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A natural resource damage assessment (NRDA) is the process of collecting, compiling, and analyzing information to make these determinations. The overall intent of the assessment regulations is to determine appropriate restoration and compensation for injuries to natural resources. Restoration actions are principally designed to return injured resources to baseline conditions (EPA 2009). At the Arden Hills Army Training Site (AHATS) facility, sustainability of natural vegetation cover has been a top priority in all planning efforts to ensure a realistic training environment and quality wildlife habitat. All natural resources conservation activities are designed to maintain and enhance the training areas for soldiers, thus serving the military mission. In order to meet its sustainability objectives the MNARNG has requested funding through the Natural Resources Damage Assessment (NRDA) process to implement projects from the AHATS Integrated Natural Resources Management Plan (INRMP). The AHATS INRMP, which was developed in concert with partners from the Minnesota Department of Natural Resources (MNDNR) and United States Fish and Wildlife Service (USFWS), provides a foundation for managing AHATS‟ natural resources. These NRDA land management projects are intended to eliminate hazards relating to infrastructure, restore wildlife habitat, and help eliminate invasive species on the AHATS facility (Appendix M). 2009 Conservation Program Report Geographic Information Systems (GIS) As part of the Environmental and Integrated Training Area Management (ITAM) programs, GIS is used to support management of these programs at the Army, NGB, and MNARNG levels and is subsequently used to implement related resource management plans. GIS STANDARDIZATION Several MNARNG GIS goals and objectives are defined by federal, Army, and NGB regulations that govern management of GIS. These regulations pertain to data standardization and conceptual design of the system. The goal is to coordinate data and GIS structure within the states as well as nationally. This coordination and standardization is necessary to keep states and national efforts organized. In accordance with these regulations, ITAM and Environmental related layers within the MNARNG GIS repository are compliant with the Spatial Data Structure for Facilities, Installations, and Environment (SDSFIE) version 2.6. Required data layers are based upon the NGB Common Installation Picture (CIP) and Army Sustainable Range Program (SRP) Quality Assurance Plans (QAP). Page 120
To support visibility and analysis efforts, the Army and NGB submit annual requests to states for geospatial data and map products. This year the Range Complex Master Plan (RCMP) and CIP requests have been satisfied. Representing NGB, the MNARNG is participating in a pilot project to define an Army adaptation for the upcoming release of SDSFIE 3.0. Review of current compliance with SDSFIE and interviews with GIS staff will be used to define potential alterations of the standard in an effort to accommodate specific data requirements. SDSFIE 3.0 implementation tools will then be developed based upon the Army adaptation and tested by pilot project participants. GEOSPATIAL DATA Based upon business need, maintenance and development of geospatial data layers has continued throughout the year (Appendix N). This also includes changes which occurred during implementation of the NGB Range Reconciliation standardization initiative. Light Detection and Ranging (LiDAR) data has also been acquired for Camp Ripley. LiDAR is a technology that utilizes lasers to determine the distance to an object or surface. It is similar to radar but incorporates laser pulses rather than sound waves to determine distance by measuring the travel time between transmission and reflection and detection of a pulse. Common airborne systems consist of a LiDAR laser scanner mounted in the bottom of an airplane (similar to an aerial camera) along with an Inertial Measuring Unit and Airborne GPS. In spring of 2007, a partnership between Camp Ripley, Crow Wing County, and St. Cloud State University contracted Merrick & Company to execute a LiDAR acquisition survey. Acquisition areas included Camp Ripley, Crow Wing County, and the Mille Lacs Indian Reservation. The contracted Camp Ripley acquisition area included the installation and a 3 mile buffer excluding the area that falls within Crow Wing County. Although the MNARNG does not own the data for this exclusion area Crow Wing County has provided the data along with permission for its use. Therefore, the Camp Ripley LiDAR data set currently covers Camp Ripley as well as the complete 3 mile buffer surrounding the installation. Camp Ripley LiDAR data set Acquisition period: 9 May - 24 June 2007 Average point density: 1.7 points/m 2 Number of returns: 4 Tiling scheme: 5000 x 5000ft Data deliverables All data points classified into ground and non-ground - LAS format (also includes intensity values) -ASCII format Page 121 2009 Conservation Program Report
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This document is made available ele
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Camp Ripley and Arden Hills Minneso
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TABLE OF CONTENTS TABLE OF CONTENTS
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Program Overview ..................
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EXECUTIVE SUMMARY This Conservation
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In 2009, the environmental team gav
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Figure 1. Location of Camp Ripley a
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land use activities between militar
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all of the buildings on AHATS have
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Figure 3. Forest stands re-inventor
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Figure 4. Forest Inventory and Anal
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Figure 5. Location of timber sales
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Table 4. Timber sale summary at Cam
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2009 Sales Hodgden Logging B011023
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Specific information regarding thes
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Figure 10. VEGETATION MANAGEMENT Ca
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Figure 11. Fire units burned for ec
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Camp Ripley and Arden Hills Army Tr
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Figure 14. Picture of the large sca
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Figure 17. Results from spraying a
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techniques, to current 2009 updates
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Figure 20. Total phosphorus results
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Totals and Trends Camp Ripley provi
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The ovenbird, one of the most commo
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methodology were also considered, h
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shrubland/grassland sparrow was hig
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Woods (3 single boxes) and Camp Rip
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Figure 26. Wood duck nesting box lo
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Figure 28. Bald eagle nests at and
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Figure 29. Owl survey route at Camp
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Red-shouldered Hawk (Buteo lineatus
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Figure 33. Red-shouldered hawk call
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Ruffed Grouse (Bonasa umbellus) Ruf
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Figure 37. Ruffed grouse drumming s
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(Helianthus spp.), and grass (Poa s
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Table 11. Gray wolves captured at C
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Figure 40. Locations for Wolf #31 a
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Wolf Mortalities Wolf #28 was first
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monitoring of reproduction and cub
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Figure 44. Bear #2079‟s (7 year o
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Page 88 and 89: Scent Post Survey The MNDNR has con
Page 90 and 91: Cougar (Puma concolor) and Canada L
Page 92 and 93: Figure 50. Cougar and Canada lynx d
Page 94 and 95: Ground and aerial tracking were use
Page 96 and 97: Figure 51. Calculated 90% minimum c
Page 98 and 99: Many problem areas can be addressed
Page 100 and 101: Figure 54. Locations of ANABAT surv
Page 102 and 103: Table 16. Summary of Blanding‟s t
Page 104 and 105: Figure 56. Observations and nest lo
Page 106 and 107: Figure 59. Precipitation (inches) a
Page 108 and 109: Figure 62. Anuran survey routes at
Page 110 and 111: Table 17. Anuran survey index data
Page 112 and 113: Grassland plots (n=7) contained 20
Page 114 and 115: Average Number of Species per Plot
Page 116 and 117: Henslow’s sparrow (Ammodramus hen
Page 118 and 119: large (See Hunting Programs section
Page 120 and 121: Table 22. Small mammal live trappin
Page 122 and 123: and was completed by 3:30 PM. Surve
Page 124 and 125: Table 24. Bird species observed at
Page 126 and 127: Lake Allot is managed for a wide di
Page 128 and 129: Complete details regarding the ACUB
Page 130 and 131: Figure 72. Camp Ripley ACUB fiscal
Page 132 and 133: Range and Training Land Assessment
Page 134 and 135: Figure 73. Farmstead mitigation sit
Page 138 and 139: UTILIZATION Derived Digital Terrain
Page 140 and 141: HUNTING PROGRAMS Camp Ripley has ha
Page 142 and 143: Table 32. Deployed soldier‟s arch
Page 144 and 145: Table 34. General public archery wh
Page 146 and 147: AHATS Volunteer Archery Deer Hunt T
Page 148 and 149: 2009 Conservation Program Report RE
Page 150 and 151: Koper, N. and R. J. Brooks. 2000. E
Page 152 and 153: U.S. Department of Agriculture. 200
Page 154 and 155: Section INRMP Goal INRMP Ensure ade
Page 156 and 157: Section INRMP Goal Section INRMP Go
Page 158 and 159: Section INRMP Goal 2009 Conservatio
Page 160 and 161: Section INRMP Goal Forestry Emphasi
Page 162 and 163: Section INRMP Goal Forestry Monitor
Page 164 and 165: Section INRMP Goal Goal Created Sec
Page 166 and 167: Section INRMP Goal Land Use Minimiz
Page 168 and 169: Section INRMP Goal Wildlife Monitor
Page 170 and 171: Section INRMP Goal Wildlife Monitor
Page 172 and 173: Section INRMP Goal Fisheries Contin
Page 174 and 175: Section INRMP Goal 2009 Conservatio
Page 176 and 177: Section INRMP Goal RTLA Provide inf
Page 178 and 179: Section INRMP Goal GIS Maintain har
Page 180 and 181: Section INRMP Goal TRI Provide mili
Page 182 and 183: Section INRMP Goal SRA Instill a se
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2009 Conservation Program Report RT
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Section INRMP Goal Goal Created TRI
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Section INRMP Goal Goal Created 200
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Section INRMP Goal Goal Created 200
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2009 Conservation Program Report FI
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2009 Conservation Program Report FI
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2009 Conservation Program Report Pa
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2. Opening Remarks. COL Weaver welc
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4. Fifteen of the most hazardous fa
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Natural Resources: There was an inf
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2008 Minnesota Statutes 190.25 LAND
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2009 Conservation Program Report BY
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d. Old business e. New business f.
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# of ECS subsections Tax Scientific
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To meet thermoregulatory demands as
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Hillerman, J. P., F. H. Kratzer, an
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Principal Investigator: Dr. John Kr
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3. Determine characteristics used b
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calculated following Kuehn (1985).
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Zielinski, W. J., F. V. Schlexer, K
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2009 Conservation Program Report Na
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Project Title: Training Area 4 Nati
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Project Title: Training Area 8 Borr
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Project Title: Training Area 9 Wild
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Project Title: Training Area 10 Wil
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Listed below is a summery table tha
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Page 244 2009 Conservation Program
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Equal opportunity to participate in
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