Using Soil Attributes for HGM Wetland Classification

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Using Soil Attributes for HGM Wetland Classification Richard Weber Wetland Hydraulic Engineer Wetland Team CNTSC, Fort Worth, TX Slide 1

Hydrogeomorphic (HGM) Landscape Classes Originally for Development of Functional Assessment Models (Brinson, et. al.) Starts with 7 Wetland Classes Requires the Determination of a Reference Domain where a certain subclass exists Function Based Slide 2

Three Factors that Define HGM Landscape Classes Landscape Position in watershed Dominant Water Source Hydrodynamics These are Soil Attributes Slide 3

Map Unit Polygons Also Occupy Landscape Positons in the Watershed Slide 4

The Seven HGM Classes RIVERINE SLOPE MINERAL SOIL FLAT ORGANIC SOIL FLAT ESTUARINE FRINGE LACUSTRINE FRINGE DEPRESSION Mineral Flats Indiana Flatwoods Slope Puerto Rico Depressional Carolina Bay Estuarine Fringe Oregon Subclasses in a local Reference Domain Slide 5

The Reference Domain The area within which a defined Subclass Exists Major Land Resource Area is a Good Default MLRA Subdivisions may Exist for Further Refinement Slide 6

Major Land Resource Areas Site Concept Valid Within MLRA Extent (or subdivision of MLRA) Slide 7

Some Useful Soil Attributes from SSURGO: Geomorphic Description Drainage Class Slope Class Taxonomy Water Features Flooding Freq. and Dur. Ponding Freq. and Dur. Groundwater Depths Digital Elevation Data Can be used also to Aggregate and Dis-Aggregate Map Units Useful Database Tables: Component Map Unit Map Unit Aggregated Attributes (muaggat) Beyond our Scope Today Slide 8

Selection by Attributes SSURGO Vector Polygons Site or HUC-12 Scale Heads-up Mapping Red Calcareous Wet Prairie MINERAL FLAT Green Calcareous Marsh DEPRESSION Slide 9

HUC -12 Scale Large Enough to Display all HGM subclasses Small Enough to Visualize Floodplain Landscape Slide 10

RIVERINE ATTRIBUTES Geomorphic Descrition floodplain term Water Features Flooding means Lotic inundation Flood Frequency higher than Rarely RIVERINE Water Features can include Flooding, Ponding, and Groundwater all 3 Slide 11

RIVERINE Soil System Multiple HGM Sub-Classes Look for more geomorphic description detail Ex. Backswamps, Natural Levees, Oxbows on Floodplains Look for more Water Features. Ex. Ponding means it s a backswamp Slide 12

Problem! Stream Functions Vary with Scale 2 nd Order Kennebec 5 th Order Kennebec Map Unit Dis-Aggregation Slide 13

SLOPE Headwater Reaches Dominant Water Source Groundwater No geomorphic Channel Vegetated Slide 14

Landscape Functional Break: SLOPE to RIVERINE HGM Class Blue Ackmore Colo Complex, Endoaqolls, Upland Drainageways, WTD < 12 SLOPE Class Green Floodplains Slide 15

SLOPE Wetlands Watershed Reaches Above Floodplains Idaho Headwater Fen Kansas Headwater New York Headwater Fen Attributes: Taxonomy endosaturated Great Group Taxonony Histosol or Histic Geomorphic Description Ex. upland drainageways Water Features WTD < 12, most months Slide 16

DEPRESSION CLASS Nebraska Rainwater Basin Recharge DEPRESSION Wyoming Recharge DEPRESSION, Gillette South Carolina Carolina Bay Discharge DEPRESSION South Dakota Prairie Pothole Recharge DEPRESSION Slide 17

DEPRESSION - Recharge Horizonation Perching Layer. Look for Bt horizon Drastic decrease in Ksat with depth Slide 18

DEPRESSION - Discharge High Infiltration Uplands Support Strong Discharge Wetlands No perching layer Taxonomy Ex. Calcic subgroup Taxonomy Histosols or Histic Recharge Go > GI Discharge Gi > Go Flow Through Gi = Go Slide 19

MINERAL FLAT and DEPRESSION Brown MINERAL FLATS Interfluves (geomorphic desc.) 0-2% Slope Class Poorly Drained Also Decrease in Ksat with Depth Water Features no ponding, no flooding, only WTD < 12 Yellow DEPRESSION Depressions (geomorphic desc.) Ponding Frequency and Duration No Flooding Slide 20

Thanks! Questions? Wetland HydrologyTechnical Note: Technical Note No. 3 - Soil Hydrodynamic Interpretations for Wetlands http://www.nrcs.usda.gov/wps/portal/ nrcs/main/national/water/wetlands/restore/ NRCS is an Equal Opportunity Slide 21 Employer and Provider