COLUMN_NAME	LABEL	LEGAL_VALUES
AMFCALL	"fractional cover of all macrophytes using am_totalcover (mean(wtA, wtB, ... wtJ))"	
AMFCEMERGENT	"fractional cover of emergent macrophytes using am_emergent (mean(wtA, wtB, ... wtJ))"	
AMFCFLOATING	"fractional cover of floating macrophytes using am_floating (mean(wtA, wtB, ... wtJ))"	
AMFCSUBMERGENT	"fractional cover of submergent macrophytes using am_submergent (mean(wtA, wtB, ... wtJ))"	
AMFPALL	"fractional presence of all macrophytes using am_totalcover (mean(atA, atB, ... atJ))"	
AMFPEMERGENT	"fractional presence of emergent macrophytes using am_emergent (mean(atA, atB, ... atJ))"	
AMFPFLOATING	"fractional presence of floating macrophytes using am_floating (mean(atA, atB, ... atJ))"	
AMFPSUBMERGENT	"fractional presence of submergent macrophytes using am_submergent (mean(atA, atB, ... atJ))"	
AMIDALL	"interdecimile cover of all macrophytes using am_totalcover (percentile(90, wtA, wtB, ... wtJ) - percentile(10, wtA, wtB, ... wtJ))"	
AMIQALL	"interquartile cover of all macrophytes using am_totalcover (percentile(75 wtA, wtB, ... wtJ) - percentile(25, wtA, wtB, ... wtJ))"	
AMITOTAL	"index of total cover of aquatic macrophytes using am_emergent, am_floating, am_submergent (mean(Aemergent+Afloating+Asubmergent, Bemergent+Bfloating+Bsubmergent, ...Jemergent+Jfloating+Jsubmergent))"	
AMNALL	"number of stations with Total cover data using am_totalcover (count(atA, atB... atJ))"	
AMNEMERGENT	"number of stations with Emergent data using am_emergent (count(atA, atB... atJ))"	
AMNFLOATING	"number of stations with Floating data using am_floating (count(atA, atB... atJ))"	
AMNSUBMERGENT	"number of stations with Submergent data using am_submergent (count(atA, atB... atJ))"	
AMVALL	"std dev. Cover of all macrophytes using am_totalcover (stdev(wtA, wtB, wtC... wtJ))"	
AMVEMERGENT	"std dev. Cover of Emergent macrophytes using am_emergent (stdev(wtA, wtB, wtC... wtJ))"	
AMVFLOATING	"std dev. Cover of Floating macrophytes using am_floating (stdev(wtA, wtB, wtC... wtJ))"	
AMVSUBMERGENT	"std dev. Cover of Submergent macrophytes using am_submergent (stdev(wtA, wtB, wtC... wtJ))"	
BFFFLAT	"fraction with flat banks using angle (mean(flatA, flatB... flatJ))"	
BFFGRADUAL	"fraction with gradual banks using angle (mean(gradualA, gradualB... gradualJ))"	
BFFSTEEP	"fraction with steep banks using angle (mean(steepA, steepB... steepJ))"	
BFFVERTICAL	"fraction with vertical banks using angle (mean(verticalA, verticalB...verticalJ))"	
BFNANGLE	"number of stations with bank angle data using angle (count(atA, atB... atJ))"	
BFNHORIZDIST_DD	count of horizontal distance to drawdown zone using horiz_dist_dd (count(horiz_dist_dd))	
BFNHORIZDIST_FL	count of horizontal distance to flooding zone using horiz_dist (count(horiz_dist))	
BFNVERTHEIGHT_DD	count of vertical height to drawdown zone using vert_height_dd (count(vert_height_dd))	
BFNVERTHEIGHT_FL	count of vertical height to flooding zone using vert_height (count(vert_height))	
BFOANGLE	"bank angle mode using angle (mode(classA, classB... classJ))"	
BFXHORIZDIST_DD	horizontal distance to drawdown zone using horiz_dist_dd (mean(horiz_dist_dd))	
BFXHORIZDIST_FL	horizontal distance to flooding zone using horiz_dist (mean(horiz_dist))	
BFXVERTHEIGHT_DD	vertical height to drawdown zone using vert_height_dd (mean(vert_height_dd))	
BFXVERTHEIGHT_FL	vertical height to flooding zone using vert_height (mean(vert_height))	
BS16LDIA	"16th percentile of bottom substrate diameter using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (percentile(16, wtA, wtB, ... wtJ))"	
BS25LDIA	"25th percentile of bottom substrate diameter using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (percentile(25, wtA, wtB, ... wtJ))"	
BS50LDIA	"50th percentile of bottom substrate diameter using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (percentile(50, wtA, wtB, ... wtJ))"	
BS75LDIA	"75th percentile of bottom substrate diameter using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (percentile(75, wtA, wtB, ... wtJ))"	
BS84LDIA	"84th percentile of bottom substrate diameter using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (percentile(84 wtA, wtB, ... wtJ))"	
BSFANOXIC	"fraction with anoxic odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFBLACK	"fraction of Black substrate using color (count(atA, atB... atJ) / bsnColor)"	
BSFBROWN	"fraction of Brown substrate using color (count(atA, atB... atJ) / bsnColor)"	
BSFCBEDROCK	"fractional cover of bedrock using bs_bedrock (mean(wtA, wtB, ... wtJ))"	
BSFCBOULDERS	"fractional cover of Boulder using bs_boulders (mean(wtA, wtB, ... wtJ))"	
BSFCCOBBLE	"fractional cover of Cobble using bs_cobble (mean(wtA, wtB, ... wtJ))"	
BSFCGRAVEL	"fractional cover of gravel using bs_gravel (mean(wtA, wtB, ... wtJ))"	
BSFCHEMICAL	"fraction with chemical odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFCORGANIC	"fractional cover of organic using bs_organic (mean(wtA, wtB, ... wtJ))"	
BSFCSAND	"fractional cover of sand using bs_sand (mean(wtA, wtB, ... wtJ))"	
BSFCSILT	"fractional cover of silt using bs_silt (mean(wtA, wtB, ... wtJ))"	
BSFCWOOD	"fractional cover of wood using bs_wood (mean(wtA, wtB, ... wtJ))"	
BSFGRAY	"fraction of Gray substrate using color (count(atA, atB... atJ) / bsnColor)"	
BSFH2S	"fraction with H2S odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFNONEODOR	"fraction with no odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFOIL	"fraction with oil odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFOTHERCOLOR	"fraction of other color substrate using color (count(atA, atB... atJ) / bsnColor)"	
BSFOTHERODOR	"fraction with other odor using odor (mean(A=odor, B=odor, ... J=odor))"	
BSFPBEDROCK	"fractional presence of bedrock using bs_bedrock (mean(atA, atB, ... atJ))"	
BSFPBOULDERS	"fractional presence of Boulder using bs_boulders (mean(atA, atB, ... atJ))"	
BSFPCOBBLE	"fractional presence of Cobble using bs_cobble (mean(atA, atB, ... atJ))"	
BSFPGRAVEL	"fractional presence of gravel using bs_gravel (mean(atA, atB, ... atJ))"	
BSFPORGANIC	"fractional presence of organic using bs_organic (mean(atA, atB, ... atJ))"	
BSFPSAND	"fractional presence of sand using bs_sand (mean(atA, atB, ... atJ))"	
BSFPSILT	"fractional presence of silt using bs_silt (mean(atA, atB, ... atJ))"	
BSFPWOOD	"fractional presence of wood using bs_wood (mean(atA, atB, ... atJ))"	
BSFRED	"fraction of Red substrate using color (count(atA, atB... atJ) / bsnColor)"	
BSISITEVARIETY	"Number of substrate classes present at a site using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt, bs_organic, bs_wood ()"	
BSISTAVARIETY	"Mean number of substrate classes present in each station using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt, bs_organic, bs_wood ()"	
BSNBEDROCK	"number of stations with bedrock data using bs_bedrock (count(atA, atB... atJ))"	
BSNBOULDERS	"number of stations with boulder data using bs_boulders (count(atA, atB... atJ))"	
BSNCOBBLE	"number of stations with cobble data using bs_cobble (count(atA, atB... atJ))"	
BSNCOLOR	"number of bottom substrate color data using color (count(atA, atB... atJ))"	
BSNGRAVEL	"number of stations with gravel data using bs_gravel (count(atA, atB... atJ))"	
BSNODOR	"number of stations with odor data using odor (count(atA, atB... atJ))"	
BSNORGANIC	"number of stations with organic data using bs_organic (count(atA, atB... atJ))"	
BSNSAND	"number of stations with sand data using bs_sand (count(atA, atB... atJ))"	
BSNSILT	"number of stations with silt data using bs_silt (count(atA, atB... atJ))"	
BSNWOOD	"number of stations with wood data using bs_wood (count(atA, atB... atJ))"	
BSOCOLOR	"mode of color using color (mode(colorA, colorB... colorJ))"	
BSOFCLASS	"Mode of bottom substrate by cover using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt, bs_organic, bs_wood (space-delimited list of 1+ classes with sum(bsfcClass) = max(sum(bsfcClass)))"	
BSOODOR	Mode of bottom substrate odor class using odor (mode(ODOR))	
BSOPCLASS	"Mode of bottom substrate by presence using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt, bs_organic, bs_wood (space-delimited list of 1+ classes with presence = max(bsfp*))"	
BSVBEDROCK	"std dev. Cover of bedrock using bs_bedrock (stdev(wtA, wtB, wtC... wtJ))"	
BSVBOULDERS	"std dev. Cover of boulder using bs_boulders (stdev(wtA, wtB, wtC... wtJ))"	
BSVCOBBLE	"std dev. Cover of cobble using bs_cobble (stdev(wtA, wtB, wtC... wtJ))"	
BSVGRAVEL	"std dev. Cover of gravel using bs_gravel (stdev(wtA, wtB, wtC... wtJ))"	
BSVLDIA	"std dev. logged bottom substrate diameter (mineral) using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (stdev(Dm*Csm), where Dm=log10(characteristic diam), Csm=fractional cover of class at a station)"	
BSVORGANIC	"std dev. Cover of organic using bs_organic (stdev(wtA, wtB, wtC... wtJ))"	
BSVSAND	"std dev. Cover of sand using bs_sand (stdev(wtA, wtB, wtC... wtJ))"	
BSVSILT	"std dev. Cover of silt using bs_silt (stdev(wtA, wtB, wtC... wtJ))"	
BSVWOOD	"std dev. Cover of wood using bs_wood (stdev(wtA, wtB, wtC... wtJ))"	
BSXLDIA	"mean logged bottom substrate diameter (mineral) using bs_bedrock, bs_boulders, bs_cobble, bs_gravel, bs_sand, bs_silt (mean(Dm*Csm), where Dm=log10(characteristic diam), Csm=fractional cover of class at a station)"	
FCFCAQUATIC_DD	"fractional cover of aquatic vegetation in the drawdown zone using FC_AQUATIC_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCAQUATIC_LIT	"fractional cover of aquatic vegetation in the littoral zone using FC_AQUATIC (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCAQUATIC_SIM	"fractional cover of aquatic vegetation simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCBOULDERS_DD	"fractional cover of boulders in the drawdown zone using FC_BOULDERS_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCBOULDERS_LIT	"fractional cover of boulders in the littoral zone using FC_BOULDERS (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCBOULDERS_SIM	"fractional cover of boulders simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BOULDERS, FC_BOULDERS_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCBRUSH_DD	"fractional cover of brush in the drawdown zone using FC_BRUSH_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCBRUSH_LIT	"fractional cover of brush in the littoral zone using FC_BRUSH (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCBRUSH_SIM	"fractional cover of brush simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BRUSH, FC_BRUSH_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCLEDGES_DD	"fractional cover of ledges in the drawdown zone using FC_LEDGES_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCLEDGES_LIT	"fractional cover of ledges in the littoral zone using FC_LEDGES (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCLEDGES_SIM	"fractional cover of ledges simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LEDGES, FC_LEDGES_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCLIVETREES_DD	"fractional cover of live trees in the drawdown zone using FC_LIVETREES_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCLIVETREES_LIT	"fractional cover of live trees in the littoral zone using FC_LIVETREES (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCLIVETREES_SIM	"fractional cover of live trees simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LIVETREES, FC_LIVETREES_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCOVERHANG_DD	"fractional cover of overhangs in the drawdown zone using FC_OVERHANG_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCOVERHANG_LIT	"fractional cover of overhangs in the littoral zone using FC_OVERHANG (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCOVERHANG_SIM	"fractional cover of overhangs simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_OVERHANG, FC_OVERHANG_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCSNAGS_DD	"fractional cover of snags in the drawdown zone using FC_SNAG_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCSNAGS_LIT	"fractional cover of snags in the littoral zone using FC_SNAG (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCSNAGS_SIM	"fractional cover of snags simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_SNAG, FC_SNAG_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFCSTRUCTURES_DD	"fractional cover of artificial structures in the drawdown zone using FC_STRUCTURES_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFCSTRUCTURES_LIT	"fractional cover of artificial structures in the littoral zone using FC_STRUCTURES (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFCSTRUCTURES_SIM	"fractional cover of artificial structures simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_STRUCTURES, FC_STRUCTURES_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFPALL_DD	"fractional cover of any fish cover in the drawdown zone using FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD (mean(wtA_dd, wtB_dd... wtJ_dd))"	
FCFPALL_LIT	"fractional cover of any fish cover in the littoral zone using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES (mean(wtA_lit, wtB_lit, ... wtJ_lit))"	
FCFPALL_SIM	"fractional cover of any fish cover simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES, FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD, HORIZ_DIST_DD (mean(wtA_sim, wtB_sim, ... wtJ_sim))"	
FCFPAQUATIC_DD	"fractional presence of aquatic vegetation in the drawdown zone using FC_AQUATIC_DD (mean(atA, atB... atJ))"	
FCFPAQUATIC_LIT	"fractional presence of aquatic vegetation in the littoral zone using FC_AQUATIC (mean(atA, atB... atJ))"	
FCFPAQUATIC_SIM	"fractional presence of aquatic vegetation simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_AQUATIC_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPBOULDERS_DD	"fractional presence of boulders in the drawdown zone using FC_BOULDERS_DD (mean(atA, atB... atJ))"	
FCFPBOULDERS_LIT	"fractional presence of boulders in the littoral zone using FC_BOULDERS (mean(atA, atB... atJ))"	
FCFPBOULDERS_SIM	"fractional presence of boulders simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BOULDERS, FC_BOULDERS_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPBRUSH_DD	"fractional presence of brush in the drawdown zone using FC_BRUSH_DD (mean(atA, atB... atJ))"	
FCFPBRUSH_LIT	"fractional presence of brush in the littoral zone using FC_BRUSH (mean(atA, atB... atJ))"	
FCFPBRUSH_SIM	"fractional presence of brush simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BRUSH, FC_BRUSH_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPLEDGES_DD	"fractional presence of ledges in the drawdown zone using FC_LEDGES_DD (mean(atA, atB... atJ))"	
FCFPLEDGES_LIT	"fractional presence of ledges in the littoral zone using FC_LEDGES (mean(atA, atB... atJ))"	
FCFPLEDGES_SIM	"fractional presence of ledges simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LEDGES, FC_LEDGES_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPLIVETREES_DD	"fractional presence of live trees in the drawdown zone using FC_LIVETREES_DD (mean(atA, atB... atJ))"	
FCFPLIVETREES_LIT	"fractional presence of live trees in the littoral zone using FC_LIVETREES (mean(atA, atB... atJ))"	
FCFPLIVETREES_SIM	"fractional presence of live trees simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LIVETREES, FC_LIVETREES_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPOVERHANG_DD	"fractional presence of overhangs in the drawdown zone using FC_OVERHANG_DD (mean(atA, atB... atJ))"	
FCFPOVERHANG_LIT	"fractional presence of overhangs in the littoral zone using FC_OVERHANG (mean(atA, atB... atJ))"	
FCFPOVERHANG_SIM	"fractional presence of overhangs simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_OVERHANG, FC_OVERHANG_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPSNAGS_DD	"fractional presence of snags in the drawdown zone using FC_SNAG_DD (mean(atA, atB... atJ))"	
FCFPSNAGS_LIT	"fractional presence of snags in the littoral zone using FC_SNAG (mean(atA, atB... atJ))"	
FCFPSNAGS_SIM	"fractional presence of snags simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_SNAG, FC_SNAG_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCFPSTRUCTURES_DD	"fractional presence of artificial structures in the drawdown zone using FC_STRUCTURES_DD (mean(atA, atB... atJ))"	
FCFPSTRUCTURES_LIT	"fractional presence of artificial structures in the littoral zone using FC_STRUCTURES (mean(atA, atB... atJ))"	
FCFPSTRUCTURES_SIM	"fractional presence of artificial structures simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_STRUCTURES, FC_STRUCTURES_DD, HORIZ_DIST_DD (mean(atA_sim, atB_sim, ... atJ_sim))"	
FCIALL_DD	"index of total fish cover in the drawdown zone using FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD (sum(fc_Aquatic_DD, fc_Boulders_DD, fc_Brush_DD, fc_Ledges_DD, fc_Livetrees_DD, fc_Overhang_DD, fc_Snag_DD, fc_Structures_DD))"	
FCIALL_LIT	"index of total fish cover in the littoral zone using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES (sum(fc_Aquatic, fc_Boulders, fc_Brush, fc_Ledges, fc_Livetrees, fc_Overhang, fc_Snag, fc_Structures))"	
FCIALL_SIM	"index of total fish cover simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES, FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD, HORIZ_DIST_DD (sum(fc_Aquatic_SIM, fc_Boulders_SIM, fc_Brush_SIM, fc_Ledges_SIM, fc_Livetrees_SIM, fc_Overhang_SIM, fc_Snag_SIM, fc_Structures_SIM))"	
FCIBIG_DD	"index of fish cover due to large structures in the drawdown zone using fc_Boulders_DD, fc_Ledges_DD, fc_Overhang_DD, fc_Structures_DD (sum(fc_Boulders_DD, fc_Ledges_DD, fc_Overhang_DD, fc_Structures_DD))"	
FCIBIG_LIT	"index of fish cover due to large structures in the littoral zone using fc_Boulders, fc_Ledges, fc_Overhang, fc_Structures (sum(fc_Boulders, fc_Ledges, fc_Overhang, fc_Structures))"	
FCIBIG_SIM	"index of fish cover due to large structures simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using fc_Boulders, fc_Ledges, fc_Overhang, fc_Structures, fc_Boulders_DD, fc_Ledges_DD, fc_Overhang_DD, fc_Structures_DD, HORIZ_DIST_DD (sum(fc_Boulders, fc_Ledges, fc_Overhang, fc_Structures))"	
FCINATURAL_DD	"index of fish cover due to natural structures in the drawdown zone using fc_Aquatic_DD, fc_Boulders_DD, fc_Brush_DD, fc_Ledges_DD, fc_Livetrees_DD, fc_Overhang_DD, fc_Snag_DD (sum(fc_Aquatic_DD, fc_Boulders_DD, fc_Brush_DD, fc_Ledges_DD, fc_Livetrees_DD, fc_Overhang_DD, fc_Snag_DD))"	
FCINATURAL_LIT	"index of fish cover due to natural structures in the littoral zone using fc_Aquatic, fc_Boulders, fc_Brush, fc_Ledges, fc_Livetrees fc_Overhang, fc_Snag (sum(fc_Aquatic, fc_Boulders, fc_Brush, fc_Ledges, fc_Livetrees fc_Overhang, fc_Snag))"	
FCINATURAL_SIM	"index of fish cover due to natural structures simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using fc_Aquatic, fc_Boulders, fc_Brush, fc_Ledges, fc_Livetrees fc_Overhang, fc_Snag, fc_Aquatic_DD, fc_Boulders_DD, fc_Brush_DD, fc_Ledges_DD, fc_Livetrees_DD, fc_Overhang_DD, fc_Snag_DD, HORIZ_DIST_DD (sum(fc_Aquatic_SIM, fc_Boulders_SIM, fc_Brush_SIM, fc_Ledges_SIM, fc_Livetrees_SIM, fc_Overhang_SIM, fc_Snag_SIM))"	
FCIRIPVEG_DD	"index of fish cover due to riparian vegetation in the drawdown zone using fc_Brush_DD, fc_Livetrees_DD, fc_Snag_DD ( sum(fc_Brush_DD, fc_Livetrees_DD, fc_Snag_DD))"	
FCIRIPVEG_LIT	"index of fish cover due to riparian vegetation in the littoral zone using fc_Brush, fc_Livetrees, fc_Snag, ( sum(fc_Brush, fc_Livetrees, fc_Snag,))"	
FCIRIPVEG_SIM	"index of fish cover due to riparian vegetation simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using fc_Brush_SIM, fc_Livetrees_SIM, fc_Snag_SIM ( sum(fc_Brush_SIM, fc_Livetrees_SIM, fc_Snag_SIM))"	
FCNALL_DD	"number of fish cover values in the drawdown using FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD (sum(fcn*_DD))"	
FCNALL_LIT	"number of fish cover values in the littoral zone using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES (sum(fcn*))"	
FCNALL_SIM	"number of fish cover data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_BOULDERS, FC_BRUSH, FC_LEDGES, FC_TREES, FC_OVERHANG, FC_SNAG, FC_STRUCTURES, FC_AQUATIC_DD, FC_BOULDERS_DD, FC_BRUSH_DD, FC_LEDGES_DD, FC_TREES_DD, FC_OVERHANG_DD, FC_SNAG_DD, FC_STRUCTURES_DD, HORIZ_DIST_DD (sum(fcn*_SIM))"	
FCNAQUATIC_DD	"number of aquatic vegetation values in the drawdown using FC_AQUATIC_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNAQUATIC_LIT	"number of aquatic vegetation values in the littoral zone using FC_AQUATIC (count(atA, atB... atJ))"	
FCNAQUATIC_SIM	"number of aquatic vegetation data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_AQUATIC_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNBOULDERS_DD	"number of boulders values in the drawdown using FC_BOULDERS_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNBOULDERS_LIT	"number of boulders values in the littoral zone using FC_BOULDERS (count(atA, atB... atJ))"	
FCNBOULDERS_SIM	"number of boulders data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BOULDERS, FC_BOULDERS_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNBRUSH_DD	"number of brush values in the drawdown using FC_BRUSH_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNBRUSH_LIT	"number of brush values in the littoral zone using FC_BRUSH (count(atA, atB... atJ))"	
FCNBRUSH_SIM	"number of brush data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BRUSH, FC_BRUSH_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNLEDGES_DD	"number of ledges values in the drawdown using FC_LEDGES_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNLEDGES_LIT	"number of ledges values in the littoral zone using FC_LEDGES (count(atA, atB... atJ))"	
FCNLEDGES_SIM	"number of ledges data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LEDGES, FC_LEDGES_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNLIVETREES_DD	"number of live trees values in the drawdown using FC_LIVETREES_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNLIVETREES_LIT	"number of live trees values in the littoral zone using FC_LIVETREES (count(atA, atB... atJ))"	
FCNLIVETREES_SIM	"number of live trees data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LIVETREES, FC_LIVETREES_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNOVERHANG_DD	"number of overhangs values in the drawdown using FC_OVERHANG_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNOVERHANG_LIT	"number of overhangs values in the littoral zone using FC_OVERHANG (count(atA, atB... atJ))"	
FCNOVERHANG_SIM	"number of overhangs data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_OVERHANG, FC_OVERHANG_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNSNAGS_DD	"number of snags values in the drawdown using FC_SNAG_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNSNAGS_LIT	"number of snags values in the littoral zone using FC_SNAG (count(atA, atB... atJ))"	
FCNSNAGS_SIM	"number of snags data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_SNAG, FC_SNAG_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCNSTRUCTURES_DD	"number of artificial structures values in the drawdown using FC_STRUCTURES_DD (count(atA_DD, atB_DD, ... atJ_DD))"	
FCNSTRUCTURES_LIT	"number of artificial structures values in the littoral zone using FC_STRUCTURES (count(atA, atB... atJ))"	
FCNSTRUCTURES_SIM	"number of artificial structures data simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_STRUCTURES, FC_STRUCTURES_DD, HORIZ_DIST_DD (count(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVAQUATIC_DD	"std dev. of aquatic vegetation in the drawdown zone using FC_AQUATIC_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVAQUATIC_LIT	"std dev. of aquatic vegetation in the littoral zone using FC_AQUATIC (stdev(atA, atB... atJ))"	
FCVAQUATIC_SIM	"std dev. of aquatic vegetation simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_AQUATIC, FC_AQUATIC_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVBOULDERS_DD	"std dev. of boulders in the drawdown zone using FC_BOULDERS_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVBOULDERS_LIT	"std dev. of boulders in the littoral zone using FC_BOULDERS (stdev(atA, atB... atJ))"	
FCVBOULDERS_SIM	"std dev. of boulders simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BOULDERS, FC_BOULDERS_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVBRUSH_DD	"std dev. of brush in the drawdown zone using FC_BRUSH_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVBRUSH_LIT	"std dev. of aquatic vegetation in the littoral zone using FC_BRUSH (stdev(atA, atB... atJ))"	
FCVBRUSH_SIM	"std dev. of aquatic vegetation simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_BRUSH, FC_BRUSH_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVLEDGES_DD	"std dev. of ledges in the drawdown zone using FC_LEDGES_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVLEDGES_LIT	"std dev. of ledges in the littoral zone using FC_LEDGES (stdev(atA, atB... atJ))"	
FCVLEDGES_SIM	"std dev. of ledges simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LEDGES, FC_LEDGES_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVLIVETREES_DD	"std dev. of live trees in the drawdown zone using FC_LIVETREES_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVLIVETREES_LIT	"std dev. of live trees in the littoral zone using FC_LIVETREES (stdev(atA, atB... atJ))"	
FCVLIVETREES_SIM	"std dev. of live trees simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_LIVETREES, FC_LIVETREES_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVOVERHANG_DD	"std dev. of overhangs in the drawdown zone using FC_OVERHANG_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVOVERHANG_LIT	"std dev. of overhangs in the littoral zone using FC_OVERHANG (stdev(atA, atB... atJ))"	
FCVOVERHANG_SIM	"std dev. of overhangs simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_OVERHANG, FC_OVERHANG_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVSNAGS_DD	"std dev. of snags in the drawdown zone using FC_SNAG_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVSNAGS_LIT	"std dev. of snags in the littoral zone using FC_SNAG (stdev(atA, atB... atJ))"	
FCVSNAGS_SIM	"std dev. of snags simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_SNAG, FC_SNAG_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
FCVSTRUCTURES_DD	"std dev. of artificial structures in the drawdown zone using FC_STRUCTURES_DD (stdev(atA_DD, atB_DD, ... atJ_DD))"	
FCVSTRUCTURES_LIT	"std dev. of artificial structures in the littoral zone using FC_STRUCTURES (stdev(atA, atB... atJ))"	
FCVSTRUCTURES_SIM	"std dev. of artificial structures simulating what would be present within 10m of full-pool shoreline if there was zero drawdown using FC_STRUCTURES, FC_STRUCTURES_DD, HORIZ_DIST_DD (stdev(atA_SIM, atB_SIM, ... atJ_SIM))"	
HIFPANY_DD	"fractional presence of any influence in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (mean(anyDDAtA, anyDDAtB, ... anyDDAtJ))"	
HIFPANY_RIP	"fractional presence of any influence in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(anyAtA, anyAtB, ... anyAtJ))"	
HIFPANY_SYN	"fractional presence of any influence synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HORIZ_DIST_DD (mean(anySIMAtA, anySIMAtB, ... anySIMAtJ))"	
HIFPANYCIRCA_DD	"fractional presence of any influence occuring in station plots in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (mean(anyDDAtA, anyDDAtB, ... anyDDAtJ))"	
HIFPANYCIRCA_RIP	"fractional presence of any influence occuring in station plots in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(anyAtA, anyAtB, ... anyAtJ))"	
HIFPANYCIRCA_SYN	"fractional presence of any influence occuring in station plots synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HORIZ_DIST_DD (mean(anySIMAtA, anySIMAtB, ... anySIMAtJ))"	
HIIAG_DD	"index of agricultural influences in the drawdown zone using hi_Crops_DD, hi_Orchard_DD, hi_Pasture_DD (sum of individual weighted means of agricultural influences in the drawdown zone)"	
HIIAG_RIP	"index of agricultural influences in the riparian zone using hi_Crops, hi_Orchard, hi_Pasture (sum of individual weighted means of agricultural influences in the riparian zone)"	
HIIAG_SYN	"index of agricultural influences synthesizing the 2007 protocol using hi_Crops, hi_Orchard, hi_Pasture. hi_Crops_DD, hi_Orchard_DD, hi_Pasture_DD, HORIZ_DIST_DD (sum of individual weighted means of agricultural influences synthesizing the 2007 protocol)"	
HIIAGCIRCA_DD	"index of agricultural influences occuring close to shore in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (sum of all individual weighted means of agricultural influences (note nonstandard weights). in the drawdown zone)"	
HIIAGCIRCA_RIP	"index of agricultural influences occuring close to shore in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (sum of all individual weighted means of agricultural influences (note nonstandard weights). in the riparian zone)"	
HIIAGCIRCA_SYN	"index of agricultural influences occuring close to shore synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HORIZ_DIST_DD (sum of all individual weighted means of agricultural influences (note nonstandard weights). synthesizing the 2007 protocol)"	
HIIALL_DD	"index of all human influences in the drawdown zone using hi_Buildings_DD, hi_Commercial_DD, hi_Crops_DD, hi_Docks_DD, hi_Landfill_DD, hi_Lawn_DD, hi_Orchard_DD, hi_Park_DD, hi_Pasture_DD, hi_Powerlines_DD, hi_Roads_DD, hi_Walls_DD (sum(hipw*) in the drawdown zone)"	
HIIALL_RIP	"index of all human influences in the riparian zone using hi_Buildings, hi_Commercial, hi_Crops, hi_Docks, hi_Landfill, hi_Lawn, hi_Orchard, hi_Park, hi_Pasture, hi_Powerlines, hi_Roads, hi_Walls (sum(hipw*) in the riparian zone)"	
HIIALL_SYN	"index of all human influences synthesizing the 2007 protocol using hi_Buildings, hi_Commercial, hi_Crops, hi_Docks, hi_Landfill, hi_Lawn, hi_Orchard, hi_Park, hi_Pasture, hi_Powerlines, hi_Roads, hi_Walls, hi_Buildings_DD, hi_Commercial_DD, hi_Crops_DD, hi_Docks_DD, hi_Landfill_DD, hi_Lawn_DD, hi_Orchard_DD, hi_Park_DD, hi_Pasture_DD, hi_Powerlines_DD, hi_Roads_DD, hi_Walls_DD, HORIZ_DIST_DD (sum(hipw*) synthesizing the 2007 protocol)"	
HIIALLCIRCA_DD	"index of all influences occuring close to shore in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (sum of all individual weighted means (note nonstandard weights). in the drawdown zone)"	
HIIALLCIRCA_RIP	"index of all influences occuring close to shore in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (sum of all individual weighted means (note nonstandard weights). in the riparian zone)"	
HIIALLCIRCA_SYN	"index of all influences occuring close to shore synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HORIZ_DIST_DD (sum of all individual weighted means (note nonstandard weights). synthesizing the 2007 protocol)"	
HIINONAG_DD	"index of nonagricultural influences in the drawdown zone using hi_Buildings_DD, hi_Commercial_DD, hi_Docks_DD, hi_Landfill_DD, hi_Lawn_DD, hi_Park_DD, hi_Powerlines_DD, hi_Roads_DD, hi_Walls_DD (sum of individual weighted means of nonagricultural influences in the drawdown zone)"	
HIINONAG_RIP	"index of nonagricultural influences in the riparian zone using hi_Buildings, hi_Commercial, hi_Docks, hi_Landfill, hi_Lawn, hi_Park, hi_Powerlines, hi_Roads, hi_Walls (sum of individual weighted means of nonagricultural influences in the riparian zone)"	
HIINONAG_SYN	"index of nonagricultural influences synthesizing the 2007 protocol using hi_Buildings, hi_Commercial, hi_Docks, hi_Landfill, hi_Lawn, hi_Park, hi_Powerlines, hi_Roads, hi_Walls, hi_Buildings_DD, hi_Commercial_DD, hi_Docks_DD, hi_Landfill_DD, hi_Lawn_DD, hi_Park_DD, hi_Powerlines_DD, hi_Roads_DD, hi_Walls_DD, HORIZ_DIST_DD (sum of individual weighted means of nonagricultural influences synthesizing the 2007 protocol)"	
HIINONAGCIRCA_DD	"index of nonagricultural influences occuring close to shore in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (sum of all individual weighted means of nonagricultural influences (note nonstandard weights). in the drawdown zone)"	
HIINONAGCIRCA_RIP	"index of nonagricultural influences occuring close to shore in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (sum of all individual weighted means of nonagricultural influences (note nonstandard weights). in the riparian zone)"	
HIINONAGCIRCA_SYN	"index of nonagricultural influences occuring close to shore synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD, HORIZ_DIST_DD (sum of all individual weighted means of nonagricultural influences (note nonstandard weights). synthesizing the 2007 protocol)"	
HINAG_DD	"count of all values used in the drawdown zone using HI_CROPS_DD, HI_ORCHARD_DD, HI_PASTURE_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINAG_RIP	"count of all values used in the riparian zone using HI_CROPS, HI_ORCHARD, HI_PASTURE (count(atA, atB... atJ) in the riparian zone)"	
HINAG_SYN	"count of all values used synthesizing the 2007 protocol using HI_CROPS, HI_ORCHARD, HI_PASTURE, HI_CROPS_DD, HI_ORCHARD_DD, HI_PASTURE_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINALL_DD	"count of all values used in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINALL_RIP	"count of all values used in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (count(atA, atB... atJ) in the riparian zone)"	
HINALL_SYN	"count of all values used synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINBUILDINGS_DD	"count of values in the drawdown zone using HI_BUILDINGS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINBUILDINGS_RIP	"count of values in the riparian zone using HI_BUILDINGS (count(atA, atB... atJ) in the riparian zone)"	
HINBUILDINGS_SYN	"count of values synthesizing the 2007 protocol using HI_BUILDINGS, HI_BUILDINGS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINCOMMERCIAL_DD	"count of values in the drawdown zone using HI_COMMERCIAL_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINCOMMERCIAL_RIP	"count of values in the riparian zone using HI_COMMERCIAL (count(atA, atB... atJ) in the riparian zone)"	
HINCOMMERCIAL_SYN	"count of values synthesizing the 2007 protocol using HI_COMMERCIAL, HI_COMMERCIAL_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINCROPS_DD	"count of values in the drawdown zone using HI_CROPS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINCROPS_RIP	"count of values in the riparian zone using HI_CROPS (count(atA, atB... atJ) in the riparian zone)"	
HINCROPS_SYN	"count of values synthesizing the 2007 protocol using HI_CROPS, HI_CROPS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINDOCKS_DD	"count of values in the drawdown zone using HI_DOCKS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINDOCKS_RIP	"count of values in the riparian zone using HI_DOCKS (count(atA, atB... atJ) in the riparian zone)"	
HINDOCKS_SYN	"count of values synthesizing the 2007 protocol using HI_DOCKS, HI_DOCKS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINLANDFILL_DD	"count of values in the drawdown zone using HI_LANDFILL_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINLANDFILL_RIP	"count of values in the riparian zone using HI_LANDFILL (count(atA, atB... atJ) in the riparian zone)"	
HINLANDFILL_SYN	"count of values synthesizing the 2007 protocol using HI_LANDFILL, HI_LANDFILL_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINLAWN_DD	"count of values in the drawdown zone using HI_LAWN_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINLAWN_RIP	"count of values in the riparian zone using HI_LAWN (count(atA, atB... atJ) in the riparian zone)"	
HINLAWN_SYN	"count of values synthesizing the 2007 protocol using HI_LAWN, HI_LAWN_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINNONAG_DD	"count of all values used in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_PARK_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINNONAG_RIP	"count of all values used in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_PARK, HI_POWERLINES, HI_ROADS, HI_WALLS (count(atA, atB... atJ) in the riparian zone)"	
HINNONAG_SYN	"count of all values used synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_PARK, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_PARK_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINORCHARD_DD	"count of values in the drawdown zone using HI_ORCHARD_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINORCHARD_RIP	"count of values in the riparian zone using HI_ORCHARD (count(atA, atB... atJ) in the riparian zone)"	
HINORCHARD_SYN	"count of values synthesizing the 2007 protocol using HI_ORCHARD, HI_ORCHARD_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINOTHER_DD	"count of values in the drawdown zone using HI_OTHER_DD (count(atA, atB... atJ) synthesizing the 2007 protocol in the drawdown zone)"	
HINOTHER_RIP	"count of values in the riparian zone using HI_OTHER (count(atA, atB... atJ) synthesizing the 2007 protocol in the riparian zone)"	
HINOTHER_SYN	"count of values synthesizing the 2007 protocol using HI_OTHER, HI_OTHER_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol synthesizing the 2007 protocol)"	
HINPARK_DD	"count of values in the drawdown zone using HI_PARK_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINPARK_RIP	"count of values in the riparian zone using HI_PARK (count(atA, atB... atJ) in the riparian zone)"	
HINPARK_SYN	"count of values synthesizing the 2007 protocol using HI_PARK, HI_PARK_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINPASTURE_DD	"count of values in the drawdown zone using HI_PASTURE_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINPASTURE_RIP	"count of values in the riparian zone using HI_PASTURE (count(atA, atB... atJ) in the riparian zone)"	
HINPASTURE_SYN	"count of values synthesizing the 2007 protocol using HI_PASTURE, HI_PASTURE_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINPOWERLINES_DD	"count of values in the drawdown zone using HI_POWERLINES_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINPOWERLINES_RIP	"count of values in the riparian zone using HI_POWERLINES (count(atA, atB... atJ) in the riparian zone)"	
HINPOWERLINES_SYN	"count of values synthesizing the 2007 protocol using HI_POWERLINES, HI_POWERLINES_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINROADS_DD	"count of values in the drawdown zone using HI_ROADS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINROADS_RIP	"count of values in the riparian zone using HI_ROADS (count(atA, atB... atJ) in the riparian zone)"	
HINROADS_SYN	"count of values synthesizing the 2007 protocol using HI_ROADS, HI_ROADS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HINWALLS_DD	"count of values in the drawdown zone using HI_WALLS_DD (count(atA, atB... atJ) in the drawdown zone)"	
HINWALLS_RIP	"count of values in the riparian zone using HI_WALLS (count(atA, atB... atJ) in the riparian zone)"	
HINWALLS_SYN	"count of values synthesizing the 2007 protocol using HI_WALLS, HI_WALLS_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
HIPWAG_DD	"weighted presence of agricultural influences in the drawdown zone using HI_CROPS_DD, HI_ORCHARD_DD, HI_PASTURE_DD (mean(wtA, wtB, ... wtJ) in the drawdown zone)"	
HIPWAG_RIP	"weighted presence of agricultural influences in the riparian zone using HI_CROPS, HI_ORCHARD, HI_PASTURE (mean(wtA, wtB, ... wtJ) in the riparian zone)"	
HIPWAG_SYN	"weighted presence of agricultural influences synthesizing the 2007 protocol using HI_CROPS, HI_ORCHARD, HI_PASTURE, HI_CROPS_DD, HI_ORCHARD_DD, HI_PASTURE_DD, HORIZ_DIST_DD (mean(wtA, wtB, ... wtJ) synthesizing the 2007 protocol)"	
HIPWALL_DD	"w1_hall in the drawdown zone using HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD (mean(wtA, wtB... wtJ) including all types in the drawdown zone)"	
HIPWALL_RIP	"w1_hall in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(wtA, wtB... wtJ) including all types in the riparian zone)"	
HIPWALL_SYN	"w1_hall synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_CROPS, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_ORCHARD, HI_PARK, HI_PASTURE, HI_POWERLINES, HI_ROADS, HI_WALLS, HI_BUILDINGS_DD, HI_COMMERCIAL_DD, HI_CROPS_DD, HI_DOCKS_DD, HI_LANDFILL_DD, HI_LAWN_DD, HI_ORCHARD_DD, HI_PARK_DD, HI_PASTURE_DD, HI_POWERLINES_DD, HI_ROADS_DD, HI_WALLS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) including all types synthesizing the 2007 protocol)"	
HIPWBUILDINGS_DD	"weighted presence of Buildings in the drawdown zone using HI_BUILDINGS_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWBUILDINGS_RIP	"weighted presence of Buildings in the riparian zone using HI_BUILDINGS (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWBUILDINGS_SYN	"weighted presence of Buildings synthesizing the 2007 protocol using HI_BUILDINGS, HI_BUILDINGS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWCOMMERCIAL_DD	"weighted presence of Commercial in the drawdown zone using HI_COMMERCIAL_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWCOMMERCIAL_RIP	"weighted presence of Commercial in the riparian zone using HI_COMMERCIAL (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWCOMMERCIAL_SYN	"weighted presence of Commercial synthesizing the 2007 protocol using HI_COMMERCIAL, HI_COMMERCIAL_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWCROPS_DD	"weighted presence of Crops in the drawdown zone using HI_CROPS_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWCROPS_RIP	"weighted presence of Crops in the riparian zone using HI_CROPS (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWCROPS_SYN	"weighted presence of Crops synthesizing the 2007 protocol using HI_CROPS, HI_CROPS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWDOCKS_DD	"weighted presence of Docks in the drawdown zone using HI_DOCKS_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWDOCKS_RIP	"weighted presence of Docks in the riparian zone using HI_DOCKS (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWDOCKS_SYN	"weighted presence of Docks synthesizing the 2007 protocol using HI_DOCKS, HI_DOCKS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWLANDFILL_DD	"weighted presence of Landfill in the drawdown zone using HI_LANDFILL_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWLANDFILL_RIP	"weighted presence of Landfill in the riparian zone using HI_LANDFILL (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWLANDFILL_SYN	"weighted presence of Landfill synthesizing the 2007 protocol using HI_LANDFILL, HI_LANDFILL_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWLAWN_DD	"weighted presence of Lawn in the drawdown zone using HI_LAWN_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWLAWN_RIP	"weighted presence of Lawn in the riparian zone using HI_LAWN (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWLAWN_SYN	"weighted presence of Lawn synthesizing the 2007 protocol using HI_LAWN, HI_LAWN_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWNONAG_DD	"weighted presence of non-agricultural influences in the drawdown zone using HI_BUILDINGS, HI_COMMERCIAL, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_PARK, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(wtA, wtB... wtJ) including Buildings, Commercial, Docks, Landfill, Lawn, Park, Powerlines, Roads, Walls in the drawdown zone)"	
HIPWNONAG_RIP	"weighted presence of non-agricultural influences in the riparian zone using HI_BUILDINGS, HI_COMMERCIAL, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_PARK, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(wtA, wtB... wtJ) including Buildings, Commercial, Docks, Landfill, Lawn, Park, Powerlines, Roads, Walls in the riparian zone)"	
HIPWNONAG_SYN	"weighted presence of non-agricultural influences synthesizing the 2007 protocol using HI_BUILDINGS, HI_COMMERCIAL, HI_DOCKS, HI_LANDFILL, HI_LAWN, HI_PARK, HI_POWERLINES, HI_ROADS, HI_WALLS (mean(wtA, wtB... wtJ) including Buildings, Commercial, Docks, Landfill, Lawn, Park, Powerlines, Roads, Walls synthesizing the 2007 protocol)"	
HIPWORCHARD_DD	"weighted presence of Orchard in the drawdown zone using HI_ORCHARD_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWORCHARD_RIP	"weighted presence of Orchard in the riparian zone using HI_ORCHARD (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWORCHARD_SYN	"weighted presence of Orchard synthesizing the 2007 protocol using HI_ORCHARD, HI_ORCHARD_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWOTHER_DD	"weighted presence of Other in the drawdown zone using HI_OTHER_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWOTHER_RIP	"weighted presence of Other in the riparian zone using HI_OTHER (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWOTHER_SYN	"weighted presence of Other synthesizing the 2007 protocol using HI_OTHER, HI_OTHER_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWPARK_DD	"weighted presence of Park in the drawdown zone using HI_PARK_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWPARK_RIP	"weighted presence of Park in the riparian zone using HI_PARK (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWPARK_SYN	"weighted presence of Park synthesizing the 2007 protocol using HI_PARK, HI_PARK_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWPASTURE_DD	"weighted presence of Pasture in the drawdown zone using HI_PASTURE_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWPASTURE_RIP	"weighted presence of Pasture in the riparian zone using HI_PASTURE (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWPASTURE_SYN	"weighted presence of Pasture synthesizing the 2007 protocol using HI_PASTURE, HI_PASTURE_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWPOWERLINES_DD	"weighted presence of Powerlines in the drawdown zone using HI_POWERLINES_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWPOWERLINES_RIP	"weighted presence of Powerlines in the riparian zone using HI_POWERLINES (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWPOWERLINES_SYN	"weighted presence of Powerlines synthesizing the 2007 protocol using HI_POWERLINES, HI_POWERLINES_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWROADS_DD	"weighted presence of Roads in the drawdown zone using HI_ROADS_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWROADS_RIP	"weighted presence of Roads in the riparian zone using HI_ROADS (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWROADS_SYN	"weighted presence of Roads synthesizing the 2007 protocol using HI_ROADS, HI_ROADS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
HIPWWALLS_DD	"weighted presence of Walls in the drawdown zone using HI_WALLS_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
HIPWWALLS_RIP	"weighted presence of Walls in the riparian zone using HI_WALLS (mean(wtA, wtB... wtJ) in the riparian zone)"	
HIPWWALLS_SYN	"weighted presence of Walls synthesizing the 2007 protocol using HI_WALLS, HI_WALLS_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
LZFPALGAE	"fractional presence of littoral algal film using SURFACE_FILM (mean(atA, atB... atJ))"	
LZFPFILM	"fractional presence of any type of film other than 'None' using SURFACE_FILM (mean(atA, atB... atJ))"	
LZFPNONE	"fractional presence of no littoral film using SURFACE_FILM (mean(atA, atB... atJ))"	
LZFPOILY	"fractional presence of littoral oily film using SURFACE_FILM (mean(atA, atB... atJ))"	
LZFPOTHER	"fractional presence of littoral other film using SURFACE_FILM (mean(atA, atB... atJ))"	
LZFPSCUM	"fractional presence of littoral scum film using SURFACE_FILM (mean(atA, atB... atJ))"	
LZOFILM	mode of surface film type using SURFACE_FILM (mode(surface_film))	
RVFCCANBIG_DD	"fraction of canopy cover by trees >30 cm dbh in the drawdown zone using C_BIGTREES_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCCANBIG_RIP	"fraction of canopy cover by trees >30 cm dbh in the riparian zone using C_BIGTREES (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCCANBIG_SYN	"fraction of canopy cover by trees >30 cm dbh synthesizing the 2007 protocol using C_BIGTREES, C_BIGTREES_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCCANSMALL_DD	"fraction of canopy cover by trees <30 cm dbh in the drawdown zone using C_SMALLTREES_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCCANSMALL_RIP	"fraction of canopy cover by trees <30 cm dbh in the riparian zone using C_SMALLTREES (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCCANSMALL_SYN	"fraction of canopy cover by trees <30 cm dbh synthesizing the 2007 protocol using C_SMALLTREES, C_SMALLTREES_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCGNDBARE_DD	"fraction of ground lacking cover in the drawdown zone using GC_BARE_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCGNDBARE_RIP	"fraction of ground lacking cover in the riparian zone using GC_BARE (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCGNDBARE_SYN	"fraction of ground lacking cover synthesizing the 2007 protocol using GC_BARE, GC_BARE_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCGNDINUNDATED_DD	"fraction of ground cover by inundation in the drawdown zone using GC_INUNDATED_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCGNDINUNDATED_RIP	"fraction of ground cover by inundation in the riparian zone using GC_INUNDATED (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCGNDINUNDATED_SYN	"fraction of ground cover by inundation synthesizing the 2007 protocol using GC_INUNDATED, GC_INUNDATED_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCGNDNONW_DD	"fraction of ground cover by herbaceous vegetation in the drawdown zone using GC_NONWOODY_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCGNDNONW_RIP	"fraction of ground cover by herbaceous vegetation in the riparian zone using GC_NONWOODY (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCGNDNONW_SYN	"fraction of ground cover by herbaceous vegetation synthesizing the 2007 protocol using GC_NONWOODY, GC_NONWOODY_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCGNDWOODY_DD	"fraction of ground cover by woody vegetation in the drawdown zone using GC_WOODY_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCGNDWOODY_RIP	"fraction of ground cover by woody vegetation in the riparian zone using GC_WOODY (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCGNDWOODY_SYN	"fraction of ground cover by woody vegetation synthesizing the 2007 protocol using GC_WOODY, GC_WOODY_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCUNDNONW_DD	"fraction of understory cover by nonwoody vegetation in the drawdown zone using U_NONWOODY_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCUNDNONW_RIP	"fraction of understory cover by nonwoody vegetation in the riparian zone using U_NONWOODY (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCUNDNONW_SYN	"fraction of understory cover by nonwoody vegetation synthesizing the 2007 protocol using U_NONWOODY, U_NONWOODY_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFCUNDWOODY_DD	"fraction of understory cover by woody vegetation in the drawdown zone using U_WOODY_DD (mean(wtA, wtB... wtJ) in the drawdown zone)"	
RVFCUNDWOODY_RIP	"fraction of understory cover by woody vegetation in the riparian zone using U_WOODY (mean(wtA, wtB... wtJ) in the riparian zone)"	
RVFCUNDWOODY_SYN	"fraction of understory cover by woody vegetation synthesizing the 2007 protocol using U_WOODY, U_WOODY_DD, HORIZ_DIST_DD (mean(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVFPCANBIG_DD	"Fraction of canopy with large trees present in the drawdown zone using C_BIGTREES_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANBIG_RIP	"Fraction of canopy with large trees present in the riparian zone using C_BIGTREES (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANBIG_SYN	"Fraction of canopy with large trees present synthesizing the 2007 protocol using C_BIGTREES, C_BIGTREES_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPCANBROADLEAF_DD	"fraction of broadleaf evergreen canopy presence in the drawdown zone using CANOPY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANBROADLEAF_RIP	"fraction of broadleaf evergreen canopy presence in the riparian zone using CANOPY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANCONIFEROUS_DD	"fraction of coniferous canopy presence in the drawdown zone using CANOPY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANCONIFEROUS_RIP	"fraction of coniferous canopy presence in the riparian zone using CANOPY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANDECIDUOUS_DD	"fraction of deciduous canopy presence in the drawdown zone using CANOPY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANDECIDUOUS_RIP	"fraction of deciduous canopy presence in the riparian zone using CANOPY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANMIXED_DD	"fraction of mixed canopy presence in the drawdown zone using CANOPY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANMIXED_RIP	"fraction of mixed canopy presence in the riparian zone using CANOPY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANNONE_DD	"fraction of no canopy present in the drawdown zone using CANOPY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANNONE_RIP	"fraction of no canopy present in the riparian zone using CANOPY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANSMALL_DD	"fraction of canopy with small trees present in the drawdown zone using C_SMALLTREES_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPCANSMALL_RIP	"fraction of canopy with small trees present in the riparian zone using C_SMALLTREES (mean(atA, atB... atJ) in the riparian zone)"	
RVFPCANSMALL_SYN	"fraction of canopy with small trees present synthesizing the 2007 protocol using C_SMALLTREES, C_SMALLTREES_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPGNDBARE_DD	"fraction of bare ground presence in the drawdown zone using GC_BARE_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPGNDBARE_RIP	"fraction of bare ground presence in the riparian zone using GC_BARE (mean(atA, atB... atJ) in the riparian zone)"	
RVFPGNDBARE_SYN	"fraction of bare ground presence synthesizing the 2007 protocol using GC_BARE, GC_BARE_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPGNDINUNDATED_DD	"fraction of inundated ground presence in the drawdown zone using GC_INUNDATED_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPGNDINUNDATED_RIP	"fraction of inundated ground presence in the riparian zone using GC_INUNDATED (mean(atA, atB... atJ) in the riparian zone)"	
RVFPGNDINUNDATED_SYN	"fraction of inundated ground presence synthesizing the 2007 protocol using GC_INUNDATED, GC_INUNDATED_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPGNDNONW_DD	"fraction of nonwoody ground cover presence in the drawdown zone using GC_NONWOODY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPGNDNONW_RIP	"fraction of nonwoody ground cover presence in the riparian zone using GC_NONWOODY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPGNDNONW_SYN	"fraction of nonwoody ground cover presence synthesizing the 2007 protocol using GC_NONWOODY, GC_NONWOODY_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPGNDWOODY_DD	"fraction of woody ground cover presence in the drawdown zone using GC_WOODY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPGNDWOODY_RIP	"fraction of woody ground cover presence in the riparian zone using GC_WOODY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPGNDWOODY_SYN	"fraction of woody ground cover presence synthesizing the 2007 protocol using GC_WOODY, GC_WOODY_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPUNDBROADLEAF_DD	"fraction of broadleaf evergreen understory presence in the drawdown zone using UNDERSTORY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDBROADLEAF_RIP	"fraction of broadleaf evergreen understory presence in the riparian zone using UNDERSTORY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDCONIFEROUS_DD	"fraction of coniferous understory presence in the drawdown zone using UNDERSTORY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDCONIFEROUS_RIP	"fraction of coniferous understory presence in the riparian zone using UNDERSTORY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDDECIDUOUS_DD	"fraction of deciduous understory presence in the drawdown zone using UNDERSTORY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDDECIDUOUS_RIP	"fraction of deciduous understory presence in the riparian zone using UNDERSTORY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDMIXED_DD	"fraction of mixed understory presence in the drawdown zone using UNDERSTORY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDMIXED_RIP	"fraction of mixed understory presence in the riparian zone using UNDERSTORY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDNONE_DD	"fraction of no understory present in the drawdown zone using UNDERSTORY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDNONE_RIP	"fraction of no understory present in the riparian zone using UNDERSTORY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDNONW_DD	"fraction of understory with nonwoody cover present in the drawdown zone using U_NONWOODY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDNONW_RIP	"fraction of understory with nonwoody cover present in the riparian zone using U_NONWOODY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDNONW_SYN	"fraction of understory with nonwoody cover present synthesizing the 2007 protocol using U_NONWOODY, U_NONWOODY_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVFPUNDWOODY_DD	"fraction of understory with nonwoody cover present in the drawdown zone using U_WOODY_DD (mean(atA, atB... atJ) in the drawdown zone)"	
RVFPUNDWOODY_RIP	"fraction of understory with nonwoody cover present in the riparian zone using U_WOODY (mean(atA, atB... atJ) in the riparian zone)"	
RVFPUNDWOODY_SYN	"fraction of understory with nonwoody cover present synthesizing the 2007 protocol using U_WOODY, U_WOODY_DD, HORIZ_DIST_DD (mean(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVICANOPY_DD	"index of total canopy cover  in the drawdown zone using C_BIGTREES_DD, C_SMALLTREES_DD (mean(bigA+smallA, bigB+smallB... bigJ+smallJ) in the drawdown zone)"	
RVICANOPY_RIP	"index of total canopy cover  in the riparian zone using C_BIGTREES, C_SMALLTREES (mean(bigA+smallA, bigB+smallB... bigJ+smallJ) in the riparian zone)"	
RVICANOPY_SYN	"index of total canopy cover  synthesizing the 2007 protocol using C_BIGTREES, C_SMALLTREES, C_BIGTREES_DD, C_SMALLTREES_DD, HORIZ_DIST_DD (mean(bigA+smallA, bigB+smallB... bigJ+smallJ) synthesizing the 2007 protocol)"	
RVICANUND_DD	"index of total canopy and understory cover in the drawdown zone using C_BIGTREES_DD, C_SMALLTREES_DD, U_NONWOODY_DD, U_WOODY_DD (mean(canBigA+canSmallA+UndWoodyA+undHerbsA, canBigB+canSmallB+UndWoodyB+undHerbsB...canBigJ+canSmalJA+UndWoodyJ+undHerbsJ) in the drawdown zone)"	
RVICANUND_RIP	"index of total canopy and understory cover in the riparian zone using C_BIGTREES, C_SMALLTREES, U_NONWOODY, U_WOODY (mean(canBigA+canSmallA+UndWoodyA+undHerbsA, canBigB+canSmallB+UndWoodyB+undHerbsB...canBigJ+canSmalJA+UndWoodyJ+undHerbsJ) in the riparian zone)"	
RVICANUND_SYN	"index of total canopy and understory cover synthesizing the 2007 protocol using C_BIGTREES, C_SMALLTREES, U_NONWOODY, U_WOODY, C_BIGTREES_DD, C_SMALLTREES_DD, U_NONWOODY_DD, U_WOODY_DD, HORIZ_DIST_DD (mean(canBigA+canSmallA+UndWoodyA+undHerbsA, canBigB+canSmallB+UndWoodyB+undHerbsB...canBigJ+canSmalJA+UndWoodyJ+undHerbsJ) synthesizing the 2007 protocol)"	
RVIGROUND_DD	"index of total ground cover in the drawdown zone using GC_INUNDATED_DD, GC_NONWOODY_DD, GC_WOODY_DD (mean(woodyA+herbA+inundatedA, woodyB+herbB+inundatedB... woodyJ+herbJ+inundatedJ) in the drawdown zone)"	
RVIGROUND_RIP	"index of total ground cover in the riparian zone using GC_INUNDATED, GC_NONWOODY, GC_WOODY (mean(woodyA+herbA+inundatedA, woodyB+herbB+inundatedB... woodyJ+herbJ+inundatedJ) in the riparian zone)"	
RVIGROUND_SYN	"index of total ground cover synthesizing the 2007 protocol using GC_INUNDATED, GC_NONWOODY, GC_WOODY, GC_INUNDATED_DD, GC_NONWOODY_DD, GC_WOODY_DD, HORIZ_DIST_DD (mean(woodyA+herbA+inundatedA, woodyB+herbB+inundatedB... woodyJ+herbJ+inundatedJ) synthesizing the 2007 protocol)"	
RVIHERBS_DD	"index of total herbaceous vegatation cover in the drawdown zone using U_NONWOODY_DD, GC_NONWOODY_DD (mean(undHerbsA+GndHerbsA, undHerbsB+GndHerbsB... undHerbsJ+GndHerbsJ) in the drawdown zone)"	
RVIHERBS_RIP	"index of total herbaceous vegatation cover in the riparian zone using U_NONWOODY, GC_NONWOODY (mean(undHerbsA+GndHerbsA, undHerbsB+GndHerbsB... undHerbsJ+GndHerbsJ) in the riparian zone)"	
RVIHERBS_SYN	"index of total herbaceous vegatation cover synthesizing the 2007 protocol using U_NONWOODY, GC_NONWOODY, U_NONWOODY_DD, GC_NONWOODY_DD, HORIZ_DIST_DD (mean(undHerbsA+GndHerbsA, undHerbsB+GndHerbsB... undHerbsJ+GndHerbsJ) synthesizing the 2007 protocol)"	
RVITALLWOOD_DD	"index of canopy and understory woody vegetation cover in the drawdown zone using C_BIGTREES_DD, C_SMALLTREES_DD, U_WOODY_DD (mean(bigA+smallA+UndWoodA, bigB+smallB+UndWoodB... bigJ+smallJ+UndWoodJ) in the drawdown zone)"	
RVITALLWOOD_RIP	"index of canopy and understory woody vegetation cover in the riparian zone using C_BIGTREES, C_SMALLTREES, U_WOODY (mean(bigA+smallA+UndWoodA, bigB+smallB+UndWoodB... bigJ+smallJ+UndWoodJ) in the riparian zone)"	
RVITALLWOOD_SYN	"index of canopy and understory woody vegetation cover synthesizing the 2007 protocol using C_BIGTREES, C_SMALLTREES, U_WOODY, C_BIGTREES_DD, C_SMALLTREES_DD, U_WOODY_DD, HORIZ_DIST_DD (mean(bigA+smallA+UndWoodA, bigB+smallB+UndWoodB... bigJ+smallJ+UndWoodJ) synthesizing the 2007 protocol)"	
RVITOTALVEG_DD	"index of total vegetation cover in the drawdown zone using C_BIGTREES_DD, C_SMALLTREES_DD, U_NONWOODY_DD, U_WOODY_DD, GC_NONWOODY_DD, GC_WOODY_DD (mean(sum(all veg)A, sum(all veg)B... sum(all veg)J) (does not include bare or inundated ground) in the drawdown zone)"	
RVITOTALVEG_RIP	"index of total vegetation cover in the riparian zone using C_BIGTREES, C_SMALLTREES, U_NONWOODY, U_WOODY, GC_NONWOODY, GC_WOODY (mean(sum(all veg)A, sum(all veg)B... sum(all veg)J) (does not include bare or inundated ground) in the riparian zone)"	
RVITOTALVEG_SYN	"index of total vegetation cover synthesizing the 2007 protocol using C_BIGTREES, C_SMALLTREES, U_NONWOODY, U_WOODY, GC_NONWOODY, GC_WOODY, C_BIGTREES_DD, C_SMALLTREES_DD, U_NONWOODY_DD, U_WOODY_DD, GC_NONWOODY_DD, GC_WOODY_DD, HORIZ_DIST_DD (mean(sum(all veg)A, sum(all veg)B... sum(all veg)J) (does not include bare or inundated ground) synthesizing the 2007 protocol)"	
RVIUNDERSTORY_DD	"index of total understory cover in the drawdown zone using U_WOODY_DD, U_NONWOODY_DD (mean(woodyA+herbA, woodyB+herbB... woodyJ+herbJ) in the drawdown zone)"	
RVIUNDERSTORY_RIP	"index of total understory cover in the riparian zone using U_WOODY, U_NONWOODY (mean(woodyA+herbA, woodyB+herbB... woodyJ+herbJ) in the riparian zone)"	
RVIUNDERSTORY_SYN	"index of total understory cover synthesizing the 2007 protocol using U_WOODY, U_NONWOODY, U_WOODY_DD, U_NONWOODY_DD, HORIZ_DIST_DD (mean(woodyA+herbA, woodyB+herbB... woodyJ+herbJ) synthesizing the 2007 protocol)"	
RVIWOODY_DD	"index of total woody vegatation cover in the drawdown zone using C_BIGTREES_DD, C_SMALLTREES_DD, U_WOODY_DD, GC_WOODY_DD (mean(bigA+smallA+UndWoodA+GndWoodyA, bigB+smallB+UndWoodB+GndWoodyB... bigJ+smallJ+UndWoodJ+GndWoodyJ) in the drawdown zone)"	
RVIWOODY_RIP	"index of total woody vegatation cover in the riparian zone using C_BIGTREES, C_SMALLTREES, U_WOODY, GC_WOODY (mean(bigA+smallA+UndWoodA+GndWoodyA, bigB+smallB+UndWoodB+GndWoodyB... bigJ+smallJ+UndWoodJ+GndWoodyJ) in the riparian zone)"	
RVIWOODY_SYN	"index of total woody vegatation cover synthesizing the 2007 protocol using C_BIGTREES, C_SMALLTREES, U_WOODY, GC_WOODY, C_BIGTREES_DD, C_SMALLTREES_DD, U_WOODY_DD, GC_WOODY_DD, HORIZ_DIST_DD (mean(bigA+smallA+UndWoodA+GndWoodyA, bigB+smallB+UndWoodB+GndWoodyB... bigJ+smallJ+UndWoodJ+GndWoodyJ) synthesizing the 2007 protocol)"	
RVNCANBIG_DD	"Count of values of canopy cover by trees > 30cm in the drawdown zone using C_BIGTREES_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNCANBIG_RIP	"Count of values of canopy cover by trees > 30cm in the riparian zone using C_BIGTREES (count(atA, atB... atJ) in the riparian zone)"	
RVNCANBIG_SYN	"Count of values of canopy cover by trees > 30cm synthesizing the 2007 protocol using C_BIGTREES, C_BIGTREES_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNCANOPY_DD	"number of canopy type data in the drawdown zone using CANOPY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNCANOPY_RIP	"number of canopy type data in the riparian zone using CANOPY (count(atA, atB... atJ) in the riparian zone)"	
RVNCANSMALL_DD	"Count of values of canopy cover by trees < 30 cm in the drawdown zone using C_SMALLTREES_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNCANSMALL_RIP	"Count of values of canopy cover by trees < 30 cm in the riparian zone using C_SMALLTREES (count(atA, atB... atJ) in the riparian zone)"	
RVNCANSMALL_SYN	"Count of values of canopy cover by trees < 30 cm synthesizing the 2007 protocol using C_SMALLTREES, C_SMALLTREES_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNGNDBARE_DD	"count of bare ground values in the drawdown zone using GC_BARE_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNGNDBARE_RIP	"count of bare ground values in the riparian zone using GC_BARE (count(atA, atB... atJ) in the riparian zone)"	
RVNGNDBARE_SYN	"count of bare ground values synthesizing the 2007 protocol using GC_BARE, GC_BARE_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNGNDINUNDATED_DD	"count of ground inundation values in the drawdown zone using GC_INUNDATED_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNGNDINUNDATED_RIP	"count of ground inundation values in the riparian zone using GC_INUNDATED (count(atA, atB... atJ) in the riparian zone)"	
RVNGNDINUNDATED_SYN	"count of ground inundation values synthesizing the 2007 protocol using GC_INUNDATED, GC_INUNDATED_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNGNDNONW_DD	"count of nonwoody ground cover values in the drawdown zone using GC_NONWOODY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNGNDNONW_RIP	"count of nonwoody ground cover values in the riparian zone using GC_NONWOODY (count(atA, atB... atJ) in the riparian zone)"	
RVNGNDNONW_SYN	"count of nonwoody ground cover values synthesizing the 2007 protocol using GC_NONWOODY, GC_NONWOODY_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNGNDWOODY_DD	"count of woody ground cover values in the drawdown zone using GC_WOODY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNGNDWOODY_RIP	"count of woody ground cover values in the riparian zone using GC_WOODY (count(atA, atB... atJ) in the riparian zone)"	
RVNGNDWOODY_SYN	"count of woody ground cover values synthesizing the 2007 protocol using GC_WOODY, GC_WOODY_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNUNDERSTORY_DD	"number of understory type data in the drawdown zone using UNDERSTORY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNUNDERSTORY_RIP	"number of understory type data in the riparian zone using UNDERSTORY (count(atA, atB... atJ) in the riparian zone)"	
RVNUNDNONW_DD	"count of values of understory nonwoody cover in the drawdown zone using U_NONWOODY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNUNDNONW_RIP	"count of values of understory nonwoody cover in the riparian zone using U_NONWOODY (count(atA, atB... atJ) in the riparian zone)"	
RVNUNDNONW_SYN	"count of values of understory nonwoody cover synthesizing the 2007 protocol using U_NONWOODY, U_NONWOODY_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVNUNDWOODY_DD	"count of values of understory nonwoody cover in the drawdown zone using U_WOODY_DD (count(atA, atB... atJ) in the drawdown zone)"	
RVNUNDWOODY_RIP	"count of values of understory nonwoody cover in the riparian zone using U_WOODY (count(atA, atB... atJ) in the riparian zone)"	
RVNUNDWOODY_SYN	"count of values of understory nonwoody cover synthesizing the 2007 protocol using U_WOODY, U_WOODY_DD, HORIZ_DIST_DD (count(atA, atB... atJ) synthesizing the 2007 protocol)"	
RVVCANBIG_DD	"stdev of canopy cover by trees > 30 cm dbh in the drawdown zone using C_BIGTREES_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVCANBIG_RIP	"stdev of canopy cover by trees > 30 cm dbh in the riparian zone using C_BIGTREES (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVCANBIG_SYN	"stdev of canopy cover by trees > 30 cm dbh synthesizing the 2007 protocol using C_BIGTREES, C_BIGTREES_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVCANSMALL_DD	"stdev of canopy cover by trees < 30 cm dbh in the drawdown zone using C_SMALLTREES_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVCANSMALL_RIP	"stdev of canopy cover by trees < 30 cm dbh in the riparian zone using C_SMALLTREES (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVCANSMALL_SYN	"stdev of canopy cover by trees < 30 cm dbh synthesizing the 2007 protocol using C_SMALLTREES, C_SMALLTREES_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVGNDBARE_DD	"stdev of ground lacking cover in the drawdown zone using GC_BARE_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVGNDBARE_RIP	"stdev of ground lacking cover in the riparian zone using GC_BARE (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVGNDBARE_SYN	"stdev of ground lacking cover synthesizing the 2007 protocol using GC_BARE, GC_BARE_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVGNDINUNDATED_DD	"stdev of inundated ground cover in the drawdown zone using GC_INUNDATED_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVGNDINUNDATED_RIP	"stdev of inundated ground cover in the riparian zone using GC_INUNDATED (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVGNDINUNDATED_SYN	"stdev of inundated ground cover synthesizing the 2007 protocol using GC_INUNDATED, GC_INUNDATED_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVGNDNONW_DD	"stdev of nonwoody ground cover in the drawdown zone using GC_NONWOODY_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVGNDNONW_RIP	"stdev of nonwoody ground cover in the riparian zone using GC_NONWOODY (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVGNDNONW_SYN	"stdev of nonwoody ground cover synthesizing the 2007 protocol using GC_NONWOODY, GC_NONWOODY_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVGNDWOODY_DD	"stdev of woody ground cover in the drawdown zone using GC_WOODY_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVGNDWOODY_RIP	"stdev of woody ground cover in the riparian zone using GC_WOODY (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVGNDWOODY_SYN	"stdev of woody ground cover synthesizing the 2007 protocol using GC_WOODY, GC_WOODY_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVUNDNONW_DD	"stdev of understory cover by nonwoody vegetation in the drawdown zone using U_NONWOODY_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVUNDNONW_RIP	"stdev of understory cover by nonwoody vegetation in the riparian zone using U_NONWOODY (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVUNDNONW_SYN	"stdev of understory cover by nonwoody vegetation synthesizing the 2007 protocol using U_NONWOODY, U_NONWOODY_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
RVVUNDWOODY_DD	"stdev of understory cover by nonwoody vegetation in the drawdown zone using U_WOODY_DD (stdev(wtA, wtB... wtJ) in the drawdown zone)"	
RVVUNDWOODY_RIP	"stdev of understory cover by nonwoody vegetation in the riparian zone using U_WOODY (stdev(wtA, wtB... wtJ) in the riparian zone)"	
RVVUNDWOODY_SYN	"stdev of understory cover by nonwoody vegetation synthesizing the 2007 protocol using U_WOODY, U_WOODY_DD, HORIZ_DIST_DD (stdev(wtA, wtB... wtJ) synthesizing the 2007 protocol)"	
SIFPISLAND	"fractional presence of stations at an island using ISLAND (mean(islandAtA, islandAtB, ... islandAtJ))"	
SINDEPTH	"count of station depth using DEPTH_AT_STATION (count(depthA, depthB, ... depthJ))"	
SIVDEPTH	"std dev station depth using DEPTH_AT_STATION (stdev(depthA, depthB, ... depthJ))"	
SIXDEPTH	"mean station depth using DEPTH_AT_STATION (mean(depthA, depthB, ... depthJ))"	
SS16LDIA	"16th percentile of bottom substrate diameter using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (percentile(16, wtA, wtB, ... wtJ))"	
SS25LDIA	"25th percentile of bottom substrate diameter using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (percentile(25, wtA, wtB, ... wtJ))"	
SS50LDIA	"50th percentile of bottom substrate diameter using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (percentile(50, wtA, wtB, ... wtJ))"	
SS75LDIA	"75th percentile of bottom substrate diameter using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (percentile(75, wtA, wtB, ... wtJ))"	
SS84LDIA	"84th percentile of bottom substrate diameter using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (percentile(84 wtA, wtB, ... wtJ))"	
SSFCBEDROCK	"fractional cover of bedrock using SS_BEDROCK (mean(wtA, wtB, ... wtJ))"	
SSFCBOULDERS	"fractional cover of Boulder using SS_BOULDER (mean(wtA, wtB, ... wtJ))"	
SSFCCOBBLE	"fractional cover of Cobble using SS_COBBLE (mean(wtA, wtB, ... wtJ))"	
SSFCGRAVEL	"fractional cover of gravel using SS_GRAVEL (mean(wtA, wtB, ... wtJ))"	
SSFCORGANIC	"fractional cover of organic using SS_ORGANIC (mean(wtA, wtB, ... wtJ))"	
SSFCOTHER	"fractional cover of other substrate using SS_OTHER (mean(wtA, wtB, ... wtJ))"	
SSFCSAND	"fractional cover of sand using SS_SAND (mean(wtA, wtB, ... wtJ))"	
SSFCSILT	"fractional cover of silt using SS_SILT (mean(wtA, wtB, ... wtJ))"	
SSFCWOOD	"fractional cover of wood using SS_WOOD (mean(wtA, wtB, ... wtJ))"	
SSFPBEDROCK	"fractional presence of bedrock using SS_BEDROCK (mean(atA, atB, ... atJ))"	
SSFPBOULDERS	"fractional presence of Boulder using SS_BOULDER (mean(atA, atB, ... atJ))"	
SSFPCOBBLE	"fractional presence of Cobble using SS_COBBLE (mean(atA, atB, ... atJ))"	
SSFPGRAVEL	"fractional presence of gravel using SS_GRAVEL (mean(atA, atB, ... atJ))"	
SSFPORGANIC	"fractional presence of organic using SS_ORGANIC (mean(atA, atB, ... atJ))"	
SSFPOTHER	"fractional presence of other substrate using SS_OTHER (mean(atA, atB, ... atJ))"	
SSFPSAND	"fractional presence of sand using SS_SAND (mean(atA, atB, ... atJ))"	
SSFPSILT	"fractional presence of silt using SS_SILT (mean(atA, atB, ... atJ))"	
SSFPWOOD	"fractional presence of wood using SS_WOOD (mean(atA, atB, ... atJ))"	
SSISITEVARIETY	"Number of substrate classes present at a site using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (count of substrate classes noted anywhere in site.)"	
SSISTAVARIETY	"Mean number of substrate classes present in each station using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (mean(count of substrate classes at each station))"	
SSNBEDROCK	"number of stations with bedrock data using SS_BEDROCK (count(atA, atB... atJ))"	
SSNBOULDERS	"number of stations with boulder data using SS_BOULDERS (count(atA, atB... atJ))"	
SSNCOBBLE	"number of stations with cobble data using SS_COBBLE (count(atA, atB... atJ))"	
SSNGRAVEL	"number of stations with gravel data using SS_GRAVEL (count(atA, atB... atJ))"	
SSNORGANIC	"number of stations with organic data using SS_ORGANIC (count(atA, atB... atJ))"	
SSNOTHER	"number of stations with other substrate data using SS_OTHER (count(atA, atB... atJ))"	
SSNSAND	"number of stations with sand data using SS_SAND (count(atA, atB... atJ))"	
SSNSILT	"number of stations with silt data using SS_SILT (count(atA, atB... atJ))"	
SSNWOOD	"number of stations with wood data using SS_WOOD (count(atA, atB... atJ))"	
SSOFCLASS	"Mode of bottom substrate by cover using ssfcBedrock, ssfcBoulders, ssfcCobble, ssfcGravel, ssfcSand, ssfcSilt (space-delimited list of 1+ classes with sum(bsfcClass) = max(sum(bsfcClass)))"	
SSOPCLASS	"Mode of bottom substrate by presence using ssfpBedrock, ssfpBoulders, ssfpCobble, ssfpGravel, ssfpSand, ssfpSilt (space-delimited list of 1+ classes with presence = max(bsfp*))"	
SSVBEDROCK	"std dev. Cover of bedrock using SS_BEDROCK (stdev(wtA, wtB, wtC... wtJ))"	
SSVBOULDERS	"std dev. Cover of boulder using SS_BOULDERS (stdev(wtA, wtB, wtC... wtJ))"	
SSVCOBBLE	"std dev. Cover of cobble using SS_COBBLE (stdev(wtA, wtB, wtC... wtJ))"	
SSVGRAVEL	"std dev. Cover of gravel using SS_GRAVEL (stdev(wtA, wtB, wtC... wtJ))"	
SSVLDIA	"std dev. logged bottom substrate diameter (mineral) using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (stdev(Dm*Csm), where Dm=log10(characteristic diam), Csm=fractional cover of class at a station)"	
SSVORGANIC	"std dev. Cover of organic using SS_ORGANIC (stdev(wtA, wtB, wtC... wtJ))"	
SSVOTHER	"std dev. Cover of Other substrate using SS_OTHER (stdev(wtA, wtB, wtC... wtJ))"	
SSVSAND	"std dev. Cover of sand using SS_SAND (stdev(wtA, wtB, wtC... wtJ))"	
SSVSILT	"std dev. Cover of silt using SS_SILT (stdev(wtA, wtB, wtC... wtJ))"	
SSVWOOD	"std dev. Cover of wood using SS_WOOD (stdev(wtA, wtB, wtC... wtJ))"	
SSXLDIA	"mean logged bottom substrate diameter (mineral) using SS_BEDROCK, SS_BOULDER, SS_COBBLE, SS_GRAVEL, SS_SAND, SS_SILT, SS_ORGANIC, SS_OTHER, SS_WOOD (mean(Dm*Csm), where Dm=log10(characteristic diam), Csm=fractional cover of class at a station)"	
PSTL_CODE	"State two letter postal code for site sampled. 50 state postal codes plus AS, MP, GU, PR, VI for American Samoa, Commonwealth of Northern Marianas, Guam, Puerto Rico and Virgin Islands.  No missing values allowed."	
SITE_ID	"The NLA Site ID  for the study and year sampled.  Preferred form is NLAnn_MM-xxxxx  where  nn is current cycle year (07, 12, 17, etc), MM is two letter state code, and xxxxx is between 10001 and 99999. No missing values allowed."	
UNIQUE_ID	"Unique site ID based on location that does not depend on year sampled or any other factor.  Form is NLA_ss_nnnnn  where ss state and nnnnn is number that starts at 10001.   No missing or \blank\"" values allowed."""	
DATE_COL	Date of sample collection	
VISIT_NO	Sequential number of visit to site	|1|2
PUBLICATION_DATE	Date the dataset was published to the NARS site	
UID	Unique identifier for the site/visit