ASRIS Technical Specifications V1.6

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AU Alumic GP Gypsiric PC PetrocalcicAX Alcalic GR Geric PD PetroduricAZ Arzic GS Glossic PE PellicCA Calcaric GSM Molliglossic PF ProfondicCB Carbic GSU Umbriglossic PG PetrogypsicCC Calcic GT Gelistagnic PH PachicCCH Hypercalcic GY Gypsic PI PlacicCCO Orthicalcic GYH Hypergypsic PL PlinthicCCW Hypocalcic GYW Hypogypsic PLH HyperplinthicCH Chernic GZ Greyic PLO OrthiplinthicCL Chloridic HA Haplic PLP EpiplinthicCN Carbonatic HG Hydragric PLR ParaplinthicCR Chromic HI Histic PN PlanicCT Cutanic HIB Thaptohistic PO PosicCY Cryic HIF Fibrihistic PP PetroplinthicDN Densic HIS Saprihistic PR ProticDU Duric HK Hyperskeletic PS PetrosalicDY Dystric HT Hortic PT PetricDYE Epidystric HU Humic PTP EpipetricDYH Hyperdystric HUM Mollihumic RD ReducticDYO Orthidystric HUU Umbrihumic RG RegicES Eutrisilic HY Hydric RH RheicET Entic II Lamellic RO RhodicEU Eutric IR Irragric RP RupticEUH Hypereutric IV Luvic RS RusticEUN Endoeutric IVW Hypoluvic RU RubicEUO Orthieutric IX Lixic RZ RendzicFG Fragic LE Leptic SA SapricSD Spodic SU Sulphatic TY TakyricSI Silic SZ Salic UB UrbicSK Skeletic SZN Endosalic UM UmbricSKN Endoskeletic SZP Episalic VI VitricSKP Episkeletic SZW Hyposalic VM VermicSL Siltic TF Tephric VR VerticSO Sodic TI Thionic VT VeticSON Endosodic TIO Orthithionic XA XanthicSOW Hyposodic TIT Protothionic YE YermicSP Spolic TR Terric YES NudiyermicST Stagnic TU TurbicSTN Endostagnic TX Toxic62
Local taxonomic classIf available, the local taxonomic class, established by soil and land resource survey, is recorded. The localclass will most commonly be a Soil Profile Class (Isbell 1988).11.5 SubstrateSubstrate typeThe substrate (as defined by Speight and Isbell 2009) is characterized using the codes and descriptions forregolith published in the ‘RTMAP database field guide and users guide’ (Pain et al. 2007) and shown inTable 49 and Table 50.Table 49: Regolith material descriptions used for the characterization of substrate (after Pain et al. 2007)Code Regolith Code RegolithBU00 unweathered bedrock SDS00 coastal sedimentsEVA00 evaporite SDS01 beach sedimentsEVA01 halite SDS02 estuarine sedimentsEVA02 gypsum SDS03 coralEVA03 calcrete SDT00 terrestrial sedimentsSDA00 alluvial sediments UOC00 clay (unknown origin)SDA10 channel deposits UOM00 weathered material (unknown origin)SDA20 overbank deposits UOS00 sand (unknown origin)SDC00 colluvial sediments VOL00 volcanic sedimentsSDC01 scree VOL01 lava flowSDC02 landslide deposit VOL02 tephraSDC03 mudflow deposit WIR00 weathered in-situ regolithSDC04 creep deposit WIR10 saprolithSDC05 sheet flow deposit WIR11 saprockSDC06 fanglomerate WIR12 moderately weathered bedrockSDE00 aeolian sediments WIR13 highly weathered bedrockSDE01 aeolian sand WIR14 very highly weathered bedrockSDE02 loess WIR15 completely weathered bedrockSDE03 parna WIR15.1 mottled zoneSDF00 fill WIR15.2 pallid zoneSDG00 glacial sediments WIR16 saproliteSDL00 lacustrine sediments WIR20 residual materialSDM00 marine sediments WIR21 lagSDP00 swamp (paludal) sediments WIR22 residual sandSDP01 peat WIR23 residual clayWIR24 soil on bedrock63
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SUSTAINABLE AGRICULTURE FLAGSHIPThe
Page 6 and 7:
Table 1: Complementary benefits of
Page 8 and 9:
Table 62: The num_est_method_type t
Page 11 and 12:
1 SummaryThis document specifies th
Page 13 and 14:
2 User needs for soil and land reso
Page 15 and 16:
2.3 Mapping, monitoring, modelling,
Page 17 and 18:
estimates of soil erosion by water.
Page 19 and 20:
3 Development of ASRISASRIS was ini
Page 21 and 22: Handbook (NCST 2009) will be famili
Page 23 and 24: 4.2 Upper levels of the hierarchyTh
Page 25 and 26: 5 Accuracy, precision and a basis f
Page 27 and 28: 1.0MeanProbability5 %quantile95 %qu
Page 29 and 30: 6 Level-1 descriptors (land provinc
Page 31 and 32: Figure 5: Relative reliefFigure 6:
Page 33 and 34: Figure 7: Average annual excess wat
Page 35 and 36: 10 Level-5 descriptors (land system
Page 37 and 38: 10.3 LandformRelief/modal slopeReli
Page 39 and 40: 11 Level-6 descriptors (land facets
Page 41 and 42: Table 15: Landform elements (after
Page 43 and 44: Table 17: Described gilgai componen
Page 45 and 46: (a) (b) (c)A11A11A1 1A21A222B23B22B
Page 47 and 48: Layer-1 Texture and clay contentThe
Page 49 and 50: ZL Silty loam ZLA Sapric silty loam
Page 51 and 52: Coarse fragmentsCoarse fragments ar
Page 53 and 54: pH profileThe pH in a 1:5 CaCl 2 so
Page 55 and 56: Total thickness of A horizonThe tot
Page 57 and 58: Table 31: Method for the estimation
Page 59 and 60: Profile availablewater capacityAdju
Page 61 and 62: Table 32: Permeability classesClass
Page 63 and 64: Table 34: Estimation method for ele
Page 65 and 66: Exchangeable bases, CEC, and ESPEst
Page 67 and 68: Australian Soil ClassificationThe A
Page 69 and 70: FH Palic GZ Bleached-Orthic IS Ferr
Page 71: Table 47: Reference Soil Group code
Page 75 and 76: 12 Soil Profile DatabaseAs noted ea
Page 77 and 78: Figure 12: Database design for ASRI
Page 79 and 80: Table 57: The ref_sites tableColumn
Page 81 and 82: Table 61: The param_num_method tabl
Page 83 and 84: Table 68: The codes table.Column Na
Page 85 and 86: 15 ReferencesACLEP (in prep.) SITES
Page 87 and 88: McKenzie NJ, Ryan PJ (1999) Spatial
Page 89 and 90: Appendix 1: Conversion for pH in wa
Page 92: CONTACT USt 1300 363 400+61 3 9545
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ASRIS Technical Specifications V1.6

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