (OL61) IUSA3-19 M-3d 09 90 zat onflq3tdj69'!( .'30nAilNioiNO11"Ol3i~A3AdnS 0114V130 :390ddnd.13N4Lld7VSdns 6 SA3Adn 3 TO-VNMO13A ITH IdaA S J 1 b 3 S l3dAi ilNn---------------------------------NOXIO

DIXON UNIT TYPES SERIES.. .. . .. .. . .DATE , OFNo SURVEYS U F4SURVEYOR :,,N:L".EL.' . .- .A . I, P.A .B .SA PLI P ARDS . DETAILED To SURVEYLATITUDEIN :I,L!4VITU8Wlj ., .REGO GLEVSOL419?:Ll 09 f ATI 2 11 YYPEI COIAPOLESTATUS$ 00 SOIL CLASSI NEARL Y X LEVELSPEC r . T, CLASTIC 18 CLAVEYZZ C MA I . C IEX PRES I .1 L SPINESURFACE LEVEL A UDRAINAGES UN OF,A IPOORLY 0 DRAINEDSLOLOCATED IN T04E SVMAS LAKE AREA .HORIZON THICKNESSDEPTHICH)HORIZONBOUNDARYCOLOUR I TEXTURE STRUCTURE I STRUCTURE 2A p 0- 22 CLEAR .. O; OY03 X .01112.,0 SILTY CLAY WEAKRI ILOANto .0 05 .0,2 .0MEDIUM SUBANGULAQ SLOCKYMATRIX Y DRYC GS 22 . 57 DIFFUSE ., 5;,a 0V4 .001210SILlY CLAY MASSIVE WEAKIX Not LOAN PLATT PS E UDOc G2 ST . at DIFFUSE5 OV4.0112 .0.A ;RIX MO :STSILTV CLAY MASSIVE WEAKPLATTPSEUDOC 63 62-112S . .SILTY CLAY MASSIVEMATRIX moillo.. .... .... .... .... ........ .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..T" ICKH!:j CONSISTENCE ROOTS I MOTTLES IHORIZON BERTHSA P 0. 22 FRIABLE ABUNDANTc 61 22- S? FRIABLE ABUNDANT COMMONWEDlum10! 5.YIN!TYPS olfs .0c 62 57- 81 final r9l. COMMONME D, 1PROMINENT UMI OYR5 .0/8 .0C 63 82-112 FRIABLE FEW Me NYDISTINCT blullS.OVR4 .0118.0. .. .PH aEXCHAN GEABLE CATIONS SUFF .(ME/ IOOG) C. 6. C.SAMPLEHORIZON-DEPINICM.l ST ATE VALUE ORGANIC NICARD N TROGEN CA MG NAK DETERMIN EDA PGI 2220 : .3 2 2:1 1.238:6,1 a71 S:27 6 . 03077 . 5 :1261:c BE 57 .,1202 2. 37 :0536 4 .14 ! 9 .11C 63 62 a16 .5 AsOs6 .3S . .17 AD :17a:11 14 .1. .. . .. . . .. .. .... .... . . .. . .. . .. .. . .. . .. . . .. . . . . . . . . . . .. .. . .. . .. . . . . . . . . . . .. . .3 :89 69 .12pt"OqIzO4-DfPlm(CM .) RPM .A P6:0c 6 . 220: . 22 57 62 6.0C 62c 63 ST 82-112 6.0 4 0

DURIEU .....................UNIT .TV0E8 SERIES.... ..... .. .........DATE OF SURVEY& 72 SURVEYORS HAL UBCLtTLTUDEtN!j,411L NCIT2 14 . 4" 32 0 OPTHIC FERPO-HUMIC PODZOL41978)UOV(SECISEL EIVATSION (-It1205MIDDLE STRATIGRAPHIC UNITSPEC 6I CLASTIC , . 11 SILTY ESPEC . CLAST!C 11 CLAYEYSEHE ; EXATV OLIAN E GENE T, A, Mr., _ .GL A.INE CURFACE C PPES 3 .9 ENE P D E IPTO C " . I 1 :A IALa51 :7PH IMOISTURE STATUSATTERSURG LIMITSMPLE METHOD VALUE SUL1/3 a SA15% FIELDHOQIZON-OEPTM(CM .) STATEDENSITY APA M 0 1 S TUR C PLASTICLIM I LIQUIDT L MI TABPF4 : :4 71a 41 39 :0 16 :5.63 :7 521 0 . : 25 '0 2 4 . 7 .0 .0 5 1 3 601 .7 1 45 a :0 .0.8 F1225- A 46 24. 9 .7 6.1 37 .76737 :02ta .0 53 .9 35 a.9 36 1aifF a M 67-102 6- 29 1 ., 057.2 20 :9:11 C 61 102-127 21 .75 0'9 21 .1 6.5 1 9 5 9 521 016 :3 22 .7pliorizonDepthOnParticle Density gm/cc Shrinkage Limit Particle S1.ze %AirDryOvenDryMax ;DryAirDryOvenDryOptimumMoisture>5 .1 cm

DURIEU UNIT TYPEI SERIESOATL SAMPLIN OF SE3pullpo67DETAIL ED SUR SURVEYORS YVEHAL KELOWNA, O .C .M .A . I, R .A .B .L t TITUDEIN j ; ,122 49 15 14 04 40 OPTHIC FLAQU-NUMIC PCDZOL(1978) %TYPEI L NG I TUD (Q N (SECIIPELEVATION EC Sla (Mit 320 05 STATUSS MODAL SOIL ASPECT (DEG)$ 9041M*S 0PLEI CLASTIC M SILTY 0ISPEC It SPEC CLAST!C It CLAYEY ,GENE ;LIAN GENE ; MAY ISURFACE C EXPiElS AT .1 EVEN E ER DESC R ICY OR 18 MA GLACIEAL I0TDRAINAGE$ UNO F SMODERAW ELYMLOQPEPVIOVSNESS I t: ODERATEWELL DRAINEDSITE LOCATION$ 165 METERS NORTHEAST OF INTERSECTION OF STAVE LAKE ANDHARTLEY RD A DS'I IINICKNESS C HORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON IM DEP THI M) SOUNDARL 6- 5 ABRUPT ORGANICM 5. 0 ABRUPT 5; 0Yl12 . . . 0ll o S; O ORGANIC WEAK , MA I IGR*1 AKINANULARA EKA EJ a- I ABRUPTSILT LOAM.A 5 ;Rol"4A5";51 X atSUBANGULAR BLOCKV8 HF 1- 13 CLEAR . 5 ; OYI13 . . 4 014,0 STSILT LOAM ; EIAKEITo MEDIUMSUBANGUL&R " SLOCKYF1 13- 7 01 WFUSE .0 A4 .0 SILT LOAMMATRIX MOlS "' ; O 11N SU E I. MEDIUMBANGULAR SLOCKY0 F2 27- 42 DIFFUSEm 5v''%O' D! ;p x 4S ;7 OSILT LOAM06ij12, 65 CLEAR 1 .0 P4 .5 4;0 SILT LOAM WEA11MATRIX 11013ED 1U.WE AK EFINSU13ANGULAR BLOCKY SuWEAK Me; EJG 65- 85 CLEAR .A 5 OY5*013,0. . SY SILT LOAM MASSIVEI MalS.ONG SSIR C ASU 0 .INGULAR R 6BLOCKYASas-5A4 0"I" Ix at ITOSILT LOAM MASSIVE STRONG c ,S 0 a.. PSEU GULAR BLOCKY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... ........ .... .... ....ICKNESS CONSISTENCE ROOTS I MOTTLES IHORIZON DEPTHI C M ,L 6- 5M 5- 0 FRIABLE PLENTIFULA EJ a- I FRIABLE ABUNDANTMI .3I- 13 ~, :: :ABLE ABUN D:N? OFl . 7 ABLEABU NY112 J :7- :2 F:::8L6PLENT:FUL46 2- S F OLE PLENT F JLFEW I NEF!INTA EJGJ 65- 85 VERY FIRM VERY FEW COMMONME a, ST V,0 !oy'. I N~T10 4 0/3 .0COMMON .As 85- VERY FIRM 0DISTINCT1 'Up10 .OYP4 .0/3 .5

U F 1 13-PH ISAMPLE METHOD VALUEHORIZON-DLPTH(Cm .) ST a 7E STATE c QBOSAMPLE ME THOD VALUE ORGANIC W X NITROGENL 6:5 2 2242 28 3 . 15 0 2 2 53:9 , 2 1 :9623 :32 1 .05A EJ8 HF 01 13129b2927 a 1 45 : , 261 : a F2 , 1 27 : 42 6 2 Z.5 1 4 1 . 72 . 30 1 1142 _1 5.4 2. .9 0 2 .15 I'S.1 20A E6Gj6522AH j as - a 5 26 0 24 .2 1 5:8 2 45 . 19. 132 .02PH 25 1 0EXCHANGEABLE CATIONS BUFF .(MEIIQOG) C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(%)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-OEPTH(CM .)P, pp..L 6 : 5 28 : 68 4 : 69 09 1 so 109 : 65 0 9 55 2 26 :06 :48 is 9 21 : 1HA Li - 0 10 MF 13 I . . 1 23 : 27 .1147 .3 : :2 776 FI22 02 3 :0 1 1 : 9it'r6 563 : :A2 2U F2 27 . 422 21.2 2. : 40 MGJ 42- 6 08a: 0..1 0 26:A EJGJ b5-080 07 0 197 0.a 443:39AH as- 85 2. . .1." . 01 .0 4:04, . 012.1082 1.8 . 2 1 . 2A 9PARTICLE SIZEl%)PP2 S CU Z N M. TOTAL 62I 2TU 2U1 0CLAY .2UTCLAYHORIZON-DEPTH(CM .) PP .. PPM . PP .. P SAND 7L TAL TO ALL 6:5 be : 0H Ej5 0 311 57 .6 1b : 5 9N : 970 _ I8AHIF 1. 13 5 0 315.1 56 s F1 9 91 3 27 1 0 : 89 .8 21 .6 83 . 28 so 146 F 2 Gj 2 :13 .0is 94b 7 - 6 21 .0 69 5 21 : :: 25 607 is 1a Aa 0EJGJ85:85 72 :0 12 :3 .1 2a :1 .4.:9 b8 . 97 332A134 0 7a 2 53 2031 1Clay MineraloigyHo'l ..nCaMrs . Clay (0 .002 - 0.0002 .,J I Fin. Clay (~0.0002 0>65% est. t a-6. .t.j 20-40% est . ~20% est. 40 6% est. 20-4CS est. ~2(1% at. I Trace,A .Jgj chlorlte . kaollnito, mph lbolos, sontacril lohito ~1 .rito,65-85) -1.01te .1-, plagloclasequartzfoldsparsqwrt,Mollnl ; .

ELK UNIT TYPES SERIES. . . . . . .. .. .. -- - -- OAT OF SUAVE SUPVEYO::" W::" ..10To 63-5 MPLIN G p U WPOSES DETAILED SURVEYLOCATION CLASSIFICATION SLOPELAIIIU0611111L . Q:Cl G DEC., . 12.92 09 25 25 07 05 ALGO HUMIC GLEI :.Lil :;:;IS S3 .0YUp SI ON (SEC)$ TYPES I. ALEELEVATION (MIS to STATUSI MODAL $OILSPEC r ;,CL,A,,ST!C It SILTY C?M6MT,CL.AAST!C It GRAVELLYG , FLUVIN T EOLIAN N T IALSU PFACE EX V E EX PRES .1 PANE C PRES .1 EN ER SURFACE 6DRAINAGE UNDF, : POORLY DRAINEDAPERVIOVSNESSI I SLOW RAPIDSITESSLOCATIONS 400 METEAS SOU:HEAST OF INTERSECTION OF RIVERAND R, DNER 0 DS . . GLEN VALLEYTHICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DEPT I COS I BOUNDARYA 0 0. 17 CLEAR 10 M,,;ROYR3 ;0,03,,O rc Gi 1?- 37 ABRUPTIX 016'*-0 MATRIXYR4 . DAY O"l' 0LOAMMED SUB A UMMODERATE INGULIQ SLOCKYVERY FRIABLESILT LOAM WEAK cFRIABLE Few,o ;R OVP5 1 . ;0"2Is ; 0.A Io .OYP6.O/1 .O SU ARSE AN GULAR BLOCKYMATRIX DRY PSEUDO ais c 37- 50 ABRUPT $AND SINGLE GRAIN LOOS FEWc 62 so. 75 CLEAR 10,OVR4 04 , x ;o oool ; o1 A .0 AI . ..SI 15 .oSILT LOA04 MASSIVE FRIA LEA0ATRIX DRYPuENItFUL11 c G 75 ..A2415'060 .0,6 RIK .0. 01 5.00TLOAMY N FINE SINGLE GRAIN VERY FRIABLESA 0MATRIX 5DRY ".. . .. . .. .. . . . . .. . . . . .. . . . . . . .. . . .. . .. . .. .. . .. . . . .. . . . . . . . . .. .. . . . . . . . . .. . . ... . . . .. .. ..HORIZON YMI DIPTH(CO41CKNESSMOTTLES IA 0 0. 17c 61 1?- 37 MANY Me11 c 37- 50C 62 so- ?511 C 0 75.01DU"I NCI7.510S.0 S I .16.01,9w MEDIUM 0ISTINCT7 Y04 .0 .14.0FINEIFNINT0 V115 .0 .16.0PH I EXCHANGEABLE CATIONS BUFF .IME110061 C . 1 . C .MPLE METHOD VALUE ORGANIC NITROGEN CA MG NA 9 09TERMINEOMOMIZON.Dapy"ic" .) T TE c POO ISC11 P 111 G cG G2it c 614 1 0: 17 3 2 5:2 637- 7 2 1 54 . 35 - 50 75 2 1?1- 0 2 1 3 .71:431 : 43o 64 : .0 0. :6600 :1100 2 00272 0 59:314 56D4 02 : 00 ...10.2 .90 93.,a 0 .042 :4 .202 1.2 0.20.210.20 9 7 .40 . . .2.. .. . .. . .. .. . . . . . . .. . . . . . . . . .. .. .. . . . . . . . . .. . . . . . .. . . . ..At P... P2HORIZON-DEPTH(CM .1pp ..A P ,f? : t 37 : 8CI 6 1 0:17 37c 37- ,. 5 750 16 .45523 : 0CIG211 c a 75- 017 .7ll .b26 51 . 0

c,c 0 3. :c.s A3Adns a3iivitia 9 t3snobnd s )Niidwvs 0 1.q .V .m I 'V'W'389 SVN~013)1 a*AA tODA3AUAS 1 SAIA"n zi 3 v a10'r -O .Os3 v0191 Oa .0 d V-"do ('W7)MId3O-NDZIaDW.... .... .... . . .. . .. . .. .. . . . . .... .... .... .... .... .... .... .... .... .... .... .... .... ....so : 91t :690 :1 cg :,go : 29 : 1 I:sa 9OC069 .91 I10la-0tZ .cl1 50 1 ~.s :N, 5r. 9 9a ST _0?6 .0c W 91 . 29-t011 .8Ile- 9 s 1Iz 0? -003NI"aa.lac x VN 9" N390tilIN 1tNv-) .n 3nlVA GaHiam .4 31vis ldwvsI'W:)1Hid3O-NG?IdOH(9001/30)*AdAg SNOXIV3 31OW39NVHDX3-ss9 :)INIVAat" Wntall" Nam"03 mgzi 319V 1 0 .4 ~., SrI'017V wnlo3w INIVA inAiIN31d alawles se -OZ 3 Vai3v %nioaw lrj1IIK3'1d 318VII921 0? -0 d V( S ; '.)4MId3O NUZitnHNo 0131-4 I SLOOd 3'3K31SISN" 3 )ONA1 s3liAom . . . . . . . . . . . . .. . .. . . . .. . . . . .. . . . . . . . . . . . . . . . .. . . . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . . . . .. . .. . ..0,4 A113AVW30314111vulsVS A VOI -Ss 9 13 ItIslow w1biv"3AISSVW ValO .t/O .CdAO .01 UV311 SS -9c 9A)0019 dvinvNvqiVtj3QOW CHM03 I ' A . A Va WWI Ills A eloi N l . )" 1 1' N" 0 0,lvnovbe cc -02 VAmpiac) .j mvinoNvians g w t(IbvinNVbg3stiv" AV31A 3Nvol ills 0 ZIO MA Ot ivnovbg Oz -0 d Va 3uni3ntusi ;IunL~ntsis adnix3i I dnni"AtivaNnoe No zimom IWIIHidW s N NOZIdOHS3 XDIHINOZIdIMDS30 311JOdd3IVd3QOW n 43 V, ISS3Nsnc)tAb3d , NGINIVdG " A1 1.00. 3 139VN11d I I ') nd.b33N3A 3 33 I'S3jdX, vidns ,NVI dns N:*S3 j zd NVAlII03dX3 3DV :1 .3 It I13 N 30SWI 1 .3 IVIAnld 3 IVW M13 39itsv :) 3adsONIdOIS 34930) I:)3dSAILNW) 09l' .1ssvl, I_110s 170014 ssnivis 0? .(, 11" S ; N01I I A31331d330Ai00 .1 Is% (9161110SA'41-) oi .n . ng3m 5RS 91, 1L.1 I(-)30nl ) a 5 1~)3gd9N IvV 60 6v . . .. . !__ (N 30 n 1 11 V I-------- -- ----IdolsNOI1V'JlzJtSSVl3 NOTIV301------------------------N-13

ELPHINGSTONE---------------------------------DATE: UF,SURVLSAIPLIN PURPOSEt Y 2 SE .110DEIAILEUPSUNVETY" 'VEHAL K6LO*NA, B .C .4 .A . 111A .11LgTjTUOEC(N ;jj 149 2 27 57L Q N CIT3 33 40 05 TEQRIC MESISOL'19'181 Do6 .0S!bPLEV2N(fSEC)l TYPESELEVATIONASPECT 1160 STATUSS M AL (DEG)tORGANIC EGENETIC MAY .# aGENETIC MAY .& MORAINALEXPTTS .1 VEN ESDEMCRACIETOPF E NDRAINAGE3 UNO , VERY L C, POORLY DRAINEDF IRPE OUI SNESSI S MODERATE WS ITE LOC:'jON; ONOMOUN"'ANrW'I'T ELPH!NSTONE .HSAECMELT PENINSULAHE 0 : 30 ASH412 BOTTO M ADOF FP NAMATZ MENT THE OURL A CMKiANDFIF AT S . M~ TONEMC GVHOaloZUNV W S ANY 5 DARK COOL ED SO A4GSULAAalpoc PAGMENTHORIZON 7 ICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2DE p H T . (C M a) OUNDARYa F so- 75 CLEAR 5.0YR3.0ol2fo ORGANICMATRIX Y .. 11015..5I4A0;.,R x .5AT0 ml 75- 55 CLEAR M5 ;OY03M,014 .ORGANICA I S;Om5.OYR2.0/2 pi .0ATAIX DRY0 M2 55 . 30 GRADUAL-A 5;ROY02~0.'2*0STMS.01-2 IX .0 I *5ATPIX DRY /1ORGANICMASSIVE0 M3 30- 10 GRADUAL Ms ;.OY02;0512,0 ORGANIC MAS53VE1A oVI . IsIATRIX 0 P2 .0/1 .0DRYa H to- 0 ABRUPT .A5 ; .OYR2~01I . jOORGANIC MASSIVE M EAK UM1A EDM5 .0 Pa . /1 .0ATRIX I DRY 0NGULAP BLOCKYc G 0. 20L MASSIVE80MA' 5.OY5 ;R0GY%00f5' I . I ;oGRAVELLY OAM0/1 .0NITROGEN'iMATRIX DRY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZONT41CKNESSDEPT W ( r_,CONSISTENCEROOTS I)0 F SO- 75 ABUNDANT,D ml 75. 55 FIRM ABUNDANTNAPO0 M2 55. 30 FIR ABUNDANTA0 M3 30- 10PLENTIFUL""" ".RD0 HDEPTH(CM55 30 75to- 0.)FRIABLE PLENTIFULN 'R 0C 6 0. 20FIRM SLIGHTLY NAPO40 .5PH AP . 2SAMPLEHORIZON- S TA METHOD VALUE SAMPLETES T METHOD VALUE ORGANIC a XATECAR ON0 f 15:3 ,0 M 2 5:, , 5. 7 21 .5.. 2 S5: :00 .2 : 16 153 258 .00 9.48M3 30- 10 0 2 2 5. "5.6 56 .1 . 1 : 3510 HaS.. 8 240 : .225.223C G '00 : 2002 21 6.4 2 4 S:Y . 23EXCHANGEA BLE CATIONS BUFF .(ME/100G~ C . E . C .CA m(i NA K DETERMINEDP2-40RIZO-4-DEPTH(Cm .)5,17 717 748 3 : :" .9 .7 .5MNa . . . PP Sppm . ppm .0 F1 So: Ts8. 4t 6, : 290 mZ 55-121 .8 50 143 30-6la 7 .a .410toc6 0- 08 11 .5 20 .90 M255-71 : '5 2220 1 02 :90615 7 51706to 26 92 371 . 28.670 1 .82

IV6 :15061C , .: 6c a, . 6 ":1191,6 C V19 9.0 .0 .679 0*9"-Nddn :)*NdS-~ dad"S-6Z 0~ ..'wddN76 :t!t ? :Q ,0,0. 9c0 9 aS99 1a6 ' a.C:Ls,001 : 02 1 is , n'alst92 :a 6s :a 96-16. 60VZL esv-1v O :aTisvas -sc 9 o * V4 v or 1?-g. I91 26- a, Z. C6941 :ca s- 0 .C 6z . 9 or-E IC -I2 C6-61 9 05 .0 01' 0 d3V* .dC.'31S mIdN390011N 6G :Ist-tt 9 onmiaw a ..IV31"3HIas,) :)11 c :a~ S9 . cz .01 :1010,U :Gc%VON1 am 8 1 11ellS-Ic Ssle-05 19 m IVOV60ISO6 N O :) YM3 i .I Q3NIHd3i3Q X4*WD)HId3G-hOzIuOWN 0" V :)iOooto3w)-A=tne.SNOIW) 3-[BV39NVH7X3.... .... .. . .... .... . . .. . .. . .':cIa :4 001 :00ta?so 322 rL4 .99 a" " 2.raa4 U-19 I-VAH 09.41.1 . It -40a1-9 a a oz -0% 3 NO9hV3 OdZ MdI=VIVOso 96 :01 go : va*tC.67. . .. :) . . . '3 . .1.. . .. .. . .. . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . * INV 0 3r1lVAAVIS 3niVAaDH13v4 IdWVS. 5 1I l"ISAHd('W . :))HidIQ-NGZIbOH.. . .331'dv"'Vss..DO V9H 3VOoV1O;Nt1A%t1L IIN.ni"a d 01 . NOWWO3 318vitial -001 ?S9 3O*Gls-LAO N ;gI :) .n103w I I a aNOWWO3 A3A 316V 1"A 001-ZL ISO 3.. .... ....IllsIs"Vol wwol Ills.. . . . . . . . . . . . . .. .... .... .... .... ...I S3'1iIOW. .... . ...,As I O!"X I tl!vw3AISSVW"Val 1/0 ADO S3AISSvw Nvol illsAMODIO dvinONVOnS , W31, 6,53 , a .to 0 AW3016 OVInONvansw nl,,a .-ONOUIS 01 3AVU300HOINVOdOOQn3SdAX2010 tivingNiens,,wnioaw 0VU 0 " MTo"AuDoig,tivinoNvans3NI oi . 1 wIv n 033 d3cowI 3uni3ndis 3uniX31 z anolo3 I dnoio :)O'f#/O'LAO I ;g" IN 110 d.n 1 3.103 .4 inAiINIld 3lawl"A at -SS UH VJNVONnav alawl"A 99 -IT w. 0INtVAIN I A 3AIINVONnav "tilzi LC -a? 9iNvasnew 3-16vla .4 OZ -0 d VSS (W34HId3O NOZIUOH.. I S100d ... .... . 32K3J.SlSNn3 a )MMA.. ... .... .. .. . .. . . . .0MO/9- :19tz"-001 CSOA!'1OW .XA1OIVw9 /0 V ivnovtls 00(-?t ISO 0bV31DIsla" xIdLVwtIT3" at .59 GH VIsla" x1tily .0-1/0-EAS-Z dV3-1'3 6% -tv am 00 /9"AS XIM IdnafAv IV .0a 90-2"'. -11A - I'f ow xi o l o w9*t/'S*2t1A0t1'0I V OZ -0 d VAgVONnO8 jZ14HAd9O NOZIbOH021tiom 3 'AIIHLNO!Idld3S3G 3IIAOddS3n'10WAVunHdins,3Hl.,Ndisoog"("Zsgi!)OaNvllSOND03MI,IN H:) 0 d a 0a n tJV s31n?ni N'WHI11 to NOSON RRVIISS .3 ~ IV I I a 3 .3S-1NO 3AVM iTHi LtJVdV SW!) 01 01 r2 SN3Vb,3 I II .IAHSI"AadO NIMM v Yd 11 6 A13010 SVHVNO?lt$OH D VHIINVOtIO S St 3SVHd N211"IAISSW81 3 0 1103H I3XAO AWS A 1 VONnn3AD HItION Sd313W 001, ONV OVOM 33MRW3 10 IST3 SM313H 06 INOEIV301 d 9LIS3LVd3CO. , ISR3NSnalAd3d " Nv nij 003NIVdO AldOOd OlS 13OWNI I :' 0 d53ION -1VNOIIIQGV1,13A31 I-S!3~d :3 33VItJnSjAnij I, ;'is :'5i~gN39Ills I :) 33oSIINn 3lHdVdOIIVbIS d3oon-bOdONVI ---------------- 9Ilzos lVGOwisnivis t, ;3(W ; NOIiIA313X31d"no 11dAl0 1110%S N(916t)10SA319 '3lWnH 093M oil SS 2?1 1"N 3OnTPJN0bd1 0 a I9.; VO 61,13 A iiiiNDIIV'301-9-Y-d I 'V'W")'g -VN*013)4 11-4 tIO113AA'lAt,ng O'll.11130 I3SDdund,ON'1l A . I.VSdnq 9 3A3 tin 1 3 wo-----------------------------33HSV43

EMBREE UNIT TYPEt SERIESDATE ------------------------------------------------------OF Sllllll~ylRVEYOQI PNS KELOONA ..A-P11w 6 P U. PO s, I DETAILED T . ll .VE VSUS .C .M .A, & R .A,S,LATITUDE(N)lL 0 S W,3e4GllUO .l 122 49 05 49 13 44 0 REGO MUMIC (,LEYSOL41978) C 2 0ISECI-5 TYPES C . 10 P LFGENTLY PELEW-71ON EC Slo 1 STATUSS MODAL SOIL LASSI UNDULATINGSPEC e ;,CLAST!C It SLILTYI UVIAL VeL*AT . . I.S . .SURFACECP LDRAINAGE$P COV NESSIIOUsPOORLY DRAINEDSLO 0SITET,LOCATION MTER$ wES! OF THE KING GEORGE HWY AND 150 METERS'1 800 MESOU CLASSIFICATION OF' I I SEM RNA P CNTINE Se is PSALINE VrP .T HIC:N!SS HOAIZON M Y CULOUR I TEXTURE STRUCTURE a CONSISTENCE ROOTS IMORIZON DE T ( M) SOU DAR0 mas 35- 57C Gs 57-ASRUPT 10,0'1112;5,1 ..T. ..1I 01 ;52 A; 5Y : .ol2 , S 0PI ot TORGANICSILT LOAN MASSIVE.. .... .... .... .... .... .... .... .... .... .... .... .... .... ....N 41FOIAULII LYSL 16 . 1 PLAS TIC.... .... .... ....FEWF EW.... .... .... ..A P 0- 20 ABRUPT 10 .A ;pOYR3 I . ;0012;0IsC 6 20- 35 ABRUPT to OYR4 10/2 0,A ;RI . No is ;SILT LOAMSILT LOAN6EA I KVERY FRIABLE ABUNDANTHEGRANULAR IMODERATE SUM FRIABLE PLENTIFULWEDANGULAR P BLOCKYSEUDOFR14AOBLEHORIZON IMIC KNI:T . MOTTLES I FIELD PHof IA P o. aoC G 20- 35VERY STRONGLYF" FAINT AC 1 0:'.LTACE XTRFMELYI Da mas 35- 57 EXTREMELYac 1 0C Gs 57- COAMON ST C7 IEXTREMELYACIDVI OM014.0PHYSICAL & CHEMICAL DATAEXCHANGEABLE C:TIGNS M 8U :F .4VElIO:Gl C ET ' AM ' NEDSAMPLE METHOD VALUE ORGANIC NITROGEN CAND E IMORIZON-DEPTH(CM .) STATE C A PBON IA P 20: 20 29 26 7:27 a: 2,3129 00:5* 4 : .., 7 6 :668 34.1 3.3 3 : .495 :34T 23 :90 1.. 35 . 35 5 2 3.71 .98.651 . 925 1 9 5. 7C Gs ST . 7 2 3.1 2.35 .151 .94 51 .65 7 2 0. 4.. .... .... .... .... .... .... .... .... .... .... .... ........ ........ .... .... ........ .... .... ..ELECT CONO . 01HOPIZON-DEPTH(CM .) ImmmasIc . ) RPM.A 0 0: 20 2 37 17 :0C G 20 35 3 : a 4 00 'ASS 31 : 57 10 .23 890 .0C Gs 55 .6s 4 .2

EMBREE UNIT TYPE& SERIES..... .. .........DATE OF SUPVLYS 5S m r , U SEA PLIN P RPO 3 DETAILED aSURSURVEYOR : PNS KELOWNA, B .C .M .A . G P .A .B .VEYLATITUDE(N)t E "t.22 49 0!, 0 C2 .0PRE LGENTLY 0 PLELUNGITUON((SeC)3 14 ~5V* YPEsE EVA C SIG T ION 404 ) 2 2 TAT St MODAL UIL ' CLASS3 UNDULATING. T, SPEC CLASSIC . 13 SILTY LGENE OAT E . .ES I .' I EVeL VIALSURFACECPLDRAINA V DRAINEDEPEP IOUSNESSI GE1 POORLY MODERAT!!2!:!= .t2! :!CLASSIFICATION PHASES SALINL .THICK7EMS HOR4ZON CULUUA I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DEPT M YC ) BOU OARA P 0- Is ABRUPT lo ; gYR3 X ;10/2 3 ; 0 SILT LOAM "~DNI MA I isRA U' ULA .c 6 Is- 45 ABRUPT0 HB As- 51 ABRUPT'O*OYR%O .AT. IA UIST 12 O'o .A ;. oy' 1'2*0*" . .OIS;o11rAV C SeSILTY L CLAY OAMASSIVEpOAI SMATICPSEUDO RORGANICMUCKY42 ;20 1 :2 ~ 012 0 1 s ; oA MISS 57- 73 ABRUPT: t :CLAY LOAN 006 IENGU a OLOCKYC GS 73-.A 'o ;AoYj R%00 'I ST I'DCLAY LOAM MASSIVET04ICKNESS CONSISTENCE RJOTS I MOTTLES I FIELD PHHORIZON OE p T 14 (C M IA p 0 . to FRIABLE ABUNDANT LSTRONGLY ACIDFINCOMMON 0 .C 10- 45 FIRM P-E Iff IF JL VERY Cl STRONGLYIN ENT . .,6 . . A DP0 Ma 45- 57 FRIABLEACID EX TREMELYA M13S 57- 73 FT.C .1 TEXTREMELYpLAS lamACIDICC GS 73- STSCKY TEXTREMELYPL AS ICACID

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ERROCKLQ4CI 22DATE OF r SURVEY1 ISAMPLIN 2 PURPO SE ISEMI!bETAILESURSUVERYVEOPY 1HAL KELOWNA* 8,C .MA. S UP & R.A,G,LOCATION CLASSIFtCAT ON L E------ -----LtILTOOgel%j . 1449 13113 38 054 GLEVED UWTSTEIN 0 FER :Q :HUMIC POOZOL(197 c 3 . .0TYPL90 PLEXTU ON 1 (SEC)$MVAT E SION (M)t 200 SIATUSS ~O AL U LCOZEM ;,CLAST!C It GRAVELLYGESCnIC,kATI :1 :LDE p OR FL GLACVLDRAINAGE U : IMPERFECTLY S 0, DRAINEDNO p F3ULRPEVIO F SNESSI . ODEQATESITE LOCATIONS 400 METERS NORTH OF STEELHEAD, MISSIONTREE FARM .--- ------------THICKNE.SSnE I 4C ).0-U42011Y80 OARCOLUUR I COLOUR 2 TEXTURE STRUCTURE IL Is- 13 ABRUPT ORGANICHF 13- 0 ABRUPT ORGANICMA E 0- 7 ABRUPT 5 OYAS R o/AT.0Y.S IX A.Ols '1 W.0MATRIX 0 DRY 5LOAMYSAND WEAK TO MODERATESUBANGULAR E M SLOCKYB HF 7- 17 ABRUPT 5 OY"2 0" , 0SANDY LOAM MODERATEMA; . 111 Y...O, X 40 15 TSUlO!U8 NGULAR OLOCKYMZT21X ORY4*0SANDa FC IT- 25 CLEAR 474a YAS X AO/NoLO SAND MASSIVEA I OIS 5;. Ol''4 x .o O,8 is ; 0GA AV My ELLYM2TRIX DRYS8 CGJI 25- 35 CLEAR 12 M ; 0y :5 4 0 .0b ; QMASSIVERl Ols GRAVELLY8 CGJ2 35 . S? CLEAR !2 ;0YR5A9/b;0MASSIVERIX Is MT A CLLISINGLE GRAIN.. . . . . . .. . .. . . . . . . . . . . . . . . . . .. . .. . .. . . . .. . . . .. ---- --- ZEM ; ; ; ;Tl ; ;-- ---- ---- ----YHICKN2!S , STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES IAGENT/OESCRIP .HOPI ZOW DE T ( )C 6 St .GRAVELLYL 15- 13 PLENTIFULHF 13- 0 VERY FRIABLE ABUNDANTA E 0. 7 FRIABLE ABUNDANT8 HF T. 17 FRIABLE ABUNDANT8 FC 1?- 25 VERY FIRM FEW FE NEINDURATEDTCON INUOUSF' FAINTa CGJI 25 . 35 SINGLE GRAIN VERY FIRM CO!MUN STOONGLY OCEMENTEDC N T INU U SFl DISTINCT E7 .5 YAS.0/6 .08 CGJ2 35 . 57 SINGLE GRAIN VERY FIRM CO M)IMON STRONGLY . CEMENTEDCONTINU USMe D,!ST%N~TUM5 0/6.0C G ST . LOOSE FEWEDIUM F ATN 7. 0 .09 22PH 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE OP(jAN IC NITROGENHORtZf)N-DEPTH(CM . I STATE ST A N YTECARBOL 15 : 13 2 a 23:5566 :00 1 :424:0 3 167H F3 01 2 2 3 aA E..2 a 2 3 .5 .21 . .08 417 2 1 5.0 1 . 91..35a FC1 1 255.5 2 45.. 2.32 98T00 2," CGJI 2 3S 2 1 5.9 5.0a CGJ2 r 35- 5 S S7 25.7 2:5. :6'.1 S.7. 5 .... .... .... .... 2.... .... .... .... .... ..... .... .. . .... :'C.ANIIAILE C111UNS ---- BUFF --- .(ME/100G) C . E . C. COARSE FRAGMENTSCA M(l NA K DETERMINEDP2% VOL GRAVEL COBBLESHORIZON-DEPTH(Cm .) P., pp M . Xppm.%3LF15 : 13 :29132: .l 66 :71 113 :0H10:,5 39 2:470 97 601 :92'36 .0 6 E 3- 07255.AB HF07- 1 7 76569 .3 - --27 .2 b 0 1 3 :30L5 1500 FC JI.8 6 .035 1 9 - 50 3 10a CG 11 25 : 25 35 .1 9 .. 8 2 .04 8:8 2 :,I 20J,.0 .4~1 4. 2 : .o 8.00 4.0 2 0a CG 35 5 ST .18 .01 .0 3 :022 0c G 7 .17b 02 51.117 .0 79 .0 14 .8 so .0 zo..COARSE FRAGMENTSSTONE%HUPIZON-DEPTH(Cm .)L 1IS : 13HF3 07A3 E HF 17 0- : I17,BaFC CGJI 2 7 _ 33 5 5 S 2 10 .20C CGJ2G5 5 : 577 20

EUNICE ---------------------DATESURVEYOR$ - .L "LO .11A . B .C .M .A . f, R .A .B .SAMPLING F SURVEY' PURPOSES 11-1!911TIILID SURVEYOCATION CLASSIFICATION !~20ELATITUDE4N ;:,LON 122 49 IT 31 4*3 55 0 TYPIC T SFULISOLIPREC17SUISNI(SEC)tL VATS TYPEI SI '0'0 .PL5'978'I!e E ON (MIS 200 STA U I DAL SOIL CLASSI STRONGLY SLOPING!!t!n_t!!!!!AL -------- & LANDF2RM - -66:rllC :Al;:.., OQGANIC GENETIC MAT .1 BEDROCKSU FA E XP v E N _ ER!=MA NAGEI RAPIDLY DRAINEDTYPES UNOF LOINTRUSIVE ACIDSLTI,L?CATED 2400 METERS UTHEIADMINISTIIAIION E SLOG, C . USVQESE :PCH UFME R L ' 13SIRFj:o :ALONLY NOR" I N E OF. S L It I TH H 15 HUMI CELLOANGALT MYCELI . E NICIN r E Cow.!FCO:L .TMI CKN2SI NOR4ZON U V COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DEPTH( M 80 DARLF 11- a ABRUPT ORGANICN a. 0 ABRUPT 5;. 0YR2 4. 0fll iO ORGANIC FRIABLE ABUNDANTMA I . I ,A E 0. 4 ABRUPT OYR4,511*5A IS .0 STMA5 ; I IVERY MSANDY LOAM :EA :FSUSES A UL,S . . . C.,VERY FRIABLE ABUNDANTPH I PH 2SAMPLE METHODHORIZON-DEPTH(CM .1 ST A VALUE SAMPLETEST A METHOD VALUE ORGANICTECAR a 0 N " NITROGEN1,LF 11a : a022 4 3:9M2 2 43: 26 a4 3 1 5-3:939 ' :!' $A 9 0: 6IS 4.... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS SUFF .(ME/10061.... .... ....C. E. C.CA MG NA K DETERMINEDMORIZON-DEPTH(CM P, P.M .LFa11a: 1,E 0:A15 .07 3:56 : 3.1 . 2 : 60.11 .23 2 44 3 1 6... :0'.... .... .... .... .... .... .... .... ....P2 ' . SP..CU . . ZNDoPP PH679 . 08.3 95 .02 '8- 3 1 .3 94 .0a 18 .3 71 3 a3 4 : 6..

FADDEN UNIT TYPEt SERIES. . . . . .. . . . .. . . . .. . . . . . . . . . . . . . .. . . . .. . . . . . . . . .. . . . .. . .OFGSUPVE:MTEPLIN PURPOSEI6 SURSURVEYORS HAL KELOWNA, B .C .M .A . & R .A .B .05 Y : ULTAILED a VEYLATLTUDEE(N!lt 14 ; 03 02LON p C17UD 2 11 46 0 ULEYED GWAYLUII : ..LI1978) N (SEC)$ 5 1 0ELEVATION RE Sto (MIX YPE : CO PLEX6 TATUS -' .U-N MODAL $0 LSPEC CLASTIC 'k It SILTY aIGENE ; C L INESUPF C E P LEVEL CUS'pOPAINAGES U 0 St IMPERFECTLY . 'V DRAINED11 FFIPER V 10 U SNESSIMODERATE 0SITE TH E LUCATION8 E 5 EoI METER tEST B OTHIN TY90 ION OF SU .AS2 OF JUNCT MT RD AND HWY 401 .ER AP EV ALAN 5 IN HE 11 CG. . . . . . . . . * . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . * .* .* . . . . . . . . . . . * .* . . . . . . . . . . . . . . . . . . . . . . . . . . .PRO ILE DrSlPl . . . . . . .THICKNE!SHORIZ O N O f T ( IY HOR4ZONBOU DARCULUUR I COLOUR 2 TEXTURE STRUCTURE IA P 0- 20 ABRUPT'0A ;llyl~X%"'S0 1' ;0lo .oyR4 . c) /I .oMATRIX DAY 5SILT LOAM STRONGFUINES BANGULAR SLOCKYA EGi 00- 30 CLEAR '~A; 1 0 oYP5; 0/3.0 8 Tz; 5Y5.O/2 M no SILT LOAM ON GRIX IsMA RIX 0 1, ME S TRMVSANGULAP 'U BLOCKYBA 30- 47 GRADUAL I0 M T.OYR%0/2 X ;0 SILT LOAM MODERATEOA RI UlsE IUMP S TIC8 TGJI 47 . 87 ASQUPT 10A;O015YR%O/2.IX 0SILT LOAM 0iCSOARSE TO MEDIUMP SM TICA HUT 87- 95 AGAVOT 40 ;OY:3A RI MOIS .O ."foSILTY L A0 MCLAYSCOARSEp P, S M ATIC8 TGJ2 95-120 AB :tU0I 10 OYR4 RAT 1 1 . ;1)'12s 0 ;o11 c 6 120-150.. ... . .... ...0 .12.N.. .... .... ....THICKNESSDEPT . (Cm I STRUCTURE 2.... .... .... .. .. .... ....CONSISTENCEROOTS ILOILTYAMSANDCLAY.... .... ....MOTTLES IONSTRONG C Ap 0 I RSEMATICS N LE GRAIN.... .... ....CLAYFILMS I.. . . . . .. . . . . ..A P 0- 20 STRONG FRIABLE ABUNDANTMEDIUM 6 SLIGHTLY HARDQA NULARA EGJ 20- 30 FRIABLE ABUNDANTFEW I NEDISTINCT7 YR5.0/8 .0BA 30- 47 STRONG STI PLENTIFULCO A'F CKY 4 A ABLE FINE PROYSU3ANGULAR RSE OLOCKY PLASTIC R 1 .5y" MIN!Nl 05 /6 .0COMMON13 TGJI AT-c A Q 8UN " NITROGEN

FAIRFIELD UNIT TYPES SERIESDATE -----------------------------------------------------:""'OF r,SURVE MAL KELOWNA9 B .SIMPLIN PURPOSES Yl DETAILED 70 SURVEY SURVEYORSLATITUDEIN)lL a r _ WI,492 07 12 GLEYED ELUVIATED MELANIC BRUNISOL(19?6 ISANGIT 12 17 46US NIISEC)lTYPE$pELEV41100N SIC (MIS 026 STATUS$ MODAL SUILCO4MPOLEXSPIC ;,CLA.SI!C A . 11GE.EC7Sl.LTYF UVIALSURFACE EXPRES .8 LEVE L ORAINAGE1 IMPERFECTLY DRAINEDR UNO F , Me UPEQV 01 USNESSI I MODERATE of "SITE LOCATED NEAR HIGHWAY OVERPASS OVER C .P .R . NORTH OF MATSOUI VILLAGE .HORIZONT ICKNESS HORIZON COLDUA I TEXTURE STRUCTURE I STRUCTURE 2DEPT N " ( CM ) eOUNDAp YA EGJ 27-A P 0. 27 ABRUPT I0 T, 0YQ S %, 00'2 ) ; O SILT LOAM MODERATEMUMED A I ... IO . F . INE0 IX IS1 0.. 1 02 .5/5 .5 us LA LOCKYMATRIX DAYA EG:J 27- 37 GRADUAL IO IS T OYQ5 , X . S.2 iO SILT LOAM MODERATE, sumS ED1A OY I .7 . O'S la .sUBANGULAR BLOCKYMATRIX 0 DRY 09 TJGJI 37- 57 GRADUAL lo ;OYI15 012 OSILT LOAM wEAKSUMMODERATE C 5. . .0 T.HARDJA Dypb I .0/2 I S .5MP ERISMATSCSOU Ap B ANeGULAR SLOCKYMATRIX 0 DRYa TJGJ2 57- 75 A19RUPT 2 5Y5 .0/2 ;0 SILTY CLAY AllI .ATETU D UA .5yIX .0 012 .0ILOAM'.riNCODEREPRISMATICSONUSANGULAR BLOC-1MATRIX 2 6 DAY /11 ac 75-100 DIFFUSE 2 ; $Y*.5/2 . ; 0 FINE SANDY MASSIVE04A RIX Of T L A M11 c G 100-12? CLEAR S;OY5 .0."ZgoMA RIX 01 T FOINE SANDYL A MMASSIVEIII c G 127-175 Io .0Y05 , Q ., 012 ) , 0 FINE SAND SINGLE GRAINIx is.... .... .... .. .. .... .... ... . . .. .... .... .... .... .... .... .... .... .... ..THICKNESS p T14, CONSISTENCE QODTS I MOTTLES I CLAY FIL04S IHORIZON BE (CMFIRMA P a . a? ABUNDANTMAP 037PLENTIFUL COMMON F"a"M O.'U"NE .T7 .5'. . .014 .0a TiGil 37- 57 FORM0PLENTIFUL CrommoN -1) 1MANY t,HA" PPOM ~5ypU I MNENT.0"6 .0 ON UNS T N E D FACES-7 4PEC I F I EDa TJGJ2 57- 75 PLENTIFUL COMMON IMANY T,HARD PA SS UMIN,. 0011,!NT S. . ON PEO FACES.5 Y P4, 5 S e I/ U P C F I ED11 ac 75-100 FRIAOLE LI, V . .no FEN OANY Me U .'VEN't'N5 HYLPPOOMIINENT5.0ya3.0,13.0. .. . . . .... .. . .. . .11 c 0 100-127 FQ I ABLE, ..goFEN MCCA)N YSL GHTL PR ARSE7.5YQ4.515 0 MINENT.0III c G 127-175 LOOSE FEN MANY C A" 0 0 PSE IN ! NT10 R.0YR4 " 00,3 .

PH 1PH 2SAMPLE TA MLTHOU VALUE SAMPLE METHOD VALUE O :GhNICX NIT :OGENHORIZON-DE PTH(CM .) S TLTATE:C PSON0: 273 37B JGJI 57 57 7811 7025 0 2 782412 4 .98b24ol2S . 4506TJGJ2 SC21 t. . 7 245 .075-100 7 51 5 .8624.05.E C,j111CCGG 1Do7:1272 1, ?04 :4526.0 5 2 1b .0 2 55 :20.. .... .... .... .... .... .... .... .... .... ... . .... .... .... .... .... .... .... .... .... .... .... ..EXCkANGEABLE CATIONS UUFF .(ME /1006) C. E . C .CA MG NA K DETERMINEDP2 , .ZN, . WNHURIZON-D EPTH(CM .) P,.M . Pp : R . . CU PP . . pp RpmA p 2T0: 27 9:84:,17 5.6 .0 4.6.0 .1 .4 22 :I7.87I :b4I 3.2401 . 9 2311 . ;, '09 . .b TJGJI 37- 57- 57 0 9.27 8 2 1 7 2 4 62: ' 1 2 .1B Y 2 75 2 421 :1 BC JGJ1.b 5 1 7 A 4, 0 :4 ,7931 0.3 8 .6 :7175- 00 4.67 1.27 :16 :15 9 . .4 .a4 1.8 3. .0 6 ' :.311 C 6 100-127III C 6 127-17522 . 9 5.86 :06 5:1 7 1. . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . . .. . . . . . . . . .. . . . . . . . . . .. .. . .PARTICLE SIZEf%)TOTALHORIZON-D EPTHIC4.1 SAN D 6272TU 2UUCLLAY TUYCLAYS L7 TA 0 ALPA E C, j 272-1: 07 231 JGJI 37- 37 57 1 71 0 10.13 8 JGJ2 57-11 TSC 75-100c 6 100-12711 1 c G 127- 1 75

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FAIRFIELD UNIT TYPES SERIESDATE M 1. OF , SURVE63 ED SUR SURVEYOR3 GGA KELU*NA* U .C,M .A . 6 R,A,B,SA P IN PURPOSE9 Y1 UETAIL VEYLATITUOEIN11G orLeQ NCITUUN17SeC, . 122 49 08 16 00 02 GLEYEO ELUVIA7E MELANIC L IL BAUNISOL(1978 YRES05COMPLEX G 3 .0LEVAT C SION fM11 6 STATUS MOD A so 1CLASS$ENTLY UNDULAYINGPESPEC T, . CLASTIC M . It SILTYGE E AT 0ES I .S F L C UVIAL LSURFACL NL C XP L VEDRAINAGEIRUN C, FF IPER V TOUSNE SStIMPERFECTLY DRAINEDMEOI U MOD E RATE MHORIZONTHICICNESS p , "DE T (CHORIZONBOU 14 DAR " COLOUR I TEXTURE STRUCTURE I STRUCTURE 2A P o- 23 ABRUPT1040y" .A .0,11*510 .01'" .5 . 0' 12 T.0MATRIX DRY 0A Ei 23- 35 GRADUAL 10 ..;. OY115,012;0 . .a MGJ 35- 55 DIFFUSEsc 1 S5- 80 GRADUAL10 .01.1. I . 015 13 .0MATRIX DR Y 0SILT LOAM MODERATE MSOIL7Y L CLAY1,EAK p TyAM LASUBANGULAR EDIU BLOCKYMODSPAYE m UM,o*o,R5,012;0M.T .1 Ul SED10 .046.513*0 5UB INGULAR A BLOCKYMATRIX DRY!Of:y:,MM;O1 : . OYRb . 033 . 0MATRIX DaySILTY CLAYL 0 AMMASSIVEec a so- 96 ABRUPT !O ; 2YpS 4 o/t;O VERY YF LINEMWEA"' ME U.10 A.0'.,.. IX 01/3 .0SAND CA0 SUBANGULAR 0 BLOCKYMATRIX DRYV.EAK , JU,SUBANGULAP ED BLOCKY11 c Gi go-. . .. . . . . .. . .. .FINE SAND. . . . . . .. . . . . . . . . . . . . . .. . .. .. . .. . .. .. SINGLE GRAIN. .. . .. . . . . .. .. . . . . .. . .. . . . .. . .. . .. . . . .... .IZ .. 1HICYNESS p . . CONSISTENCE ROOTS I MOTTLES IDE T IC IA P 0- 23 FRIABLE PLENTIFULA EJ 23- 35 FIRM FE . FEWNEFlF A INTa MGJ 35- 55 FIRM FEW COMMON ol10N Y UI, R ~ .0/6 .0ec 1 55 . 80 FIRM COMMON D23 :5 :45410M UM R S .0/4 .0:bc 2 so- 98 F141ASLE COMMON NElOF! OYRS.016 .011 C Gi 98 . LDOSE FE*F~ FAINT I NEPH I EXCHANGEABLE CATIONS BUFF .(MEOPIOOG) C . E . C .SAMPLE TA METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDHORIZON-DEPTH(CO .1 S TE CAR a 0 N X XA Pj30A 1 ,8 : 03 30 : 022a Gi 35- 25.. .51..a40 2.2 . .20 .10 209:5sc M 1 55- 5 0 2 1 5:b .70 .07 69.8 2SC 2 so- a a 26.9 0 .1 1 :80 . 20 : 10 . :10015 .211 c Gi go- 9 2 1 5b .2a1 .80 80 .10 .00 5 .1.. . . .. . . .. .. . . . . .. . .. . .. . . . . .. . .. . .. .. . . . . .. . . . . .. . .. . . . . . . .. . .. . . . .. . . . .. . . . . . . . . ..0 23 352r5 :060 33 1 a101 "0 4 20:30.MORIZON-DEPTH(CM .1 P . . -2 ppm .A 2 . 0 23 1 .22 :00A EJ Z ab MGJ 35- 5 11 .2 aBC 1 55- so5 8.4 as 3 5: .0ec 2 Bo- 98 9.0ll c Gi 98- 40 .6 ToNO

'FAIRFIELD UNIT TYPES SERIESDATE 0 ---------------------------------------------------SUR SURVEYORS Y HAL KELO~NA, B .C .M .A . 6 R .A .B .SAMPLING SUM"':Y1 PURPOSES DETAILED 66 VELATITUDEIN ;I,LONGITUD ,122 19 010. 47 17 0 GLEYED t ELUVIATE MELANIC L a L SQUNISOL(1976N ' ISECI .5 11In IIR ELEVATION C SID (M)S I STATUS MODA 0 5 ICLASSIC400 PLCUNDULATING XSPEC CLAST!C A It rSLILTY NPECT : ICLA"!C MA It SLANGY FGEN iE C 0 E . T RES I . . VE UVIAL ,Q NE C 7 S UVIALSURFACE P NE . OOAINAGEI IMPERFECTLY DRAINEDUN . .MEUpPEPVIOUSNESSI : MODERATE Sl MTHE A EJGJ IS SLIGHTLY VESICULAR .HORIZON I'm DEPT ICKNE:S W I ) HORIZO:Y BOUNDACOLOUR I TEXTURE STRUCTURE I STRUCTURE 2A P 0. 15 ABRUPTM. 10 40YR4 1. 40"1"OSTSILTY 0 CLAYL AMMODERATEUMSED USANGULAR I BLOCKYA EJGJ Is- 30 GRADUAL 10 .DYR440/2;0 SIL TY CLAY MODERATEMA T14 O 'UMIX isL AS ED USANGULAR I BLOCKY0 MGJ 30- 55 CLEAR 10 .At" .CYRA..0113.0 Ix Ols IrSILTY CLAYAid91 C 6 73-OYR5 5.02 0'o A; RIX GIs;MODERATE IUM TO COARSE'I'D SUBANGULAR BLOCKYSIC 55- 73 ABRUPT io OYR4 5/2 0 SILT LOAM MASSIVE WEAKTRIX MOIST SUBA DIUM NGULAR S LOCKYSAND SINGLE GRAIN.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICKNESS CONSISTENCE ROOTS I MOTTLES INOR IZON DERTHI C M IA P 0. 15 FRIABLE ABUNDANTA EJGJ IS- 30 FRIABLE PLENTIFUL COMMONFI NEa MGJ 30- 55 FRIABLE PLENTIFULF TNT*SYR&.0/4 .0M&Ny IEDIUF 1.7TK .0/4 .0SIC 55- 73 FRIABLE PLENTIFUL MANYFINE 1 TI .Cy05 OSYR4.0/4 .0IS C 6 73- LOUSE FEWFEWF1 WePHYSICAL & CHEMICAL DATAP. I PH 2SAMPLE 5 AHORIZON-DEPTH(CM .) T TEMETHOD VALUE SAMPLE S,ATEMETHOD VALUE ORGANIC A 6, N XC p 0NITROGEN5 3 2 42 :230 1PEJGl 105: 11 5:6 .5:319 .10a MGJ 30 . 55 S.,OC it 155 ?3 2 1 6.102 4 5.5 .23 58:0.467 1: 2 3 6.3 2 4 5.3.. . .. . .. . . . . .. . . . . . . .. . . . . . . . . . .. . . . .. .. . . . .. . .. .. . .. . . . .. . . .. . .. . .. . . . . . . . .. . . . ..EXCHANGEABLE CATIONS BUFF .(ME/100G) C E . C . .CA MG NA K DETERMINEDHORIZON-DEPTNICM .) "I PP. . P2 Pom . 6 PPM .A 01 JGJ1 :2 125 :06Is 0: .115 .:3 4. 1 :44a:11, 1 :11 5.11%j C 6 30- S5. 55 73 A 4 .38 .?e 1 .0:35 153 .5 S: 10 .a :111'2' .0 1 .52 1 .5 .0 1113 0 869 .0 .0573- .7 . .01 .07 2 .1 2

FAIRFIELD UNIT TYPES SERIES. . . . . . . . -----------------------------C1DATE SAMPLING OF SURVEYS PURPOSES DETAILE 61SUMSUPVEYORS VKC KEL .04NA, B .C .M,A . f, R,A .B .VEYLATITUOE(N)f e I W',LaNo[ 121 49 191 28 05 GLEYED ELUVIATED MELANIC BRUNISCIL(1978 %ELEV A TION TUD IMIS 13 TYPES CO-OLE I'D Y57ATUSS MODAL SOIL CLASS$ GENYL X UNDULATINGSPEC Ita CLASSIC MA 13 SILTY F SOEC,,rIASI!C r18 SLANDYNE ;jC eXT.jS. . VLUVj'L E . F ME C M T UVIALSURFACE p ENE ISDRAINAGE& U 0 F MODERATELY V*ELL DRAINEDN F IUEQY OD $4 SLOpPEQVISNESSS M E ATEMOSSIZUNTMep, I CKNISS .,C , 40RIZONm BO.NDA Y COLOUR I TEXTURE STRUCTURE ISTRUCTURE 2A P 0- 17 ABRUPT 10 ; OYR3 4012;0 SILTY CLAY MODEPATfiA PI x 4 ? 401S LOAMSEDTUUBANGULAR BLOCKYa Moil IT- 35 GRADUALSILTY CLAYMATRIX 10"Y"4 45'a 0114 0 L 0 AM *EAX SUBA-GULAR To MODERATE OLOC-118 MGJ2 35 . 65 CLEAR . 12 ;:YR5 4013 ; 0 VERY FINE WEAKIx is SA N 0 Y LOA M M SUBANGULAR EDIUM GLOCKY11 ce 65- !O ;SYP5;813 ;0A IX isLOAMY SANDSTRATIFIEDSINGLE GRAINM..IZ.NTHjCXNF!SDE T (C. )CONS ISTENCE ROOTS I MOTTLES I0. 7 IS OLE FGil 17. 5 0 OLE P NTIFUL COMMON,O!S'IS~T0 0 P 0/8 .00 MGJ2 35. 65 FRIABLE FEW MANY 1) 10 ISTIN~T . pOV 5 001~.O11 CIS 65- VERY FRIABLE MANY 01STIN a ~ T10 .0y 5 "11 .0HOPIZON-OEPTHIC M.)PH ISAMP TA LES T EIaPGil 0., : 3172 5 1a "GJ2 35- 65 11 CIS 65 . 2 1VALUE METHOD ORGANIC CARBON K NI TMOGEN5:5 3:365 55 . .06 35as35EXCHANCAGEABLE CATIOMGNS SUFF .(MEINAIOOG) C . E . C .KDETERMIN ED. 37:8159 3:78608 7 : IsO26. T :231a10: 4 7: 05 ! . 12 3.2 . 20 2 :5 104 1.91 2.30 9 :116.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....040RIZOY-DEPTH(cm.) P, PPM .2:0:Gil 13 : 17 S 00 MGJ2 35- 657 :0.11 ca 65- 5 7

FAIRFIELD UNIT TYPEI SERIESDATE------------------------------------------------------SAMPLING OF SUM"Y' PURPOSt' OE1AIL6 IT . SURVEY SUR" . .. . . . . .R-A-s-LgTITUDEC(7:;, 49 '33 STL,NGITUD1 9 0155 GLEYED ELUVIATE MELINIC 11"U"ISUL1191- 11,PE, 2ARLEXPEC SIO N ISECIS . LT CELEVATION (M)l 12 STATUSI MODAL 0 5 ICLASSI GENTLY 0 UNDULATINGSOEC ;,CLAST!C ItG a ASURFACE NE C MEXPOES 1 2 .2SLILTY FALLEVEL UV'0 NAGES IMPERFECTLY DRAINEDPERVIOUS ESSI DE ATEHORIZON U YHORIZON T"IC' DE T (C BO NOARCOLOUR I TEXTURE STRUCTURE ISTRUCTURE 2A P 0- 22 ABRUPT 10 MA ;POYP3;0/2 ;0SOILTY CLAYIx Ols L AM8 Mai 22- 37 GRADUAL I0 .OYQ%9/3 r ;OMA RIX ISec 37- 52 ABRUPT Oyp%0/3TO1o MA ;RIX 6ISA He 52- 57 ABRUPT1MA 0 ;RlXcypa .011 MOIST.0SILTY L CLAYMODEUMATEMAMSCI)LTY CLAYL AMSILTY CLAYL AMMODERATE, USE VUSANGULAR of " BLOCKSESANGULAR I BLOCKYMODERATEMS UEDUSANGULAR I M BLOCKYMOOEQ.ATE. SUBANGULAR EDluSLOCKYFOIDERATEUHEANS B GULAP SLOCKYC oil 57- 77 GRADUAL'0' MATRIXOYA4 .5,14 MOIST.0SOILTY L CLAY MODERATEUAMSUBANGULAR Eol M BLOCKYPSEUDOC Gia 77-SILTY L CLAY MODERATEMlo'oVR4.0/410MATRIX -016DAMSEDIUUBANGULAR BLOCKYPSEUDO. . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . .. . .. . .. .. . . . . . . . . . . . . . . . . .. .. . .. . . . . . .. . . . .. . . . .. .. ..THICKNESS CONSISTENCEP307S 1 MOTTLES I MOTTLES 2HORIZON DERTHICulA P 0. 22 PAIABLE ASU4DANTa Mai 22- 37 FRIABLE ABUNDANT COM~ON7.SYR4.0/4 .0F NFAINT5.oYQ4.w6.Osc 37- 52 FIRM PLENTIFUL CODMON I2 1 tsME D!STIN~T UM5 0,4 4 0/6.0A He 52- 57 FRIABLE PLENTIFULC oil 57- 77 FIRM FEW COMMON D,ME 0 STINCT UM5oOYP3 .5/4 .0C GJ2 77 . FIRM FEWS .OYR4.0/13 .0MEAN" UMPROMINENT ola .115.OYP3.0/4 .01 22PH I EXCHANGEABLE CATIONS RUFF .IME/10061 C . E . C .SAMPLE METHOD VALUE ORGANIC1,NITROGEN CA MG NA K DETERMINEDHORIZON- DEPTHICU .) STATE CAR SON %0: 22 2 26 0t9 12 13 2:0*a21 IS :61 PM6: 1::2a G, 2 31387 a317 . 137 : 526:3 5 9 19 . 56&C A 5 576 2 2: 26: 06 . 13 .6 9 , 3244 7Me 2: 0: 11 :Gil57 . 77 .5 :01,0 9 5771 6 39 :26 1 .40 .1 9 .1 3 15 . 1C GJ2. . . .. . . . .. . . . .P, pp .. 02HORIZON-DEPTH(CM .)PPM .PG,sc MA HeC GilC GJ220 : 2237a-.52 3752 IT 7 .-71771 6 79 :0:53 . 9 .:96 2 . 94 .533 .0 52 :55.5 16 .0 06 4 70 .07351:,130:09 o

0*1 OIL O'Ll 0'001 E'll VOC S*6Z 91ZOT IV? 99*2 LZT-ZOT 63116'91 6*06 8*96 O'COl OILT VEE EIZE 0 '90T GLIZ S9*2 zol-Ts 39Vzz V96 VL6 0*001 Z *61 BIZE Vic VTOT 9L*Z E9*Z is -Oz rGwglww ZOO10> iuw 90*0>0*96 0*96 OTOT G,VZ 919C O*sc S*C6 L97 S912 OZ -0 dVwoURUVLO*O> wuj 1> ww pS-Z> wo I -S> wD T*S

FELLOWSDATE OF SUPVEY9S . L r,0 IN PU QPOSURVEYORSSEMIZOETAIL L 0 5 URVEYSEIHAL KELO .NA . B .C .M .A . I, SI .A .S .LgTLI0Dgj% : . 1~, 4~9 20 . 53LISNC,ITU6 26 OA7HIC FEPRO-HUMIC POOZOL(1976) 5.01" E S ION ISEC)s S .I IM TYPESVESS I PLELEVAT ON is 200 10 STATUSS MODAL SDILLASS$E GENTLY SLOPINGCASPECT (DEG)$ 90 ,CLASTIC IS SANDYMC GE S . ; 1 0 L6ACUSTPINEitE C AW IU OFAC E EX S.8 LANKEDESCRIPTOR 0isGLAC I ALDRAINAGE$RPERV UNCIFF OU-I SNESSIMODERATELY FELL DRAINEDSLOW MODERAI.I" ICKNESS RANGE HORIZON COLOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE IS IMC, N A YIBOU IS PLF Is- 13 ABRUPT ORGANIC. . . .m 13- 0 ABRUPT 540YA2400 .151 ;0MA IX1ORGANICA 4E 0. 6 1- 5 Aapupy .5Ajp OY115*0,12;0 ,ix isSANDY LOAMIr.E N It'.SUBANGULAR ISLOCKY6 mr 4. 14 CLEAR M 5*OY43,014 A, X .0 Si O 5 OY'12; gl2,0 SANDY LOAM ZEA11t U.PI 1 ix isSEUSANGULAR SLOCKY.a Fa 14 . 32 DIFFUSE .A 10;OYP3;CO,014;0MA 5;SS OYP3 X ;0,12TOSANDY LOA- WEAK . DIV.nix Is I als ESUSANGULAR BLOCKY8 F2 32- SO DIFFUSE 10;.OY113.5 .16 S;O 5 OY113MOO12;0ix ol A ;. I .SANDY LOAM MUDEPATEIU:,FaGjl COMMONIsSUBANGULAR ED BLOCKY11C Gil So . 80 DIFFUSE . 540Y410,12 s o, FOINE SANDY MASSIVEA ix 01L ANSic GJ2 80-100 GRADUALFINE SANDY MASSIVEMATRIX 5*014-06"T MOIST L 0 A ,33 C 1 100-126 GRADUAL LOAMY FINE MASSIVE-A I MO SAN 011 C 2 128 .100FINE SANDMASSIVE-A5dy' RIX . 51 . 040r.. . ... ... . .. .. . .. . .. .. . .. . . . .. . .. . . . .. .. . .. .. . . . . . . . . .. .. .. . . . . . . .. .. . . . .THICKNESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I CEMENTATION.0111.0N DE p T . 4CM)AGE NT, DES C PIP.LF IS- 13 FEWM 13- 0 FRIABLE AeUNOA4TA HE 0. 4 FRIABLE PLENTIFULHF A- 11 1::A :LE PLf"I . : :ULFl A. 32 F A LE PLE 7 UL32- :0F: ::PLENTIFULSo . 0 SEDDED(31 t CIS THICK) FFEW WEAKL TEDMEDI . . 0 IS CONTINUOUSV CEMENJ! DYpUMJNENI4 .O/a .0511C GJ2 $0 .100 SEDOEDO, I CM THICK) FIRM FEW COMMON . olWEAKLY DIS NCEMENTEDScc 11 NUOUPROMINENT E UM10 .OYR4 .0"4 .0It C 1 100-128 SEDDEDo- I C- THICK) FIRM FFINE " p11 C 2 128-180 SINGLE GRAIN LOOSE

:232PH IPH 2SA MPLE METHOD VALUE SA MPLE METHOD VALUE ORGANIC NITROGENHORIZON-DEPTHICM .) S TE5 TECARBON %LF 15 13 : 13 2 2 a 9 2 3 21 . 3H 0 211:Aa 3:6 . 2 2 N 5 : 0,O,~1 .72A WE7 3 " .92613 B HF2 1 34.84 4FI 3142 5 .3 2 .. . 7: a 2: .653 .27.51 5.32- So 2 a 17BC02Gil 50 . a 3 0 HOPIZONa55 .22 .2 65 1042a :02SC GJ2 80-to0 0.. .:2 1 b:082 5 4 02111 100-1? a .0 1. . . 5:7 .3C 2 125-180 2 1 5 6 2 5 .4EXCHANGEABLE CATIO NS SUFF .(ME/ 100G) C . L . C . EXTOACTASL E FE(t)CA MG NA K DETERMIN ED METHODHORIZON-DEPTH(CM .)LF130 1 84 290a .0A HE 0- A .41.. 6 38 WF22 1.2.1 . 59 .8 4: 1451 : ::210.5a F1a. . 311 2Do .03 230.7 32- So .21 .00 .0 0 26I40 F14 : t 0.4 3 0.2SC 61, so- so : 01 .05 .02 5 .2 0.4BC GJ2 : 3. 01 5 .03 b.b8:: :3 :0 4 0:1. I .: 11 C 1 0 4 30: 1,ZN PPM ... . . . . . . .... .... .... .... .... ....EXTRAC TABLE AL(S)METHOD RESULT METHOD RESULT PIP . . 02 M . :qM . CUDEPTNICM .l P PPRD M .LF IS: 1 1324 :5 30 :21 102:59 25 :215 1 2631 16 3 6' 13 : .'A HE3 00 - 2 .26. .35 . 9HF4- 140 3 02:5217 .4 92 2 :4 19 . 7 52 " :08a FI232 14 : 320 1 2.1 331.: 2 ,713 . 19 26 . 7 3 . 29 18 ":65BC F Gjl1 .5 1 :05150 . 5.0 3 435 . 0.1 . 0.135 .9721 1 .5 21 .5SC GJ2 SO .. 80 1 I 01 .0 3 0:44 .2 120 .9 21 6 22 ,,, : 9 27 : 20.6 a 0.2 0.1317 .6 1 1 3 .3 811 C 2 100 128:1ISO 1 0 .4 31it . . C . .1. . . 128-180. . .. . .. . .. . . . . . . .21 36 :,820 1 6. .. . . . . .0.18 21 .2 1 0 3 3 01RESULT ME THOD RESULT

'IN19000 130-61 G-TI 00 :gu m 0SV -06as :G,L C" 8. 00: OL It 9: re,0*9* 9*62 all -06 'S 1" . 0-Ndd ad *"dd i*WDlHld3O-NOZItlGMId09 :61I 9.1 : Cc 01 ItSO a,00 a .01 :alN,4 20 1o: .saI-act oc : oc : ogle00 01 . 11OL :CC L-Vr. I :aCt0 00-a 09- 11 .1L,9 : ae 6 Vs a9 OC OF of- 1 oa*z 09-or 9WI 61-Le0*90 3E 00 :099CM a0a 981 :66, a.06, .119 t MR 01.19 1a all -06 d 0It , NOQdW2 V't,livis (-H2lHAd3G-NOZIbOWow VD Ngoodil" IN 0 3nlVA GOH111H 3ldWVS(gooti3mi-oins sNoziv3 3,9v39Nv"'3x3I=--------------iv 1 1 3 1islow.xidlaw"3AtSSWW 1113 AIIISO ."o GASaO !S lol , exitliv,;3lavlai All'"a 0 OAO 0 Ldnbov 00 -99 043.4 11OVIUA 3 1 Nvedo ISION - 1/0 ' IdAO NUM ' 01 asnliso sa -OS CPO 0inzizAN31d 319witid 3INVOdo I 1Islo" x1oky"injilNild 310vidd 'JINVOWO S-Zfo C 1110 .0, UT3113 94 -to tw 0,, A,,,nm v 0 0. Istol xIn!vw1INVONAGV 318VId .1 Ad3AN go als atlAo 0 dTV12 20 -06 dM 08/0 S10 1=47 UAO-ol09 -st ivnavu-j 2" aI slood 33N31SISNO3 I 3013ndis 9dmlx3L t tonolW1AtIVONnOe N (W2)H.Ld3G " NOZICOMozibom 3 N W3 1 1."3IVb3GOW 4 S ISS3NSnOIAd3d N03NIVOO AlUGOO Atj3A ol 339VNlvtlo 0 n aITIAnIA A .L It , S ;IVW'I 3113N39 .its LS D '123dSN3A .33N3A 3IN V 9no.S311.."Oldld3silo11 3" :1 d nsI,Ivw 311 N3 3911113.1 113d"13A3-1 XqjdN ll .T3N 0003ISSVI lidAi:)0-000ISllos IVOON ISAIWAS 11MI 23S 40111VA313IOLGI)IOSIS3W :)Idd9iso 14 NO S I 23ddo :%ionljoNoi01, 11 90 )3on tiviNOILT301A 3Adns Q3lIVi3O 13SOdtind 9NIldWVSIV-wll'fd -VNIA013>1 1100 IbOAgAtl n 1 AdMs T9S All AO 3jWn;;*I;;;...M'A! .1 . Mw6i~ldf6. . . . .. .. . . . .. . . .. .

GIBSON UNIT TYPE# SERIES2:3-1014SUPRVENCIE1DEllTlEO I SU.SIVIVE'a"'I.C ELO-11" . I .C-- .- . 1~2st :!~2S~!!!!!!S! :!2NLATITUDEiN)t G E iS 149 083 47 3L 21 5 D 7 TE :PICIMESISOL0( :978 :01L TYPE .$ SIMPLE 0 SS,P ON ECITTOVISEC)lI 5 CLAS EPPE ONAL TO LEVELELEVATION A S IMIS 0 ST TUS M ALGE S ETIC IRI~EN _E .IC SPEC CLASTIC 18 SLILTYN F ENE, IC MAY I FUVIALDESCRIPTOR UR Ar -E Xp 1 . V FENORAINArElP UNOF,POORLY DRAINEDSL DWlHjCllN2!S .OI14ZON U Y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DE T ( ) BO DAR0 HP S5- 33 CLEAR 42 ;:Y :2A 3lL;O ORGANIC VERY FRIABLE ABUNDANTI I M U C V. 5 ; ~ ;D 33- 0 OYP3 0,13 0 ORGANIC FRIABLE FewA RIX OISC G 0.LTY CLAYSLOAMMASSIVETMjCX7E!jHORIZON OE T CMOTTLES I0 Hp 55. 330 m 33- 0C 6 0- FE 00 STINCT5!OYPS .0/6 .0PH I EXCHANGEABLE CATIONS BUFF .4MEo0IO0G) C. E. C.SAMPLE A METHUD VALUE ORGANIC NITROGEN CA mG NA IK DETERMINEDHOPIZON-DEPTHICM .) T TE CARBON %HP '35: 33 4 :3 08 2:39 30 0322 3 : .2 3 12 "a m 3- 0 2 2 : .3 :61 :47 .5 1 .96 16 :26 . 43:3232. 57: :2 1c G 0 2 1 a 9 04 7 86 9 .10 a .11 22 .631HORIZON-OEPTH(CM .1 Ppm .0 HP 55 : 33330.0 8:0.aC MG3 .0

O:c 0 A 130 9 a :sooll's 0 .0a so -09 00 -901 1 . 0 (IN 00*Vldd IdO"21MIC130-hoziaom...... .... .... .... .... ............ .... ........ ........ .... .... .... .... .... .... .... .... ..9Z:111clt1. I I :Go- t le-S6 9ec 0 .,999 :L ,:9 .1 .664910 004Weso-,-Ils: 0e IsLI .CSWtv03NI .bVl :O C* x 9 :N'9h S 13 N300"LIN b 0 3nivA COH13W-3 12 iqoot/awi- .4Ana SNOTIVI 3l9V39NVH'3X3::. I r I, 0 : GS 9 2aa L1 : 009-11 Z a goo dH 0a31VISld"v('P'J)Mld3Q-NOZItI()MITO IV71"3H3 9 IMM;WhI .1 3AISSV" AV11 Al isalayla'i IISNV94JC319VIO .4 At13AtivinNytio 3,"n,c...i?low X'Itav0 01, 0 . S S .?.0 6ISION x1tolv :3INVObO 0-0.10'ZMAG'2 0 -SlSIO! zxIdAv"aO'F/O OASa'ivnavtoo SS -09 1" 0AxInw Islow x1mlv"IINV9'JO 0*1,00'abAO'S Idntigy 09 -Sol d" 0I sloodAdVC)Nnoll ("D)Hld3O NGzIt1OH3INBISISNOD I uni3nuis 3unix3a I dnoiaD Nozido 14 SS 3 N x3i M I03NITtIO A10000 AOIS139I JJONntSaVNIVUIVIAnij I;L$V" 7113N31Allis A W ., :) .73dS.33N3A V"I" b I'S3 " 8 .d .11 d.3Oldl t"3s'c3D v tinDIN 9 00 IllaN30"I SlINn 3IHdTb!)IATt1lS u3 an13A31 04 IVNDISS3dd3G 3 1 HIS is 83dAi SWID l'OS11IL11111,3S, 34M) NOtIVA313so 11.4 .) N 113ddDIdb3L 01SS I le'3" ni .0110 6* i(Ni3anitivi 9 13dOlS Noi4v3iAlssvl3 NOTAT701'G'V'b I 'V'W'I'g GVNM013'A INA A3Atins ItIOAaAdnso3ilVI30 19 t3SOddnd 9NIldMVSIA3 A S J .'C,dO JO 3- ---------------------R&§66

GIBSON UNIT TYPES SERIES-------- .. .. . .. . . .. . . . .. . . . .. . . . . . . . .OAT OFS MOLIN G eSURVEPURPOSES YS DETAILED 66 SURVEY SURVEYOR :MAL KELOWNAa B .C .M .A . f, P .A .II .~2E!!!2CLASSIFICATION SLOPEI-ITITUD61NII. .L A N ClSTUD ALSISOL119781 D.21 4" 10 15 47 015 T611111C . ITYPESISN (SEC)S1 5SOCLASPELFVATION" SID (MIS2 STAT S M AL L.SEIMPLED PRESSIONAL, TO LEVELGENETIC C "Al E ;,I, ., OIIGAN E .lCSPEC ;,CLASTIC . It SLILTYSURFA 6 SIP NEEOE S C .1 P I . .VFEGENE C MAI 3 F UVIALDRAINAGES UVERY POORLY DRAINEDR N OF F SLOWIHOOIZO- OEPT T"'CX"65S .ICM)BOUNDARY -UR'ZONCOLOUP I COLOUR 2 TEXTURE STRUCTURE I0 H 142-132 CLEAR.A a;5yaX pt O/Oio Mul Iu ml 132-122 GRADUAL 45 .OYQ3;00'2T5A TO I XOlsORGANICORGA41C*EINAEXGRANUL T : PIS RATI ED0 M2 122- 97 DIFFUSE .5 ;DYR34EO/3 I ;0ORGANICA RIX is STRATIFIED0 M3 97 . 80 CLEAR M5 ;aoyp2mo/a X ;oA I OlsORGANICSTRATIFIED0 F so- 52 GRADUAL.A5410548/14POIX.0 M4 52- 20 CL.EAP .7 ;5VR3 ;0/2,,OA RI XOls0 M4 142 S2 20 .: 200 20 H2 20- 0 ABRUPT.A 10;ROYR240/Sl IX 01 ;oC G 0 . "NOGY42o'll ;OA IX 01.. . . . . . . . . . . .. . . . . . . . . . .. . . .. . . . .. . .. . .. .. . . . . . . ...O .IZo . T4jCXN6SSOE 7 . (CM I CONSISTENCE ROOTS I MOTTLES I0 H 142-132 FIRM ABUNDANT0 Ml 132-122".API);M" M2 122- 97 VERY FIRM FEW" M3 97 . 80 FEWABUNDANT0 F SO- 52 VLAY FEW0 M4 52- 200 H2 20 . 02 . 71 3921C G 0 . PLASTIC FE2W:TAMPLEOPtZON NITROGEN METHOD VALVE ORGOANNICSJaOEPTHICM .)1 .39ATEC A u0 41 142:113222 3:9 58 :000 M2 2. 2a 3.7122 g 9702 58 5.. 0037 82 35 5 33 .120a F 03 7 5? 072 3:10 2 2 3 .6 7:5 649 2 .5 92 4 .09:213M 5 .OYR4 .0olb .0ORGANICATRIX MOISTMASSIVEIO .OYP3 .0/3 .0ORGANICMASSIVEATRIX MOISTM2A ;l5lYl2x'Moo/Ol ;To'ORGANICMASSIVECKY.1 :9625.72820 1 .49 4.591.1 7SILTY CLAY8MASSIVECANEF1 FAINTBLE CATIONS BUFF .4-mG NA2 23278:283 51:852:1,a2:342: 831 :196.402.830EXCHANGEA2 :84 116 9. .. . .. . . . . . . .. . . . . . . . . . . . . .. . . . . .. . .:012 77E/10061K1454:043.1 . 0..1913 '21 74. . . . . . . . . . . .C . E . C .DETERMINED:65.719826.9-IORIZ04-DEPTH(CM .) "IP.. Pp2m .0 H,DM20a M31122 ::3 :122. 29.03.597F 97 . 5:5 2 0S. 8020 M4 - 3.052 . 5H2 20- 200112C 6 0. 3.50ao .56: 05Aa0 S :0 8.0034:05

GLEN VALLEY UNIT TYPEI SERIESDATE Apt. OF G SURVEYS U SE C,a bbFSURVEYORS HAL KELOWNA9S IN p Rpo I D IL _D SUP VEYR .C .M .A . t. Q,A,B .LATITUDE(N)l e W11LONG a CITUDNI(SEC)$122 49 .2 11 56 07 5rvp,TYPEIS,CLASELEVATION p 1 610 (-it 3 STA CUr. MODAL .0 .1SIMPLE0 E PRE SS IONAL TO LLVELGENETIC U., OAT;,I.$ E.. .rDESCRIPTOR ICE p11ILIGANEIC ANK 7FENDRAINAGES UNOT, VERY POORLY DRAINEDSL 0 APERVtOUSNESSI IM OOERATE -ASITE3 LOCATIONS A, CCNEAR I CENTER61 OF BARNSTON N To ISLAND 30 F CONT NS CAS ON AL CL BA D UP Cm - THICK. COLOR SYS .0"I .O .T14ICKNESS HORIZON COLOUP I TEXTURE STRUCTURE I CONSISTENCE ROUTS IHORIZON DEPTW(CM) BOUNOAR Va Hp o- 13 ABRUPT oypa oloz oI o f ; fORGANIC , WEAK FRIABLE ABUNDANTMA 1 RIX OY A. CIS "2 .0 G TNEPANULARMATRIX 0 11 CRY 0" ml 13- 27 CLEAR .. IiOVP3,013*0. .0 TORGANIC STRATIFIEDI", I Ae LEPLENTIFULIx is . 0" M2 21- 40 CLEARORGANIC STRATIFIED Fl :. PLENTIFULMATRIX S'OVR2 40'2 is ; 0NAPO" F a- 65 GRADUAL MI.SYP3 , X 4, 0/2 I ; 0 ORGANIC MASSIVE VEPY FIRM FEWR22 :4S MA 0F 5- 95 GRADUAL . 03 .0 ORGANIC MASSIVE VERY FIRMMATRIX 5 Mals NO560 pa 95 . ORGANIC STRATIFIED0 :2PH I EXCHANGEABLE CATIONS SUFF .(AEIIOOGI C . E . C .SAMPLE METHOD VALUE ORGANIC ANITROGEN CA MG NA DETERMINEDHORIZON-DEPTH(CM .) STATE C R SONX0 MP 30: 213 2.91 :33 2:2012: :0,A 2 5 3 . 23 :20g:06 08.2 27- 407a2 4.6 47 .9 2 31.45 84 31 92 .60a Pi AD . 65 2 50 .46 1 2 .0 .84 7 2: 06, ,F2 65 5: 95 2 a4 :0 , 23 .43 7: 8 33 1 2. 5 2 .27 .0 5 9' 60 :200 F3 92 4.6 30 .33 .97 47 46 2.52 6 .33 73 .65pp 01 . . 02HORIZON-DEPTHICM .)Rpm.0 Mp 0: 213 7:5 22 :0a ml 3 7 5 0 7 00 m 2 2 3.5ps , 7 605 . 3.0 14 . 0a 12 60.555.00 F3 5 S. 10 .0 231.00

GLEN VALLEY UNIT TYPES SERIES......................................................O :TE 0FGSS MR L INUPVEY .lCPURPO RECONNAISANCE 69 SUZVEYOYRI URVE9HAL KELOWNA . B .C .M .A . &R .A .B .OCATIONCLASSIFICATIONSLOPELATITUDE(N)tLON G ITUD E W ) tA Cl1 122 4g 06 14 08 30 TYP : CS F IBP I SOL 1 197%1."CLREVATS SION I (SEC)2XTYPES00 -PLC .0E ON (M)l 7 STA U I MODAL CLISSSSt OEPPESSIONALTO LEVELGENETDESCRIPTOMAT ORGANIC EF NCDRAINAGE* UNO VERY 0. POORLY DRAINEDFFI SLAPE 10 U SNESSI MODERATE80U HOARSILTYSITE LOCATED SOUTH OF EAST END OF HARRIS AD . . MATSOUI .HORIZON THICK.7C51COLOUR I COLOUR 2 TEXTURE STRUCTURE0 mo 167-155 CLEAR 2 ;a5yR249/3iO2ORGANICMODERATE4MA IX IsRUBE R2 . -21216 .01DIZEDSUBANGULAR Eolu0 FI 155-140 CLEARGYP3 .0/3 .0.ATRI 5* is T A. 5;SY:2 :O,2 ;:..,ZEO ORGANIC MASSIVEE ETf.IBLOCKY0 W2 140.117 CLEAR ., 2;5Y:2 ;Oli ;OA5;11.11;.012 ;'l... ORGANIC MASSIVEAS US U E T1 X0 F3 117- 95 CLEAR M5 ;RYR2~813;0A I X A5;0YR2.E0,126X,D,ZE.ORGANICMASSIVEIsu BED T/0 F4 95 . 42 DIFFUSE .5 .OYP%00/4;OA T A5.80Y0l13 .C13 ;0,O,ZF_O ORGANIC MASSIVEAIX isu E T/ x0 FS 42- 0 CLEAR3 .0/4 .0MATRIX ", T ? ;SYR3 ;0,12 ;0OIS XIDIZEO ORGANIC MASSIVEU BED ETlA 4 0- 22 GRADUAL M2 5Y4 . / 0CL AY MASSIVEATRIX 1 0 MOW 2.C 6 22- 5AY MASSIVE.AT961yX5A8/l! ;O.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON THICKNE . :j STRUCTURE 21 CONSISTENCE ROOTS IDE T (C0 MP 167-ISS FRIABLE ABUNDANTDE T CMHORIZON,PS 42 a 2.0 FI 155-140 STATIFIED PLENTIFUL0 F2 I40-tI7 FEW0 F3 117- 950 F4 95- 42 STATIFIED0 FS 42- 0 STATIFIEDA H 0- 22C a 22-. . . . . . CL .. .. . .. . ......0 2 1 .0-117 2 27PHYSICAL f, CHEMICAL DATAHORIZON-DEPTW(CM .)PH I PH 2SAMPLE a METHOD VALUE SAMPLE T, METHOD VALUE ORGANIC A N X NITROGENT TE S TEC RSO. . 7 2MP 67 :1155 2 0 1 1 2 3 9 3:6 57 :51 00 2 :9 1 5,3 111. 55 9 40 26 2 : . 1o588. 0012 . 5 A 58 .00 2.3 0 10 F4 95- 4252 2 4 : :1358 .00 2.07 55. 9 21 720 H 0- 20 21.. 24 : : 57 SO : 00 1.1 2 ' .C G 22- 2 1 5.5 2 4 4 .8 3 .60-- ---- ---- ---- ---- ---- ---- ---- ---- ----EXCHANGEABLE CATIONS SUFF .(ME/10061---- ---- ----C . 5 . C .---- ---- ---- ---- ---- ---- -----40RIZ04-DEPTWiCm .)M . M . p . . M .CA MG NA K DETERMINED :I :2 S CU ZNp PPP PAM .167 :159 30 350 MR 5 a :55 " 12 :91::g . 2 .1 :3 1 92 :0 10 :0 36 aFb . SS 4 . :89 1, . :16 1,0 7 t a0 1 55 412 8 59158D F2 f35 .5 7i1 -1 7 :0 .5 :13119 . 2 6l . t 1 : . 2 S . 30 F3 1 : 07 . 45 1 7 . 99 :Ib . . 9 b 3 : , 54 .4 15 2 .08 2119 2 3 1 3 .40 F4 95 : 42 46 .5. 0 2a .12 .040 F 5 135 .5 3 .3 3 .3 207 .0 7.96 :92 13A H 42 0- 22 062 . 6 .2 .0789.1 81 9 .C G 22-1

GLEN VALLEY UNIT TYPES SERIESO'k,re ------------------------------------------------------SAMPLING OF SURVEY PURPOSES : DETAILED 65HAL KELOWNA9 B .C .M .A . & P SUP SURVEYORSVLY.A .B .LATITUDEiN)l 49 02 02LON ECjTUO.IjSeCj r,e W), . 1 22 35 22 0 TYPIC 110111SOL119161 TYPES58 SIPPLE ePR S 10 5 CLAS 0 RESSIONAL 70 LEVELELEVAT I OD SO .,aON (MIS0 STA U M ALGENETIC R MATSU FACE E:P;.S I . . .. BLAN.ET ... ..DE SCRIP T 0 is F E NDRAINAGES VERY POORLY DRAINEDAPE U N a VFFSUSNESSISL M a Q 10 ODERATE 0SIT E .LOCgT!?"I4je:OEC .ETE .! EAST IND 200 METERS NORTH OF THE NORTH BLUFF-SIG6 THE 0IS F0 SHORIZON CONTA S T,3 INS DNS COMMON DEAD ROOTS .HORIZON THICKNESS$ DEPT .(C.)WooIZDN BOUNDARYCOLOUR I COLOUR 2 TEXTURE STRUCTURE I0 HP 0- 12 ABRUPT 5;oyxp2 ;00/51 ;5 ORGANIC $4 MODERATEM 1..T A 5.OYR "' . .I .0/1 .5SUSSANGULAR EOIUM BLOCKYIX DRY0 MI 12- 27 CLEAR 2;SYR2MOO12 ;0 ORGANIC MO E ATEMA AIX isCOARSE SURANGULAP BLOCKY0 M2 27- 42 CLEAR 5 OY 2;0/2 0 ORGANIC MODERATEMA ; R C SIS, R Ols;SU OAM ..NGt)LAR E BLOCKY,0 Fl 42- 52 GRADUAL Mb ;,OYR2AO/2TO ORGANIC FAA I X SOlsTRAT3FIED K0 F2 52- 82 DIFFUSE MS ;ONR2~00/2 ;0 ORGANIC WEAK S ATA RI isTA IFIED0 F3 412-115 DIFFUSE .A 5;. OV112;5 X .12 S;5ST Y 3 0/3 0 ORGANIC MASSIVE1 01 MA 0RIX 4 ; IS ;0 F4 115-160 DIFFUSE M7,5YP4;00/4TO ORGANIC MASSIVEA T3 IX Is0 F5 160-ORGANICMASSIVE.AIRIX '3*OYP4'0"4 01 . ;0.. . .. . .. . . . . .. . .. . .. .. . .. . .. .. . .. . .. .. . .. . . ... .. . . . .. . . . .. . . . . . . . . .. .. . .. .HORIZONTHICKNESS CONSISTENCE ROOTS IISE P T R (CM I0 HP 0- 12 VERY FRIABLE ABUNDANT0 Ml 12 . 27 FRIAOLE ABUNDANTMA aD" M2 27- 42 FRIABLE ABU4DANTHA It 0" ri 62- 52 FEW0 F2 52- 82 FEW" F3 82-115" F4 115-160" FS 160.PH I:EXCHANGEABLE CATIONS SUFF .(AE/10061 C . E. C .50SAMPLE-DEPTHICM .) ST A METHOD VALUE ORGANICTEC A R B a N IS NITROGEN CA MG NA K DETERMINED0 HP 1 0.2, 12 2 2 a 8 55 6 39 a 1 35 3 :0922 36 109 :7a 2 3 : 9 .54 . 032 47 0 s :1 5 :11202 b1 05 . 527 : 4d 5 R e . 611 . 9 3 4 2 . 70 .201ol 7a F 2 42 5 _ 6 2 2 2 . .31.3 .2 .23122 .16 2 15 : 7012 0: 20 01 . 11 : 30 F218 2 .11 2 2 2 : : 51 .19 *324 .8. 2 03 . 10 F3 2 525 . 7 N .36 161 .11 27 .48 a7 .76 1. 2 19 130 F4 115-162 262 :21a52 28 19 : 2 895 : 6 06. 2 ,9 11 6a F5 160- 0 2 2 5 .10572 :275 6 4 9 2 .1191 0 . : 0 2PIHORIZON -DEPTH(CM .) PP P2 PP ..HP 02 : 12 245 :0.7.2FlP 2 7-4a- 5 52 4.5 6 : 012: 1 625 1 3.0 3 .F5 2 0F4F S .21 .115:1602 .0.00 1:02 N305

GLEN VALLEY UNIT TYPE : SERIES-------------------------------------------------------DATE OF SURVtYl 72 SURVEYORS MAL UBCL,ATITUDE(N!j,1 eL NGITUD N 122 49 06 14 08 057IYPIC FIBRISOL(1978)ELrVATIOSTATUS$ MODAL SOILGENETIC C MAT4E'S ., 0,11GANEICSU :F :,E,EXPI, ANK TDE C P OR aFE14HORIZON-DEPTHIC- .)SULDENSITY KD q, 170:1!70 F 1 57 _21 22 :2 . . 9 :1130 F13 6 9- 4 a .1 . I0 F40 F5 43- a 3 :1108C 0- 330

OU,,,,,. ;nonNjINO32 A-1 NObiS ?It-09 aroo 9a 31 ~43N snonNtINO')T) e~A I NOtJAS 09 -eg IrO3 az 9 -09 ro .1 aOS -Oc ad a0 C -LI 14 9L 1 -9 AN 0. : : IH-61 H61 -OZ .01-d1U3S30/IN39VNo J. 3I VIN3W 1.)SS lWa)"IdaG N NOMION3N Al 1 A. . . . . .. . .. .. . . . . . . .. . . . . .. . . .. ... .. . . . . . . . . . . . . . . . . . . . . . . . .. . .. . .. . . . . .. . .. . .. .. . .0'*10 ; SdAG*l I IN Is aA)4,3oia avinoNvonsa "I " nlo w*-?/Q-ZtIAO'g NOWN013A001 .1 Ad3A 9NOUNZIT-Of zr92 GA'A'JOIQ avinDNvens A a N' N'T 3111 A0nzOtols 3 NOWMOI 1 WtIIA Atl3ANou _19 Ire, aLNIVJ 3413A 1 .4wtill Atl3A ag -09 rej gABA W01AivnovuoOS -Of CA a1434 alovidi OC -41 14 a'IAJIlN31d wto 1 .4 &1 -a AM aINIONnew 310vidli a -0 3 viNVONnew 318vid4 0 -* a mINIONnsw 31OVIU .4 9 -61 1 H1434 61 -08 Alj; 34-1d20 , NOZIUOHa SaillowIWV01S311LOW I SLOOts 3.)N31SISNO3a 3uni3nuit 3 )Q'i 4 L.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..A113AWOO A V 10 WON .10-5."A"N"0 01 all-00 cro:i aIAISSWN ONVS w 03AISSV" NVOI AONTS 0'0" 0 0 11 O'CAS ) ... ..M a 3snAjio 09 -as tr95 aA)o,)ola ovinoNvens n aIoISIOMISIONcwidivw309 10" . X154" - re31WO300" HV01 AONVSO-V/O VAO S 91O I .A0 ,19 os d oAN3019 evinoNvens N a wni a Isto W Xlofl" 1'islo! 1/0 -eklAQ*01,,,njc3w A,lv"Boo ma BOG" o-9 ")! 0 , x' .A t"vw , , - ,vno,,o os -ov ad IAN'3018 tovinoNvons n 3"6.00. 103NVOI AONVS ASIO" XIVT . I Oi l I t" . 1 "0-9/0 SUA L0 110 rt, A0 5 tvnovtoo C -LI j 6A)i,)oio dwinoNvensVOI AONVS 'Z 10 -C .AO 01tiviall) &1 -9 Am 2AX3018 uvingNvens wn'103" WVOI AONVS0 T/S UAO s idnasw 9 -0 3 vi 3tononaLs adnIX31 adnoio) iAONVS O's .-O-SOAS L ,A "'1 " I'M Aisl 2 AS CXialwoWIdLVHo low ' ', Xi odivo."A LdndQV0 .9 Z HA I " lulvw I I N xttil "31NVgbO O-?,1O-eVAS*Z O't/O'Zt$AO'g towaiz, 8 -61 T m2INwodo Idnoov 61 -oz AlonalmiAawaNnou 0 m 1 :3 )HI?30 N NOZtUOWN zloo 3 W3-snomd31AW -031LYN St NO01 .11tIOMINlow"111171MOZOIN-NIVIINn I fly ON 3), tons No a I V3 31 SMOIS AJSS3NSnOlAtS3d8 A N 1,GINIVt$O 1134 AIIIVb3OOW Ol 13OWNIVtio4 a n.113)INW19 IV 8'S3ldX,3 "vjdnsVN UO W 3I I w 113 39ItNn 31HOW0911VOIS ti3adnwdOJONVI 2 IVI031YM IN3dWdONTdOIS Ald331S ISSV13 110S IWOO" isnivis r099 , " 11" .S~ NOIIAWA3-1331dWIS l3dAl0S I 33tJd0 .0 a % 49L6100200d .)twnH-OHtl3d Diano , No n 1 011 le 11 61 ", 6 .'ITNIC30AA17711it4DtlV3! .llSSV!3 NOILYDOI.G .V .d 9 VN4013A ITH 1 A3Atin 3 e3snd"nd , SONTIdNVSa IVbOA A"ns 6 AgAdn .1 3 0. . . . . . . . .. . . . .. . . .. . .. .. . .. .. . .. .S8V3 N3a"ioo

PH I PH 2SAMPLE A METHUD VALUE SAMPLE ST ME THO D VALUE ORGANIC NITROGENHORIZON-DEPTH(CM .) T TEATE CARBON "LF20 1 : 193 9 2H 9 a 2 2 3 5 23:19 5.8 s :001 :33 .17 2H 2 a 0 2 2 aA . 6 2S..O 00 .0 1 a a23.2 2.84 06aAHF2 I1 . 0 2 4 3 8 7 776 7619a ~l 1 3 S 2:96 .0 8 F2 30- 7 500 1 5 1 2 :.8468 .01 8FGJ 5 . . 21 . 4a C 1 S . 3 . 2 4 4.6 7 .06a , Gil 62- 25 .4 : 7 .06GJ2:12680_11277 59:2 1 5 .4 27EXCHANGEAULt CATIONS BUFF .(ME/IOOGI C . E . C . EXTRACTABLE FE(%)CA M(i NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTH(CM .)LF 14.:bl20 .9 :-'98 121 :, 13476 :2151 26 57 :. 60H 2F3.01 : 76 .22, 0 50 211 . 0..03 541 1 .,38AHF 8:17 3 .51 .01914. 01, 38 5 2 0 :316 FI7 01. C U . MNa.07 ze 3 1 :9 2 38 F2 _ So: 1 : :.1 .,305 03 16 :6 10 :25B F 6j.0.50 . 62 :16.0 838 CGJI 62 60 3 :0033 .036 .09. 124.523 0 :218 CGJ 2 . .. . .. . . . . . . . . . . . . . . . . . . .. . . .. . . . .. . .. .. . .. . .. . . . . . . .. . . .EXTRAC TABLE ALMMETHOD RESULT METHOD RESULTP2ZN140AZZ04-DEPTH(CO.) RI Ppm . pp M. - Ppm . po M. pp M . PPM.LFI 20 19 : 19":8 11 j.:3 14 52 :00 18 : . 12 :.3 4 Sb .8aN 2 6- 80 t? . ! 22 .610.0 9'.6029a2:Sa' EF8: 0 1, 82 .410 :5A I :a, 1' :'9 3 a 16 .1 2.' :98 F12 17 3 : 30 1 4 : 6 3 10 : 2a0 20 6 .0 24 .3 3 2 356:9 1 7 :3 16 3.5 22 .2 2 7 870 FGJ So 0. S.2 3 0 .8 10 .3 22 a .9 16 .3 24 .7 26 . a 0.1B CGJl2 62 :,82030 :712 .6 26 .9 13 .0 23 :6 24 :65 CGi so I 1 .1 30 57 2 32 1 0:16so 1 2 1 0.4. . . . ... . . . . . .0 .1 . . . . .. . . . .

3AISSWW9AISSV . MV01 AGNVS3AISSVM NW01 AONVSO . AUO , XldfVWIS I0 0.A' aWV A112AVU9 01 W AON S 0 . Ado , . XlbIVW0 0 SAVE 1 'dIV" -l e t Cro 30 AdoNall" L S.0 . Ado , .9xIdIvw 810 to . AAWO0 0 AS'L 0 .1`10 X119"" AS a ivnavatC,_S60' Ado'9A' W12'V .0 . AdO 'O .qA XIULVP is, "'0 w1di a: AA1.11S.? 0-,,,O'*dAO*ol to" Vdvj*13 S6 -00O .AVQ .Xld! ;w O .AbO , .,XIdj,;MWAIVIdASS010 GASnio3w * 0 As0 " X I aLVW ONOdis 01 31v "Islow xltiivm uvinsuut0300 MV01 AONVS O .I`/O .SAS'a O'ZIIO'CAG*? bv3l~ Of -6S P97 9A)43010 dwingNVenswn I oy w AUO XIULVWONCUIS 01 31 v a 3 OOw WV01 AQNVS O'CIO-01AVOTIreO.C A4? SW.10.IIIVO1O' LSI ej'9"O .* Xltjlvw dAO'0O living I NP; 66 -a , r9 m 9A)1' 3010 tivin!)NVens0- A" o?" "A"614" 0.9 A101% :1604"n I w1 tIstol ' e xi u!w" oO..'O Islam ' .Z wtul .A' ;m uwin, aONCdIS 01 U30cw 03MV01 AONTS0**10 dA S311",1 .311 a. . 19 CANaO.oAtl?aMl,tIIV"0 .'AND019 ovinoNvens ~j 13 wAS / opj II XIOL 'a IVnI3a 30.0, i o .a.fpv" dw ino. 1ONOdis a an HVOI AONVS 3duI 13 1 a -at SAM aO . . AIIVLXIU oil"0 A 0,O .C AOO XlotljolllA)0016 byinoNveng. 10 Mliv n 30ow a ISSON x biw" LStO" O .z xAttiivwavin930I dl . 1ONCULS 01 toNW01 AQNVS O .I`/O .CbAS .aO-al b G aSiva 7 ?1 -V A a.a Salo, OA~JntoA11O . O I O ' X111il" .A . otA)c3oia bvinoNvensw""wo-I Isam xt 0 win,3 Iva 30000 3AaNVS 3N 1 .4 .-CIO'-! I .AO'01 "A"" idndGV Addl IF -0 3 IF0. Abo , . xidiv" a .1tivinNIUDwnIQ3M 0 3NISA'St. 1 0 a SUIT" 114ONOU '3tNVObO O. UOw - " ems IS AAVM,0 .9W3 1O. Aho , . x1bivp1dvinN waonto1910. 9 0 1110 xI .IV. 0 AAWAculs do 'O . .dO ol O-V/O,Ctjolol "V3113 9 -11 a 11VJ AA ;03vaMit _&C I AAV -9c IAUVONnos (W2)MId3O NOZIUOMI 3dni2nois 3dnLX3I a dnoio,3 I anolo3 NozidoN SS 3N V3I H1; ;-,1;7 ; ; ;; ;' ; ;7 ; ; ; ;3IVd3aOWSISS3NSAOIA03d A N o , nm.03NIVaa 1130 A13IVH3aoW ol ~')VNI " aiN3S3dd I3OVd39S.113XNVIQ I W 3'S3!dX .g 32V .Ibns " 9IN WbO I IT 3113 3iINn 3IMdVbVIIVbAS d3ddnWd0AONV1 9 IVIO31WH IN3dVdC3ONno" A13d3A3S V.0 SAMdTdO()d0IOd3l"( , 3 SV'aidojo 930 2 3 1 1'3 1 3d049 11asM ; N 0111A .313dAA r S( 0 S I 3JUdIt (OL61110200d ')IWnH-0db3J itano 92 a Oz 1 Eel :im)3onIION0134N, I I 2 6v 3on xivi300is NO 11 V :) I A 1 SS T 1, NO I A V'JO1:)dV3S3d 1 al3soddnd S H ONI1dHVS 0 IV9 6 :A3Adn A 'a a'NV3 OW LINO 03d NIS SId NVA orv IbDA3Amns 88V3 N30100

TH CKNES STRUCTURE 2 CONSISTENCE ROOTS I PORES I MOTTLES I CLAY FILMS IHORIZON DE TH(CML 38- 37F 137- 17ABUNDANT ,R EDIUMAN 0 OMF 217- 6ABUNDANT COA SEAEXANREDH 6- 0 ABUNDA4T MREolum 0 MA E 0- 4 STRONG NUN A STICKYF BLEHARD RIPLENTIFULFINEPTABUNDANTFR . INEDOMMEDIUM GRANULARED .CALSLIGHTLY PLASTIC VIN PB F A . 12 STRONG zNON ICKY PLENTIFUL MVERY N FEWF 44 EU T0 4 MEOIUMFR IABLST0ED 1 F E6 N LASL GH TN TLY HARDVE U CAL RANDOM IIN REDPUNPLASTIC IN PED I8 -01 12- 27 MODERATE NJN STICKY LENTI-UL PLENT FULF NE FA IABLE FINE MIC 0 0FEWVERY THINGRANULAR SOFT V RTICAL RAND U.SPECI, N RED FACES-MUNPLASTIC IN RED IN PED 0 [EDSTRONG FINEGRANULARN3NASTICKY PLENTIFULPLENTIFULOLEFINE EIFEWVERY THINFRI SOFTFINEI RT ICAL RANDOM N VOIDS ANDNUNPLASTIC IN RED I , RE D 13 A EL ONLY Q CH NN S8 AF2 27 . 42E A" .RED 0STRONG N0 FGJ 42- 59 NON CKY PLENTIFUL PLENTIFUL NFEWNEI EF ABLEFINEF EF1NULAP"' OFT V E U .PTiCAL RAND IP ROM INENTSLIGHTLY PLASTIC I P REDM y THINI0~ N EVOIDS ANDCHANNELSONLY Qa CGJ S9- 80 STRONG r_NON STICKY VERY FEW PLENTIFUL MANY CO M VERY "MONTHIN0 All CCFRIAOLIN Epa DIUPLATYSEVC I YHHIOD FBLDUE .ND'0OMINENT VISIBLE LT BANIDGESSL 6 TLY PLASTIC 0EX RED 1IN PEP 0EEN 5DaGRA I N SC SO- 95 STRONG SLIGHTLY FSTICKY VERY FEW FEW CROMANY COMMON IN"IDIU" AN U A.ABLE 00FI aFJINE S0T G L LCIC-YVFR R0 "T LIO.EMI DOM0 TINCT NHRED FACES-PLASTIC Y HIE . RED PIN NUPEDNSPECIFIEDC Gil95-131ARSE YMEDIUM ANGULAR ToBLOCKSONON F 1, STICKY PLENTIFUL 0COMMONMWESLIGHILY A BLE:NAPO ME RANDOM 'UME 0 IVEVoY THINISTINCI 01UN IDS ANDPLASTIC IN RE 1) 0P ONLYCHANNELSC GJ2 131 . STRONG D FzkIABLE PLENTIFUL MANUM T COARSESL IG 0CoApSHTLY HARDA7Y SE AERY FEW THINANGUL E I aBLUCKYPLA TIC ME j ANDO- 'U P DISTINCT aN VDAIDN EDNNE S AND LSONLY RCH. . . .. . . . . . . . .. . .. . .. . . .. .. . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . . . .. .. . .. . .. . . . .. . .. . . . . . . . . . . . .THICKNE! P .. . . . Z .N DE T I SIC .NC.rTI.IN!NODU LED ON SCRIPIA CEMENTATCIONPGENT/DES Al.FIELD PHL 36- 37F 1 37- 17F 2 17 . 6ACID E XTPEMELYACID EX TREMELYH 6. 0 'Cl EXTREMELY DA E 0. 4 NEAKL CEMENTED EXTREMELYC ON A ITINUOUS I C DB F 4 . 12 COMMON -EAKL MENTEO EXTREMELYFt NE C U INTINUOUS CE AC DTHROUGHOUT MATRIXSPHERICAL8 HFI 12- 27 COMMON EXTREMELYFIN EAC I DT N ROUGHOUT MATRIXSP'ERICALB HF2TPEMELYCOMMON NE27 . 42 ACID EXFI THROUGHOUT MATRIXS ON EPICAL" FGJ 42- 59 EXTREMELYAC I D" CGJ 59 . 80 STRONGLY CEMENTED VERY STRONGLYCONYINU 0 usAC I Dso- 95 VERY I STRONGLYAC DC Gil 95-131 VERY I STRONGLYAC DC GJ2 133- VERY STRONGLY&C I D

GOLDEN EARS (continued)PH I PH 2AMPLE METHOD VALUE 5 LL METHOD VALUE 0 GANIC NIT!G(.tN140AZZON-DEPTH[Cm .) iTATESTATECAPSO sL 38 373 1: 17 2 2 3:9 2 4 3:39F 2 9 22 A :62852 1 7. 6. 6a . 42Na 2 3 2a2 7 5. 1 2 21 .5 .A f 0- 0423 3 2a2:845 f, .630::32 1 aa 1, 1 124 : '2 27 2 1 : . 604 3-.07 . 95, .230 HF2 , 27 : 42 5 5 :0 24 4.35 .51Gi 42 9 2 1 135 . a 3 1,a CGi 9 05 . 3 2:: 5: 64 ,21:0 : 1 95 2 12Y .416cC Gil 5 31 2 59C GJ2 131 1 2 4 4. 6.11 1900.. . .. . .. .. . . . . .. .. . .. . .. . . . .. . .. .. . .. . . . .. . . . . . .. . .. . . . . . . . .. . . . .. .. . . . .. . . . . .:02EXCHANGEABLE CATIONS0 aBUFF .(ME/100G) C . E . C . EXTPACTABL.E FE4%1CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-OEPTH(CM )L 38 : 33 7 17 75 28: 6:21 25 .385 176:0, 51 0:033H6- 0. 0 13 .11 a, 3.620:33 177A E:44606 074'a :55 0.111 0.6 3.2099F A- 12a wrl 1 2. a 26.2 3 .11.0.053...03 .03 .32 a 67 ?1 1 :0 39a MF2 , 27- 47: .0 3 40 : 16 3 86Gi 42- 592." .13 2 :00,5 2 5. ..a. 3 1.53:2,0C c0i:02., .02759 so : :50 00.03 6 ..413957 0C oil GJ2 3 :131 .05. 7' :25: :00, 00 47 .07 7.3 1 .2 3 .0.. .... .... .... ...."ORIZON-DEPTH(cm .)FL I 38: 37a 7 17FI Y .26- b I1mA 9 0. 0 1a FM11 a0 mrst FGJ124: 27 :42'22 71b2 .391CGia0C "' so9: 805Gil ,3, 95: 1311C GJ2EXTRACTABLE ALMMETHOD.... ....RESULT....METHOD........RESULT.... ........ ....RI P M. P2 ..PP....PBULKENSI TY.... ....3:0PARTICLESIZEMTOTALSAND........62-5 1 2 LT V19 5:4 3 1 :30 - : , a ? 9:2 :2 5 .4311 3 83.02 1 . 19 55 39 6. 55 :23:.7 3 2.25a '3 . 4 6 1 1 ' 0? 67 292.01:432: '0 :5:3 162 351?1 2 1 32.8 3 2.3a20 to . .2 24 .6 .311 .8064 5 3336 3:2 2:62 64 57 :0 191:05 1 :90 84 70543 2,.3 3 .1 '2 -9 .7 1 25 34........2UDCLLAYI TA.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON- DEPTH4cm .)PARTICLE SIMS1.2U CLAYTO,ALCOARSE% VOLFRAGMENTSGRAVELxCOBBLES11TONEL3 .8,: 3737.171M .. 6. 35A E: 1"0.'24: 21255 556 HF2 27- 47is5toa FGJ 42 59 2 sCGi 59 . so 2 2025 0 10Gil 95 90 :1 95 3 20 20 10C GJ2 131- 1 1 So 55 25 20 10

6- 0191 6-46 a-V9 a.T 1-t I Sal-SL..S: 6 :al I :Lj. @:or C: ,c 0:,l roo 9S : , a : .VS I ., C-1S . O-Z v I . . I Se -st CAH 99 . 6.sa ":s Z: z 1 :1 c Z:I 1 91 -9 TAM 09 ? a a . cc I 1 9 -0 3 zi v9.5 9-1 Q*a I9.1t S S'll 0 -atm'Wdd 'Wdd *Ndd 'Wdd *Wdd (-"~P)Hld30-NOZI40HN" a s Zd ld iinsaa 0OH13H Linsad OOH13w.... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 .t .O-C1 :L9 L 91 .0 :C'O1%)IV alavilvdIX3.... .... .... .... .... .... ..so : oz :t :94 :190 1zr9Dc 9. L Sa1LO . 5 2 9 st:et . Si cro4m 9C: t,#101 ? 9 41Hc 9 11 ONS9c . go- 106 . 90-Z z 91 9 I-4Hc 22 . to- f#C* co-I 0 0 3 8V0 9 1 H( 'P'3)H I d3Q-NOZxbnp4iins3a QOHL3W iin$3ti oomi3w QlNIWd3l3a X VN Ow v!)M3A 3lSVl3VdlX3 .3 .3 .2 (900t/3")*jAne SNOIIV3 31OW39NVHDX3.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....U:G V, a ::Q? 19W 0 V, z q I aVz . WS C ., 6 0 . -szr9 :lH a0LIP:9 ,V-f# 11 32 0.55 1 z sc .1.1 ZJH 09*- Le . l. 9 I :c ? I :* ? 91 -9 SAH 890 . go 1 . z9 9. r I ? G c I z 9 -09s,L 9 ? 11 a C.c ? a 0 -811 1It .3 N08dV'3 03 31vis ,3 ILVIS WVS (-W3)KAcS30-NDZinnHN30061IN INV tio 3nlVA OCHi3W la VS 3nlVA aoHia" Id2 Hdvivo'SNOSVIIIJ AD lS9#HltlON 031VIO1Q2NIVha 113a A13lyd3GOw IROVNIVUU.113)INVIO I-S310,W3 3Z,,,,-gnSVN Iki 1,Ow : 0 '31 3 3KtjO :lONVl 9 lVlb3lVW IN3dVdllos I aaw sni islQL6t)lOZaUO i .oH-ndd3 3t no t(*)aonlIvNolI'm )30n IlV1A3AdnS a3ltVI30-tWqS tisnddnd 9NIldWVSSHV3 N3a-lo!D

GOUDY UNIT TYPEI SERIESOAT--------------------------------SURVEYU111 HAL KELOWNA . B .C .M .A . f, R .A .B .SAMPLING E OF SURVEY1 PURPUSF8 DETAILED be SURVEYLATjTUOE,(N,)j,L1, NCl17UD N ( (SEC)S 122 .9 05 59 04 00 OS TEPPIC HUMISOL(1978) TYPE[ SIMPLEE CLAS St a Ep PESSIONAL TO LEVELAELEVATION SIO (M)l a STATUSS MODAL $OILGENETIC MAT ORGANIC SPEC . CLAST!C It SLILTYSUP F ACE EXP4ES I .8 V E NEE A GENE I, AC T I I UlIALSUR "C E . . P ES .. L E VE L DRAINAGES VERY POORLY DRAINEDQU No U .AV FF IRE IOU SNESSI St SLOWI I LOC: SO~TH AND 400 PETERS WEST OF INTERSECTION OFLA S ZE NON :N900SM71THTER05A 0r_ 0 L 0SSIFA ICU TION HAVE PHASE410% IS SALSINE RUSSA MR AND I A 0 MI ED FIORE DEVELOPED WHEN DAY .VERTICAL CRACKS UP TO 2CM .1 0 E AND ABOUT 25CM APART .140011INDE 7HICKN' THtC!Sl"OR 80 UI'IZO DA .NIYCOLOUR I COLOUR 2 TEXTURE STqUC.1vPE ID mP 53- 36 ABRUPT . 10 ;OYR2 , .001 1;0 5ORGANIC MODEPCATEVAI5 E RSEa S1 A .0 I R3 .0,11 .5MATRIX 0 1 DRYHI 36, 1: GRADUAL .A5 T RY112.01 ISTO ORGANICI . 1M2 Is- ABRUPT . 2 SYP2 ;0/2TOORGANICA; PI XOls5; A oyo .lX2MuIST*0,'2*0C SGI a- 7 GRADUAL S .OY3 .0/2 .0 SILT LOAMMA I RIX . 01 STc SG2 7- 32 DIFFUSE . 5;OY3.5112.0 SILT LOAMA AIX MOSTC SG3 32- 62 M5 ;OY3,5/2no11 SOILTY CLAYA RIX MOL A M U AT .ANGUL OASTRATIFIEDSTRATIFIEDMASSIVEMASSIVELOCKY.. . .. . .. .. . . . .. . . . . .. . .. . .. .. . .. . .. . . . . . . . . . . .. . . . .. . . . . . .. .. . .. . . . .. . . . . . . . . . . . . . . . .I" ICKNESS STRUCTURE 2 CONSISTENCE ROOTS IHORIZON DE A T HC M I0 No 53- 36 MODERATE , EFRIABLE ABUNDANTHA RDSVSANGULAQ IN BLOCKY0 MI 36- 16FIRM HARDABUNDANT0 .4.1 Is- 0PLENTI'ULFIRM SLIGHTLY PLASTICC 561 0. 7 SLIGHTLY PLASTIC FEWC SG2 7- 32 SLIGHTLY PLASTICC SG3 32- 62 SLIGHTLY PLASTICPH I PH 2SAMPLE STA METHOD VALUE SAMPLE 51A METHOD VALUE ORGANIC AR N NITROGENHOPIZON-DEPTH(CM .) TE TE c so0 HP 53: 36 2 3:936 160 21 : :1 2 3 & 35 49 :.5 64 2 '410 .4 H23 6 2 -1 .2 58 .00 3:9211 61 2 a2 : 2 1 12 .40 bC .22 7. 321 3. 2 3:21C 563 32- 62 2 3 3.. 1 2 4. . . . . .. . .. .. . .. . .. . .. . .. .. . . .. . . . . .. .. . .. . . . .. . .. . .. .. . . . . . . . . . . . . .. . . . . . . . .. . . . .. . . .EXCHANGEABLECATIONS SUFF .tME/IOOG) C . E . C .CA MG NA K DETERMINED ELECT . CIS COND . PI P2CU( .PH 11CM) op PP PAMHOR3ZO4- DEPTH(CM .) ARM S . .0 HP S3: 36 6 37 9 :21 1:7116 :9 35 :: 22?1 : .1 47 236 is 7 : 79 7 531 T: 5, E 1 09.73 9 :3 . 0 Ml H2rN5 9 . 79 105. .2 : :51 52 .1a10 to .. 39 50 So.0 . 0 10 2 018a-0797 7 04 4 37 .0 16 9022 19.0.72 . 32.9SG2 7- 321 2 : . TO 7 67 : 8 500 82 4C SG3 32- 620 to .:. 4 47 1 5..: 0 :25INHopiznN-OEPTH(CM .) Pam .0 NP 3: 368 29 :8536 1 _ 1 0 29 , . 9,0 HI .2 a aC S"I 0. 7 40 .3SG2 3224t6: 2C SG3 327:b 4 1

GOUDY - UNIT TYPES SERIES................................ ..... ....... .........DATE L OF 6SUQVEYSU SEISAMP IN 0 PRODETAILED 60 SURVEY SURVEYORSPNS KELOWNA, B .C .M .A . & R .A .B .LOCATION CLASSIFICATION SLOPELATITUOEIN)SL 0 t ), 122 49 51 04 485 HUMISUL1197111 . . .TERRI(; STYPE SISSIMPLEZ21TUON44SEC)l 05 CLASDE P RESSIONAL TOOILELEVATION PREC SIO (M)l I STATUSSALLEVELGENETIC a C "AT L ;E'S ., OQGEEIC E SPEC r, I CLAST!C It SLILTYSU FA E XP V N AEN ; MAT L .EIS .' FE.lL.ALSURFACE' E C XP L VEDRAINAGES OFVERY POORLY DRAINEDRUN , SLOW . E .IOUSN~Sl ". PEROD ATESITE P E LOCATIONS 0 T 00 ABOUT M METERS T e SOUTHEAST THE 0 GREAT NORTHERN RAILWAYAD SItOCUTION 1 PH ETER 50 F MUD BAY DYKE OF S Un4 E Y,6CLAS I A ASE S IS ROM SALINE H .THIC NESS HO ZON COLOUR I TEXTURE STRUCTURE I STRUCTUREDE TH(C ) BOUNDARYHORIZON20 Ho 53- 33 ABRUPT ;OYR2 . ;0151 ;0ORGANIC WEAEK.A SO PID I FIN TO MEDIUMIo .OYp3 . /1 .0 GP ANULAPMATRIX DRY 5U M 33- 20 ORGANIC MASSIVE*E C :K SrS 0UBANGULARBLOCKY0 HS 20 . 0'o MAN 01R' . .0'1 ' S ; 0lo .oyR2.012 .0TRI D YORGANICMASSIVEC GSI 0- 8."'. 01 .4 "' ; 010 . AT YR6.0 I.11.0AMATRIX 0 DRYSILT LOAMMASSIVEC GS2 a-5 OY4 .A S. ;1116X . '.O " 0ll ;.* TMATRIX oy DRY "0SILT LOAMMASSIVE. .. . . . . . . . . . . . . . . . .. . . . . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . .. . .. . . . . . . .. . . . .HORIZONDE T'IC'. T 'NESS (CM ICONSISTENCE ROUTS I MOTTLESIa HP 53- 33 VERYso F TFRIABLE ABUNDANT0 M HARD 33- 20 VERY : BUNDANTI NE0 HS 20- 0 FRIABLE FEWC GSI 0. a NONJTICKYFRI L DISTINCT FEWS L . . . TLY PLASTICC GS2 a- FRIABLE Ff :T01 INCTL CA A------------------PH I EXCHANGEABLE CATIONS BUFF .(AE~'10061 C . E . C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDHURIZON-DEPTH(CM .) STATE CAR 60N "0 No 53 : 33 2 2427 as1 38 A33 20 a 2:ESo : :5'0 :36 100 4 : :it 1 42.:.020 082 2 3 . 5 .7 . to2 03 3 . .46. 3 31 . 34. .159 2 a? :107 79 3, m s 03 : 13 222 .7 9 .43 74 . 0 3.1 .05 15 .691 9 0 2 .26 0 6 .81 3 .80 a, . .20 651GS2 Cc 0a . 2 1 -4 3 :2526 .02 . :% 5 3ELECT(MMH6COND ./C.) HOPIZON-OEPTH(CM .) P, PPM .0 HP 53 : 33 5 614S 33 20 2 : 40S 3:6 .0 H 20 0.1 9. A9 C G S2 0a . 8 13 0 .05 030 1 9.70b I

GREVELL . UNIT TYPES SERIES. . ....... ...... .. - ........DATESAMPLING PURPOSES V DETAILEDSURVEYWNA9 B .C .M .A . G R .A .01,LATITUDE4N)l0 r, E "1L YUD ( 1;29 N 237 0 IN C REGOSOL 978PRECISION ISECII 02 XTYPESELEVA ON 4MIl 6 5 AT St M AL OIL2 0SIMPLE 1SPEC;,CLASTIC r . AA 19 SLANOY FVIAL LLEVE USURFACE E E C EXP' ;EIS .9DRAINAGE' 'HOFF .AtELL SL w DRAINEDRPERVIOUSNESS$ RAPID 13300 METEAS NORTHEAST OF CORNEA OF LEFEUVRE AND RIVER ADS,o GLEN VALLEY .THICKNtS5 HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DE IS I ,C M) BOUN DAIS ,L" 1- 0 ABRUPT ORGANICc 1 0- 22 ABRUPT'o .ATR ' oYR4 . ; 5" 1 ; 0I 0MATRIX '0*0 Y... DRY "I'DSAND SINGLE GRAIN LOUSE PLENTIFULC 2 22- 30 ABRUPT .A 10 ; OVR54O,f2 ST.0LOAMY FINE WEAK VERY FAIABLE FES,A IX SAN 0, He0'I'0*0 1 0 .. 01 2.0SUBANGULAP SLOCKYMATRIX RY PSEUDOc Gi 30- 55 ASRUPT10 MA ;.Ovp";.0,2,01 .1 0. IS0 6.012 15 .0MATRIX 1 DRYSAND SINGLE GRAIN LOUSE FE .C 3 95. 10 M ; OYRS . Of3,.O SAND SINGLE GRAIN LOOSE1 I All, OY ...011,0 015MATRIX 0 DAYHORIZON- DEPTHICM .):.I. .. . .. . . . . .. . . . . . . .. . .. . . . .. . . . . . . .. .. .. . . . . . . .. . . . .Lm 1- 0c 1 0- 22C 2 22 . 30c Gi 30- 55 FEW IIFISH,HEC 3 55-2 : 54 :SSPH I EXCHANGEABLE CATIONS BUFF .44EII0061 C. E . C .SAMPLE METHOD VALVE ORGANIC NITROGEN CA MG NA K DETERMINEDHOPIZON-OE07MICM .) 5 TA A "TE C PSON %:025:23 12 0 a 100 :2200 2 22- 30 2 1c Gi 30 . 5 27 .4.4 .04.4.40 .805 71 :1100 :1100 3 :5C 3 55 . a 1 7.1201 3 .60. . . . . . . . . . .. .. . . .. . . . . . . . . . . . . . . . . .. . . . .. . .. .. . .. . . . . . .. . . . . . . . . .. . . . . . .. . . . .. . . . .PP2..pLNI 1: 202 2 17 .1 :0Cc 2 22- 30Gi 30 . 55 a2.5 07 . c 3 55 . 2.2 51 .0 0LH C 1 0' : 2202 1 7 1.:3003THICKNESS p NCHORIZON DE T $41MOTTLES I

GREVELL UNIT TYPEt SERIES. .. . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . . . . . . .D OF SURVEYS 6SAMPLIN G ATE P U RPU SE AI DET ILEO 1 SVQVI:Y SURVEYORSVKC KELOWNA*B .C .M .A . G R .A .H .~H!1!2~LITITUOEIN11 49L . G E .1, .2 42 19NECIT I 1 08 O11THIC OrGOSULIC2 ;OUo I- N (SEC)S U I .I5 TYPEI 0 PLEELEVATION 1 .)lI $TAT S M DAL '9'a' SOIL CLASSI GE N TLY UNDULATINGh2!!SPEC . CLAST!C 1 : SLANDY~.ENE T, ,C MAT F UVIALDRAINAGES0N V FFI U SLORUPER 10 SNESSI RAPID 11MODERATELY WELL DRAINEDTHICKNESS P H,.UMIZON DE T (CMCULOU. I TEXTURE STRUCTURE I CONSISTENCE ROOTS I0- 25 42 i0'R4 A812T0 SANDY LOAMAl A Is ; SUEAKIN E TO MEDIUMBANGULAR BLOCKYC 25- 47 O .OYP4;0,I 2;0 S! A T Al . 01FRIABLEABUNDANTLOAMY $AND SINGLE GRAIN LOOSE PLENTIFULC Gil 47- 60 !0 ;0YR4A8/2;0 FI)NE SANDY PEAK M FRIABLE FEWA RIX isL AMSUa EDIUM A 6U TO a COARSZ OC Y SLIGHTLY NAPOP N LA OL SEUOOC Gj2 60-MATRIX 'O'oYR%0'2 OIS T oDEPTH(CTHICKNESS HOMES IHORIZON P T . 1C . IA 0 0- 25C 25 . 47C Gil AT- 60 FEFAINT TC GJ2 60- F1FAINTMETPH ISAMPLE HODHORIZON- m .) S I ATEACP25 22r0:1Gil 7- 6 2C GJ2 60- 0 2 1SANDY LOAMSTRATIFIEDTROGEN WVALUE ORGANIC NIC A Rao N XEXCHANGEABLE CATIOCAMG.... .... .... .... .... .... ..NS SUFF .IME/NA2 13 491006) C . E . C .KDETERMIN ED2005:7 1 : 06 25 :34 3 :06 3: 13 , 23 15 9122 1 5:., 392 . 026 29636.2 9 .02 53 .3. ... 1 .21 .45..10 5 3 9 . 8. . . . . . . . . . . . .. . . . . . . . .. . . . . . . . .. . .. . .. .. . . . . .. . . . . .. . . . . . . . .. . .. . .. . . .. . . . . . . .PI-4UQIZOV-OEPTH(CM .) op . .CAP220 : 2,5 5 :0C Gil 47- A 0 2 .0C GJ2 60- 6 5 .0

GREVELL UNIT TYPEt..SERIESUITC S..P, ------------------------------------------- OF , SURYEY' U S,,.., KELO .NA . s .C .M .A . (. Q .A .B .IN -1 vE .Y.P .---------P PPU ETlIL-D SUR."'."FILglj7UDgj0 ;j . 1;9 :7 :3LRECI N1 2 03 ORTHIC REGOSOL(1978) % C2TOON 1 ISECIS TYPEI05a ~PLEXELEVATION p 51 (M)l 18 STATUSS MODAL SOIL CLASS$ GENTLY UNDULATINGSPEC EN . CLASTIC 11G E I, AC T~EIS .SANDY ,LUVLJALs c 0 1 LEVEOPAINAGE3 U 0 F WELL S DRAINEDRE N V F OUIa LR I SNESSI APID OWHOPIZON THICKNESSIDEPTHICMHORIZONYaOUNOAQCOLOUR I TEXTURE STRUCTURE I STRUCTURE 2LH A- 0 ABRUPTA HJ 0. 4 ABRUPTc 1 A- 10 DIFFUSE113*0,12,0MA 'o ;. o' l A . Ol STMA 10 ;PoylRx*;00/13sT0SANDY LOAMSANDY LOAMWSUEAK INE AN6ULAR BLOCKYWEAK aFINESUBANGULAR SLOCKYPSEUDOC 2 10- 27 DIFFUSE . 2;SY4 .0/2 ; 01FINE SAND SINGLE GRAINA RIX . 0C 3 27-FINE SAND MASSIVE SINGLE GRAINMA 2; 5y*.o'f2 $alx MolSoT.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .....OMIZO . T"ICK"ESI . CONSISTENCE ROOTS I MOTTLES IDE T (CMLH 4. 0a wj 0- 4 VERY FRIABLEa1 aAABUNDANT. 96c 1 4 . 10 VERY FRIABLE ABUNDANTC 2 10 . 27 LOOSE P,ENTIFJLC 3 27 . VERY FRIABLE FEW FENEF1 FAINT22 .3 .15,PH I EXCHANGEABLE CATIONS SUFF .(M E .11006~ C . E . C .SAMPLE A METHOD VALUE ORGANIC 8ON " NITROGEN CA MG NA Ic DETERMINEDHORIZON-DEPTN4CM .) T TEC ARLMNJ 4: 0 0 25 :9A5 9 402 :7141 :7229 .08 2 : :g :13 25 a :51C 104a 15 .64 .0163 :00752 2 9 41 1. .90c 26 .: .023 . .. ..C 3 10 27: 2711. . 2 24.09 .15 6 .1... . . . .. . . . . . . . . . . .. .. . . . . .. . . . . . . .. .. . . . .. . . . .. . .. . . . ..NOAIZON-DEPTH(CM .) :P, . . Pp9 . .LHMJA A0 : A0 5 .0 34 :5014 : 10 2 2 .5 A57 .50 7 5C 12 36 42C 27 3 : 00 3 : 5

GRIGG UNIT TYPES SERIES------------------------------------------------------DAT OF G SUPVE USURVEYORS HAL KELOWNA# B .C .- .A . & R .A .B .SAMPLIN E P RPOSE YS : OETAILLD 68SUR VEYLATITUDE(N)tLON RG C, STUD C " 1* )t SEC) . 122 49 08 00 44 28 GLEYEU (.PAY LUVISUL11978) S 2 .0ELRE05 1TYPESI PLEEVATION SIO jMj9 0 STA7USS MODAL SOIL=!L!! t! !! 2f!!nE-M!SPEC r T. I CLASTIC 7 It SILTY LS ,ENE C C M4 E P4ES 1 . . IALUPF E X FLEVELUVDRAINAGE$ POORLY DRAINEDPERV UNO FFIU SLO 4 W10 SNESSS ODEPATESITE LOCATIONS NORTHWEST OF LICKMAN PD . OVERPASS OVER HWY 4019 CMILLtWACKF OPEL R NO TSA *A SEN HIGH AYHORIZ ON THICK7ESS HOQ IZONj YD E T H CM) B O U 4 DA RCOLOUR I COLOUR 2 TEXTURE STRUCTURE IA P 0- 15 ABRUPT to*OY614 .011 .0 SILTY CLAY MODERATE F M TO STRONG, IO ; OYRS ; 5.12.0ANGULAR I f BLOCKYA RIX P YA EGi 15- 32 GRADUALBA 32- 55 DIFFUSE9 TGJ 55- 82 DIFFUSESILTY CLAY MODERATE JU.AT. '0*01"5 . 4o'DoOED10 .0 I .11. O'S 11 .5 ANGULAR M BLOCKYMATRIX 1 DRY 0SILTY CLAY WE CMATRIX 'o*oYM5 10 .0 P6 ; . 5' 01 /2 l 5 i .0OP 0ARSE A"RISMATICMATRIX 1 DRY 5M IM1:52,1 01 ; oCLAYMODERATECOARSE PRISMATIC0 TG 82-207 DIFFUSE I OYR6 5MATRIX A 0 I 5TO OY6*0" IX . 0 1 ; oTSILTY CLAYMODERATEC: SP0,10SM Eal ATICac 107-132 DIFFUSE OY 1 ;0.A 10 ; RIX PS.00, Is 5T*OYS'O'*' A RIX MOIiT0SILTY CLAYSTOPONGME A GULAla IUM T SEN a BLOCKY COARc G 132-150 VR5 o/ SILTY 0 CLAY MODERATE TO STPDNGMA 5 ;RylX5 .0/1'0 MOIST IO ;R0 Ix ADISWL AMMASSIVE lo'U". . . . . . .. . .. . .. . . . .. . .. .. . .. . .. . . . . .. . .. . . . .. . .. . .. . . . .. . .. . ..UOIIINTOIC1176 . :S,STRUCTURE 2 CUNSISTENCL OOOTS I MOTTLES I CLAY FILMS IDE T CA P 0- 15 FIRM AABUNDANTH RDA EGJ 15. 32 STRONG FIRM ABUNDANT COMMONFI N EH AM 0NCDA , ULAR (ILOCKY PEOMINENTIUMMYR4 .0 .16 .0BA 32- 55 STRONG C APLENTIFUL MANY METHINRSEFIRM HARDON RED FACES.ANG 0LAP BLOCKY PL . ASTIC PROMINENT . OUM YO . . .'6 .0 UN S P e C I FIE .5 0a IGJ SS- 82 STRONGPLENTIFUL M:NYCOARSEFIRM" A A D . U .ANGULAR BLUCKY PLASTIC DO olMINENT ON UCOMMONTHICK RED FACES-5.OYR4 0 .0,18 .0 NSPECIFIED8 76 82-107 STRONGRM 14FEW MANY UMCOMMON ICFl HALAD0 TCohqN ANGU Q SLOCKY P STICMEDI P!OMINENTNHPE kD FACES-5 0 YP4 .0/8 .0 U NSPECIFIEDac 107-132 FIRMFEWHA P MANY r U .PLASTIC 0PROMINENT ol5 OYR4 .0/8 .0c G 132-150 MODERATE UFIRM MANY U .FEWA ED HARDEDIP N I M6 UL BLOCKY PRO INENTSEUDOAR5 .0YR6 .0116 .0

GRIGG (Continued)12 13 :82 . 0 20 2 8 .22 2 ? . 8:6.. . . . .. . . . . . . . . . . . . . .. . . .PH IP . 2SAMPLE A MLTHO D VALUE SAMPLE METHO D VALUE ORGANIC A " NITROGENHORIZON- DEPTH(Cm .) ST tESTATEC RGON%2 A EGj P 30: 5 315 5a 22 .1 5. : 6 A.25 :51, :729BA,52 . .2522 5. 5 . 21 .04a fGj2. 15.6 25. .,.8955CTG1 5.9 : 3 .0582 10, 32 6.0 25 AaC 132- so 2 6.1 2 4 5.7. .. . . . .. .. . . . . . . .. . .EXCHANGEABLE CATIONSBUFF .IME/ IOOGI C . E . C .CAMG NAK DETERMIN EDCUNN 0HORIZON-DEPTH(CM .) P R . . ARM . ppPH:.A P.6j303:6A 150: 32 15 1110 1:53 a:4334 2 :114 :119 2 451 :9 830 :9 3 :9 :' :5 "* :' '4 5BA 2 55 .85 ..3 12 0 2 1 .1 56 . 71101 5 6 2a TGJ : a9 15 . 9102 . b4 1 .50 ., 8010042 : 91 4 455 .102 12 .93 9 :22: .21 24 : 26 .12 .0I3.a . 7 :2a TG79: 0 73 9.20 24 37 7 19 .4 2.8C 3 :2 -1325 : 8094 a 5 7C G 132-1 7 1 9:0A4 .609 0 :5 9 .28: 23 .16 21 ..1 69 .9 .. 7.. . ... . .. . .. . . . . . . . . . . . . .. . . . . . . .. . . . .. . .ORIZON-DEPTH(CM.1A PJ,j10:315ASA 32- 5 15PARTICLE6272,u S LSIZE(%)2JUSOUL2UOCLAY LT TA1 43 56 19a TGJ TG 55. 02-107 8 a :10 603 17107:, IS 132OC C 1 2 so 71 5.9 12. . . .. . .. . . ..2UTCLAYTO AL. . . . . . . .A 7

GROUSEDATE OF SURVEY 7 SURVEYO I HAL KELOWNA . B .C .M .A . & R .A .B .S MPLING PURPOSES SEMI DETAILED SURVEY~2~t!!2~!~2p-~LtTITUDE4%)j, 149 07 30L .ZCITUOEI'SeC~ . 23 10 13 0 GLEYLO I SO-BRIC FERRU-HUMIC PODZOL(1978'5*0P S ION 2 TYPES SIMPLEEL .11-1 ON ( .)s 12 5 0P.0 STATUS M0DAL S IL CL SS9 ST NGLYASPECT A (DEG)$ ISOSLOPING11ZITIC : :TZ4 . ., COLLUVIAL 6ENETIC MAT .3 BEDROCKSU FA E P VENEERBEDROCKTYPES INTRUSIVE ACIDDPAINA(AlP UNO FF8IMPERFECTLY DRAINEDM E DIUMS!T :,LOCtTkD,ONRR4IDGE,CREST , BET*,!EN LIONS AND ENCHANTMENT LAKE,G A IFI ATI N SE S LITHICHORIZON THICKNESS 1, . HORIZONYCOLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IDE T (CHI 6OUN OARHF 25 . 10 CLEAR m S GYR2 /2 .0 ORGANIC FRIABLE ABUNDANT; *0 u ISLI6 . YTL . . . Di t . 0 115 .0 5T .0MATRIX 0 Q DRYH to- 0 ABRUPT 5;. 0Yll2 X 40lS;l O ORGANIC 1111A1 BLELABUNDANTMA . I ISL G T Y ...01 OYA3 .S MATRIX 0 DQY"2*0A H 0. 10 GRADUAL IO .OYR24 O/ s; l O SANDY LOAM SSE . OAK UM 'llfA8LE L YPLENTIFULMATRIX SO .", .. 01'2 ..S G . TL HARDSUBANGULAR E SLOCKYMATRIXPONY 0A HE to- 15 CLEAR . IO ;. 0YSS2Mo 0l .T l O SANDY LOAM WEAK .6 JU .FRIABLE PLENTIFULA I 110 .OYR4.0/2 .0SUBANGULAR 0 SLOCKYMATRIX DRY0 HFGj IS- 20 AsRvPT , 7 5YR /2 ;0 SANDY LOAM10 ANIX32IS.0 .O'3 .O1R.P 20-MATRIX DRYWMSEANED SO .USANGULARBLOCKYFRIABLEPLENTIFUL. . . . . . . . .. . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . .. . . . . . . . . . .. . .. . . . . . . . . . . . . .. . . . . . . .. . .. . .. . .THICKNESSHORIZON DEPTH(CM)MOTTLES IHF 25 . 10H to- 0A H 0 . 10A HE to- 15IS HFGJ Is- 20 FEWME DIU .Q 2o-DISTINCTPH I PH 2HURIZON-DEPTH(CM .)SAMPLE ST, METHOD VALUE SAMPLE TA METHOD VALUE ORGANIC NITROGENTE S TE C A Re ON "11a2 1 4 F :61 24 :15 472 :44 16MF 25: 10100. 1 0HA HHE to- 1502:6 AIS HFGJ L5- 2 a 1 5 3 2R 20- 0HORIZON-DEPTH(Cm .)NF 25 : too104"HA SO0 :HE osB HFGJ 15- 20A 20-5:25 1. . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . . . . . . .. .. . .. . .. . . . .. . . . . . . . . . .. . . .. .. . . . .57 :37 66EXCHANGEABLE CATIO NS BUFF .(ME/ IOOG) C . E . C . EXTR ACTABLE FE(%)CA MG NA K DETERMINED METHOD RESULT ME THOD RESUL T.32.6417 050 3 1, 1:00 23 2 4 :6911 . 3.58324130 :67 3 0 : 1, .. .. . .. . . .. .. ----- --. . . . .. .. . . . . . . . . . . .. . .. . . . .. . .. . .. .. . . . . . . . . . .. . . . . .ETRACTLE A 1%METHOD RESULT METHOD RESULTpeCU zN-P .. IHOQIZ04-DEPTH(C . .) . PO Sppm . op ORHF 25 : to 02 : 7 3 2 2H2 2 : 4, 290 .:3:52 .10 : 09 32 29 :80A H10. 10A HE 2 :6 a 0 .9 2 .2 :3 38 HFGJ 3 a 3 0 .8 49 :0 15 SO: 215 0 1 2 .1 I'a' . . .'1 :20 0 .020-R

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3N,PH 1PH 2SAMPLHOPIZON -DEPTH(CM .) S I, E METHOD VALUE SAMPLL METHODTEST A VALUE ORGAN A QBW14C', NITROGEN XTECLF10 : 52a 3:2 54S93HF C 5 0 2.22 5 39 0.21. 34 :.6861 3a F I 0a- 25 25..72398 F2 25 : 55 a 1 5.9 a5. 92 .6 17 .1 04LF55 _I 9506.0 2 5. 5ac 1 195 .1 252 1 5.9 a 5. 68C 2 1 20 5. 4 25.9 2 5. 6C 4 226 1 5.8 2 4 Z.7 1EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . EXTR ACTABLE FEMHORIZON -DEPT4(C . CA MG NA K DETERMINED METHOD RESULT ME THOD RESULT.)ol 2 :36 12:278 :01:"go 3a121 .. :6IA8 Epi 01 ab05 2230 :23- 25 0500 : 05 : 4: 8 F2 25- bSIS.. 15 13 .591 1 1 3a.02 04 .021 0 .4 3ss: , gs0 .0sc m 18C a 120 9 5 0 3 31, _110 :3 . 3 00 :0.C5 13 a 0 .0HF 105 : 50 9.... .... .... .... .... .... .... .... .... .... .... ........ .... .... .... .... .... .... .... ..EXTRACTABLE ALMMETNOO RESULT METHOD RESULT112Cu ZN MNHURIZON-DEPTHtCM .) P.M . P .M . SRPM. Pp M . P.M . 0 Pm .LFto : 50 27 1 :2 22023:0 93 : 0HF E 5A F115IN 79 ::327.6136 .6 53 26.8 6.0 16 19 .3.7 43 501: 2 23 a 0:8 . . 1 2 .1 43 .08a Fa M 25- 5 1 324:42 .5 1 0.455- 9 5 159 . 8 41 . 8 715. 3 28 , 21 27 55 33 .5 58 .ULC1 95-12: 30 :2a 2? : 0835 5 41 .22 120-149 12 :8 30 .2 2C 145- 1 34:9 :51 .31331 3 28 21 :51 5. . . . . . . . .. . . . . . . . . . . .. . . .. . .. . .. . . . .. . . . . . . . .. . . . . .. .. . .. .."ORIZO-4 -DEPTH(CM .)COARSE% VOLFQAGMENt$GRAVEL COBBLE STONEHF 5 0A E :B wt 03. a360020 20 20B F2 25- S5 5 0 2 0 00 '08 M 55- 95 60 22;toBC 1ac 2 1 :5 .120 .02 3003001 .9 :1458020 0 3cso 20330.. . . . . .. . .. . .. .. . .. . . . .. . . .. . .

HARRISON UN17 TYPEI SERIES. . . . . SU"Vr . . . . . . . .. .. . .. .. . . . . . .. .:YDDATE P1 HAL KELOWNA* C .M .A . & R .A .B .SAMPLING OF SUPVEYI PURPUSE1 DETAILED 67 SURVEYLATITUDE(N)l , a W" I 49 111 ., 11LONCITUD .1 22 Og ..T .IC HUMO-FEPO:AIC PODZDL(19781I SEC) 1 ypal S 5'0 -PLEELEVATION 510 4-18 30 STATUS% 0 L SOIL PRE IASPECT (OEG)l 270 ICOMM Nr ;,CLAASTIC It GRAVELLY U A1,E . . . CC " T4EIS . . FL' I LSu E E. p FANDRAINAIEIp U.OFrF, WELL 0 W DRAINEDPERVIOUSNESS$ RADIOSITE LOCATION& H&TZIC VALLEY .OFlLrDES 1HORIZONTHICKNESDEPTWICM)HOR I Z ONBOUNDARYCULOUR I TEXTURE STRUCTURE ISTRUCTURE 2LH 1- 0 ABRUPT ORGANICA E 0- 2 ABRUPT.A5;Oyp, .0y.. . 1 . . Ol 01 , s;oMATRIX 5DRY 0/1-0LOAM;EAKIN eOLATYa ft 2- 13 GRADUAL . ? ;S5YA%O/2 .O LOAM 01AKA IX DIS T "7 .5YOS . NeSUBANGULAR BLOCKYMATRIX DRY 0,5*08 P2 13- 25 GRADUALa M 25- 32 CLEARLOAMWEAK F E7 ; 5R Y,, . 4 . 0 "2 I 3 ; 01 A .0 I P4 .0/4 .0 SUBANGULAR IBLOCKYMATRIX 0 1 DRY.11.5y,x" .00"To0 I ISMATRIX Y .1 OPY.01 0*0SANDY LOAM ;61K I -Esue11 c 1 32 . 4? SA NoSINGLE GRAINGRAVELLY11 C 2 *1- SANDGRAVELLYSINGLE GRAINSINGLE GRAIN.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ......Q,Z .4 TNIC4Nj :S,CONSISTENCE RaOTS I CONCQETI.DN,,AN!DEPTH(NODUL 0 SC IPIL" 1- 0 ABUNDANTA E o. 2 FRIABLE ABUNDANT0 Ft 2. 13 FRIABLE ABUNDANT F 1WI INE SPHERICALa F2 13- 25 FRIABLE ABUNDANTa M 25- 32 VERY FRIABLE ABUNDANUIt C 1 32 . 411 LOOSE PLENTIFUL11 C 2 AT- LOOSE FEWFEWESPHERICALIHORIZON-DEPYN(CM .)PH I PH 2SAMPLE STA METHOD VALUE SAMPLE T T METHOD VALUE OAGOANNIC" ANITQOQENTEA Ec p 0 %1: 0 0 2 215 .2 4 4 .7 254 2LH2 a4 .4 :29 .802A E 18 Fl 2- 3 5r, : .4 221 .329 .5 .11,8692 213 : 25 2 1 5.6 Aza. 75 32 2 5.6 2 5.0 1 .21 :010811 "t 32 . Al a 1 4 5.1It C 2 7 2 1 5:6 , 7 2 4 5.4.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS HUFF .(ME/1006) C. E. C . EXTRAC TABLE FEM E97PAC TABLE AL4%1CA M(, NA K DETERMINED METHOD RESULT METHOD RESULTpp . .HORIZON-DEPTHIC- .1: 0 t2 66 3 :L2 1 :22 2 :0It13LH EI 2:10 ,7 3:2 1 597 :50A:2109 03 0412 0. 1 . :3 a48 Fl2- 3.. . .6 8 12 13 2S2002 .0 15 9.701 1 :0M :0 ::1 :45 525 32 : 72sRpm . toa:0 02 .0 4:2 1 :2 .it C 1 32 47. 2 1soa011 C 2 47 .7 1 a 4 :0COARSE FPA(,MENTSP2% VOL GRAVEL COeBLL S70NEHORIZON-D EPTN(CM .) pp %%LH 0 2'8 :0 4 5A0 E12 05 ..Fl2- 3 1427 .0 9 .3 1B F2 13- 2 1 5 10a M 21- 32 5 163:0 12:. 0t,11 " C 1.32 47 15' 8* 20 20c , ,: .1 .96 1 .0 0 95 .50655 25a

HARRISON UNIT TYPES SERIES------------------------------------------------------DATE OF SURVEY3 .66 SUQVEYORI HAL KELDWN A . B .C . . .A . 6 O .A .S .S PLIN " U SETSUP YP QPO DETAILED Vc~H!!!22L 149 21 i2PR CITUDN4 21 36 02 ORTHIC 7 U 3HUlO-'ER :AlC PIIDZIlLI19781 3 04SEC) TYPER LASS :S 1 APLEELEVATIONE- SIO 4MIS 305S AT S -0 L SOILGENTLYICASPECT (DEG)$ISOh2!!SLOPINGSPEC4,CLt!T!C It SOILTY COMMTCL .AAST!C It GRAVELLY GENEE LIANGEME T I F IALSURFACEC 6 .PRES ' ' .1 V E EN ER SURFACECE . P RES . . FAN VDRAINAGE9 N F SELL , DRAINEDLORU PERVIOUSNESS$ OF tARIDTHICKNESI. .. IZ .N DE . I . (CMSOU DAR.011,1,Z .Ily COLOUR I TEXTURE STRUCTURE I STRUCTURE 2LH a- 0 ABRUPT ORGANICA E 0- a ASIUPT.A 5; 9v:%sl1 I ; O, S .OVR6 I .0/1 .0ATRIX DRYLOAMFINE 'TAXPLATV8 F1 2- 22 GRADUAL . 7; 5Y :3 A 81j;O LOAM WE F AK WF7. RYR5 I .0/5 I .0ATRIX 5 DRYSUI5 F2 12- 25 GRADUAL M7 ;bYR4 .0/2TO. A. .Oy. PI .. . OIS ,0 4 .0M TR D YLOAMWEAK F ESU, INa M 25- 32 CLEAR 4MWIX 40'2 ;0IS42 ; gy,,S, l X ol DRY4*0SANDY LOAM WEAK , NESINGLE,GPAINSUBANGULAR I BLOCKY11 C 1 32- 47 DIFFUSE SAND SINGLE GRAINGRAVELLYit C 2 47- SAND SINGLE GRAINGA VCLLY.. . .. . .. . . . . .. . .. . .. . . . . .. . .. . .. . . . . . . . . . . . . .. . .. . .. .. . . . .THICKNESS CONSISTENCE ROUTS IHORIZON DEPT M ICM)ONCPETION AN ~NODUL C 0 E SCR I IP04LH 2- 0 ABUNDANTA E 0- 2 FQIASLE ABUNDANTa Fl 2. 12 FRIABLE ABUNDANT FEWFI Ne5PHERICAL6 F2 12- 25 FRIABLE ABUNDANT FEW Neor SPHERICALIa M 25- 32 VERY FRIABLE ABUNDANT11 C a 32- 47 L03SE FEW11 C 2 AT-12 ----LOOSE VLRY FEWPHYSICAL & CHEMICAL DATAEXCHAN GEABLE CATIONS SUFF .(ME/ 1006)C . E . C .SAMPLE TA MET HOD VALUE ORGANIC NI TROGENCA MG NA11HOQIZON-OEPTHICMDETERMINED.l S TE CARSO N J~ WL 2: 02 2 22512 66 3 101 22 723 : 0HE5: 2.42. 9 80 ,A8 Fl : I1202- 15.6 2 .3212 . :2 . .0 833 . 09 06 16 . 6B F2 12- 25 2b 57. .8 1 20 04 2 .04 15 9a fA a 5:.5 J2 1I.0 :;,2:1 1 :22.10 27 04a . 04 a 2it C 147 25.6is C 2 47- 2 125 .7-- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----EXTRAC TABLE FE(%) EXTRAC TABLE AL(%)COARSE FRAGMENTSMETHOD RESULT METHOD RESULTpa% VOL GRAVEL COBBLE STONEHDQIZON-DEPIN(Cm.)P. Dp . . pp SPPM.% %xL 2: 01 19 :0 218 :0A a HEF12 1202- 5 0.1. 7 51 30 11 .21 .,5, .o 11 . 53 20BaF2 12 : 25 7 1 .1 484.163. 0 30 425 32 14 .5 0 154 0 12 511 M1 3 2_ : ...41 1 250 :D 5 0 118.0 9.0 0 89 30 255It C 2 AT- 251 7 1 1 .4 48 96 .005.5 So 30 2 25

VIV&:9 0:6q:6z 1,v I r" : 9as 00V . . 1 0 9,1 :CCCI S 16 S6 0. :a* 09 990 . 6 6 at- et . 19-V V0 .9 a* _?c0 .9 a.9 . a -:a 60 . go : 9, :cCC :If 91 89S . 1.6v 9-91 V-1 2 If- 60, a 29 .1 : :6C a93c- .;t 0 .0s S-at 9.6c ti . at 9I. . . 1 71 . . L, C, .0Cd VS' .dd ' .dd 1' .D) .Id3G-%OZIbO1-d Id 03NIHOBL30 x WN ow V7. ȧ . D.. . (qoot/3ps- .4 .ine sNotiva 319139NV"3X3. .. .. . . . .. .. . . . . . . .. . . . .. . . . . . . . . . . . .. .. . . . .. . 'D.. . . .. . . . . . . . .. . . .. . .. . . . . ... . . . . . .. . .a 0:9 a, 09 :09 as 3I 1 9 1 219 360 : %1 ,,2:S CI-S 12 0. -ar 01it0 : 1 0 1, . 9 a S.S 1 I 8 C CC -11 ol aIa . 91-2 " 2 V.9a It 1 :CI 03 Vvs . OS-9 Z .V 0 a a .% I a C 0 d V9LVLS 31VIS 4'"'3)HId3G-NOZIbOH.300.1t. " IINV9.0 NO"" 3nlVA 0OH13H 31d W V S 3 . S3nIvA Go"13" Id V2 MdI=VIVO IVDIWBH~ 2 I"ISAHd0*9110*1"Ag .S,N3I ".nzo3. I"DIISVIO w t, A03A tj0'9/0*GdA'.'i ANTH14 A 3A -09 as 30'9/0- N3NS0A9' at, LI .nI W03 0. '311SVId Ab3A1 ANVM M3 .4 MdIJ AJJ3 A 09 -olp to. . 031 .1122d%Nn 33DVJ G N d m NO 0 A NOW I.1 0-910'%bAO'S 0*9"O ;SdAS*tI N NT 00 Hn .03. dANVH inatIN31d 1IiSVId " AH3Awtif AUBA OV -CCIIINOZ 13"' 03d ONIV3TI ",am a .4 .013 INo QNV " 1 A 0'9.10;GtIAS ;LSOMA 'ADIML 9 ANIN "WN'MD *00NT IN " n. IWO..dNOMMO, MNOW.03 a iNvoNnuv :)IISVld AU3ANUIA A to 3A CC -&1 91 90-9/ *9 AS41AM3019 uvinoNvons vI NI IS 314 1 0-4 DIISVIdNOW .0 14 t, ,1 iNvaNnewI AuIA 3J.10300" 3SI a' It -CI 93 vINVONngy:11ASVId ,tits cl -0 d V9 SWIRA AV" 8 S31LLO" I S314.1ow I sloob 31)N31SISNaD r atiniinuis(W'31HId3O SS N NOZIUOH3 XDIHL. . . . .. .. . . . . . . .. . . . . . . .. .. .. . . . . . . .. .. . .. . .. .. . .. . . . .. . . . . . . .. . .. . .. .. . .. . .. .. . . .. . .. . ..3AISSTA AV13 Allis3AISSv" AV13 AllisL? 100 0 xIMIVw0 / O.S AS .8 -09 as010 0 "( '.sx1 ulwo r/ A . 3snaito 09 -09 to I2IIVWSIddsdvoD oi , .niaj: 3 v ,ti Go slow witil o*t1S*1PAO*S 0AW13 Allis 3snjazo 09 -CCST'O' 0 M a W I!ION xialw" Istow x1bly"IINI .IS OA"I'"Sia.13Ivd3OOw ni a AVID ALIIS 0 a/01SAGIV 0-110-SAO'S ivnavbo It -41 OA 9')I,LVWSlddI W 1 .431vdaoow AVID Allis P0 to" C /0 ' X0 IPVW A9 1 UVAID LI -CI 03 Vtw3oig 3 0, bvlngNvens0 , wstiv i ,, nio3 w ;ola "30ow AVID Al IS 0 1 0 CHAO 01 ianuav ri -0 a VAaVQNnoe (W7)MId3O NOZIUOMI avniDndAs 3tinix3i a anonoD I unoioD Nozido m SS 3 N )4DIml)IV I 3" 00 . 13 I ZIT 4 d N so 1 aol IisS3ION lVNOIIIGOV:019 ISS3Nsno1ANdn3dol S 1 .4 , tj03NITUO Aldood 139VNITUQ 0iaA3-t i-s3noxii 33vions gIVIAnll A ._,.1 3I AVID;I1M,31j3,301 S, 2 2 dSIINn 3IMdVb91AVUIS d3dOrl"MOAONVI ') lVltj3iVW ANBUVd13A31 OL lVNO1SS3dd3Q3 1110S 1100" ISMVIS ., ;IlS1 : 11011;A31 !IdW t S #SSVID 13dAl1so, NO('11330,0It 6C (9&61)IOSA315 11AnI ItmItIO *I it e?t ,"T 30 776 IINI3.nLIIV I3dois NOIIV :)I :i!SSVI' JNOIIVIOIA3AM(19 931TV130 t3soddnd -)NI'IdMWS'Q*V'M 'J 'V'0'3'8 -VNAO"13X IVH 10OA3AdnsI q 3A S:A mn s a 3 Ja---------------------------------OIZ.LVH

HATZIC UNIT TYPES SERIES---------------------------DATE OF SUPVEYI 72 SUPVEYOR9 HAL UBCLATITUDEIN)l E .18LON611UD.1 P122 49 11 . 39 013UPINIC U LUVIC GLEYSOLI L U :9781ISECIELEVATION PEC Sto (M)l 5A $TAT S ODA 5 LSPFC ;,CL .ASTICA. It CLUAYEYOEN 5 6 . T US I . . 17L VIALUQFACE C P L . V E LPH I MOISTURE STATUS ATTERSURG LIM17SAMPLE METHOD VALUE" ULK 113 15 7 IIEL PLASTIC LIGU 0HURIZON-DEPTH(C- .) S YA TE DENS I'Y a . 13 . . .0 S I AR R 1 TUPE 0 LIMIT L MITA PC, 'o0: 2.0 2 59 :&1 77 97 : :6 :880 5:46 7:4 7 27 :7 :81 :93 b4 6 30C 43-101 2 5.3 ' 9 1 . 0 146 . 7 1 56.0 a .2 .25 39.0 2 . 7C 6 101-121 2a 1 .139 6 4.4 51 .1 258.. 48 7[HorizonDepthOnIParticle Density qm/cc hr~ Particle Size %AirDryOvenDryMax .DryAirDryOvenDryOptim 1Moisture um % )5 .1 On (5 .1 cm

HAZELWOOD UNIT TYPES SERIESCASE ------------------------------------------------------KELOWNA . A .C .M .A . & P .A .a .. . .P1IN1 OF SU"V"' PURPOSES D~TAILII "a SURVEY SUAVrt"'A - H ."LATITUDE(NSS 49 05 03L a E ',1 1 I. 1162Z is 08 ..1 . IC HUMIC GLEYSOL( L 0!TUDN'ISECII 02 :L781 1 TYPES COMPLEX '*0ELEVATION P EC S (Hit 5 STATUS$ MODA 5SPEC CLASTIC 11 CLAYEYGENE ; I C Im, T FL U VIALSURF 'C E EX P4ES g .S LE V E LDRAINAGE$ UPOORLY S 0 DRAINEDLOQPEPVIOUSNLSS9 N OFFSLOWSITE LO~ATIONS 160 METERS NORTHEAST OF THE SELL-CLAYBURN AD JUNCTION .M A TS a US4W :L* :*NS*C*:M1n . . .. .. . .. .. . .. .. ..... .. . . . .. .. . .. .. . . * .*... . .....A.... . . .............. ... . ..... . . ....... . . ..... . . . . . . ....... .....HORIZON THICKNESS DEPTH(CM)HORIZONso UN DAR Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2A P 0- 22 ABRUPT 10 L'Afp OV112~USISIYOI I'IO V 4.5/1 .0'o .A ; RIX R DRYHEAVY CLAYWEAK EOIU.SUBANGULAR BLOCKYAs 22- 35 ABRUPT SY3. HEAVY CLAY STRONG.A2 ;.5RIX .5 510 "D ,;TOMEDI S Aus U" NGULAR ISLOCXYMATRIX 2 1 DAY '0*00 GTJ 35- 60 GRADUAL ;0YR5.001SITOto SS XSILTY CLAYSTARONG.AI2 5Y7.0/0 I .0 Co ANGULAP ASE .OLOCKYIS TRIX DRYC G 60 . 73 GRADUALit C 61 73 . 90 GRADUAL10401''s . . 51W 17 .5YR7 . 010 .0MATRIX Day 0..;R0"x'5;00'151'510.Am 10*0 VR7 . DRY.0 I'DSILT LOAMY FINEVSEARND Y L OA MMASSIVEMASSIVE11 C 62 go- LOAMY SAND SINGLE GRAIN.. .... .... .. .. .... .... .. .. .... ....THICKNESS CONSISTENCEROOTS IHORIZON D E PT M (C "A P o- 22 FAIABLE ABUNDANt.... .... .... .... .... ....MOTTLES ICLAY FILMS IMEDIUM GR ANULAPCOASUSIASLLAIS CBLOCKYAll 22- 35 VERY FIRM FEW8 GTJ 35- 60 VERY FIRM FEW MANY UMCOMMON NDISTINCT S Tol .OYR4 .0/4 .0 ON UT"IRED FACES-NSPECIFTEDC 6PTH(CO60- 73.)FIRM MANY '6DIUMDS.OYR I S T IN~l4 0/4.0it C 61 73- 90 FRIABLE FEWME DIUM1DISTINCT. a .0 OY 5 0.16.011 C 02 go . LOOSE4FE MEDIUM ol wSTINCTEXCHANGEABLE CATIONS 8UFF .(%E/I00G) C. E . C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA G NA K OFTERMINEOHORIZON-DEPTHtCM.) S TA TE CAP a 0 N "A PA a 20:22:6?'39 :32 35 2 1 73 :9 a250 :50 3':8.0NO :309 8a GTJ 35 60 6 3 'o..1 .6 50 11 .80 10: 20 60 .20.20 30 .1C . 60 73 2 1a 5 .5 3 .06 7 .10 53 to .10 7 611 G1 7 go- . 90 2 .7.4 1 C 62 1 5 .9.1522:3 .0.3 50066 43: 13 00 0 :10 01..: 2.... .... .... .... ....PARTICLE SIZEMp 02 TOTALORIZON-O RPM I . pp SAN I)2 U62S7L T 2U CLAYT o .2T CL AYTAL UOTAL0: 2 22,2.: 1 2 35363 17A1.p 2A. 3 412 1 :3667a GTJ 35- 3011 153 1 6.C G bo- 6 3 A., 1 21 .0 23 4 as7il C G1 73- 7905 23 01 2 44 o .. .. ..... ..... .. .. ..... .....ftrizontD .pt~cm),65% 40-65% st .5 : a1 14Cam- Clay (0.002 - 0.0002 m)120-40% *St.1Clay 41~...I 01gyI~20% .'t . I T- It. 40-6% ost..... .... .... .... .... .... ....Fino Cfay (

HAZELWOOD UNIT TYPES SERIES----------------------------------------------------DATE OF SURVLYt 72SURVEYOR : HAL UOCLATITUDE(NII D 6 all149 05603LPRNGCIT (SEC) : 22 1 00 05 UPTHIC HU-11,US N 1ELEVATION E SIC ( .)1 5 SIATUStrL11SOLI 0 :L111B1-UDAL S_2 :MSPEC G ;,CL .ASTIC It CLAYEY5 EN . A114EIS . ., FLUVIALUPFACE F r P LEVELPHIMOISTURESTATUSATTERaURG LIMITSSAMPLE METHOD VALJE SUL/3% F ELD PLASTIC LIGUIDST TE DENSITY BAR MOISTURE LIMIT LIMITHOPIZON-DEPYH4CM .) . SAR .Aa PJ., 0: 23 2 ::3A 3 - 48 " :81 21SC T 6 a _10 3 2 4 4. 5. 00612 25.1 . 36C 62 102-127 3 2 4 5.2 1 a67 :55494 . 940.35 .5432 :45:40:0 61 7 :22342 .1265 So528 1 :3 46 36 : 1766 :a240 27 .6 ..19.7'37 .47 35 40 .7Particle Density gm/cc _ 1 5hrinkage Limit Particle Size %Dept' IAir Oven Max . I Air Oven Dry MOptimuman DryIDry Dry Dry II . isture cm

HENDERSON UNIT TYPES SERIES'" ; . . . . " .. . . . . . . . . .. . . . . . . . . .SAMPLING PURPOSES RECONNAISANCE SURVEYLgTLTUOEjN :j, 149 08 :3LAECIYIJDNI(SEC)3 N 22 03 03 ILEIrO GRAY 9:00N D LUII :SOL41976) 3M10 ITYPES CC 0 PLEXpELrVATSON IM)l 58 STATUS 0 AL $0 LLASSO UNDULATINGC'CLASIIC It SILTYSpUi I , 'LGENE C AIjE'S .3 Up FA C E E xP LEVEL "' ILOPAINAGEI UNOF F IMPERFECTLY SL W DRAINEDAI0PERVIOUSNESSS MODERATESITE LOCATIONS 200 METERS SOUTH OF HIGHWAY 401 ON CONNOR PD ., CHILLIWACK .ICKNESS p M , HORIZON U gy COLOUP I COLOUAHORIZON I" DE T IC 1 60 NOA2 TEXTURE STAUCTUPE IA P 0. 17 CLEAR .. lo ;.OVI.12.0,12,001 5O 105 . 12 .0.A 'o ; RIX Do, 0; ON S; ofl ;OS.0A MI 1?- 37 GRADUAL . 10 ; .OY4240151 . ;5SlL'TY10 A .011 I .1 . 0MATRIX D.y 0 12 L ASILTY CLAYL AMCLAYMOOE QATE U To TOISTRONG ,An F aSURANGUL 501 M LO HE KY;ENIKaIPRISMATICA MR 37- 55 CLEAR M, 10 ; OYR2 ., of2 ) ; 0 SILTY CLAYWE" .101U .11) . PIX y 5.011 IS .1 PRISMATICMATRIX a R DRYa T 55- 73 ABRUPT 10,OYR3,0/1,0 SILTY CLAY MODERATE TO STRONGMA I RIX 01 ITU,to . 0 ya' . 5/2.0PRISMATIC EotMA 1, A Ix OR y'00 TGJ 73-100 GRADUAL M. 2;p5Y5*012;0. .I Ul T A .I . OtsLOILTY CLAYA MSIC 1 !00-137 DIFFUSE m5,OY5.0/2,0 In sySILT LOAMA IX MOISTRONG M 0 M ppE 15 IU TO COARSEMATICWEAK COARSEPRISMATICa 3 - 55 DIFFUSE . 2;5YS*.012 . 10A1SILT LOAM CWEAK. .EA t 0PRISMATIC AC a 155-175 2 5Y5 .012 0 SILT LOAM MASSIVE.... .... MAIIII . . 0 5.. .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON IM ICKNESSDEPTHS C MlSTRUCTURE 2 CONSISTENCE PORES I MOTTLES I MOTTLES 2A P 0. 17FIRM SLIGHTLY HARDABUNDANTA MI IT- 37 MODERATE DIU,FIRM ABUNDANTESL I GHTLY 5 HAPOUSANGULAR BLOCKYA w2 37- 55 MODERATEOIUSv6ANGULAQ F " BLOCKYFIRM SLIGHTLY HARDABUNDANTT 5- 73 VERY FIRM ASUND NTHARDTGJ 3-100 F1111 0PLENT UL 04ANYH D F ppINEMINENTI .SVR5 0 .0/6 .0ac a 100.137 MODERATE FIRM PLENTIFUL MANYDMIPR UM INENTSUGANGULAR DAR BLOCKY7 .5V~15 o .016 .0ac a 137-155 MODERATE C 3 FIRM FEW MANY HEFSU 0"" .A N GULAR BLOCKYPOO.IN!Nl 7. DIUO 5 5 0016 .06 ass-175 FIRM MCANYU .S .OV03 .014 .0PROMINENT DIS .OYQ3 .0,14 .0

~HORIZON TV DE . ICKNISST'C. ICLAY FILMS IAP0- 17A MI IT- 37A M2 37- 55a t 55- 73 COMMON , 0.THICK0IN 0ALLAND V ON ICA Vol ALLCRT L ANDIZONTAL PEOHOP FCCS _AB TGJ 73-100 COMA40N ,Do . ON .0 THICII A-CS.UNSPECIFIED prBC 1 100-137 COMMON0 TH IU N RED N NSPECIFIED

HERON UNIT TYPES SERIES-----------------------------------------------------DATESAMPLING OF SURVEY' PURPOSES OCT'ILE0 T 0SUR SUR,VE 10. 1 ;INS KEL . .NA . B . M .A . G A .A .B .VELATITUDE(NIS DEI'llLONGITUO. (.EC1 . 322 49 04 42 44 22 0 REGO HUMIC GLEYSOL11976) % Co2,,,0PRE TYPESE L EVATION C St (MI : 95StATUSS MODAL SOIL CLASS& GENTLY PLE' UNDULATINGSPEC r, ;,CLAAST!CENE C . TIt SANDY M IA INESPEC ;,CLAST!C 18GENE C - A 1 3CLAYEY MAPINESUPFACC EXPRES .& VENELISORAINAGEI POORLY DRAINEDRUN p Cl VF F OUS.eSS I .ER ISLO VSLOW=H=~-=!!SITE L?CATIONS SOUTHEAST OF JUNCT :ON OF HALL : P :,l, .lllAlF .AND 11A Y :DADS,SURREY " 1T E 11 C GI CONSISTS OF ALTERNAT NG BANDS 0 S N CLA D' LOAHORIZON T"jCKN6ST HOR,14ZONV COLOUR IDE 7 . lCm SOU DARTEXTURE STRUCTURE I CONSISTENCE ROOTS IL 5- 3 ABRUPTF 3- 0 ABRUPTA M 0. Is ABRUPT.A 'O ;oY. PI R2 '012 OIS;oORGANICORGANICFINE 0 SANDYL AMABUNDANTVERY F_DUMNEAKVERY FRIABLE ABUNDANTMSUBANGULAR I BLOCKYAC Is- 20 DIFFUSESANDY LOAM MODERATE MVERY FRIABLE PLENTIFUL'0f0yR4'9f2fo.Al.111 - isSUSANGULAQ `Eol BLOCKY11 c G 20 . 40 CLEARSAND SINGLE GRAIN LOOSE PC .MAdlipX5.00fisTotoIII C 61 40- 62 DIFFUSE to . y 5.0/2 0MA T 0 .1 11 . Mo LOAM STRATIFIED FRIABLE FEWis ;III c G2 62- 2.SY5 .0/2 .0CLAY LOAM MASSIVE FIRMVALUEMATRIX MOISTORGANIC5 IGHTLY PLASTIC.. .... .... .... .... .... .... .... .... .... .... .... .... .... ... .... .... .... .... .... .... .... ..TH ICKNESS MOTTLES I MOTTLES 2 CONCRETION AN? CEMENTATIONHORIZON DE p T 14 ( CM, NODULE DESC P I p I AGENT/DES _ RIP.LS. 3F3-A M0- 1:FEWPI SPHERICALNEAC t5- 2011 c G 20. 60 COMMON , DIWEAKL S EMENIED S01 CO Y N C TIN OUJo FAINT I.oYUMR4 .0/4 .0III C 61 40- 62 MANY E U,S.OYR4.0/$ .ORNINENTS.OYR4 0 .0/6 .0III C G2 62- COMMON MTol .DISTINCT U... ..... ...PH IEXCHANGEABLE CATIONS SUFF .(ME/1006)C . E . C .SAMPL E METHODXCA MG NAK OETEP-INEOHORIZON-OE PTH(CM .1 STATELF 4 5: 3 30 2 23 :06A.C0- 1 :63S 34St3: at 0 1 410 17 :815- 20 5 2 1t . 0 4 .93:22 00 :31002A 5. 8 :21 .0301 ., 0 .2 0 .10 85.111 IIICc661 0:6402 22 1. 5.56 2 02 4.5" 1 ..00 .20III C 62 62- 2 1 5.4 7 :02 7.700 5.50 .30 :20 to 0'C A R 13ON X NITROGEN

HERON . . . . . . . . . UNIT . TYPEt . . SERiES.. . . . . . . . . . . . . .. ..DATE OFSA OLINSURVEYSPUPPO L2VeyRVEYORIDNS KELOWNA, B .C .M .A .DETAILED 60 SUP SU6 P .A .B .~Ht:!2~LtljT0DEL7 :j .L REC NlTUON (SECIIELEVATION P Slo (M)lCOMPLEVGENTL X UNDULATINGSPEC ;,CLASTIC M It SANDYGENE AT XP~ES : . : MARINE ESURFACECE VEN ER,rL.ASTl.C , It CLAYEYSPEC GENE C TAD SC .1 p TOM L.INE IALDRAINAGEIPOORLY DRAINEDTHE EXCHANGEABLE CA VALUES INCLUDE MG .HORIZON TVIC DEPT KNESS W ICCOLOUP I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCEL 5-F 3- 0 ORGANIC. 2 ; SYNolh? F OINE A . RIL AMWEAKMED JUMA H 0- 20 SANDY FRIABLEX 02 51 5 . . 2 .0MATRIX DRY 1SU13ANGULAR BLOCKYAC 20- 30 .2 ;ZY3*g,2 ;VA .5, IX .0LOAMY FINESA DMASSIVE SINGLE GRAIN VERY FRIABLE4TRISxDR"Y6 30- 43 .! ;5Y4 .Ml! ;O. RIX , .0 0 . . T.AV 2 5 I 6R K DAY " 0LONAMY FINE MASSIVE SINGLE GRAIN VERY FRIABLESA DM ;C GI 43- 58 ! ; :Y? .9 .12 0 FINE SAND MASSIVE VERY FRIABLEIM .5 01 T .2 .5 ,ATRIX5DRY "10C 62 58. 71 .2 SY7 .0/oioA ;RIM 00, TMATRIX a . 5" . .0 DRY" 2 . 0FINE SAND SINGLE GRAIN LOOSEM 011 . ;11 C G ?I- 2 ;5YS . ? SILTY CLAY MASSIVE STICKY MA2 . RIX Ya . . 1)Fl PLASTICTSIX D A' :*oT41C .KNISIHORIZON DE T I MROUTS IMOTTLES IL 5- 3F a- 0A H 0- 20 ABUNDANTAC 20- 30 ABUNDANTa 6 30- 43 ABUNDANT-4CUM FINE.U0 1 STINCTC 61 43- 56 Few FAINTC 62 58- 11 FAINT11 C G 71- PROMINENT71EXCHANGEABLECATIONS BUFF .(ME/IOOG)C . E . C .HORIZON-D EPTH4CM .)SAMPLESTATEMETHOD VALUE ORGANIC NC PBO1, NITROGEN%CAKDETERMINEDL5: 3F 43232 261 :387A- 2 0AS :' 5 :57.0 2 21 :'16AC 20- 30 2 S . 1 . 628C G . 30 : 43 5 2 . . 9 93 .058.9043 7 a 2 6 . 2 I 4 1.79C 62 so 16 . 4: 02 0,1 2 .1811 C G 71 a5 .9 .12 0.017 .55:0052 .048 26 :08. . 2 37 : 2.0 3 a 6.093.1 .2C (113HORIZOY-OEPTH(CM .) P, M .' 0:L 5 3F H A30 - S 17 :0AC 217 2 : 00 . :_ 30 4 .3 a43.51 . 0C G2 58- 5 1r. . 011 C 6 71- 2 .00

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WORTH UNIT TYPES SERIESVATS OF GSAMPLIN SUPVEYI PURPOSEI OCTAILED 60-------------------------------SUP SURVEYOR : DNS KELOWNA, B .C .M .A . & R .A,L4 .VEY~H!!!2~ ~~!!!!!H! :!22 !~2t!LATITUDEIN ;I,LONCjl0ONl,SeC, . 122 49 11 43 45 31 ORTHIC HUMIC GLEYSOL419'161 xyT PEI COMPLE 2.0PRE ELEVATION 810 AM)& 053 STATUS$ MODAL SOIL CLASS$ GENTLY X UNDULATINGSPEC ;,CL .AAST!C 13 SZLTYT I I UVIlLGSNE CSURFACE E . p L EVeL OPAINAGEt POORLY DRAINEDE V D NFSS,P p I us MOD RA,ETHICKNESS HORIZON COLUUP I TEXTURE STRUCTURE I CONSISTENCE Roots IHORIZON DE P T Ml 80 UN DAQ YC GL I- 0 A13RUPT ORGANICA N 0. 15 CLEAR 10 .A ; OYR2 MO * 01'2 S; 0SILT LOAM MODERATE . U 0FRIABLE PLENTIFULRIX IM T FINEANGULA 601SLOCKY5 6 15. 40 GRADUALSILT LOAMODEPATE U.FRIABLEFEW40 MATRIX * 01R"o" OIS foM.ED ANGULAR I BLOCKY60 GRADUALSILT LOAM MASSIVEFRIABLEFEW'o .A ;PoyW%o0'S' IX I ;o60.SANDY LOAMM ASSIVEVERY FRIABLE FEW10 .. 01'" At l I ; . ; Oo , s ; O11 c G40.. . . . . . . . .. . .. . .. . . . . . . . . . . . .. . .. . . . . .. .. .. . .. . . . .. . .. . . . .. .. .. . . . . . . .. . . . . . . . . .. .. .. . . . .HORIZON DEPTHI ICKNESS C, IMOTTLES IL I- 0A 04 0- 15a 6 Is- 40 COMMON01 ST INCTC 0 40- 60 MANY IS0 TIN~T2 YR3 0/6 .0It C G 60- MANY olSTIN~T2 .5 YR3 0.16.0PH I EXCHANGEABLE CATIONS SUFF .(AE/IOCG) C. E . C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDHORIZON-DEPTH(CM .1 S TA TE C A POO N "LA01 : ' o 5: .4 5 sa1 2835 5423615 . 5: :09C 6 AD- 6 0 a 1 5.3 .73 6911 C 6 60- 0 2 1 5 .3 .05.. . . . .. . .. . .. . . . . .. . .. . .. .. . .. . .. .. . . . . . . .. . . .05 4 :.5133 :.0 16:092 2.53 .16 0530 :64130.5. . . .. . . . . . .. . .. .. . . . . . . .. . . . . . . . . .. .. . . . . . .HOPIZO-4-DEPTM(CM .) PiP . .L N01: 105 7 6a, I Is . 40 15 :640 t, : 6 0 7 . aC11 6c 6 0

WORTH UNIT TYPES SERIES------------------------------------------------------DAT OFS A MPLIN EGSURVEYORSPURPOSES YS OtTAILED 65VEYHAL . f P .A .B .SUPVEKELOWNA B .C .M .A .~2E!!=n2~!L IITUDFINII 19 11 34LON R..CI G A ITUD E, ., . 122 40 5 3 ORTHIC HUMIC GLEYSOL11978) 1ON :SICII 05 ypalC 2 .0PLE6L .VA! ON M 8 4 STATUSS MODAL $OIL CLASS$ GEONTLYIUNOULATING;,CLASTIC ASPEC S IS SILTY GENETIC MAT .3 FLUVtALGENE XRjES T. . F AL PSURFACECE YENEE 'V'DRAINAGES11 PeU N 0 V FF UI POORLY DRAINEDA 10 SNESSISLMODERATE OWHORIZON DEPT THICKNESS HORIZON Y COLOuk 1 TEXTURE STRUCTURE ISTRUCTURE 2(CM) BUUNDARA p 0- 20 ABRUPT O ; OY 2 0/SOILTY I11 WMODERATE. X ; SL AMUmWED S1 A .011R P' . . 0' 1 .0HORIZONUBANGULAR I BLOCKYMATRIX 0 0/a c, 20- 37 CLEAR 10 M ;~ 0YR4 H O/3;0 SILTY L CLAY MODERATE UMA IX OISAM ME S UBANGULAR ol BLOCKYC 61 37- Se GRADUAL M 2; 5YZ.O/2 ; 0 SILTY CLAY MASSIVE& AS , MOI I L AMC 62 58- 92 ABRUPT WY51/20 LSILTY CLAY MASSIVEA RIX 01AM11 C 6 92-LOAMY FINE MASSIVE10 M.;. oyl R. 4Mo o, ls, ; OSAN 0SINGLE GRAINMETTHICNNE!lDE I. CONSISTENCE ROOTS I MOTTLES I(CA P 0 . 20 FIRM ABUNDANTa 20- 37 FIRM ABUNDANt MA4Y IF NED I . STIN~T Rb OY 4 5/7 .0C 61 37- 56 FIRM FEW COMMON olME 0 STI-Cl UM?!SYR5 .0/7 .0C G2 58- 92 FIRM FEW MANY'EDI P M. UM INI .TS .OYP4 0 .0/6 .0it c 6 92- VERY FRIABLE MANY CCAPSEDI S..YR ST IN ~ T 3 0/3.5. . . . . . . . . . . . .M so.) PH IEXCHANG EABLE CATIO NS BUFF .(MEjP lOOGl C . E . C .SAMPLECAMG NAK DETERMINEDHORIZON-D EPTHIC. . . .STATEA P A0:20 25:5 5:34 38 ::3851 1733 337 2 1 5 9 1 . 5114. 7: 11 15 40 0 21 11 :.2a r 58 . 6 0 4.05 167 .32-.09 .09C 6292 2 5 4.92_932 1 .18 .10 .05 10 .6611 C Ga1 5 . a.. .... .... .... .... .... .... .... .... .... .... .... .... ....HOPIZON-DEPTHtCM .) Ppi . . pPg . .Aa P614 :g 3? :g20 37_ : 2.10752C 61a a 0 .5C 62 58 . 92 18 4 .5 42 33 :0oit C G 92-C G 1 37HOD VALUE ORGANIC c A P B 0 N " NI TROGEN.. . . . .. . . . .

WORTH UNIT TYPES SERIES.. . . .. . . . . . .. .. . . . .. .. .. . .. .. .. . .DATE OF SURVEYSS A MPL IN G P U "PO StoDETAILED 67 SURVEY SUPVEYOR3MAL KELUWNA, B .C .M .A . 1, P .A .B .LATITUDE,(N! :,LONCl ITUO 1 122 49 to IS OQTKIC HUMIC GLEYSOL(1978)TYPES XCOMPLEX "0.pol ELEVATION (Hit 7 STATUS$ MODAL SOIL CLASSt GENTLY UNDULATING,CLAST!C ItSP'C.f 06 NE C AV ISLILTYUVIALSURFACE EXPRES .1 L E VE L DRAINAGES POORLY DRAINEDRU No FF I SLO ,PE MV 1OQSNLSSI M OOERATETHICKN!:! W004ZONYCOLOUP I TEXTURE STRUCTURE I CONSISTENCE ROOT$ IHORIZON DEPTH( BOU DARA P 0. 1? ABRUPT'0A ;. OY' IX'3M'o' S"oIa Gi 1?- 21 ABRUPT MS.OY6 .0 1) : .OMATRIX MOIST'oSILT LOAM ;1 .. 1. MO .E .AI:I .I .A .L . ABUNDANTINE T Y5U8ANGULAR 0 EOIUO BLOCSILTY CLAYLOAM21- 25 ABRUPT M2A;. 5Y024510 . ;0SILT LOAMI OlsCG2 35 CLEAR MA5;aOY5.X LSOILTY CLAY1 51,00 0, AMC G 112-108MEDIUM SUBANGULAR ODERATE SLOCKY;'INE 'VFIRMVERY FRIABLEFEWFEWSU: .0 m ..ATC.FIRM FEWSEOIA US Um NGULAR BLOCKY3 . 82 GRADUAL SMA ;0 0151,1 . 0 1T OSILT LOAM MODERATE JUFRIABLE FEWMISS SUSANGULAR M SLOCKY.A540 1. 51,1 001501SILTY 0 CLAY MODERATE U ASSFIR64L AMEO' SUBA-GUL M SLOCKY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..HORIZON THICKNESS DEPTH(CM)MOTTLES I* P 0- 17* G1 IT- 21 MANY , ofINE5.0YPS STIN~T0.10.0A me 21- 250 G2 25- 35 MANY 'IplaONIN!Nl HE5.0.5 Opb.Osc 35- 62 MANYc a 82.108 MANY 0M'O'U" PROMINENT5.0Y115 .0/4 .0PROMINENTME IUMS.OYQ4.5/6 .0SAMPLE $,A METHOD VALUE SAMPLE TA METHOD VALUE ORGANIC A 'A NITROGENHORIZON-DEPTH(CM .) TE S TE C SIBONA PI5 :9 2 4 6 3:.136, .70: 2' T 11 6 .18 5 S :3 ." aN 21- 251 22 3.071 :209CG2 215 35 3 546 .3 a 4 5 .46 .013 3: 2:3821 .3 235a 2_10 a 2 1 5 .8 2 :23 :0055. . .. . .. . .. . . . ... . .. . . . .. . . . . . . . . .. . . . .. . .. . . . .. . . . .. .. .. . . . . . . .. .. . . . . . . . . . . .. . . . .EXCHANGEABLE CATIONS SUFF .imE,11006) C . E. C.CA MG NA K DETERMINEDP2..WORIZO-4-DEOTH(cm .)pppl .. OR opm.A P15:72 22 : .l 6:7* :9S G0: 21, . :930 a o :14 7 2 1 925 a, :0. .O 2 .6A H 21- 25 : .9 53. . .9 .143 24 5 9 3.45 a 62 .925: 325 3 .5s 1 .30 .1 .1284 .0 3.Sc ..S 2.21 0 .15 9.9 4 . 09 113.0c 6 82-108 5 a 6 .58 3 3 27 .24 .24 129.7 a 144 .0 .55

90 :: 09 :0098 ;59 1, 1111G 499 0*90t 0IS :49to 20:0 0 S-Cir E9 'a, " '1910-0 S-99S a S-SIC oc At 0 -o' :At0-ot 0-fict 6-te 0 0 ad V*Ad: *N ;d '"?d (-W2jMjdjO.MOZl8Omd d...... .... .... .... .... .... .... .... .... .. ...... .... .... .... ........ .... .... .... .... ....181,clogo :c , 0 .9'Q :91 to :11ro . vs,119 : .1go-CODNINUVANG X VN on V3tocot~*aino SNOlIV2 31GV39NVHOX3I :q0 .99V'o .c I 96:.0: 1 %toe ce-0*1137042N39o'ULIN N 9 0 3nlVAI coo f1it1 .9 :00:a 09 -a* Ito 3 leiI go -oc 3a 0c :11 9 aI a I 1 0 d VOON13" AdINVIV;I Hoj .. .3)Hkd3Q-NUZldOH3sool -09 to 2 11639 Mal 09 -09 all * Is0*9,FO ;SdAS;AA .1 1030awnNOWP103 1 63 .4 3scol 09 -Zi, 190'916N ;VUAO t ;dg1 NintNO3" aNOXV402 in .4iIN31d W111 .4 at -OC 30O'9"-*t1AO-SA 4.3 N I I'd"nioaw NOANY" INVOhnni wulji or -It T aINVONMOT Wbld It -0 d Vslooto37NILSISNO2434HAU? Noziunm3 W13 H.. .. . . . .. . . . . . . . .. . .. . . . ... .. . .. . . . .. . .. .. . . ... . .. . .. . .. . . . . .. . .. ... . . ..NIVUS 319NISNlVt1O AISNISONVS 32"VD2-09to 2 tsNIVUO aloNts QNVS 3snjAic 09 -09 go 2 isocnasdAW3019 ovineNvonsAn, a in LSION x1tilvolONTS O'Z1O'0AQ-R lVnOVbo 09 -a,, 10Am,o,o oimoNvon,as 0VO3 nla .01 331WO3000 isin" xtuivw"Vol IllsiontiRv a* -OrAW3019 a wtivo7 tivineNvensoi Amain a 1.Avol Ills1110m . xidiv"o e/S *AS a OV312 Or -11 aA)07019 ev no 9:on, .I"1 a x , , 3IS .alo-r. ON X '"I- IN,a 0 1 ,1 0- 11 5 ." ' C - CmAoio I vl Idnisov It -0 d VAg ;?Nno.9 j;14MLd1Q NOZIUOMa auniontus v ad i3nois atinimu t tjnolo3 Too 3 m7l"INOlidIVOIS30 31140udO3NlVt1QNUNN Alt1OO4sss3h9nolAd3d, I 0039VN VIVIAn, lVU3RN3A I-1131d::1 ;IS" 1113N3032YitingslAnls, 3ONVS'4A 2 ')3dS Aill1 130SSS3NrNHkmVnlO4S it No IV9NILvinoNn X AlIN39 ISSY13a1 0 1 ldv31d"O.3 13"Alwim 2010 a 9% IOL61110SA319 3twnm -3iHLtjo cc 0% tat I M)"30GATH9330diCS I itNi3anilLviadols NO AV3 :IISSVI2 No I IV'301AlAdns n (wiviia 9 l3snddnd 4 S9NlldWV0 V-11-T-ti 9 -y-N-310 -VNmOl'jm lVM 14OARAO S 9 90 sA3 "n j Ji Smn. . .. .i . . . .. .. .. . .. . .. .. .. . .. .. . .. ..HJL8orH

HOLLYBURṈ -------------DATE SAMPLING OF S URVEYS PURPOSES SEMI-DEI-ILIO 7 1 SU"V6"O.- SURVEY-IL ELO.NA. B.C .M .A . f, R.A .B .LATITUDE(N18LON61 VUDEJOIS 122 49 29 44 59g 0.1 .11 U.O-FEQRIC PODIOL(19?al15,0PRIC SI ON JS.C" DOA2ELEVATION IM)i 1200 STATUS$ M L SOIL yCLASS# TRES COMPLEXST pONGLY POLLINGGENETIC 0AT;.1S .. COLL .1I.L GENETIC MAT.3 BEDROCKs .. ACE E XP VENEERBEDROCKDRAINAGESTYPEI INTPUSIVIE ACID Q UNDF FsMODERATELY UM NELL DRAINEDEDISIT f LOCATION$ NEAR SMALL LAKE WEST Of OBELISK PEAK .CLAS S IFICA T I ON PHS' IL IT'4 Ic.HORIZON '"'C"N"'s OEPT .11 .1"0"1"0 BO1 .DAQ'NCOLOUR I COLOUR 2 TEXTURE STRUCTURE ILm 5- 0 ABRUPT f l ORGANIC PASSIVE1 A .I 0 OVA3 .011 .0ATRIX DAY0- 13 CLEAR M7 .SYR3j12 r X S; o SA-40Y LOAMWEAK MEOIU.I A. . AS .. . 01 .0 SO NGULAR BLOCKY,al. OY Day 51a al 13- 17 CLEARSANDY LOAM E.Al", **VR* IS ;Oo' I ST*oEDIUM10 I . SUSANOULAR BLOCKVTRIX 0 DRYIT- 30 ABRUPTLOAMY SAND MASSIVEAiR01.510'alio, 5Y6.02' " 2.0.ATRIX DRYa 30... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...." ICKNESS CONSISTENCE ROOTS IHORIZON DEPTHICNILH 5- 0 F11114111.5 ABUNDANT0 r *- 13 FRIABLE ABUNDANTa m 13- 17 V9RY FRIASLE PLENTIFULC 1?- 30 LOOSE FfeR 30-PHYSICAL So CHEMICAL DATAPH I PH 2SAMPLE IT, METHOD VALUE SAMPkEMETHOD VALUE ORGANIC NITROGENHORIZON-DEPTNICM .) TE61 A CARBON'LN 3 9 2J? :,?,1 66o: .03214:15 4: 5. 7 24,:13- 1 2IS1 51.3 a20 1 .7 .1 1901 IT- 3 7 a 5.5 2 5.6 .64 .2 . 1R 30- 0.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..EXCHANGEABLE CATIONS BUFF .IME11006) C. E . C. EXTRACTABLE FE416)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHURIZON-DEPTH(CM .)LHF S: 10a J; :05 .0 .03 0 61 01 030, 0 069 :02 15 :6. . 1 :0IS3 0 2aC IT- 3 30 7 .90 .03 .13 05 4.4 1 0.3 3 a .0R 30 .. . . . . . .. . . . . .. . .. . .. . . . .. . ... .. ... ... .. . .. ... .. . . . ..EXTRACT ABLE ALf%)HORIZON-DEPTW(CM .)METHODRESULTETHOORESULTPi PP . .PP P2 . .Ap .. CpU- .Z"ppMN Rpm .LN, 5 : to10 . 13a m 1 3Ca?30- 7 - 3 01I1' 2 : 090 .63310:30 .383b: a, 1 125 1:02 : 0951 . 100.4a6.5 0.3 a O I .b3 .000 : 000 .0.. .... .... .... ........ ........ ........ ............ .... .... .... .... ........ ....COARSEFRAGMENTSIS VOL GRAVEL CUBBLLqOQIZO4-OEPyH(C . .) % %LmX1 SO 3:: .031 17 :0 to 1c10 toQ 30- 7 0 2. 0 to0to

.. . . . . . . . . . . . .. . .. . . . . ... . . . . . . . 3hlssvm . . . . . . HV 01 AGt4V s WUIJ Ad2A 0. .. . . . . . . . . . . . .A113AW119. . . . . . . . . . . .I.mIO3W ANITA0*910*1"AO*I, 1 .A0*010'~ ;Zl to, 00;5.,321 S6 -94 ro 3 tt31 00 .ANVW Vol' SL -L9 aro 3A aO-VIO-VdAS-L I V.njaiANVW L9 -OS Irli"' NII ANO""03 3 05 -00 rg 39S31110". . . . . . .01, -LZ CA 0LZ -6 CA a6 -6 0S .0 V0 -V HI1 SS.31-Ad3O NOZIUGH3 " ADI M A. . .. . . . .-56. . . . . .V So Z /. ~' XV UP AO V" S IdM)SSV S& -SL r-) 3 1 1aAN3019 tivinoNvens Oan3sd '0'inAtIN31d 318vto .4 31VII300" 3s"WVCl AGN , S 9 / A idneew SL -L9 CC-)4390 319VIdgioanisd N 2ANDOIS dvin9SMVWl OL3AV03a9hAla3 Va" : WV A113AVVOa0 "I 0 s'"al AGN s M111"41 A dW315 L9 -09 Iflo 13AN3010 dvinoNyonsnj a 3 . A113ATUO Islow x1aAw"319VIOA 3LVU300. HVOl AONTS 0-l,/0-%MA0'OI bV313 09 -09 re 39A)i')oie bvinONvens ainA3iN3id alevid .4 3AVU3-OM 'n' 3"VjVA113AVaOMV01 AG S O lSr lO b '01 "V313 00 -le CA A0 .0AN3018 awinsN 0 T'lens 3.11 Is 0. winiv"INVONnev 31OVIOA A83A 31VO300iq HVOJ AGNVS 0'V lO'.HAS-t IWAOTOO A? -6 CA 9inAtiN314 318VIbiAGNVSS.VolAMC XIUIVmAX :)OlS avinoNens"n 1 . . O : VIOW SbAO:0 X ,0 13Aw 3 to IN Vto 300" O .qlo .qtlAQ .L 01313 6 -S Ij aAW3019 eving", ans AUG XIdAVOA.3 *,,O*q,,Ao*o, . . L ..11,03InglAN31cl 31QVIMJ A03A alwallao" M!)INVOMU 0-2/0"HAO-01 to I V ldndRv 9 -0 1 VINVONnew Aanaev 0 .9 HII SLOOd 33N31SISNO~ I aunt',mois 3uniX31 I unololAZVONnOgozionNj;54Nlfj3C 43 Nil ANO2100HNOIldIblS3a 311IOdd3 3HI NI -ar,) 3 3HI NI *NOISSIW --Od SO"001200 JO ON3 IV0 LOCH 03NIA30 M16ON tNOIA V 20-1 1130311 SSBION lVNQIlla0W31VM30OWSSSS3NSnOlAd3d a r~aiNivoa il3* Aizivuiaom 1401 131)vNlVbo 84 0 no1,033N3A I-S30dX3 . V 33VANIV HOW I I " Mi3N' "I"SIV, d33N3A 8'S3!dYl . 1' . 31V, A .angAnii62131 3 331clH 06 S 149301 1')IdSV 111115 '111311" IS111111 oce I(N~ NOIJIVA3-131 83 a "' . .Is 81,3 IAl0 S NO nI S 3311d 0% l916 2 no ') till 7)fHl"o 9 . of FZI 30? St 61, !1~13onillil0 ON INOTLY10-1JA3A 03llVil0 ;IW4S 13S0ddnMSONotld.Vq6, A IV9 -VN%O13X ITH MOA3AdnS Ins LAa on 1 3---------------------------------E13AOOH

.1 .014HWVER (COntinued)95-ST79-00 33PH IPH aLE METHOD VALUE SAMPLE $,AT METHOD VALUE ORGSANIC1,Hontlow-ofpTN4cM .l SA MOTEE C p NITQIOGENON3 : J3 57 :251:00L" A I 8a : so1 043:s : a 912;3a5 :? .90al04.12::5.786.35c Gj 2A 5 70 :. 40 so ,it4.18c G 1S . 8S :o3.120 1032.Tj .12C G J & 0 73is c Gi2 1 6 .2 55 :17 123 12.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..EXCHANGEASL9 CATIONS NUFF .(*"IoOGI C. a . C . EXTOACTABLE F6411 EXtRACIABLE ALMCA MG NA K DETERMINED "LYWOO RESULT METHOD RESULTppp,4:293a: 051: *0 1. :8.24 60 -oj 'SO : 35 1 .?.1 .?" ::1 .0 3: 0623 a :5395 09. a' ::6 11.SIs;3 87 :0 03 .033:6103-!C 61 40- 50 .1 3 .03 o5 S. 26 . 7 : Sl 1 SIc Gi 12..:0.10037 1 3.3 .64Nc Gin 50 : 11089 I9I I c ej 11 ? :013 :0 97 80:3 t 636..75. Is 5loeoil .0 3 .09 4 3.91.3a, A 3.224195..11.. ... .... .... .... .... ... .... .... .... ... .... .... .... a... .... .... .... .... .... .... ....COARSE FGA614INTSS VOL GRAVEL SC0111116 siTONEWINI ZON-PSOINICo . I :. P..spp..L" A a os ,3: 51 .00 4S 4 .3:Fl 5- 13036 : 0 30;23 11': '':o 3945:c Gi AD- $0 J. .:::.a 4, 10CC !I1 651: 6" ?1,:: 3:50 325. 1: 11 :is c 4.0 is . 9 : 43 .9 60 30 is isIt95-. 4095, 7.22.2214 095 : 297.31It1s:

HOPEDALE UNIT TYPES SERIES......................................................OAT OFS MPLING " SURVEYS PURPOSES UETAILED 70 SURVEY SURV6YURIHAL KELOWNAlR .C,M .A . & A,A,B .OU N DAR Y COLOURLATITUDEIN)l 0 G e ~jj 1 49 06 15L 0NC 2 2 01 t, OZI RElU GLEYSOL119781 L1TUOV(SEC)l TYPE :C02;PLEX 0PELEVATION E SIO (M)l a STATUS9 MODA SOILSpEci,CL :S71C 13 SLILTY FrEN ATE CB-ORIZONSURFACE E XP~IS . : VE'NJEVEI AL P SPEC~,CLAST!C IS SANDY(. E NE C MAT I FLUVIALDRAINAGE& UN FF POORLY W DRAINEDSLDAPEPVIUUSNESSI 0 I MODERATELOCtT!UNS 90 METERS WES0OF S COR14ER N OF HOPEDALE . AND 0 . KEITH-WILSON . C . N RDS,NIELLIWA OT INM TL G K FROM THE 11 C 61 0 IWNI CUNFI E0 MAINLY 7 L P OT A NEL: :*: :Ll **** D : :C** ;PI COLOUR 2 TEXTURE STRUCTURE IORIZON DE 'HIC T .22 (C-) _SSA P 0- 15 ABRUPT 10 .OYR4 .0/2 .0 SILTA TR I X . Ols T LOAM MODERAT F SUB IN E MEDIUM6 ANGULAR To BLOCKYC Gi Is- 32 GRADUAL Mbnoys.o/apo SILT LOAM MODERATEA IX MOI RED'. JU . MV,MA rC G2 32- 4S CLEAR S; gys.o/? ; O 2; 5y5, O/2 M ; 0 SILT LOAM MASSIVEA IX MU TMA RIX 01 T11 C 61 45- 55 CLEAR M 5; gY5,glj ; ? SANDY LOAM WEAKA I . V.0MSU 0 IUM A GULAR SLOCKYPSEUDO a N11 C 62 55 . 82 DIFFUSE.A I ;Royl5x*D0621 ;To. ;11 C G3 62-125 ABRUPT 5 T .oys .o/l . 1 0 SAND MASSIVEA QIX 0 7SANDC 63 125-145 ABRUPT MN 5/0 0 A, 4* .IX ~ UIST11 C G* 145-175 MNI ;010 ;0A I I x DISTSILT LOAMSANDY LOAMMASSIVEMASSIVE-- ----T .7Z; ;aS;" ----HORIZON DEPTHICM)STZZ;U0Z7 ---ZON;7 ;;ENZ;-- ---- ;;;;S I... ...;OT;N ; I---- ---;OTT-LE; 2---- ---ELA;"FiILM; IA P 0 . 15 FRIABLE ABUNDANTC 61 IS- 32 MO SER :TEOFRIABLE ABUNDANTCOMMONT COARSE COMMON FINE TH INME ANGULA IUP BLOCKY F A INT ON RED FACE S.PS F UOOUNSPEC I FIE.C G2 32 . 45 MODERATE VMFRIA13LE ABUNDANT COMMON COMMONME Ol UMMEDI R B O KM INPSUEIEU.0 NGULA L C YOR.0,. O INENT . OIHPED FACES-S 4 0/6.0 UNSPECIFIED N11 C Gi 45 . 55 FRIABLE PLENTIFUL COMMON 0ME P 0 SUM5 R.0MIN6111.YR 0 .'6 .011 C 62 55~ 82 SINGLE GRAIN VERY FRIABLE PLENTIFUL COMMON RS .OYRA.0,07 .0COA SEP7!SYQ5 O.INENT.0/7 .011 C 63 82-125 VERY FRIABLE PLENTIFUL COMMONco Aa Om SE I N~NT .PR ? .SYR 0/4.0SLIGHTLY STICKY FEW FEWFR A DIU .BLEC 63 125-145M! 5 0VR4 .O,P7 .O11 C G4 145 .175 F41ABLE COMMONME 0 1 U"P POR I .ENT5.OYR4.0/6 .0PH I PH 2HORIZON-D EPTH(CM .)S MPLEST TEMETHO D VALUE SAMPLES TEMETHOD VALUE CQG NICCAQ8 %NITROGENCA 0G 15 : as:27150 : 15 3 2 15 2 5 :23 :91 OlC Ga 32 45_ . 45 5 2 2 i!2 .791611 C G15 2 1 " : .9 2 5 :21.60 .0bC 62 55 . 82 25 .9 24 5 .3 .031C G C G3 62-L2 215 .945 :2111 3 125-14 5 25 : 6 24C G4 145-IIS5a 15 5 a 4 5 .9HORIZON-OEPTH(CM .)EXCHANGEABLE CATIUNS BUFF .(ME/lOOG) C . E . C .CA G NA 9 DETERMINED 01 PP . . P2 S CU ZNpp P PM . pp pp . .A P 19 :25:1019 :7 4 33 :2 3 6 45 39 :2 1328 :20: 151 :79 10:129:'5 3:6C G6 2 6C 6 2 1 .1 a 6 63 5 - 45 5 . b D .7 09. 1 5 . 62b.018 205 .. 71 a 6 b . 5 4 . 37 .4 85 .52 85 bI I 61 4 . 55 3 . 47 .. . 1 .l..0 2. 31 .1 bb .511 G2 55- 5 82 2 .77 a .54 .25 07 ..a 3 1 45.3 1b, .O81 .0 0 26 ": 0 5b 6 : 711 C G3 82 .125C G339 .587b 0 .15I I C " 1:5:1 ;5534 .1 66 .5

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JUDSON UNIT TYPCI SERIES. . . . . . . . . .. . . . . . . . . . . .. . . . . . . . . . . . . . . .. .. . .. .. . . . .. . ..SURVE SURVEYORS GGA KELOWNA . B .C .M .A . 6 R .A .B .5 MR IN 6 SUP YD:TELOF PURPOYIES DETA613LED VELATITUDELN!I : 149 00 12LON P CITUD 22 21 5 TE :RUIC .OESISOL .11978 .1 .N 10 D(SECIS 5ELEVATION RE SIO (M)i a ST T S M AL IL!~2t!GENETIC S C E. OAIZEIS . . O.GEAN4C SPECT,CLAST!C It S LTYURFA E P VE . E GIENE C M _41. S I To . 1 . AT IE CR P F E F3 LIANNDQAINAGEI VERY POORLY DRAINEDRPERVUNO F F OUII SNESSI MODERATE SLOWSITE LOCATIONS 200 METERS EAST OF TO.NLINE RO ON 49TH PARALLEL .HORIZON THICKNESSDE P T M C,(HORIZON N V CULOUR I ) BOU DARCOLOUR 2 TEXTURE STRUCTURE I0 Ap 115- 97 GRADUAL.! ;:ylpx2m8,j2slO0 H 91- 80 DIFFUSE .! ;SYR3A0/2 ;0RIX OIS0 ml 80. 42 DIFFUSE .7 ;!YO3A812 X ;0A I isORGANICMUC C YM2 AT.5YR3400/2 .0ORGANICRIX IST MUCKYOQGXANICMUC YWEAK COARSESUBANGULAP BLOCKY0 M2 42- 0 ABRUPT .7i5yQ4;3/2 ;0A PI X isM 7 .5yR4 .0,14 .0ATRIX MOISTORGIANIC CyM Cit C G 0-+.A 'o ;oy'. RI'5;0'S DI'ToSILT LOAMMASSIVE.... .... .... ..... . . .. . . . .. . . .. ... .. . .. .. . .. . . . . . . . .. .. . .PTV ICKNESS M) CONSISTENCE ROUTS I MOTTLES IHORIZON FIELD PHDE T (CM0 MR Its- 97 FRIABLE ABUNDANT AEXTREMELYCID0 M 97- 80 FRIABLE PLENTIFULACID EX TREMELY0 MI so- 42 FRIABLE FEW EXTREMELYAc 1 00 M2 .2- a FRIABLE FEW EXTREMELYACID11 C 6 0-+ FIRM FEWIF!NE0 OYR5 .0,04 .0

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KENNEDY UNIT TYPES SERIESDATEAOF , SURVES MPLIN PURPOSES Yl DETAILED 70SUP SURVEYORS Y HAL KELO~NA . S .C .- .A . f. P .A .B .VE~H! :!22!~2~!T E E 4 .L IITUOIINIILON G EPACITIN 49 00 .2 16 .0 0 PUOZOL :C "I"IVLUV :50L :019781UO N (SEC)l5 TYPESELEVATION 5 Stu ( .119 STATUS ARI NT ILSPEC ;,CLAST!C it L SANDYACUSTRINE',ENE S C C MAY SSES I .,URF E EXP IDGEODPAINAGE3111111 1, P V FFI.ER 10 SNC .SlSITE M 1 LOCATION 3 METERS S 7 0 a FADDEN HSOUTH OF THE SOUTH END OF A :DZLA 9 S MAS .T HE11 :E A TO 7 AL OF 20 10 CM F 11 a 1 3 AS T IN L M E8 42%0 CONTAINS ON I TO AL OF C F T 4 AS TH N LA ELLAE EC9 .00 PLEX~ELL S DRAINED0 LO .APIDSTRUCTURE 2GO NDARHORIZON THICKNESSDEPTH(CM)Y COLOUR I TEXTURE STRUCTURE IIt 6 T3 to- FRIABLE FE .H A A oHORIZON0- 2FINEL 0 ANSANDYA mB F 2. 30 GRADUAL 7 5YR4 0FINE 0 SANDY WEAK0;to A.RIX .S *0"3 .016 .0,5 ;.0L AMSUBANGULAR 1 Nl BLOCKYMATRIX 0 DRYto . llix "P . . 0150 0 A . . ANGULAR BLOCKYMATRIX DRYMA z.A E 30- 50 CLEAR OYR4 5/4 .0 TFINE SANDYL AMWEAK F ,SO) I t 4ETO MODERATE11 A El SO- 62 ABRUPT OYR%0d'2 ; 5; FINE SAND SINGLE GRAIN'0 .AI.M "IX.6 . DISo/EsMATRIX DRY11 B TI 62- 67 ABRUPT 12 M T OYR3 ; 5/3;5 SANDY LOAM MODERATE UM TO STRONG". "IX .Y .5 . 015,ED S VBANGVLAR I BLOCKYMATRIX DRY 0 4'0; ;11 a TI 62- 67 ABRUPT 10 M2 OYR3; 5 .'3 5 SANDY LOAM WEAK F ESINGLE GRAINIo .oY RIX S . OIS ,SUSANGVLAR IN BLOCKYMATRIX"DRY 0 4*0; 5 It 8 T2 go- 95 ABRUPT LOAMY SAND MODERATE , M TO STRONG10 ; GYR3 4 5/3M A RIX OISS EDIU AU8 NGULAR BLOCKY11 A E3 95-145 ABRUPT SAND SINGLE GRAIN11 8 73 to- 42 ; gY113~ 012 ; 0 LOAMY SANDTO ST ON6I X L :SED Io .oYQ4. '3150 USANGULAR DER IU 4TE 0 KYMATRIX D 2' y 4'0It A E4 145-250 ABRUPT SAND - SINGLE GRAIN; 11 8 TO 20- IO 2YR%0/2;O LOAMY SAND MODERATE UM TO STRONGs41, 10 .0y IX. . . 011 SUBANGULAQ "I BLOCKYMATRIX DRY 0 '*011 c 360-+SAND SINGLE GQAIN.. .... .... .... .... .... . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . ..UOIZ,. T11C .KNESS CONSISTENCE ROOTS 3OE T (C .)NODULE CONCRETION DESCR AN! IPA H 0. 2* F 2- 30 VERY FRIABLE ABUNDANT* E 30- 50 FRIAOLE Y MOOD ABUNDANTSL GHTLFE& NEFl SPHERICAL11 A El so- 62 VERY FRIABLE ABUNDANTSOFT11 a ?1 62- 67 FRIABLE PLENTIFULHA RD11 6 TI 62- fi? VERY FRIABLE PLENTIFULSOFT11 8 T2 90- 95 F:IABLE PLENTIFULm RO11 A F.3 95-145 LOOSE FE .11 A E4 145-250 LOOSEit 8 TA 20- FRIABLEH ARD11 C .360-+ LOOSE

6KENNEDY (Continued)ON I ON 2SAMPL STA E IALTHUO VALUE SAMPLEHORIZON-DEPTNiCM .1 TE ST a TEA ma F 02 : 3. 2 25:730- 5012 2ATj 6:: 67 2 1 6.3 2a6go.6 75 26 :331 a T215 31 A 3 95-145 lo_ '06 .4 2 11 8 E 315 a11 I, Aa 7: t 1:5:250261 6 : 4 211 C 360-+ - 2 1It A El 50- 6 2 21METHOD VALUE ORGANICC A 0 0 ON X NITROGEN%2 42:5245:g.. :2 : 03 1,4. 6. :, 3 : 035 .4 & 03:6 0245 . 71 6 : 5 2 4 5 .984 5186 5 2 a 5 .9- .. . . . . .. - - - - -- -- - - - - .. . . . . .. ... . . . . . .. . . . .. .. . .. . . . .. . . . . . .. . .. . . . . . . . .. - -- - . . . . . . . .HORIZON-OfPTH4CMIEXCHANGEABLE CATIONS BUFF .(ME,0IOOG) C . E . C . EXTR ACTABLE FE(S)CA MG NA K DETERMIN ED METH OD RESULT ME THOD RESULTa0:30 4:058 a1 :43:12148 :63A 1 30- 50 3.33 :0:11 11 :01SO : 622.129 .10105 4A 4 31 0 5 6 . 1.0 3 11 8 11 62 . 1176 4 .56 3.95 .12 .07 10 .6 1 1.6602. 9 672.72 3.13 076:63It 0 T23.34 4.84 .09:0,5, 9 5 .:8,11 1, A 113 950:1 95 .3.9 3.1111 8A 31.3 a14 :: 250: 011 a T. 4 2 1 1:213.1is C 360-* 1 .8 a. .. . .. . . . . .. . .. . .. . . . .. . . . . . . . . . .. . . . .. . -- --. .. . . . . . .. . . . .. . . . .. . . . . . .. . . . .. . . . . . .. .EXTRACTABLE AL411)METHOD RESULT METHOD RESULT PI P2Cv ZNHORIZON-DEPTHICU .) RPM . PPM. SPRO. RPM . pp ..2: 0 30 1 :0 3 :4 6:25 13 :7 1 .3E 3719 20 :94 '0' 59 :911 A El So- 503 .111 .7 3.31 .8 14 .6 42 .30it 0 TI 62- 62 67 1 3 1, :,5 106:5 1 .3 21:11491 :9T 0 5 6 3 1 .3 36 .392.3 :..2111 1, A 63 , 95:145 10 1.4 :0,6 3 6 3 23 16 :51 34%:221 5 3 00 1 .6 4 1 ..11 A 6 " 14 '45 20:250 .7 .0 261.8 .7 16 ::11 C 360-+ 1 4 3 9

KENWORTHYD :TS MALOF ING SUPPV:YIES0 SEMI!SETAILgUPVEYORR SURVEYMALKELOWNA, B.C .M .A . & P .A .B .~2E :!!2NL IITUOIC17;1 .LAN PR CIYUON (SEC)l.L EV.TSICON (M)l12 49 12 23 2 7 59 ORTHIC U 1 HUMD-FER : 4 1C 305PCOZOLtJ97e)TYPEt 80*0 SIMPLE00 STAT 5 MO L SOIL ASPECT (OEG)l 45GENETIC C :AT4:S . . COLLUV ;ALSUPFA E XP BLAN K EDRAINAGE$ WELL DRAINEDRUN a SLFFSPEP V 10 U SNESS1 MODERATE OWSITE LOCATIONI PLOT #17 NORTHEAST CORNER OF MISSION TREE FARM .NESS, " HORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON THICK DEPTH C 80 UNCAPL 9. a ABRUPT ORGANICHF a . 0 ABRUPT424VIRX2~9,110ORGANICTo .A HEJ 0- 1 ABRUPT OVR3 . 0012 ;0LOAM.A 105 ;.Rl ADIS'2 .5 WEA F N KSUBANGULAP ISLOCKYMATRIX 0 DAY 0B 4F 1- 5 CLEAR MS 0YR%0/S4 ;OA ;Rll Y . . O , l . .0M 7 j 2A IX DgYLDA%*E .AlelFSUBANGULAR IBLOCKYa Pli 5- 25 GRADUAL m5 ;9Yp44ooo5;OSILT LOAM IE F AK M E7 .5,PS . 0 . .oj8 012 25 . 62 GRADUAL .5 ;gYR4 ;0" :;oA 10 01SILT LOAN Wl , ~AKeSUBANGULAR - BLOCKYMATRIX DAYac 1 62- 80 ABRUPT to .OYP4;0/4s;o SANDY LOAM MODERATE UM'ED 5M7TRI UsANGULAR I BLOCKYA R X DRYsc 2 so . QO CLEAR .7 ;5y :4mfo/4 ) ;0Io A . III . . . . . 15 . . . 0SANDY LOAM MASSIVE SINGLE GRAINA ly1 :5 .015MATRIX 7 DAY 4,0SOISANGULARGLOCKYMATRIX DRYOC 3 90-122 ABRUPT I0 .0VA%0/3 ;SAA I. XLOAM MASSIVE SINGLE GRAIN1 .0I .4 . O'S 1ANN ogv4,oC Gi 122- SA LOAM MASSIVE SINGLE GRAINGRAVELLY Noy.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..T~ICKNESS CONSISTENCE ROOTS I MOTTLES I CONCRETION AN-OnIZ.N DER T . ?(CM)NODULE DE SCA IPIL 9- aMF a . 0 ABUNDANTA HEJ 0- 1 VERY FRIABLE ABUNDANT0 HF 1 . 5 FRIABLE PLENTIFUL FEF W NESPHERICALI0 Ft 5- 25 FRIABLE PLENTIFUL FF114E EWSp MEPICAL0 Fe 25- 62 FRIABLE ABUNDANTac 1 62- AD FRIABLE PLENTIFULBC 2 so- 90 FRIABLE PLENTIFULSC 3 90-122 FRIABLE PLENTIFUL FEWFINEC Gi 122- VERY FRIABLE FEW COMMONME DI 0,! ST o' UM l N~T ,4 0/8 .0

9 a 21 31KENWORTHY (continued)ON IPH 2SAMPLE ST METHOD VALUE SAMPL T, E METHOD VALUE ORGANICHORIZON- DEPTNICM .) ATI, S TE C A Q 13 ON X NITROGENL 2 2F. 1 2 4:2 3 5 58 00 311NA HEJ HF258.5343 1a0I . 2a3 5.32 ti . 6B F16:114 02215- 25I) F2 25- 62 2 5. 7 25.0123 ..11262 : 80 26. 5.4 2 . .2150SC 2180 90 2 S.9 0 5.4 3 .07ac C r, 36 2 S.52 :491 120:12292 2 6 00 4 5.62 67 NEXCHANGEABLE CATIO NS BUFF .fME /100G) C . E . C . EXTR ACTABL E FEI%l EXTRAC TABLE AL(%)CA MG NA K DETERMINED METH OD RESULT METHODHORIZON-OEPTH(C- )RESULT PI. Opm.L a0 Is : 17 2a 62F 33 7A 1,, 5 :,MEJ 1 :.44 11 :7.25 .13 . 6008 HF234 . 3.41 :39511 .0 . 7 1 .0. 1 36 1BCF 255 4: a 3 .9:041 1 1 :94a F 2181. 9 1 225 . 62. 22 , 03 .050 9.21 62- 609 1 2.4.8 06ac a so- 90 3 .0.180.:9:1042. ' 3:21.0 :07 0521 69 : 13 190-122 .79 1 09 11~' . 5. 2' ..05 07&2CGJ21 .5 1 3 8522-1111:02 1 : 2.... .... .... .... .... .... .... .... .... .... .... . . . . .... .... .... .... ..COARSE FRAGMENTSp2m.S VOL GRAVELHOAIZnN- DEPTH4Cm .) PpCOBBLESTONESPpm.x KIND % KIND % K INDL, 9: a08. , 20 (, :o.aNA MF MEJ:0 16:036 20a F1 a51 : 278 1, 6.00 22 : 0 202F2 25- 62 5ac a 1 62 : :0035315 2 10 22" 1 :00 9 0 as 530 a 30 ' 0 3 :0-122 18 .0 1.010*2. 2CCGi 30 30 2122- 26 .0 .7 8 :0 3 .5 21 0 2 30 2 30 2: 601 :

~M :!2~KEYSTONE UNIT TYPE : SERIESOATAOFS MPLIN EG. . . . . . .. . . .. .. . .. . . . .. . . . .. . . . .SUkVCSURVEYOR : HAL KELO .NA, B .C .M .A . I, P .A .B .PUPPUSE9 Y : DETAILED 67SUP VEYn2p-tL ITUDE .1%1 .1 49 11 22 05 aLt~' ClIT 22 0aUD IELEVATION F SIO N ISFC)lOURIC HUMD-FERRIC PODZOL(19181% 5 0(MITYPE :140 5 STATUSZ MODALS MPLESOILSPEC ;,CL,ASTIC 11 SCIILTYCfi~E AT . eE . RES I ., Ve LIAN ECUMM ;,CLASTIC . It GPUAVELLYSURFACECPIENE MATFL VIALDE S C R 0 I ICPTA GL A IC ALDRAINAGE$PEU N D FF :P V U10 SNESSIMOOEQA W TELY WELL DRAINEDSLORAPID:04 ;SITE E LOCATIONSEAST 0 0 a END OF SCHOOL MISSION .Gj .W LL OEVEL RE DOT MAT I LOWER a I aAHORIZON OE THICK T.TESS CM).ORU4ZONY00 OARCOLOUR I TEXTURE STRUCTURE ISTRUCTURE 2LF 6- 3 ABRUPT ORGANIC3- 0 ABRUPT . 7.5VA24/0 , .0 ORGANICA RIX I STA E 0- 4 ABRUPTMATRIX OovR4*O'*, S.OV6 .00,1 OIS.0;OMATRIX DRYLOAMWEAKSU8&NGULAQ BLOCKYa FI a CLEAR YP3 0112 5SILT LOAMMOOERMTE ' I14 .Sy. ,IK . AIDIS. ,SED0 UBAN U LARMA7TPIX DRY4*0GU SLOCKY8 F2 a- 15 CLEAR YR3 0/4 0.Anol 7 .5y.5 x MOIS * . , ;MATRIX DRY 0 4*0LOAMMODERATE FSOSANGULAQ INEBLOCKYa F3 Is- 25 CLEAR 5 OYR3 5/4 0M A ; PIY.S X 4 . 1) IS ;MAT91X 7 02YLOAMMODERATE UMEUBANGULAQ DI M BLOCKYM 30- 52S ;OY25- 30 ABRUPT 0 F40/4 O11 4 .0SANDY LOAM WEAKA RIX I S ; F EINSU GULA BLOCKYSAND SINGLE GRAINGRADUALGRAVELLYA0 GJ 52- 70 ABRUPTS NOGn AVELLYSINGLE GRAIN11 a c 70 .SANDGRAVELLYMASSIVESINGLE GRAIN. . . . . .. . .. . . .. .. . .. . .. . .HORIZONTMIC :7~ASDE T C ICONSISTENCE ROOTS I MOTTLES I OUNCRETCIOCNOANOROD LE D 5 IP .CEMTENTATIONI AGEN /DESC IP .LF 6- 3H 3- 0 ABUNDANTA E 0. 4 VERY FRIABLE PLENTIFULB Fl A- 8 FRIABLE ABUNDANT FEW6 F2 a . 15 FRIABLE ABUNDANT FEW'AEO'U" SPHERICALa F3 Is- 25 FRIABLE PLENTIFUL NONE*EO'U" SPHERICAL0 F4 25- 30 VERY FRIABLE FEWFINE PS HERICAL11 a M 30- 52 LOOSE FEWFAINT COMMON FINEa Gi 52- 70 LOOSE ABUNDANT MANY MEDIUMa C 70- VERY FIRMPROMIN!NT. VP5 0 5 0/8 .0STRONGLY CEMENTEDCON T INU El US

.1 a C To-. a 2:36 11SKEYSTONE (Continued)2 :, .PHYSICAL & CHEMICAL DATA. .. . . . .. . . . ..ON IPH 2SAMPLE I, ETHOD ALUE SAMPLE ETHOD ALUE RGANIC A BON 1, ITROGENHORIZON-OEPTNICM .1 S TE STATEC PLF 6: 3 2 a4 3:9H3:293 9 527 :1971:380 3A E . a0. 024 ..5- 23 7.B F1 A- a 1 5.3 S. 51.21 095 a F21 6: 215 26 3 . 86 : 16a F3 15.292 .1 2 0F4 25. 5 .0 5 222 :6,71 a 11 . :931I I.073 1 285 30- 52 :5: 1 5 .9 a 6. .02 7a311 0 GJ 52- 70 21. .02 1 6 :0 4 S.3 6 4 " .32 a. . .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATI ONS SUFF .48AE.41006) C. E . C.EXTRACTABLE FEl%)EXTRACTABLEAL(%lCA MG NA k DETERMI NED METHOD RESUL T METHOD RESULTMORIZON-OEPTHICM .) P. PP. .LF 6: 3 17 :224 4 393 0 9 5 3:78 :2 00 112366 : 25 65 &.:22A EFI 0 . . 0. 3.1Aa.33 621 0 . 52 :3 2 ' .. ,0Q. .11128 . 1 1 . 6.9: F215.06 : .0 3 :06 A1 .362 .61713 . 5F3 IS- 25.22. .05 .0 319 .512 .3 0.: F425 .0 : 320 22 :04.0512 :271 . 1 .?Ia . a2it 6 M 5 :2. 03.033 .0421059 , .011 5 Gi 52- 7002 .03 .0 3:5A1 :06 56:9 7 3it a C To-1, 6s02 .03? 43: 59131.. .... .... .... .... .... .... .... .... .... .... .... ... .... . . . .... .... . .. . ...COARSE FRAGMENTSMORIZON-DEPTHiCM.)P2 SI, VOLpp .. pp ..LF 6: 3 30 123 0NA0.E: .4 4 4 .8S. I a t 67 : : 23 : :Is46. . 17 a0 F3 IS-25- 25 :2 .0 .7 :5830111 14 a 30 : ?0a 165.040 5122.0 4 :3611 I. a C 5TO . 170.0 A 1 .0 600. .1..

KITTER UNIT TYPES SERIES------------------------------------------------------SUPOF 6 SUAVE SURVEYORS Y HAL KELOWNA, B .C .M .A . & Q .A .B .SONELIN MP PURPOVIESDETA68ED IL VE~~E!l=LATITUDE(N)l6 e J :LP ON CITUOV 12435 09 U'll"IC U GLEISOLI :97 % 3 0fSEC)l 2 TYPES COAPLEXERNATS SO .ON 4 .)s 2 STAT S AL8 :.ILI SPEC CLASTIC . It SILTY FGENE ;LUVIALC AWSUPF .CE E .P S .' LEVELDRAINAGE$ POORLY DRAINEDPERVUNO FFSUMED I E U ,10 SNESSI 00 RATELOCgTION 020, ;ETEPS,:EST * .AND IUO ME7(,QS SOUTH OF LADNER TRUNK ANDSME S 12NTEIIVE: S LT:N: -12"E'Ll' ACEDVERTICAL CRACCNGIHE C C 3 THEWARE HARD .P :POWNISH TUBULES APO KLNO SOME OLD ROOT!HANNELS .G-----LE-2!H=i!2~IHORIZONTHICDEPTESSCM)HOP ZONBOU DARYA P 0- 20 ABRUPT OYR3~5/2 , ST.5.A SO , ;.0,IX A . 01CULOUR I CULOUR 2 TEXTURE STRUCTURE IMATRIX 0 0 DAY 5/4-0B TJG 20 . 37 GRADUAL M 2.SY4 . /2 01 A I X I 5 .: IR5 . 0/2!2MATRIX 0 1 DAY 0SILT LOAM MODERATE4S EDIU A GU TO 1, FINE aUB N L A LOCKYOY5 .012 .0SATQIX - DR y SILT LOAM MODERATE JUMMED PRISMATICa G 37- 50 CLEAR . 2 ; 5y ; . . 5/2 ; 0 SILT LOAM MIEAK O I . .A AS 01C ol SO- 62 GRADUAL2zv :*5,f ?SILT.A I MO; iC G2 62. 07 DIFFUSE .Aj5Y. 2 4 .0/2 , 0Al OI ;TPRISMATIC ELOAM WEAK S ATTR IFIEOSILT LOAMWEAK M SUMS EDp UBANGULAR EU SLOCKYS DOc G3 87-112 WY4 .0 . 12 05;, OY4,012;0 SILT LOAMRIX 01MA S I A MOI T WED AKJUMsUBANGULAR BLOCKYPSEUDOTHICKNESS p , STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS I.OQIZ .N DE THicA A 0- 20 FRIABLE ABUNDANT8 TJG 20- 37 RM 5,PLENTIFUL MODERATE ,MANY MECOMMON IN"I HA DANGULAR EOIUMPROMINENT DIUMBLOCKY CINTHMANY VOIDS5 .OYP3 .5/5 .0SH:NNEL ONS 420LE CAAND P 0EDHORIZONTALF VERESAC8 G 37- 50 WEAK M DIUMFIRM PLENTIFUL MANY MES EUBANGULAR BLOCKYPQ OIUMNENT5 .OYR3 OM' .5/5 .0C Gi so- 62 FRIABLE FEW COMMON* 70100.CT07.944 .5/5 .0C G2 62- 87 FRIABLE FEWCOMMO -EDIU p NMORGANICS..'A4 A 111!'IT0/5 .0C 63 07-112 FRIABLE COMMON ? .SYQ4 .0/4 .0HE P .-'UMNENTSNY13 .0/4 .0PH IPH 2SAMPLHURIZnN- DEPTH(CM .) STATE E METHOD VALUE SAMPLE METHOD VALUE X5 1 ATEPI j. , 0: 1? 26 2 5:2 3 : 3b 30131 5 S :.~,0 6 2 41 . 04C G 1 37- 5D 50 15 .9104 .1 120 62 2 1G5 1 2 1 .22:62 .1 .C 2: .8C G3 .7-112 T' 2 1 3.8 4 IP :71.120 :9,2 3 .6EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C .CA MG ~A K DETERMINEDP2 S cuHOOZZON-OEPTH(C- .1P pp. . . pp PPM . pp M . ZNpp . .:27 22 3it 5 58 :3a pTi . 20: 207:216 22 16 :3:,a :5 :0. :2C G.1a,- 0 3 'a 3 So.. ..2 51 .3 0 2216 . 91 75 1 6 1 "1 q50 . 62 2 .28 3.b7 .37 1 227 3 " .411 .0 ... b" .5la .0 10 0 .4 12 .7 1 4. 22 6..'. 1.29 :8G2 h2- 874 .6 99 .A27 ."C G3 87-112 14 B.6 1 q .8 54 .0 51 .8 30 .26 1 1:80C a A 13 ON 1, NITROGEN

co 13t:61 LZ*Z .. . 32, as 13c 9 ge . as -0* to 2e . "LZI a* -Oa 11 a T Oa -0 9 ad vd (WWSO) 4-"3)M4d3Q-NOZldOMId -ONU~ '11313 N.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....::6~1a0-910-9?201 114 9a. a .ca I . wIit sc :lOq 6 t to 11 :1gg :sZ141 S 6r 6at- ce a :. ig It C6 tc :z1 . ac 00t:00t CO4 :faI I a 9 . .09 r.6 a Oit 1 :02:S 6 5 011 31TI ( .W~11Mkd3O-NOZ1k10M03Nt .03LIG x VN ON V1 .0 .11. 11 IINVO.0 110811y, WIVA 0OHL3w 3ldwW2.1 a .1 t9ooti3")-j.4nv SNOILV3 3lQY3ONWM3X31-2.............vivo lV21"3H'j 9LIS 2tod V0'*,?O*I.AOAND ImO -001 ce 30-910*9 Ng AO;01 OOl.qGasNO 3 96 -00, to 2.LNBNIWDddANVW 09 -OZ 9 a0-9.00-SUAO'OtA V 0a .0NI'3 AAd V1: 24HA ? 3? NOZZOOMS311110H a )42 M. .. . .. .. . . . . . . .. .. . . . . . . .. .. . . . . . . . . . . . .. . .. . . . .. . .. . . . . . . .. .. . .. . .. . . . . .. . .. . . .. . .. . .041 0i .02 0"iVOT 3AISSVN W101 Alls -001 co 3m3A Ad2A alsvilij 3AISSVP wval Alts0.1AN41011"" 0 .01islaw x"a"IV*0-1/0-9dAO-Ot I 001-99 as 20.1 A1199N 0 ."01" IOdVH " LSION 1 X10 AMai 316vi .4 Gal-ilIVOIS 3N11 Nvol Ills 0-1/0-OUANO'"I es -at t9 2AW3016 uvinsNQnsA110 X'1'IV"QdVM 3 s.v ), V0 , 1510" XIVIV"inAiAN31d AalA34 wwal Ills O*l.'O'VAO'G uValo 00 -Of 0 93NIJin .4ziN31dalsobvmvibit 3tini,)ndis amnIX31AN3019 dTIAONVens31356 a, 00 ,v a ON "Vol LitsO .CA"?S 0 .KA1011fol" 1is"s- a100-.kj x'"0111.1 0 1 Idnnov 02 -0 d VI SLO00 35N31SISNO3Agva7no 9. ;; 34mid3a Nozimowf HnOlooi OZ 00 a )031 1 "1NolldZU3S30 3IIAOddIONY O31A!iV111S? , A13NI13S,1 ~3 .19, I , . a5 QN3iX3 "I'l H 9 Ada 0 2 sm') s A N MR N ZI OHS , NjontAOls ISS13NsnoiAtl3d ONtv nu 003N]WdC A1000d 03" 23OWN 11 efiviAniii Al I S'IWW "1371j3N39AS 33ds"UGAONVI 1 lV10311" lN3bVd0 a 9N1iwinONn.A%Na9 31d w . OD 0 a Issyl .) 3dAl110 : 110111VAT13."ast$to) N laeld30nixON01 a 518L6100SA319 DlHitjO is Cale ; so 6V IIN)3 0 A A iiviNOlIVJOlA3A11nS OIIIV130 q 13SOd?Jnd 1)N1'1dWVS-VN .n-13N SNd :bOA9Amns 0:A3 A S 0 1.ton A 3 V a---------------------~~YUN

KITTER UNIT TYPES SERIESCAT OFSUR SURVEYURt PNS KELOWNA9 B .C .W .A . 6 P .A .b .SAMPEL ING SURVEY!Ef PURPO OLTA!LEO a VEYLATITUDEIN ;I, 149 2 05 5 33LOVCIT pC lLkYS0Ll :97 C2 .US N 1 tSEC) 3 2 4 54 05 ORIN UTYPES 0 0 PLEX.PL.VAST 'a .ON 4MIt 2 STAY I GS M ALO:..L CLkSSl ENTLY UNDULATINGSPEC CLAST!C A 13 SILTY FLG'N~ ; UVIAL LSURFACECE .PRES ' ' . . L .VEDRAINAGES RU 1) POORLY 1 DRAINEDRE N V FFS U ME R 10 SNESSI ODERATE 0 UMHORIZON TM OE icxwlsiI ( MCOLOUP I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCEA P 0- 25 M ! ; 5YX .O/2 .0 SILT LOAM WEA F FRIABLERI DAY 5UBANGULAP INE K TO COARSE BLOCKYa G1 25 . 471.A4ylpX662,v0 1 .0SILT LOAMCOARSEPR I S M ;EA IATICNESUBANGULAR BLOCKYN ICKYFR ON ABLE STS L IG H I LY PLASTICbc 47 . 60 4: ; 0Y :4 ;. 012;0 SILT LOAM MASSIVE SOEAKJrp I IsT A IFIEOFRIABLEc G1 60-100 10 MA ; OYRX% 0/1; 0 SILT LOAM MASSIVE FRIABLEal tWE STATIFIEOC G2 loo.VERY FINE MASSIVE WEAK VERY FRIABLE4: 41 0 :4 49, 110SA N 0 Y L OA M ST TIFA IED.... .... ... . .... .... .... .... .... .... .... ....7ESjTH jC9 M ROOTS I MOTTLES I MOTTLES 2HORIZON DE T CMA P1 0. 25 ABUNDANTa Gi 25 . 47 PLENTIFULCOMMU N 5.OYP3.0/4 .0N EMTP7NN . .0'. . .BC 47- 60 VERY FEW COMMON SFINED! 5T RIN~T47 :3187 Y 4 0/4 .0c 61 60-100 VERY FEW FEFl MEFAINT I1 . 30 8 .1%C G2 too- FAINT5 :000PH IEXCHANGEABLE CATIONS SUFF .(M EPtOQG) C . E . C .SAMPL YA E METHOD VALUE ORGANICACAMG NAx DETERMINEDHORIZON-DEPTH(CM .) S TEC ROO5 25 25 : .2 5 93 :35 6 26 1 32:664:225 0ac A, ". 2 5 .0 .26 : 99021 . 67 2 97 26 . 91 .7Ic 61 60-100013 .78: 2 21.013 -2 1 43 .. 1 .72 5'1 .46 3ac Ga 30:loo.N X NITROGEN. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . .6 2 23.30:35 440RIZn'4-DEPTH(CM .) op. -1 .AIS P 20: 25 19A 5 _ 4? 6 2 :86ac I 0 12 :0c Gi 60-100 2 AC G2 100. 8.8

O-VIO-LAO IN S ;SI NON I." :) .A11 0.O ll 001 o 33n1 0 1*0-9/0 IN ;%Nt1tA001'SO**/O'VdAO-G NOXI A 3 .4 WOT-4O-SIO IN3NI .VTAO'S b.AiO3"P 10 d'.)lISTId AIIH9tISNOh .03 dlJ A03A 43A 39I,, . . gill" 1 .01. 030 II"t 1 UBA 3 ONNO ONT A 913NNW'40S:1 O'*/GN;TdIAOtjd%SOJOA ANY . HN1A3 1 H 1 .00I NhnzQ3w wAo q'3119VIdNON-O') 1NV inliIN31dI A Ad3A IS -a,, ?9J 00933yo 0 03d,IWIN2"' .3AN 30"OSNO I V' ONV )I' S 130INT- HDO'*/Q ; CdAO I * t' GSOIOA )1 , AN!N O NI' 31 IN Nnwio,,di o . 0 0 . N w DA ANY" 0 iNTONnow "till 311SV Ad3A Id-%a 191 at O*G/C ; CUAO O *c iIN N I tn Wt C, 3d A)MIE) twinoNwwol Ills3 1 J, S T I(j W A I I H9 d T wng2 I .ANWW IfWONnWVbld A IS 3A N a I. GZ -OZ BY' :)N t 15 10" A ' 0 a MUSA 14 Ad3ANO ."O:) " INVONnOV A 31liS OZ -91 r9a vANWONnew "toll G1 -0 d Vj : 114HLd3O NOZ160HSwill Avl~ a S31ilow I s3illow I sloob 3!)N3iSlSNO3 a lltmiinttis 3 )013THi.... .... .... .... .... .... .... .. .. .... .... .... .... .... .... .. .. .... ... . . . . . . .. . ..3AISSWW "Ol ills0-001 so DOOn3Sd 1110" xlb!vwAIVId wvol 0 ?/o GAS Z 0 10'IAO ivnavuo 001-SL 9 1"nia3w 3 11IM5111dI 3S .'O031Tt$3OOW .3ivnawwo 94 -is111IMS1011d .S ., 3 ST I LYNONOUIS 'GAO'G 0' tIO 3snilic IS -at Zvi aNVOI Ills nnta3m3lIWWSlt1d1 3 t"ONvol Aislow.xitsiv"S,AVI :) A Its MIO" 0 / 0 .19 .1stliao0 t/ 0 1. A0 9 iv ne w tio a* -GZ Sol a')"v"sldd on w ISIOPI .Xittiv"ONOWiS 01 11W03CON Ina wvOl Ills 0 a/ , SAO % dY3I'J GZ -Or SITAA3019 tivinsNv w9 nteaw 0 S1?10w .xldivwN di NVCI Ills 0 Z010 GAS a ovall cc -61 roa vAN2019 ovinoNvens 3N 41 1UWU300" vivol ills 0.110118AO'01 Isla" XlttiVW IdAbill 51 -0 d Vt 3dni :)ntjis 3dniX31 a unolo :t i dnoio,3AtJWQNnO6 No M SS fW3)Hid3G N NUZlt1OHMIS] A )ODIHANOtA41kIDS30 311900dON11 -So 9 1IN1N IOS13NNVR~) NWS 3Nll IS" JO S3SN 010 .4-1 ON707W NTHI sainen&, Z91 9 C NMOda 11 BY 3Hi HS1003" N1 ONI qdjH,3bV,473HAN v."0V 11 a a N'3AY mige . Ott Acno,) 3HI :90 LS24 StJ3I3W 001 SNDILV201 01113.11319NI UISS31ON IYNOILICOW09NI 03r4lWdO AltIOUC t39TNlvtla "13AIl I*S?12 :3. 31, yjansjlAn A Is d IT 311SY13 I . 3N3il 03 CISiiNn ~)lHdVOOILVUIS 030dn0-1 6I .L ISO' .T)IOSA'319 "Woo" I .A11-1 'sn"" Di .nH 2ev 0 ZO cat 1(0)30n0 1 I ' ONOI "LO 90 6* i(N)30nllAvl I.1, 1111 S: NOjIjAjld3NOt .LW301lg'V'b I IV-013'6 GVN0013)1 1WH, AlAmn SOdond A SoNtldMVSa I'ab0A3Atjns S 3.)Nvs'VNNO wq :)3e 11 IA3 tin A 3................

1PH IPH 2SAMPLHURIZCIN- DEPTHiCM .) ST A TE E METHOD VALUE SAMPLE TA METHOD VALVE ORGANIC5 T!,C AR 1, NITROGENHONA PA 1, 6j12: " 5 6to as77B2 1 6 0 21 so:20- 205 9 4 9o04 . 14A 8 TGI 25- 425 a2 1 6 3 2 75 ..a 00 IG2 42- 57 b 1 5::BCHURIZON-.957- 7 2 1254C G 15- 10 205 .7337 C GS too- 2 1 43 .2 .5 2 49EXCHANGEABLE CATIONS BUPF .tME/1006) C . E . C .CA MG NA K DETERMINED ELECIS CONO .P2CUHoRiznN-OEPTm(Cm .I 4-.6 /CMI PP . . . pp SPP . . RPM .7 37 :2236 352 :6 136 : 8732 :9 282:9aA PG,150:2IS1:0s66 331 :425 166Ab E 20- 2 0 9 7.Jo .251 .13 9 1 0s43 .9116 .7 16 78 TGI 25- 45 6.01 9 66: 4b ab281 . 36 .8 156,7:6 TG2 42 570 70 43 21 12 1.6 : 316 :22" a6 030 3.. ..:3I . 36 A 18C ST . 7 3.31 b 98.5 1 7 1 .C 6 75-10 5 1 .90 7 . .. ..217 .1.2 4 .31 0 1Is ..109 4 7 . 9 6 loo.. A C Gs too- 0 2.92 5 2 2.8b .62 34 .5 5.60 52 .1 6 5 100.0 3..S AOEPTH(C..)ZNpp M .PARTICLETOTALS A NOSIZE(%)62S7L2TU2UIoCLAYCLAYTAL -2U TOTALA 511:3 5 682 277A"aP EGJ Is 0: 21557 9 231a20- 2 0 75 t .896 TGI 25 42_ . 42 5 5 6S79 T62a.6 .51 12423 0BC 57- 771123 :. 1G 15-100 5 85it 67 22 9C GS too- 73 .0Cl .Y Ml~ .. .101gyHo,lzonDepth-cm)C-.. Cl~y (0.002 - 0 .0002 ..) I Fl . . Cly (0 .0002 0165% .,t .40-65% -t.120-40% -t.j65% ..t.120-40% ost.1420% ast. Trwomntmril lonite J . . mnir-11 Imito cllorlt% kaollnlte~(75-100) Cq .,tz, cl qm. ., I nt. -1~t-~atlffdpiagl,,l f sertztatitledch;or I 0t'"ld;m~ ,:It.-t.chi

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LADNER UNIT TYPES SERIES.............................. ..... ....... .........DATE OF SURVLYt 72 SURVEYORS HAL USC~2st!=~t!=H!!!2!LtTITUDE4NII,LQNCITUD 123 49 04 .2 07 .8 HUMIC LUVIC GLEYSUL:,1978)4p E SID N (SEC)$ 05ELEVATION WS a STATUS& MODAL ILSPEC tCLAST15 . 1 : SLILTYGE ; AT4iS ., F IAL**** SU NE :FACE*E **X C A* P*****SLE4*EL * UVt~:SIC S :L AG CH :41CAL OAT4************** * .*HORIZON- DEPTH(C- .)PHIS MPLTEE METHOD VALUE SULOLNSITYMOISTURE13BAR .STATUS8 .F ELDDISTUREATTERBURGLASTICLIM17LIMITSA PGJ54111 T IS 0 : .1 'a 21In253. :0 14 :3 17 2 :2371 :28 46 :5SC 40 . 2 1 :. 3 2 22 41- 66 4 .91 .33 .1 0 2 2 5 6 .7 .5 42 3 . 91 23 .. 37 .649. 1135.2 40 9 IC 6 04 3 .3 1 .18 47 .6 lo .a 475 .0 231 .3.6LLOU DIHorizonDepthanParticle Density gm/cc Shrirkage Limit II Particle Size %AirDryOvenDryMax .DryAirDryOvenDryOptim

~2~!!MLANGDALESAMPLING PUAPOSLSLATITUOE 0 :N! ;,L N ITUD I ORTHIC HU .O-FkRQIC POOZOL119761 %TYPES I.-PLE 00STATUS$ MODAL SOIL ASPECT (DEG)lSPEC L,;ZCLMAAST!C it SOANDYr NE C* T I AINALS U A PAC EEX p RES.1 BLAN K R ET0111INAIEl U. MODERATELY S WELL DRAINEDR N"PLOWHORIZON-DEPTHICK.)PHI2 : 96 :5:SAMPLE SIATEMETHODVALUEPH 2SAMPLES Ti TEMETHOD VALUE ORGANICC A R a 0 NNITROGENLFa3 : 3 2 253Fm1Ea65 2 : .2 2:3, 2,024 .1 2 .3 8 43 08 F1 16: 15 1 4 : 7 2C2 3 . 37 2. 6. a4:3823 .0 7 061 5 2a 5 . 4 3 .0 80 mcil 57 . 57952:: 6 3:25 .,g ' 3 2MCJ2 75- 05 : 7 5 . 5 . 3 a Gi 95-1 9 5 2 12 41:21a c 1 105-1052.7aS .S 3 .,C 2 125-162 2 a 1 5 :5 8 2 a5 : 5c 162 2146 32: 19.19 .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... ... .... ... .... ....EXCHANGEABLE CATIONS BUFF .(ME/100G) C. E. C . EXTRACTABLE FE(%)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTH(CM .)LF34 27 3 37 79PH a 3 a 3 9 : :94aAa1, 0- 06.0161 .06 0 55 6. .0 1 0N 6- Is ! . is .1- .0 , .06. :0 3 26 I2 1 5: 37 2:02 .5 .146 .0 .031ta c 3 .0 . 05 . 02 3: 7 3 0Miit50- 7 " So 75 . 45. 06 .05 06 02 8 A:9 1 Cc'J2.063..2 3 .0095 95::54.09 .06 .02,7.20 1 .6 a : Sc 1 105-125 0.1 30Sc c 2 125 2: 162 1 .2 3 061 10 9 .2 .3 .93.. . .. . .. . . . . .. . .. . .. . . . . . . . . . . . . . . . . . . . .. . .. .. . .. . . . . . . . . . . . . . .. . . . .. . .... .... .... .... ..EXTRAC TABLE ALMMETHOD RESULT METHOD RESULT pt M . P2Cu ZNHOPIZON- DEPTHiCN .)pp pp SRpm . ppPP#4 .LF348 1 3 57 2 :9 107 :00 265 :,0 77 :3PH ' 3: 04 :3 4 2 To36 7A E 0 62 2:0 186 51 : 3:3 a 16 :632:581a 12 15- 372.52. 9 50.081 743 3.652 .5 5 .2 153:714cmjj, 37: 70Il : 72 a5.8145 .5 6 .3MCJ2 c 50 75. .5.2,1 1 3 6 .3 11 6:06a 6 : 6,. :1 9::105.7a:2 a3:37 3 1 0C 1 125_,6 0 2;:4 21 65 : 61 12 11 :60:c c 2516a. 106 : 8s15: 13a Gi 5:,19 435

LANGDALE---------------------------- ----DATE OF SURVEY$ 70 SU VEYOPS HAL UBCL&TITUDE(N) C(O, ;LONGITUDORTHIC HUMD-FERRIC POOZOL(19781 x 0 0SPECT fDEG)3 1 0SPEC ICLASTIS A It SANDYGINEi25-. .RAINATLSURFACEC l 0 .pWS . . BLANKEDRAINAGE$ MODERATELY S WELL DRAINEDPUNUFFS8 FCJORGANIC CAR aON "LOWPH IPH 2SAMPLEHOPIZUN- DEPTH(CM .) S TA METHOD VALUE SAMPLETES TA METHOD VALUE NITROGENTE%LF 80: 0 2 2 9A 2 4 :2 57 :3 0 78E7 :1102 ED . .. .. . . ṀEc37. a3 83 .93 .81 52 4501,5 .,. 2a.0 2 5 4 .2BC2a.93..30MCJ2 bo_ 42 . 60 851 5 .6 5.22.95 035.5 2C Gi.71 :021 :1 1 : 2 1 5.45:125 A 2 1 5.6 25.4.. . . .. . . . . . . .. . . . . .. . . . . .. . . . . . . . .. ... .... . . . . .. . .. . . . . . . . . . . . . . . .. . . . .. . .EXCHANG EABLE CATIONSBUFF .(ME/ 1006) C . E . C . EXTR ACTABLEFEMBCCA MG NAK DE TERMINORIZON-OEPTH(CM .)METH OD RESULT THODRESULTC GiLF A8:0.1E:0778 FCj301- 2 71 :4' . :04. 058 :898a MCJI5:011,0.0 11 :11, 3 :203 CJ2.31. 03A..0.0 467 .7a60- 65 :301.6. 0 67 :1.5 3'1 5 :11 52 ..C5 54 13: 012. 05 .06 31061 : 1 3. 0. . . . .. . .. . . . . . . . . . . . . . . . . .3. . . . . . . . . . . . . . ... .. . . . . . . .. . . . . . . . .. . . . . .. . . . .. . . . . . . . .. . . . . ..EXTRAC TABLE AL(S)METHOD ALSULT METHOD RESULTP2HURIZ04-DEPTH(CM .)pp ., . . pp SRpm . Pom .LF 8: 0E 0 ?? ? 2 7A252:" 306: 1.611 . 03a 4cit 2 17 . 3 9' . 062:382 : 6 5.1 3.1813C MCJ2 452- 602l 1 : ,,. 3:360 :1 855 21 .1C GJ3 25 4 212, :31 4:18a 5 15 1...5 C 15-145 7 2:831 .3 3.113,, A... 3 .342 . 64 20 18 FCJ ? 2 5 1 2 :1 310 :2,3.4

LANGLEY UNIT TYPE3 SERIES. . . . . . . . . . .. . . . .. . . . . . . . . . . . . ..DATE OF SURVEY&S A . PL IN G PURPO SLISUQVEYO HAL KELOWNAe B .C .M .A . & R .A .B .DETAILED 65 SURVEYLATITUOCE1141;j .L . P 11 Cl.22 49 08 36 03 24 02 HU-IC LVVIC GLEYSOL(1978) So%TUON ISFC)lPELEVAT 6 SION (Mll 16 STATUSI MODAL IL CLASSI T YpEsI'DGENTLYAMPLE XUNnULATINGSPEC . CLASTIC It CLAYEYGENE I, MA I I M PVEL INESURFACECCXPiES .9 LEADRAINAGE UNU:RPERV FFIU to SNESSIPOORLY W DRAINEDLO SLOWS4TIOLOCTATOION 2 SOUTHWEST OF U GLOV ::- :PR:NGBROOK .a L ULMEY!"STHERE I I SEC ARE I PARK N BROWN A I COATINGS ON IPACTAND OSRE P N 5 N C 61 C 62THICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2HOP IZON OER?H( C MI 6OUNDAR VA P 0- 22 ABRUPT SILTY CLAY MODERAYEUMMATRIXatYR3.0/1 .0Sol.A INRIX ORYGRANULARA H 22- 37 CLEAR IO 012 0 SILTY CLAY ; 0Y'1 . . % ;AXJU .WE S EDm I O'S 2 .0USANGULAR SLOCKYATRIX DRY 'A ED 37- 47 CLEAR 2;SV4 . . 012 . jOTSILTY CLAY WE AK U : ODEP ATE.A MUD 2 .5Y ' " . . . 05 8IANTo MUL P BL CKYMATRIX DRY "2*0BA &1 . 57 GRADUAL .45 5 .0/2 , 0SILTY CLAY 4001111AIC . U 10 STRONG", .IX DIU6 TG 57- 85 GRADUALSC as-loo GRADUALPRISMATIC Eol MKWEA F EGRANULAR INSIMONSME D lu .AN GULAR BLOCKYHEAVY CLAY STRONG STRONG UEDISMAN' o Y1 A - 5, . 040T PI U* MATICMEOI ANGULAR M BLOCKYHEAVY C6AYRATE UM5 014 0-, 0M20 7MO DERATE U,..4 .1 1 0 IA P 0 1S MEDPI MATICANGULAR a BLOCKY61 100-127 DIFFUSE M5.OY4 T X .5/1 IST .0 HEAVY CLAYA At MOSTRONGME ANGULAR PSEUDO0 'U M TO BLOCKYCOARSEC 62 127.MA 5 ;II O Y5 Ix .0'1 90IHEAVY CLAYSTRONG D MTO COARSEME ANGULAR P E IU 0 BLOCKY5 UP. . . . .. . . . . . . . . . . . . .. . .. . . . .. . . . . . . .. . . . . . . .. . . . . . . . .HORIZON THjCXNE!5DE T (C )CONSISTVICE ROOTS I MOTTLES I CLAY FILMS IA P 0- 22 FRIABLE ABU40ANTA m 22- 37 FRIABLE ABUNDANTA CG 37- 47 FRIABLE ABVNOANr-FE . NEFl FAINTBA A?- 57 VERY FIRM PLENTIFUL COMMON DIFEI T kIN10 ME PROMINENT .0YRUM.0/6 .0 C NHMANY VOIDS5 S HANNEL M NOALONS AAND aC) E HORIZONTALF VCRCSTI CRE AcCOMMON COMMONFIN EIP MI TH , N8 TG 57 . 65 VERY FIRM FE .INENTlo P .oYP5 0ANY VolCHANNEL NN05 DSOME VEPTI A I 4L.0/7 .0 ONAND ZONTALRED FACES ORac 85-100 VERY FIP- COMMON COMMONFIN ETTH IN01 D . S YQ4 INCT .5/5 .0 RED FACES .0 0UNSPECIFIEDC,GI100-127 VERY FIRM COMMONFIN e0 a . OMIN~NT Y . . ,7 b /5 .0CG2127- VERY FIRM C0--ON EFT PROMINENT7 .5"4 .5/5 .0

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LANGLEY UNIT TYPES SERIES------------------------------------------------------DATE OF SUQVEY1 72 SURVEYOR : MAL UBCLATjTU8E4N!j, 149 0: 23LON ECIT 22 3 0, A HUMIC LUVIC GLEYSOL119181I 0 N 4 fSEC)SELEVATION 00 S 0 IM)3 16 STATUSS MODAL OIL1 SPEC CLASTtC R 13 CLAYEY'AAQINFGEN S ;URFAC E CE EXP AW1S .1 LEVEL11 FIELDDATAPm IMOISTU RE STATUSATTEPBUQG LIMITSSAMPLE SYA METHO D VALUE BULK TY a113. SA15 . RD , PLASTIC M LIOUIOHORIZON-DEPTH(CO .) TE DENSI AP P I TUR LJ IT L I MI TA P 'a o: '. a 2 4 :5 7564 7: 1511 nM, 9 3 9,'36 : 75 :9A HE24 663 8B TG5 . 7I4I430 6 a.36 3 9.7 .2 4 b2 36 .8 3 1.. .7C66:402 2 6 0 . .61 , . 2 1 . 3 8.1 219 . 7 27 .76.911 69 .18C G 02-. 7 2 4 6 3 1 .:5 3a .a 2 25 22 .0 49 .1Particle Density qm/cc Shrinkage Li t %Particle Size %Horizon ~ DepthOnAir Oven Max.Dry Dry DryAirDryC:van yit % 0~timumE M t %>5 .1 cm

LAXTON UNIT TYPEI SERIES.. . . . . . . . .. . . . .. . . . . . . . . . . . .DATE OF G SVQVESA-PLIN PURPOSE& YS DETAILED 63 SURVEY SURVEYORSMAL KELO .NA . B .C .M .A . G R .A .S .~H!1!2LATITUDE(N) 0C .18 : 1249 02 1 07LPpNGI2 8 40 5 ORTHIC HUMO-FERPIC PUDZOL(19781 30 .0TUO ( XEC SIO N ISEC)g 0 ODAm7 YPES CO 0 PLEXELEVATION IMIS TO STATUSS M L SOIL ASPECT (DEG)l 9Utp=-=!z!=H.= =!=.=PFC E ;,CLASTIC 13 SILTY SPEC . CLASTIC It SANDYG NE OAT . EI LIAN GENETIC MAT EOLIAN5 U RFACE . XP RES . . Ve Ne E SURFACE EXP~ES . : HUMMOCKYDPAtNAGEl UN RAPIDLY , DRAINED. OFF1 U SLO ." PE VIO SNESS . ARIDADDITIONAL NOTESSITE LO~ATIONI 200 METERS EAST OF INTERSECTION OF GLADWIN RD AND HWY 401 .M A TSOUIT"ICINESS-uniznN DE T . ICM~ORlZDRY ,SOU DACOLOUR ITEXTURE STRUCTURE I CONSISTENCE ROOTS ILH 3- 0 ABRUPT ORGANICA H 0. 2 CLEAR LOAM VERY FRIABLE PLENTIFUL9 ri 2- 15 GRADUAL . 7; SYR4 ;011;0 LOAM WEAK V Y VERY FRIABLE PLENTIFULA ?.SYRS.O,b RIX I .0SUNNGULAR E FINEOLOCKYMATRIX DRY8 F2 Is- 29 GRADUAL 7 5YR4*914!0VERY FINEWEAKVERY FRIABLEFEWMATRIX. .0 S .0 IS7 .0SA DY DAMINE5 US ERAN FGULAR BLOCKYM OATP INX DRY11 0 29- 44 DIFFUSEOYR5 X M.0/6 ;0MA 10 ;I . . R' .YP6 . O'S 1 .0MATRIX DRY 0 4LOAMY FINESANSINGLE GRAINVERY FRIABLE11 ac 1 44- 74 DIFFUSE 'A2 SYS.F14F SAND SINGLE GRAINFRIABLEFEW17 0,4 . ; 0TVEA G YELL Yt . Royl:XTOMAT Ix DRY11 ac 2 74-I l ' " , .5/4FINE SANDMAS ;.oY. 1 . 1 "SINGLE GRAIN LOOSE6 . mol .oMATRIX DAY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....THO .C U .ETION k E 0, AN!HORIZON OEPT 'CKNESS .IC-) NOD C L 0 SC PLH 3- 00- 20 Fl 2- 15 NONETE06U sPH HR e UGHOUT M MATRIXRICAL6 .1 :10. 8 F2 lb . 2911 a . 29- .4M .)Is ac 1 44 . 743511 SC 2 74-18 :2,;;.,EXCHANGEABLE CATIONS BUFF .IWE,0 10061 C . E . C .S MPLE MET HOD VALUE 0 6 N C NI T OGENCAMG NAK DETERMINEDHORIZON-DEPTH(C STATECARBON % %LH,13: 0 02 25 :7 1 6743A8 F1 2: 15 l 0 : :12 To 2.,1:,00:',a :8,00B F2 5 9 21 .39 80 2 .0 SO. .60 5.1 0 .10 13 .511 11 SC M 2 9 . 42 46.0. 81 .00 3 .10 .10 a:31 44- 74 :11 :23.0 211 ac a 74- 4 2 b:6700 IS 30 10 .. 5.10---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----P, Do 40RIZOV-DEPTH(CM .) . .8 F2 15LHH3 : 20 Is . .5Aa Fl 02- 15 929 : 2911 aS c 1 44- 7 : 56 a : 311 BC 2 74-7 39 54 42 .31 1FEW..

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LEHMAN UNIT TYPES SERIES------------------------------------------------------DATEAL OF 6SURVEY U Se : 65 ED SUN SURVEYORS HAL KELOWNA, H .C . . .A . & R .A .B .S MR IN A APO t DETAIL VEYLATITUDEtN)i 0 G E 'IS 1249 05 55LANNClSTUD 2 31 405UR7HIC HUMIC GLEYSOLNI(SEC) : 0YPESC.-PLE "0ELEVATION r S (-)g so STATUS : MODAL SO :L'178,TCLASS9 GEN'rLYUNDULATINGtARENT MATERIA------------- ~.t_tnnnC CLASSIC , It GRAVELLY F UIGENE OMM ; :TalS . L.VltLCSUR F.C E E DESCRIPTOR ATE GLACIAL PA EDDRAINAGES POORLY DRAINEDONO F11 PE .V F 0. I1 SNESSISLOWMODERATE2THICKNESSDE T . HO .4ZONY COLOUP I TEXTURE STRUCTURE I STRUCTURE(CM) Bou DAN11 C 6 go-.... ....COARSE SAND... rOA VEL L Y SINGLE GRAIN-0-1~ .NLH 3- 0 ABRUPT ORGANICA H 0- 15 CLEA91 I OYA2 0 /2 ;0SILT LO~M SSEAlal . . EA . TOM0; ~ouTO MEDIUM EDM A 1IX IS1 0.. IN ..Ol F6ASUBANGULAR BLOCKY ANULARMATRIX DAY 1*0A Ej IS- 25 CLEAR 10 .AjROYR3*0/3 M ;0LOAMMODERATEIVSED. MAYAS . . .'Rl 11 . 0151 UBANGULAR M SLOCKYX DAY 0 I'DIT 8 G 25- 42 GRADUAL 5Y5.0 .12 0SAND LOAMWEAK . DIUMMATRIX Mol TGRAVELLY Y 5EUOANGULAR SLOCKY11 Be 42- 90 GRADUAL .A AT alSAN .AVeLLI 0SINGLE GRAIN-- ---- ---- ---- ... .... ..... .... .... .... .... .... .... .... .... .... .... .... .... ..HORIZON THICKNESSDEPT H (CM)CONSISTENCE ROOTS I MOTTLES I MOTTLES 2A CEME4TATCION E6 T/D S RIP .LH 3- 0A H 0 . is PRIABLE ABUNDANTA Ei 15- 25 FRIABLE ABUNDANT11 a G 25 . 42 FIRM PLENTIFUL COMMONFI NEPROMINENT7 .5YR5 .0/6 .0It Be 42- 90 LOOSE PLENTIFUL MANY C. Sr=IO .OYQS.O/b .OAN AR M7 . 0 INENTBYR5 .0/6 .0CEMENTEDgEDAIKSLCOYNTI N UOUS11 C G go- LOOSE F61 I N.FFAINTPH I EXCHANGEABLE CATIONS BUFF .(ME/300GI C . E . C.SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDHORIZON-DEPTH(C- .) S t' TE C A A a ON " 1,LH 3: S O 22A H EjA 1aIS- 0 . 25 ,1 0 G42 9 511 Be . 90211 C cl 028,.46.057 1 :9301 .1 6285: 106 59I ..c.01.6.53: 4.3 Ia 928,1 .80 2736.1.02 .06 .00 2.4.. . .. ... . . . . .. . .. . .. . . ........ .... .... ....HORIZON-OEPTH(CM .) 01 ARM. P2 pp . .LH, 3: 103 :54 0 '7 :0A Ej 1 5 2 15 .5 19 3 011 8 G 2 - 4511 It Be 42- 9 5 . 99 133.9 243 :00C G 0

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LICKMAN UNIT TYPE& SERIESSURVEYORI GGR KELOWNA . O .C .- .A . 6 P .A .S .0SNELDINGSUUMEOVIEt DETATILED SUR VEYL TITUDE(N)l 49 05 22LON G & ClITU0E( "1 12 2 2 1 29 ELUVIA7ED EUTRI UN :LSUL1197 IvPR 3*0F 5 ION (SEC) I OS TYPE9 COMPLEXELEVAT UUON (M$t 9 STAT 5: DAL r - OR 50 aCLASSI NOULATINGAS PECT 4(DEG)l 5=!2-- !i t!! !G-!!==iSPEC . T, CLAST!C . It , SILTY SPFC ;,CLAASTIC . It SANDYGE V LUVIAL 0GENE C M T I FLUVIALSURFACE HE C EXPPIS A' .- ENEEDRAINAGE$ U 0 F MODEPAT S ELY WELL DRAINEDN 1 I LORPEP V I OU SNESSIM ODERATE N222~!.!!!~=:=ICKNESS HURIZON COLOUR I YEXTUPE STRUCTURE I STRUCTURE 2HORIZON TH DE I , 4C , U Y) 80 NDARA P 0- 17 CLEARlo MAT.oYA4 X 4 0/2;010 . :4 1 0. 02 5 3*0MATRIX RY11 a ml IT- 43 ABRUPT YRS 5113 To10 W. 0 A10 .0 IX . . 0151 .0MATRIX YR DRY 0 4:SILT LOAM M .. .. TE MEDlU0LAPSUINEANRA Va ULAR SLOCKYLOAMY FINE WEAKSA N 0FlU5 NI A NGULAR BLOCKYa m 43- 55 ABRUPT.0 TA10 M24 ;oyps 0/3 FINE 0 SANDYL AM " F NE"lo . I'll ... . O'SI0 1 suMATRIX DRY *3; A ;42 0YR5 9Y3 0 LOAMac 55- 70 GRADUAL"Ell, E01U .lo .: 1.7.011 X 15SUBANGULAR BLOCXVMATRIX DQY 2'0.. . . . .. . .. . . .. . . . . . .. . . . . . . ..c Gj To- !O ;a0YR5 4 o12 f O SANDY LOAM MASSIVE1 A .0 14 7 . 0 , ISMATRIX o 0 02 y".. . . ... . . . . .. . . . . . . . .. . .. . . . . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . . . . .. . .. . . . . . . .. . .T"ICKNES~ CONSISTENCEROOTS I MOTTLES IHORIZON DE T . fCM)A p a. 17 FRIABLE Pt.ENTIFUL11 a Ml 17 . 43 VERY FRIABLE PLENTIFULa 4 43- 55 FRIABLE FEw13C 55- 70 FRIABLE 1FE . COMMON MEFlF A INTlo .oyp5.0/6 .0c Gi 70- FRIABLE COMMON1 FINE .0 OYQ5 .0,07.0. 1 : .PH IEXCHANGEABLE CATIONS SUFF .(ME .0 10061 C. E. C.SAMPLEHORIZON-DEPTH(CM .) S TA METHOD VALVE ORGANIC NITECARSO N TROGENCA MG NA K DETERMIN ED6:3 4:7030p. .1 170 : ". b I: ;01. 4: : 10 24 :243- 5 3 2 .30 20,o to 9.52 a.20 20 .10 aac 8 11 55 . 7055 7 :24605 :c Gi 70- 2 5 . .0 12 602030 0a 904560 :7900 :20:0000 7 9. . .. .. . . . . . . . 1 .50 20.... .. . .. . .. . .MORIZON-DEPTHfCM .) PP 01 . . Ppm 112 .1 8 MlA!1 :6 :3 :23 &3 17 0 :. 5. I 117 5 44 .81 5 3sc 55 . 7 24 .7 .29 :00C Gi 10- 0 26 .1 55 .0

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LIVINGSTONE UNIT TYPES SERIES------------------------------------------------------DATE OF SURVEYS 72 SURVEYORS HAL U8C,LATITUDE(N) :49 06 baL 0N CITOD, E 122 138 35 GLEYED I SOM6WICDHUMO ;F6QPIC L PUDZOL(1978N 4 (SEC)I 05EL ATSION (M) :10 STATUS M DAL 01SPEC ;,CLASTIC It SANDY SPEC ;,CLAST!CI11 CLAYEYGENE4CC FMAI _ ; .IS . .GENE C AT MARINESURF E XP M VENEER ""E308-12700 : 20PH IMOISTURE STATUSSAMPLEHUAIZON-DEPTHICM .) ST A METHOD VAL SUL 5TEVE DENSITY KAP . . 1A4: 165A HEGj P1 :28443 2BIF 9. : 4 169 :0945.1.5 5A EG6.1 1 .4 939 .611 9 20 .2TG 4 6.5 1 .22845 .56 24 .723 , 3 :1 3J 58a2 224. IS Mo FIELD1 5 TUR e3 4282 :230 .031 .44 .62ATTERSURG LIMITSPLASTICLIMIT1 .324 25 :41LIOUIDLIMIT26 :0656 1 .262 .6HorizonDepthCmParticle Density gn/cc Shrinkage Limit Particle Size %AirDryOvenDrymaxDryAirDryOvenDryOptim >5 .1 On

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LYNDEN UNIT TYPES SERIES. . . . . . . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . . .. . . . . . . . .. . . . ..OF'SURVE:MTEPLIN PURPOSES YlSURSURVEYORI PNS KELOWNA, B .C .M .A . I, R .A .S .VEY05 DETA16LOEDLIT ITUDe 11, 11LPQ CIT1 :92 04 : 231 ORTHIC HUMO-FEWRICUOPODZUL(1978)10 N DISEC)l50 2ELFV-T 7 .Ofj 4.) : STATUS : -ODAL SOIL!~2 :!XTYPES1*0CLASSIDeR SIMPLERESSIONAL TO LEVEL=!t .!! : -, :!2=!~-= i. T, CLASTIC . SPEC . It SANDYGENE At MES I ., FLUIIAL PACSU~FACE S 41 C E . TER EDDE C PTOPXpI GL "CIA LDRAINAGE$RE U NoF V F OUIS3p I SNESPAP!OLY DRAINEDSLORAPIDSITE LOCATIONS JUST SOUTH OFM U NI C IPA L I T YTHE OVERSEAS TRANSMITTER PROPERTY IN SURREYHORIZON TH'CX7ESS DEPT . CM)RANGE.0 .IZ0N N VBOU DARCOLOUP I TEXTURE STRUCTURE I STRUCTURE 2L 4 . 0 ABRUPT ORGANICA E 0- 1 0- 5 ABRUPTYRSAO/l ;OI'dSO A .01'X 6 . 0' 12 . .MATRIX R DRY (1LOAMY SANDSINGLEGRAIN9 F3 1- 22 GRADUAL .74bY :3 .8/2 ;0 LOAMY SANDIA .RB F2 22- 44IRI .Ol IS. . .MATRIX 0 0 DRYMATRIX lo .oVR4 S. ~Dls .0/3 ;010 .MATRIX ON DRY 0/3-0LOAMY SANDVERY WEAK TF E MEOIUMGOANVLOARISINGLE GRAIN--C 1 44- 87 COARSE SAND MASSIVE SINGLE GRAINC 2 87-COARSE SAND SINGLE GRAIN-- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----ORGANICL A- 0A E 0- 1 LOUSEa Fj 1- 22 VERY FRIABLE PLENTIFULso F Ta F2 22- 44 LOUSE PLENTIFUL44- 87 SLIGHTLY HARD WEAKLY CEMENTEDDISCONTINUOUS.C a 87- LUOSEPHYSICAL 1, CHEMICAL DATAPH IEXCHANGEABLE CATIONS SUFF .(AE/1006) C. E . C.SAMPL A E METHOD VALUhHORIZON- DEPTH(CM CAMG NAK DETERMINED.) ST TEISL21 .481E 4 : 0,8AFI6 F2 I : 22 A 26 2 86:33 :27 :032211 0 66:3 :59 :33 444- 87 0: 1064 23 02 100 ..C 2 ST . 2 1 6 .5 a .02 3 .37.... .... .... ....HORIZON-DEPTH(CM .) RP 111 . .LA e 40: 012254 11 F21 : 54 644 22 . 44 7:C 1 87_ 871 .. 9C aHORIZON DE THICKNE'SS CONSISTENCEI (C IROOTS I CENMENTCAYCIONAGE T/D S RIP .C 14C A Its ON IS NITROGEN

LYNDEN . . . . . . . . . . . . . .. . .. . UNIT_TYPE9 ._SEPIES--- ----- . . . . . . . .G SURVEYt U SE$SAIPLIN p PRO DETAILED T5DATE OFSUPVEYO I OAL KELOWNA . S- M .A . & P .A .B .SURVEY~2Et :!2!LATITUDEIN)I, 0L n CITUD N t-TYPE$O-PLEX 1*049 2 059 022 3 03 OPTHIC HUMO-FEQQIC PODZOL(197810550 STATUSt MODAL SOM CLASS$ GENTLY UNDULATINGELEI-Tloo'N'p E S !!E)C-"SPEC CLAST!C AS SANDY66NE ; C OAT I FLUVIALSUIllC CX ES .,S a, E P It . . C EDDE c p I .. ' . C"GL LDRAINAGE$RUNOFFSRAPIDLY SL , DRAINEDaHORIZONTHICKNESS p 1 14 MiI TEXTURE STRUCTURE I STRUCTURE 2DE ICHORIZONBOUNDAQ Y COLOURLm 5- 0 ABRUPT ORGANICA E 0- 2 A84VPTI 5LOAMY SANDWEAK F Ne40 .A ;. oy''5 X .. 0f2To.ATAIX10 , 041-M PLIATYORY *8 Fl 2- 22 GRADUALLOAMY SANDWEAK5;. 0 y. 1 ,,4 m o , 4;OAF INEI 5YR5 . 0 /4,0 SUBANGULAR BLOCKYMATRIX DRY0 F2 22 . 45 GRADUAL . 5,OYR%O,06 X ; OLOAMY SAND WEAK 'I .A I"' O'SE0 OY .5 . 0 1 SUBANGULAR SLOCKY11-TRIX DRY4'0-A 'o ;.I. OY R4-5' ISI A OaMATRIX 10 .0YRb. DRY 0 13 .0 SUSINGUL OAR E SLOCKYa m 45 . 55 CLEAR$AND CMODERATE 5 A'aSINGLE1 GRAIN55 . 76 CLEAR ti cCOARSE VEL Y SAND SINGLE GRAINGRA Lc 2 76-. . . . .. . .. . . .. . .. . . . . . . . . . . . . . . . . . .SANDSINGLE GRAIN. . . . . .. . .. .. . .. . . . . . . . . . .... .... .... .... ....KNESS M, M CONSISTE4CE ROOTS I 4CEMN'A' NT, 'CN r_ HORIZON TVIC DEPT C 1GE DES RIP .L" 5- 0A E 0- 2 VERY FRIABLE ABUNDANTa Fs 2- 22 VERY FRIABLE ABUNDANTa F2 22- 45 VERY FRIABLE FENa M 45- 55 VERY FRIABLE FEW WEAXL YCEMENTED0 1 SCONTIN U OusIt c 95- 76 LOOSE FEW -C 2 76-2-:LOOSEPH IEXCHANGEABLE CATIONS DUFF .4 4C .1 100G) C. E . C.SAMPLE ST, METHOD VALUEHORIZON-D EPTH(C M .1 tE ON GAMIC R N1 7ROGEN CA MG NA K DETERMINEDCA BONxL 50: 0 2 2 5: .l 3353H E2 22 :8,5,:07 1 .1A 401 01 11 : 93Fl4 a 1.6' .51: 0 05 5 .I15 F2 5 25S.. .56 .01,.39 6 .253 :0 :0 5 3 60a m 45- 5 5 a 1 6 0 .17 . . 1 26 .19 05 0. .it c 55- 76 . 76 21 : c a26 .00. . . . . . . . .. .. . . . . .. . . . . . . . . . . . . . . .. .. . .. . . . .. . . . . . . . . .. .. . .. . .. . . . . . .22-2215:HORIZON-DEPT .(CM .) P.M . P2 P. .50:0LH A E15 5 25 :0a F 1 2. 22 A2B F2 , 22 . : 5 :7 A 6 . 9 Z2 . .O9.5 118.0B.1 c SI- 5 75C 2 76. b

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PH IPH aF3SAMPLE 5 A METHOD VALUE SAHOPIZON- DEPTH(CM .) T TE5 T MPLE 4 METHO D VALUE ORGANIC A a N X NITROGEN XTE c R 02: 0 2 a 5 4So 2 :701o-a5:8 21 55 :22 6 : 89 1 13 pt1 3 4S 2 1 6 . .80 2 4 .1 4 .12 .23 49 Fa4 5 f, 0 a4 : 0I2 73 5 2 1 S.. 2 5 .43 1 : : 1 838 ;js 6 1 .22 80 09B M 4 8 5 -112 2 1 5:8 2 .3 .56 :06, 1 112-132 . 5 2 5 .211 C a 132 .+ 2 1 5 . 7 245 .1....5 1.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS BVFF .(ME/ IOOGJ C . E . C . EXTRACTAB LE FE4%) EXTRAC TABLE AL(%)CA MG NA K DETERMIN ED METHOD RESULT METHOD RESULTHORIZON-DEPTH4CM .)P, PPM .LF, j 2: 0O_ 1 3 1 :J4,76 341 69:2A FI 3 5: a10. :ob 07 :43 2 :4 1 4 9 0 0a F2 1 A .0507 . . .0.00...15a I 1 :1 1 :9 3....030.05 a1 .327a _11:08 o3111 1 :86 .a .. .5 5 03 :0 0 :31 : 239 .031 it c 1 112-132 la 7 21 .4 16 59 3C 2 2.+o:34 6.. . .FPa sHORIZON-DEPTH(CM .) PP Ppm .22' 2 : .8 F I"8 FZ1 - 15 36 0 9 2- 40 33 :00 F3 40- b 5 6567 734 : .7I8 F4 a5: 1 67 1 32 A :0a11 it 4C 1 11 7_1323 2 0 1.312 2 0 5.8C 2 132 .+ 350. .0 7.28 F40 0 52 : 3A HI 0.. . .. . . .. . . . . . . . . . .. .. . .. . .. . . ..3. 6 1.7

LATITUDE(N)gLON G lE ollC SEC' .'72 N 'PRE ELEVATION S JM~ :: '02 2 1249 000 YPE'33 . 0 3 O-I .tC HU .(J-FEARIC PUDZUL(19781sC03MPLEX0 STATUS$ -DOAL SOIL CLASSI Cy 'CeG,l UNDULATINGASPE270MARBLE HILL UNIT TYPE : SERIESDATES .- .L OF SNURVEII~E,PURPU-------------------------------SU-1111 .11 I GGRUEIAIL~ll T3SUR ELO . .A, B .C . . . . .VEGr SPEC, ,,, T, CLASTIC MA 18 SILTY EDSUREACC EXT4EIS .SF E P VENEER Ll ANCl"" I :" . IL1111C A 11 GRAVELLYGLAC AL.,.T,l'E DESC .IPT CFLUVlALDRAINAGE& WELL DRAINEDIN NO F F, SQV OU M LPE I SNESSt ODERATE OWTo, ICVNFS$ HORIZON COLOUR I COLOUP 2 TEXTURE STQVCTUPE IHORIZON DEP T . 1C .,YBOUNDARA 14 0 . 4 LOAM8 ri A- 14 CLEAR,,5yp540 "6 ;0O Oy, ,S;O,,O .oLOAM06AK F E.,T . . 1. . , . I . Ylo .oYR5 I .O .,b 5 .0Sus INMAYRIX DRY8 FR 14- 32 GRADUAL ?;SVRS . O/ 0 4.0 ST ,LOAMM 1 A RIX S .0 1 . .O7 AO ;5yq5AU0,6 .OYR5 lX .0/8 IS ;0 .0EA" FINEBy 1SUBANGULAR BLOCKY64 0 TRIX ASAND GP AVELLIDRY MATRIX DRY5 F3 32- 44 DIFFUSE .OYRS .0/4 .0 1040YR500/6 .0SILT LOAM 1"E .AK, ,"ATPIX 0 . P, llOIS!O. .MA ix RyS E INEUBANGVLAR BLOCKYMATRIX 1 0 CRY "a Ml 44 . 64 GRADUAL 047"SYR5 r ;0/4S ;O LOAM WEASUBANGULAP X BLOCKYI A. . RIX . . . 01. .0MATRIX YA Opy 05 02 64. 79 AORUOTIDAto I 01GRAVELLY MS U AK BANGULAR BLOCK ' YWVA WM0 .0 P, . . . CIS. .01MATRIXDRY 0it C 79 . SINGLE GRAIN. ... .. .. . .. . . . . ... ... . .. .. . . . . . . . .." .12' . THICKNEIIS P . CONSISTENCEROOTS I CONCRETION ANDDE T (Col NODULE OESC a IP . IA Ho- 4a pt A- to VERY FRIAOLE PLENTIFUL8 F2 14 . 32 VI!QY FRIABLE PLENTIFULFTW- FINE PT OUGHOUT MATRS PH EPIC A IXL6 F3 32 . 64 VERY FRIABLE PLENTIFUL Ff" FINE HT ROUGHOUT MATR IXSPHERICALa mi 44 . 64 VERY FRIABLE FEWa M2 64- 19 VERY2 .3003FRIABLE FE*11 c 79 . LOUSE PH IEXCHANGEA BLE CATIONS SUFF .(ME/100G) C . E . C .SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K OETfQMtNEDSTAA B NHORIZON-DEPTHICM .) TEC R U4 : 1 56:87A:2111: 8 4 : "Moo :3 8. 00 S21 :8.19 3 0295 9 ; 1 : 32 215 .9.1. 60 . . 10 .10B 2-.761160 F3 32 : : :1 .33 .09a.a 53*:30 :1102 1 S .,79.15.10 .10 9 .81 -2 b4 . 79 2011 C 79 .2 15 .8 .17 0 62 . 2 . .10 .00 * .90to:10 12 .0HORIZON-OEPTH(CM .1 PP . .A H I0 : 148-' 3 :51a . ' F2 X 3 - 5a . .32- 4 2 B F3B Ml 4 .- 6 A4:1979 19 .75 M2 64-11 c 79- 04 .0

09 '39, 1a1or 0:29 S.0-6as al I, 0.6i 91 0 -go,m ae I-"a10A % Id'W'3)H1d30-KUZIbM-.. .... .... .... .... .... .... .... .... ... ....SIN349VU1 '3S8VO'J .... .... .... .... ........ .... .... .... .... ....1 : , 60 : 2* : Sq :go : *2 9:5 :9961c10 .0 :ftL : I l ec : S, I 2a . 99 .s099t1IV991.,9:% a, -109 2.4 e. 0-0 1 40 LG Lo . LV 1:6-t cl WE If S 91 . , 080 - ZI11 , N081113 " 331VAS ('W31HId3O-NOZIdOHOVNIWt13A3Q 'A VN Sw V3 N39..1111 IN do 3nIVA Gom13m ldWVStsootf3wdine SNDII" 31OVIONVM:)X3 I.Hvivoonv vonicaw -99 Do 11013V WnIcaw S9 os 6033v wnIG3W 09 -61 ej 9at" njoaw %I -a 1 .1 00 -a HI4 .31HLd3G NOZIbOHHd 0131A S93NN :)IHA. . . . . . . . . . . . . . . . . . . . .. . .. . .. .. . . .. . . . .. .. . .. . . . .. . .. . . . . . . .. . . . .. . .. . . . . .. . . . . AIIUVU~3sGOI NIVUO 319NIS QNVS ANVOI o isc "0" S"11"41 1_Sq :)a 1143 .4 31OVIdA At3A NIVU9 310NISINVONnew 319VIOAINVONnew 31OVIdAA)0016 dVinoNvensWy A113AVO'J NVISIOK xI : IvwCl AOS 0-9/0-SHAVOI iwnovu-j S9'4 nIa a w .'1510" 111"W"3m wVol Ills Oof#,O .S .AO.01 tIV311i OS -St L31 aA)mie uvinONVenswn 1 " 03H,W3 wVOI Ills .!S,O* ./O . ,,!11!1 . 0 01 linavaq 61 -0'JINV9dO Ldntlew 0 .? HII sloob 3DN31SISNO~) I 3mnA,.Nntus 3tmiX31 1 dnolo:) OzlbomAgVC)NnO9 j ;3 N)HId3U NOZIbOH3 X'31"I31YU300" I ISS3NSnOIA?J3d,03NIldO 113- aIS 139VNIV60 "ONA"IV13VI9 I n I!jbwOIdj1b3S3Q2DILYSVJAl ;aAVI,4 It 15 !" IlNg~I A 09D wo :)C133N3A I'S3~dX3 3'3VzidnSNvil 0 ..3I 3 tj " a IV :)113 BAll SI SVI D . 3 , asitNn :lzmawaviiwais 31colv41INn :)!HdVbOliVd!S d3ddniios ivanm isnivist9L6trioza0d '3Idd3z1-0WnH 3IMidDl(P)30nlIE)NDI11 1 1.......~,3on I INOILVIDIA'4AdfIS G3IIVi3a 4 33SO68nd 3 S')'B'V'd 9 -VNM013X :))(A tdOA3Ad.15 1121A,,n Nld"" .0 3110S3!83S :3CIA! 1INnT11H TIGHM

MARBLE HILL UNIT TYPES SERIESDA TE OF SURVEY$ 72SURVEYOR$ MAL UBCLATITUDE(N)l r, E MIS 1249 016 06 5L ON IT 2 1 3 UPTHIC HUMO-FE CPRE Cl 0V I M :: :L AT SION US . I 4SEC)J9 5E EY ON IM)l0 STAT S LPODZDL(1978)SOIL2 a .44PH I MOISTURE STATUS ATTEPBURG LIMITSSAMPLES YA METHOD VALVE 0BULK113 5 . 8. 15 . 11 .0 FIELD S E PLASTICTEENSITY AP P 1 TUA Ll M IT21 .08 340:291 .1 :20 185:303 2.:0 30 :0a331 :725 331226.. .4.6 05 a2 :607 :8223 6a. 1452 5 4 1.95166.4 45 :6:01 :420 .6 a1 103 :03is16 .5SPEC ;,CL,A,ST!C 18 SILTY GENETIC MATO FLUVIALGeU I E LIAN EFDESCR Prop GLAC LS HE PFACEC EXPRES I I . YEN _ RLIQUIDHORIZON-DEPTH(CM .)L MI TA P.1 0: 202 3a 12 53- 7 0 . 5 711a1 KI ec .1-1 a.2511 C 102-127Depth CMParticle Density qm/cc hrinkage LimParticle Size %I IIAir Oven Max . Air Ovem >5 .1 cm

MARIONrOATF SAMPLIN OF SURVE 0 U RPOSEI Yl SEMI-DETAILED 67 SUPVEYORS SURVEYMAL KELO*NAS B .C .M .A . & P .A .6 .CLASSIFICATIONSLOPE-----L4TITUOE G :7 .11,P 772 0 122 49 147 OURIC FERQQ- -------------- PUOZOL119781 LONCITOD RE L VA SION 1F 7 ON(SEC)$IM)STYPEI CLASStS 5 M.0MOO I PLEE5 36 STATUS$ HU : :C4L SOIL ERATELY SLOPINGGENETIC MAT 9 MORAIN LSURF ACE. XP4 S . : BL ETIMPERFECTLY DRAINEDRUN PERVIF : U SLOWu SNESSI SLOWL SITE LOCATION 0 STIS C SEARCH 4 Z F RE S0 1 OPI ON I400 METERS WEST OF LOON LAKE JUNCTION ON MAIN RD- UBCiEEPAGE ZONE . ROOT MAY PRESENT .THICKNES1 HORIZORY COLOUR I COLOUP 2 TEXTURE STRUCTURE IHORIZON DE T lCM 00 U NDALF 25- 17 CLEAR ORGANICHF 1?- 0 A13RUPT s yaa; 0 1 0 ,1IX DIST "I'D2A ;SY2. 0.12 . al 010 1ORGANIC MASSIVEAA E a- 6 ABRUPTSANDY LOAMWl,lKlo*OVR"0'2 AT A 11 S ; OS E OIUMS .OY-6 01 . 01USANGULAR BLOCKVMATRIX DRY 0"1*0I) HFC 6- 22 GRADUAL.A? ;. 5ym4 IX 4uo, I4s;0OYR3 X 0112 ) ; . ., TLOA MVS Y13 O NDA I IsGRA YELLSTRONG ACo SU13ANGULAR ASE BLOCKYa CGJI 22- 37 DIFFUSE S;oy : .0/3 ;? LO A SANDA RI MOIGR My VELLYMASSIVE; ;0 CGJ2 37- 57 GRADUAL S OY5 .2/3 0 LOAMY SAND MASSIVEA RIX 01 T GRAVELLYB CGJ3 57- 70 ABRUPT . 5 ; RO15 A . /3 ;0 LOAMY SAND MASSIVEA I 0 MOI T GRAVELLYac 1 70 . 75 ABRUPT 5;oys .9/3 ;? LO AND MODERATEMA PI . ol GRAVEL! Y UAMY"ED' SU ANGULAR M BLOC9YFRIABLEac 2 75-100 M 5; OY5.011 ; 5 SANDY LOAM MA SIVEA RIX MO IGRAVELLY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....THICKNEST STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I NTATCIONHORIZON DE T . ACEME, N(CMC AGE T DES RIP .LF25 . 17A IPLENTIFULHF IT- 0ABUNDANTA cABUNDANTa HFC b- 22 FIRM PLENTIWUL PEAKL MENTEDH A A 0 DISCO Y NCE7 INUOUS0 CGJI 22- 37 STRONG VER FIRM PLENTIFUL MANY STRONGLY CEMENTEDEX I Y REM EL Co SY HARDEcONIINU 0 U SSUS 0 :SE N ULAR BLOCKYPROARINENTS.OYR3.5/4 .0B CGJP 37- 57 STRUNG VERY 1101, FE . MAN STRONGLY CEMENTEDE . TR . M EL . . . . 0YA Y SEC ONTINUO USCuo4a :N56,VLAW E BLOCKYCPPORMINENT5 .OYR3 .0/3 .08 CGJ3 57- 70 STRONG VERY FIRM FE . MANY STRONGLY CEMENTEDC a NY I NUOUSSUBANGULAR BLOCKYPPS INENTOMac I To- 75 FIRM ABUNDANT MANYM p EDTUM5 .Rn . OYR4 ' NEN' .501? .OBC 2 75-100 VERY FIRM CO-%ONME ol U M0 E VM0. 6FRIABLEOR , .,Y S, .S! IN NT0/6 .0..

MARION(Continued)HORIZON-D EPTW(CM .)PH ISAMPLE STATEMETHODVALUEPHSAST2MPLE ATEMETHOD VALUE OQGIANIC" 3ONNITROGENCAPLF 25 I ': 17 2 z 3 : 432 2:6HF a0. 0 22a 8 25::0.0011 :4 .0A3 2 52 20 .01618 HFC 3 .6- 262 14 .8 ..A 4.2 7 379 CGJI 22- 37 2 2S .2:36:0,6.11 5 2 4A4: ; 134 . 90.108 CGJ2 37 . 5 aa CGJ3 57- "2S.1 4C I To- 7 0 2 1 S 5o5 5 .7 4 5 : 2:,ac 2 75-100 2 1 6 .2 2 4-- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----- ---- ---- ---- ---- ---- ----HOPIZON-DEPTHICM .)EXCHANGEABLE CATIONS BVFF .(46/10061 C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(S)CA MG NA K DETERMINED METHOD RESULT METHOD RESULT PILF2 5: 17 7:316 3 :2067 911 .3HF a17 - 0 3. .01 3: .10 1,041 :b? 40 79 :5 . .,31a .02HFC 06- 226.05 OOJ .03 !31.2 1 41 2.406 CGJI 22- .,?. 32~1 :1111 23 :5A123 :246 CGJ2 57_ 77 17 ON 00 3 :002 .9. 0 2 4 6 1 3.96 CGJ3 .02 .02 31 .1 1 .8SC.0 3 2:711 70- 75 .3 6.0 6 :03 9:3 a6.9SC 2 75-100 . .a93 8 :0023 7 5. . . . . . . . .. . .. . .. . . . . .. . . . . . . .. . . .. . .. . .. .. . . . . . . ..--.... .... .... .... ....P2 5 CU ZNWORIZoN-DEPTHICU .) PPM . RPM . RPM . PRO.LF 25 : 17MF17 0 1A E 0 26 5 0 A., 8 3a MFCa11 58 : 12 23 3 : 6 21. :0.5 C G JI 22 36-3? 5 45 :1. 6a CGJ2 5 7 75 .1 311.8 0 62. .S0 CGJ3 7 7 0 17 .7 65 34 .7 26 0ac 1 0 5 19 .6 55a aS 5 :22 :9ac 2 75-100 17 .5 51 :4 1 4 32 . I

MATHEWS UNIT TYPES SERIESOATAOF G SURVES MPLIN E PURPOSES ye DETAILED 58SUP SURVEYORS Y PNS KELOWNAq B .C .M .A . & R .A .S .VE~2~t!!2~LATITUDE(N)lLON RG ClITUD E WIS 1,12 49 se 04 .0 16 ORTHIC HUMtC GLEYSOL( 97B)" Slo N (SEC)l 05 0:LELEVATION ( .)1 2 STATUS$ ORAL SF2 :tTCLASS$YPESC. ;oPLEGENTLY UNDULATINGSPEC . T, CLASSIC A IS SILtY FC C I . T 4E I S . Lll llL LGENE SURFA E E P - LEVEDRAINAGE$11 U E N.Vj0 IFIUPOORLYSLO , DRAINEDp 0 SNESS . MODERATEIFIED WIT TETTURC LAVCRSRRANGINGOFEOM H I Tr. FINEOSANOM :OTHELa 6MISK2YRN H N S OFOFT ZON AN X ND T SOCSAND SIC * FROM C CABOVE IS W OE SLUFFING a 71 A INTO Top CR CKS. HIS 0HORIZON THjlK.TE!SDE 7 c )HORIZON,SO UN OARCOLUUR I TEXTURE STRUCTURE I STRUCTURE 2A p 0- 20 ABRUPT 1 OYA2LOAMMODERATEUMMAIRI 0 *.0,2 . S f o6EDTX . . .11 I .0 RANULAPMATRIX ' oy DRYA EJG 20- 30 ABRUPT !0 ; :Y:%812 ;O1A .0VR3 I .00~ I : 'o, 0ATNIX DQVLOAMVERY STRATIFIED F INErWELK,VERY SUSAN U ARB LOCKY11 AR 30- 47 ABRUPT. : ;oylx5 . .ou,3l ;?LOAMY SAND SINGLE GRAING AT- 67 ABRUPT401I 5,0,20 . 2 .A5 atLOAMSTRATIFIEDm ;C Gl 67- 72 s 24.0/20 SILT LOAM STRATIFIEDA IX MOIC 62 72- Ms A, *OY4*0,2 .IX .01 0rLOAM STRATIFIED;T" ICKNESS .,HORIZON DEPT (CMCONSISTEWE ROOTS I MOTTLES IA IS 0- 2D FQIABLE ASU40ANTFINEA EJG 20- 30 FRIABLE PLENTIFJL FEFAINT *It Ae 3o- 47 LOOSE PLENTIFJL PPO"IN!NT7 . 5 'o 5 0 /6 .0a 6 AT- 67 FRIABLE PLENTIFJL P! DMIN Y ! NT7 5 4 0.14 .0C 61 67 . 72 FRIABLESL I GHTLY PLAS71Cc 62 72- FRIABLE COMMON olME 2.5YS UM.0/6 .0PH I EXCHANGEABLE CATIONS SUFF .IWEolloOG) C . E . C .SAMPLE TA METHOD VALUE ORGANIC Ane N " NITROGEN ACA MG NA K DETERMINEDHOPIZON-DEPTH(CM .) S TE C a5:73 2 55 301 26 9pi, 29 : 239 22 1. 5 : 49 a : 1560 3147 7 05 4 :68 7 1, 70 2 .3 :511 AS JO . 7 6 1 .58 6 47 . 4 7 2 1 b :OTc Gi 67- 6 2C G2 72- T 2 1 5.01 2 .37 4 .79 1 .99 .32 10 .7

,03z,it,j3csNn32 a dad N 0h, I"I43,41 a1 .nioa" "a 0NO01"O'>0*910N ; IIIIAg.S . 1 .1 mnioaw 04JIISVId AIIMStISNOww" 0-010-OuAS-t ANVPI M31 i4al _4 ZO -49 gel 9 itd 1 .40-*10;N*dA0-'d0I 10 atIN 3SHV02 Odym AlLM91ISNON40!) M321 31OW 1 :0tj-ac 9 2L9 -Ot ow0'*1'O ;,*tjJAS0 ;(0tA , )34IaNO."G'3 H' 03'tnji IINaIII 318vtt" I'Vm00 -%a 903 VQMVM AlIMINVCNnev 31911a olls.G? -Cl Ed VGdVw AIAM91is UVlnNVU9 N,iNveNnev 3191 b 3 A CT -0 Id VI SMIIJ AV13 STIIAOW I SIIIAOq I SIMI 31"UstsNO3 a 3ansmus'S (W3jMid2Q N NI NOZ1dONa X21i? tOw , .,, X 1dLVmuaijiLvdis vivol9 10 0 6 -Ze 9 221AVWSIdd Wn 0 w w ;Ol Isla" Xid!VW31VU30 1AV13 A I t 0 . G , 9 ivnevao to -49 gel 9 11AX2019 ovinqNvsn~wmaim . 3..,a'a.... ..:I' .V AONVS 3141110't,10'GA0-G 0IVACYBO L9 -Of owAlVldINIAxv WVOI AONVS P0 Zlo" 1O-1A"ItIl 9-VW a 013z 10 AO -01ivnovao 01, S? or3 VA)s,3 ie a ingN an"A103" 01 3N A 31Vd3QOW MOW )ridivw01 0 ? wvol Idnisov Se -Ct Ed VAA~010 dvin9Nans 3N .XV34 I"Vol 0-110-aa 1910" 1,34y" I ivnovue Cl -0 Id VAUVONnns twoomiciao NozitiamI 3uni'maLs 3unix3i L dnolol t anaimi N 0 ss N 14ZTUOM a )171 1*ONVS 3N11 CNV IIIS .40 SONTS 9NIlVNb3IIV -4 91SNO . 009?3S.'A ANo WO W201 A110'314nOG al3.15I 1A190 NIHON S8313H 009 GNV OVOU NOSN39 AO ISV3 S0313H, MAMSIS " T HgivU3GOW ISS3NSnOJAU4dQ3NIVdQ AldOOd 13DVN1VdO1,13A31 I-s3ldxa pyguns 1tAniA I IV 3z a 3 9Allis 'r I S,13 .A jadsVNICUIS AlIN39 A43A WIS -110S Ivan" isnivis r 11"I 1101IIA3'151a.1d SSIV130 .".S, Ia It3dAI ? NO 3add0 .2 1 an,,x (946t)10SA311) DlWnH '31NI40 at ?0 000r?t III .1 . 3V 6V13anilivi 9701A3AbnS 031IVilkl 13SOdtind -)Nlld"VS-O'V-b I MWNMO-13A ITH JtJOA3Auns L q IA3 A anS 10 13 WO. . . . .. .. . . . . . .S31b3S S3dAI L!NnSM3H.LVN

PH ISAMPL S,AHURIZON-OEP TH(CM .)73 514PH 2E METHOD VALUE SAMPLE ST T METHOIJ VALUE OPAGS ANIC N .4 NITPOGENTEA EC Q 010 : 13112 PI 3 2 ::2 6 84 52 _ .052 1 4S: .8AA 6.5 : 5:6 2,E517a:5 .2 :866.2 5 ?..5006A 8:.0a1 1 a TJG 40- 675 31 .0467- 82 25:9I G A2- 2 1 5 .6 95 . 2EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C .CA MG NA K OETERMINEDHURIZON-DEPTH(CM .)PPPIM . P'P',.. SpP. .APIA PEJG2I0:13227 340 : 7 105:7 1,2:;8. .14. :91 5 :117 :2327 .2539 6 74.02' 3.4052.54 " .2 5.16 12 7 99.3AS11 C Ga TJG40- 67 2.63 3.43 .3 026 a5 .61. 6.667- 822,!i q .l ;3'42*3935 .0 50 340 :21.3 a 9 .2 :6CUpp M.0 .132 37 233 IN50 :3 :6ppm.96Clay Ml-r.l .lgy~rlzo, I Coame Clay (0 .002 - 0.0002 ,)Fino Clay (65% est . 40-65% est. 20-40% -t . 120% a.t . T,ace >6% est. 40-6% est. 20-400 est.111I111~20% a,lt. I T-mnimrilloalto -1-lite l .. . plagioclaso -~orlllonlt, -icut1t. .1 C.,(82.) C9chl,rlte, f .1 d~ p.r. 1~t..tratlfl .dM.t ~ t t., ve .I. I toq.rt.No,lt .,~I r t%lao I I ~ I t.,q.rft

MATSQUI UNIT TYPES SERIESDATE S .M .,---- OF 6 SURVEYS U ------------------- . . . . . .IN P PRO I., DETAILED SURVEY "" .V"(O .'NIL KEL . .NA . I~2~!1!2~ h2!!LATITUDE(N E :j, 3249 07 1 53LaN2jTUO"l,,eC, . 2 5 21 02 ELUVIATEO EUT41C AL8QUN :S .L119781 %TYPESELEVATION RISE SIO (MIS 9 STATUSS D SO LCOWOLEXm!M!.!=:!2n=SPEC ;ZCLAASTIC It SILTY FSPEC ;,CLAST!C 11 SLANDYGEU:E .CC :XT.:S ., VLUVlALS F E P ENE PGENE C MAY I F UVIALDRAINAGESn UNO EQV F F OUIP I SNESS3SWELL,DRAINEDM LOOVERATESITE LOCATIONS 400 METERS NORTH OF PAGE RD ON SANOBUPG RD MATSOUI .HORIZONYTHICKNESS 0 14 CM, HORIZON UN a COLOUR I TEXTURE STRUCTURE IDE Y ( 60 D PSTRUCTURE 2A P 0- 20 CLEAR IOA;. 0YP%0/SO oSILT LOAM WEA11I X. ,U.ISU EDMO .OYP5 .0012 .0HANGULAR BLOCKYMATRIX I DRYA EJ 20- 27 GRADUAL 10 I. .OYQ4 Mo .S"3 ; 5 SILT LOAM WEMAFIN A" .MATRIX 10 .QY.6 O'X Day .513*0 ISPLATY9 ri 27- 37 CLEAR 0, lo I'S .oYR4 MO .0,03.0 T SILT LOAM MOOEAAIE . 'U .10 A .0 IX 05 .5 16 . .o s ED UBANGULAR BLOCKYMATRIX 1 DRY11 a Ml 37- 52 CLEAR 10,OYR4 A, X .OJ02 M S ; s LOAMY SAND WEAK MroM RI olSUBANGULAR IUM BLOCKY11 A 6JI 52- 65 ABRUPT 10*OY04*013 MAY . .0 ; 0 SAND SINGLE GRAINRI is11 8 M2 65- 97 ABRUPTSO MAf oy' RI .'4 MOIS 01'3 foSANDY LOAM*~AK CDSUBANGULAR IUM SLOCKY11 A RJ2 97-112 ABRUPT SAND SINGLE GRAINIs a moi 112-120 GRADUAL10 .A ; OYR' . 1 . . O,,4 03 s *o rSANDY LOAMFAK .OIU.W ESUBANGULAR BLOCKY11 C Gi 120-157MA 111;.IX Oy""O"'O HOISTFINE SANDMASSIVESINGLE GRAIN. . . . .. . .. . .. . . . . . . . . . . . . . . . . .. . .. . .. .. . .. . . . .. . . . . . . . . .. ..HORIZONTHICKNESS P N',M) CONSISTENCE POUTS I MOTTLES I CLAY FILMS IDIE TA P 0. 20 FRIABLE SLID LY HARD ABUNDANT-TA Ei 20- 27 "TABLE LID ,ABUNDANTS HTL HARDaCOMMONT INUNSPECIFIED" PED FACES-a Tj 27- 37 FRIABLE ABUNDANTSL G . TL V HARD1 6 MI 37- 52 VERY FRIABLE ABUNDANT COMMONVISIBLE BRIDGESOETWE EN SAN DGRA INS11 A EJI 52- 65 LOOSE PLENTIFUL11 a M2 65- 97 FRIABLE PLENTIFUL11 A EJ2 97-112 LOOSE Ft .11 a MGJ 112-120 FRIABLE FE* FE*ME DIU.R POMIN!Nll 5.0 Y.3 0/4.011 C Gi 120-157 LOOSECOMM ON COARSE ST,01 5 .01 .4ll~ l0/7 .

PH I PH 2"SAMPLEST A TEMETHOD VALUL SAMPLE AST TEMETHOD VALUE ORGANIC A NC PSONITROGENHURIZON-DEPTHICM .)25:1 3.157 52 2 1 6 2 2:35 03I11 A EJ1 6 2 65 25S., 506I111 8A 142 9 5 -1 97 2 1 6 ,A 5.7 .001,11 1, EJ2 1, 1 _12 12 26 .1 2 4 6:0 .016:2 5.6P11 BITJa 2 0027 "20 27372 1 16 4255 : 0,5:2 04030..01 . C OGJ120-157 2 0 2 1 6 1 2 5 3. . . . . . .. . . . . .. . . . . . . . . . . . . . . .. . . . .. . . . ..... . . . .. . .. . . . . ..HORIZON-DEPTHIC- .)EXCHANGEABLE CATION: BUFF .(ME/IOOG) C . E . C EXZ: ;A .'L:' ;E1 I. . . . . . . . . . . .CA MG NA K DETERMINED METHOD RESULT METHOD RESULT20: 20 7 1A4 8 PEjj6 : 1, I : b0 . :1 10 :0, 14 10.2 1 1 :2 0 3 627- 27 6 :351 1 :73 .16 0 15 . 7.9 a .211 a MI J7- 37b3:00. 5.9 3A Eil 52 . 52 65 2 .21 3 2011 04 2.7115 3 11It 65-8 .22 ., . : .4107 :5 A EJ2 11, 97-112 _12.0 1 .10 2 .04 5 a:. 61 .4 3 :, 111 B MGJ C Gi 120-153.3 3 . 1EXTRACT ABLE AL(%)METHOD RESULT METHOD RESULT 01P . . P2HORIZON-DE PTH(C- .)P P R . . CU5PPM . PP M . ZNPP -N P .M .A Pi 0 2071 b 9:3 26 9:0AaF j 27 . 27 7 2:5132- :: 37 2 3 7 20 .5 ,52.53T5 '1 3.8 1 07 6 6 692 a37- 57. 8 3111 a MI52 1 3 1 7 .2 1 .32.46* 670 .711 jj~BA EJ1519M 2 52- 65- 653 3:30.0.2 21 .0 204.0.1 55 48 .3 2 :3. 729.02 81 :4 511 aA EJ2 112_1 97-1 91 1 2 1 3 :1 :. 7 35 . 440 . 4321 to . 0120.1 20 I22 .2 43 .211 C MOJ GJ57 23 .0 48 .76 9 9MATSQUI......UN :T .TYPEI ._SEPIES.. .... .........DATE OF SURVEYI 72 SURVEYO W L UBC~2~!1!22 E~t!!!:H!H22L TIIUDEIN41, 169 2 08 1 STLON PRA CI STUD2 2 17 0 ELUVI U :TEO EUT:.I SOL419781 LV(SECII5EN-1 .1100N (M)l 6 STAT I CDAL BRUN 50 :1 ISPEC, T, CLASTN MA It SLILTY SPEC ;,CLAST!C 13 SANDYGENEIAL GENE C . AT I FLUVIALSURFACECE .P'. :S . . FVEUEV E RPH I MOISTURE STATUS ATTERBURG LIMITSSAMPLE METHOD VALJE SUL 113 15 11 FIELD PLASTIC LIOUIDHOPIZON-DEPTH(C- .1 S TA DE It . . . . . RE'IITENSITV K AD R ISTU Ll T L MlA P 234 :2203 8 25 3 1 0a A 7 14 :3 12 38:62 7 53 :6. 37 9. 7 ,to _12 3 3.6 7 3 611 C 2 2 1 a 5 . ..4 5.61 .7 811 C 1 48 _10 2 a'Horizon ~Particle Density gm/cc Shrinkage Limit % Particle Size % -7 1Depth Air Oven Max . Air OvenI Optimum %1 >5 .1 cm

.04*1 1 9 A eq it0 699 a 3: ItO-LS9 9csc I Do NIta0-0 9 cc .0c0-9 9 :-a or -0 113 VO-rot 9-11 OZ -0'"dd" 'Wd : I-W3)HAd3C-NOZIdOMaII : .;0 ; : OL 0 : L:9a S, :StI 901 .1 :OI 00 :esG.9I121 111I9-* GelI C9 _Z 9ra 3: tiI-C 01- 01 . 0. 09 1zo :1'o9.91 a Ss -Sc I ~19 I f91 :901o0c 00, 01 .9 :0041 10 .60 oS: C:gra se 0 :or 0aC-01 01* 01 .02 V:6 owaa 1.9 I00 :1* We 9 1 a Oe c -0 " d I11-1a Oz . Cal 0 1 0 01 9t 6%, NOSMV3 woa, 31TIS 1-021MI430-NOZIHOM03NINUDIDO VN ON N39ONIIN 11IN UO 3MIYA OOM13w ldWVS.t9oot,,aht*ziImQ SNOIAV2 31QV39NVMIIX3I INM343scol -9L 3 it310VIU .0 At13A SL -C9 0 a IsE31 3SCO11 co -96 a 29 Is3NIA1 InJILN31d 3SO01 SS -Sc 1 '313 it03A 31OVIUA SE -Oc h 9IPAIIN31d "t1IJ OC -09 ra ViNvop,nov 319VIUA Or -0 a ViMNAM NOZIWOHa W2NO 1003 t.. .. . .. . . .. . .. .. . . . . . .. . .. .. .. . ... . .. .. . ..1910%X10511"NIvdo 31ONTSONVS 3NIJ-S& 7 ItAX~Mlg ovingNvensdn1J9VN1Vt19 319NIS QNVS ldnoov eg -SG a 79 itNITUO 319NIS ONVS 3%tJ Idnwov ss -se I Do 11S., IS"9 A42 0. 9111"W"IIAO-01 ''"W"to ."'Idiow"0-c/ AO* I T -ocAN2010 ovinONVOnSI 3ant,3noi : IdAIX31. . . . . .. S1411ION .. . . . . . . 1 SIMIxv 34 ycl kits1. . . . . . . ... .. . .. . .. .. . "NUSISNODA)13019 tovinvNvons V 3 0 O SWO .CA11?q't1'Iot1I1*/ 0 UAA . tot 0 1A)i3oie towinoNvensow3l') w ntJAV(13W3 4 VOl Ills 0-clo O-c/ 19 tl' ON II . .AO X '"' 0 '.'"01wniop 'I"4O .c Ad9'tx'It1AV"/0 AO-09O-awVOl Ills0Is '* ON Itol 0 1I X I"a tinoio,3 I tonoinDC -Ov r3 v-C9 a itO-z/C-'HAO-OI Idnaaw oa -0 d TAgva7noo 0 mZ bo1"S )'HAd30 NOZIUOH3 , N71"INolIdIdIS30 311400d3IVbaQOW 'n N IS93NSAOIAb3d 1 Nnsp03NIVdO 113 # 230VNIVdO " 0 d.JM33IN3A A I-S31CY .3 33ViNansIVIAnIA Aj , ;jSWVl :)Ij3Na-J .%,nl-i lis, , .Iv3, lpi3 3d39SCNVS1 11 313dS !!Nn ')1HdVd91LVd1S illOGIN 1INn 3imdvaotivais aq noNiivinONn 3 ISSV'13 1110S IWOOM tsnLVLS LO ", $a( S . ; NOlliVA313Nonst7add itX ldjO7 IdAL 9 0 q I Vot I IOLG9)10SINndg :11bIA3 O4IVIAnl9 ; eat .& wo3onifivi 30 'JNOl. . . .. . . . . . .. . . . . .A3AtonS n 0311VI30 9 o3sod"na 1 qA nq oNpowvs-V'H'1*@ IVN4013)1 490 8bOA3Atj S f A 0 .40 3 Iva

MATSQUI UNIT TYPES SERIESDATS MPLING E OF SURVEY& PURPOSES DETAILED bbSURVSURVEYORS Y HAL KELOWNA,EB .C . . .A . & R .A .B .~2Et:!=L TUDEINII E 1 . 1249 A13 43 2LONG AT' ECITUDN 1 4 0 0 ELUVIATED U LUT BRUN : :OL(1976) 2MOI ISEC)t 5T ypet C PLEXIELEVATION Q SIO (MISa STAT SO ::CAL SO CLASS$ GOENTLY UNDULATINGSPEC 6 T. I CLAST!C M 13 SILTY FSPECTICL'ASTI.C A 18 FSLANDYSUENE ." AT .ES I .' V LUVIAL EpGENL L T I UVIALWFACECP ENEIHICVNESSHORIZON OE T (CM).0.U4ZON'80 DARA Hi 0- 12 CLEAROR Al'N. :611 WELL S , DRAINEDUNLOAPERVIOUSNESSI I MODERATECOLOUR I TEXTURE STRUCTURE I STRUCTURE 2! : ; 9yo%9' l x 1 2s ; o10 .A ; *012 . ;A EJ 12- 27 GRADUAL 5OY114 SILT LOAM fAK 1 .nixSUBSEOlsFa m 27 . 42 CLEAR1041"49" oSILTMA RIX4 Is fWEAK MSILT LOAM DWEAK IEGOO NE TO MEDIUMSUB IUNGULAR M BLOCKYAN U LA SONGULAQ BLOCKYLOAM WEAK MSEDI USA UMULARBLOCKY; 4 ;11 c 1 42- 48 GRADUAL 42 :VO4 812 0 FINE SANDUNE A UEAL VEPYN: : RSPSEUDOaSLOCKY11 C 2 As- LOA14Y FINE VERY WEAK4o A; :y l :4 ; 8' 1 !;oSAND FU INES :ANGULAQ BLOCKYUDOSINGLE-GRAIN. .. . .. . . . . . . .. . . . . . .. . . . . . . . . .. . .. . . . . . . . . . . . . .. . .. . .. . . . .MOMIZON THICKNESS DEPT41CM)CONSISTENCEROOTS I" HJ 0- 12 FRIABLE ABUNDANT" EJ 12- 27 FRIABLE ABUNDANT8 M 27- 42 FIRM PLENTIFUL11 r 42 . 40 LOaSE FEW111 C 2 As- VERY VERY FRIABLE FEWPHYSICAL &CHEMICAL DATAPH I EXCHANGEABLE CATIONS BUFF .(ME,1100G) C. E. CSAMPLE STA METHOD VALUE ORGANIC BON 1, NITROGEN CA MG NA K CETERMI EDTE CARISHORIZON-DEPTH(C- .)A Hi6 :0:3215 3 :33427 1 :6A EJ 120 : 27 4'2 2 1 6 2 No. 5 : 92 8:01 .0 :251 2 9aa5 . .6 . 9 . 0 1.091 6 1 4Imc 1 42- 42 2 1.423.0826 .2 .3112 73 .22 a .64 .00 06 :13 So 6 . .7211 aC 2 As- 2 1 6 .013 .96 .28 :05 .16 6. . . . . . . . .. . . . . . . . . . . . . ... .. . .. . . . . . .. . . . . . .. . .. . .. . . . . . . . . . . . . . . . .. . . .. .HURZZGN-DEPTH(CM .1 RI P.M . P2 ppm.& 5 So : 5Aa Hj Ej ,'20 : H2727- 42 6 : 0r' 74 92 .5011 c 1 4 Z_ A 1 5.5 72 5C p As- a 2:.5 78 :5

McELVEE UNIT TYPES SERIES- ----------------------------------------------------DATE S. ."'I F " 51111VE U GG. q .C,M .A . I, R,A .0,N P OPUSES Y' EIIILeO SURVEY SVAV.YO .'LOCATION CLASSIFICATION SLOPELATjTUOE,(N!j,LONC 11YOVISECII122 49 04 15 38 34 05PkGU GLEYSOLfl978?TYPES S21-PLE *0PELEVATION OE SIO IM18 9 STATUS : MODAL SOIL ASPECT (DEG)t 270SPEC ;,CLAST ~A .lC 19 SLILTY SPLC,,CLASTI.C A It SANDYGEUZEACC EXT SALS F E PPES 8 .1 VENEER UVGENE C I I F UVIALDRAINAGES U I POORLY DRAINEDNo FF SLO olRPER V 10 U SNESS:, ODERATESITE LOCATIO 8 200 METERS OF TRANS MOUNTAIN PIPELINE AND IWAIGHT RD .-TERSECTI N....... ..... .. ............ .. ....... .. ..... ....... ....... .... .......A A .... ......... .. ..... .. ....... see*TH C ESS HORIZON COLOUR I TEXTURE STRUCTURE a STRUCTURE 2HORIZON OE 7 CM) BOUNDARYA P 0. 15 CLEAR ..T 10,OYR3,0,12*5 . . .0 LOAM MODERATE GRANULARI isED JU GO NULAP M.. 10 ;.OYR6;.012*5AI .Yc 61 IS- 32 ABRUPTSILT LOAMwEAK me'0 ;.I O'P"*0'2 IH A 11 . SO SUDIUMAO .Ovp? .(),~3 .0PS B NGULAP BLOCKYMATRIX1 DQYE UDO11 C 61 32 . 40 ABRUPTSO OYI,6*0.12*0 LOAMY SAND SINGLE GRAIN.A I. I . .0 1ST10 .0 Q6 . 13 .0MATRIX 1 DRY 0C G2 40 . 70 ABRUPT- .AT. lo*OYI15,012,0 X SILT LOA- MASSIVEI.0 is T,M10 .0 A? .ATRIX 1 DRY 0 2'011 C 62 70 . ?5 ABRUPTCOARSE SAND SINGLE GRAIN.! ;51'.,mO,2.sOI 11 ..OY.? PI . 0 MATRIX DAY 0"2'011 C 63 75 . .A, 10*OY115;0.12TO . XSANDY LOAM MASSIVEI is.... .... .... .... .... .... .... .... .... .... .... .... .... ........ .... .... ....CKNESS CONSISTENCE ROOTS I MOTTLES IHORIZON THI DEPTH I CM IA p 0. 15 FRIABLE 04ENTIFJL'Fe I WEFAINT IC GI IS- 32 FIRM Fee COMMON IME ,10 AINT .0' , U" ....P .0[I C 61 32- 40 LOOSE Fee COMMONFINEOn OMIN!NT2 . BY a 3 0/6.05C G2 AD- 70 FIRM Fee MANY FORINEN INENT2 .5yQ3.0116 C'.011 C 62 70- 75 LOOSE MANY r.1NEot S . S . TIN~T .EPTH(CM .) . .y 4 0.~6.011 C 03 75- FRIABLE FEWFt 14E07 ISTINCT.5vR4.o/4 .00. ; : .,EXCH NGEABLE TIONS BUFF .44 E/30 G) C E CSAMPLEHORIZON-O ST A METHOD VALUE ORGANIC NITROGENCND TE MITECARBON ISISA P I 0: 1522b :6 2 63122:05 43 : 20 60 :205 9so'100 It :1 b.02 .950 202 311 GC Gi 32- 5 3*002890510 1 2 1 70 0 .2 o .10 20 ,I11 I C C 62 75 . 7 ,.. :o632 1 2 400 7.5paHORIZON-DEPTH(CM .) P .M . ppm .C G2AA P 128a 01 0: S 15 1 ~8 : " 61 : .0621 1 C GI 32- 4 11 .2 6' .0C GR AD- 1 0 14 .4. 11. C G3 'o- 75- _'S 0 .2 .0 :1 .0'-I. 8 1 b2 46 76.066 .2 07.ED

.. ..... .... ....649,4a,.... .... ....'.00 :60 :61'or:2e 1.a.... .. .. ....:L :s 99-9 cc9Ir .2 1. 1 :11.t It-60 .atgo:9c .03NINO3130 N VN ON V3 N390'tLIN.3 -3 -3 ioooll3m),zo,4na SNOIAV3 3'1GW39NVM11X3.. . .. 03 .. .4 . .in .41IN31d.3l9vlt14. .. .. . .. . .. . . .Wells. .. . .. . . . . . . . . .3AISSVW3AISSVW WYOIAilsA!. . .. . . . . . . . .7;01AT-0 A IsingilNgld alevithl 3AISSVw "Vol illsiNvoNnov 3181fibd 3AISSVW NWOl Ills9 :9 .90 :9 09 :cq co 1)6 C9 Ov ao 30 . 1to 3.-Ce 9 01 G . -011d v-"do 1'W3)HId3O-KOZItsoktoG a c9w :179 cor aaa as 50. S0", to 3%1 :0 d vMaX N0edW'3IN V -4331VISf*"2)HId3O-NOZIdOHOut) 3nlVA OON13H lawvs0*910-StIAO;01INI .4AN , wln .4iIN3ld 00 C9010110 't ;VbASO ;GaNilANvw-0ninN3id 9 011 sO*9,1O'SdAO 1 1 ;0 INow"M initIN31d 01, -91 to 3O*0/O.qkjAO;OI ANI ASt d VS1"31HIdUN9 S311low9 S3bOd SJ 'A'31 ~4 1C 9 .99 t. .. . .. . . . .. . . .. . . . .. . .09 i4o"4311W0 . Idneew. NUZIHOH. . .. . .. . .-cq;0g .xId!vw0 1 VAO 9 idneew C9 -00 to 3Iliag.w1eqw0 1 11 0 3SA-4410 OV -91 19 3O.AdQ .XIMIVW A, .is Z/o Sit,,zO.,,'O1w0 .,XAr .zww UV31D 91 -0I sloov 33N31SISNOD I 3dni :mdIS gdnix3i i tsnoin,3AtIVONnoe NOztdomSS (W!))HLd3C N3 )ODIHINOZItIOH3IVb3OOWS8SS3NsnolAd3d:I Nno03NIVtJO AldOo0 *01 .39VNI " '), aaIVIAni A.4 ld33N3A :*S3:jdX3 33TiNtonS'I t-iv I . Di!RN3-jIA Anlj " "ILS'l VW 11 L 3 . 31ONTS 1 3 33dSAils I I I dsiNn 3IHdVd9IiWtUS 3100IN IINn 3IHd ;M97IV ;j; ;3 ;d ;oNztvinONnXA%N393ldMD1 0 .ISSV1'j 83dAi2110s Ircov, tsnivis 11,3S, I(V0 NOIIVA3'139SON(OL61)10SA319 003d as ao0 tat 6OnS117301go 9V l(7)TO i (N I "aniON'1IV INOIIV'301A3AdnS 03-ItVI90 13SOdtind 9NIldAWS*Q*V'd 9 'V'0'VG -WNf-013N JAA StIOA3Adns Iq IA3 A on S .40 3iw a. . . . . . . . .. .. .. . . . .. . .. . .. .. .. . .. . . . .. .. . .. . . .. . . ..S3 1 b3S 23dAl IINn. . 33A133Y4

McLELLAN UNIT TYPES SERIES...........o. . . .. .. . .. .. .. . . . . . oSUPVEYO I PNS KELOWNA* A . M .A . & Q .A,B .OAT OF SURVEY$5 A MPLIN G E PUPPO S ki DETAILED 60 SURVEYLATITUDEEIN:lLOVCITUO .1 3 122 49 07 b 20:'a OMT.IC ILEY50L.I1978,1,. C3 .0ISECITYPES u PLEX"', ELEVATION 510 IM)l s STATUS$ AL LICLAST!C ItSPEC GENET. C 0*1 1 SLILTY1 UVIALSU ... Ce e X0 .6S. . L EV .LOPAINAGEI UNO FPOORLY M I DRAINEDRPERVIOUSNESSI F a SLOWUM EDSITE H aLOCATIONS 0 C 40 r OFaHOSE M SSROESUARHET E A 0 HAVE METERS CRACKS NORTH ID EY6RY AT 25-60 CM INTERVALa00 TS IN 7NEOSE Ho R IZONS AR E MUPSTLTY 2C ALONG CRACKSN WTHIC N93S HORIZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DEPTHS M) 50 DARYA p 0. 17 ABRUPT 10 m ; OYR3 X ; 012;0 SILTY CLAY MODERATE V C1. A .0,.5 RI . DIS , .0LOAM2 SUBANGUL-P Ny ONSE L.CKYMATRIX D.Y 01?- 32 GRADUALSILTY CLAY MASSIVE'of MA o'p4 P 1 . ;0'4*0 0151!z'-.oy-lGlA III .SEP SMATIC10-01"No" ATAIX Y .0TIC 32 . 55 GRADUAL 0 .0 R4 .0 3.0 TLTV CLAY MASSIVEST C :ONGMATRIX 1 MOTSLOAM 510YA5 0013 .0PRIS S ATICMATRIX 10*0 ; pvc G ss- 5SILT LOAMMASSIVEOAT , OY4,0" . M 1 ;oT0' 0MATRIX 0 OV .6 DRY.0 1*0.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON THICKNESS p HICM I CONSISTENCE ROUTS I MOTTLES IOE TA p 0- 17ABUNDANT FENEW'TO" VERY HARDFID I STINCY1?- 32 SLIGHTLY , ST STICKY P~lEliTIFJL OA4Y ,IVALUE 4SLIGHTLY " PLASTICIsO lU"I.CT111C 32- 55 GHTLY STICKY PLENTIFUL COMMONSLI I ROLEMENU ISt. I Ft G HTLY 1,PLASTICIS INCTc 6 55- FRIABLE FEW COMMONSS MED, I UllC,is I:2PHYSICAL & CHEMICAL DATAPH IEXCHANGEABLE CATIONS BUFF .44E/IOOGIC. a . C .SAMPLE S,, METHOD CA 46 NAK DETERMINEDHORIZON-DEPTH(CM.) TE 5 .28 x32 2A IS, 0- 1? 2:"16 7 :28 2426 :38cG15557 4..s 5 .899.217 4c 6 ss- 2 14 .2 1 .05732.26 4 .06.. ..... .... .... .... .... .... .... .... .... .... .... .... .... .... ....3 72 : 32 55 a8ORGANIC C Q TION 2, NI TROGEN5 : 0 5 0 60.811101224.345 .232720HOQIZON-DEPTM(CM .) 01 PPM .A p 0. 17 7:0IT 3 : 325a8.IS._ 2 5 123.54c 60.8

MILNER UNIT TYPE& SERIESOAT OF 6 SUMSVjVSURVEYORI YPURPOSE3 VEY& DETAILED 61 EPNS KELOWNA . B .C .M .A . I, R .A .B .SAMPLIN ELATITUDE,(7; :,PLONCIT 122 49 05 .1 So 1- LUVISOLIC HU0O :lERR:C .9OOZOL119?81 c3 0ELRE 'AT SION US . (IEC)l YPE81 MPLEE ON (M)8 05 6 STATUSI M DAL 0 L CLASSS TGENTLY r) X UNDULATING!~2t!I SPEC CLASTIC It CLAYEYM 4VE INEGENE ; C MATSURF AC E EXP~FS I . : LEALDRAINAGE1 UNO FPVEQVFOU3I SNESSIMODERA S TELY WELL DRAINEDS LOWLOSITE LOCATIONS 600 METERS SOUTH HWY NIO . EAST OF LATIMER RD .1021ZON THICKNESSDEPT (CM)MOPU4Z2Npy COLOUR I COLOUR 2 TEXTURE STRUCTURE I60 DLH A- 0 ABRUPT ORGANIC. ; ; ;TB FCCI 0- 10 CLEAR 7 bYP4 0/4 0 ? ; SYR3 X M OiZ O LOAP WEA F KEIN A RIX UISMA RI DISGRANULARa FCC2 10- 30 CLEAR,o ; o,p4 RIX 40 uls ." ; oCLAY LOAMMODERATEI MSUto8 AUNGULAR BLOCKY8 M 30- 50 GRADUAL ~W YN14 g?CLAY L3AM MODERATEI MRIX 01SUB ED U.NGULAP BLOCKYA E 50- 70 5.5/3 " ; 0.A5 40YIX 01 TCLAYMOOERATE I"ED AN GUULAR BLOCKYB 7 70 . M 5; gY4* g l2 ; ? CLAY STOONM mA ix UlANGULAR E IU BLOCKYTHICK"ESS . CONStSTE4CE ROOTS I MOTTLES I CO NCRETION E R AND.DE TH(C NOD L DESC IPILH A- 06 FCCI 0- 10 VERY FRIABLE ABUNDANTFINE MANY8 FCC2 to- 30 FRIABLE PLENTIFUL COMMONF1 N Ea M 30 . 50 FIRM SLIPLENTIFULGHTLY PLASTICA E SO- 70 STICKY FEWVE R Y F IPM I" FAINTPL A 6 T ICEl T ?0- STICKY FEW FEVE p a AYTF la, FAINT WL 5 ICPH IEXCHANGEABLE CATIONSBUFF .(%E/1006) . C . E . C .S MPLE MET HOD VALUE ORGANIC NI T OGENST E CARBON MOPIZON-OEPTH(CM .) % %L HS FCCI 4: 0 20a. 30 218 FCC22.30:1ABEMt 5 50 _,0 231 0. 2 14 9555:5 211 :82 0:2 59:2b5 5 82 . 11 .5 5:26 :2'6 275.01 : .801 .667:04367.73 2 .94.429,4 .9 49 1.08 31 2 .59 2 64CAMGNAK DETERMINED23215 IS :1A.15 IS.21 202 :01.29 19 .9.... .... .... .. ...... .... .... .... .. .. . .. ..... ........ .... ........ .... ....HORIZON-OEPTHfCM .) 01 PP. .LH FCCI40 : to 3 :00LO- 3 0 a0 FCC2 M30- So 0 24a : 05BAE bo- 70a 170-15 lo :0

MILNER - UNIT TYPES SERIES- . .. . . . . 6 ------------- a ------------------------------DATE I F G SUPVIVI9 SURVEYORS HAL KELOWNA . B .C .M .A . & R .A .S .SIMPL N PURPO ETA " SLED SUR YVELATITUDgE(N!ISLONrl'U..',,,,,C,,149 2 06 A 15 0 2 1 05 0 LUVISOLIC Humn-FLPRIC L S 1 PODZUL(1978) C5 .01 YPE : PLUONDULATING EXPENCVNION (MIS 12 STATVSI -ODA 0 L CLASSIc, SPEC ;ICLOASTIC It CLAYEYEHE AT . 41 AQINECS UPFACEE XPRES . I LEVCLDRAINAGES RODERAUNO" UPERVIOUSNESSII 14EDI W0SLOMTELY WELL DRAINEDSITE LOCATION 400 METERS EAST OF 010 HWY AND LATIMER RD INTERSECTION9SU OAN'e VCOLORED COATINGS ON RED FACESIN C Gil AND C GJ2 .HORIZON TOIC1. 1"I C !S1 OA1,ZON CULOUP I COLOUR 2 TEXTURE STRUCTURE I" ,ISE I I 60 OARLN 3- 0 ABRUPTORGA41CB MFCC 0- 8 CLEAR M 7 ;5YA3 A S K .0,12 MOIS ;O SILT LOA- 0 AKA7 .bYP4 .b/2 .0SUBANGULAP BLOCKYMATRIX DAYB FCC 8- 22 CLEAR 5 " CYR3 .0/2TO moM7;SYRS;,0,46 I .0SILT LOAM;A RIX Y " F EA A5.0 NEKTO MEDIUM"I5Via ..016 .0 SUIJANGULAP BLOCKYMATRIX OR Y5 MI 22- 37 GRADUAL lo MAT.oyR5;ooo4 c T O SILTY CLAYL A mRIX IsWEAK FINE TO MEDIUM10 .A ;OA YR6 . ;.0,14,0SUBANGULAR BLOCKYI YM2 7- 55SILTY LO CLAY MODERATEUNMA '0 ; .010440141 . OlSioAMS EDBANGULAR I BLOCKY10*OYR5 .AIR ;5114 .0IX ATA 9 55 . 70 CLEAR 5.;A0'15*01310I,LOL st AMTV CLAY MODERATEJUNSUEDI USOYAT .0/1 .5BANGULAP BLOCKYMA SO ;AIX DAYa yl To- 92 DIFFUSESILTY CLAY MODERATE RMASAI. 'O.OYIN0012TO is PA D S.A,IC1 U'1I8 T2 92-120 DIFFUSE s ; OYS* 012 LTOSILTY CLAY MNOgEQUAHIE. . ,A IX D PRISMATIC E Iac t20-157 DIFFUSE 2 SV5 .0,12,0 SILTY CLAY MASSIVE.A ;I ANO IS IC Gil 157-197 DIFFUSE o2.SV5 .0/2 sNOYS .0,120 SILTY CLAY MASSIVEMATRIX . Ol I M , . ITA Ix OlC GJ2 197* .2 A;51S .11150AS , . ol I. . .. . . . . .. . .. . .. .. . .. . .. . . . . . . .. . . . . . . .. .. . .. . . . . . . .. . . . . . .. . . . . . .MASSIVEHORIZON THIC :71:1DE ISTRUCTURE 2 CONSISTENCE ROOTS t CLAY FILMS ILH 3- 0FRIABLE SLI,. ,0 . aABUNDANTNILa HFCCHARDa FCC 11- 22 FRIAOLE YS LIG . . .0-TLAt%UNOANT22- 37 FRIABLE L" , "ABUNDANTa MI5 HTL HARDPLENT :FULa M2 37- 550pt I :MF M PLENT FULA E55 . 7a 71 70 . 92 STRONG 0 MFIRM FEWME ANGULAR 'U GLOCKY"ANY a . THICKC IN4.A 0MANYN S VOINSSOM N EL AVE PIS CALAND 6 ZONTALPEO HORI FAC65g DN8 T2 92-120 !T ;ONGANGULAR E 'ON PLOCKYVERY FIRM FEW FEWF3N7 DIS INCfMANY #AD .DTHICKINCHANNELS M "NY VOTES NSOME AVE-ICALAND PED HORIZONTALFA ES ICac 120-157 ST :UNG vEmy FSP . FEFINE WCo SUOAN(,VLAR QSE JOIST 0 IN~y Wo . v 5 0/6 .0COMMON THINC Gil 157 .197 STRONG AVERY FIRMco BaostNGULAP U SLOCKYSV PSE UoC Gia 1974 STRONG AVERY FIR.Co SUBANGULAR EUPSEOLOCKYPS 00CO .-UN NeI VI DISTINCTo .oYQ5 .0/fi .0COMMONF INE1 0 1 . SI AIN~T0 OY 5 0/6 .0218

TH CONCRETION ANDMOQIZON OEPTWICMI ICKNESS NODUL 6 R .DESC IPILH 3. 0e HFCC 0 . a COMMONSPH E PICALB FCC 8- 22 COMMONSPH E PICALa 041 22 . 37 FINFl SPHERICALNE* M2 37 . 55 FE illFSPMEP I NEICAL* E 55- 70a 71 ?0- 92B t2 92-1208C 120-157C Gil IS?-197C GJ2 lq?+~PH IPH 2SAMPL ST E METHOD VALUE SAMPLE STA METHOD VALUE ORGANNIC"HORIZON-DEPTH(CM .) ATE TE CAR a NITROGEN0L- 3- 0 2 2 2:.HFCC149 1 30. 8 25.04 25:06:011. 314 4 13 ..21.21a8 6 FCC M. 22a: ;22 37 1 5.22.87 .062 37-03 . .525.1 2 4: , .52A E 55- 75: 2 23 00 53a T 1 214..10 . 905":1,22 4 5:7.02BCT2 120_ISI 92-12021 b:9 B7 0 2 6.21CaGilHFCC , 26 1 : C Gi 2 157:19721 7 . . 2'76 :3971 74A 6 5.... ... . .. . . . . .. . .. . .. .. . .. . .. . . . . .. .. . . . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . . . .... .. ..CEXCHANGEABLE CA71ONS BUFF .(ME/ 1006) C . E . C . EXTRACTABL E FE(%)CA MG NA K DETERMINED METHOD RESULT METHOD RESULTHURIZON-DEPTHIC- .1L 3: 0 16 NOT93 41 :7MGJI0 40:' 131 0 :54a FCC B- 22 2.62 ..o ml M 22 : 371 .07 219 :00 .7 8 31 17 130 22 37 550 ..' '.0A ETI 55 740: . 47 :2 '4 :2 . 1. 3 215 2 . 521 .170 9252 1 6 Ib .3 53 1 0 7T2 92 .1 10 . .19 .1 .1 2070 9.62 .4 .0 8 2 .23 5 0:7sc 20 s 11 .47.29 20 .8110 .9 0.510 . 0 2 It 11 10 :7 . 3, 13:20 15971 98 .94 3 20 9 It0 .4.. . . .. . . . . . . . . . . .. . . . . . . . . . . . ... . . . . . . . .. . .. . .. . . . . . . . . .. . .. . .. . . . .. . .. . .. .. . .. . ..EXTRAC TABLE AL(S)METHOD RESULT METHOD RESULTZN . MN PORIZON- EPTH(CM .)pp,Pm . PA . . p. . pp CU . . pppm .LH53 3 76 2 39 01183 :5 96 :7a HFCCF3 : 0830 .31 ?6 6a cc 0S . 2201 :5 3114 .49 .2 le .? 30 1 I 9 . 35 211 . 2a m l 22 : 37 1 0 . 5 6 3 08185 38 . 8 . 30 0G M2 r5 7 553 0 .2 5 . 97 .2 339.0 .5 46 .0 70 :7 .3 7 .4 7 2 .7 : 3 : ! 23 17241 :1A0 TI lo 92-1 5 . 70 92 1q 65 .4 3 3 53 5.2b C T2 ~2 2? 0 :4 537 126 .12 :5 .0 52 :2 1 . .197 :711-10 652 . :.3 02Br Gil 157-1 0 50 . 3C GJ2 197+ 91 12 5 :4 2 7 :6 0 .5 55 3092 86 08 6 3.227 5 3 .8 53 8 146 :b :.,6 :6C Gi157:1977L 0 71 A5I, 3 04 2.Clay 111noralo1gyilo'l Coa- Clay (0 .002 0.0002 F1,9 Clay (~0.0002iftptl~cm),65% .,t . 40-695 .,t. 2

MILNER UNIT TYPES SERIES---------------------------------------------------OATESURVEYORS HAL KELOWNA* B .C .M .A . G R .A .B .SAMPLING OF SURVEY3 PURPOSES DETAILED 65 SURVEY~2~! :!2NLATITUDE(Nil E""LONG122 49 10 38 52 34 LUVISULIC HUMO-FERRIC PODZOL419781PRE MON (SECII typLl C40.PoLETELEVATION C (MIS 12 STATUSt MUDAL SOIL CLASS$ UNDULA INGSIO 05SPEC ;ICLAST!C A It CLRAVEYrNNE S USS NINEFACEC " 6XP T .ES . . OA EILA KETDRAINAGES U 0 FNVF OUIAPEPI SNESSIMODERATELY S a WELL DRAINEDS L0 :LTHE SC HAS OCCASIONAL, VERY DARK BROWN 410YQ2 .012 .01 COATINGS ON CLEAVAGEPLANE s.HORIZON DEPTH4 THICK'N ESS C M)HORIZON BOUNDARYCOI.OUQ I TEXTURE STRUCTURE I STRUCTURE 2L 5- 3 ABRUPT ORGANICmF 3- 0 ABRUPT ORGANICa fccl 0- 25 GRADUAL . 7;SYR4;0/4;o " SSILT LOAM *Et'V , 'E10 A . RI 06 . 01SUBANGULAR I SLOCKYMATRIX OY DRY 0/*.o6 FCC2 25- 47 CLEAR.A 0mIO .OYR6.0 I . I S;" 3.5ATRIX DRY0 m 47 . 57 CLEAR 10 OYR5 0/3 5:A I A S *1 .0 qb .!.eMATRIX 0 1 DRY4*0SILTY CLAY WEALOA SUFIN K E TO MEDIUMBANGULAR SLOCKYCLAY LOAM WE~! TO MODERATEE USUBANGULASS BLUCKYa T 57 . 87 GRADUAL M10 .OYR44 T S/2 C I TO CLAY MOOEQETE TO STPON6A RIX isCO ANGULAR AR S BLOCKYC 7. 10 ;0Y . R4 . .o0lSl ;O CLAY CSTRONGAA I IANGU 0 ASLIRGLOCKYMOOEPAT F 1 TOISTRONGINE 0E MEO UMANGULAR BLOCKY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....ICKNESSHORIZON I" DEPTH(Cm)CONSISTENCE ROOTS I MOTTLES I ONCRET EIONNODUL CE D SC RIP AN! IL 5- 3mr 3- 0 ABUNDANT9 Fccl 0- 25 VERY FRIABLE ABUNDANT ANYI'l THPESPHER OUGHOUT I MAYPIXCALa FCC2 25 . 47 FRIABLE ABUNDANT M!NYFINSPM THPOUGHOUT MATRIXERICAL47 . ST FIRM PLENTIFJL FE IF * HEFAINT57- 87 VERY FIRM FEWFEW FINEf INT" 32PH IEXCHANGEABLE CATIONS BUFF .(~&1'100G) C . E . C .SAMPLE METHOD VALUE ORGANIC A ON IS NITROGENCA G NA K DETERMINEDHORIZON-D EPTHICM .) STATEC SIBIL351: 2213 :63 1 30.F0 a 4 :12309 35 5FCCI 0- 25 5 1. 13 01 : 0:a25 : AT 5 21 b.2 2 .52 3 20 29 : 4 3 097.10 3 . .1bo 2 .. 1 193 0. 5. 047 '::9340 3201 17- .7 2 111 490000, .0 :07 . . . . . 6R . ' . :N 1 .41 .34 3mc 87- 2 1128.1039 :00.... .... .... ....Ps P2HORIZON-DEPTHICM .) 0 . . pp . .LF b: 3 3 0" 65, :. 9FCCIa8 FCC2 25- 0.47 18 .513 S M47 5 : 57ISC T aI787.35 FCC2, tl 122 32. .0 .O0

MILNER ........ UNIT . TYPES.. SERIES.... ..... .........DATE OF SURVEY$ 72 SUQVEYOAS MAL UBCLATITUDEINIIL 0 N G De .1 .PIS CIT 122 49 06 41 04 02 D LUV:SOLIC HUM:o-FELPS1CILUDZOL(t9?8)U ON 1 (SEC)l 5ELEVAT 6 SIGN (MIS 9 SIA USIDA 03 6 .2=-! : : ! : !==-=a . 34SPEC CLAST!C It CLAYEYGENE ; C MAT : MA I INE5 .9PH I MOISTUSSE STATUS ATTERBURG LIMITSSAMPLE METHOD VALUE BULK 113 15 11 FIEL PLASTIC LIOUID tH: NKAGEHGAIZON-OEPTH(CM .) S I, TE DENST I,, . . A .ASS R M 0 1 ST USIE 0 Ll M IT L IM I T II IB F10: 200SF 2. . a214 :2a 9635 :1 IS 20 :6 34 :032 6 48 5 :2 29 :be36- 37441 :27 .7 35 63 31 332 :3 3 2 27A M 74,:3102 210OA1*Air Dry2 243 . :.71 17 .7.47. 23 .52a T 0.0.5402 1 6 .3 1 .61 4 2 1 . 21 a.3Oven Dry5 2 1 24 .0 50 .3 22 .5Particle Density gm/cc Shrinkage Limit Particle Size %Horizon Depth Air Oven Max .Optimum

MILNER , UNIT TYPE3 SERIESDATE OF SURVEY9 72 SURVEYORS MAL UBCLATITUDE(NIS r E "ILO2C 1 :29 275 07 5 LUVISULIC HU-0-FERAIC POOZOLI1978)!TUON'IS .Cl . 05PR ELEVATION SIO (MIS 20 STATUS$ MODAL SOIL;,CLASTIC It CLAYEYGENE SPrtCC HAT I ARINEHOPIZON-OEPTH(CM.)A Pa F2TPH I MOISTURE STATUS ATTERSUAG LIMITSSAMPL STA E METHOD VAL BULKTE JE DENSI., 0: 25.22 S*:,5 :90. .%5 541- 494 7.069-1 62102-103 7 2 7 327:6 1 :352aTY a 1/3AR . SA15a .51 3, :423 :9031 .1213.131 17 T.745 :35 23 .9.0 FIELD S1 TUREPLASTIC L MI ITLIGUIOL I MI T43 2 :312 41 .1 16 .62: o A355 .5441 .057 .8263. :70Horizon I DepthOrnParticle Density gm/cc Shrinkage Li t %AirDryOvenDryMax .DryAirDryParticle Size %OV-L~n M t % O?timum %1 >5 .1 cm

MONROE UNIT TYPEJ SERIES-----------------------------DATE 'SURVESURSURVEYORI MAL KELOWNA9 B .C .M .A . f. R,A .B,SAMPLIN OF PUWPOSES Yl DETAILED 65 VEYLtTjTUDltN!j . 149 11125PQ L N CIT 22 06 acELUVIATED EUT~IC BOUNISO014181 305UO .111N 4,LEV .S (SEC)TYPEt UOOULEXE T ON (M)l 5 STATUS : MODAL SOIL CLASS$ N LAYINGSPEC ;,CLA.ST .IC 19 SLILTYGENESURFACECE P ' U' IAL LLEVEOP'INAGEl . U NESS . 1110r . .AIELI, A WELL ORA . .E .p V10 5 DOE ATEHORIZONTHICK4CM DE I N651-OR4ZO"y BOU DARCOLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IA p 0- 10 ABRUPT IWYR245*5SILT LOAM FRIABLEFINEM:.oY,RX5 .0115 S U BANGULAR BLOCKYMATRIX DRY 0 2.0MODERATE SUIN B E TO GULAR MFOIU,A Ei to- 37 CLEAR 10 AT.OYR4 X .0/2 .0 TSILT LOAM1 . .0 R, .6 . "ISMATRIX 1 DAY3*0 0a ml 31- 60 CLEAR 10SILTY CLAYL U W~All DIU.FIRMAMa ma 60- 75 CLEAR10 .01, RIX .. O'S IMATRIX U2Y3R'MyVA811:0lRb .0 .13 .0MATRIX I O .O DRYVERY FINESA N DY LOAMF AN OLOCKY FIRMABUNDANTME SU54NGULAR : SLOCKYWEAKMS EDJU,USANGULAR SLOCKYFRIABLEABUNDANTFEWFEWOC 75- 95 GRADUALC Gi 95 .MA to ;. OYR.4 ;0'1'3 ;0IO .OlAb .0'sMATRIX 1 DRY 0 3'010,0"R%olbo.AT Ix ato . 0 YRb .o3s3.oMATRIX 0 DRYMOOEIUIATI ,SILT LOAM FIRM6U TO COARSESUBAN LAR BLOCKYISILT LOAM MASSIVE FtRmFEW.. . . .. . . . . .. . . . . .. . .. . . . . . . . .. . .. . .. . . . . .. . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . .. . . . .. .ICMKN2!S MOTTLES IFIELD PHHORIZON DE TH T I )F INFA p 0- 10 STRONGLY ACIDA EJ to- 37 MEDIUM ACIDa ml 37- 60 MEDIUM12ACID .:903a M2 60 . 75 FEW NEMEDIUM ACIDF1 FAINT75- 95 COMMON SLIGHTLY ACIDD I . gT4N!T5 V 4 0/6.0c Gi 95- COM40N MEDIUM ACIDFINED.g%N~T5 Y 5 0/6 .0PH IEXCHANGEABLE CATIONS BUFF .(MEIIOOG) C .,E . C .SAMPLE A METHOD VALUE ORGANIC A N NITROGENHORIZON-DEPTHI CM . )X XCA MG NA S T T Ec p80 DETERMINEDA pia 25:85 5:286:46BAE l, : 101:6611 361 .9 7m.012 2 3 .0 7 5:112, .137- 6 : 391":' 7 .a M2 60-7 05 23 7.22a4 3052.017 . 4BC6 , j 75 : 951 6:1c95 a1 6 06 a3. . .. . .. . . . . .HORIZON-OEPTH(CM .) P.M .A piA E 10:37 10B '1 37- 608aCM2bo 95 75 .: 75 95c GiP2Ppm .8:0 2616. 7 50 :003 5 61 .0

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MONROE UNIT TYPES SEPIES. . . . SuPVcYD .. . . . . . . . . . . . . . . . . . . . .. . . . .DATMSA" PLING OF SURVEY& PURPOSES RECONNAISANCE 66 SURVEY"IMAL KELOWNA9B .C .M .A . 6 M,A .8 .~Hti!2~LATjTVOEjN ;j, 149 2 06 1 27 aLONCIIUD"I,..Cl . 2 2 05 I ELUIIATED EUT:OICXSRUON :SOLflg?SlPRE SIG1TYPESCOMPLEX 4'0E L E VA T ON (MJS 6 STATUSS 0 L S L CLASSI GENTLY UNDULATINGMIDDLEStPATIGRAPHIC UNITSPEC ;,CLAST!C It SLILTVGSPEC CLAST!C It SLANGYGENE C OAT I I UISIL$UP FACE E. RES . . . ENE ; I C M A T I F UVIALP V NEERDRAINAGE'WELL O .AINFOP , P VIO USNESSt . ODE R A TEMORIZONTHICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IP N M,DE T fC BOUNDAA VA P 0- 25 ABRUPTSILT LOAMMODEURAFRIABLE ABUNDANT.A '0 ;.l OYR* ;O"S 01 I"'MEOI S M us ANGULAR TE BLOCKY10A;POYR4*0,13*0. .0 T SILT LOAM MODERAT 1Y FRIABLEPLENTIFULI isSUBAN.U t-0UM EL.. LOl.aI. MIS 70 90 A6, A8AupT UpT .AT 10 .OYA5;00/3TSLOAMY SAND *E .ARIX Is V.FI E VERY FRIABLE FEWSUBANGULAP BLUCKYac 90-102 ABRUPT 10 ; OYR5 . 0/4;0 SILT LOAM WEAK FRIABLE FEWA RI x. U.OlsS E UBANGVLAR BLOCKY11 C 102- SAND SINGLE GRAIN LOOSE~PH I PH 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE OPGANNICS, NITROGENHORIZON-OEPTH(CM .) ST A STETATECAREDA P .0: A 25 25 :5 2a5:048 1 02 2 : .8 .411 m a m To. 90.102 70 go 6 .7 2 4 5 S. . 5 :2 :005.ac 1 2 :4 5 20 0 .031 C 102- 2 1 6 7 2 4 5.5. . . . . . .. . . .. ... . .. .. . . . . . . .. . .. . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . .. . . . . . . . . . . . . . ..EXCHANGEABLE CATIONS 8VFF .(ME/IOOG) C . E . C.CA MG NA K DETERMINED Pg' . SHORIZON-DEPTH(CM .) P P RPM .:05.6 1 21 7oA p A 70. 0: 27 So.:996, . 6 :.09 :167 .2 .5, :9is1a m 90a .2~.32. I . 64 .0 .10 1 . 8.2 9 14 :.0 2.016 :12 6.16 145.00is C 102. 0 .747.22 0 .0 : 06 103 :4, 630 :13

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MURRAYVILLE UNIT TYPES SERIESOATI. ------------------------------------------------------SURVEYS U SEJMAL KELOWNAt B .C .M .A . & R .A .B .SAMPLING OF P ROO DETAILED 1`5 SURVEY SURVEYORSLATjTUDEE4N,)jjLONCjTUD .1,SEC, . 122 19 01 31 46 0is GLEYEO U I HUMO-FER 0:1 5C POOZOL(19?8) IS TYPE# COMPLEX 5*0ELEVATION PAL1 SIO (M)35 STAT S M IL SOIL CLASSI GENTLY UNDULATINGI SPEC CLAST!C 39 CLAYEYGENE; C M T 3 MARINESPECi,CLA,STIC r,EA . It SLANOYSURHE C C 11 E . T RES I . . I UVIALF E P V E EME RDRAINAGE$ UNU a SIMPERFECTLY W DRAINEDV F St 5 LOAPERIOUSNES F LO*SITE LOCATIONI0 ME TEA WEST OF INTERSECTION OF SALMON RIVER AND5 A IS IN GBROOK A D.!O LANGLE V!THICKNESS HORIZONYCULOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE THICM) BOUNDARA H 0- 2 ABRUPT LOAMa F1 2- 1? GRADUAL8 F2 IT- 32 GRADUAL M7 ;5YP4MO/4;01I.0RI X 44 . OIS ,5.oVp3.o"3i5.1 To LOAM WEAK1.0?.5 IX 5 ISsue INMATRIX YR .016*0 DAYMATRIX 0 1 DAY4 5 .06 FGJ 32- 52 ABRUPT 10 ;OVXP4 ;0/3 ;01 11.046 P, .013 016.0MATRIX 0 DAY.7 ;5YXQ4 .0/S4TOA At ol11 A EGJ 52- 62 CLEAR 10 ;OYRS;00.14;0 XA AT is A2 ;psy5* 1 . .0"4 0, ;0T11 As 6a . ?s CLEAR 2,5Y5*0116 0.ATR I X .0 ' ;111 5 761 75 . 92 GRADUAL.WY1 :10,211?FOINME SANDYL ALOAMY FINESAND1EACK 'IN SO BANGULAR BLOCKYWEAK ,SUBANGULAR INC BLOCKYCLAY LOAM MODERMATECTOOSTR3NGTO ACLAYCLAYSUBANGULAQ ED T CBLOCKYASESTRONG 0WE PRISMATIC lullSTRONGME 0.16D 12 M11 0 762 92-122 DIFFUSE M5 ;,0YX .5j&OA , I Hot T11 a C 122-142 DIFFUSE M,t;OYS,5/, 5 1;5TRix mo11 c G 142- 5.OY4 .5/2 .0MATRIX MOISTCLAYCLAYCLAYSTRONG ,"` PASS IUM .MEDEPATE SUMMPRISMATIC0MASSIVEHORIZONINICKNE:SDEPTH ( ISTRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I CLAY FILMS I::j :21: :22 FINE WEAKGR ANULAR2 VERY F: :A :L :17 VERY F A L ABUNDANTVE :YE Y F1::::LELe:8UN1:NTBOND NT11 A EGJ 5 - 62 FIRM ABUNDANTIt AS 62 . 75 STRONG AVERY FIRM PLENTIFULGULAR BLOCKYFEWFl FAINTNitFr:W FINIDISTI ? 51 NCT 1 .0/6 .011 6 TOI 75- 92 STRONG VERY Flom FEWCOMMONANGULAR BLOCKY CFINE P, MM N"Do, AS, THICK V OS5 . OMIN!N7 "a 6 .O0 5 001 CHANNELS So IN . " V Y aANDICE CRT ONIZONTAL A LRED FACESCIMWON COMMON 0 .It 0 TG2 92-122 STRONG VERY FIRM FEWN ULAG SLOCKYFIN 1 TINCT0 6INMoMANYTHICKVOIDS5 . OYR5 .0/6 .0 CHANNELS TjAONNoSo ME C LA 0 . VFPIZONTAL5 ARED N FACE onit a C 122-142 MODERATE VERY FIRM VERY FEW COMMON DIColl"Se SUSANGULAQ PLOCKYDISTINCT ME Um5 .OY04 .5/6 .011 c 6 142 . STRONG VfPY FIRMCOARSE 1, NCCIMMO~ DISTol I U. NCTBLOCKYSU PSEUDO A GULARS .OYQ4 I .0/7 .0

HORIZONTHICKNESS P H C 1 N CONCRETION AN ~DE T 4 M ODUL E E aD SC IPIA H 0- 2a FI 2- 1? FE FI14E WSPHERICAL8 F2 IT- 32 FEw Nea FGJ 32- 52If A EGJ 52- 6211 AS 62- 75I'l 8 TGI 75- 9211 0 T62 92-12211 0 C 122-142it C G 142-0SINERICAL11 C G111 S TGI-PHYSICAL & CHEMICAL DATAHURIZnN-DE PTHICM .):50.PH I EXCHANGEABLE CATIONS SUFF .(ME .010061 C. E. C.SAMPS r LE 14ETHOD VALUE ORGANIAT ECARBO N C" NITROG EN CA MG NA K DETERMINED1Aa 11 10: 12128 ;27 - 372 2 5:52:21,:013:45 0b :s11 33: ,0 03It 9 11 FGJ :SEGJ 32- 5 . 52 6 25.99.0 819 05 1 5 .72 2 1.52 of6 2 .10 .19 A62: a.3 20 19 .35.2 S 3 :35.03 4 3 .78 .3924 3 31175- 2 92 5 2 17 359 .909 5 3B T62 92-12 :2.16 .3IS:11 27.1 23 : 0311 : 32 18 .0 6 12: 68 . 3"6 3e 6 ..11 8 C 122-1422 2 1 7.3 17 .0 265 a 9 14 .3 a 37 .2C G 142 _ 21IS0 :4. . .. . .. . .. . . . . .. . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..HORIZON-DEPTH(CM .) P,. . . PPM 2 .B F12 : 17S F2 j 32- 7 2 13, .5 5 :0 .5 52 6 a 942 . 0a FoA EGJ 2 2 2 11 A .6 7.011 8 TGI.1 .0IS 2 . 92521.17 .011 B 7621 92 :1122 2 45a C 22 _ 42 8 :1 52 :0420

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NICHOLSON UNIT TYPES SERIES---------------------------------I G DATE F SU01~11 U St .SAMOS. N P PROOtTAILEU 70SUS, SURVEYOR'Vey.-L KELOWNA .LOCATION CLASSIFICATION SLOPELATITUDEIN! :, 149 06 26 320LQVCITUDNI(SEC)a 22 205PUDZOLIC GRAY LUVISOL(1978) ISTYPES Co6M'0PLEXpELEVA1100N 4.11 Ito STATUS$ MODAL SOIL CLASS$ GENTLY POLLINGSDECGEN;,CLI.SY!C A 19 SILIV ESPEC I CLAATIC 19 CLRYEYCINT OLIAN GENE ;E C EX R :S .S V E a " SURFACE p EN E DESC tpTOM C T ItIMA GLA 3LDRAINAGES UNOFrlpPE RV to U SNESSISODEPATELY . WELL DRAINED0 S LOLOWS, TEQLO~ATION 800 METERS WEST OF CORNER OF BRADNER AND DOWNES ADS. ..ITS ulHORIZON T" OEPIC"NEVT.IC "oR4zoz 80 u DA vCULOUR I TEXTURE STRUCTURE I STRUCTURE 2A P 0- 10 CLEAR5; QYP3 . A 4 0", 0 Is ,Io11MATRIX DRYWEAK , rSILT LOAMGRANULARSUSANGULAR IN SLOCKYa Fl to- 20 GRADUAL SILT LOAM WEAK F ES, Ix IsSIN" ? .SYRS .0/6 .0USANGULAR OLOCKYATRIX DRYa F2 20 . 30 CLEAR OYR /6 0SILT LOAM;E .AKE.A 5 ;.11111 Y .544.0I S i.0M 7SUBANGULARI SLOCKYATRIX 5 Day /11 A E 30- 42 CLEAR I0 .AT,, .OYR5.0 .'4i0 LSILTY CLAY STRONGAm10 I .OY.. IX .513 015.0 FSUOANGULA INE To MEDIUM R 8LOCKYATR X DAYSYRADS11 AS 42- 52 GRADUAL MATRIX Ioo 114 SOILTY CLAYST12O M 0 UNGMOlsL AMTO COARSEANGULAR E I OLOCKY11 a it 52- 77 DIFFUSE SILTY LO CLAY MOD C ERATE ISSE STRONG AMATRIX MOISTAM P DACorpsERISMATIC AN UL AST BLOC K Yis a T2 77-100 DIFFUSESILTY CLAY CMODERASSTRONG A' Od y l , V4 , 1110p OA ETEcorRSE URISMATICAN LAP SLO CKYac i0c .i2O DIFFUSE OYR4*5,12 . . S T5SILTY L CLAY.A to ; Rl 01OAANGULAR SLOCKYCO P JG IC 120-150 OYA4 .5/2 .5'0 MA ; RIX MOISTSILTY 0 CLAYL AMSTRONG ACo ANGULAR p SCUDO PSE BLOCKY.. .... .... .... .... .... .... .... .... .... .... ..... . .. . . . . . . . . . . .. . . . . . . . . . . .. .... ....ICKNESSH m,HORIZON TV DE 7 IcCONSISTE-4CE ADOTS I MOTTLES ICLAYFILMS IN COUCRET ION E ST AN? IDo LE 0 SC PIA p 0- 10 FRIABLE FABUNDANT COMMONSO TFt NePHESTICALS15 rl 30- 20 FRIABLE ABUNDANTSOFTCON mON eFSPHERICALIa F2 2o- 30 FRIABLE ABUNDANTSOFT11 A E 30. 42"" HARDABUNDANT~CUNMMON E" FAINTVE 11 AS 42- 52 :Y F 1110 A . DPLENTIFULv Y H11 a T1 52- 77 VE Y FVE~v H ;ibPLENTIFULCO ON.~ VD* RED'~IC ~ ,UNSPECIFIED FhC11 B T2 77-100 VERY FIRM FE- COMMONve Y HAOT"RED FACES-UNSVECIFIE0ac 300-120VE"Y EXTREMELY FIRM A .0FF IONT" RED INU FACES-NSPECIFIEDc120-tSO

PHIPH 2HURIZON-DEPTHICM .)SAMPLESTATEMETHODVALUESAMPLES 7 ATEMETHOD VALUE ORGANIC A 6 M XC P 0NITROGEN XA P5:4 a23It F2It o: . 1021 5S.7::6 4 :2,013 IFN. 0 30027 2 .26 .111.A F 30 . 42 2 1 r. . S . -.2 9 .52 0311 AB 42 52 5.1 211 . 8 71 S 7 2 : 7 7 2 b.2 4 5:9 4 : 1 , 7 .0 02to 7 _120 2 6.5 2 6.2 .02 Iac 80 6.7 2 : 3C 120-150 2 1 6.7 2 4 6 4EXCHANGEABLECATIONS SUFF .(ME/IOOG) C . E . C . EXTRACIABLE FEMCA MG NA K DETERMINED METHOD RESULT METHOD RESULTHURiznN-DEPTH(CM .1lk P ,a 93 1 72 05 :3A 23 98 F1 0: . 20 1 1 : . 55: . 52. 3:19 : . 40 3B,, F2 F 20 : 30 3. 72.05 04 3.1 :213 0 :2 .A 30 423. 391 .10 2 26. 91 .0 000 1 S . . . .-11_ 5AS..93 5.3 . .2022 . 1 .8 30 I42 220 11 8 TI 52- _1077 10:28 19:359: 27 .23 20 ...7 a 0 .0SC 8 T2 1077 .12 g 73 0 2326 .23 20 .3 1 .865 6bIc 120-150010 .0. . .. . . . . . . . . . . . . .. . .. . .. . . . . . . . . . . . . .. . .. . .. . . . . . . .. .. . .. . .. . . . .. . .. . . . . ..EXTRAC TABLE ALI%lMETHOD RESULT METHOD RESULTP2CUMNMORIZON-DEPTH(CM .1 Pi P... PP Ppm 6 . PP M. IN pp .. POM .A P9X 16 9 181 :913 4a F0 10 209 :.1 21 .5611 F2 20 : 3 02I1 I1 :75 a 0. :45I . a. a . 3 1 3g.6 24 . " 63E1 .0 3 0 : 2 0 .71 .5 37 . 5. 66 : 737 .3 64 7 31 : 5111 :14 3 2- 4S2 1 .9 33 7 1S . , 9417 .1 52- 173 0 .0:B T,..86 : 711 It T2 1 77 : 100 1 : 60 0 131 .71 40 .17 2 . 7 2 .61SC c3 37 .7 61 .302120-150 00:3 3 .0 38 .6 71 .6 2 .6: 13.. . . . .. .HORIZON-DEPTH(CM .)PARTICLE SIZE4111TOTAL C, 62 2SAN 5 7LTU2U CLtYT D TAA P ,0 F21 0 : 2tobg811 FA E A. 30 .9 42 IS942 : 52 ,55 2:109" 11 'a 8 T.32 : 211 . 1,! " '1 77 -1 -12. 9C 120-150 00 5 32 2.2 CL AYTOTAL U

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NICOMEKL UNIT TYPES SERIES- . . . . .. . . . . . . . . . . .. . . . .. . .. . . .. . . . .. . . . .. . . . . . .. . . . ..DATE OF SURVEYSS MP I. IN 6 PUP P 0 SE : DETAILED 60 SURVEY SURVEYORSDNS KELUWNAs B .C,M .A . & R .A .B .LATIIUOEINIILON G et ., .P ElIT 1,12 49 05 4. 46 .5 ORT~IC HU41C GLeYSOLI ::101 IS amoUS"' SIO N (SECII 0 U55 TYPES PLCELEVATION (MIS 2 STAT S MODAL S CLASS$ GEN 1, Ly SLOPINGSPEC G . T, CLASTIC H It SILTY LSIN .AlTa~IS . ., IEUVIALURFACE ' C P L VELORZANAGEt I POORLYQU p py FF SLO 11 DRAINEDE IOUSNESSI MODERATESITE 1 LOCATION 60 METERS WLST OF JOHNSON RD 110 HET6 :S .NO:T OF .:CRP :NTIllE11 V F11, S U P IS E V .THE a G HAS 1) 0' . TNORVERTICAL CRACK IDE AN 2 0 3 C A APT H W D Y .GANIC STAINING ON . LLA S SIN 2CMC G W..URIZO . THICKN6SS p M, HORIZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2DE T .(C BOVN OAR YA P 0- 17 ABRUPTWEAK .LOAM OIU .GQANULAR10 .A ; OIIRX 2 ; 0 u '' l ' s ; OS ElO .OYR4 .O/1 .OUSANGULAR BLOCKYMATRIX DRYAB IT- 22 A03RUPTCLAY LOAMMOOERA10 A; oyR2Z2 ST .0ANINETE MEDM 10 . "I'l 1 5 . 0111 .0GULAR To BLOCKY SUMMATRIX 0 A DRY 5a 6 22- 60 GRADUALSILTY CLAY MASSIVE MODERATE C SISE40 MAY- 0" 1 .'%ONO01 S LOAM10 . R YRb .O/1 .O PRISMATIC OA11MATRIX 0 DRY60-SILT LOAMMASSIVE!2 ; 9yn4 4 8,! ; 510 .0.5 IX .0 1MATRIX DRY5ll'OTROGEN IS .07HUPIZON DE TH jCKNESS CONSISTENCEROUTS I MOTTLES I7 (CM)A P 0- 17 101: 8Ll yPLENTIFULSL HYL HARDA" 1?. 22 FRIABLE PLENTIFULH 4 IS 00 22- 60FEWFAINTSo : 1 . .. . . .. .FIRM VERY A..c 6 60. FRIABLEDISTINCTPH IEXCHANGEABLE NS BUFF .(ME .' IOOGI C . E . C .SAMPLEHORI ZON-DEPYN(C . .) ST A METHOD VALUE ORGANIC NIIEC A Rgo N 2,CA MG NA K DETERMIN EDA.8 01 .5 ::30 775 06 52 :61722 29: '3:507 2 :2 38 22- 6 26 1 . 9 .1 012.7 3 2021 2C .1 G bo. 0 214 .3 3 .81911 991 5 9. . ..2 .23 .09 .0 . 2 2 : 3. . .. . . .. . .. . .. . . . . .. . .. . .. .. . .. . .. . . . . .. .. . . . . . . . . . . . . .. . .. . .. . . . .. . . . ..-4oRiznN-DEPTHICM .) P.M .A 13P249:8: 170 22 17Aa 22- 60 531 .71C G 60 . 25 .15 :55 .0 .95

NIVEN UNIT TYPES SERIESDATE (, SUAVE GGA KELOWMA*SAMPLIN OF PURPOSES Y I DETAILED SURVEY SURVEYORSB .C .M .A . 6 R .A .S .~2Et!!22 ~~t!!! :H! :!22LAT!TUDEjN!jSLPNEC,STUD N 4 (SEC)$ 3 :29 ?57 N3 0 0160UHUMIC GLEY :OLI,,lTYPESpELEVATION SIO (M)l 5 TAT St VA IS "7 S: :LCOMPLE 0 .5NEARLY XSLTE LOC:TIONIOUIO? MEYERSGNOATNWEST THE -TOWNSMIP LINE RDof H*Y 11j NC, TION At I HE C. 10ION I, INS SEVERAL TWIN SA NO S F 0 GAN I CMAYER AL . YMICKNrss HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DEPTH( c M) BOUNDARYA P 0. 15 ABRUPTSILTY CLAY IS M EAKSUMFRIABLE PLENTIFULMATRIX 'o-0y"34 0"'*o . ISIED1 O.OYR4.5 SUBANGULAR SLOCKYMATRIX DAY"1*0c 61 Is- 40 CLEAR SILT STRATIFIED FIRM FEWc G2 40. 50 ABRUPT SILT LOAM MASSIve FIRMCLASSSLEVELllll N ;,ILA. .IT!l A It SLILTY GENETIC MAY .$ ORGANICEUVIAL.6 SURFACE C EXPRES T I .1 FVENE 0OR Al AGESRUN OFFS NPOORLYSLO W DRAINED0 m so- ORGANIC. .... .... .. .. .... ..... ; .Oyl,x,5 .00,1,sl ;5TMICK4ES ..0.111N DEPT . ic M,MOTTLES IA P a- 15c G1 Is- 40C 62 40 . 50 COMMON 'aCoP. am S6 INENT0 14 50-

NIVEN UNIT TYPES SERIES. . . . . . . .. . .. .. . .. .. . . . .. .. . ..DAY 6 SURVEYORS HAL KELOWNA . B .C .M .A . & P .A .B .SAMPLING E TF SURVE" PURPOSES DETAILED 5SUP VEYLtTjTUOEtN!j,LONCITUONI(SEC)l 1 49 .2 11 .1 41, 10:WEGU GLEISOL1191:.)PELfVAT F S 10 ON t-19 a STATUS : 00 SOILTYPESCLASS2SI ;RLEDEPRESSIONAL TO LEVELSPEC ;,CLASTIC It SLILTY QENETIC MAT .8 ORGANIC1 6 . NES PFAC ECME .0T4EI 5 .1 ' V E UVI NE EALDRAINAGES U D VERY Do PDORLY DRAINEDN FF :NPEP V 10 V SNESSI SL MODERATESITE LOC :TION HE StLMON,RIVE :,SOUTH OFNFT L4NILEY~,,G2MCONL .OF A:L IR" AT AD5 OF URrA AND MINERALM TE I T!7" 'F'EO "' D . A IC A 0 1 . HAS L ERE OF ST-ATIFIE N C AN . MINERAL MATERIAL,INE AM3 HAS0 ALTERNAT 0E E SMA IS ST S Y RATIFIED L Y R OF 14G PEAT AND SICL . THE MINE A LTEM14L ONGLY GLEYED T .PROFILE_DESCRIPTION----- - -----------THICKNESS P . .DE T ic 1HORIZON80 UN DAN V COLOUR I COLOUR 2 TEXTURE STRUCTURE I.U .IZ .NA p 0- 13 CLEARLO SILTY CLAY MODERATE C S. 54N,5110AM A I NO 0"' r:2 IY5 .0/2 .0 SU .ANGULAO BLOCKYMATRIX C, myC GI 13- 20 CLEAR 5 oys .o/ SILTY CLAY MODERATEC SMA ;RIX M0I 1 ; 0 TLOAMSUBANGULAR OAR E BLOCKYPSEUDOC G2 20- 30 CLEAR , 5 LSILTY CLAY STRATIFIEDA,PIX * 015*061 NO, io,OAM0 H 30- 42 GRADUAL 10 ;OY92 , . 0/2;0A. A 4 1 X als 5A ; 015*06110 .ix MOIST0 ml 42- 52 GRADUAL I OYA2 5/2 0.AT O*AIX AOIS, 70 M2 52- 67 GRADUALlo .A ; of''-' . I X A0o'3 is T oORGANICORGANICORGANICSTRATIFIEDSTRATIFIEDMASSIVE0 M3 67... .... .... .... .... .... .... .... .... .... .... .... ....ORGANICSTRATIFIED.... .... .... .... .... .... .... .... .... ..THICKNESS CONSISTENCE ROOTS I MOTTLES IHORIZON DE I . (CM ,A 9 a- 13 VERY FIA14 ABUNDANT COMMON NEC GI 13- 20 VERY FIRM ABUNDANT COMMONFI NeC 62 20- 30 VERY FIRM ABUNDANT0 H 30- 42 FIRM PLENTIFUL0 ml 42- 52 FIRM VERY FEW0 -2 52- 67 FIRM0 M3 67- FIRMF 1S INC Tol 7 TA O ,44 .0OMIN EN Tpa 7. SY O4 O/6 .0COMMON FINEPQ. OMIN .15 !NT7 5 0/6 .0PHYSICAL &CHEMICAL DATAPH I EXCHANGEABLE CATIONS BUFF .44E/100G) C . E . C .ORGANIC A N 11SAMPLE METHOD VALUE NITROGEN ACA MG NA K DETERMINEDHORIZON-DEPTH(Cm .) STATEC PBOAC PGI 10: 213 25:2226 :,l 7 2 6315:9, A: 45 3345 :16 . 33 18 1: 1, : 16 0 2C G2 23- 300 25.5 1. :2:84153. 1 5507 . 120. 065 a7 70 H 3 - 42 2 1 5.2 a18 :5048.56: 07 1IS 59 . 30 M1 42- 0 529 3 .79 IS 1 .02 5 .,0 040.o6405-2 52 : 67 0 33 530 7 4 3 .19 .1 6? :70 M 6.3 1 : 13 : .,3 74 : 3945 0 5 .08 .113 5 q 47 5----- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- --HORIZON-DEPTH(CM .) Ppp. 1 .P2PPM.A P, 0: 3 132 ._ 20 D " 1 . :o 435 :00C G276 .5 0 231.03 HI13 :030- 34242- 525 6 00 NM2 52- 6?5 46 . . 00 M3 67- 050

ovz9. :06 S 0 7,311,1,Sw _S : ToO :Tz S :9 S9 -t- go 36c :so to -TV to 13. . 11 0-11 10 aV0 .10 IT O-IL IT of -a, -0 a' .dd a -wj : (-W3)MId3Q-NOZtdnHd.... .... .... ........ .... ....a 9. 96 9 3 itSw -99 ToSI :ge : 16Ca S9 3?c 91 : 09 1 Gel-A* go 2:6 1 II c Ot- .1 9.vT99cto 9S : .9 t 0 ;.9Olate . . 'Ot* 0a 1 96 . La*10 L, IS I Ia It I d I11 , NOWIC) 9I'W'3)MId3Q-NOZ1aOM'A IN 9" V3 N39n XUAINtNT 00 3nivA aOH13W 31dVS 31V9 0 90. .A .3 19OOt .'3H)' .1JA8 SNOIAV3 3l@V39NVM7X3O'C/O'CUAO*Ot 1ANT .43211,0' AN. 318VIO4 AUSA -96 9 2 ?1O'WO ;NVUAOad%"' wntQ3w '"0INV w wul .4 96 -99 to 20-9/0 9*4,nipa.O'%11'O'CdAS'? ANVW 03id 31SVIUA so -69 To 3O*91O;SUAS'I ~l S,wn 163"O*VtO'*UAS'L ANVW 03A alowliad 69 -1* 90 20*9'0 I;SO1At, S; IN0Mn 1 03M0-910'VUAS'A AN. IN 34 MUIA to -cc to 30 . VIS ,;*UAO I ;sNIs a"n .0 . 10a, 31, Ir :illN3'd "WIA cc -91IN V .13NIJ 3,INVONnQV mail of .0 d Isaillow I 531LION I Stood "N34SISN"i2 N)"IM NOZIHOHa W2. . . . .. .. .. . .. .. . . . .. .. . . . .NlVbD 319NIStwinNT09"n, 034 .v3.AW12 All[$Abo. . . . .. . . . .. . . . .. ... . . .. . . . .. .. .. . ... .. .. . . . . . .. . .. .. . .. .. . . . .. ISTO!'Xittly"3AISSVOQNVS 9NI"Vol.4011/1. a 0 0-96 0 7 ItLSIOW04x1bW",3AISSVW "Vol IllsO*a/ Aidnuev 96 .69 99wyalISION KINAWN3AISSVP AONYS aNt.4O-al 041 9 . a UV313 go -99 To 7Islow O.SAS widivo a3AISST" wwal IllsOlat Idnuev S9 -to go 2ONVOII!IO0m .axA1d1Vw3AISSVWAV111 Allis0 ell 9 a UV313 It -cc is 2Aw3oie towinoNvens,,*n 1 63 ,Id 3OOv4 plalAV" Al is OINTOPSUA0 X IPIT Ot OV31D CC -91 0 9AW3018 dVIAONVensni 0 0' 1O'9ASa X1"1Vpt3 AV u 30 0 N ISTOW w1bly:S-Z/O-VUAO-Ot dntiev f -0 VAdVQNnOQ (K2)Mid3C NOMIGHa 3dniontias 1 3uni2nais 3unix3i I unoiw) N 0 S N 147 1 BOM sa A13 1NOTiold3S303-11-40tiduvtnaawsissiNsnOlAd3dta '4 a N "9 N I n03NIVdO Aldood Mol 21 1 I UOJV13A31 I'Sll~dX'3 33TANtinslAnia 31 I ISol3lf35,39Allis 1 3 13 0SiiNn 7IHdVt%9IIVdkS u3dan110s 1VOO" iSnLVIS." 11111 NOIIVA31313A31 Alt1V3N ISSWID 11 1X N t1.0. .) N310 03 12nizoN 0 ' '3"d .1V3dAl 19W)IOSA319 !)Imldo ze To ?atL 2 at 60 em3dnill IN0IIV3Ol.S .V .U q VNVO13X _JIM I A3Atjn 3 31NVSIVNNO')3'j s3Sodmnd A ONZIdOWSk1QA AdnS s IA1 On S 40 3 AV 0.................................SlIU3S SUAL iiNn3E)Vd

PAGE UNIT TYPES SERIES--------------------------------------------DATE 6SURVESAMPLIN OF PURPOSES Y$ DETAILED 67 SUPVcY SURVEYORSHAL KELOWNA9 R .C .M .A . G P .A .R .LATITUOFIN11 Ela' . 1 :9 09 i5L 0 rRNC 2 08 03 0-1-IC U 1 GLEYS .L( 0MON I SECI .ITYPESS2MPLE *0ELEVATIONESIO IM)l 57 S AT S M :"`76 AL :011 .CLASSt GENTLY SLOPING14:!~: OAI!t!A~SPEC T, . CLASTIC W 18 SILTY FLGENE C AT UVIALSURF aC E r LXP4FS I .S LEVELOCATIONSTM I N TE It C SEC T ION C. 150 METERS SOUTH OF THE NICUMEN ISLAND TRUNK-WARING QOS .,SITEE 62 ONTAINS THIN BANDS OF SAND .: :* : : : :* : : :C*: : : ;! . N . . . .. . . . . . . . . . . . .--------------.UQIZ.N THICKNESSOE I. Ic . )HOQIZONYBO UN BAR4 . MOI i I EDDRAINAGES UNOP0014LY DRAINEDSLO illRPERVIOUSNESS$ 7r'IMODERATE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .COLOUR I TEXTURE STRUCTURE I STRUCTURE 2A 0 0- 15 ABRUPT b OVA .0,11 oSILT LOAM MODERATEMATRIX n1 MO I MEDI S UMUSANGULAR BLOCKYIs- 57 DIFFUSE .0/1 11 1 l oc GI 57-102 ABRUPTSILT LOAM MODERATES U,UBANGULAR I BLOCKYSILT LOAM MASSIVE MODERATEUW1510610 EDI M.A IX 0C Ga 102-117 ABRUPT OY5 .0/A 14 IX MO 1 0TSILT LOAMSTRATIFIEDSUBANGULAR BLOCKY11 C G117-';aI ; ;N _THTERRES1- --CORSTITEW- -- -- -935TS'l-- ----MOTT[jS 1 ---SANDSINGLEGRAIN---- ---- ---- ----A P 0- 15 FIRM ABUNDANT COMMON M DIEIs- 57 FIRM ABUNDANT MANY ED STUMNCT10!OYRIS .0/8 .0MPR. DIUM 0MIN!N YIS T7 5 0 fi .OC GI 57-102 FIRM ABUNDANT MANY 'Ion HE5 .OY44 "'WENT .0/6 .0C G2 102-117 FRIABLE FEW COMMON NrF IDI7 .5SYTRIN4COT,14 .011 C G 117- LOUSE FEWFINEF A INT0PH 2SAMPLE METHOPIZON-DEPTH(CO.) S T HOD VALUE SA ST MPLE A METHOD VALUE ORGANICATETEt1C APISON " NITROGEN1,AaP5:6 2IS0: 51542:43 :2221 11 6 0 G1 57-1075:1,25 0.C 22 102-117 2 S... 0.6 4 211 GC G 117 _ 5.12 1 6:4 a 4 5.5- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- -- ----EXCHANGEABLE CATIONS BUFF .(-E/IDOG ; C . E . C . PARTICLE SIZE(S)CA MG NA 940RIZO-4-OEOTH(C . .)DETERMINED PIM . Pam .TOTAL 62-2 UPp pp Pm S . SA4D SILT1 0: 15 5 19 :65 7 1 :5::52 84 :100 :20074G 1_10A94 . 7 2 1,1 :0to 7 .11 2 3 :6 051 .8 4 9:267.07aCiG 11 3 2 . 157514 5iz 2 1 .39 .15 7 .7 2 . 9 0531 7 .0 2.58 3PARTICLE SIZE(%)HORIZON-DEPTH(CM .)2U CLAY7 D TAILA PG 1 0: 15 2520BC G . 57-102 5 7 1.C 4:2 10 _I,3 18 .02. . . . . . . * .*** . . . . . . . . . . . * . .** . . . . . A . . . * . .* . . . . . . . . . . . . . ** . . . . . . . * .* . . . . . . . . . * .- ---- -1-- ---- -- 2 2 . 4-2 2 9! .-2- _2*5Clay IllnoreloigyH rizon(D.pt~-)C- Clay (0.002 - 0.0002 -)Flno Clay (0.0002 ~)Bg(1"7)165% -t.140-65% at. L~~~2% I Tlac.cao M .11 ~ It. p aglocl-,-t onite,chl"Ito,_Ic.lit.-,% _;~~ 40-611 *at. f-2-. -t.1-t-11 IwIte1

PAGE IT-TYPEI SERIES-----------UN--- ---------------SURVEYORS 6GQ KELOWNA . 8 . . . .A . & R .A .B .OATS OPLINOF ESURVEYS PU PRO Ski OLTAILED 63 SURVEYLATITUOF17.11 . 429 06 25L 0 1 2MECITUD N2 0 05OQTHIC bLEYSOL2CLEV .Tl SION l!")l -r4 STATVSI M 11978, AL SOILTYPESCLAS ISh=SIMPLEDE P RESStONAL To LEVELSPEC .ASTIrA;,CL . It SLILTY,E UVIAL ELSURFACE NE C EXPRES 7 I .S FLEVDRAINAGES UNOF F POO :LY DRAINEDAPERVIOUSNESS1 I SLO HORIZONMTH DE ICKNE!$T Ic 1NORU4ZO :Y90 DACOLOUR I COLOUP 2 TEXTURE STRUCTUREA P 0- 15 ABRUPT to OYR3 512 0 OYR4 R ;O .' 2;0 SSILTY 0 CLAYWEAK F N,I I MOI II. 0; A IX 0 1 L AMO.OYA6.0 1 .5suIMATRIX DRYa 6 IS- 37 GRADUAL 10 .OYR5 .0/2 .0 SILTY CLAY HOORS ATEMA I RI X IS T Lo C C1 .0"., .., AM SOAI'D UBANGULAR BLOCKYMATRIX 0 DRYBc 37 . 67 DIFFUSE to M OYR4 X ;5/1,,O rI AIR I.1 015y .7 . 1MATRIX 0 o DRY 0 '* 0c 61 67 . as DIFFUSE lo*OYR5;511;0 SSILTY CLAYM AT. I . R L Am7.5 1 ?. 110 .0MATRIX y 0.1 0C 62 85- 45,OYS.011,0 Tit . SySOILTY CLAYL AMA.5YR7 "' .0/0 0' .0MATRIX Da Y.. . .. . .. . . . . .. . . . . . . . .7. .. . . . . .. . . . . . . .. . . .. . .. . .. ... . . . . . . . . . . .S L OILTY CLAY002RAT IA M M. SEDUB .NGU UMELA .MASSIVEMASSIVE.. . . . .. . . . .THICKNESS H CM, STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2HORIZON DEPT IA P 0- 15 WEAK .to FIRM ABUNDANTIGRANULAR UMFEW I HEFAINT Ia 6 IS- 37 VERY FIRM FEW MANY Me IIISIINCT DIUM to .Oy SS .5 016.0IL.C .1. . . . . . .. .. . . . .Sic 37- 67 VERY FIRM FEW COMMONM ,ED T Io IS .lYp4 INN0/4.0c G1 67- as FIRM COMMONME ol U M DISTIO .OY-IN~l0/6 .0c 62 85 . VERY FIRM COMMOMEDIUMISTI. R5 Cy .0/4 .010 oyIO .OYpS .ol6 .O$O .OYR5.016 .0PHYSICAL & CHEMICAL DATAPH I$A LEHOQtZON-DEPTH(CM .) TATEA 0 22ac 37- C 61267 : 85 C 6 45 2METHOD VACUE ORGANICc 080 %5 8:5 71 66 .0NITROGENEXCHANGEACABLE CATIONSMGOUFF .tOUNA1006111C . E . C .DETERMINED5 51 3a 1? 60 2050 420 o2o !2v!:- 020Si20.0.12 .80 1 .90 50 3 2 296:9:52 .4 0510 ,.:3021 5 to 0 3 0 30.40 .202 3296P2HORIZON-DEPTHiCM .) P, DR .. PP. .A Pso6 6 96a G 11 0: IS 37 6: 00a c ' .37 . 6 2 19c GI 61- 85' 7 .2a31 1 :0 .c Ga as- 9 .4 43 .0

PAGE UNIT TYPES SERIES------------------------------------------------------OAS OF r SVRVEE YS 09 66 SURVEYORS MAL KELOWNA . A .C .- .A . I, P .A .B .SAMPLIN , PURPOSES DETAILED SURVE VGENESURFACEC E .TiFI.S 0 . .hMLATITUDE(N)lG E W),ITUD N (LON P Cl121 49 56 14 So5 OPTHIC GLEVSDL419781.5 1 (SEC)l YPESELEVATION RE S'O (M)l 9 STATUS : MODAL SOILI CLASSISPEC ;,CL .AASTIC 13 SLILTY1EVVLIAL C 1*0 .-PLEGENTLY M UNDULATINGDRAINAGES POORLY DRAINEDU N OFF WPE VSLOP JOUSNESSI IM DDEPATE.0.1~ .N I" . I CKNE .1 SSI . .R I I .N Y COLUUR I TEXTURE STRUCTURE I STRUCTURE 2DE T CM BOUN DAR* H 0- 4 ABRUPT"'0 0' '2 -Of*5SILCLAYWEAK NMA ;0 1 X .UIFT LOATVI IGRANULAR E* G 4- 22 GRADUAL aISYS .0112 0MATRIX MUIPSILTY CLAYL 0 AMMODERATES EDT Aus UM NGULAR BLOCKYC Gi 29- 40 GRADUAL .54YX .Mo/200A AS USSILTY CLAYL AMMASSIVEMODEURATE5 EDI PSEUDO UBANGULAR 4 B LOCKYC G2 40 . 87 GRADUAL bOy : .S/20 SILTY CLAY MASSIVEPI Mul L AMC G3 67-102 GRADUAL .0/2.AI ; , IN,MORTOSILT LOAMSWET AK .ATIIIrO, . ;, : . ;VEPYOY 012 0 YF INE L5 * AMC G4 102-A 1 01 SA N 0 0WEAK STRATIFIED.. . IZ .N I11jC4NESj CONSISTENCE ROOTS I MOTTLES I MOTTLES 2DE TH(CMA M 0- 4 1111 ABLE ABUNDANTSL I GHTL Y PL .SI ICC G4a G A . 22ABUYDANT COMMON DI""" PLASTICME OMYMNENTPP 5 COMMON .OYRS*018,0IAD- SAMPLE ST GI 22 . 40 FI PLENTIFULp L RM A .TICOEO'UM P INENTPS .OYQ5 0 .0/6 .0G2 87 IS FEW MANYP L U.RMATE 1 .. . . VALUEASTICME PQ 0 1 MINENTS.OYR4 0 .0/6 .0G3 a7-102 FRIABLE VERY FEW MANY11 PPE DI. U" I .ENT:1 .12? .SYPS.0106.055.OYR4 0 .0/5 .064 102- FRIABLE MANY6 1 XPP OIUM MINENTS .OYR4 0 .0 .05 .0.03 . 5 . .33. .EXCHANG EABLE CATIO NS SUFF .IME/ IOOG) C . E . C .MET HOD ORGANIC a . NICAmG NAK DETERMINED5 A H 0 4 210 : 62 43 1 : 9,:1 . 1 :9 " 12 . 65 113 6 3I G, 2 22- A 2 S . . . a.6 .05 8 .27 2 . 30 1 5 . 2G 3:2 .23 7 .553 .13 .0 1 1 2 . 967-10 26 .82 ' . -0 .G2 216 .11 .334.13 .0890 .10.. . . . . .. . .. . . .. . . .. . . . . . . . .. .. . . . . . . . . . . . . . . . . .. . . . . . . . .P2HORIZON-DEPTNtCM .) Ppp - . . PM .AaH 12 :0 1 454 :000: . 2420C r 1 22- 4 A . 5 46 2 :56 Ga 60- 87 -.1 . C 63 A 1 87 :102 3.05 12 2 G 02 . .. Im 0 . 0.B G : 2 22. . . . . .102-a 7 2 1HORIZON-O EPTNICM .) P~-j5 :5:CAR ONTROGEN50 1 83 9511. .. . .. . . . . . . . . . . . .

PAGE IT TYPES SERIES............... U4 . ..... .. .........DATE OF SUAVEY8 72 SURVEYORS MAL UBCLt4ITUOEkN41jSL.EGITUO.1 1249 09 34 13 COSMIC GLEYSOL(1978)(SEC)l 2 8 05ELEVATION P C 510 (HIS 5 STATUSS MODAL SOIL1SPEC F ;,CLAAST!C It SLILTY0 - HE C 11 T I F; UVIALS U ..C E e. P RES . .L K 5 .3VELPH ISAMPLE METHOD VALJE allLKHORIZON-DEPTH(CM .) STATE NS IT,A Pr. 0:25A 24 96.. 5 6 1:2'0.B11 C a1 1 .3589 2 1.6 2 .1 a . .:MOISTURE61/3. ASSSTATUSSA15. % 0FIEL S A M 1 SURE 0ATTEROURG LIMITSPLASTICLI MI 7:2 :; 12 " : 5 2S: I 3 5Q(. : 631 '0 . 3 3. :1 a1C G .9.2 2 1 5.3 1 .21 41 .1 12 .9 35 .62LIOU10L 1, 1 TParticle Density gm/cc Shrinkage L imit % Particle Size %Horizon I Depth Air Oven Max . Air Oven Moisture Optimum >5 .1 cm

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PELLY UNIT TYPES SERIES. . . . SuRvr . . . . .. . . . . . .. . . . . . . . . .. . . . .DATE OF SURVEYS 61:Y0RS VKC KELOWNA . 13 .C .- .A . & Q .A .B .SAMPLING PURPOSES DETAILED SURVEYLAYLTUDEC(N!llLON CITUO .I(SEC) . :91 02 51 42 4 URTNIC HUMIC GLEYSOL(1978)Poe SID 05 TYPES SIAPOLEE L E V, T 1ON (MIS3 STATUSt MODAL SOIL CLASSI CIE P PESSIONAL TO LEVELSPEC . CLASSIC . It SILTY LGEN I, :T~IS . . UVtALSURFACE E C E P' LEVE=!T.=~_=!!LOCtT!ON :G35,0CMETEZS,SOUTHWEST RI BtNFURD, IL :,AY,C!OSSINGA SCS4TIELLI*A2 IZO A N SIREA OF Z04NRAC M T A C 3 AAL T E ..A IS OF C ASE.TE KLAYEC S OASAND I . A D SILTK LOAM OF 0.1DRAINAGES RUNO , VERY POORLY DRAINEDSLOWPERVIOUSNESSI F IR Ap 10T81CKNE!jHORIZON DEI. dCHORIZONY80UNDARCOLOUR I COLOUR 2 TEXTURESTRUCTURE IA P 0. 20 ABRUPT !O ;CYA3;0/S2;0A RIX 01. . . . . . . . . . * . . . . . . . . . * . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . * . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .PROF :L**********: 6 ESC.I- :gN. . . . . .1 G 20- : 0 CLEAR S ; gY : .5/gA I MOI oTADa6CLEAR 2 j :YZ,212 g ?.A 1 01SILTY CLAYSL OIL'ly M CLAYSILT A LOAMIEOIJIUM .GRANULAR EMASSIVEMASSIVEC G2 48 . 75 ABRUPT,, 5 ; 9yz*O, ; l ?SILTY CLAYSIMASSIVEG3. . . . . .. . . . . . . . .. . .. . .15-.O. .. . : : : o 1 0 M5 ; .0Y5* M012j0TMATRIX .01P /A IX 01.. .. . .. . . . . . . . .. . .. . . . . .. .OAMLTLOAM.. .. . .. . .. . .MASSIVE. . .. . .. .THICKNESS M STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES IWOMIZON DEPT ICM)0 FRIABLE ABUNDANT6 2 - STRONG F I RM FEW FEW ME01UMCOARSE p IR SMATIC1 FAINT .00 YP5 .0/8 .0C GI AD- 48 VERY 141 B STICKYU :G :N4CSCOMMON OlF IG. A LESL TLY PLASTIC PIGM UM I ENTS .OYR4 .0116 .0c G2 AS- 75 VERY STICKY FEWI'll I A a M ,UMLEE5 LI .. 0SLY PLASTIC5!944N~01/6.0C G3 75- FIRM FEWOSUME,!S%N~T0Y * 0/6 .0PHYSICAL 6 CHEMICAL DATAPH IEXCHANGEA BLE CATIONS BUFF .(M E/10061C . E . C .SAMPLE S, METHO D VALUE :OGEN CAMG NAK DETERMINEDMORIZUN-O EPTH(CM .) ATEA PC , 0: 200 25:77 :35:601 13 : 813 4633 3? 7a 20 1661 : 1,:9C GI '8 . a3 0448_ 4 75 26 . .0119.. 7 8.6 ,. 26 . 118 27 181 . 81c 621 .:15 9.11 1 5.23 .25 . 1 8 0C G3 75- 2 1 5 .9 .32 :. 0759.69 5.01 .25 .18 23: 8 4C A 0NIT04 pPM .HORIZON-DEPTHiCM .)AaP 2.: 0 2004923 :00c 6G . AD- :8C Ge 48 75 : 75 16 la :2,G3 18 .0

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RICHMOND UNIT TYPE# SERIES------------------------------------------------------DATE OF G SUWVLY9 SelSAMPLIN PURPO DETAILED 67 SURVEY SURVEYORSHAL KELOWNA,B .C .M,A . & P .A,B .~Ht :!22LATLTUDE(N 0.)j,LPP N ClITUOE((SEC)lELEVATIONESION IM)t49 1154 .5123 02 '31 TERRIC HUMISOL(1978)TYPE ISIMPLE 1*03 STATUS$ MODAL SOIL CLASS$ DEPPESSIONAL TO LEVELPA 0GENET C AT 1 ORGANICSURFACE EXPR V NEES . :SPEC . , CLASTIC . . 18 SILTYGENE C AT I F L UVIALSITE L~CATION AS SOUTH OF INTEA N ,D N 8 NO185AT HSMETEHMONO .THE 0 a M HOP 0 ZON HA RI A THIN BLACK HAND COAT H E 0 HI AN! 0 H E I .2 ARE GREASY WHEN WT41CIH14E!S HOR4ZON'HORIZON DE I (C I BOU OAR0 . SO- 63 CLEARSECTION N N OF 4 C .N 9 . UALQA :LWAYWTAAC 1 :STAI.A IX 401 S ;;ING CACN LOE0 AT .DRAINAGEI VERY POORLY DRAINEDRU NOFFS SL 0PE RV 10 U SNESSI MODERATE WCULOUQ I COLDUR 2 TEXTURE STRUCTURE INo YR3 0/ . oY112*0 D WE .12 0. 10'~E .RU5 ; 0BE T/ORGANIC . .A . .U 10 OD. . : 11 :0 HI 63- 38 DIFFUSE s OYA3 0/2 0 5 OYR3 012 0 ORGANIC MASSIVEMAT IX MOIST A 8 E w 1 0 IDIZED0 H2 38- 0 CLEARC 61 0-20 5. . . .. .. . .M9 . ED . / XIOIZEDU .A' d o"' 1 . .0""O is 5 0y" 2-00. . L. 0. AM . . . . . . . .. .ORGANICSUBANGV'AP M OL CMASSIVEDIFFUSE . ; . OY5*012 . . ; 01LTY CLAY MASSIVEA I 01A.C r2 20- 5.OV5,011 ; 0 SILTY CLAY MASSIVEI"ICKNE!!A TR I . . 0 1 T.... .... .... ....CONSISTENCE ROOTS I % FIBREHORIZON DEPT . (Ca 4 SO- 63 FRIABLE ABUNDANT RUBBED 250 mi 63- 38 FRIABLE PLENTIFUL RUBBED 100 M2 36- 0 FRIABLE FEW PU8BED 10C GI 0- 20"R PLA:7 .CC G2 20- PLASTIC"PHYSICAL &CHEMICAL DATAPH I PH 2SAMPLE A METHOD VALUE SAMPLE STA METHOD VALUE ORGANIC aNITROGENHORIZON-DEPTHtCM .) I TE TE C ABONa 41 80 t, : 630 M a 3 _ 3 380 HC (I I 8 . 20C G2 20-2:933 : 78 2 4 2 9 -536: 0 00 11 1. :6,1493 .50 N.00 a 672 3 .6 6.73 264 .1 2 3.8 24EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C .CA M(' NA K DETERMINED02CU ZN-40QIZ04-OEPTH(CM .) -1 PA. . Pp M . Spp . . pp M . PAM .a M'I9:730So 63 : 630 .2 3.- 380 b.85AGI8C 6 a 02 0: 20 1 .184.744:85 ::3 25 6 :4'. 91.540 :0.114.56.54 10.16 178.1 a2 b :4.1537 28 .9 .4 5 .02.21 .179:09 0624 0 .026 a 2957 7:9011 0 3 208o . .' : 5 .7948.83 45 .6":4111 a.163 .782 .515 10 :5727 .:56 .1

RICHMOND UNIT TYPE$ SERIES------- -------------- --- . . . . .. .. .. . . . .DATE SURVEYO H URCtK!!!2~LASSIFICATION----------LATITUOE4N)g 49 04 33L 0 G fRZCITUD . W's 1 722 4 54 TERRICIP SIO N 4SEC)l 5ELEVATION IM)l 02-UMISOL(19781GENETIC "AT*l ORGANI C5OESCA UP FA C tETopP RES., 11 V E NEEP F 6 NSPEC ; CLMAsTIC k .8 It SLILTY F(.ENE IC 7 UVIALCLASSIFICATION PHASE IS SALINE .PH I MOISTURE STATUS ATTERBURG LIMITSSAMPLE SI AMORIZON-DEPTMICM0 TEMETHOD VALUE OULKDENS IT, a 113ARa... 15 11 .0FIELD . E 1 TUAPLASTICLIM I I LIOUIDL MI Ta HP 6:35 6:::0 M 3:: 38.C GS1 0: 32 2 3.3 so16 .928 .6C 6 2 32 57 4 3.8 .95 52 *6 :96 12 .5 766 .4 26 .6 :2":o5HorizonDepthC3Ohp 68- 38Oh 38- 0FParticleT__'ry , Density gm/,ccOr Aiyr -- eMax . DryShrinkage Limit % Particle .Size %IAirDryOvenDryO~timumMo sture>5 .1 cm

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ac 82-1126 3 0 . 91a c:7 .1 0 1 .0 1 5Rpm . ROACH (Continued)EXCHANGE:ABLE CATIO145 OUFV .4- t .100Gl C . E . C .E .TPACI ABLE FEI%lCA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTH(Cm .)L10 : a048 .65 O :3b66 1111 31822 : .l .O :05 0:2 3A E 0. a. HFt3 .05I.3 : 0150 : 23:,C,.020: 6 202 .:a: 0220 . a 3 30 C2 52- 82 .10 .0 02 .2 8. 4 33 I2 .02 .02 0 3c 1;9 ::0.. 73I01 .3 3 .. ... .... .... .... . .. . .. .. . . ....... ....EXTRACTAOLE AL(%)METHOD RE SULT METH OD RESULT cu .. ZNM . MN Rop RD pm .ORtZON-D PTKICM .)L N10 a : 069.1L .0FA E,30: 280 13333331 ;Cc 125scC2502 : SO 22 It'62:112 1 115 2 . 50C05501 :2710 952: .038 8 . 0 :9 . 333 :5 13 :73 32 2 a 07 .711,09 :29 1464.:55 122 85 : 6,28 .9 88 .1 4 a 3 .1 2 .2 14: 05,12 .6 23 .6 3 .51I.1.. .... .... .... .... .... .... .. .... .. .... .... .... ...PARTICLE SIZE(%)COARSE FRAGMENTSTOTALMORIZON-DEPTH(CM .) SAN 0 62S U 2U CLAY7L2T T 0 TA L % VOL GRAVEL COOBLE STONE%% %LF loa : 80A E,04 0: . 20640 2025 52 a10 20106 'C' IC2 0: 2 2:00:00 20 20c 62-112 6 3 12701 22020aOC 112 IS : 150 91 701a0 80 40 0ca 20 10Mo . . 24P.M . . . . . .3.0

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RYDER UNIT TYPEI SERIES. .. . . . . . .. ..DAT 67 SUpVEYOR:"N:L"-'1~L .wN .- .A . I R .A .B .S a MPLING E OF SURVEY1 PURPOSES DET A ILED SURVEYLATITUDEtN! :,LONCITUONI'.EC" 122 09 15 45 05aUPTHIC HUMU-FEQRIC POOZOL(1976)PRE 510E L E VA T I ON (M)3 so STATUS : MODAL SOILCX TYPES COMPLEX . 9*0LASSO ODERATELY ROLLINGSPEC ;,CLASTIC It SOILTY GENFETCIC "11;.IS . . 'OPA 8 AN .IENAL 7GENE C MAT I LIAN SUP A E XP Ls U Ap C E 6 XP RES . . V E HE ERDRAINAGE& MODERATELY WELL DRAINEDU N 0 1 , S OWRE , O IL P I .SNESSI MODERATESITE LOCATION EAST OF DRAPER AD ., MISSION.==~!2!==!2~TH CKNESS HORIZON COLOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DEPTH(CM , I BOUNOAR YA p 0- IT ABRUPT . 7*IV113;Ola*O SILT LOAM WEAKA To I . 01 ST , INESUBANGULAR SLOCKYa Ps IT- 35 GRADUAL 5;OVA3 405,14 OSILT LOAMMA At X I S; " F E A" HESU Ia pa 35- 52 DIFFUSE 5SILT LOAM ;EAIEI I.A ;.0y10.4 ;00'1s4;0 SUR N9 03 52- 75 ABRUPT 5 OY 0MANN"40,14s;.7 ;5vp4.0 .145,0A Pi . 01 T SILT LOAM FWEAKESURANGULAQ IBLOCKY11 0 m 79- 98 DIFFUSE to m ov 5 0/ SANDY LOAM STRONGA;AI p. ;OIS 4;OCO A R SSU a ANGULAR E BLOCKY11 c Gil 96-125 CLEAR 2;RSY 5 J .0.'2;0 SANDY LOAM STRONGMA I , Mot T C A31 c GJ2 125- 2.5YS .O,'2.OMATRIX M013TSANDY LOAM0BANGULAQ RSE BLOCKVPSEUDO SUMODERATECOAR S EPLA 7YPSEUDOWOalZONTHICKNESS CONSISTENCE ROUTS I MOTTLES I CONCRETIONoEpTm4cm) NDOUL E D a SCR AN? JP IA P 0. 17 FRIABLE ABUNDANTa Fl IT- 3S FRIABLE ABUNDANT FEW we8 F2 35- 32 FRIABLE ABUNDANTfl THROUGHOUT MATRIXSPHERICALFe FINE .THROUGHOUT MATRIXSPHERICAL0 F3 52- 75 FRIABLE PLENTIFULr~ FINE 11THROUGHOUT MATRIXSPHERICALIt a m 75 . 98 FIRM FEW11 c Gil 96-125 FIRM FEW COMMON,EDIU,1) S ..!.YPSTINCT . Of7.011 C GJ2 125- VERY FlomFEW COARSEPROMINENT5 . 0 YR 4 . 0106 .0

0 . :05,32PH IPH 26SAMPLE TA ME THOD VALUE SAMPLL METH OD V ALUE ORGHUPIZnN-DEPTH(CM .) S TESTATECAR ANIC S ON X NITROGEN XAa P 15 :b 25F 1 0 : 17 322 :3.1a 22 15 1 2: : a722U F335- 5,1_ 7 525S 25 ? a4 . 9 3. 11II F 8 M 75 . 981 56 . 7 25 . 0 1 681111r'JI.2 1a5 .21 98:125 26 . 0 a 5 :311 C I J2 25 a1Ib .3 1 240---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----EXCHANGEABLE CATIONS BUFF .(ME/1006) C. E . C . EXTRAC TABLE FE(X) EXTRACTABLE A011CA MG NA K DETERMINED METHOD RESULT METHODHURIZON-DEPTM(CmRESULT.)1 3 : ,pPRIM .Aa P 1:490 23 6 5a F 2I 0 ' : 3"1006621, 1 .211F:.5a 3 35- 52 . .. 2 .011 1 :40 '1 :6511 F 52- 7 .12 10 a . 061 .9475- 95023b 91 10 :2. Is 1C GJI 98-1258:3 1 17 :412..75 . 02 7 . 43 6C GJ2 125-52340 0 55: 1 .32. 7 .01MOQIZON-OEP7H4CM .)P2PPM . RPM .A FP1Is1 0 : 311:o 0 19 2 : 0.8. F2 35- 5 7 52 7 1 a .0 23 1 .581 . F3, 2 9 5 2 :.0 27 .17911 aC GJI 1298-1255a:00 .92 :42C GJ2 5 1.7 56 .0

RYDER --------------------------------- UNIT TYPES SERIES-------------- ----OF - -0A KE10"' " DATE 'A .M, , SURVEY' U ~'E, OE, ., b-3 E . SURVEY SUPVEYO M .A . & P .A .B .IN P APOL~Ht:!22LgTjTUDEjN ; ;j 122 49 02 28ty ob 0 ORTHIC U 1 HUMO-FE C PODZOL(19781L OCCITUD.( N1TYPES(SEC) :5PAI 0 D ApELEVATION SIO (M)s 70 S AT S L SOILCLASS$STMPOLEMOOESSAT,LY SLOPING.CLAST!C 19 SILTY GENEICIC 04AT ;E'S . . MO :A .1'NAL6so6c ;l A1 Ll AN SURFA E E. P L N E TGENESURFACECXPRES.8 'r VENE RDRAINAGE$ U 0 a SMODERATW ELY WELL DRAINED11 RE NVjOUSNE$Sj 11 ALO39- 57 FOINE AMSUIS ODERAYES TE Lo ATION loo METERS SOUTHWEST OF THE BEVAN-EMERSUN RD JUNCTION,?SaulHORIZON THICKNESS HORIZONDEPTHICM) 130 UN DAR Y COLOUR I TEXTURE STRUCTUPE I STRUCTURE 2L" g. 0 0016 AN ICA N o. 2 DIFFUSE LOAM6 pt 2- 9 GRADUALLOAMAK.A5;oY"%9'4 ix is ;oFINE7 .5 QS .0 6 .0SUBJ%NGULA SLOCKYMATRIX DAY,SILT LOANWEAKMA 7 1.5 Rl YA4 . R *-01*4 1 S;oSHEY 5 .mob .oMATRIX DRYa 043 CLEAR . 1SA Tp 0Y115 .0/S ;OAIx ILWEN Ft KESUBANGULAR SLOCKY.07 YRS ; 0/6MA ; 5. 1 X SlyVERY WEAKXIO T DYR6 , Mo0/3 57 . 1? ABRUPT ;0 rFIN'E SANDY MASSIVEIS ME, A .0, IX 7 .0'~ 15 .o LOA0 RFINE SURANGULAR S LOCKYMATRI DRY11 c ?I- *OY11540,12 S; O SA LOAM MASSIVE'.Ao 'r . I X YIPAVELL NoySo OYA6 0/1 .0I I DRY.... .... ... . .... .... .. .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....8 P2 9- 39 GRADUALSANDYISANGVLAR SLOCKYHORIZONTHICKNESSDEPTHS c M)CONSISTENCEIROUTS ICONCRETIONSSANNODUL DESC I P?ILM 2- 0A 4 0- 2 FRIABLEPH0 rl 2. 9 FRIABLESSAMPLEABUNDANT FEW,FlEPHERICAL8 F2 9. 39 FRIABLE PLENTIFUL NONE SFINE5 PHEQICAL6 Mi 39- 57 FRIABLE PLENTIFUL2 r A TE METHOD8 M2 57 . 77 FRIABLE FEW11 c IT-Fl .A :m0EXCHANGEABLE CATIONS BUFF .(IAE/10061C . E . C .VALUEo.pGANICXORIZON- EPTMtCM .)C PB IN NITROGENCAMG NA 9 DETERMINEDISL"2a 0A 4 162:41 5 ig 3 3 01 70 51 95 :e. 5 2 :8; .20 :i6 :3. 62: 39IS 5 P2 9 9 11 5.3 1 .97.30 .10 .20 20 0:"140 10 10 .939 : S7 t. : ' a M'3o .30..15 9.0 530: o0 5:39 M2 57 7. : :0 9511 c 77 Y .12 2 03 , .00 440PIZ04 .OEPTHic . .) p- op . .LH ,2 : 02145 .A0Fl - 9 30 1F2MI . A9: 39, 27 .7a , 2 57- 577 43 61 c 7 T. :72 .

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IRYDER UNIT TYPES SERIES. . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . .. . .DA TE OF SURVEYS 72 SURVEYOR$ HAL UBCL ITUOE, 14!1 _ ,49 01 27LPRN" CIT22 .7 UAT.IC U HUMU-PER :IC PUDZOL(1978)E :"" SION US1 (SEC)T ON (MIS9 5CLE0 S I AT b MO AL SUILSPEC C I CLASTIC M, 1 It SILTY 0GENETIC MAT .4 MORAINALSE~E ; EXIZES .3 E L,1ANUPFACEC P VEN EROven Dry J26 .7PH IMOISTURE STATUSATYERBURG LIMITSSAMPLE STA METHOD VALUE 0BULKITYa1/3. @A 11. . % FIELD PLASTIC LIQUIDHORIZDN-DEPTH(CM .~ TE ENS APMOISTURE LIMIT L MITA P 18 F 20 0: 20 A.6 4** :1a 3. 15 :11 31 : 1:9 :9920S F2 446- eb 2 5 . , .1 . a2.. 3.30 44I C27.2 9.. 4127 .786-147 2 5 .740.4 2 5 .7(0.074article Density gm/cc hrinkage Limit MOptimParticle Size %Horizon Depth Air Oven max . Airu (2 .5 an

SANDEL UNIT TYPES SERIES------------------------------------------------------DATE S . . .,. OF WIVE (iIN 6 PURPUSE1 " D111ILE . SURVEY SU.'" ..' . ." -E. . . . . . - Cf,0L p N6LATITUDE(NIRat .11 12 49 05 23 2 56 0 3 :EGOUGLEISOLI197 :L 1 Sa!TUONI(SEC)tTYPES A SIMPLE *0 pELEVATION P 6C 51 (MIS 52 TAT SO -OD IL CLASSO DE PESSIONAL 10 LEVEL!~MCLASTIC A I It SILTY LISPEC GENE ; C " TjES . .SU . F C E E. pFEUILIALL VEDRAINAGE$ U a I PUUPLY DRAINEDPEQV N FF SLOW.JOUSNESSI SLOSITENLOC :TION,l,Rp0O 1 ASS! M TERS EAST AND 100 METERS SOUTH OF LAONE . I :UNKC :OAND WYCLA0 SS . . ICATI 0 0SALINE AF A'C . TO a" ICPHASE TME.E IS Me DARK QEDISH 8QO :N,COA NGS 0AND R 0 9 0 p a UND 0 LD RD u T C H N EL S :I VE :TI AL ACKSTHic SS HORIZON COLOUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE TH(C I ISOU DARYA P 0- 22 ABRUPT MAT 10,OVR3*512 . . . Sj O SILT LOAMI2.SY* .O 13 1 2 .0MATRIX DRY "C 61 22- 40 GRADUAL M2,SY*.5/2 TR ; 0 SILT LOAM MASSIVEA IX MO IMODE 'ED RATE U,S USANGULAP I B LOCKYC 62 AD- 65 DIFFUSE M2;5Y4 IS .5/2,0 SILT LOAM MODERATEA Al MO ISTSU ED I -PSEUDO a ANGULAR B LOCKYC 63 65- 95 DIFFUSE 2 .SY4 .0/2;OMA TO, I S, Mal T SILT LOAM MASSIVEC GS.. ....93 . M24Y4 .A RIX. .. . . .. . .. . . . .. . .. ..0/2'so,MOI. .. . . . . . .. . .5 ; .OY4,0/,I ;TOA Ix MO. . . . .. . . . .. .SILT LOAMMASSIVE.... .... .... .... .... ..... . . . . . . .I" ICKNESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2HORIZON DE IS T NCM )A P a. 22 FRIABLE ABUNDANT FEWeFI N .C 61 22- 40 MODERATE JUFRIABLE ABUNDANT COMMON I .SYP3.0/6 .0ED I U MMSUEDANGULAR M BLOCKYIIO . Y. IN!NlPSEUDO 00 3 0/4 .0C 62 AD. 6S FRIABLE PLENTIFUL COMMON , I0EDTUMNCT2!5SYRII .5/6 .0C 63 65. 95 STATIFIED FRIABLE FEw COMMON I M 7 .SVRO .0/4 .0MEO DISTINCT U2 .5y. . 0/6.0C GS 95- STATIFIED FRIABLE COMMONMEO'Uo PR INCNTS .OYR4 01,61.0/6 .0PHYSICAL & CHEMICAL DATAPH 2SAMPLE A METHOD VALUE SAMPLE TA METHOD VALUE ORGANIC " NITROGENHORIZON-DEPT .(CM .) 7 TETE474 .5c A aP 020: 22 4 .7 44 4.1 7 48 7C11 p 1A 2. 40 6, 2 1a63.8 2:09C G243 :2 243 : 652.26:2, 'aC G36 - 95 2 1 .1 .7923C rGS , 15 50 65.. 2 13 1 2 3 .3. .. . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . .. . . . . . . . . ..6EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C .CA MG NA K DETERMINED ELE T SCOND . ' p lp . . P2 . .S .. . CUHORIZON-DEPtH(CM .)(M C .H 6 .1c .)ON) p OPM .p33 915" :216 40 :87. :39 :,2b 22 :3.9C G2 405: .120 1 0. 0 51 4 . ..G3 95 . 9513 . '..C GS4.2039 .922 : 22I .. 1 .48 .512 :82 2 1 2F A INI:297 211 : 1A 7245.175 :27 9 2 0INHORIZON-OEDTH(CM .) op. .A 0 24 :922 4 0 :. 22 .0 6C G204IS . 027 . 0C G3 65 . 9 55C GS 95- 22 .73

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SARDIS UNIT TYPES SERIES4DATE S.M ."-------------------I------ OF Lto SUO SUPVEYUPS ..VKC..KEL --------: O.NA. R . .INGSURVEY' PURPOSES OET-I6 vkyA . 6 A .A .S .LATITUDEIN ;I,L N STUD I ORTHIC QEGOSDL41978~ 1 .0STATVSSMODAL SOILSPEC ;tCLA,ST!C 13 SANDY6 E HE C AT I FLUVIALDRAINAGES UND MODERATELY S WELL DRAINEDFFS LOWARE PV 10 U SNESSIQ AP toSITE LOCATIONS SOUTHERN LOWLANDS OF CMILLINACK MUNICIPALITY .HORIZON DEPT IMICKNtSS I C HORIZONM) BOUNOAR Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2A P 0- 15 ABRUPT M, 10 ;ROYR3,O/3;OM SANDY LOAM WEAK . SUMGRANULARIx ols S EDUSANGULAR SLOCKYC 1 15- 62 CLEAR ..;lYR 10 1;0011**Pi . S, COARSE SAND STINGLE GROINI 5 RAT IFIE SUBANGULAQ WEAK BLOCKYC Gi b2- SAN 6. SINGLE GRAINAVELLY 0.... .... .. .. .... .... .. .. .... .... .... .... .... .... .... .... .... .... .... ....THICKNESS CONSIST14CEROOTS IHORIZON DEPTH CC*)A P 0- 15 VERY FRIABLE ABUNDANTc I Is- 62 FRIABLE PLENTIFULc Gi b2- LOOSE FEWMOQIZOM-OEPTH(CM .) 5 .. ..PH IEXCHANGEABLE CATIONS BUFF .( %E,0lOOG) C. E . C.SAMPLE STA METHOD VALUE ORGANIC NITROGEN CA MG NAIt DETERMINEDTE CARSONISA P11 :50 A.:20 1.118:70: 15 2 I 5:7 : 15:36,: 11 .1C15 62a t6 8C Gi 62- 2 16 .2 .36 .03 143 .7a 1 .51 .15 .08 1.... .... .... .... .... .... . .. . . . .. .. . . . . . . .. . . . .. . . . ..PI'4ORIZO4-OEPTH(CM,) RPM .A P0 : .15 a '01 1 :0IsrC Ili 62- 11 .0: ;SAs

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SAYR-ES-------------------DATE S"PL G SURVEYSSE 2 o SURVEYR9 OF HAL KELOWNA, B .C .M .A . 6 R .A .B .IN PURPO SE-I :ODETAILESUOVCYULATITUDEIN)t G e "S 1249 23 43 3LON,ITUD 1000 11 9 .HUMIC A( 3 UPTHIC PERPO PODZOL(1978115 .05STIMPLFXYPEIELE ATION (M)lEEPLY SLOPINGSTATUSI Moo L SOIL CLPASSI A5 LCT 180(DEGIIIT.A Al I39- 42 .2 ;5YXR2 .00,12 ;0A RI is42 .---- ---- ------ ---- T.;ZK;eS;. ..STia~Z ;UP;-;- ---- ---ZON;MENN-- . . .. ;;;;S ---- I ----14ORIZON DEPTH4CM)SANDY LOAM----MASSIVEFRIABLEABUNDANT'9- 0 WEAK COARSESUSANGULAR SLOCKYA E 0- 5 VERY FRIABLE ABUNDANT8 MFI 5- 22 FRIABLE PLENTIFUL----8 HF2 22- 395 :2.0.FRIABLE PLENTIFULN 2 39- 42 WEAK MEDIUM:22 42VERY FRIABLE PLENTIFUL.04SUBANGULAR SLOCKYIt 42-PH I PH 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENHORIZON-DEPTHICM .) STATE S Ta "TEc AR so NH 1 19: 0523:2 2 2 :3 64 16 goA. 13 7s E4FI01- 22 2..30 248.56 .2. 05M MF2 22 : 39 2 2 1 3 a9 4 1 9.69 2522 .39 4 2 1 4 : . 2 - .1 19 .37 51R-- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C . EXTRACTABLE FE(%)19: .5-012CA Mt, NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTHtcm .l22 :H 1I391Is 1 a05:6 .6 :6A-4F 1229. 09 .7 4, 0IT HF23250 :32A :1 1. 96 4R 423. . . .. . . . . . . . .. . .. . .. .. . . . . . . .. . . . . . . . . . . .. . .. . .. . . . . . . . . . . .. . . . .. . . .. .. . . .EXTRAC TABLE ALMMETHOD RESULT METHOD RESULTP2cu INOPIZON- EPTH(C . .)Pp-. . pp spM p . pp pp . .H 1 19 : 09 1 4 :5 38 :2A F 5 10a0 8'': 4.3 30 :2,3 01 :219 191.1 51 HFI.7 4 586 F . 5 : 22 1 2 . . 31 3 7 0 2 a , : 7 1 3 : b 35 4N 2 2 94 . 2 a 25 : 83 9 4 7 9 40:.. . . . .. . . . .R 42-3 9 - . a t47 4 :91254 :0,4. 00 58 .1 .10 2.a 3 1 .2 .3. 6

SAYRES UNIT TYPES SERIESDATE Am L OF 6 SURVEYSES P IN PUS, Po SDETA 66 ILEDSUPSURVEYORS HAL KELOWNA .VEYR .C .M .A . f P .A .B .L 11TODF10116 E ) .L. ' STUDELEVATION N4 4 .) : 1000URTHIC FERRO-MU C POOZOL(19181STATWSI ODAL " SOILGENETIC ;Ala :..,SURFACE XPMOQACINALVENE QGENETIC MAT0BEDROCKTYPE :INTRUSIVE ACIDDRAINAGE$ U F" PIPVIOUS NDI ' .ES1 .MODERATELY -LLLREDS .ODE U,RATEDRAINEDCLASSIFICATION PHASE is LtTHIC .0 ILE D C 1...................IHIC NESS HORIZON CULUUR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE TH4C ) 6OU OAPYL IS- 13 ABRUPT ORGANICHF 13 . 0 ABRUPT .2 ;51Q24 .0 .1Z,011 MEDIUM SUB .A RI . ORGWANICNGULAP SLOCKYI Imuc VA E 0- 6 ABRUPT 1 '5 ;'0YR%5/2 i X ;OSANDY LOAM;EAK NEA I OisSUBANGULAR I BLOCKYa HFI fi- 22 GRADUAL M5 ;aoyRamo/slo T M 5 ;,0YA4MO0,04 I X ;0SANDY LOAM WEACK FIN TO MODERATE JUA IX 01A I isSUBANGULAR To "ED aLOCKY 08 HF2 22- 37 GRADUALOY 4 0/4 0MA 5 ;Royl'X'2.0 40"I' S;oW111 A 0 LOAM WEAK F1 TO MODERATEUMisN T BANGULAR 0 E01H 1 37- 50 6RADUAL .2 .bYR24/2 ;OA I Al X 5 ;oyR4mo/4 ;0isMA RI X ORGANIC U KCISM c Y. ODERATESUBANGULAR 501 8LOCKYH 2 so- 63 GRADUAL 2 ;5YR2.UD/3;0OQGAA RIX isMUCKYNIC'S HFGJ ba- 75 ABRUPT M10 ;.OYR3a0/2;5 . SANDY LOAM MODERATEA I Dis MED SU BANGULAR I M BLOCKYR.. . .. .-ORI1ON?a-.. . . .. .. . . . . .. . . . .'HIC'. Ot 7 'N6SS fc-)CONSISTEICE.. . .. . .. .. .ROOTS I. . . .. . .MOTTLES. . .. . .. . . . . . . . . . . .IODERATE.. . . . . . . .. . .. . .. . . . . . . . . . . . .L IS- 13 ABU40ANtMF 13- 0 FRIABLE ABUNDANTA E 0- 6 FRIABLE ABUNDANT0 HFI 6- 22 FIR . ABUNDANT8 HF2 22- 37 FRIABLE PLENTIFULH 1 37- 50 FIRM PLENTIFUL4 2 so- 63 FIRM PLENTIFUL8 HFfiJ 63- 75 FIR . FE .COMMON FINE ISD TINCTHORIZON-D EPTH(Cm .)PH I PH 2c p 0SAMPL StA ETEMETHOD VALUE SAMPLE STATLMETHOD VALUE ORGANIC X NITROGEN1,HORIZON-OEPTH4CM .) P .M . ppm . M .ppZ 14PO . .XVOLR 75-L 15 : 13 2 2 5:03 0a S 2 3 :9 2922 : .1A c -2 I1"a 00 63 .1. a 3 3 4 .12 .140 HFI 1.- 12 -i a 6 9.34 38B HF2 22- 3 2 1T4 .4 2 Aa S? : ~'a?- S 2 2 0 2 50- 6301 : .a.0 . .2 1 :.514 .4 272 .b9 68B HFGJ 63- 7 5.1 2 4 .3 8 7 0 :26625 .0 3 a 09EXCHANGEABLE CATIONS UVFF .(ME/IOOG) C . E . C . EXTR ACTABL E FEIII I EXTRAC TABLE ALf%)CA MG NA K DETERMIN ED METH OD RESULT METHOD RESULTHUPIZON-DEPTH(C- .) pp . .L15 I : 13 147JH F 3 - b02 :34 192: 20 6 ' 1 :o .0229 1l8 a 0 : 4252 7E0820 .2A0 HFI:506-22 .39 .16.05 .1 6 48 ~. :42 2BMHF2 22 : 37: 36: 09S a2 1 2.1' 1 :2 a 237 so. 2b 09 .Z, 05 0 7 76 . 2814 . a02:612so3- 6324:04105 :41.21 6 .6 68 HFGJ 6'3- 75. 27 0026 36 . 612 .9 3 a04. 0 .!_ 9 ._ ._ 17 .! .. . . . . I . . . .6. . 0 . : . 7 . . . . . . . . . . 2. 8 4 . 7.... .. ..COARSE FRAGMENTS271

SAYRESDATE OF SUWVEYS 70S MPL IN G PURPOSE& SEMI-DETAILED QV SURVEY OR'KELOWNAj B .C .M .A . G P .A .G .LATITUDEiN)lL (ING ITUOL( .1,OkYNIC FERRO-HUMIC POOZOL(19781STATUS :MODAL SOILTYPECINTRUSIVE ACIDGENETIC OlliE'S., OQ INALS U, FA C E E AP E LE pOPAINAGE1MODERATELV WELL DRAINEDPH I PH 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGAN IC NITROGENHORIZON.oEpTw4cm.) ST A TE S TA O N %TEC A 0 0MF 13 : 0 2 2 3:87 3:1A w HFI 0S. 15 23 23 39128 HF2 IS- 33 a2 3:26a F 3A 14 :6 3: 5 45 22 1 5 1 2 4.6.... .... .... .... .... .... .... .... ....HORIZON-DEOTNICM .)EXCHANGEABLE CATIONS BUFF .1-E .110061.... .... ....C. E . C .64 791 :3 .31 3 :77 . 3 .2 43 .39 16 . 792414 bI.... .... .... .... ....EXTRACTABLE FEMCA MG NA K DETERMINED METHOD RESULT METHOD RESULT"Ff. 13 : 070 0, HPI 0. 115 :1,45 0.53 0, '01 Isos : 99 .1 4 : 55 3 3 416 HF2 IS- 33 .2 02 .05 21 :9 2 :1 S 5 148 a F 33: A 45 .21 005 :03 .0 5 Is 1 2 3 455 .26 .10.03 3 .07 S 13 16 .3 1. .... .... .... .... .... .... .... .... .... .... ....HORIZON-DEPTH(CM .)EXTRAC TABLE ALMMETHODRESULT METHOD RESULT P.I . .0P2M.ppIppm .13WF: 03 113 :92 a47 :27 bo 3: 0 3A8 EHFI 5 15- 0 151 :5 3 :213:47a It4:,lb 2 : 18E HF2 3153: 33 1 2. 3r45 2 . 311 :75 0.7 43 .. 8 17.9 0 8R45 . 119 .6 15 .2.... .... .... ........ .... .... .... .... .... .... ....

SCAT UNIT TYPEI SERIES....................... ............. . . .. .. .. ... ..OAT 6E Op SURVI:Y :SUPVkYORI PNS KELOWNA, B .C .M .A . & R .A .B .S MPLINr PURPOSEI DETAILED 0 SUQVEVLATITUDEIN)l G r_ M), 122 49 06 saL53 32 ORTHIC HUNIC GLEY!OL4!778) TYPESS, SSIMPLEPRECISTY10OV(SEC)t ON05CLAS D PESSIONAL TO LEVELS AT Sl NO A srSPEC CLASTIC A It CLAYEY aSU41ACE 0Ur;1 at C TOR M .P .ES It . .INEBLANKETGe Sc pL ACT ALDRAINAGE$POORLY DRAINEDHORIZON THICKNESSDE 7 . 4CM)COLOU. I TEXTURE STRUCTURE I CONSISTENCE ROOTS IL A . 3 ORGANICF 3- 0 ORGANICA MI0- IS0SMATRIX IO*OYR%ooll,,f'o oYQ5 . .11 .0ATRIX DRY 0SILT LOANMEDUSAI UNGULAR M SLOCKYFRIABLEA H2 Is- 35 M10.0yna~o/WTpSILT LOAM NED S STICKY a aFEWUBAN IUZULAQ BLOCKY10.044 A . 016 ,120 *0 F'LlIA .LG TLY PLASTICM TRIX DRYB G 35. 45 5 .0 .13 0SILTY CLAY cMODMAiOY AERATE SEIO .: IX 7705310SOU BANGULAR BLOCKYMATRIX YR DRY 0/BC AS- IS M5;OY7 .:/21?S A . .YS 11, . . 0,MATRIX DRY "2' 0C 6 75 .+ .2 ;sy? .g":;oTAS. RX Y8 .002MAT91X ORO 0TI KFIR C Y PL . ASMTICSILTY CLAY VEOY . . WE,Ill,p is AT cSTICKYPLASTIC FIRMSILTY CLAY MASSIVE FIRMABUNDANT.... .... .... .... .... . .... .... .... .... .... .... .... .... .... .... ..FEW. . . ..-041 ZON T"ICK DEPT . 76 C!SlMOTTLES 1L A. 3F 3- 0A NJ 0- 15A H2 15. 358 G 35- 45 FAINTsc 5SIC AS- 75 FAINTC G 7S-+ PROMINENTPH IHOPIZON-DEPT MI CM . )SAMPLE SIATEMETHOD2F43 : 3L Hl0 . 1 0 2 1A .2 IS- 3 a0 G 35- 4 5 2 113C 45- 7 c G 75-+ 5 2 1EXCHANGEA13LE CATIONS50 :0SUFF .(14E/IOOG) Co E . C,VALUE O:g :NIC X NIT:OGEN CA K DETERMINEDC ON: :b 45 :36 2:51 5: go*5 . a 83 . 189 ,.2 . 7:119. 0 .1 .39 :06 1. 52 .0 065:233 .:01 7 .. 91b 6 6 . 002,13 . 392' :11, 126 9. .24..... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZON-DEPTH(CM .) P.L 3am 0A . 1 0- Is 4, . : 0.A H2 5: 3531 5 31 :0a r .5- ;59 0. 0C G 75-+1 .0

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SCAT UNIT TYPES SERIES. . . . .. . . . . . .. . . . .. . . . . . .. . . . . . . . .. .. . .. .. . . . . . . . .. . . . .UWVEYI U SEt 63 EDDATE SAMPLING OF S P PRO DETAILSURVEYVEVOR9 GGR KELOWNA9 B .C .M .A . & A .A .8-~2!!Z!2tLATITUDE17,11, 149 2 22 47 0L IIUDa 23 5 O1ITHIC "U"11 GLEYSOLI :L975)ELEVATION N 12 , UL 00TYPES8,CLASSEJpMPLSSID RE ONAL TO LEVELS AT S -ODA S.E IIPIC ;,CL .ASIIC 13 CLAYrEYAT . M 4. .S I . . IS All A 1 . .SURFACE .E Cr L EIETDESCRIPTORpto,LACtALDRAINAGE$ POO :LY DRAINED'IS UNO'ISLOPERVIOUSNESS$ p3 LOWI ITISSL?~ATIONI ABOUT 300 METERS EAST OF THE MACLUPE-13RAONER RO JUNCTION9MAY U. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . ........ .....s. ....... . . . . ....... .ICK NESS NOR I ZON CULOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IHORIZON DEPTHS CM, BOUNDARYLH 3- 0 ORGANICA N 0- 25 DIFFUSE 10 ;OYR2 X ;5/l;0 0 sSILT LOAM MODERMTEFRIABLE ABUNDANTMA 1 RI 0 a.. IE DI U0'I'D SUBANGULAR ISLOCKY.41F 01 .I 1. DAYAS 25- 45 GRADUAL 10 .0YR3;5,l3TO LOAM MODEURATEPOIABLEPLENTIFULA T I,IK OISMATRIX 0 OYMS . 0 , y2*0 SUBANGULAR E01SLOCKYRSOIL L Aa a As- TO GRADUAL 10 OY115*0/3sOSILT LOAM IsTlao~o; FlomA I a S01 OvR7 .0~3 .0SUBANGULAR SLOCKYMATRIXDay 0C G 70.lo MAI. .OYR4400012 ;0TY M CLAY MASSIVE VERY FIRM10 .01-6 " ' X .0".0MATRIX DRY "2.. .... .... .... .... .... .... .... .... .... .... . . . . .. . . . .. . .. .. .. .. . .. . . . . . .. .. . .. . . . . . ..HORIZON DEPTH v"'C', NESS 'C',MOTTLES ILH 3- 0.05: :59 COM14ONFINE0 5TI NCY!OYRJ.014 .0a G As. TO ANY1AIDIUS4ISIS . ENT7.544 0 1 .0/4 .0C Q To- MANYMEDIUM07.5 2 1 STI" 114~ TY 0,f4 .01EXCHANGEABLE CATIONS BUFF .(AE"100GI C. E . C .SAMPLE STA METHOD VALUECA MG NA K DETERMINEDHORIZON-DEPTH(CM .) TE ORGANIC CAP13ON 11 NITROGENISLNAam 3: 2505 6 3.' 90:203 .3 :29A 25- 0 .5 2a1 9Ss : N : :00 .23021 45 7 : 7 1 I go 29 03 5 00 70 2 .20 .302.1a C G 6 0 0 2 1 6 . . . .. 23. 23 .03 8.20 3 .10 .40 .20 14 .0.. .. .. . .. . .. . . . . .. . .. . .. .. . .. . .. . . . . . . . . . . .. . . . . . . .. .. . .. . . . . . .. .. . .. . . .. . .. . . . .. . . . . . . .HOPIZON-DEPTH(CM.) PP P, ..LNAAs 66C5 :3PARTICLETOTALSANOSIZE(Sll62-2 ILTU2U CLAYS 1 0 T AL3: 25041 .5 15 64 21041 :525 : 45 1 b 0 97312 7 , AS 1111la,To- 12 .0 17 60 23Clay mineraloigyH.H ... C- cl .y (0.002 - 0.0002 Wa.) Fl- CI.Y (0.0002~6 t. 20-400 est. ~20% T- ..t. 40-6% st. I 204ag w. 1 12% .0. T-44,-,0, og hl .,It. 'Ice. wn~,Il I-It .,Icullt . f .1 d, ,l;ftld-~ml~ftt I fl .. c. I t,qI .D 11 '"' .1t .

SEABIRD UNIT TYPES SERIES. .. . . . .. . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . .. . . . .DATE OFSURY"I 67SURVEYORS MAL KELOWNA9 B .C .M .A . I, P .A .B .S A MP L ING PURPOSES DETAILED SUR VEY~2~t!!2~ ~~t!!H!~!1!2~ h2!!LATITUDE(N) : 49 12 58L 0 Z G IT e W II APR C21 5 .5 GLS,YkD REIIISOL119781UD I 1 1 2*0SIO N C S EC)S 5 8 DoTYPE# SIMPLEELEVATION (MIS 6 STATUS M AL SOIL CLASSI VERY GENTLY SLOPINGSPEC I CLASTICIIt SANDYGINILUIIAL LSURFACEC MA F .pWS . . LEVEDRAINAGE$ IMPERFECTLY DRAINEDPUN 1, F8 S L 0 0.PERVTO USNESS : MO DERATE!2!!!IDNAL NOTES-----------SITE LOCATION NEAR FRASER RIVER IN MISSION AREA .THICKNESSI. O.4Z U .N,.001 . .N DE ( CHI 80 DARCOLOUR I COLOUR 2 TEXTURE STRUCTURE IC 0- to CLEAR . 24YNOO SAND SINGLE GRAINA RIX 0C Gil to- 22 CLEAR .A2;5Y3 .0/2 H SO LOAMY SAND IAI JUMRix 01 1 MEDSU NGULAP BLOCKYC GJ2 22- 35 ABRUPT M2 SY3 . 12 0 LOAMY FINE WEATQIX * 0 MDI;T SA I'D MEDIUMSUSANGULAP BLOCKYPS 0011 C GI 35- 55 CLEAR.A2 ;:V 1: .21f 0 ; OT11 C 62 55- 70 CLEAR M2 ;:Y : .2121?A 1 01C GJ3 70 . m 2 SYATRI 1. .. . .. .. . . .4 IS .0102 , 07ONT6 97:3571540Y41,020TSILT LOAMMA IX 01 MoNo C t " ESUBANGULAR 0 S SLOCKYPSEUDO. . . . . . . .. . .. . .. . . . . . . . . . .SILT LOAM P40DERATEMEO SUBA I U MPSEUDO NGULAR BLOCKYFINE SAND. . . . . . . . . . ..THICKNESS STRUCTURE 2 CUNSISTENCE ROUTS I MOTTLES I40MIZ.N OE p v . IS: M I. . . . . . .. . .. . .. .. . . . . .. .. . .MASSIVEMOTTLES 2c 0- 10 LOOSE PLENTIFULc Git to- 22 SINGLE GRAIN VERY FRIABLE PLENTIVUL FEW EOIUMAINTC GJ2 22- 35 7VERY FRIABLE PLENTIFUL COMMONME FROM 01 U M7 .5YR4 .0/4 .0FAINT5.0'.3 INEN7 .0/4.011 C G1 35- S5 FIRM FEW COMMON , I ED UMPROM S.OY03 INENI .514 .011 c G2 55- 70 FRIABLE FEW CO MONDEDST U-NCTIMYA4 .0/4 .0C Gia To- SINGLE GRAIN LOOSE FEWFE" olumMEHORIZON-DEPTH4CM .) NITROGEN X1013PH ISAMPLE METHOD VALUE ORGANICSTATEC A ROD NEXCHANGEABLE CATIONS BUFF .tME/100G)C . E . C.CAMG NA K DETERMINED23:02 IT10:22 :35246 :4795 6 : 1:46 :06: IGj2c'1 : 35 2 35 2 5591 . .2 6 17~0A 2 2 .5.25 -15 .91 .3 90: 6it C 62 5 70 12 . 09 1 . 160.016 C 653 70 2 1 7 :2* .SO S .46 .06 a 5:9.... . ... .... .... .... .... . ... .... . ... .... . ... .... .... .... .... .... ....01 pp .. P2HUPIZUN-DEPTH(CM .)Rpm .C Git to5:182115 74c Gil 10 10 22 TO 2 5 117 93 6 :00CIGJ2GI 22 : 35 2.5 7 :04.0 7 .I11C 35 552C .1 55 7 .C GJ370 1. . 1 0 . 0 3.5 0

BLZ, - EL LOSTOS11.)26? :SS rb Os TOSID0 . C L a, -2Las" I I1; .969 1* -LE; ISO 32Z -GI91901 St -0(- . :)) .Id3O-NOZIdOHN7.... . ... .. .. . .. .:qf D:N! 9:9 ;1OVCt 0 v9 -Q. za0-001 1a-as 0 9a . Zco : Sq :09 9. . ;Ia" " -6 1sc) ?Q 90-Ct-%Z 0-001 14 2Oq-6 S 9 ,01 a 1Z2 -ZlV&-o-, 0-001 09al C*tzz-sz 99 . 90-C OZ19 ERIC Sl . 0 A .-Nd'Add AdI 131) 3n :) S ad d 03 1 3 03NIWb3i .10 WN-3 *3 *1 4900t.03mi-AAns SNOIIW '3 3l9V3ONTM3X3. . . . . . . . . . . . . . .. .. . . . . . . . . ... . .. . . . . . . . . . . . . .. . .. . . . .. .. .. . .. . ..L:9 0:9 2 6 :16 99S11Io IC.9 ta ,149a ?I -I .90-tI .Ca 1. 1 a I* a Ro S Icv .?zz , 1:StL-Ca 6, 10C.- ? I% NDStSV'39LVIS321VIS f'W2)HId3O-NOZIttOHNV 0 3nivA GON130 3ldWVS 3nlVA GON130 dnVSN3OOdIIN 2 HdI ~vivo vll"aH2 I03LN3W33 AlXV30-16 cgs 3Mali E6 -?I Os I tl00ft/0-ttlAVA.O-910-GBAS*L019/iN6 ;CTA9 n -Sd U 1133"11 1.0"WO3 injoi4N31d 1 .4 ZL -411 zSO 30-V/O ;cdA00o,G I Idnt03 ANo"NoiAinitIN91dO.V/O ;ct$Ao I lsI N IS 3N, 0NON"03"INVONney 319witli UZ -61 3vINVGNn9v 31111vinj SI -0 m IFISO10~4HId4? NOZINON'dId3S3O/LN3OV No11 VI N3W"1 SICOU 32NALSISNOJIS3 )431.. . . . .. . . . . . . . . . . . . . .. .. . .. . . .. . .. . . . .. . .. .. .. . . . ... .. . . . .. . .. . . . . . . . . . . . . .. . .. . ..G31JILVdISnvol AGNVS Islam011/0 IAO PSV"-ZG Cos 3ISIOW XltllVWNIVdO 319NIS 2AISSVW ONVS AWV01 0 0/0.IdA9-I "V3113 16 -?A OR D it,Ij, OQn3Sd aV"Sl 3S.,O d731va3cow wwol Ills Isla," 0 1/ . xtd!VwCAD 9 dV313 U -tv aso Doon3SdVISA Sind V.....00. , a, ..Ol ills 9 / VA lynowtio IVISO 3AW3019 tivinON ans.0V 1,,"tiloo. 03 "Tel Ills S*I/O IS10"ItXIAit014071 ivnovoo ar -GIA80 "Itlial,Ax3ols o3w 1140 LSIOW .910-9ASIttsvinONvgns 1IdLy" 0,AmU1,6300" "Vol Ills 0-?fO-ttjAOOL-movaq St -0 H IFAuvaNnou 14 ss (w3wmAdaa N 1 NOZIdOMa 3dni,)nais t atini:Intsis 3anixii 1 tIA0103 NOZIaO 3 W3 HL'-IVld3iVW ~INVOUOQNV GONVS -PVOI IIIS JO SONVO 9NIIVNti?IIV"NSIHI .10 SISISNO3 COS 3S3N1COS 3SVHdONOIIV~1141S S 3 Vl 3 :11 -S113HS N3)fOtj8 ONV 31OHN NOHHO'3 01 3N 43A 13AV 5 HiVib3 :)Vh V 319VOOO NAOMINA080 HSTOO30 WdVO HII* 03LVO!) S)1'3Vd~l IV311b3A 3AV I ?SO N QNV ISO a 2H 'Od AVQ 2 IV AdVONnoe5ao ISV3 St13L3W 06 ONT 3AOtJ') NDY38 AD minos sts3iaw ooo tN0 301 311ONv S31ON lVNOILtOOVO3NIVtIQ AltIOOd 239VNIVMG313A31 I VW I-S3jdX3 37V,3itinsN tIt 19" 311 301lNn mmdvuqtivtuS d3ddn')NlivinaNn x AliN39 ISSWID Iitas ivaum ISALvis31djO20 a 3dAI% 19L61)10SA319 0-33dI" 1310~ S NOIAIA313Neo 10 1 S123tid0, coo Cal ,,,3on,,1ONOl, .,I 6V3an iivi; ;; ;s- NO 3 1 V) 1 :4 1 SS V T) NOIAT701A 3Atns o3ilVI30 13soddnd -)NildKVS-VNN013X JVH ttjaA3A"ns 69 SAI A Un S :10 31Va-----------------

SEAVIEW UNIT TYPEI SERIES....................................................DATE OF SURVhYI5 A G V SEMPL IN P RPU IYORI ONS KELOWNAq B .C .M .A . f P .A .B .DETAILED So SURVEY SURVELATjTUOE,lN4 ;, I 219 00 47L,N F.C, ITUD 3 7 PEG. GLEIS.L(197ell TYPES#, SEIMPLE'- SIO N 1S .Cl- 0 U . L5 CLAS 0 PRESSIONAL 70 LEVELLEVATION (M)l I STAT ST M DA SOILSPEC ;,CL.ASTIC.It SLILTY SPECTICLAST M .IC It SIANDYGENE C AT I M PINEIALDRAINAGE$P e R V IOU SNESS, VERY POORLY DAAINLDMODE A ATESURFACE EXPOES .1 VENE eaCLASS!FIC :TIDN,PHtgEI,StLINE .,PtL YCLLOW46H .MOTTLE A FC fist L 0 IR N A N S ON L AVAGE E PLA LS FEINSEIDESS OF REDS2 IN .ON SEA SH LL IN C 6HORIZONTHIC K,,NESS NORU4ZO N4YCOLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IDE T (CM) 80 DAFL 3. 0A HJS 0 . 15 ABRUPT IO .QiR5 0/1 0 SILT LOAM0,toMATRIX DRY.MODERATE VERY FRIABLE !LENTIFUL.r'AINE To MEDIUMA NULAAINEC G51 is- 73 CLEAR . I0 ; 0YR5 . . . 0,lI0 f 0 SILT LOAM CMODERATE SeVERY FRIABLE PLENTIFULC G52 73 .100 ABRUPT11 C GS too.10 A .0 I P6 .5,11 IS .0MATRIX 1 DRY.AWo"'o"llso.0 Ix .0MO TMATRIX 5 Y5.. .... .... .... .... .... ....DAY ".0PANGULAR OAP SLOCKYSEUDOSILT LOAM MASSIVE FRIABLECOARSESAND.... .... .... .... .... .... .... .... .... .... .... .... ..6. .... ....... UR IZON 'HICK DE MENTMOTTLES I MOTTLES 2FL 3- 0A HJS 0- 15 COMMONDI ST INCTC GSI tS- 73COMMONPR Nr .15 .04.1 I .0112 .0C G52 73-100 COMMONDIS I INCT11 C Gs too-2 .5YR4 .0/4 .0EXCHANGEABLE CATIONS BUFF .(ME/10061 C. E. C .%HORIZON-DEPIN(CM .) SAMPLE STATEORGANIC A N XC PSOMETHOD VALUE NITROGEN CA MG NA oc DETERMINEDFLAHJSGSI3 :I 0 150 2322 5 83 13 1 :813 7 2:1621 .7 :1 5 73A3 .9 J 24 45 97 : 59 0. :.4 0 19 :4a I1 :r GS2 10 . 3 00 21 .65 2 .24 34 .47 7; 12 a."a 7 . .,4 1a IC11 C Gs012 6 .1. . . . . . . . . . .. . .. . .. .... .. . .. . . . . . .... .... .... .... .... .... .... .... ....ELECTaSCOND.HORIZO4-DgPTH(CM .) (MMH /CM) pFLHJS 3: 115AC GSI 1 0 12 .00, S:,73 1 7:00 1 6 . :40C GS2 10 3 - 00 5 0 4 .911 C Gs 0

SECHELTOF GDATE SAMPLIN SURVEYI U St:P PRO : DETAILED 70 SUPVtY SURVeyoolKELOwNA, B .C .M .A . & P .A,9,LATITUDgINO) ;,L 0 NGITU ELUVIATED DYSTRIC 6RUNISOL41978) % s5.0. TypalPLEASPECT (DEG)$ 27 0ISPEC r ;,CL,A,STIC t 13SURFACE ""' C. . pSLANDYF IALFAN UVDRAINAGESQERVID pUNOFFSUSNESSIRAPIDLY S . DRAINEDPLOARIDSITE LOCATION9 19M NORTH OF SECHELT .A E0.. ....PH I PH 2SAMPLE TA METHOD VALUE SAMPLTE S T ATE3 221 4 .2 222? 1 55 ::25 21 6 :021.: .140 1R 10.06 3 2 a.... .... .... ....EXCHAN GEABLE CATIONS BUFF .(ME .ICA MG NA K1,.023:2.66.03 .05. .. . .. ..E METHOD VALUE ORGANICHORIZON-DEPTH(CM.1c A Q a N Y, NITROGENa 1,L4:1 62 :7 0.1 :23 3F 8: 1 3 2 22 4 : 483.94621 . 7a.0 2.a ri 3: . 3a21M .. .) .1 .18- 432 4.9 .9, 16 :00:a :2 43 . 60 2. 71 0360 7 :1 6 :" 2 5:7'oc c 178C 2 97- a 9 744 5:76.. .... .... . ........ .... .... .... .... .... .... .... ....IOOGI C . E. C. EXTR ACTABL E FEMDE TERMINEDMETH OD RESULT METHODHORIZON-DEPTHtC L&5: 5 9 0- 0 33:1183:a 6 .2163-:00 7966 :42113' 384.0 .35Go-.05 .0. 5 :53 a1.2-3 .278 :30cic1 781:2 :2133.397 .31C 2 96113 3....HORIZON- DEPTMICM .)L 65: 50 56. .. . .. .. .. :00 .. 77 ..:0053EXTRACTABLE ALM.14 A... . . . .. .. . . ..METHOD RESULT METHOD RESULT Ps68 .5 227 : 8.: :Rpm.P2Pom..... ..A Ej0: , 32 1 5 30 .1 31 3. 43 8 17 3 : 3 4 .6 95 .6 : 6 .a M, a .7 5 3 .. 110 .2 ~ t' . Ia ma 43- 60 13 .2356 a.0 113.1 6 .6sc4c 160 : To78 9 7 .9 3:21::6 51 40 :2 185:797- 1.9 36c 2.7 3 .1131 .4 59 .053.891Sppm......... ........RESULTo:000........ .. ...... ..... .. .

SEYMOUR... ..... . .aQ:4E 70 "U"111 ; "I '.MS PLING OF SURVEY PURPOSES SEMI-DETAI"D SURVEYL tTU0Ej% ; . 149 20 255W 22 4 & 05 I GLEYED FEPRO-HU-IC PODZUL11918)PRECITYSN (SEC)lTYPESC20MPLEX *0EL EVAT SION (M)l 130 STATUS$ MODAL SOILCLASS9 GENTLY UNDULATINGCGMZ ;,CLASTIC 1 : GRAVELLY LUGIRF .Cl llljElS. .SU E E XPIE .VS-LI RACEDDRAINAGES U F SL IMPERFECTLY , DRAINEDNOF IpPER IOUSNESSI RAPID 0SITE LOCATION NEAR JUNCTION OF CREEK AN QUITL :M RIVER .C OLD 4 M SC 0ES FA OR0 Coa M 1 1 R0 UNEVEN ORGANIC MATT0 1 aSIM I UTION! 95CM DUVARIABLET14ICK M7ESS MORSZON I Y COLOUR I TEXTURE STRUCTURE I STPUCYURE 2DE I CM~ 13OU 40ARHORIZONLF 9. a ABRUPT ORGANIC9. 0 ABRUPT M5 4 oY :2 49/2;0 ORGANICA Ri isA E 0- 3 ABRUPT.A5;9,:%9,5TOI isSUBANGULARLOA Y 'I EGRAVE MYLLS AND WEAKNSLOCKYIS HF 3- 15 CLEAR 5 I.OYR%S,*0 MA Rix OlsSAN rPAVELLY 0MODERATE TO STRONGSUBANGULAR EOIUM BLOCKYa F 15 . 35 DIFFUSE 5 OYR3 ;0/3 ;0 SAN MASSIVE SINGLE GRAINMATRI x u .* is 6 AV 0.LLYa FGJI 35- 65 DIFFUSE 5YR4 X 0/4;O SMA7; RI ; 018 FGJ2 65. 95 DIFFUSEm, A; 5y:%8,! Rl 1 ; OSANDEMASSIVE SINGLE GRAINGRAY LLYSAND 0MASSIVE SINGLE GRAIN6 AVELLYBc 95-145 DIFFUSE SAN 0SINGLE GRAIN.RAVELLYC Gi 145- SAN rRAVELLY 0SINGLE GRAIN. . . . . . . . .. . .. . .. . . . . .. . .. . . . . . . . .. . .. . .. . . . . . . . . . . . ... ... . .. .. ... . .. ..HORIZON I"ICKNISS CONSISTENCE ROUTS IDE p I . C(CE MENTATIONN I ,M) AGE DESCRIP .LF 9- aH 8- 0 FRIABLE ABUNDANTA E 0- 3 FRIABLE PLENTIFULB HF 3- 15 FIRM PLENTIFUL: .J, :5- 35 F :RO FE : :E : :LY CE MENTED .5 . 65 F RM FEE LY CE ENTEDa FGJ2 65- Q5 FIRMac 95-145 LOOSEC Gi 145- LOOSE

-.1 .: 02SEYMOUR (Continued)PH IPH 2SAMPLE TA MET HOD VALUE SATMPLE A METHO D VALUE ORGANIC pa N X NITROGEN XHOPIZON-DEPTH(CM .) S TES TECA 0LF 9: 8 2 2 3:9 2 3:22 1 53 r :31,7 19----01 9'.23 .85 2AHa EHr3223 332 4 21343- 151 .74 .0 6 .09.14 4 6 3 422 3 . . 4 . :1 3 3 :07 14a Gil 3 355.6 2: N 255 225.6 .12Gil .2ac C I95:145 a 5.54 4.8Gi All35-:9---- ---- ---- ---- ---- ---- ---- ---- ---- ---- - I-- ---- ---- ---- ---- ---- -EXCHANGEABLE CATIONS BUFF .(ME/10061 C. E . C . EXTRACTABLE FE(11)CA M6 NA K OETEPOiNED METHOD RESULT METHOD RESULTHORIZON-DEPTMiCM .)LF 9: a02:aO 20 23 1 :51c:1,93125A0- a 21 T1 .2 3. 013 S1 3 10 :3 0 :19 3 . NI8aMF I, 3: S15 6 5. 01 .0 6 .0129 0.6 30:4;GJ169 :3 1 .01 .0 ESULT p2m pp .0 316 :5 o 23 0 108 FGJ2 655: 125 .42 .01 034 5OC 1 G1 14"5..0. . .. . . .... .... . . . . . . . . . . . . ........ .... .... . . .. . . . . . .. . . . .. . .COARSE FRAGMENTSEXTRAC TABLE A0%IMETHOD RESULT METH D S CUM. ZNP . .S VOL GRAVELPOM. PP PORIZON-O PTWICM .)LF 9 6 16 .6 36 .1 200 :0 232:9 67 .5: 0331 3. 63 .70 3 31: 8A2 :572 .50 11 .1 60A 3.06 2103 15 11 .6 . 25 . 53:4 '0: 36 6 .405 2531 .423 .9 67 :75 5 1 21 :55 3643 .142 .9 16 .9 34 .b 85 25FGJI:4 65 FGJ2 1 9 49 .2 12, 4 20 .2 lb :6 3: :2 853 1 5C253:,0. 1 250.6 33 8aC .1 9A, . 65 1.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....95-COARSE FRAGMENTSCOBBLE STONEHORIZON-DEPTH(CM .) ILF 9. 8A E 0. 3 to 10aMF103: IS 30. 30;Gi IS 3535:65 30arFGJ21. 9, .. 20 30 A.65 20 40aC Gi 165-65 65 9512 '.04101 .2- 0&' .91PP . . . ..6 03

SHALISHOAT OF SUWVEYI SVPVEYORI HAL KELOWNAj B .C .M .A . f R .A .H .5 , MPLIN G E POOR() SES SEMI!9DETAILLO SURVEYLAIlIU061411 0 G E" . . 1249 2b 13L RECI N2 58 0: ORTHIC FERRO-HUMIC DA POOZOL(1978) %0 0TOO IASPECT (DEG0 1 9 ;ELEVATp S ON IM18 275 STATUSt MO L SOILCOMME I CLASTIC M 1 : GRAVELLY LU; :T41S . . F"N SURFACE'E P FAN 'I -LDRA UN, I NAGE F . IMODERATELY SWELL DRAINEDRPERVIOUSNESS$ F RAPIDIb OYR3 1 5/4 0:LTE LOC:ljDNI :SO METE :S SOUTH OF SEYMOUR.01M .C TO 7 A S EEP 'e ZONE WITH ROOT A .OF IL E P --!M A ;RIX MOIS ;............P HN YHORIZON DE T (CM) BOU DAR. ; . . s I al. ;1aX m I DIS0 HF2 13- 52 GPAOUALTHICKNESS HORIZON COLOUR I TEXTURE STRUCTURE ILH b . 0 ABRUPT ORGANICA t 0- 5 ABRUPT 5 gVR5 S/ l O LOAMSANDY GRAVELLY8 4FI 5. 13 GRADUAL 5 0YR2 5/2 5 SaANOLOAMAVELLY YrSANDVLOAMRAVELLYWEAK M I'MS EDUSANGULAR BLOCKYWEAK OIUMS U BANGULAR BLOCKYWEAKED JU . SUSANGULAR SLOCKYSTRUCTURE 2B NFGJI 52- 87 DIFFUSE S; OYR2 ; 5/2;5 L WEAK M JU .A RIX CIS GRAVELLY OAMY SAND S ED UBANGULAR BLOCKY8 HFGJ2 87-125 DIFFUSE M5.ovp2 AT X A S/2;0 LO A SAND MODEQATEAl ulsGQ My VELLYSUOANGVLAR EDIU GLOCKYSC Gi 125-200 SANDGRAVELLYMASSIVESINGLE GRAIN-- ---- ---- - .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICKNESS CONSISTENCE ROOTS I MOTTLES I ACEMENTAYCIONDE TH(CM) 6 T/OES RIP HORIZON .LN 6- 0 FRIABLE ABUNDANTA 6 0- 5 FRIABLE ABUNDANT8 HFI 5- 13 FRIABLE ABUNDANTb HF2 13- S2 FRIABLE ABUNDANT6 MFGJI 52- 87 FRIABLE ABUNDANT FEW DIV.9 HFGj2 81 .125 FRIABLE ASU40ANTME FAINTCOMM MEDI ON MDISTINCT UBC GJ 125-200 FIRM FEW MANY 'ED U,WEAKLY CEMENTEDPR MINENT7 .5YRS 0 1 .0/6 .0PHYSICAL & CHEMICAL DATAPH I PH 2LH A E 60 : 50 5 : '3411 291HORIZON-nEPTH(CM .)SAMPLE ST, METHOD VALUE SAMPLE T METHOD VALUE ORGANIC A SON NITROGEN1,TES ATEC PLHE 6: 0S 2 2 : :2 24 33 64 954aa4:0999HFI0I0135 - 13 6.2 1 a 4.4.21.HF2 13- 5 52 87 a 2 115.22 5023a:2 aa HFGJI 8 2 . 1 5BCHFGJ2 125 2S .0 1 2 4.4 6.67 1 .2 .24'0 Gi 125-2001` 1 b .4 2 5.0 8 .064. .. . . . . . . . .. . . . . . . . . . . . . . .. . .. .7. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . .. .. . . . . ... . .. ..EXCHANGEABLE CATIONS HUFP .(ME~41006) C . E . C . EXTRACTABLE FE(Z)CAMG NA K DETERMIN ED METH OD RESULT ME TMOD RESULTHORIZON-DEPTH(CM .)1 :03:0 .9'3' : 1.8 MFI .1 .3HF2 13 5 : 132 .06 .05 . a :2.7 : 100 623, 0 :50 HFGJI7 .20 . 09 :06.055 3293 .9930 .4?C HFGJ2 67-12 2.27 06 .07 .051 2 3 0 .7B Gi 125-20050 .4.0 3 6 :23-- ---- ---- ---- ---- ---- ----.EXTRACTABLE AL(W)---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- --COARSE FRAGMENTSMETHOD RESULT METHOD VOLRESULT Pi P2cu ZNHOPIZON-DEPTH(CM .) pp M . pp SP .M . po ORLH u6 : 0 1 15 : 2 5510 0 :02183 :0 5 30AB .2 9HF I 5- 13 1 2 .98 2A . 6 1 :5 15 :5 3028B HF2 J, 2, 13 : 52 3 1 54 4 .5 21 .76 : 97 2 5 . . 7 30a HF a 2 .12 87 3 1 :6 2 .7 . .263 9 . 3 9 .370BC HFGJ2G 127_205 3 0 2 .1 6 .5 2b - .3 j 8 .3 ., P7 . &1 Gj 5 0 a1 1 .6 .9629 so

I . . . . .. . . . . . . . .. . .. .. .. . .. . . . . . . . . . . . . . . .. . . . . . .Sim UNIT TYPES SERIESDATE OF SURVEYS 6SAMPLING PURPOSES DET A ILEO 6 SURVEY SURVEYORSMAL KELOWNA* B .C .M .A . & R .A .B .LgTITUDEjN ; :, 14LANOIT 22 9 11 . 20 .13 UPTHIC HUMIC GLEYSOL419?81U ION 1 tSEC)l Types COMPLEX G2*0PELEVATION EC 5 (M)3 058 STATUS$ MODAL SOILCLASSS ENTLY UNDULATINGSPIC, 6 SUP N T, CLASSIC It SILTYE EC MA T . LFACE EX p RES . 8 LEVEL UV IALDRAINAGE$ POORLY DRAINED0 UN D FF I SLOPE AV to USNESSI M ODEPATESITE LOCATION 1300 ME rztEMOTTLES APE CDNF I NED TERS TO OLD NORTH ROOT OF CHANNEL5:I" ICKNESS HORIZON CULOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DEPTH( CM, BOUNDAR YA IS 0- 25 ABRUPTAs 25- 37 GRADUALG 37- 0 DIFFUSESILT LOAM MODERATEI Mlo MATRIX ;OTA2~0111 ;0 TSUBANGULAQ ED U SLOCKY5; BY SS 4*5,* . 1 ;0SILTY Lo CLAYWEAK SIa. A Ix 0 TAM ATIFIEDS .OY5 .0111m T x 0 ;0,SILTY CLAY MASSIVE MODERATE JULO MANEOGULMAR 19LOCKYG1 SO- 5 DIFFUSE . S. /2 .0 SIATY CLAY MASSIVEMATRIX MOISTLO M;PY5*.011 X 1;5SOILTY CLAY MASSIVEC 62 65-L.A5 I 01AM.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICKNESS CONSISTENCE ROOTS I MOTTLES I MOTTLES 2.0.320 .DEpINtC .IA p 0. 25 FIRM ABUNDANTAn 25- 37 FIAM PLENTIFULMANY MEDIUMPPOMIN14T5. OV ...Q /6 .0a 6 37- 50 FIRM VERY FEW COMMON NE"5 .0yus.0/6 .0701SYTAINC0116 .07 .5yQ7c 61 SO- 65 FIRM VERY FEW COMMON.00,6.0FINE0 1 STIN!T7 . SY R a 0,04 .0c G2 65- FIRM VERY FEW COMEMONFIN0 1 STIN~T7 .5VSS 5 0/6.0HORIZON-DEPTNICM .l25 3 72 6:86PHSAMPLE METHOD VALUEIS IS LE METHOD VALUE ORGANIC" NITROGENAT T E STATE C A Ro a N10: as 2 5:5 2 4 9711 .8 p 37. 5 37 1 5 3 54:0.5.0, :29a G So . 50 6 2 a 2 .32C 61 65 . 5 1 6.1 a 5:! S 1 .5764C 622 1 6.2 2 4 5.6 .64 .064 .15.... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS BUFF .(MEIIOOG) C . E . C .CA MG NA K DETERMINEDPa m. SHORIZON-DEPTNICM .) P, pp .. pp PPM.0:3:09 :32 2 53 :5301 :6 515:0022 :353' :'103 as 12 .A. 00" 1a6 37- 5 5.1 . 3.30 35 .18 31 .1 2.4 5.0 7 5aC 61 50- 65 0 2.bl 3220 :9: IS1 :5 9:00 64 .4 3 8c G2 65- 3.86 2.74 2 9 26 1 7 6 3 6 1 ..... .... ....

Sim UNIT TYPE : SERIES.. . . . . . . . . . . . .. . . . .. . . . .. . . . . . . . . . . .. . . . .. . . . . . . . . . . . .DATE Am OF G SURVES PLIN PURPOSES y : U~TAILtO 65 SURVEY SURVEYORSMAL KELOWNA, B .C .M .A . & P .A .S .L TITUOE(N)t 1 :9 29 38LONGITUDEf A .)l 2 a 34 URTHIC HUMIC 6LEYSOL(1978)ELEVATION iM19 5 XTYPES C2MPLFX Go *0STATUSI MODAL SOIL CLASS& ENTLY UNDULATINGt !n- 2:2=!~MSPEC ;,CLASTIC A . It SLILTYGENE . C . T RES I . . I LEVEL UVIALSU FACECpDQlINArEl POORLY DRAINEDp E R V10SNV SS . 7MODEPA EWYN'lCOLOUR I TEXTURE STRUCTURE I CONSISTENCE.O .IZ .N OTMICK72STEPT . CM I HORIZON BOUNDARYROOTS IA P 0- 20 ABRUPT 42 ;OVR2481j;OSILTY CLAY "OOrRAT M E.. FINEFIRM ABUNDANTSEDIUI . .N'X. . .5 'UBANGULAR BLOCKYMATRIX DRY ll'oAs 20- 27 CLEAR .24Y5.0/20SILTY CLAY MODESI . 'U ATE MFIRM A3UNDANTA. RIX . MOIED SYS, 0/2 .0?SUBANGULAR SLOCKYMATRIX 2 DRYa 6 21 . 47 GRADUALSILTY CLAY . STRONG C AVERY FIRM PLENTIFUL.A5 ; gy I :*Oll mO l0 PSE TO MEDIUMSUBANGULAP BLOCKYSc 47- 65 DIFFUSE 5.0~4 .541 .0 SILTY CLAY STRONG VERY FIRM PLENTIFULMATRIX MO Is LU CTAMSUBANGULAR OARSE BLOCKYc G1 65- go DIFFUSE SILTY CLAY MASSIVE FIRM FEW.A IX 0 l LOAMC 62 go- ms ;OV5 .9/lisSILT LOAM MASSIVE FIRM FewA RIX 0 T. . .. . . .. . .. . .. . . .. .. . . . . . . ... . . . . . . . .. . .. . .. .. . .. . .. . . . . . . . . . . . ... .. . . . . .. . .. . .. .. . .. . ..THICKNESS... IICIN DE . T . (CM)MOTTLES IA P 0. 20'a : 81HORIZON-DEPTH(CM .1P1 Ppm .P2PPM .20- 27 FEWFPIOMINENTMES.OYR4.0,06 .0B 6 27- 47COMMON F4NEp INENTS .OYR4 .0/5 .0ac AT- 65 COMMONME 1) 1UMA2 290 2" 20 :81 .00 .ENTPR S.OYR4.5/6 1 .5C 61 65. 90COMM MEDIUMON P S! OY IN.!NT0/6 .0C G2 go . C04MON"ED I m U,P!DV4N!NT5 0 4 0/8 .0PH I EXCHANGEABLE CATIONS SUFF .(MEIIOOG) C. E. C:AMPLE METHOD VALUE O:G :N4CX NIT:OGEN CA mG NA 9 OETERMI EDHORIZON-DEPTH(Cm .) TATEc P 0ASP0D:202 27A5 G a7 .1 . 25:2 a 52:70A :2. 3212 :67 .87. 47 25ac1c Gi 65- .5 90 a.2.212.7 . 7 al :1312 :39 .:06 .0190. 667.18C G2 go- 215.7,' .75 .50"Ob7 .1736 .08972 .9 . .2 .11 :9055 .549.230 .133A0 : 20AS 02 27 19 :3 :6 :9a G 27- . 37 1 .3 76 0AT- 7 a .. 1 7 :4)ec C G1 65- 65 17 .7 .9 62 9 . . 0c G2 go- 90 3 1 0

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IHORIZDN- DEPTH(Cm .~acPS I1 0 : A17C GSA 7 b 0C S2 6 0 1) 7rG S3 2195-1157 - 5C SG 5PH ISA :PLE METHO DST TE2a 1I2a.31EXCHANGEABLECA MG1 :1 172 .26. .. . .. . . . . .. . .. . .. . .2 604.3VALUE4 a :803 .63 .8PH 2SAMPLE AST TE22METHOD VALUE ORGOANWICI,CAR 043 :713 .153 .22 1 4.9 2 4 4.7. . ... .. . .. ..CATIONS BUFF .fME/. .. . .. . . . . . . . .. .10061 C . E . C .. COND .RI121 :306,9 9NITROGEN%ELECI NAK DETERMINED CU INHORIZON-DEPTH(CM .) ( .HOS /CM) PA .. P2 PP .. pp RPM .ACPS I 10: 417 62 2 567 0 1GS49 2 : 139 3S 76:4 0.8:4 . 126 :3 52 32 : : 75 04 - :. 02 23 22 22 76 . 2C 1. 0 7 1 ..5aj 6 43..05a 25 .7 8613.C GS2. . . 3 3 2 3221 to 1 4. 076.7066 14 1GS3 95-115.3 23 .0 66 .6it .52 : 53C SG53 .54 2 .20 .52 10 .912 .602 4 139 .3 25 .8 77 .4. . .. . . .. . .. . .. .. . .. . . . . . . . .. . . . . .. . . . .. .1PARTICLE SIZEIZ)TOTAL 62S72 U2UCICLLAY40PIZ04-DEPTH(cm .) SAND LT I I&A PSso 1" 0: 17 715280 1 7C G 40 . fi? 6 75 24 19GS2 67 :195 1C GS3 1 95 5C 56is .Clay 141neralaigyCoara. Clay (0.002 - 0.0002 N I Fla. Clay (0.0002 .)-65% est. 1 40-65% est. 1 20-40% est. 1 69% est.1 40-6% est. ~2011 at. I Troc ..l wntmril lonite, ~lorite, mntmrit 1-ite ~lorlto, quartz,17~0) Cg vermic, 11 to, p .gl- lase Wca loo llnl to,"rt',fel dsparsi nte,stratl f IWwcNorlto- w.1I to

SPETIFORE UN17 TYOE1 SERIES---------------------------------------------------DATE F SURVEY9 72 SUPVEYOPI HAL UBCLtTjTUDEE(NW)jjL A 11CITUD 51 19 01 49 .3 04 .2 REGO HUMtC GLEYSUL(1976)1E SION 4SEC)lPELE T ON fM18 52SOEC ;,CLAST!CI11 SILTY SOEC 'r ;,CLA.SI!C A 18 SANDYGENE C OA FLUVIAL NE C T S FLUVIALSO a,C E E XP I .ES.- LEVE. LCLASSIFICATION PHA3E8 SALINE .HORIZON-DE PTH(CM .)0 .9ON I MOISTURE STATUS ATTERSURG LIMITSSAMPLE METHOD VA% FSIELD PLASTICST TE"E DENSITY BULK BAR. 1" BAR- 15 M I ORE LI 17 L I:06 56 4 :4319 : 91 44 3., :6853 :8 64 :24:471 . 23 263 . 7 342. 6 120. 9 53 . 9 39 .23 .6..b 064 : 6 27 23 .620: 263 . 2 411 C PGSIC GS2 53- a 56211 C Gal 86-112 8 2 11 C GS2 112-137 2 4 3 .7 1 .4 1it " :293 7 303 -2LIOU110 1,10 11 z 0 .=D ., I AirDryParticle Density gm/cc Shrinkage Limi~nt% apt'..Particle Size %OvenD ryMax .DryAirDryOveDryMoisture1 >5 .1 cm

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STAVE (Continued)PH IPH 2SAMPLEHORIZON-DEPTH(CM .) S TA METHOD VALUE SAMPLETEST AT METHOD VALUE ORGANICEC A P SON X NITROGEN 032 3 :4 52 261 :321LH A E1: a 21: :0 2 3 3 07a9 F113: 13,S. 5. 05 .19F2 5 2 14745 3 2 15 93aBF3 37 475 9 25 6:ob 11M. 32.: 6 2...747 01 5.8 2.4 52 1 : .2.370 42QJ411 8 C r 60 87 S a 4 5 .4 .56 :9 3it c ~j 67: 2:1 5 9 2 4 5 .4.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....05a0EXCHANGEABLE CATI ONS SUFF .(ME .11006) C. E . C. EX TRACTA BLE FEMEXTR ACTABL E ALMCA MG NA.03 0 . K DETERM INED ME THOD RESULT METHOD RESULTHORIZON-DEPTHICM .)P, PP,LM, 4: a 0 9 30 2 :22 16 23160 93,3 :5A 3 :82:07 a0a F1 3: 37 1500 5 :03 31 17 16 .261 01 : 49pa 15 .29 '9.0 63 . a.1 :30a F3 M 37 A : 647 22..3 311 .017 013:31:03 7 70.0 8 .05i GO : 87 :15 16:01,H 2cl6i 07.01345:7 6. 1 0.6a221 2001 0.93 : 3.. .... .... .... .... .... .... .. ........ .. .... .. .... .. . .. .. ....COARSE FRAGMENTSP2sS VOL GRAVEL COBBLEMORIZON.OvPTMfCM.I RPM . Rpm . % %LHE4: 0A ,3015 3- . 37a 1215 13 176 :0 .0 67 4 :52F3 37 : 47 14 .0a 47 61, : s11 o 17 7 :0 0 '0 - 6it C j 7 524 .0 32 34 .5075 is 6011 9C 64 60.1 :72.. ... . . . ..

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.83 .2STEELHEAD (Continued)PH IPH 2SAMPLE A METHOD VALUE SAMPLE TA METHOD VALJE OPGAaNtl4CXANITROGEN XHORIZON-DEPTH(CM .) ST TES TEc P aL 35 : 10 2 2 :6 58 .00 1 .411F 0 30 2 H 2 13 52 .00 1 27A F 3_:0. 326.1 2 3:5B MF JI 3: 13 2 1 5.017 4 :9" . 60. 0155 3 :.313 1,2 2 .52FG J2 21312 5.. 2. 4 90.1 1 7 5::150J3 4 - 62a.F. Gi112- a 21 5.8 2 4134 119,4S: 06 2.35209a CGI 2 80-* 21 6.0 a 415 .55.7 .1,EXCHANGEABLE CATIONS SUFF .(ME/ 10061 C. E. C . EXTR ACTABL E FE(% ) EXTRACTA BLE AL(%)CAMG NAK DETERMIN ED METH OD RESULT METHOD RESULTPp P. ..HDQIZON-DEPTH(CM .)L 15 : 10 17:99 A :59:43 77 77:9127 210, :3F0 3 1 I14 2113 :59.0 :2A E31 9 05 . 5A422 0 4F 3 13 2 .06 .0. 0:9 1 9a , J, 1 :10 0 :0 203 45 27 :11 3.2. .:0aa r 2 23-22 09 .82 .0 62 1 . a 3.3 .30 J F r J3 .72 . 11" 6 :05 02 05 4 .0 2 26 .6 7 3 .0 2 .4& 7. Gj62- 6 2 :04 .0 : 17 .5 7 2 .8 .2r0 6 19a CGJ 80-+ .11 .01 .10 .01 2.14... ....HORIZnN-DEPTH(CM .).... .... .... . . . .P2pp ..pp.. S.... .... ....PARTICLETOTALSAND1 :9 . 64A.... .... .... .... .... ....SIZEIS)6 2-2 S, LTU2U CLAYTOTALCOARSE% VOLFRAGMENTSGRAVEL%.... .... ....COORLE%STONE XAa MF FGJIFGJ25a FGJ3MGJa CGJ19 : '30 '301 :93. 0 26 . .g: 13 3 .0 4.5B13. 2 3 527202'1 :: 6 222- A 1 A 73 5 52147_ 7 25 11 .0 71 50 :0401 52 7 401 291 201062a 20 10062- 8so.+ 0 21:9 I MO 40 20 is 5

STRACHAN --------- --DATE 4, OF SURVEYSS MR t. IN , PURPO SE : SEMI SU VE At!9DETAILCD S URVEYHAL KELOWNA* R .C .4 .A . & P .A .S .LATITUDEIN)l 49 27 29LON r CITUDk(,SeC), , Wit I 22 56 465 OURIC FERRO-H PODZOL41978) 30 .0PRE SION0 r YPEI I ALEE L E VA 7 1 ON (M)S 300 STATUSS U-MO :CAL SOIL ASPECT (DEG)t S21 0GENETIC MAT~ .IS .,SuPFA C .E IF 0MUQNA a .lNALLA ETDRAINAGESMODERATELY WELL DRAINED:2!!:=:L=!!SITE LOCATION 5 KM NORTH YZDUPMDAT H ER e IS A 0 OT M A A I7 RESEN OF IN SE TH 8 GS MADRIZON .78ICKHN6 .SS 14 UQ 4 Z . NY COLOUP I COLOURDE T (C ) BO DAR.. . .~ .N2 TEXTURE STRUCTUPE'lLF to- 9 ABRUPT ORGANICH 9 . 0 ABRUPT .:dYA2 ;0/2iO ORGANIC WEAEK FIx DisSUINBAN6ULAR BLOCKYA E 0 . 4 ABRUPT TPA 5/ SANDY LOAM 15AK ,5A ; .oIX OISl ;5 SUBANGVLAQ I NEBLOCKYa HFI A- 14 CLEAR MS .OYR3 TU .0/3 MO ;2 M 5 ;ooyp2mo/* ISANDY LOAM MODERATEA IX Is A IX 01 S ;o ,SULDIUAB NGULAR BLOCKYa HF2 14- 37 DIFFUSE 7 ;5yp4 ;0"1 ;0 YR3 ,3 0 SANDY LOAM MODERATE UA RIX ol . A ; RD IX Z. ols SEURINGULAP BLOCKYMa F 37 . 65 DIFFUSE 5 GY 3 0/ 7 SYR3 ;00/4 SANDY LOAM moo TEMATRIX 1 11 1 MOIS 4 ;O MA ;AIX I S;O MEDilull, S I USANGULAR 4 BLOCKY8 FGJI bs . 95 DIFFUSE MS ;OYR3.9/3;5 SANDY LOAM MODERATEA RIX is meolu s A MU9 NGULAP BLOCKY6 FGJ2 95 .130 DIFFUSE 5 OY94 0LOAMMANIX ;.0116s; '0 A;. OYA3'O'4*O1 . -0 1 ST ::NAIOIVL E LyMODEURATESUBA ED' .GULAP M SLOCKY8 MGJ 130-155 ABRUPT 5 OYS.0/3 0 LOAM MODERATEIMA, TRIX MOI T SANDYL GRAVE LY SUED BANGULAR Um BLOCKYa CGJ 155-180 DIFFUSE WV5.2/20A OIX 01LOAMSGOIDYLLY ANMASSIVEac 180-205 SAND LOAM MASSIVEMWONNOMSTGRAVELLY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..HORIZON THICKNEST . CONSISTENCE ROOTS I MOTTLES I CE4E'ITATIONDE T (CM GEN T /0 S A I . .LF 10 . 9 PLENTIFJLN 9- A FRIABLE ABUNDANTA E 0 . 4 FRIABLE PLENTIFULB HFI A- 14 FRIABLE PLENTIFULB HF2 14 . 37 FRIABLE PLENTIFULB F 37 . 65 FRIABLE PLENTIFUL0 FGJI 65- 95 FRIABLE PLENTIFULFEW FINEF AINT8 FGJ2 95-130 FRIABLE PLENT FUL8 461 130-155 FPIAB~E PLENT FJL m A4Y rzt)0PPO .IN!Nl IUM5 . 4 0/6 .08 CGJ 155-180 VERY FIRM VERY FEW COMMON AINDURATEDICONT NUOUSCo PSE0" 7.5Y...S15 0 ""' ENT.0BC 180-205 FIRM STRONGLY 0 CEMENTEDCO ARSE CONTINU USPROMINENT

STRACHAN (continued) PH I PH 2SAMPLE A METHOD VALUE SAMPLE ST, METHOD VALUE OAGANNIC% R NIIQDGFNHORIZON- OEPINICM .) ST TETEC 0%L F 10 9 2 3.9 2 3.5 5A 00 1.47 ,.7M2 3 5 4 2.9 5 a 14 30 9A0. A 2 : 2 3:5 .a HF2 1 A . 0.2 3 .294 S 20820HF2 1 :: 37.6..37 65 2 :3 22 44. .SF -: 58:'81 5 . 0 2:.7 2F'J' 95:1935 24 9 2 : :3 5.1021. FGJ2 , g:3 5 1 . .5a 1 .97 08 M , ._a 6i1 5_1 05C 1 5 a172 5 1 2 . .64 711C 180-205 2 5 . 3 a .EXCH~ANGEABLE CATIONS BUFF .("E,01006) C . E . C . EXTPACTAbLk FEMCA MG NA K DETERMINED METHOD RESULT METHOD RESULTHORIZON-DEPTHICK .)7 58 2:35 :29 .,1 :7297 :2aLF 10 : 973114 a . . 7 09.02A HPI 0. 48321 0:01 3 7A. to .27 .0 .06 A :.5 046241 9110 .9 01 . 3WF2 t ;: 37 2..0 F 3 65 .46 .09 .07 :0. 25 :11 :3 35, 5 60 .01Gil:26 0 .0880403 2251 .,0 .7 36 FGJ2 9 -130 2 .06 .'0 :5461 130 1.13 .03 .09 4 .02 1 .63o .a CGJ 155:1.037- 6 69550 0 :523 0 . 00 .211C 180-205. . ... ... . . . .. . .. . . . . . . ... . .. . . . . . .. . . . . . . .. .. . .. . .. .. .. . . . . . . . . .. .. . . . .. . . . .. . . . .2COARSE FOAG EN9XTRAC TASLE ALMaMETHOD RESULT METHOD RESULTRE M.cum . ZNM . X V LP,SRPM PP ppMOR:ZON-DEPTHICM.) pp . . pp .LF lo 9 32 :0 3::2 56 .0 IS 17 :8 55 :3:3165 29 00 2 . 7A EM 0 . 40:2Fs 7 8: : 210, .S 14 .8 35 :5 300: .1 1 4 . .1 4S 3 1 10 30o' 0 '15 0A 7 3 3 2 .5 20 : 53:993. .7F 2. : 1 .92 3.. a 17 .3 22 Is 4 38 .8 30FGJI 5.:so161,11 1 3* i 1 :63 :22 195 12 .9 4113 0:1 1I1 26 2 336 : 04 50:2 3 0:6 10 .9 ..6laIN 42.3 .0 5 CCG ji155-1Sag.6 3 0 1 18 .40140-205 1 0 .4:7.

STURGEON UNIT YVPEI SERIES. . .. . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . .. . . . .. . . . . . .. . . .OATEtOF6SURVkYjESAMP IN PURPO I DETAILED 65 SURVEY SUP"Y"IHAL KELO .NA . B .C .M .A . & R .A .B .LAIIIUOEINII 49 17 38L . Q11 G C C( .,, )1 1 22- 3 7 27 0 :11 -60UGLIYSOLII'17 ::MEN (SEC 5ELEVATION 11 t SIC, iMll 2p00P.:'SET' EATY=n . -0! :2,!!~-!-~=:2 tS."TYPEI COMPLEX 0CLASS: GENTLY UNDULATINGGENETIC C E0ATals .,SURFA E XPORGANlCVENErSPEC ;,CLAST!C 11'ENE CSLILTY FUVIALAT IDRAINAGE$ UNDF F VERY POORLY DRAINEDSLO ;RPERVIOUSNESS9 I MOD RATESITE I H 13 LOCATION N a NE :RCE :tTE :NMEN OFYSTURGEONNS~UUGH RD- PITT POLDER .H E Re 141SR X E TICALL 0 ONT AEV0DENE OF 0 0 6 0 nL 0 IS N opyl T G E 6 I 3MAYAND 64 p HORIZONS A :E E TICAL I CRACKS I r IN C G D A 00' 2 CONTA14 ORHANCCO ERICAL F OM BOVECLASSIFICATION V P PHASE ISI PEATY C r .THICKNESS p 1 HORIZONHORIZON DE TH(CM 80 ON YDARCULOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I0 HP 37 . 25 ABRUPT M?;5yQa;0/ 05 l O ORGANIC :ODEUATE FRIABLE ABUNDANTG. EDI ANOLA M .MATRIX 0 0 DRY0 mi 25- 15 GRADUAL 4MYR240/20 ORGANIC FIRM ABUNDANTA I X oisU H2 Is- 0 CLEAR10 MA ; 01' Pi '3*0"4 . ItsfoORGANIC FRIABLE ABUNDANTC 61 0. 20 DIFFUSE . 2; 5y3. . 5/2;0 SILT LOAM MASSIVE FRIABLE PLENTIFULA RIX 01 TC G2 20- 52 CLEAR 2 ..5y4 .0/2 ; 0 SILT LOAM MASSIVE FRIABLE FEWMA r PI X .01 TC G3 52- 80 DIFFUSE N4-AYAOIX'O.OIST *0SILT LOAM MASSIVE FRIABLEC G4 00. N3 ;5,'OMDO. . .. . . .. . ..OINE F SANDY MASSIVE FRIABLEL mAT IX IST.. . . . . .. .. . . . . .. . .. . . . .. . .. . .. .. . .. . .. .. . ... . .. . .. ... .INICWN26SHORIZON DE I . i M ,MOTTLES I0 NP 37- 25U Ni 25- 15D H2 15- 0c 61 0- 20 FEFINEtoF AINTOYR4 .0/3 .0C 62 20- 52FEW10F~ FAINT I NEOY04 .0103.0C G3 be- 80COMMONr'o PROMINENTAR SE7 .5, R4 .0,14.0C G4 so- COMMONco AR om SEP!S, .IN!Nl7 4 0104 .0moplzoN .oEPTH(cm .)0 Hp0 H2 .4 1C G62G3C 6 4PH IS PLESTATE37 : 25 225 15150- 20022025 :5252 80so . 22255 15 ?1 .- 2. 0 3.520 : Sa. 952 soMETHOD221a11VALUEPH 22: :2 A .97S . 25 ' .311 S . 36 2SA PLESTATEEXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C .4 S 53 :81 .3 :7 .6.32METHOD VALUE ORG N CCARBON XS. 5:65321 .922.384A45 0.1lb3 6NIT OGEN%CA MG NA K DETERMINED P1 P2cu ZNHURIZON-DEPTH(CM .) p P . . pp 5pp . . pp ppm .37 0 HP12. :4, 2 :09 1U H 2 1 5 09 :a0732 75489 66 : : 103:7220 :9.9105 :210 0 2: o 02 6 24 70 H,1 .6 9 .0 5 69 0 b5 23 3 3S 0C G" 12 .838 9 .12.0 6 14 . .....5..9.5A.. 52S .4G25 41 0 . 153. 0347 4:11 60.2c 63! 0. .a" 2"5" 62 : 1527 .C G4 so 2. ' o 1 , 14 :1 48 38 : 6,2.. , 60 62 :3a1 . 42

to 130:1.1010111 Cl -0 d V'"dO 4-w2WHId3C-K0Z100NId.... .... .... .... .... .... .... .... ........ .... .... .... .... .... .... .... .... .... .... ... .C :c to 9? :to : se : :q 9 G to9 1392 :, I io, :,9 :Z ; 9 319 s0 toa.0 tv .L .:0- IC6-t90, fic. : .9ac 1 :C10 I d2 1go : 1 :11 .9 90- 90 10161a 60- 106 9 1 9 1a 3dnL3ntus t 3ani3nuis 3dAIX3L i tinoio,3 NozitioM03NIW03L30 WN o v N390blIN % X21N.9.0 Toe"W1 InIVA 00"13W ldWV-3 1900113WAAAG SNORIV3 3lQV3ONVH3x3 I= .............viv o 1"103H3 1 1;;, ;:;;INIVJ 3NI35001 -So.34 1319VId .4 AbZA 61, -ZZ at 3INIVA3N 4iiSS a N )131 A31OV10 .4 Ad3A cc -cl Is 3tv -0 d v-cl toIN VA iNvaNnev 319WItil AaAA Es -0 d V3AISSVW Idnusy4 "2 N)HAd!G NDZ1doH331NUStSN03 13 "1 1ce. .. .. . . . .. . . . . . .. .. . .. . . . . . . . . . . . . . .. .. . .. . .. .. . .. . .. .. . . . . .. .. . . .. ... . ..NIV"O 319NIS Niv"O 31ONIS QNVS 3SOV03 togla0 m . xtalvw 'N1VdO 319NIS aNWS AWV0l: . al . :A 0NIV09119NIS ilAtSSYN ONTS AN Vol O-M-GA0PSW"3sniAtoo .ZAU?S11 0 .1"jW" , 10 0Islo" ' " It"W"GNVS AWV01o elo-THAolot xAk0VQNn0G fM'3)HLd40 NOZ100H'Sl3NNVH3 i000 ONOIT AINIVP S311LOW$31ON IVNDILICQV0j1d , ;Sb 1SS3NSn01ANb3dazic .nd 003NIVtIO AldoOd 0 139VNI 1 0... .I IIA31 n 1*53 !d, X3 32v4uns r40 V' 3113 . , 39ACNIS I t 311S I :) 3 dsjtNn 7imdvbviivuis a3acin0-00lins IVO04 isnivis 'j ;jN;; NflijA313113gd% (9L6t)10SA'4l1) 093d3i .)a n!IT 91 go to 6V "ItiNi 0 onitivi ON I39NIldAVSA3A,,nq -9-v-d 9 -w-m-3'6 IVN .nl3X -11H ItIOA3Adns 03'11VL3a 1 9 1 13SOdMnd Ai A mn S j 0 3 IV a------------svvqns

SUMAS UNIT TYPES SERIES. . . . . . . . . . . . . . .. . .. .. . . . .. .. .OATAOF 6 SURVEY : ESS MPLIN E PUPPOSDETAILED 61 SURVEY SURVEYORSVKC KELnWNA, B .C .M .A . & R .A .B .LATITUDE(N)l0 e '),L NGITUO IREGO 6LEYSUL(19781 TYPES S MOLECLAS 8 DE RESSIONALSTATUSS MODAL SOILTO LEVELSPEC CLASTIC 19 SANDYGENE ; I MAS E. LACUSTRI .EURFACE C P LEVELDRAINAGES UN , POORLY DRAINEDFI SLORPE.V01 0 U SNESSI 4 APIDIMICKNI!t COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCE-04111N ISE I . (C45 2A P 0- 13 lp!PYF3!0"2!0LOAMY SAND MASSIVE SINGLE GR41N VERY FR14BLEI OlsMA 10 .0 R5 . TRIXLOAMY C Gi 13- 22 OYS .012;0SAND MASSIVE SINGLE GRAIN VERY FRIABLE5. ; M RIX Of I22-C G2 45 MUOY5 S .0/20 LOAMY SAND SINGLE GRAIN VERY FRIABLEA IX MOIE()IC G3 as . COARSE SAND SINGLE GRAINTHICKN6SS ROOTS I MOTTLESHORIZON DE .I. (C . IIA P 0- 13 ABUNDANT FINEFAINTC GI 13- 22 COMMONDISTINCTDc 62 45 FEFAINTc 63 as-.41PH IEXCHANGEABLE CA71O NS SUFF .14E .1 1006) C . E . C .SAMPLEHORIZON-DEPTH4CM .) S TA METHO :GANNICS, NITROGEN XCA MG NA K OETEQMINTEC P80A P1 0: 13 2 2 5 4092:06:06 6:73 2 b :4 :9394:931:0, .5C68C G2 .7, _21 .07 25. 1 . 0 5 . 2.c G3 5 2 1 b .7 .35 .011 : 8281.01, 0 ..343.3.. . . . . . . . . . . . . . . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . . .. . .. .VALUE 0.0" 19..HOPtznN-0EPTH(CM .) 01 PPM .SO : 213 1111 p 1 3 2 1 8 : 0.C rG2 ,22S_5G307:00

00C0:zI 0-V S60 6 S19Z 01 010 C sle S, 11, 832 r ro 0 6 1 S*C cc -a? Ia110.01 0-9 ze _rt 3 1 3 010V04 919 Cl :0 3mmv I:111, 00 C'Wdd ' .dd I-W3)Hjd3O-NOZIaOHad Id. . . . . . .. . .. . . . . . . . . . . . . . . . .. . .?:96. GOrl. 96:9ea 1 : 91 :1 to :aAT 9.2 S6 01:1 1 o NO :ag- 9 S 0, : ss00S.83It- 09 . ig :,toVL I .I000:60 . te : %IScle C a 9 _zC a9 Sat1-Ze 24 9GO : C Z-1 0 .a? :fIal 00:1. 10 s:1I0al I :00-0 Z.:Cl 03 vl 1.0 9 o 6IVCL-I cc-it a 0ml03NINU3430 VN ON WD N39001IN3 NOGMV3 to3 % 31vis 1'P1)HId3O-NUZIhOHINTO 0 ldwVS3nlVA oomiam .1 -3 13 (ooot/awoAns SNOtj" 31GT39NVH2X2 I "! ----------------vivo lv3fw3H3 9Q 31 N03INW?JIA Ad3A -091.blj SIT-S6 era v 110-910,, ;*tl3Agkl IsA W dwn 03WNo"NoD , 319WIMA AURA 96 -0A.4N3NIMOUd nj 3" NO ..Ol 0 "3SO01 04 -SG 9 92ANITA NJ'amasnonNiip4o,30~ Al NOtJJS 3 m 3.4 939 NUIA AdBA -cc Ss C"3NId ANTNVSOl0 .13.amsnonNIINOD3 95 AlaNTS 3NIZII?IOw.xI(kf,!ToNOtlAS M3 .iOt,11H Wtj AU31AAX'3010 ovinsHv ac 2I Ad A -ccnitAN31d 31OVIO1 Ad3A NIVUO319NIS ll -CIINVoNnew 31QVItlJ Atf3A CI -0 3'dlb3S3WIN3OTN 1, a ISHON)MIdSM0 S . NOZIUCH01 P43W 13 1 S31110" 1 sloob 37N31SISNO7 a atini3nuis a )471 1.. .... .... .... .... .... .... .... .... .... .. .... .... .... .... .... .... .... .... .... .... ... ..Islow w1biv" S,3AISSVW AV13 0 /9 0 9 -911 5 9 11Iqoo .XItjl ;"ahissym AV113 0 1 VAO S 3snjazo StI-SG OP3 v ttAA,3019 oar 3sodw,noNvens o 0,ivnovus dnosw.13.0 alo SA 9 ISI 0 Io* 41 O'XAl,'V"11 Itol6 -04 9 2A)13oi?.,,,vin9Nv .o.nsn01181/0"O'lAo's" OL -%G 92Ats2 , x I ULTW . 0dAOb IV 1AW3019obvinoNvensa 3N10 Ponz w ot mot,1AIS ONl - xl - " i n v m GG -ac r93A ao vals i v o tf . 'SM C/o "04 AO O ONVS APOVOI N10 S O O-a 3A ISSV 01 wvol AGNVS).v32,ONVS AWWOlAw3oie t3virm"Wans IN1Ax~~ojq uvinoNvens3NIA V3Nvol 3Z)l m AONYS 111ol slowwid!w"9 0 , bA S I0 -T, aA 93 vH V0 .1 .10?I tx, A, st, All W1930" " XIdIvw0 2/0-a"We UY313 at -91 24 90.1 AIIO O.S XIUIIO .Ao.OTIs"0.110-StIA0 lo" X1011" .01 Idnuev Zz -CI wAV ON . X 1 HW" 0 OO 0 .Z,*s AIISdil"'I/O'CdAO'Ot I IOW317 Cl -0 2H w~INVObO 0 -C "IKII Bdni3nmis 38niX3A Z dnoiao, I unoio3AUTONnos Noz SS (w,3)miq3o NI NuzzwoH1%10,4 a 2141'WUIA AU3A 30VOLS310"M'.11HA 93043IVd 031NgH33 GN"16 01 ABdO 3AZIO MUVO 03U31JVDS SVH?A32ON"ll-NOII33Sd2INI Sod HiIOAUV3-SlbdON 10 ISV34inos SMR13W Ot INOILT201 311s:01,S;lSS3NsnOlANdnAda03NIldO AIA33Adgahl Ol 139VNlwtlo " a3NItl ;" ;AV0 lIj3N3OA3 AV t , VID AS 3 :)3dSM; ;;;;;;033N3A :-S3tldX3 33V,,,ns37ONV"S .1 l .tlV'A"333dS!INWt$OzIONV*l I 'lVltJ3!V" A 30S ISSY1:) llos 1TOOM Isnivis cot NOIIVA3'ld3AONIdOIS AILN39 IN31dj[S 3, Al 90 s I "I"0 % L6wiazood :)idb3i-oNnm N131SIM0 03A319 l.C* 6C ??Init ..i'(' 30 .0 90 6, ,N)3 .n,liviNniloi aissw-v3 NOII"OlA3Amns 0311VI30 9 sisoddnd S -.mpdovs-a-W-b I -v-m-V9 OWNIO13)4 ITH lbOA3Atjns 9 CA3Amn :1 0 31VO. . .. . . . . . . . . . .. . ..S3[ts3S i3dAl LiNnH3vqyqns

SUMMER UNIT TYPES SERIESI . . . . . . . . . . . . . . .. . . . .. . . . . . . . .DATE OF SURVEY$ 60SURVEYORI PNS KELOWNA* B.C .M .A . I, P .A .S .$A MaL IN G P U RPO SE I DETAILED SUP V E YCLASSIFICATIONSLOPELITITUDEIN11 49 07 13L . RN C,2 3C, I 2 53 7 GLEYED ORTSTEIN HUMO-FERF41C PODZOL(197TU 1 1p E SI ON (SEC)l 0 I D 0a 5 %TYPESELEVATION (M)tcol-POLE0 5TATUS MO AL 5 IL CLASS$ NE A PLY LEVELSDEC ;,CLASTIC . 11 SAhNDYSPECT,CLASAT!C 1 : CLAVEY. ,GENE MAT . ES I . . E EINE. M.0TSURFACECp V N EP 'ENE DESC .ICTALAI .'ALDRAINAGEIIMPERFECTLY DRAINEDTHE EXCHANGEABLE CA VALUES INCLUDE MO .-0 .1l.N T"jCl.lNESS De T 1CM)CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCEL 5- 3 ORGANICFN 3- 0 ORGANICMUCKYA E 0- 15 42 ;0YRfi;0/2;0 SAND VERY WEAK SINGLE GRAIN VERY FRIABLEnix cis FINES U aANGULAR SLOCKYa FC 15- 23 . 2;RY:24S,2f5 SSANDY LOAM MASSIVEI I STRONG M DIUMANGULAR E BLOCKYVEIRY FIR A ODVE , Y8 F 23- 33 TPA 0114 a10T. O ix OlsSANDMASSIVEFRIABLE8 FGj 33- 48 42 ;gYll4 . Mo013 ;S $AND MASSIVE FRIABLEI isB MGJ as . so?, OY !5 . 0/! .oSAND MASSIVEM -FRIABLEat 01 N Doc 80-100 MAY 10 .0YR6.0,44 MO S ;o RIXSAND MASSIVE VERY POIAGLEIM C G 100-120 5;gY5,g,21? SANU MASSIVE FIRMA IX 01it c 6 120-138 .:;oY5 .9/1 ; 0 SILTY CLAY MASSIVE PLASTICRIX a TIt c 138-#. 14YN,10I 0SILTY CLAY MASSIVE STICKY V ERY NAPOPLASTIC.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICK.71-;Sj ROOTS MOTTLES I MOTTLES 2 CONCRFTEIGNPAP? CEMENTATIONI I.O .IZON DE T CMNODULE D SC I AGENTIDESCASP .L 5- 3FN3- 0ABUNDANTHORIZON-DEPTH(CM .)PHAE8 FC0- ISIS- 23ABUNDANTIF NEFEW23- 33 FEWSTRONGLY CEMENTEDCONTINUOUSGi 33- 48 FE MANY p 2 .SYP3 .Of6 .0 WEAKLY NCEMENTEDPONINENT0 IS co TINUOU 55 .0 .OOb .0a MGJ *a- 80 COMMON IFEWMEDIUM M 01!D0 IU4.01..01 0 UGHOUT MATRIXsc 80-100 FE *VA4 .0/* .o7 .5C G 100-12011 c G 120-138 10 .OYRS .0,03.011 c 138-+1aEXCHANGEABLE CATIONS OUFF .(AE/100G)SAMPLEST 4 METHO D VALUE ORGANIC A a N " NITROGENCAKTEc A 05: 33 0 2 1 7 54 93_ 1544 2 5 99 ' A E: .0 4,391 023 IC5a 1 :,1 .7 :0065:50 1 82 60a 1 2 - 33. 19 5 :7 39.0 1 .B FGJ 33- 3 48 2 .64 .03 41:a .., A - .0 a5 . 1 :03a n: 0 :00 5, .sc 108.120 aa-1002 :50a1c G.10 .05045 . a7 :17:00 1,11 C G 120:.138 13 . 25 .7 .17.c:039 155a5 . 97 : 0, 01 13 .3 52 :3o.. . ... . .. . . . . . . . ..11 c .38HURIZON-DEPT .(Cm .)L,5 : 3FA8 r FC30 - 1 0r,B0 "GiB c 15- 2323- 331 .,11 33 : :8c89 -10 0100 .129GatPam .120 :+ 122 . .013848 28 : .o,2:0012 a.012 : .031.053 :0C . E . C .DETERMINED2319:290.622 .0012 .. .012'32: .5 9.4. . . . .. . . . . . . . . . . . . ..301

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-------- SUMMER UNIT TYPE9 SERIESw----------------------------------------------DATE OF SURVEY$ 72 SURVEYOR$ MAL UBCLOCATIONCLASSIFICATIONCNSPEC r , It 13S. .;,CLAST!CMAT C .PCS ISANDYMARINE VCNEEP~PEC CLMAST!C'ENET1I C AT ICLAYEYMA I INCURFACE'~ CDRAINAGEt IMPSRFECTLY DRAINEDAirPH IMOISTURE STATUSS MPLE METHOD VALUE UL/3 5 % F ELDHORIZON- DEPTH(CM .) STATE2DENSITY BAR . BAR. MOISTUREIS : 1 0LH A10 0 4:2 58 FC0 24 18 :2, ::7 29 :o012B FGJ 36 :, 61 24 5.2 : 9.7 9434 . 19 .35.4 1 .513 :3 3.7 A. 0 26 :6C G1 G2 106i-1P Depth5.5 1 .569 5 6 5 26 2anParticle Density gm/cc Shrinkage Limit % Particle Size %HorizonOven OptimuI cm

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SUNSHINE UNIT TYPES SERIES. . . . .. . . . .. . . . .. . . . .. . . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . .CASUPVEYUPS GGR KELOWNA . B .C .M .A . f, R .A .D .SAMPLING TE OF SURVEYS PURPOSES OCTISLED 63SUR VFY~H-A!2~;0LATITUOEIN) :L a N CITUD122 49 03 27 06 25 UPTHIC T U HUMO-FEPPIC PUDZOL(1978)K 15P EVASION 4SEC S0 ATI ASPECT (OFG)l 27ELF ON ( .19 110 05 S AT S M 0 L SOIL-10 MATRIX .0y A 5 .0/4 DRY .0;Spec CLASTIC MA It SANDY SPEC ;,CL .AST!C It CLAYEYGE *NE I X %E'S ., FLUVEIAL GENE . T'l. "L .CINESURFACECE P VENE , . . . 6DE C IPT C:4014448,moA SALDRAINAGES WELL DRAINEDA U N 0 FF tS LOW=t!~!-!!!S=l!22T"ICKNEMS . OUIZON, CULOUR I COLOUP 2 TEXTURE STRUCTURE IHORIZON OF T (c ) 80 NDAPLH 6- 0 ORGANIC0 F1 0- 10 CLEAR b ;oY :3m8 .Q ;OLOAMA . ATY ., .O, ISF NE TO MEDIUMM 7SUBANGULAR BLOCKYATPIX 5 DAY 4*0B F2 to- 33 GRADUAL .5.oYp%O/3 ;0A T LOAMWEAK FI . :I,X 5 . CIS ,I NE aSU ANGULAR BLOCKYMATRIX - A DRY 0 4'00 F3 33- 55 GRADUAL AOYR5 X R16 .OSANDY LOAM WEAK NrSoAT I YSUISANGULARBLOCKY11 6 M 55- 77 GRADUAL M5 ;R0YX4M0/2T0LOAMY SANDAA 1 01/: . ." 16NEKSUBANGULAR I BLOCKYMATRIX DRY 011 oc 77-108 ABRUPT SAND SINGLE GRAINIII All too- 10 ;OYRSMO/2;0 SILTY CLAY ODERAISE JMMA . RIX6.01 .0 S EolY: 0' 11 .0 SUBANGULAR BLOCKY42TIot . I OR Y. . .. ... .. . .. . . . . . . . . . . . . . .. . .. . . . . .. . . . .. . . . . . . . ... .. . . . .. . . . . .. ... .. . .. . . . . .. . .. . .. ..a wi 0- 10 VERY FRIABLE ABUNDANT0 F2 AD- 33 VERY FRIABLE A13UNDANTa oa 33- 55 VE :lY FRIABLE ABUNDANT11 a M 55- 17 SINGLE GRAIN VERY FRIABLE PLENTIFUL11 ac 77-108 LOOSE FEWIII All 108- FRIABLE FEW2 1PH ISAMPL E ME THOD VALUE 0 6 NIC N IT OGE NHORIZON-DEPTH(C . .) STATE CAR13ON V, iL4, 14: SO025 :5a2' 21 :9 . 5~ 4:1 ' 35 F2 a10: 33 1 .985JIF3.085 3_ 55 256 . . .75 A77 2 .35 :0 6A 11 1077-100 526 :1.04,IIIcAB a 2I15 .0.03---- ----I"FTHROUGHOUT INE MATRIXSO HERICALFf- FINETHROUGHOUT MATRIXSO M ERICALEXCHANGEABLE CATICAMGONSBUFF0.IME:230./10061NAK7:00 200:Do . 1100C. E . CDETERMI.NEDHORIZON. 1---- -------- ---- ---- ----1 .50 .90.0 1 : 00 . 0:8030---- ---- ---- ---- ---- ---- ----9114 9 :b .652:77---- ---- ---- ----TMjCXNCMj STRUCTURE 2OF T 4CONSISTENCEROUTS IONCSRETCIONRAN~NODUL D SC I PILH A- 0HORIZnN-DEPTWICM .) pp . .LHBaFIF2F314 : to- 3 0 0 2- 43 :003 0.- 5 377-10too-11 II, LICAS a19 :91 3 8 . :503 8 .5

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TRIGGS UNIT TYPES SERIES. . . .. . . . .. .. . . .. . . . . . .. . . . . .DATESURVEYO 0 S KELO*NAvSAMPLING SURVEY& PURPOSES OLTAILEO 60 SURVEYB .C .M .A . I, Q,A,0 .LtTITUOEE(N!jjLaE4GITUD.IISCCI . .22 49 A 11 . 45 0 16 TYPI(. T S FIOPISOL(1978 1)J .05ELEVATION " C SIO IM)l 6 STAU1 0ALOtL66";11C ::T ;:S . . O!G:~N.jCSUM A E P 8 A TOE SCRI P, .. IS BOG DRAINAGE$ VERY POORLY DRAINED3AU PER NOFF V IOUSNESSISLO MODEPATETHICKNESS COLOUP I TEXTURE STRUCTURE I ROOTS IHORIZON DESSTH(C M)pI ORGAN C FEI . SO .OYR3.0 .13.0 ORGAN C ABUNDANTMATRIX MOIST0 2 18-210 . 7; : Y: 4; SIS 0 ; O ORGANIC STRATIFIED FEWA 1 IsPH I EXCHANGEABLE CATIONS BUFF .4ME411006S C. E . C.SAMPLE STA METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDHORIZON-DEPTH(CM .) TE C A P ISO N X2 3 :181 56 60 3 2:305 :34 :35 1381 :1a :1 10 : " .0 2 2 :948 :2" .6 . .56 3...0 F2 16-210 0 a2 2 34 .0 Moo a 00 .545 13 .31 1.967 3 03 7 704HORIZON-DEPTHICM .) PPM .a Fl29 :50310: 10. 18-210 2 0 0 12 0.3

TRIGGS UNIT. . . . . . . . TYPE$ SERIES.. . . . .. . . . .. . . . . . . . . . . .. . . . . . .DAA 6 SURYSURVEYORSYSAMPLING TE OF SURVr PURPOSE' 2y' DEI ILE 5 . EHAL KELOWNA* B .C,M .A, & R.A,B .LgTjTUDE :N!j,LRNCITUD 122 *9 09 26 20 38 TYPIC FIBAISOL(1970)1P E SID N (SEC)# 05 TYPE$ELEVITION (M)S SI~PLE 55 STATUSS MODAL. SOIL CLASS$ VERY GENTLY SLOPINGIINITIC "5U R E:I ;:S . .FAOF SCR15T ..Pt .RGA.ElCBIAN I130 6 DRAINAGE1 VERY POORLY DRAINEDRU p Ry No F F OUI SLO ,E I SNESSI MODERATETMjCK7ESTHORIZON OF TH CMHORIZONYCOLOUP I TEXTURE ROOTS I FIELD PHBOUNDAR0 F1 0- 12 CLEAR ORGANIC ABUNDANT EXTREMELYAc 1 0U F2 12- 23 ABRUPT . 7; SYP540 0 /4 ; 0 ORGANIC ABUNDANT EXTREMELYA PI X is ACID0 F3 23- 35 CLEAR A2 ; SYR3 Ao0" T0 ORGANIC PLENTIFUL EXTREMELYRIX Is A C, 00 F4 35- 75 GRADUAL .A 2;5YR2 ,. 00'3 .0ORGANIC PLENTIFULRIX Dis T ACID EX TREMELY0 PS 75- . 2;:Y :3 . gl3;0 ORGANIC PLENTIFUL EXTREMELYA I is A C 10

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TSAWWASSEN UNIT TYPES SERIES------------------------------------------------------DATEOF5 MPLING SURVEY1 PUPPOSEt DETAILED 56 SURVEY SURVEYORSPNS KELOWNA$ B .C .M .A . & P.A .B .L IjT0OEkN :j, 119 02 40LgN p ClITUD3 0 05 18 OQTHIC REOOSOLE SION 4 (SEC)$ELEV , 7 1 ON (~)t a STAYUSS MODAL (9'0' SUMn2!!%TYPEt COMPLEX 3*0CLASSI GENTLY UNDULATINGSPEC ;,CL,ASTIC A . IS SANDYGENE C C E . I . :S . . MSU :DINESURF E PLEDDRALNAGESRUN PERVIOUSNESS F".MOO!PA S TELY WELL DRAINED, LO ARIDTHICKNEST -O R4ZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2HORIZON DE P T . L, ,(C- 30 OARA H 0- 7 CLEAR 10 .A ;2Y. R2~01$2;31 01SANDWE C .AKSEG0PANULARSINGLEGRAINC I 1- 25 0a .5y4 .5/4 ;SAND SINGLE GRAIN.A I RIX mol 7c 2 25- SAND SINGLE GRAINGRAV E LLY.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICKNESS p M , CONSISTE4CE ROOTS I FIELD PHHORIZON OE T K )A 4 0. 1 VERY FRIABLE PLENTIFUL MEDIUM ACIDc 1 7- 25 LOOSE FEW MEDIUM ACIDFt NeC 2 25- LOOSE MEDIUM ACID

TUNBRIDGE UNIT TYPES SERIES. .. .. . . . . . .. oo . . . . .. . .. .. .. . . . . .OF " SURVEYS U P S&I SUPVEYO H L KELO .NA . B .C .M .A . & R .A .B .DATE SAMPLIN P A 0 DETAILED 67 SURVEYLtZIT001111;1,LRE 122 49 10 18 02 45 05 LUVISOLIC FERRU-HUMIC POOZO01978) 1, 3;C11UON11SEC)1TYPES C ALEX0EL.V-IION IM11 150 STATUS$ MODAL SOIL CLASS$ GENTLY UNDULATING, S10EC N ;,CL .4AT!C 11 $ILI' ED SPECT,CLASTIC r, It SAILTYSERE C I I LIANENEC C,9 Ij .1 L IL.I .EU F AC RES .4 VE . .1 .It EKP HE R ES P GLACIA CUTDRAINAGE$ UNO F IMPERFECTLY SL W DRAINEDAPERVIOUSNESSI F I Sto 0 .LOCATION 5200 TTAMETEA S!S EAST AND 9 METFAS,NURTH ISOF CORNER OF CEDARSITE VALLEY AND RO E D . I N TE RS LC 11 0 ON , .M S ONHORIZON7ZSj HORLZON COLOUR I7 HjC COLOUR 2 TEXTURE STRUCTURE IXYDE I m BOU DARL 9- 6 ABRUPT ORGANICMF 6- 4 ABRUPT ORGANICH A- 0 ABRUPT .A5 jOV0 24012*0 STORGANIC WEAKSUaAt 01 INRBLOCKYMF 0. CLEAR 5 OYA3,0,f3,0 $ILI LOAM WEAKm ; A I X p I e,o S,-SUBANGULAR BLOCKYps Si . 2 4RADUAL OY04 .0 6.0 SILT LOAM 0111A9 1 EMATRIX MOISTSUBANGULAR BLOCKYP2 22- 35 GRADUAL7SILT LOAM WE1A It,..A ;*y Rl. ''A0". ISTOM A;SRYRX4;0'61I OIS.0NSANDY LOAM MODERATE , UEGJ 35- 95 CLEARIATRIX loOVR4.5,'5 Ois ;0SUS ED AINGULAP BLOCKVis BA 55- 75 DIFFUSE.. ....I. 2W15161 at . 1. 0SILT LOAM MODERATEP Ur ,,,N ' ",UL,P L.C .,Ta 75- 2;. 5V5* 512 . 30SILTY CLAY MODERATEMA I X at I LO AM OARSEPP IS . AIRC.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....HORIZONT64ICKNESSDEPTH( CM )STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FIL04S IL 9- 64 ABUNDANT0 ;IAK 1.6FRIABLE ABUNDANTGRANULAR14F o- 2::::::L :A:UND :NT NIpt a. L A UNDa Fit 22- 35 FRIABLE PLENTIFUL FEWe 'I .A EGJ 39- 55 FIRM FEW COMMON ),7.SYR5.0/6 .0FAINT11 BA 53- 75 VEAY FIRM Few MANY , SHEMe DIST UMNCT7.SVRS.0,06.0I7 Yps.0/6 .0MODERATE I Mit a To 75 . VERY FIRMSUSANGULAR ED U BLOCKYMAMEDIUM YPPOYMOIN!NT7 .5 5 0/6 .0COMMON 0 .I 4N O .ANTH! 1 C'' 1 O SCHANNELS SOME Y AllaANVI CAL 0 ONAND 0 NO ,~ONTALED FACES

EMENTATION.0-1~.N DE T., CG ENTID E 5 CRIP.HOPIZON-DEPTH(CM 6a FI .)CA9:. EGJ:0S.640a:2101A : 791 : 0.04:2 :3'1..

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VINOD UNIT TYPES SERIESOF r SURVEY& SESDATE SIMPLIN PUWPODETAILED 69 SURVEY SURVEYORSHAL XELOWNA# B .C .M .A, & P .A .B .LOCATIONCLASSIFICATIONLAS TUOE(N)t 49 05 i9LONG P ECIT2 6 0 5 8 1 :EGOUGLE15OLl~l, :l :Ll4SEC) 2UP 4 N :PELEVATION A S to 2 TATD . .ILHASEIStRE AlyTYPESCLASS9h!t!ooAo SIMPLEDEPRESSIONAL TO LEVEL2.p!!-!=:!2t!=-2=.ENETIC C( OAT4EIS X . . OERGEN'SC ,SUPFA F E P V N ESPE , CLAAT!C It CLAYEYENEC ;,C M T I FLUVIALDRAINAGES U 0VERY 0 . POORLY DRAINEDSLAPERVIOUSNESSIN FFS SLOWSITE ME LOCATION NUQT H OF NICUMEKL RIVER SOUTH OF MCELROY RD ABOUT 900TE $1 W E I F 0C AST A 6 A , SU Y :DIAN RAECL SIF I H E IS .. E V 0AS C NISN C Se P H A P AT AN SALINE ; ;C St AN G S VE MAN Y V Tk ICAL L.?LO AD CHANNELS AND OCCASIONAL LCA 6 CKS F D LL D WITHA SURFACE ERATERIA C S63 HAS MANY VERTICAL 0 D ROOTCHANNELS A I *IT w M .HARD BROWNISH M TUBULES AP OUND A P :P!M .SULPHUR VALUHINOCW GA2 .13 AND .4 ARE > 00WELL DEVELUPE69L P N N 0 HTHICKNESS P . C , O.I~ON ON YDARCULOUR I TEXTURE STRUCTURE IHORIZON ISE T I M 800 HP 35 . Is ABRUPT . 2; 5YR2 48il;O ORGANIC M.D..A AA Rix ISUBAN6ULA. EDIUM L.IKY0 w Is . 0 ABRUPTc GSI 0- 22 GRADUALC GS2 22- 45 DIFFUSEORGANICSTRONG V.:;9 YR% . 8, 2TO5.0 Q2 . ., 15 5 SUBANGUL "Ry COARSE Ao 8LOC .YMATRIX 1 DAY 1'LoWyl :5411W4A ;2ylR5 ;00,1L ;5SILTY CLAYSILTY CLAYMASSIVEMASSIVESTRUCTURE 2...NUI... 1C GS3 As- 95 DIFFUSE 5; OY4 .5/ 1 0TSILTY CLAY MASSIVEA PIX MOC 654 95 . .A2 ;SY4 . .5/0 ;01 SILTY CLAY MASSIVEAIX 01HORIZON THICKNESSDE THICM)CONSISTENCE ROOTS I MOTTLES I0 4P 35- 18 VERY FRIABLE ABUNDANFSOF T0 .4 Is- 0 VERY FIRM P .EliylFJLV En Y HA ADC GS1 0. 22 STICKY A CP.E-471FJLCOMM ON MPL S I IDIME OM UNENI.PA 2 .517I5/6 .0C SS2 22- 45 STICKY FEWPL A S T I CCOWMONME PROMINENTDI UM10 .OYA7.0/6 .0C G53 As . 95 STICKY A T:202. COMMON IPL S ICM20 P M U" NENT2 AD .5-17 I .5/6 .0C GSA 9s-P . IPH aSAMPLEHORIZON-DEPTH(CM .) ST A METHOD VALUE SAMPLE METHOD VALUE ORGANIC ARS N X NITROGENTESTATEC 0%0 HP 35 : Is043:2 a 7 so 2a ,q is 2 13 5: .00 2: .6 . 154 051 . 223. 1 .91C GS2 22- 0 45 2 1 3.S 9 2 3 .15.10c GS3 AS 1 : 95 2 3 3 24 3 .1C GSA5 1 5:7 a4EXCHANGEABLE CATIONS BUFF .IME~100G~ C . E. C .CA MG NA K DETERMINED P1 M . 02 SqORIZ04- DEPT .(CM .)Pp pp pp . .a HP 35B: 18 13 :49 90 H Sl49 :9: :0915 :,5 :01 .5 :2 1 95 :20C G 1 0- 22013 . . 2. .14. .5 10 216 9 .6 .951 : .0 72 . 3 5 03 1 .5C GS2 22 : 45 4 .53 0 b .00 1 .65 7 : 23,116 .6 108 . 31C GS 34 45 9 - 9 5 Is 147 .C GS5 8 :95232 .22

VINOD UNIT TYPEI SERIESDATE S . .P,------------------------------------------------------OF . " IURVEYI 60 SU-1~10Q' P .S KELO .NA . S .C .- .A . I. O .A .S .N PURPO SE, O,:'A t Ie . SUR" ,ELOCATION CLASSIFICATION SLOPELtTjTUOEjN!j,LR2Cj 122 *9 07 46 52 58 RLGO GLLYSOL(1978) %VUO N 4 4SEC)STYPE# COMPL~ 2 .0PELEVAUCOIN 4M)l 05I STATUSS MODAL SOIL CLASSI GENTLY UNDULATINGGINETII U ., C "IT;E'S E .NGENICE SPEC r.. . . ;,CLMAXSTIC .3 It CLVAYEYs A E xP Ve ASENE AC C E . 7UPF E PeS ., FL L V VIAL ,E EDRAINAGE$RPERV UNG FF I V10 SNESSIPOORLY DRAINEDSLO:LOCLASSIFICATION PHASE IS PEATY AND SALINE .tCKNE:j HDR14 ZO: y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS aHORIZON DEPTH(CBOU, DA0 MR IS- 0 ABRUPTC GI 0. 50C 62so-ORGANIC VERY FINE FRIABLE ABUNDANT.A ,O ; OVR2 RI . .00"I "0 5G PA NUL A SOFT0F I NE1 OYR3 .0/1 .0MATRIX 0 DRY.AN 5 OY S-06 10."0MATRIX 5-016- 0 DRY " 2 0..;OR,1,1,1 S .MATRIX OY.. .... .... .... .... .... .....00,.."011001 .DRY 'p 0SILTY CLAY MASSIVE ST , ICKV R,p I LASTICSILTY CLAY MASSIVEAFINEOUNDANTFIRM S ICKY ' 111N -W .PLASTIC.... .... .... .... .... .... .... .... .... .... .... .... .... .... ..THICKNESS 040TTLES IHORIZON DEPTH, C M )0 Mp Is- 0C 61 0. so COM:ON 0P! S"Q IN ! NT7 a 0.14.0C 62 so- COMMONPROMINENTM EDI Um? .SY05 .016 .0ON I EXCHANGEABLE CATIONS BUFF .IIAE.11006) C. It . C .METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEDMORtZON-DEPTH(C- .1 SAMPLE STATE c A A SON S K0 HP to 0 : s o 2 4 9 17 :79 1 : 017 1 :43 3:'47 :".' ::b ., :200TO o: 7c 6125 5 1 .517.0 7C 62 so- 0 24 1 492 .39 3.82 0 .69 6 .32 a a1.. 1.. . . . .. . .. . .. . . . . .. . .. . .. . ..... .... ........ .... ........ .... .... .... .... .... .... .... .... ..ELECT;SCOND . ptHORIZON-OEPINtCM .) (m H ocm) Rpm.a HP Is0 : so 14 :6c 615 . 5:422'0C 62 50 . 1 .03 a 2

DATE SlIPLIN OFVINOD UNIT TYPES SERIES. . .. . . . . . -----------------------------GSURVEYSEPNS KELOWNA . B .C .M .A . & R .A .S .PUPOU I DEIA72ED SUPVEURVEYOPILOCATION CLASSIFICATION SLOPELATITUDE4N!S 1 4 : :7 37LONCITUD.1,SCC) . 2 6 0 REGOUGLEYSOL(1978~L5 yTYPE1ELEVATION PReSIO ( .)l I STAT S9 MODA SOIL CLASSI Co NEARLY IMPLEX .0 LEVEL:S . .It SLILTY FT IGENETICSUP F A C E':TaE PANICVRG VENEERSPEC(ANE;,CLMAAST!CCU VIALSURFACE EXPRES .2 LEVE L DRAINAGE$ VERY POORLY DRAINEDPREUNOllQVIOUSNESS '.SLOWMODERATECLASSIFICATION PHASE IS SALINE AND PEATY .3RGANICTHICKNESS COLOUR I TEXTURE STRUCTURE I CONSISTENCEHORIZON ADD?$ IOE T 4CM)0 4p 40- 20 MA 10 ;OYQX 2;00/SI ;OF EVORY FRIABLE ASUNDA41r0G.ANULAR IN10* :43.0 ;1 .0 S FTMATRIX DRYa M 20 . 0 !:;gY02~01g;OI A 1 ORGANIC STRATIFIED HARD FEWMIO .OYP3. /2 .0ATRIX DRY 0. . .. 2911 C Gi . is ! : ;gYA4 ;op2 ;0 SILT LOAM MASSIVEIx OlsFEW11 C S2 13- .! ;OY4 . :.12;0SILT LOAMMASSIVE: 26RIX 01 TPH IEXCHANGEABLE CATIONS BUFF .(ME,0 1006~ C . E. C.SAMPLEMETHOD VALUE ORGANICHORIZON-DEPTH(C- .) TATEC ARSON X NITROGEN CAMG NAK DETERMINEDa -4p 40: 2 200 2 2 5.8 :000012 I :3 4., 131 :3 6.1 :2 411 5 :92 4 2 .4: .82:1'3m c 6101 11 I3. 241531a7 8.94 .00C S2 .2. 36 .52. 1 6: 00 .305 .54 10 .39 1 .44 29 33 .5. . . . .. . . . . . . . . . . . . . . . . . .. . . . .. . . . . .. . . . . . . .. . . . . . . . .. . . . ..HORIZON-DEPTH(Cm .)ELE T;SCUNO .(M C .H /Col PRIM .0IT HP W C . 11.: 21.12 :011:6"111 C S2130 : 13 3.60 6.144-.020 .113-. 13 2a 1M CKYWEAK

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VYE UNIT TYPEI SERIES. .. . . . .. . . .. . .. .. .. . .. .. . . . . . .. .6 DATE OF SURVEYIES U 5SAMPL IN P APODETAIL 69ED SUR5UAVEYOPI MAL KELO .NA9 B .C,M .A-& R .A .S,LATITUDE4N41,LONGITUDMI'SECI : 122 49 00 12 015 OLLYED GRAY LUVISUL(1978)2 TYPES COMPLEX 2'0PREC ELEVATION SID IMIS a STATUSS MODAL SOIL CLASSI UNDULATING11 T I 18 SILTYSPEC GEN ; ISU A E FACECLASTIC RES . L AE CUSTRINIL VELC E PROOTING DEPTHI 145 CH . DRAINAGES IMPERFECTLY DRAINEDA UNO I ME UFFDI MITIStOCATION 500 METERS SOUTH OF INTERSECTION OF VYE AND FADDEN ADS . .SUMT"ICNNIIS . C .HORIZON OEPY ( INo ZON Y COLOUR I COLOUR 2 TEXTURE STRUCTURE ISOU11DAR ATA P 0. 17 CLEAR IO .OYRJ2/2 T X 0 ;0 10A ;. OYOS;512,0XSILT LOAM MODERATE TO STR3NGMED I I PY 5 aUMA2.5YS P' .012 IS.0US NGULAP SLOCKYATRIX DRYA 161 IT- 27 CLEAR10 ;OYR7 X ;0,f2 .0 SILT LOAM MODERATE, JU.AT. 'O*oy"540"W ..A A I AVM2,5y7 I .012INANGULAR ED M SLOCKYT DRY*a 27- 37 "EAR .0,2 .0 104Y45 . 012 S;O SILT LOAM M20ERAYF JU C)TOOS TR3NGMATRIX MOIST2 . .5 2.a ix UlM TA 516 RIX DRY / 0SU94NGULAP 60 M CBL RSE OCKY8 TJGJ 37 . 60 DIFFUSE 1O A .0yPS.G X .QTO SILT LOAMA 0 62 5, I5.0012.0AT x 0 vMODERA E*ED UM 7 TOPR I I SPATICCOARSETGJ 60- 60 GRADUAL OTp, Rs X ~ 0,1 1;5 5Sit.? L3AM OODE 111YEOMPa osuI MATICCOARSEC 80.105 DIFFUSE OY5.0/ .0 SILT LOAM WEAK MJ U TOTMODEPATE AR EMATRIX MOISTP . O IS .Allc M o Co S105-145FINE SANDY MASSIVE.AIR 5*014'06 IX . OlI ioTLOA.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....?N!C NESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS IHORIZON DE THICA P 0. 17 FRIABLE SLI ,ABUNDANT.MTL HARDA EGJ IT- 2?GA 27- 37B TJGJ 37- 606 TGJ 60- 80 MODERATE UMMogE I I RATE M III COARSEANGULAR E U BLOCKY0 COARSEANGULAR gol'r BLOCKYFIRM HARD' HARD 'AMFIRM A DH AABUNDANTPLENTIFULPLENTIFULCOMMONFINE ol T S INCIrlo .oYA4.5/4 .0COMMON DME PROMINENT 'UM7 .5yR4.0114 .0MANY MEPR O M IUM INENTS.OYR4 0. 0/6 .0COMMON D.OUNS MO PEO CTH I ICK ACES- 0F EMANFAIRM0 PLENTIFUL ANYED lumINGO V.THICKH A'A!NT PROM , .O, . IN .CHANMANYSVGNI5/4 .0 SOME 4EL V Rr AIC 05ONRED AND '40 E IZON ALA 11 CES TALec 80-105 :GDjRATjO FRIABLE FEW MEANYCOM ONFACES-COARSEON SRE PEO ,ANGULAR go Mpp D. OIUM .Y . IN!Nl UN C FIED0 4 00,6 .0OA . .FRIABLE VERY FEW NY . U .5 .0VA3 .0,04 .0it C G 105-145PPOMIN!Ny., .S I A 0V 4 /4 .0

PH I PH 2SAMPLE r, A METHOD VALUE ~AMPLE 1', METHOD VALUE OPGAOIC N " NITROGENHORIZON-DEPTH(CM .) T TE ATL C A ReA P4 5:433EGJ IT a0: "',22 11 bb 00 A 3 6:50 39HA- 3 725 41 .02 .011.TJGJ 37 . 7 . 60 a1 a 1 1,.65 06TGJ0 6.3 2 44.0 0ABC a .,05 01105_1&5 2 : 3 5.611 C 62 1 6 4 a 5.6.... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS BUFF .IME,0 1006) C . E. C. EXTR ACTABL E FEM EXTRAC TABLE ALI%)CAMG NA K DETERMINEDMETH OD RESULT METHOD RE SULTHURIZDN- DEPTH(CM .)74;PlM .A Pr 0: 211L'i 1 5.1 101 :6 .1.5.063 :0526 1 27 8 2142 :08 :187 4 :'46 :1A5A27 37. 37 (,3.2 55 16 18 5.04133a YJGJ. 4. 3 82. ,3 2:2 :1 4:8 TGi 607 . .. 0 a06sc80 .105 6 .31.1 :. , 3 34 .3 .13 .094 . 61 . 21 .8. 71 6 . 693:01 3 1 5 . 5.211 C 6 105-145 52 .73 6.28 :10 11a 1 3 1. 121. 1... . . . .. ---- . . . . . . .. . .. . . . . . ---- . .. . .. . . . .. . . . . . . .. . .. . . . . . . . . . . . . .. . .. . . . . . . . . . . . ..ABAEljPam . :PM . CUM. INHORIZON-OEPTH(CM .) Dopp ppm .93 :127 17 :. 27 aIT5 : 1: a 4 573 .1 .0 38 .1 T 5 :531- 6:CTGj 60 . so0 13 .5 1I .Z 3 7.9 7.1 7. 1 . 280-105:7 .1 71 .4311 C G 105-145 32 .4 56 .9a rJGJ01

WE UNIT TYPEI SERIES-----------------------------------------------OATE OF SURVEY : 72 SURVEYORS MAL UBCLATITUDgIN;I,LON CC 1. 49 .12 01 .11 15 11 GLEYED IPAY LUVISOL419?8)17YONISEC) 5ELEVATION SI (MIS 7SPEC N CLAST!C 11 SAILTY S01C* CLASI!C 11 SANDY21E E ;I ALC M T I CU STAINE E NE I . C A T I L CUSTOINESUPFACE EXPRES .$ LEVE LHORIZON-DEPTH(CM .)A. PtGj216It C GPH ISA PL E METHOD VAL.JE BULST ;TEDENSITYMOISTUREiAR .STATUSBAP.% F ELOMOISTURE20: 25 " 2 5:055 ' 31':'5IN 1 ::51 . 89 25.1 .23 135 9 . 2. 1389-132 211. 1 : 38 29 . 6 8 .0 32:21 02-186 2 4 5.0 8 a 4 14 .1 4 .4 29 .5ATTERBURG LIMITSPL TIC L OUTIOLIMIT LjMI28 . 7 3727 :al 326 :. 023 2 .2HorizonDepthCMParticle Density gm/cc Shrinkage Limit % Particle Size[- Air OvenDry DryMax -Dry.Air OvenD ry DryOptimumMoisture % I>5.1 cm

.WESTHAM UNIT TYPES SERIES-----------------------------DATE OF SURVEYS 6S Am P L ING PURPU SE I DETAILED a SURVEY SURVEYORSMAL KELOWNA* B .C .M .A . G R,A .B .L TUOFIN11 E .1 . 1249 04957LONG pp A" CIT 3 0 365REGO HUMIC GLEYSOL(19761 . LE VATS SION 00 (SEC)t 0 2TYPES SIMPLE PEP 1,0ELE ON (M)SSTATUSS MODAL 01CLASS&RESSIONAL TO LEVELSPECGEN;,CLASTIC . 11SE C MAY E . RES I .UPFACE p ISLILTY FLSALLEVE UVORtLNAGES FRU RVI FS UVE 0 SNESSIPOORLY DRAINEDSLMODERATE OWSITE S N L?CCTl ETEPSNOOTH END OF TAMBOLINE RO ., WESTHAMLA D L of" IFICATION p 0 ~OI . C Ga 200 . M A . " 0 SE S . I OF LINE 7ES!AN S5CVES 8 SAOWN AOO TUBULES ARO~N~,?L0OTCHANNELS I'. SULPHUR D r VALUES C INol THESEAT .0 HORIZONS >50 P P=tll~!-!!=tl!2~ICKNESIHORIZON T- DE T H (C .HORIZONY80 UN DARCULUUR I COLOUR 2 TEXTURE STRUCTURE IA 01 0- 15 GQAOUAL 1MA 0Y94 0/2 00.IX ; Uls ; ; A IX 01SILT LOAMMODEPATEMEOIUMFINSUBANGULAR E to BLOCKYA P2 15- 25 ABRUPT ,2 a5Y5.0/ . SILT LOAM MODERATEU,A; IX 01200SU EDBANGULAR I BLOCKYc G1 25- 57 DIFFUSE.! ; .oylX5 . .OU,I ;OTSILT LOAMMASSIVEC (12 57- 95 CLEAR OY4 K .51lgO . I.A5;PI 0 1SILT LOAM MASSIVEC SG 95-.... .... .... .... .... .... .... .... ....LOAMMASSIVEA.... .... .... .... ........ .... .... ....THICKNE:j STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLESHURIZON OE p T.(2A PI 0 . 15 FRIABLE ABUNDANTA P2 Is- 25 FRIABLE ABUNDANT FEWFI NeC 31 25- 57 WEAK- ME FIRM FEWSU DI COMMON M DI B UM NGULAR BLOCKY DISTINCTUMPSEUDO 5!oye.0/6 .0C G2 57- 95 4EtI UMFRI48LE VERY FEW CO MEON N5.OYR3. 0/3 .5SEp UBANGULAR UD BLOCKYFI PROMINENTSE15a 2.5ye .0 .16.0C SG 95 . FRIABLE FES, NaFI PROMINENT5.OYR3.0/3 .5PHYSICAL G CHEMICAL DATAPH IP~ aSAMPLE A METHOD VALUE SAMPLE TA METHOD VALUE ORGANIC a NITROGENHORIZON-DEPTH(CM .) S TE:8N "S TE97C ROO 01 P20- 15 22 4 6:2 2 0A 15- 25 I1 b:3 2 444I uC 6125 : 57 255 2 2 :3 a 1 94 .1 a 3.7 1 .2 . : , 0c G2 57 95 1 3.7a .,C S G 95 _ 2 1 3.4 a24 3.278 62 :58EXCHANG EA13LE CATIO NS BUFF .(ME~ 100G) C . E . C .CA MG NAK DETERMIN ED ELECT ; S CON D .HORIZON-DEPTH(CM .)("Mm /CM ) P, pp . . p11 9, Sp. . . ppm .'S :,43 :25380 :626 24 : 87 '027 9 :497 4 . 25- 57 5 2.2 I .a 5 37Ga ST. 9 1 . 1 1 55472 2 0 1.g 6. 4" .,S 5C 6..A2 :45 3 3 3 1I 19 .1 4 4 3 5: AS 95-.911 .84 .5b .27 10 .1 8 1014 .9 130 6 2 .95 0.. t: . 2. .. . .. .. . . . . . . . . .. . . . . . . . . . . . . . . .. . . . . .. . . . . . . .. . .. . .. .. . . . .A 1 2 0So 561:323 1183532F A INIZNHURIZON-DEPTH(C~ .) Rpm .P221A .50: 215 56' 6 :2 4SC GI 25- 5 29 :64 7 G2 57- 9 26C SG 9S. 5 51 .5

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WHATCOM UNIT TYPES SERIES, .--------------------11-L ELO.N . .U4TF- . SURVEYS . .--SAMPLING UF PRO SF ------------------- OCT . 1,9 SU-ILI-111I LEO SUR VE~2~t:=.LtTITUDEIN U :18L MWGITIDN 4 )2PELEVATION C 5 0 ISEC SRI#122 49 29 0" 1 .8 '405.LUVISOLIC HUMO-FEARIC PODZ001978) 11 6.0TYPES COMPLESTATUSt MODAL SOIL CLASSI GENTLY X aOLLINGGENETICTOMAT ; : ZtOCINEDESCA P p A I ALDRAINAGE$ UWDMODERATELY S W S,ELL DRAINEDLORPERVIOUSNLSSI FFtS LOWLO~ATION 400 METERS EASTLANGLEY SITEOF ROBERTS-COVNTY LINE ROS INTEASECTION .T" ICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS IPHORIZON OE TH4CM1 BOUNDAR YLH 3- 0 ABRUPT8 FCCI o. 13 GRADUAL .13 Agoyl.13;.013 ;5I isICC2 13, 27 G04OUAL 5A ;ROYA4MO/4 X ;OI uls27 . 45 DIFFUSE .?T.5yR4 .00,14po"-- :M 45, 60 CLEAR . .0mols'AT RD1 Ix ;0EGJ 60 . 75 GRADUAL IA ; .0YP5A00,3TOIx isTGJ 75- :02 GRADUALMATRIX lo"Y'Noo,"'O ISTT 02. 20 MATS 10,OYP4 .5412 ;0Ix olsC -150:20 . . ;Rol YR4,5/2X .40 I .S ;OSILTY50-175441 :10,10.. . .. . .. . . .. . . . . .. . . . . . . .. . .. . .. . .SILT LOAMSILT LOAMSILT LOAMSILT LOAMCLAY LOAMSILTY CLAYSILTY CLAYWEAK , EsU, I.,VERY FRIABLE ABUNDANTWr , .AK C5 IUBANGVLAR BLOCKYFRIASLE ASUNDANTA111U .WEDSU : : NGULAR BLOCKYWE MSUBANGULA. EO'U"MODERVEluBLOCKYAENSULAR BLOCKYSTRONG M 0EGN 1SU L . A . SLOCKYSTRONMG M 01AZGUULAR SLOCKYCLAY SIRONGMTO COARSE"ANGULAR 6 'U SLOCKYSILTY CLAY. .. . .. .. . .. .MASSIVEFRIABLEFRIABLEFIRMVERY FIRM FewVERY FIRMVERY FIRMVERY FIRMABUNDANTABUNDANTPLENTIFUL.. .. . . . . . . .. . . . . . . . . .. .. . .. . . . . . . . . . . . . .FEWTHICKNESS MOTTLES I CLAY FIL*S I CONCRETION AN?HORIZON DEPT M I C M ) ,NODUL . 0 SC IPILH 3- 06 FCCI 0. 13 COMMON , IFCC2 13- 7 COMMON , "a r 27- 456 'A 45 . 60A EGJ 60- 75MANY MEO PROMINENT IYMI .Syqs.0/7 .08 TGJ 75-102 COMMON ECOMMONFDI STINCTINOOMANTHIVSI .SYS16 .0/4 .0CHANNELS . 'OS ONOME NoV ERTICAL A 0SANDIZONTALPLO FACES AT 102-120 CO D%M3Nac 120-150C 150-1?5IN C 00. ;N T "!C K1DSS HANNELS Y 0AND ON0 HE V CRT IA 0 Ho IZO CASALLRED N FACES A "THROUGHOUT E UM MATRIXTHROUGHOUT 6 UM MATRIX

.PH IPH 2SAMPLE METHOD VALUE SAMPLE TA METHOD VALUE O :G:NICZ NITRO(,ENHORIZON- DEPTH(CM .) STATES TEC A ON13: 1 03 2 2 :4 246 2 . 1LM FCCI5 2 5A 11:ob 09FCC2 13- 2717F 27- 45 25 9 22 4.8645 . 604g002 1 . A 4.9.6 ,.6 4 30030.610- 75 5 :& 2 4*64 2 :29 .B TGJ 7 5-102 23 .4 601 6 . .211 5.OCT:00225. 5a12 2-120" 7-1 26.90c .02215 8:iS0 75 2 1 7 .2 ..a 4A 6.02. . .. . . . . . . . . . . .. . . . . . . . . . . . . . .EXCHANGEABLE CATIO06. . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .NS BUFF .(MEi lOOG) C . E . C . EXTR ACTABL E FEMCA MG NAK DETERMINEDMETH OD RESULT ME THOD RESULTORIZON-DEPTHJCM .)L 3: a 4,1 :2a. lb :747 :2 9 3 :6 43HFCCI 0 3. 76 . 519' 1 ' : 561 3 CC2 a A 0 22 393 .25 16 .08a F3A7 61 .35.0 40 .7B M3 .11331 51 ., 4 3EG, 6 5 1' 00 5 0...2 30 .1211 . 0B TGj 75-102 9 .31 S 1. : 31: 0, 7 1.8 .8SC T 122-120 10 .9 :251.2 4 19 .11 1 : 910 .82 21C Iso0:175500 861.29 .23 19 .485 . . 889 27 25 19250 . 8.. 19 .80 . 7.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXTRAC TABLE AL(XIMETHOD RESULT METHOD RESULT RIM . P2, .cum .HORIZON- DEPTH(CM .)pp pp pp . . pp Z pp . . .MNRPM .L 45 9"FCCI63 :7 2::g 26 :1 65 :13 : '30 1 : A0.6aB FCC2 13- 0 273644- I 0, D F12 .7 66 : 71 2 .3 3:535:9 7 6 211 :3 25 :6 67al : 465 . g ge11 .2 30 .3A 5:8 10 .3 34 3 59EGJ '5 .0- 7 0 62.118a TGJ 75-102 5 34 . 9 511 9 : a0:6 3.0 1 .22 . 49 2HC T 102-12 :3:0.156 : 0120-tS 1 :91 .1167 3. 81 610 ?93 30:643..C 150-175 0 16646 .9 70 .91 0.4723 : 76 79 .3 2 .0 50 .7 78 .63 _ a 719 . .5." :61. . .1.

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TH,I,CKNESS CONCRETION ANI~HORIZON DE T W Ic M N E 41 I) ODULE D SC P:00 :LF 2- 0D HIF 0- 8 NONETHROUGHOUT H MATRIXSP EPICALB F1 8- 23 NONETHROUGHOUT H MATRIXSP EPICAL8 F2 23- 43 NONETHROUGHOUT H MATRIXSP2ERICAL8 F3 43- 60 NONETHROUGHOUT MATRIXSP N ERICAL11 b MGJ 60 . 7011 A EGJ 70. 95I 1 8 TGJ 95-+39 57PH IEXCHANGEABLE CATIONS BUFF .iME/30061 C . E. C.A PLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEOHOOZZON-DEPTH(CM .) STATE C ROON % %LFa MF:2C, : 0 8a FI.- 2 a24 .52 . 15.4 57 :66 04.0.9ġ1 :206322 53:36000:8 F2 23- 435 :0109:113 .255.000 .1021 ..288IF;I18 ..j 43- 60 .42 . 5 5.1 ,0 22 :5110: 7 5 .51 4.10 60055A C.j 'o 11 a TGJ 95_+ 95 2 1 6 .02 16 .3. . .. . .. . .. . . . . .. . .. . .. . . . . . . . . . . . . .. . . . .1.1. .. . .. . .. .. . . . . .. .. . .. . .. .. . .. . . . . . . . .. .. . .PARTICLE SIZE(%)TOTALHORIZON-DEPTH(CM.) P, PP .. P2P.. SAN D 62;L2 2UOCLAY .2U 1 CLAYS TUf,I TAL 0 ALLF 2 09a 14F: 6018 .5 56 :0FIa- 235:0 28 27 5914 58 92 F23 A : 43 5. 0 28 : 05 6 3 6g 40 : 266 20 8 6 a8 3: 1 7 .MGJ 7 0 a 2 22 911 13 EGJ 7 0. 5It : TGJ 9S-+ g 317157 2. 51Clay 14inereloigyHo'l- ICe- Cl~y (0.002 - 0 .0002 ..W Flss Clay (

WHATCOM UNIT TYPES SERIES-------------------------------DATE OF SURVEY : SURVEYORS HAL KELOWNA, B .C .V .A . 6 O .A .B .SAMPLIN 6 A U APO SES DETAILED SURVEYE~ALIIITUOE,17 It ;t, 1249 06 5132 28 0 2 LUVISOLIC HU-O-F :lLlll .lC .PUOZOL1197 .1 IlYPE 3MMCITOON (SECIICO 0PLEXELEVATION P Slo (M)l 1005STA VS1 M 0 0 1 . CLASS$ UNDULATINGSPEC T, . CLAST!C A It SILTY ED .SPECT'CLA.Al!C 11 CLAYEV65N ;.T .:S . . LIA. 16NCE.IfT..11 .1 OA INS RIACE E C P VENEER DES 0 6 LAC ItLDPAINAGE2WELL DRAINEDTHE 2CS HAS FEU. VERY DARK BROWN (IOYR2 .0/2 .01 COATINGS ON CLEAVAGEPLANES .HORIZONTHICKN!SSDEPT H 4 M)HORNIZONYGOU DARCOLOVR I COLOUR 2 TEXTURE STRUCTURE I1." 3- 0 ABRUPT ORGA '41 Ca FCCI a- to GRADUAL 5 .OYQ3 .0103.5 SILT LOAM WEAK VMA RIX MOIST. 10 0.I 05 . 0.'3 0 A xSUSANG '01 F LAR SLOCKY8 FCC2 to- 32 DIFFUSE.AIR 5*0Y04'0"4*0 A .ISTM10 .OYR5.0/4 .0ATRIX DRY8 FCC3 32- 63 GRADUAL . 7*5YR4*0,14,0 'A X M. S,SILT LOAM1 A .0I P5 .0 I?TRTlX OR'Y04 .0a FCC4 63- 77 ABRUPTSILT LOAM WEN FK -E IVMSUBANGULAR I E TO D SLOCKYWEAK FINE TO MEOSUBANGULAR OL 'UOC.l5;On VR4 ; 0115 i 0SILT LOAM AK..;TINEI10 .0 Ix.5 . 1:.0SUaAN6ULAR BLOCKYATAIX 1 DRY 0I I A EGJ 77- 92 GRADUAL 2;. 5V :,012 . ; 0TCLAY LOAM MODERATE U, TO STRONGMIA2.5 6.0 0EDI1 " 2.0 AN GULAR BLOCKVMATRIX DAY11 8 T 92-112 GRADUAL S;. 015*Mll ;SSILTY CLAY STRONG MICOARSE V2.5Y6 .0/2 a .0 ANGUL lOIU : RTOB LOCKMATRIX DRYit ce. ....HORIZON112-... .. . ... ....*012* . ISMATRI SO" . X5Y 6.0 0 2 .MATRI a X DAY '........Ỵ T0 MA2,5YS,0,12 R I X MO I ;0TSILTY CLAY STRONG CANGULAR a A. .. . .. .. . .. . . . . . . . . . . .. . .. .. . .. . . . . . . . "SE. . .SLOCK. . .. . . . . . .THICKNESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS IDEPTH ( CM ILN 3- 0a fccl 0 . 10 WEAK FVERY FRIABLE ABUNDANTGA INr .NULARFCC2 to- 32 VERY FRIABLE ABUNDANTFCC3 32- 63 FRIABLE :LCNT :FIILCA63- 7? FRIABLE LENT FUL FEFINE vINTFIT- 92 FIRM FEW COMMON Ilo .oyQ4 .0/3 .0aI . FcA EGJ"To 01 T UmNCT7 .SYR4 S I .0/4 .011 8 T 92-112 VERY FIRM FEW4EF AIINT1 FO .OYR6 .013 .0ON U CO SR.""ONFACES-EDN ECIFtEO..11 Ca 112-. .. . . . . .. . .. .. . . .. . ..VERY FIRM.. . . . . . . . . . .. . .. .. . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . .

HORIZONTHICKNESS NDEPT (CHIN CONCRETION EODUL DeSCAN?at PILH 3- 08 FCCI0. 108 FCC2 10. 32MANYF IN THROUGHOUT E MATRIXSPHLRICALFININFMANY OUGHOUT MATRIXSO EPICAL8 FCC3 32- 63 FINE MANY9 FCC4 63. 77 COMMON, NEIt A EGJ 77- 92It 8 7 92-11231 CB 112-THROUGHOUT MATRIXSPHERICALTHROUGHOUT I MATPIASPHERICAL-40RIZO-4-O EPTH(CM .) :I pp. . pa PP . .LN Fccl. 3 : t oB FCC2 to 0 . 325.5 159:000 FCC3 3;? : 63 :0 8.063_77 2 .0 8.077 92 2 .0 14 .011 A" T 3 9:.11 - 211 CBI

ol O :qc 6L :6LOlol 0 .a C . IV -SC A",r9aW aVSc -Oz Z3301 ol 0 :9LC1Cie 0 :0 1,321, ASOrIOA'Piddto(-W1lMId3O-NOZt1bOH.... ........ .... .... .... .... .... .... .. SIN3W9Vd :f.. ....3SUVO3 ............ .... .... .G :C,t1L-11.9t09-12621 : vc : si :z IL :6s Vz 1 I v:.cTv 2a .1cl 1 : ?,I a? : 6tq9 6 cl csto 10 :tLoll06-120-CC:s0.9c 9s1G*S1 2% X N d 3DAVIS03NIWdAI30 X VN 9" W2 N3OObIlN 2INVOU10 3nIVA aOHI3W aidit .3 (9oovi3m)-Agna SN011" 3IGW39NWH7X3 1 06, :15Lral",Is -1,Sv 0 asc -09 9274 9a0Oc :0 135.4m .,v4-Pi1)HId3O-NOZIb0Wvivo IV711,13M3 2 1;;1 ;;;;0-0010-VAS-2IN I" -6L veO-0,fO;ZbASS ;40013V AI9NOd4S A itANVW 61. -Is r93 V(313V AlONOUIS AS -SC P, a3NtJGl')V AIONGUIS No"Hol.) SC -OZ C32 .11 aat,3v mnio3w INI 3"" . Or -0 1239 aor3v mnio3m 0 -C H11Md al'AIZI ;dNV103SIONOTIA13120003"' I S3111001424141M maziboma X131ig. .. . . .. . . . .. . .. . . .. . .. .. . . . . . . . . .. . . . .. . .. .. . .. . . . . . . . . . . . .. . . . . .. .. . .. . .. . . . .dlalob I A!inAlLN31d 3161101INVONnOT 310T14:14 A03AINvoNnav AISVI44 Ad3A3s &x2ole , ol uvinONIa 03 "moam ONOdi sAN1019 bvinqNv w ...u 11103, .GOP,Vol ailsO.Vol10 SIO -2 /" I-SAO Wla!VW SIslow xldIVP1O*a/0.510 . 964.61 'ISer-ja VA)i3OIQ dwinoNvans , 0 w A, . Aglow 0. x1tav" S.13. 3wvol O-VI *A ? unowdo is Sc 6willAX3019 tivinoNvansWV3A A03A 03""Volofslo!"Xidly"V/0 dAO .01 IVmOvuO sc -OZ COP211 adVIANVd9Pinto "Va 3 w islewcXidiv".sA 0-010 dAO OW312 Cie -0IINI":')Ido OW313 0 -CAdVONnou IW3)Hld3Q SS NOZIUOMI slocto "N31SISNO3 t 3anA3nais ivniX3A t bnoio3 NOZ11:10N 3NX131ml;A31l,ans-Noii3Nnr ou 3Ntimoa oNv A311YA U3AO" 3MI .40 i93MMAnDS SNOIAWD 1 3 IsI'll1IV03OOM M S SSS3NsnOlAd3d PinG2NlVdO 113- Al3lVd3ouri SI 139TNIVOOd"""I" " "Old1ODS301 31. 1-93 d. 5 n3N NIM IQ 8~1103 33t,113N,139 SADA, I~ It 211S I 'M V12 * .273IINn '3lWdVU93IV1JiS 8aaanIles Ivon . ISAIVIS.(,as, 1111 "GIIIA313Ia d091 1030) 1)3dSV 01, soIOL6111OZOOd 3tutmi-o .n . DtlosiAni LC *v Z21 11A)aon,,OP.01No S"or 0, 6 V l(N13anItIVI3dols N03IT301A3Aans o3itYL30 13Snddnd ONXIdWVS-G-V-d I -v-.-3*9 -VN*013)6 SNd lbOA3Aans09 , ADA bMS go 3Id. 17 ; ;. . . .. . . . .. . . . .iki56iqiW

WHATCOMI --------------------- . . . ... ... ..... . . .:F SUQV6Yl N G p PPOOE,, 63ILE.ITE . '~'. . . PLSURVEYORSSURVEYGGR KELOWNA, B .C .M .A . I, A .A .B ..~2st!!2~LATITUDE(N)l, e a'sLON ITPRE L Cl V . SION UO I (SECIIE F I ON (M) :149 0022io0 :72!~2t!STATUS& MODAL SO LCLASS :OLEG O EN T L Y X UNDULATINGLUIIS .LIC HU-0-FERRIC PODZDL(1978) 'AI YPEI C. 5 ;0SPEC ;,CLMSTIC 1 : SILTY11"E AC C E IT~EIS .. . EOLEIANSUPF E p VEN EPSPEC ; 'LM'TC 18 CLAYEY0'ENE IC AT 11A INE S RI toCC P A GLA ILI D14AINAGES NO aRU FFMODERATELY M WELL DRAINEDEDIUTHICK,72SSHORzznN DE T M)HUR4ZON Y COLUUR I TEXTURE STRUCTURE I CONSISTENCEBOU DARLH S .0 ORGANIC11 a TGJ To-A H 0- 3 ABRUPT 10,OYR3, MAT . M gl3*0TSILT LOAM K VERY FRIABLEFINE SUYlpl . . O ls2Y *0BANGULAR SLOCKY10 MATRIX. 0 DRa Fccl 3- 17 GRADUAL .7,5'1115*5114T . . M S ;OSILT LOAM ;ENKEVERY FRIABLEat1 .5 1 pb . /4 .0SUBANGULAR I BLOCKYTRIXIDRY 0SEUBANGULAR BLOCKYa M 35 . 45 ABRUPT SILT CAM ;EAK IVERY FRIABLESUNE BANGULAR SLOCKY11 A EGJ 45- 70 GQAOUALABUNDANTSANDY CLAY MODERATE SFIRMLOAMCOAR SUBAN EGVLAA BLOCKYSILTY CLAY STRONG AVERY FIRML AM. Y . , .0CO RSEMATRIX DR YPR . SM ATIC03. . . . . .. . .. . . . . .. . . . . ..THjCXNE!S ROOTS I MOTTLES I CONC RETION . R ANDHORIZON OE T fC )NODUL DESC IP . ILHS .A H0-8 FCCI 3- 17 COMMONFt N a ETH OUGHOUT MATRIXSP 14 ERICALB FCC2 IT- 35 COMMONFIN H ET ROUGHOUT MATRIXS PHERICALa M 35- 45 PLENTIFUL N NEFINE aIN p OUGHOUT MATRIXSP H ERICALIt A EGJ AS- 70 FEW FE .MEDIUMlo R42. 1 ;5y;Oy :5:5 ;9/4;9'2;0;0! . 9 YR6 .0 ' : .0MATRIX DRY'.? ;5Y :4A3l2 ;O10 A . RIY .S .0 ISMAT91X DPy'j'OlO ;aoYp%o/j X T Q"AA . .'l'.S . O'lS . OM2TRIX ORO Y 3l1loD:!SIR6IN~T0 02SWE M AK OSILT LOAM JUMVERY FRIABLE0 FCC2 IT- 35 GRADUALOY 4 0,04 .011 B TGJ TO- CUMMON M DI0 E STI UZCTITR5 .016 .0BUNDANTPHIEXCHANGEABLE CATIONS BUFF .(ME/1006) C . E . C .SAMPLE STAT METHOD VALUE ORGANIC 5 1,E CAR ONNITROGEN CA MG NA K DETERMINEDHOAIZON-DE. PTH(CM )LH50: 0 25 :3A 3 21 :52 15 7 363 : o2l ..1 73: 17 3 2aB FCCI FCC27 515.1 213 0 :515 21 .03.91:5400 1 :500 . 3 0'3 . 4 :110 2102.1115 26 . 1.40 2 .20 .1 0 22 A :,0:117: 02 . 4 . 40811 M A EGJ AS- 5 7 3 00 30210011 a TGJ1 6 .67...1TO- 02 9 .00? .30 .30 .2 0 22 .8qUQIZO'J-OEPTH(CM .)A FCCI05 : 03LH MaB FCC2 17 3 : 355a M5 411 1 A B EGJ TGJ 4 To-5 - 70pp . .27 :05 03 . 55.03 02.0

WHATCOM UNIT TYPEt SERIES---------------------------------------------DATE r SURVESAMPLIN OF PURPOSLI Yt DETAILED 63 SURVEY SURVEYORSGGR KELOWNA,B .C .M .A . f, P .A .G .(Hit 90LgTLTUDEjN!j, 1249 07 09 48C5*0 0.L jIUD2 26 05TYPE$NPLELUViSOLIC HUMD .FERPIC PUDZOL(19781REC N N 4 4SEC)l0ELEVATION S ToSTATVSI MODAL SOIL CLASS# GE TLY X POLLING*E FSPEC ;,CL .A,STIC It SCI'LTY ESPEC : CLAST!C It CLAYEYrENE r I , R NGSO ;'tr,,,. IT I OL A .Cl ISUIIBANGULAR.lK E SLOCKYS A ACE C EXPP T :S .t VELE.R 'INDESC P ALDQAINA(,Et U~o F MODERATELYM U NELL DRAINEDp F tEOI MIN C ESS NO IZON COLOUR I TEXTURE STRUCTURE I CONSISTENCEHORIZON OEPTHIC I SOU DA YSU GALHS . 0 ABRUPTORGANICA H0- 3 CLEAR M1O ;DYP%013 a X ;OSILT LOAMVERY FRIABLE,A 1 0151 .0 . . . 0 , 2,0. TRIX Daya pt 3- 10 GRADUAL- M 5 .OYR3 V . 0 /4 ; 0 SILT 60AM WEAKeVERY FRIABLEA .RIX oy 5 .0 IS. .0TBANGULAQ N BLOCKYMATRIX 5 A DRY9 F2 to- 33 DIFFUSE ?.5yp4;o/4 ;0 SILT LOAM 116AEK '1 VERY FRIABLE,MA r .,Y., .1 X .O,0 1 .NSUBANGULAR SLOCKYMATRIX 7 DRY4*0a m 33- 53 SMADUALSILT LOAMmoDEURATE . D FRIABLE' Oi A oy"'*9'4. I X . IS ;O70 .0yps .olr3 .5 E IMATRIX DRY91 A EGJ 53- ?3 CLEAR SILTY CLAY MODERATEMEO l U.F30MMA I OlsLOAMS A10 .OYRb.0113.0us NGULkR SLOCKYAT X 0 V11 a TGJ 73- lO .I.oyll5,013 ., .0 ; 5 SILTY CLAY ST QONG ''VERY FIRMisLOAMVE I Y ' COARSE10*CVP6;5,13*0PA S AT ic..,A XI pyNGULAR SLOCKY. . . . . .. . .. . . . . . . . . . . . . . . . .. . . . .. .. . . . . .. .. . . . . . . .. . . . .. . . . .. .. .. . .. . . . . .THICKM7ESS ROUTS I MOTTLES I CONCOETIONRAN? FIELD PHHORIZON DE T 041 NODUL E DESC 1 0 1L14olS . 00- 33- 10A U 0 NTA U 0 NTONEFINE IM POUGHOUT MATRIXSPHERICALXTREIAELYAECIDVERY 1 STRONGLYAC 0STROH L A 1030 309 :9ba F2 tO- 33 ABUNDANT NONESTRONGLY ACIDFINET14ROUGHOUT MATRIXSPHERICALa m 33- 53 PLENTIFUL NONEMEDIUM ACIDFINE IHSISPM DUGHOUT MATRIXEPICALMEDIUM ACID11 A EGJ 53 . 13 FEWIN EDIU .7 AIMT .5 YR5 .0/6 .0OPGANNIC" CAR 60It a TGJ 73- COMMON M DISTRONGLY ACID. ISTINCIUNEXCHANGEABLE CATIONS SUFF .(MEIIOOGIC . E . C .PH IORIZON-OEP KICM .)SAMPLE SYA METHOD VALUE NITROGENCA MG NAK DETER-41NED1TELH 5: 0 2 242 2 :2534 0,:97 1 60 1 90a F 1 3- 0 103 1 5.4 42. 233 0 301 03 0 530 40 .10 2 0 ,10 3 33 2I ..S.12.31 5:672 : 30 30 .10 . 30 24 .M531 1 0:0831 :00 0 3 16 .1it A EGJ 53- 73 2 1 3 :23( )2 7 60 .11 5 TGJ 7 3.HURIZO'4-DEP THICM .)pP M .LH,5 : 03219- :56AFl10F2 to 33 : 33o 5311 A 53-EGJ73-1 8 TGJ6.92 6 51 5 :5 .3 0

WHATCOM UNIT TYPES SERIES-----------------------------------------------------OAT OF 6SURVEY$SESURVEYORS MAL KELOWNA . B.C .M .A . I, R.A .8 .SAMPLIN E PURPO _I DETAILED 66SURV E YLATITUOEINIIL . a E W"ISEC) :PQEC17SUIOONI NFLE V. T ON (M)lI 49 , 11 02 .22 05965LUVOLIC HUMO -FERPIC O S . , POOZOL119781 LC5 .CTU0 PLEXSTA St DALLASS$ NOULATINGSPEC ;,CL.A,ST!C It SILTY EGEN VOLIANSURFACE E C EXPR T :S .9 EN ERSPEC CLASTIC It CLAYEYGENET C,.,AT,,lOESC ZI PMoLACA INALALDRAINAGE$P U N 0 FFSMODERATELY U WELL DRAINEDE I MTHICKNESS HORIZON COLOVR I COLOUR 2 TEXTURE STRUCTURE IHORIZON DE P T , (CM , 80 U NOAR YLH 3- 0 ABRUPT ORGANICa Fl 0. 17 DIFFUSE .AIR 7,5,R34012 .TO SILT LOAM WE F AKI is' E T MEDI ARSU .ANGUL C' SLOCKI UM8 F2 17- 42 DIFFUSE . 7.5YP4 X .0,03;0 SILT LOAM WES, FSUINEKTO MEDIUMDANGULAR BLOCKY8 F3 42- TO CLEAR ..IR, ' .s,4.0 OIsSILT LOAM ; EA IMATRIX MOISTSV NEXTO MEDIUMSANGULAR SLOCKYtl AS To- 97 GRADUAL M2 SY4.0 x SILTY CLAY STRONGA;Rl MOM 4 0 10 MAfRlx OVP5*0 OIS; .'4 O L a, ,MEDIU .A N G U L ASSIt6 TrJ----97 .-- ---. 2j5Y5, . 0,12 M jOA PI 0 TSlL LolY M CLAY A... .... .... ... ... .... .... ....STIROUNG 3PRISMATIC E 1SLOCKYHORIZONTHICKNE!TDEPT H ISTRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I 'ONCEET r'ONRAN!NODUL 0 : SC I PI2..aLH 3- 0 ASUN3ANTa Fl 0. 17 FRIABLE ABUNDANTFEWNETHROUGHOUT I MATRIXSPHERICAL0 F2 17- 42 FRIABLE ABUNDANT FEWFINET MR OUGHOUT MATRIXS ON Eft I C A LIS F3 42 . 70 FRIABLE ABUNDANT FEWFI NETHROUGHOUT MATRIXSP H EPICAL11 AS 70- 97 FIRM FEW FTLE E METHODFINEFAINTIt 8 TGJ 97- STRONG VERY FIRM COMMONCOARSEFINEAN,UL AR BLOCKYF A TNT2PH I8PH 2SAMPMORIZON.DEPTH(cm .) S YA VALUE SAMPLE METS Y HOD VALUE ORGANIC NITROGENATEC A P a ON S6L3 : 1701 :76H FS5 24 .4 :'2 '29a F21?- 0 42 21 5.27a 41 . 52BIF3B 42: 70 22 4: A :6 3 .93 .20 ISI11A1 5.. 3 2 4 . 4 .5 . .30B TGJ 97- 0 91 5.6 2 491... .... .... .... .. .... .... .. .... .... .... .... .... .. .. .. .. ..EXCHANGEABLE CATIONS BUFF .(ME/1006)C. F. C . EXTRAC TABLE FE(%) EXTRACTABLE ALI%)CA G NA K DETERMINED METHOD RESULT METHOD PESULT40QIZO-4-DEPTH(Cm .)P, POW.L11, 13: t0 AS5 :08 1: 012 1 :240- 47'0211:9 41 5: ' 2a 22 9.056.054172..6 :3S7 1 : ga05 .2F342 , ._ 70 91.9 71 29 .2 1 .6 4 2:0It Ad 903 . 22 1 . 9 :0 : :0"21 50.4 0 5 13 311 a YGJ 7- 12 .06 5 .92 0 11. .24 2b :o 1? .2HOPIZON-DEPTH(CM.)LHFl3: 10,B8 F2 F317 40. _ 42 7011 Al a lTGJ 7a- 9797- 0P2PP M . SP.M . RPM CU .ZN ppm.107:036 0 22 :2 80 T. :71.39 .451 0 :01 1310.0.. 70 .742 .2 222.0 13 1 :80 A 7 .0 6 73 85 :7.078 037 .0 . :5 53

WHATCOM. . ... . . ... . . . . ... . . ... . . . . ... . . ... . . . . ..F SURVEY$ 72 SURVEYORS MAL UBCLATITUDEIN ;;t 149 2 06 22LON61TUDMI e. 3. 1. . LUV:..L .' . .MD.FLAR,1C,P00Z0L(1978)0 L ,ISEC)l9 po ELIVITION C 310 IM)t5 STA US$ DA 0 LSPEC, E T, CLASTIC A It SILTY SPEC ;,CLAST!C . It CLAYEYGSU NE C I ME . T ;EIS . .EDLIE1 VE GENEP ATI : 11L .CINE.FA E P NE R OESC IPT OR 6C IAL. 81 27PH I MOISTURE STATUS A7TERBURG Lf-ITSSAAMPLST TE E METHOD VAL KUE DENSITY BUL1.03BAR .als.AQ%oFtELDM I S TUREPLASTICLIM I T1HORIZON- DEPTMICM .)A P 2562447:5 11 :8 2.4 :746 :2210:I t:"o253. 4: :a T 56-1052 226.1 1.36 a43 2:.2 30 . 732... 201.2 66 .611 C 102-t27 a 1 6.2 :6 4 13 .1 22 . 2 937 .6LIOUIDL 1, 1 TParticle Density gm/(zc Shrinkage Limit % Particle Size %IHorizon] Depth cm .I Air Oven Max . Air Oven Optim )5 .1 cm (5 .1 cm (2 .5 cm

WHATCOM UNIT TYPE3 SERIES-------------------------------------------------DATE OF SURVEY$ 72 SURVEYORS UscLATITUDE(NISL NGITUD A S LUVISOLIC HUMO-FLRRIC PODZOL(1978)STATUSS MODAL SOILSPEC ;ZCLAASTIC It SILTY SPEC CLA MST!C It CLAYEYGEN M Ta :S ., EELIANP C X ASURFACE E P rENE ;I T MARIV N ER DESC . IPT OR , C L AC TtL22 MOISTURE29 13 :68:iAQ 13 .IPH ISTATUSS PLE METHOD VALJE ULFIELDORIZON- EPTHiCM .) STATEDENSITYaii . iOISTURELH, 3: 30a ;lo_ 0 0 2 261 :43 1,1 :74" 4 :9, .A E 61- 7. 21 .6 5 aS .9a T12 .0, 76-1225 .4 1 .8 :229.6 1 15 .42C I Ig2-1522 4. 9 823211 C 2 2-183 2 15 .2 4 6 .2111 :833 .2 16 .72215 .817318:4DryATTERBURG LIMITSPLASTIC . . I 0 U ; 0LIMIT L MI33 :32311 . 823 .00 30 .81200 :97239 :521 .7 41 3Particle Density gm/cc Shrinkage Limit % Particle SizeLHorizon Depth Air Oven Max . Air Oven Optim nan Dry DrIn

%tj1 01 ;0,0 -9.00 - A 1N3N 13A3-3 Al, NodlS S.......mon,,,iWbIJAUBA +-Le ;0-9/0-90A 'INIINIHOddolsnonNiiNp ly n I3SHvO:) ,dl :o Ad3A 4cl-001 zr93 aag a ONNOW 03011,10 N ;*bAV, .1 . .LL 3S"TO W dsnanNIANG3001-09 tr93 aa3iVtfAGNI NOW .0 "dIJ A03A 3)InAtIN31d WtjIA 09 -ag rej ainAiiN3-ld 316VI"Al 29 -at Mom 9inizIN31d 310vid .0 a* -Ze aim aINVaNnew 3*IGVltlj ve -01 Jim aINVONnev 3lowlai ol -0 am viNvoNnev 3101,104 0 -a? a HLNVaNAQV alevl"A LIZ -Cc NinAtiN31d ZC -Sr 111'dItl3S3O/JtN39VN iV M301 IN3 )L ;34MAd4O NOZIbOM1 S31110" 1 SiOO" 33NUS 1 S140:1 a. . .. .. . . . .. . .. .. . . . . . . .. . . . . . .. . . . . . .. . . . . . . .. . . . .. . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . .. . . .WV A113AVOO N',Ol AG S3AISSV0logalo/os-IS11,101"S" *-LEI 3sWV A1113AV69 N~,LjrlON .XAldlV" .0 /9 9 0 9 ivnevas Ltt-001 cr97 93AISST"01 AG SW" AI13AVUO N, LjIOW .,XAldjVW5 Z/o , 0 . asnAito 001-09 IC92 63AISSVO01 Aa SIsto" Zo, -alA'A3019 uvinoNvons'aiv nIO34 a3co,xitolvw. * 41, 0%,82041vom, Idndgy 09 -zg r9j aWV01 AQNVS G alO CdAO %0 AW3019 avinONvensI ),ASION xIdlvW lT3 WVOI AaNVS 0-t1O'VtlA%*k0 c 0 .10 9 3snijIo ag -at f ojH aA),~oig avin-JNvans W 43O. niNval,3w 14"a""P Oiclo-CoAltoliv" SIOM 11 9 3sn4jio aim a31Vb3GOVlWVO*I AONVS 0 010 A S.A)13010 tovingNVOnS,III.V0 3M.Vd3OO t 01WVOI AONVS 0 'f,10'CUAO*g3I V2" !VM 0.1 10 .18 O I313 tIV 2 8-01 1AM aXtt$IVNl8towAN'301s dvinoNvons 3"n .v3: ,oi Istow xttiivw SWVOI AGNTS0-t/0-EVAO' Aa , loi 0 st1 x AtWwo s Adnoew Ot -0 am VOislolexidi'v"III) t$AO 3INV9d0Idnoew 0 -?a a 4~INvqbo0-'S'a"2/0-Z .Ag a aV313 ZE -CC I-3tNvgtjo Adnoew cc -SC .41I 3tj% :)ndAs atinix3i Z UnO102 I anoinAaWONno! 0 1 :'24HV lj3G NOZIUOMN z1bo 3 3 HlNotidlMOS30 311iObd-snomdap"v si 114 3miiivw -3 mnH I IN aml'IV113 :)AN a V "309 " all0 - .viiinowi 3NOZ 39vd33S -NAW 3xdne OA Oki S! NO NOlIV301 31ISS31ON IVNOIAIGOV:01,S lSS3NSnOIAtl3d N01 3zlio naOaNtvtla A113311dadwij3qvNlTdQ.,13'ANW19 I t$ " I-S3ldX,3 3"juns , gTN IF 0 t k vo 2 3 3N3lINn 3IMdVb9IlVblS d3ddn(930) L33dSVON1601S Al-)NOtJIS 091 ' Issyl110S 1won . sqniVLS SL9 11, 331h~ S NOII LVA313soNO S173dd31CINIS 3dA.LT(A)30nllSNO1O-Ot %(9L6111OZood 31"nk-O"43 :1 It,,nnZV I'm LZZ 6 60-j .n,, -IMOIIV301A3A VL3G;lw3S :3Soodnd,9NIld"VSA . IUOA3AdnS Ins 0311 -a-v-b 9 -VN-013N 6 Al n 3 VO--- -----------------------------NOONNOHM

Z 22PH IPH 2SAMPLEHORIZON- DEPTNiC- .) ST A METHOD VALUE SAMPL TA E METHOD VALUE OR'GANNICXNITROGENTES TEC ReoLF 1 35 : 322 224 3:6949H 2 32 - 0 22 4 a:1,88 29 1,22 2 3 8 2 .2 58 001 67H5 0A HE _ to:..0 24 4 3.1 1..1 340a 4FI to- 22 1 4 . .05 . 8 213 .8 :428 HF2 22- 42_ 42 62223a HFGJ1 2 .902 4.2 5.57 3.6 '80 2 5 .0 4.3 0 .11CGJI 80-100 5 .3 2 4.9B CGJ2 100 :. 137 2BC 3THOD . . . .2 4 5.31 5 :67.... .... . . .. . .. . .. . . . . . . . . . . . .. . .. . . . . . .... . . . . . . . . . . . . . . . . .... .... .... ....EXCHAN GEABLE CATIO NS BUFF .(ME/ j0OGj C . E . C . EXTR ACTABL E FE(% )CAMG NAx DETERMIN ED METH OD RESULT ME RESU LTUQIZON- DEPTH(CM .tLFI35 : 32 10 :051 67 IS32 22 1 12 4A:0.ea :g0 .?:2, 1 :8 7 aH 2 22 101 .4 . 5 32 135.308 1A HE 310.52 .05 .0 .37 .58 HFI1 0 .8220: 22:07 .0561 :938 F242 :247.:.'S 45 93 0:' o8 HF6J a 1 : 94 .04 .03 04 :82 03 35 1 . 1 1 :2B FGj 62 g 2... .0.0 .4C6jj a _lo0 . 6.04 .04 2 25 1 0 0.3 A0 . 7 313C CG J 2 1000 1 3 1 10 .2 2 30 : 01310 .230 .0. . .. . .. . .. . . . .. . .. . .. . . . . . . .. .. . . . .. . .. . . .. . .. . . . .. .. . . . .. . . . . . . .. .EXTRAC TABLE ALL%)METHOD RESULT METHOD RESULT P P2cu IN NHORIZON-DEPTH(CM .)PPM . RPM . 6pm . RPM . PPM . ~Pm .LF, 35: 32145:3 9! :0 1 : :7 32 2256 9H 2 HE17 : . : .7 . 022 10 1. .00 L57 .. 2. . 0 10 . 7A 1 :33 13 .9053 .6NFL to- 0 2203: 8 3 2.425 :4b175 : 0eB HF2 j 22 : 6422121 .2 20 1 87 :9 . 63 . 3 .916 WFG 42 6 3 91 :98:2 9 20 :61 7 7 21 .508 Flj 2 80 a 1 .7 6 14 74 is . 6 0 22 3 42 5I :1 1. . .::1,a 3 0 0520B8, CGJ2 100-137 . 3 617..1 .9 3 23 : 2 2 7.3 0 .8 a 0.2 26 .0 0 3a 6 .B FGJ 62-3 . 1a. .

WHONNOCK .SAMPyLATITUDE(NISLON 6 STUD e 4 VIIOURIC FERRO-HUMIC PODZOL41978)STATUSIMODAL SOILGENETIC C E. OATj .l .., :011N Il.NAL TURFA E p LA EDRAINAGESIMPERFECTLY DRAINEDLOCATED NORTHWESTOF GISSONS .STAMPLE METHODHOPIZON-DEPTW4CM.) S A VALUE SA LE METHOD VALUE ORGSANNIC1, NITP06ENTESTATE " CAR 0 %HF 2:: 4 22:0 65 :37. 9235: : a3 65 191 :2 SHA HE 0: A 2 21 3.64 3 .30 1 5 .6 I 445 2266..50 24.6 66I4 6 : .2 5: 7. :19a "Fail 20t.HFGJ21 4 7 2 4 4.3 5 9 09235- So:6 ,CG2 5:3 2 4.9 9i5.sc 575:, 0 7255a2 2 4.6 .72HORIZON-D EPTHICM .) EXTRACT014.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....EXCHANGEABLE CATIONS 13UFF.IME/10061 C. E. C . EXTRACTABLE Fft%lCA MG NA K DETERMINED METHOD RESULT METHOD RESULTHOPIZON-DEPTH(CM .)40 : 0NA HE16 62 .21 :05HF 6- 20 :26 :0,9. 25 :84a HFGJI 20 . 35 10 :0 so .03.09 31 .11,MFGJ2 35 7 so05 391 :6CGi 01 104:007 15-1sc25METHOD6 33 1 :429 39 a26 . .5 05 .05 .1208 .53 3 1 :21ABLE ALMRESULT METHOD RESULTpp .. MNPPPI .. PPP2 ..PON .HF 2:: 4 16 :16 21 :6 16 :5 3:2407 5 1 644A HE 0: 6345 .1.2 6 . 2 3.92s 8 66 0 3 1:. .20 . 3513 5 3 2 9 113 HIGil. '0 .. 13 ..459 MFGJ2 35 SO1 : 62 :1. 0a j :196 2CG 50 75 1 3 37 :5 :3 :a 5 0 :50SIC 75-125 0 3 .3 30 .9. . . .. . .. . . . . .. . .. . .. .. . .. . . . .. . .. . .. .. . .. . . . .. ... . . .. . .. .. . .. . . . .. . . . . . .. . .. .. . .. .:5

WIDGEON UNIT TYPES SERIESI . . . .. . .. .. . . . .. . . . .. .. . . . ..D :TELOFGSVRVEYSES 6SEO SURSUPVEYOPI MAL KELD*NA . R .C .~ .A . & R .A .B .S -P IN PURPU DETAIL VEYTERPIC HUMISUL~=A!!22L TUDLINIII 49 a Is 1 59pLON61TUD ATI r_I N I2 0 02 05SAO ISEC)$ELEVATI Q&E ON (MIS A STATUS$A L OILTYPESlCLASn2t!SIMPLE0 E PRESSIONAL TO Lk4EL1111TIC S , IA%Elf E . . . OSSGEANAC E,SPEC ;,CLASTIC It SLILTYUP ACE p VEN GENE C At . FI UVIALSURFACE EXPQES .1 L E VE L DRAINAGES VERY POORLY DRAINEDUNOF ,0PERVIOUSNESS$ I Sb MODERATE WAITEYLUC&TVIUNIIESTERNOSIDE,OFNPITTOPC)L2EQN DEAD EP CAL ISO T RE 41 S FR IS NtAR0 3 5C mDYKE ....IZ.. THICKNESS . , O.IZON CULOUP I TEXTURE STRUCTURE I CONSISTENCE ROOTS ADEPT lCm 50 UPS DAR Y" F 75- 65 ABRUPT . 5.OVR3.0 .13;0 ORGANIC FEWA T AIX .0 Is" "1 65- 50 GRADUAL;Oy , a ; 0.13;0ORGANICNON STICKYABUNDANTMA . I x OAS WIMATIFIED" M2 50- 27 DIFFUSE I0,0YR3 MAIN .Of4,0 TORGANIC MASSIVE NON STICKY PLENTIFULIx Ots8, 160 M3 27 . 0 CLEAR !2 ; OYA3 ; 0/4;0 ORGANIC MASSIVE SLIGHTLY STICKY FEWpix OASC G1 0- 15 GRADUAL 2; 5Y : .U2iT0 SILT LOAM MASSIVE SLIGHTLY STICKYMA All olc 62 Is- 35 CLEARSILT LOAM MASSIVE SLIGHTLY STICKYW5,33.10,210C 63 as- 5 OV4 .011 0 SILT LOAM MASSIVE SLIGHTLY STICKYMATRA 0 IiI65Oa20 .1 :7I_5 .59P. 2SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGENHOPIZON-DEPTH4CM .) S AT E S T ATL c a POO N Is0 FMI75 : 65 2 2 1 6 a3 :41 :63b5 5 0 53 42 2 3 :9 2.03SO . 743 , No : 0, ..0a .22 2 54 34 :9 41593 2 . 10 W3 27- 2 0 2 2 7 2 4 . 3 3 :73 .1 .69 11C G3a2 23 45c 6 1-3 0 : IS 11 : .9 1 .4 . .S3c 63 35- 5 2a 1 . .? 6 2 4 4 .6.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..EXCHANGEA BLE CATIONS BUFF.061 :5 .2.JM EOIOOG) C . E . C .CA mo NA K DETERMINEDZNHURRION-DEPTH(CM .)01 pp . . P2 Pa .. Spp .. Cu pp . . pp ..29 9 39:60. 1149:0 139 .26511.752 '! 1 :b 29:2A5270 6.657 -3 .1 15 .36 .06 SO .bO1.1 .0 b7 3 211:,2A .C 2 5 150 " l 20 6C 63 35- 35 3 :O - . . 20 .9 409.3 32 a .3750 : 0 FH42 "a1 1C 1&50: .5bg 1 .,.04 61 03 . 1 :2a2

LIST OF R A B BULLETINSThe BULLETIN is one of four Regular Publication series producedby the Resource Analysis Branch' . BULLETINS present the resultsof technical or scientific studies including the interpretationor application of resource data .. . .RAB BULLETIN 1 RAB BULLETIN 11Terrain Inventory and Late Pleistocene History NortheastCoal StudyArea 1977-1978 : A List ofof the Southern Part of the Nechako Plateau . D.E . Vascular Plant Species A CeskaHowes .RAB BULLETIN 12RAB BULLETIN 2Wildlife Resources of the Northeast Coal StudyQueen Charlotte Island, Aspects of Environ- Area 1977-1978 . G . Smith .mental Geology . N .F . Alley, B . Thomson ....RAB BULLETIN 13RAB BULLETIN 3Outdoor Recreation Resources of the North-North Central British Columbia : Environmental east Coal Study Area 1977-1978 . K . SkySignificance of Geomorphic Processes . N .FAlley, G.K . Young .RAB BULLETIN 14RAB BULLETIN 4An Analysis of Solar Radiation for British ColumbiaJ .E . Hay .Outdoor Recreation Resources of the NortheastCoal Study Area 1976-1977 . H .J . Block.RAB BULLETIN 15Soil Resources of the Lardeau Map Area .U . Wittneben .. ..RAB BULLETIN 5Visual Resources of the Northeast Coal StudyArea 1976-1977 . R.J Tetlow and S.R .J SheppardRAB BULLETIN 6Wildlife Resources of the Northeast Coal StudyArea 1976-1977 . G. Smith .RAB BULLETIN 7Biophysical Soil Resources and Land Evaluationof the Northeast Coal Study Area 1976-1977Volumes 1 and 2 . T . Vold .RAB BULLETIN 8Vegetation Resources of the Northeast CoalStudy Area 1976-1977 . A.P . Harcombe .RAB BULLETIN 9Aquatic Migratory Bird Resources of the NortheastCoal Study Area . N.S . Trenholme .RAB BULLETIN 10Aquatic System Units of the Northeast CoalStudy Area . E.A . Harding .RAB BULLETIN 16Soil Survey of the Pemberton Valley, British Columbia. R.L . Beale Kuume .RAB BULLETIN 17Aquatic Inventory and Analysis in the Vicinity ofthe Proposed Tumble ., Ridge Townsite . M .J .Miles, E.A . Harding .RAB BULLETIN 18Soils of the Langley-Vancouver Map Area . H .A .Luttmerding .RAB BULLETIN 19Soil and Terrain Report of the Seymour ArmArea . R.C . Kowall .RAB BULLETIN 20Soil Resources of the Nelson Map AreaJ.Jungen .Reorganized within Assessment and Planning Division,Ministry of Environment .Queen's Printer for British Columbia 0Victoria, 1981