Technical Committee Monitoring Charts and Tables

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Habitats LEAST TERN AND PIPING PLOVER Nesting Feeding /Foraging Habitat Parameters /Indicators DRAFT - CHART2 USFWS DATA AND MONITORING NEEDS PROGRAM WATER Data Required Monitoring Approach, Location, Timing WC WHOOPING Feeding /Foraging CRANE Aerial Photography width ( wetted width wetted and active .. .......................WCR -01 -W WC Roosting LEAST TERN AND PIPING PLOVER Nesting Feeding /Foraging Habitat Parameters /Indicators DRAFT - CHART2 USFWS DATA AND MONITORING NEEDS PROGRAM WATER Data Required Monitoring Approach, Location, Timing Analysis Method Analysis Timing GIS ANALYSIS Land Cover Types quantity Beginning of 1st Increment quality (TBD) 10 End of 1st Increment proximity to roosting habitat isolation Aerial Photo Analysis TBD Trend Analysis WCIF Model Sed/Veg Model Beginning of 1st Increment Mass Balance Analysis End of 1st Increment Sed In /Out Analysis Stage /Discharge Relationship Sand Bar Quantity/Flow Analysis - TBD Sandpits Beginning of 1st Increment GIS Analysis (see WC Foraging Analysis End of 1st Increment Method) Beginning of 1st Increment Trend Analysis 5 years into Program End of 1st Increment USFWS, April 13, 2001 Approach: Channel and Sandbar Characteristics Approach: Aerial Photography width ( wetted width wetted and active .. .......................WCR -01 -W Channel Width [avg. width (wetted and active) per Photo-interpretation Wet Meadow: CIR Photography GIS Database quantity and distribution ... .......................WCF -01 -W Land cover class photo interpretation Field Measurements quality ................................. .......................WCF -02 -W GIS land cover database photo- Interpretation Accuracy proximity to roosting habitat ....................WCF -03 -W Vegetation community data Assessment isolation ... ............................... ..................WCF -04 -W (Structure /Species Composition) Vegetation Community Classification, Timing: Timing: Location: Discharge at nearest gage 90 -mile Reach Whooping Crane migration seasons erosion /deposition trends . .......................WCR -05 -W Timing: Bed Elevation Flows - TBD Analysis Method Analysis Timing GIS ANALYSIS Land Cover Types quantity Beginning of 1st Increment quality (TBD) 10 End of 1st Increment proximity to roosting habitat isolation Aerial Photo Analysis TBD Trend Analysis WCIF Model Sed/Veg Model Beginning of 1st Increment Mass Balance Analysis End of 1st Increment Sed In /Out Analysis Stage /Discharge Relationship Sand Bar Quantity/Flow Analysis - TBD Sandpits Beginning of 1st Increment GIS Analysis (see WC Foraging Analysis End of 1st Increment Method) Beginning of 1st Increment Trend Analysis 5 years into Program End of 1st Increment USFWS, April 13, 2001 Channel Width [avg. width (wetted and active) per Channel and Sandbar Characteristics Approach: Channel: width ( wetted width wetted and active .. .......................WCR -01 -W Channel Width [avg. width (wetted and active) per RIVERINE Permanent Transacts depth .................................. .......................WCR -02 -W Stratified Random Sample of Available bridge segment] Location: Location: vegetation .......................... .......................WCR -03 -W Habitat Types De Depth De channel Vegetation 90 -mile Reach Existing Sediment Transact (13 -17) unobstructed view (including Invertebrates In- channel Vegetation Timing: Timing: out -of- channel) ............... .......................WCR -04 -W Discharge at nearest gage Flows - TBD Whooping Crane migration seasons erosion /deposition trends . .......................WCR -05 -W Bed Elevation AND channel width trends ......... .......................WCR -06 -W Grain Size /Distribution Approach: Sandbar characteristics: Suspended Sediment Aerial Photography (Channel Width TBD) quantity .............................. .......................WCR -07 -W Sandbar Characteristics Location: distribution ........................ .......................WCR -08 -W Quantity - TBD 90 -mile Reach elevation ............................ .......................WCR -09 -W Distribution - TBD Timing: NON -RIVERINE Elevation -TBD Flows - TBD Analysis Method Analysis Timing GIS ANALYSIS Land Cover Types quantity Beginning of 1st Increment quality (TBD) 10 End of 1st Increment proximity to roosting habitat isolation Aerial Photo Analysis TBD Trend Analysis WCIF Model Sed/Veg Model Beginning of 1st Increment Mass Balance Analysis End of 1st Increment Sed In /Out Analysis Stage /Discharge Relationship Sand Bar Quantity/Flow Analysis - TBD Sandpits Beginning of 1st Increment GIS Analysis (see WC Foraging Analysis End of 1st Increment Method) Beginning of 1st Increment Trend Analysis 5 years into Program End of 1st Increment USFWS, April 13, 2001 RIVERINE Approach: Fish Habitat Channel Width [avg. width (wetted and active) per RIVERINE RIVERINE Channel: Stratified Random Sample of Available bridge segment] Location: Channel and Sandbar Characteristics width (wetted and active) and depth ...... LT /PP -01 -W Habitat Types Depth 90 -mile Reach Approach: erosion /deposition trends ....................... LT /PP -02 -W Invertebrates In- channel Vegetation Timing: Permanent Transacts channel width trends .......... .....................LT /PP -03 -W Discharge at nearest gage Flows - TBD Location: Sandbar Characteristicts: Bed Elevation Existing Sediment Transact (13 -17) quantity ................................ .....................LT /PP -04 -W Grain Size /Distribution Timing: distribution .......................... .....................LT /PP -05 -W Suspended Sediment LT /PP nesting season vegetation ............................ .....................LT /PP -06 -W Sandbars: Sandbars elevation .............................. .....................LT /PP -07 -W Quantity - TBD TBD sand area ............................. .....................LT /PP -08 -W Distribution - TBD NON -RIVERINE NON -RIVERINE Vegetation - TBD Sandpits Sandpits: Elevation - TBD Approach: quantity ..........LT /PP -09 -W ty ........... ............................... Sand Area - TBD Aerial Photography (CIR and BIVII) distributi. on ......................... .....................LT /PP -10 -W NON -RIVERINE Location: sand area ............................. .....................LT /PP -11 -W Sandpits: 90 -mile reach, proximity to feeding /foraging habitat......... LT -12 -W Quantity Timing: Distribution Tern and Plover Nesting Season Proximity to river /feeding /forage (June - August) Total Sand Area Analysis Method Analysis Timing GIS ANALYSIS Land Cover Types quantity Beginning of 1st Increment quality (TBD) 10 End of 1st Increment proximity to roosting habitat isolation Aerial Photo Analysis TBD Trend Analysis WCIF Model Sed/Veg Model Beginning of 1st Increment Mass Balance Analysis End of 1st Increment Sed In /Out Analysis Stage /Discharge Relationship Sand Bar Quantity/Flow Analysis - TBD Sandpits Beginning of 1st Increment GIS Analysis (see WC Foraging Analysis End of 1st Increment Method) Beginning of 1st Increment Trend Analysis 5 years into Program End of 1st Increment USFWS, April 13, 2001 Fish Community Approach: Fish Habitat Inventory of Available Habitat Types TBD Community Health ...................................... LT -01 -W Stratified Random Sample of Available Location: Community Structure Habitat Types 90 -mile Reach Invertebrates .......................... ........................PP -01 -W Invertebrates Timing: Flows - TBD Analysis Method Analysis Timing GIS ANALYSIS Land Cover Types quantity Beginning of 1st Increment quality (TBD) 10 End of 1st Increment proximity to roosting habitat isolation Aerial Photo Analysis TBD Trend Analysis WCIF Model Sed/Veg Model Beginning of 1st Increment Mass Balance Analysis End of 1st Increment Sed In /Out Analysis Stage /Discharge Relationship Sand Bar Quantity/Flow Analysis - TBD Sandpits Beginning of 1st Increment GIS Analysis (see WC Foraging Analysis End of 1st Increment Method) Beginning of 1st Increment Trend Analysis 5 years into Program End of 1st Increment USFWS, April 13, 2001