{"text_format":"1","workbook":"xlsx","n_sheets":37,"sheets":["Coversheet","Version Notes","RIDOT_Catchment","Non-RIDOT_Catchment","Existing_STU","Potential_STU","Reduction Targets","STU Storage Volume","Structural Water Quality Calcs","Porous Pavement (underdrained)","Floodplain Reconnection","Urban Tree Canopy","Agriculture Buffers","Pervious Land Enhancement","Proprietary Technologies","Street Sweeping and CB Cleaning","Leaf Litter Removal","Animal Waste Reduction","Dredging","Illicit Discharge Elimination","Streambank Restoration","STU_Cost","STU_WaterQuality","SCP_Watershed","Table 1-A","Table 2-A","Table 4-A-1","Table 4-A-2","RIDOT Annual Report","STU Definitions","STU Cost Estimates","Pollutant Loading Rates","STU Treatment Values","Pollutant Removal Curves","IC Removal Curves","Soil Types","Domains"],"not_rendered":{"charts":16,"images":2,"macros":1,"external_links":3,"defined_names":171,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Coversheet","index":0,"n_rows":43,"n_cols":6,"rows_kept":43,"cut":false,"hidden":false,"merged":[[1,1,1,4],[36,0,42,0],[5,1,5,2],[3,0,6,0],[10,0,13,0],[6,1,6,2],[4,1,4,2],[16,0,22,0],[23,0,28,0],[33,0,35,0],[29,0,32,0],[9,4,9,5],[8,4,8,5],[10,4,10,5],[11,4,11,5],[12,4,12,5],[13,4,13,5],[14,4,14,5],[15,4,15,5],[16,4,16,5],[17,4,17,5],[18,4,18,5],[19,4,19,5],[20,4,20,5],[21,4,21,5],[23,4,23,5],[22,4,22,5],[24,4,24,5],[25,4,25,5],[26,4,26,5],[27,4,27,5],[28,4,28,5],[29,4,29,5],[30,4,30,5],[31,4,31,5],[32,4,32,5],[33,4,33,5],[39,4,39,5],[40,4,40,5],[41,4,41,5],[42,4,42,5],[34,4,34,5],[35,4,35,5],[36,4,36,5],[37,4,37,5],[38,4,38,5]]}
["SCP Calculator (Version 5.1)"]
[null,"This tool has been developed to support consultants developing Stormwater Control Plans for RIDOT Consent Decree Compliance.  \nThe tool has been developed for knowledgeable professionals with little additional controls.  \nAltering cells outside of those indicated as input may render the calculation results invalid.  "]
[]
["General Notes:","Templates are set up assuming one workbook will be used per subwatershed.",null,null,"SCP Subwatershed:","Lawton Valley Reservoir"]
[null,"Users have the option to only show relevant tabs by selecting from the pull down menu below. ",null,null,"WBID: ","RI0007035L-06"]
[null,"Cells of this color designate an input is required.\nCells denoted with * indicate input must be one of a controlled list (see pull down)",null,null,"Version Date: ","2018-11-27"]
[null,"Cells of this color contain formulas and should not be altered.",null,null,"Last Saved:",{"$f":"MODDATE()","v":"12/17/18 4:22 PM"}]
[]
["Sheet Summary","Sheet","Description","Show Tab*","Additional Resources"]
["Version Notes","Version Notes","Information on updates between SCP calculator versions. ","No"]
["Input Tabs","RIDOT_Catchment","User input from GIS layer RIDOT_Catchment.","--","SCP database and metadata"]
[null,"Non-RIDOT_Catchment","User input from GIS layer Non-RIDOT_Catchment. ","--","SCP database and metadata"]
[null,"Existing STU","User input for existing STUs.","--","Vueworks"]
[null,"Potential_STU","User input from GIS layer Potential_STU. ","--","SCP database and metadata"]
["Reduction Targets","Reduction Targets","Calculates RIDOT IC or pollutant reduction targets using the TMDL and/or IC Method.","--","Water Quality Methodology Report "]
["STU Volume Calculations","STU Storage Volume","Provides supporting documentation for STU Storage Volume assumptions and calculations. ","--","STU Definitions"]
["Structural Treatment Credits","Structural Water Quality Calcs","Runs water quality calculations for STU treatment credits. ","--","Water Quality Methodology Report "]
[null,"Porous Pavement (underdrained)","Calculates treatment credit for porous pavement (with underdain). ","No","Water Quality Methodology Report "]
[null,"Floodplain Reconnection","Calculates treatment credit for floodplain reconnection. ","No","Water Quality Methodology Report "]
[null,"Urban Tree Canopy","Calculates treatment credit for urban tree canopy.","No","Water Quality Methodology Report "]
[null,"Agriculture Buffers","Calculates treatment credit for agriculture buffers.","No","Water Quality Methodology Report "]
[null,"Pervious Land Enhancement","Calculates treatment credit for pervious land enhancement. ","No","Water Quality Methodology Report "]
[null,"Proprietary Technologies","Calculates treatment credit for proprietary technologies.","No","Water Quality Methodology Report "]
["Non-structural Treatment Credits","Street Sweeping and CB Cleaning","Calculates non-structural treatment credit for enhanced street sweeping and/or catch basin cleaning. ","No","Water Quality Methodology Report "]
[null,"Leaf Litter Removal","Calculates non-structural treatment credit for leaf litter removal.","No","Water Quality Methodology Report "]
[null,"Animal Waste Reduction","Calculates non-structural treatment credit for animal waste reduction (dog, bird etc.) or manure removal.","No","Water Quality Methodology Report "]
[null,"Dredging","Calculates non-structural treatment credit for dredging projects. ","No","Water Quality Methodology Report "]
[null,"Illicit Discharge Elimination","Calculates non-structural treatment credit for illicit discharge elimination.","No","Water Quality Methodology Report "]
[null,"Streambank Restoration","Calculates non-structural treatment credit for streambank restoration. ","No","Water Quality Methodology Report "]
["SCP Report Templates","Table 1-A","Subwatershed Summary","Yes","SCP Report Template"]
[null,"Table 2-A","Stormwater Controls Summary","Yes","SCP Report Template"]
[null,"Table 4-A-1","TMDL Method: Pollutant Reduction Target Summary","Yes","SCP Report Template"]
[null,"Table 4-A-2","Impervious Cover Method: IC Reduction Target Summary","Yes","SCP Report Template"]
["Summary Tables","STU_Cost","Estimate of Probable Cost and Retrofit Priority","Yes","SCP Report Template"]
[null,"STU_WaterQuality","Summarizes inputs for STU_WaterQuality related table in SCP database","Yes","SCP database and metadata"]
[null,"SCP_Watersheds","Summarizes inputs related to water quality tracking for SCP_Watersheds layer in SCP database","Yes","SCP database and metadata"]
["Reference Tabs","STU Definitions","STU definitions, treatment categories, and storage volume definitions. ","No","Water Quality Methodology Report "]
[null,"STU Cost Estimates","STU design/construction and maintenance costs.","No","EPA Memo: Methodology for Developing Cost Estiates for Opti-Tool"]
[null,"STU Treatment Values","STU pollutant treatment values used in water quality calculations to calculate treatment credit for structural controls.","No","Water Quality Methodology Report "]
[null,"Pollutant Loading Rates","Pollutant loading rates by land use category. ","No","Water Quality Methodology Report "]
[null,"Pollutant Removal Curves","STU pollutant removal curves by treatment depth and pollutant.","No","Water Quality Methodology Report "]
[null,"IC Removal Curves","STU IC factors by treatment depth. ","No","Water Quality Methodology Report "]
[null,"Soil Types","HSG group, soil texture class, and infiltration rates. ","No"]

{"sheet":"Version Notes","index":1,"n_rows":48,"n_cols":3,"rows_kept":48,"cut":false,"hidden":true,"merged":[[31,0,35,0],[31,1,35,1],[36,1,40,1],[36,0,40,0]]}
["This tab summarizes key updates and additions between SCP calculator versions."]
["SCP Calculator Version","Release Date","Updates and Additions"]
[1,"2017-07-13"]
[2,"2017-12-14","crediting for TIP STUs"]
[null,null,"STU Type Domain updated for consistency with SCP database"]
[3,"2018-03-29","use of both TSS and TP (versus just TP) to calculate effective IC reduction"]
[4,"2018-04-19","addition of input tabs for GIS layer exports, calculator pulls input for calculations from these tabs"]
[null,null,"addition of Pollutant loading rate tab with addition of NonRIDOT catchment area loading rates by land use"]
[null,null,"addition of NonRIDOT catchments included in calculating STU load reduction"]
[null,null,"placeholder tabs created for additional structural STUs including porous pavement (underdrained), floodplain reconnection, urban tree canopy, agriculture buffers, pervious land enhancement, and proprietary technologies for consistency with latest WQ Methodology report"]
[null,null,"placeholder tabs created for additional nonstructural STUs including street sweeping and catch basin cleaning (updated), leaf litter removal, animal waste reduction, dredging, illict discharge elimination, streambank restoration for consistency with latest WQ Methodology report "]
[null,null,"addition of template tabs for STU_WaterQuality related table and SCP_Watersheds attributes"]
[null,null,"addition of IC removal curves tab (for reference only)"]
[null,null,"STU Type Domain updated for consistency with SCP database"]
[null,null,"correction of TIP pollutant removal credits so final effective IC credit = 50%"]
[null,null,"addition of pollutant and IC curves/credit for STU type: sand filter"]
[null,null,"addition of pollutant and IC credit for STU type: hydrodynamic separator"]
[null,null,"addition of TP, TSS, and Pervious Cover Factors in STU Treatment Values tab for reference, also inclusion of runoff reduction percent reductions"]
[4.0999999999999996,"2018-06-19","10% treatment assumption calculated for Limited ROW STUs "]
[null,null,"STU Treatment category Created Wetland renamed Wet Pond to match latest WQ methodology report"]
[null,null,"STU treatment category for Created Wetlands changed from Wet Pond to Gravel Wetland"]
[null,null,"Nitrogen loading rate separated into separate loading values for RIDOT and NonRIDOT pervious areas"]
[null,null,"updating of terminology to be consistent with latest WQ Methodology report (Flow Factor, Runoff Factor etc.)"]
[null,null,"correction of RIDOT reduction targets to only apply to pollutant loads from RIDOT IC areas"]
[null,null,"updating of STU definitions tab to include information for all STUs in SCP database domain"]
[null,null,"Cost per lb phosphorus added to STU_Cost table for reference"]
[null,null,"minor formatting updates"]
[4.2,"2018-08-01","addition of version notes"]
[null,null,"addition of STU Volume calculation tab"]
[null,null,"addition of table templates for 2018 SCP Report Template for Tables 1-A, 2-A, 4-A-1, and 4-A-2"]
[null,null,"unnecessary external links broken"]
[5,"2018-09-19","treatment assigned to STU type Limited ROW (bioretention curve, 0.25\" treatment depth for 10% of catchment area)"]
[null,null,"calculations added for TMDL Method: nitrogen"]
[null,null,"updated IC flow factor values (calculated using 8 water quality storm depths)"]
[null,null,"formula for Non-RIDOT catchment N, TSS, Zn loading corrected"]
[null,null,"formula for structural water quality calcs tab rows 35 and higher corrected"]
[5.0999999999999996,"2018-11-27","updated table templates and reduction target terms for consistency with WQ Accounting and Methodology Report"]
[null,null,"added cost estimates for STU type sand filter"]
[null,null,"rounded subwatershed areas in Tables 4-1-A and 4-2-A"]
[null,null,"updated RIDOT treatment credit (columns K, P, U, Z, AB) to correctly sum Limited ROW STUs in STU_WaterQuality tab"]
[null,null,"added additional rows for input tabs, updated formulas to sum for more than 25 STUs and 48 catchments"]
[null,null,"updated SCP_Watersheds tab to include STUs with only nonRIDOT catchments"]
[null,null,"corrected Table 1-A for IC method for evaluation method/target reduction columns B and C"]
[null,null,"updated Table 2-A columns G, H, and I to autopopulate. Irrelevant columns may be removed from table. "]
[null,null,"updated EPA curve for TSS deep infiltration in sandy soils"]
[null,null,"updated EPA curve for sand filters for TP and TN"]
[null,null,"updated maintenance costs for infiltration basin/swales, wet ponds/swales, and WVTS"]
[null,null,"addition of SCP tracking info on coversheet"]

{"sheet":"RIDOT_Catchment","index":2,"n_rows":79,"n_cols":17,"rows_kept":79,"cut":false,"hidden":false,"merged":[[2,13,2,16]]}
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Catchment Pollutant Load, lb/yr"]
["Catchment ID","WBID","Discharge ID","STU ID (if applicable)","Treatment Status*","Impervious Area (sq ft)","IDDE Exemption Status*","TIP Project ID","TIP Year","Notes","Shape_Length (ft)","Total Area (sq ft)",null,"P","TSS","N","Zn"]
["NF-LVR-001","RI0007035L-06","OF-446",null,"Not Feasible",38044,"Not exempt",null,null,null,3723.1056079999998,59870.440977999999,null,{"$f":"IF($A5=\"\",\"\",ROUND(($F5/43560*'Pollutant Loading Rates'!$C$9)+(($L5-$F5)/43560*'Pollutant Loading Rates'!$C$15),2))","v":1.22},{"$f":"IF($A5=\"\",\"\",ROUND(($F5/43560*'Pollutant Loading Rates'!$D$9)+(($L5-$F5)/43560*'Pollutant Loading Rates'!$D$15),0))","v":550},{"$f":"IF($A5=\"\",\"\",ROUND(($F5/43560*'Pollutant Loading Rates'!$E$9)+(($L5-$F5)/43560*'Pollutant Loading Rates'!$E$15),2))","v":7.78},{"$f":"IF($A5=\"\",\"\",ROUND(($F5/43560*'Pollutant Loading Rates'!$F$9)+(($L5-$F5)/43560*'Pollutant Loading Rates'!$F$15),2))","v":1.08}]
["NF-LVR-003","RI0007035L-06","OF-447",null,"Not Feasible",49768,"Not exempt",null,null,null,3117.4916370000001,63853.076452000001,null,{"$f":"IF($A6=\"\",\"\",ROUND(($F6/43560*'Pollutant Loading Rates'!$C$9)+(($L6-$F6)/43560*'Pollutant Loading Rates'!$C$15),2))","v":1.56},{"$f":"IF($A6=\"\",\"\",ROUND(($F6/43560*'Pollutant Loading Rates'!$D$9)+(($L6-$F6)/43560*'Pollutant Loading Rates'!$D$15),0))","v":710},{"$f":"IF($A6=\"\",\"\",ROUND(($F6/43560*'Pollutant Loading Rates'!$E$9)+(($L6-$F6)/43560*'Pollutant Loading Rates'!$E$15),2))","v":9.8800000000000008},{"$f":"IF($A6=\"\",\"\",ROUND(($F6/43560*'Pollutant Loading Rates'!$F$9)+(($L6-$F6)/43560*'Pollutant Loading Rates'!$F$15),2))","v":1.41}]
["NF-LVR-007","RI0007035L-06","CB-393343",null,"Not Feasible",53956,"Not exempt",null,null,null,5708.4485519999998,84214.336026999998,null,{"$f":"IF($A7=\"\",\"\",ROUND(($F7/43560*'Pollutant Loading Rates'!$C$9)+(($L7-$F7)/43560*'Pollutant Loading Rates'!$C$15),2))","v":1.73},{"$f":"IF($A7=\"\",\"\",ROUND(($F7/43560*'Pollutant Loading Rates'!$D$9)+(($L7-$F7)/43560*'Pollutant Loading Rates'!$D$15),0))","v":780},{"$f":"IF($A7=\"\",\"\",ROUND(($F7/43560*'Pollutant Loading Rates'!$E$9)+(($L7-$F7)/43560*'Pollutant Loading Rates'!$E$15),2))","v":11.02},{"$f":"IF($A7=\"\",\"\",ROUND(($F7/43560*'Pollutant Loading Rates'!$F$9)+(($L7-$F7)/43560*'Pollutant Loading Rates'!$F$15),2))","v":1.54}]
["PT-LVR-002","RI0007035L-06","OF-446","SCP-LVR-001","Potential",10096,"Not exempt",null,null,null,1099.911382,13809.453817,null,{"$f":"IF($A8=\"\",\"\",ROUND(($F8/43560*'Pollutant Loading Rates'!$C$9)+(($L8-$F8)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.32},{"$f":"IF($A8=\"\",\"\",ROUND(($F8/43560*'Pollutant Loading Rates'!$D$9)+(($L8-$F8)/43560*'Pollutant Loading Rates'!$D$15),0))","v":145},{"$f":"IF($A8=\"\",\"\",ROUND(($F8/43560*'Pollutant Loading Rates'!$E$9)+(($L8-$F8)/43560*'Pollutant Loading Rates'!$E$15),2))","v":2.02},{"$f":"IF($A8=\"\",\"\",ROUND(($F8/43560*'Pollutant Loading Rates'!$F$9)+(($L8-$F8)/43560*'Pollutant Loading Rates'!$F$15),2))","v":0.28999999999999998}]
["PT-LVR-004","RI0007035L-06","OF-447","SCP-LVR-002","Potential",3620,"Not exempt",null,null,null,434.88811199999998,3957.1442430000002,null,{"$f":"IF($A9=\"\",\"\",ROUND(($F9/43560*'Pollutant Loading Rates'!$C$9)+(($L9-$F9)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.11},{"$f":"IF($A9=\"\",\"\",ROUND(($F9/43560*'Pollutant Loading Rates'!$D$9)+(($L9-$F9)/43560*'Pollutant Loading Rates'!$D$15),0))","v":51},{"$f":"IF($A9=\"\",\"\",ROUND(($F9/43560*'Pollutant Loading Rates'!$E$9)+(($L9-$F9)/43560*'Pollutant Loading Rates'!$E$15),2))","v":0.7},{"$f":"IF($A9=\"\",\"\",ROUND(($F9/43560*'Pollutant Loading Rates'!$F$9)+(($L9-$F9)/43560*'Pollutant Loading Rates'!$F$15),2))","v":0.1}]
["PT-LVR-005","RI0007035L-06","OF-447","SCP-LVR-003","Potential",6540,"Not exempt",null,null,null,682.22221000000002,8448.3333010000006,null,{"$f":"IF($A10=\"\",\"\",ROUND(($F10/43560*'Pollutant Loading Rates'!$C$9)+(($L10-$F10)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.21},{"$f":"IF($A10=\"\",\"\",ROUND(($F10/43560*'Pollutant Loading Rates'!$D$9)+(($L10-$F10)/43560*'Pollutant Loading Rates'!$D$15),0))","v":93},{"$f":"IF($A10=\"\",\"\",ROUND(($F10/43560*'Pollutant Loading Rates'!$E$9)+(($L10-$F10)/43560*'Pollutant Loading Rates'!$E$15),2))","v":1.3},{"$f":"IF($A10=\"\",\"\",ROUND(($F10/43560*'Pollutant Loading Rates'!$F$9)+(($L10-$F10)/43560*'Pollutant Loading Rates'!$F$15),2))","v":0.19}]
["PT-LVR-006","RI0007035L-06","OF-447","SCP-LVR-004","Potential",2428,"Not exempt",null,null,null,477.325761,5057.6951170000002,null,{"$f":"IF($A11=\"\",\"\",ROUND(($F11/43560*'Pollutant Loading Rates'!$C$9)+(($L11-$F11)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.08},{"$f":"IF($A11=\"\",\"\",ROUND(($F11/43560*'Pollutant Loading Rates'!$D$9)+(($L11-$F11)/43560*'Pollutant Loading Rates'!$D$15),0))","v":36},{"$f":"IF($A11=\"\",\"\",ROUND(($F11/43560*'Pollutant Loading Rates'!$E$9)+(($L11-$F11)/43560*'Pollutant Loading Rates'!$E$15),2))","v":0.52},{"$f":"IF($A11=\"\",\"\",ROUND(($F11/43560*'Pollutant Loading Rates'!$F$9)+(($L11-$F11)/43560*'Pollutant Loading Rates'!$F$15),2))","v":7.0000000000000007E-2}]
["PT-LVR-008","RI0007035L-06","CB-393343","SCP-LVR-005","Potential",11992,"Not exempt",null,null,null,1608.624147,19241.382404,null,{"$f":"IF($A12=\"\",\"\",ROUND(($F12/43560*'Pollutant Loading Rates'!$C$9)+(($L12-$F12)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.39},{"$f":"IF($A12=\"\",\"\",ROUND(($F12/43560*'Pollutant Loading Rates'!$D$9)+(($L12-$F12)/43560*'Pollutant Loading Rates'!$D$15),0))","v":174},{"$f":"IF($A12=\"\",\"\",ROUND(($F12/43560*'Pollutant Loading Rates'!$E$9)+(($L12-$F12)/43560*'Pollutant Loading Rates'!$E$15),2))","v":2.46},{"$f":"IF($A12=\"\",\"\",ROUND(($F12/43560*'Pollutant Loading Rates'!$F$9)+(($L12-$F12)/43560*'Pollutant Loading Rates'!$F$15),2))","v":0.34}]
["PT-LVR-009","RI0007035L-06","CB-393343","SCP-LVR-006","Potential",2964,"Not exempt",null,null,null,484.83018399999997,6946.199157,null,{"$f":"IF($A13=\"\",\"\",ROUND(($F13/43560*'Pollutant Loading Rates'!$C$9)+(($L13-$F13)/43560*'Pollutant Loading Rates'!$C$15),2))","v":0.1},{"$f":"IF($A13=\"\",\"\",ROUND(($F13/43560*'Pollutant Loading Rates'!$D$9)+(($L13-$F13)/43560*'Pollutant Loading Rates'!$D$15),0))","v":44},{"$f":"IF($A13=\"\",\"\",ROUND(($F13/43560*'Pollutant Loading Rates'!$E$9)+(($L13-$F13)/43560*'Pollutant Loading Rates'!$E$15),2))","v":0.65},{"$f":"IF($A13=\"\",\"\",ROUND(($F13/43560*'Pollutant Loading Rates'!$F$9)+(($L13-$F13)/43560*'Pollutant Loading Rates'!$F$15),2))","v":0.09}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A14=\"\",\"\",ROUND(($F14/43560*'Pollutant Loading Rates'!$C$9)+(($L14-$F14)/43560*'Pollutant Loading Rates'!$C$15),2))","v":""},{"$f":"IF($A14=\"\",\"\",ROUND(($F14/43560*'Pollutant Loading Rates'!$D$9)+(($L14-$F14)/43560*'Pollutant Loading Rates'!$D$15),0))","v":""},{"$f":"IF($A14=\"\",\"\",ROUND(($F14/43560*'Pollutant Loading Rates'!$E$9)+(($L14-$F14)/43560*'Pollutant Loading Rates'!$E$15),2))","v":""},{"$f":"IF($A14=\"\",\"\",ROUND(($F14/43560*'Pollutant Loading Rates'!$F$9)+(($L14-$F14)/43560*'Pollutant Loading Rates'!$F$15),2))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A15=\"\",\"\",ROUND(($F15/43560*'Pollutant Loading Rates'!$C$9)+(($L15-$F15)/43560*'Pollutant Loading Rates'!$C$15),2))","v":""},{"$f":"IF($A15=\"\",\"\",ROUND(($F15/43560*'Pollutant Loading Rates'!$D$9)+(($L15-$F15)/43560*'Pollutant Loading Rates'!$D$15),0))","v":""},{"$f":"IF($A15=\"\",\"\",ROUND(($F15/43560*'Pollutant Loading Rates'!$E$9)+(($L15-$F15)/43560*'Pollutant Loading Rates'!$E$15),2))","v":""},{"$f":"IF($A15=\"\",\"\",ROUND(($F15/43560*'Pollutant Loading Rates'!$F$9)+(($L15-$F15)/43560*'Pollutant Loading Rates'!$F$15),2))","v":""}]
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{"sheet":"Non-RIDOT_Catchment","index":3,"n_rows":52,"n_cols":17,"rows_kept":52,"cut":false,"hidden":false,"merged":[[2,13,2,16]]}
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Catchment Pollutant Load, lb/yr"]
["Catchment ID","WBID","Discharge ID","STU ID","Treatment Status*","Impervious Area (sq ft)","Ownership*","Ownership Notes","Land Use*","Notes","Shape_Length (ft)","Total Area (sq ft)",null,"P","TSS","N","Zn"]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A47=\"\",\"\",(VLOOKUP($I47,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F47/43560)+IF($I47=\"Forest\",'Pollutant Loading Rates'!C$13*($L47-$F47)/43560,IF($I47=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L47-$F47)/43560,($L47-$F47)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A47=\"\",\"\",(VLOOKUP($I47,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F47/43560)+IF($I47=\"Forest\",'Pollutant Loading Rates'!D$13*($L47-$F47)/43560,IF($I47=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L47-$F47)/43560,($L47-$F47)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A47=\"\",\"\",(VLOOKUP($I47,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F47/43560)+IF($I47=\"Forest\",'Pollutant Loading Rates'!E$13*($L47-$F47)/43560,IF($I47=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L47-$F47)/43560,($L47-$F47)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A47=\"\",\"\",(VLOOKUP($I47,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F47/43560)+IF($I47=\"Forest\",'Pollutant Loading Rates'!F$13*($L47-$F47)/43560,IF($I47=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L47-$F47)/43560,($L47-$F47)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A48=\"\",\"\",(VLOOKUP($I48,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F48/43560)+IF($I48=\"Forest\",'Pollutant Loading Rates'!C$13*($L48-$F48)/43560,IF($I48=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L48-$F48)/43560,($L48-$F48)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A48=\"\",\"\",(VLOOKUP($I48,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F48/43560)+IF($I48=\"Forest\",'Pollutant Loading Rates'!D$13*($L48-$F48)/43560,IF($I48=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L48-$F48)/43560,($L48-$F48)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A48=\"\",\"\",(VLOOKUP($I48,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F48/43560)+IF($I48=\"Forest\",'Pollutant Loading Rates'!E$13*($L48-$F48)/43560,IF($I48=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L48-$F48)/43560,($L48-$F48)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A48=\"\",\"\",(VLOOKUP($I48,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F48/43560)+IF($I48=\"Forest\",'Pollutant Loading Rates'!F$13*($L48-$F48)/43560,IF($I48=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L48-$F48)/43560,($L48-$F48)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A49=\"\",\"\",(VLOOKUP($I49,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F49/43560)+IF($I49=\"Forest\",'Pollutant Loading Rates'!C$13*($L49-$F49)/43560,IF($I49=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L49-$F49)/43560,($L49-$F49)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A49=\"\",\"\",(VLOOKUP($I49,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F49/43560)+IF($I49=\"Forest\",'Pollutant Loading Rates'!D$13*($L49-$F49)/43560,IF($I49=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L49-$F49)/43560,($L49-$F49)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A49=\"\",\"\",(VLOOKUP($I49,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F49/43560)+IF($I49=\"Forest\",'Pollutant Loading Rates'!E$13*($L49-$F49)/43560,IF($I49=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L49-$F49)/43560,($L49-$F49)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A49=\"\",\"\",(VLOOKUP($I49,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F49/43560)+IF($I49=\"Forest\",'Pollutant Loading Rates'!F$13*($L49-$F49)/43560,IF($I49=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L49-$F49)/43560,($L49-$F49)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A50=\"\",\"\",(VLOOKUP($I50,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F50/43560)+IF($I50=\"Forest\",'Pollutant Loading Rates'!C$13*($L50-$F50)/43560,IF($I50=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L50-$F50)/43560,($L50-$F50)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A50=\"\",\"\",(VLOOKUP($I50,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F50/43560)+IF($I50=\"Forest\",'Pollutant Loading Rates'!D$13*($L50-$F50)/43560,IF($I50=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L50-$F50)/43560,($L50-$F50)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A50=\"\",\"\",(VLOOKUP($I50,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F50/43560)+IF($I50=\"Forest\",'Pollutant Loading Rates'!E$13*($L50-$F50)/43560,IF($I50=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L50-$F50)/43560,($L50-$F50)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A50=\"\",\"\",(VLOOKUP($I50,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F50/43560)+IF($I50=\"Forest\",'Pollutant Loading Rates'!F$13*($L50-$F50)/43560,IF($I50=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L50-$F50)/43560,($L50-$F50)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A51=\"\",\"\",(VLOOKUP($I51,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F51/43560)+IF($I51=\"Forest\",'Pollutant Loading Rates'!C$13*($L51-$F51)/43560,IF($I51=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L51-$F51)/43560,($L51-$F51)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A51=\"\",\"\",(VLOOKUP($I51,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F51/43560)+IF($I51=\"Forest\",'Pollutant Loading Rates'!D$13*($L51-$F51)/43560,IF($I51=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L51-$F51)/43560,($L51-$F51)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A51=\"\",\"\",(VLOOKUP($I51,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F51/43560)+IF($I51=\"Forest\",'Pollutant Loading Rates'!E$13*($L51-$F51)/43560,IF($I51=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L51-$F51)/43560,($L51-$F51)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A51=\"\",\"\",(VLOOKUP($I51,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F51/43560)+IF($I51=\"Forest\",'Pollutant Loading Rates'!F$13*($L51-$F51)/43560,IF($I51=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L51-$F51)/43560,($L51-$F51)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF($A52=\"\",\"\",(VLOOKUP($I52,'Pollutant Loading Rates'!$A$5:$F$12,3,0)*$F52/43560)+IF($I52=\"Forest\",'Pollutant Loading Rates'!C$13*($L52-$F52)/43560,IF($I52=\"Agriculture\",'Pollutant Loading Rates'!C$14*($L52-$F52)/43560,($L52-$F52)/43560*'Pollutant Loading Rates'!C$16)))","v":""},{"$f":"IF($A52=\"\",\"\",(VLOOKUP($I52,'Pollutant Loading Rates'!$A$5:$F$12,4,0)*$F52/43560)+IF($I52=\"Forest\",'Pollutant Loading Rates'!D$13*($L52-$F52)/43560,IF($I52=\"Agriculture\",'Pollutant Loading Rates'!D$14*($L52-$F52)/43560,($L52-$F52)/43560*'Pollutant Loading Rates'!D$16)))","v":""},{"$f":"IF($A52=\"\",\"\",(VLOOKUP($I52,'Pollutant Loading Rates'!$A$5:$F$12,5,0)*$F52/43560)+IF($I52=\"Forest\",'Pollutant Loading Rates'!E$13*($L52-$F52)/43560,IF($I52=\"Agriculture\",'Pollutant Loading Rates'!E$14*($L52-$F52)/43560,($L52-$F52)/43560*'Pollutant Loading Rates'!E$16)))","v":""},{"$f":"IF($A52=\"\",\"\",(VLOOKUP($I52,'Pollutant Loading Rates'!$A$5:$F$12,6,0)*$F52/43560)+IF($I52=\"Forest\",'Pollutant Loading Rates'!F$13*($L52-$F52)/43560,IF($I52=\"Agriculture\",'Pollutant Loading Rates'!F$14*($L52-$F52)/43560,($L52-$F52)/43560*'Pollutant Loading Rates'!F$16)))","v":""}]

{"sheet":"Existing_STU","index":4,"n_rows":5,"n_cols":10,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-14"]
[]
["STU ID","WBID","STU Category*","STU Type*","STU Soil Type*","STU WQ Treatment Volume (ft3)","STU Depth (ft)\n(Depth of STU.  This field is optional to help calculate water quality treatment volume.)","STU Status*","Notes","Total Area (sq ft)"]

{"sheet":"Potential_STU","index":5,"n_rows":11,"n_cols":11,"rows_kept":11,"cut":false,"hidden":false,"merged":[]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[]
["STU ID","WBID","STU Category*","STU Type*","STU Soil Type*","STU WQ Treatment Volume (ft3)","STU Depth (ft)\n(Depth of STU.  This field is optional to help calculate water quality treatment volume.)","STU Status*","Notes","Shape_Length (ft)","Total Area (sq ft)"]
["SCP-LVR-001","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",853,null,"Potential","Next to historic cemetery, can make STU discontinuous and avoid placement directly adjacent",453.821753,1342.632161]
["SCP-LVR-002","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",609,null,"Potential",null,339.10687799999999,1041.340021]
["SCP-LVR-003","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",522,null,"Potential",null,398.54179499999998,2076.65047]
["SCP-LVR-004","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",209,null,"Potential",null,362.55133899999998,1848.6829339999999]
["SCP-LVR-005","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",609,null,"Potential",null,421.75700799999998,1553.2900959999999]
["SCP-LVR-006","RI0007035L-06","Structural","Bioretention Swale","Silt Loam (0.27 in/hr)",261,null,"Potential",null,338.591385,1140.45787]

{"sheet":"Reduction Targets","index":6,"n_rows":23,"n_cols":23,"rows_kept":23,"cut":false,"hidden":false,"merged":[[6,0,6,4]]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[]
["Subwatershed ID:","Total Subwatershed Area (ac)","Total Subwatershed IC Area (ac)","RIDOT Total Area (ac)1","RIDOT Total IC Area (ac)"]
["RI0007035L-06",784.53,82.09,{"$f":"(SUMIF(RIDOT_Catchment!E5:E79,\"Potential\",RIDOT_Catchment!L5:L79)+SUMIF(RIDOT_Catchment!E5:E79,\"Existing\",RIDOT_Catchment!L5:L79)+SUMIF(RIDOT_Catchment!E5:E79,\"Not Feasible\",RIDOT_Catchment!L5:L79)+SUMIF(RIDOT_Catchment!E5:E79,\"Limited ROW\",RIDOT_Catchment!L5:L79)+SUMIF(RIDOT_Catchment!E5:E79,\"TIP\",RIDOT_Catchment!L5:L79))/43560","v":6.0927011362718089},{"$f":"(SUMIF(RIDOT_Catchment!E5:E79,\"Potential\",RIDOT_Catchment!F5:F79)+SUMIF(RIDOT_Catchment!E5:E79,\"Existing\",RIDOT_Catchment!F5:F79)+SUMIF(RIDOT_Catchment!E5:E79,\"Not Feasible\",RIDOT_Catchment!F5:F79)+SUMIF(RIDOT_Catchment!E5:E79,\"Limited ROW\",RIDOT_Catchment!F5:F79)+SUMIF(RIDOT_Catchment!E5:E79,\"TIP\",RIDOT_Catchment!F5:F79))/43560","v":4.118640955004591}]
["1 RIDOT contributing total area to waterbody is equal to total RIDOT area minus non-discharge areas (does not include non-discharge areas) and areas discharging to a CSO.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
[]
["IC Standard"]
["Total Subwatershed IC Area (%)","Subwatershed Target IC (10%) (ac)","Subwatershed IC Reduction Target (%):","RIDOT IC Reduction Target (ac)"]
[{"$f":"IF(C6=\"\", \"\",ROUND((C6/B6)*100,1)&\"%\")","v":"10.5%"},{"$f":"IF(B6=\"\",\"\",B6*0.1)","v":78.453000000000003},{"$f":"IF(C6=\"\",\"\",ROUND((A11-0.1)*100/A11,1)&\"%\")","v":"4.8%"},{"$f":"IF(C11=\"\",\"\",ROUND(E6*C11,1))","v":0.2}]
[]
["TMDL Method",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Pollutant of Concern2","Required TMDL Pollutant Reduction Target (%)3","Current RIDOT Load (lb/yr)","RIDOT Pollutant Reduction Target (lb/yr)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Aluminum",null,{"$f":"IF(B15=\"\",\"\",$E$6*'Pollutant Loading Rates'!$F$9)","v":""},{"$f":"IF(B15=\"\",\"\",ROUND(C15*B15/100,2))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Cadmium",null,{"$f":"IF(B16=\"\",\"\",$E$6*'Pollutant Loading Rates'!$F$9)","v":""},{"$f":"IF(B16=\"\",\"\",ROUND(C16*B16/100,2))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Copper",null,{"$f":"IF(B17=\"\",\"\",$E$6*'Pollutant Loading Rates'!$F$9)","v":""},{"$f":"IF(B17=\"\",\"\",ROUND(C17*B17/100,2))","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," "]
["Lead",null,{"$f":"IF(B18=\"\",\"\",$E$6*'Pollutant Loading Rates'!$F$9)","v":""},""]
["Zinc",null,{"$f":"IF(B19=\"\",\"\",$E$6*'Pollutant Loading Rates'!$F$9)","v":""},{"$f":"IF(B19=\"\",\"\",ROUND(C19*B19/100,2))","v":""}]
["Phosphorus",null,{"$f":"IF(B20=\"\",\"\",'Pollutant Loading Rates'!$C$9*E6)","v":""},{"$f":"IF(B20=\"\",\"\",ROUND(C20*B20/100,2))","v":""}]
["Nitrogen",null,{"$f":"IF(B21=\"\",\"\",$E$6*'Pollutant Loading Rates'!$E$9)","v":""},{"$f":"IF(B21=\"\",\"\",ROUND(C21*B21/100,2))","v":""}]
["2 Zinc used as a surrogate for all metals per consent decree. "]
["3 Pollutant load reduction (%) per TMDL."]

{"sheet":"STU Storage Volume","index":7,"n_rows":49,"n_cols":13,"rows_kept":49,"cut":false,"hidden":false,"merged":[[4,3,4,6],[4,7,4,11],[4,0,4,2],[4,12,5,12]]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[]
["Fields from GIS",null,null,"Ponding (Surface) Volume",null,null,null,"Void (Subsurface) Volume",null,null,null,null,"Total Storage Volume (ft3)"]
["STU_ID","STU Type","Storage Volume (ft3)","Length (ft)","Width (ft)","Depth (ft)","Notes","Length (ft)","Width (ft)","Depth (ft)","Void Space","Notes"]
["SCP-ABC-123","Bioretention Swale",{"$f":"ROUND(3249.6,0)","v":3250},500,5,0.5,"length and width of swale estimated from GIS",500,5,2,0.4,"soil filter media void space = 40%",{"$f":"IF(A7=\"\",\"\",ROUND((D7*E7*F7)+(H7*J7*K7*I7),0))","v":3250}]
["SCP-ABC-456","Infiltration Basin",{"$f":"ROUND(3999.9,0)","v":4000},50,40,2,"Surface area equal to polygon area from Potential_STU layer.",0,0,0,0,"Void volume is not relevant for this STU.",4000]
["SCP-LVR-001",{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A9=\"\",\"\",ROUND(IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,6,0)),0))","v":853},210,3.5,0.5,null,210,3.5,2,0.33,null,{"$f":"IF(A9=\"\",\"\",ROUND((D9*E9*F9)+(H9*J9*K9*I9),0))","v":853}]
["SCP-LVR-002",{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A10=\"\",\"\",ROUND(IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,6,0)),0))","v":609},150,3.5,0.5,null,150,3.5,2,0.33,null,{"$f":"IF(A10=\"\",\"\",ROUND((D10*E10*F10)+(H10*J10*K10*I10),0))","v":609}]
["SCP-LVR-003",{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A11=\"\",\"\",ROUND(IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,6,0)),0))","v":522},150,3,0.5,null,150,3,2,0.33,null,{"$f":"IF(A11=\"\",\"\",ROUND((D11*E11*F11)+(H11*J11*K11*I11),0))","v":522}]
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{"sheet":"Structural Water Quality Calcs","index":8,"n_rows":41,"n_cols":31,"rows_kept":41,"cut":false,"hidden":false,"merged":[[3,10,3,30],[4,29,4,30],[4,10,4,12],[4,13,4,15],[4,16,4,18],[4,19,4,21],[4,22,4,28]]}
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","2018-12-31"]
[]
[null,null,null,null,null,null,null,null,null,null,"Water Quality Results"]
[null,null,null,null,null,null,null,null,null,null,"Phosphorous",null,null,"TSS",null,null,"Nitrogen",null,null,"Zinc",null,null,"Impervious Cover",null,null,null,null,null,null,"Runoff Reduction"]
["STU ID","STU Type*","Total Catchment Area                  (sq. ft.)","Impervious Catchment Area (Sq. Ft.)","STU Storage Volume definitions  (ft³)","STU Treatment Depth (in.)  (Depth of Runoff Treated)","STU Soil Type*","Pervious Catchment Area (sq. ft.)","Catchment % Impervious","Results Lookup Row","P Load (lb/yr)","P Removal Credit (%)","P Reduction (lb/yr)","TSS Load (lb/yr)","TSS Removal Credit (%)","TSS Reduction (lb/yr)","Nitrogen Load (lb/yr)","Nitrogen Removal Credit (%)","Nitrogen Reduction (lb/yr)","Zinc Load (lb/yr)","Zinc Removal Credit (%)","Zinc Reduction (lb/yr)","Impervious Catchment Area (Acres)","TSS Reduction Factor","Phosphorus Reduction Factor","Runoff Factor","Flow Factor","Pervious Cover Factor","Effective IC Reduction (acres)","Runoff Reduction %","Runoff Reduction (ac-ft)"]
["SCP-LVR-001",{"$f":"IF(A7=\"\",\"\",IFERROR(VLOOKUP(A7,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A7,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":13809.453817},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":10096},{"$f":"IF(A7=\"\",\"\",IFERROR(VLOOKUP(A7,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A7,Potential_STU!$A$6:$K$39,6,0)))","v":853},{"$f":"IF(A7=\"\",\"\",IF(B7=\"Limited ROW\",0.25,E7/D7*12))","v":1.0138668779714739},{"$f":"IF(A7=\"\",\"\",IFERROR(VLOOKUP(A7,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A7,Potential_STU!$A$6:$K$39,5,0)))","v":"Silt Loam (0.27 in/hr)"},{"$f":"IF(A7=\"\",\"\",C7-D7)","v":3713.4538169999996},{"$f":"IF(A7=\"\",\"\",D7/C7)","v":0.73109336066365005},{"$f":"IF(ISBLANK(B7),\"\",IF(ISBLANK(G7),\"\",RowFunc(B7,G7)))","v":15},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":0.32},{"$f":"IFERROR(IF(I7>=0.5,INTERPRNG_h($F7,'STU Treatment Values'!$B$5:$K$27,0,1,$J7),INTERPRNG_h($F7,'STU Treatment Values'!$B$29:$K$51,0,1,$J7)),\"\")","v":0.53138668779714737},{"$f":"IF(B7=\"Limited ROW\",L7*K7*0.1,IFERROR(L7*K7,\"\"))","v":0.17004374009508716},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":145},{"$f":"IFERROR(IF(I7>=0.5,INTERPRNG_h($F7,'STU Treatment Values'!$N$5:$W$27,0,1,$J7),INTERPRNG_h($F7,'STU Treatment Values'!$N$29:$W$51,0,1,$J7)),\"\")","v":0.99027733755942948},{"$f":"IF(B7=\"Limited ROW\",O7*N7*0.1,IFERROR(N7*O7,\"\"))","v":143.59021394611727},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":2.02},{"$f":"IFERROR(IF(I7>=0.5,INTERPRNG_h($F7,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J7),INTERPRNG_h($F7,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J7)),\"\")","v":0.32138668779714741},{"$f":"IF(B7=\"Limited ROW\",R7*Q7*0.1,IFERROR(Q7*R7,\"\"))","v":0.64920110935023778},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A7,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A7,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":0.28999999999999998},{"$f":"IFERROR(IF(I7>=0.5,INTERPRNG_h($F7,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J7),INTERPRNG_h($F7,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J7)),\"\")","v":0.97027733755942946},{"$f":"IF(B7=\"Limited ROW\",U7*T7*0.1,IFERROR(U7*T7,\"\"))","v":0.28138042789223455},{"$f":"IF(A7=\"\",\"\",D7/43560)","v":0.23177226813590451},{"$f":"IFERROR(IF(O7/0.9>1,1,O7/0.9),\"\")","v":1},{"$f":"IFERROR(IF(L7/0.9>1,1,L7/0.9),\"\")","v":0.59042965310794149},{"$f":"IFERROR(INTERPRNG_h($F7,'STU Treatment Values'!$B$79:$K$101,0,1,$J7),\"\")","v":0.14277337559429479},{"$f":"IFERROR(INTERPRNG_h($F7,'STU Treatment Values'!$B$54:$K$76,0,1,$J7),\"\")","v":0.46790283708684255},{"$f":"IFERROR((X7+Y7+Z7+AA7)/4,\"\")","v":0.55027646644726969},{"$f":"IF(B7=\"Limited ROW\",W7*AB7*0.1,IFERROR(AB7*W7,\"\"))","v":0.12753882473029465},{"$f":"IFERROR(INTERPRNG_h($F7,'STU Treatment Values'!$B$104:$K$126,0,1,$J7),\"\")","v":0.12890791677210431},{"$f":"IF(B7=\"Limited ROW\",AD7*(D7*0.1/43560*3.559+H7*0.1/43560*0.239),IFERROR(AD7*(D7/43560*3.559+H7/43560*0.239),\"\"))","v":0.10895968139895711}]
["SCP-LVR-002",{"$f":"IF(A8=\"\",\"\",IFERROR(VLOOKUP(A8,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A8,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":11675.119785999999},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":9268},{"$f":"IF(A8=\"\",\"\",IFERROR(VLOOKUP(A8,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A8,Potential_STU!$A$6:$K$39,6,0)))","v":609},{"$f":"IF(A8=\"\",\"\",IF(B8=\"Limited ROW\",0.25,E8/D8*12))","v":0.78851963746223563},{"$f":"IF(A8=\"\",\"\",IFERROR(VLOOKUP(A8,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A8,Potential_STU!$A$6:$K$39,5,0)))","v":"Silt Loam (0.27 in/hr)"},{"$f":"IF(A8=\"\",\"\",C8-D8)","v":2407.1197859999993},{"$f":"IF(A8=\"\",\"\",D8/C8)","v":0.79382483176862551},{"$f":"IF(ISBLANK(B8),\"\",IF(ISBLANK(G8),\"\",RowFunc(B8,G8)))","v":15},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":0.41553186800562669},{"$f":"IFERROR(IF(I8>=0.5,INTERPRNG_h($F8,'STU Treatment Values'!$B$5:$K$27,0,1,$J8),INTERPRNG_h($F8,'STU Treatment Values'!$B$29:$K$51,0,1,$J8)),\"\")","v":0.47770392749244711},{"$f":"IF(B8=\"Limited ROW\",L8*K8*0.1,IFERROR(L8*K8,\"\"))","v":0.198501205344561},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":109.17129067258746},{"$f":"IFERROR(IF(I8>=0.5,INTERPRNG_h($F8,'STU Treatment Values'!$N$5:$W$27,0,1,$J8),INTERPRNG_h($F8,'STU Treatment Values'!$N$29:$W$51,0,1,$J8)),\"\")","v":0.97942598187311181},{"$f":"IF(B8=\"Limited ROW\",O8*N8*0.1,IFERROR(N8*O8,\"\"))","v":106.92519855935386},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":2.5782630326733473},{"$f":"IFERROR(IF(I8>=0.5,INTERPRNG_h($F8,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J8),INTERPRNG_h($F8,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J8)),\"\")","v":0.30827794561933536},{"$f":"IF(B8=\"Limited ROW\",R8*Q8*0.1,IFERROR(Q8*R8,\"\"))","v":0.79482163097881686},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A8,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A8,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":0.19222143608429179},{"$f":"IFERROR(IF(I8>=0.5,INTERPRNG_h($F8,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J8),INTERPRNG_h($F8,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J8)),\"\")","v":0.96},{"$f":"IF(B8=\"Limited ROW\",U8*T8*0.1,IFERROR(U8*T8,\"\"))","v":0.18453257864092013},{"$f":"IF(A8=\"\",\"\",D8/43560)","v":0.21276400367309459},{"$f":"IFERROR(IF(O8/0.9>1,1,O8/0.9),\"\")","v":1},{"$f":"IFERROR(IF(L8/0.9>1,1,L8/0.9),\"\")","v":0.53078214165827453},{"$f":"IFERROR(INTERPRNG_h($F8,'STU Treatment Values'!$B$79:$K$101,0,1,$J8),\"\")","v":0.10885196374622355},{"$f":"IFERROR(INTERPRNG_h($F8,'STU Treatment Values'!$B$54:$K$76,0,1,$J8),\"\")","v":0.38711385691075872},{"$f":"IFERROR((X8+Y8+Z8+AA8)/4,\"\")","v":0.50668699057881417},{"$f":"IF(B8=\"Limited ROW\",W8*AB8*0.1,IFERROR(AB8*W8,\"\"))","v":0.10780475272462006},{"$f":"IFERROR(INTERPRNG_h($F8,'STU Treatment Values'!$B$104:$K$126,0,1,$J8),\"\")","v":0.10202908905812962},{"$f":"IF(B8=\"Limited ROW\",AD8*(D8*0.1/43560*3.559+H8*0.1/43560*0.239),IFERROR(AD8*(D8/43560*3.559+H8/43560*0.239),\"\"))","v":7.8606699316788209E-2}]
["SCP-LVR-003",{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":9838.6824400000005},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":7452},{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,6,0)))","v":522},0.84057971014492761,{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,5,0)))","v":"Silt Loam (0.27 in/hr)"},2386.6824400000005,0.75741849027500474,{"$f":"IF(ISBLANK(B9),\"\",IF(ISBLANK(G9),\"\",RowFunc(B9,G9)))","v":15},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":0.25971792918692149},{"$f":"IFERROR(IF(I9>=0.5,INTERPRNG_h($F9,'STU Treatment Values'!$B$5:$K$27,0,1,$J9),INTERPRNG_h($F9,'STU Treatment Values'!$B$29:$K$51,0,1,$J9)),\"\")","v":0.4901449275362319},0.12729942558118384,{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":102.49025882030372},{"$f":"IFERROR(IF(I9>=0.5,INTERPRNG_h($F9,'STU Treatment Values'!$N$5:$W$27,0,1,$J9),INTERPRNG_h($F9,'STU Treatment Values'!$N$29:$W$51,0,1,$J9)),\"\")","v":0.98202898550724638},100.64840489367798,{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":1.6071164819518595},{"$f":"IFERROR(IF(I9>=0.5,INTERPRNG_h($F9,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J9),INTERPRNG_h($F9,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J9)),\"\")","v":0.31202898550724639},0.5014669254554136,{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A9,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A9,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":0.20496488678472796},{"$f":"IFERROR(IF(I9>=0.5,INTERPRNG_h($F9,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J9),INTERPRNG_h($F9,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J9)),\"\")","v":0.96202898550724636},0.19718216209811945,0.17107438016528925,1,0.54460547504025769,{"$f":"IFERROR(INTERPRNG_h($F9,'STU Treatment Values'!$B$79:$K$101,0,1,$J9),\"\")","v":0.11608695652173914},{"$f":"IFERROR(INTERPRNG_h($F9,'STU Treatment Values'!$B$54:$K$76,0,1,$J9),\"\")","v":0.40429152278362512},0.51624598858640547,{"$f":"IF(B9=\"Limited ROW\",W9*AB9*0.1,IFERROR(AB9*W9,\"\"))","v":8.831646251023631E-2},{"$f":"IFERROR(INTERPRNG_h($F9,'STU Treatment Values'!$B$104:$K$126,0,1,$J9),\"\")","v":0.10803768758126225},6.7193898675394145E-2]
["SCP-LVR-004",{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":5057.6951170000002},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":2428},{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,6,0)))","v":209},1.0329489291598022,{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,5,0)))","v":"Silt Loam (0.27 in/hr)"},2629.6951170000002,0.48006056985107115,{"$f":"IF(ISBLANK(B10),\"\",IF(ISBLANK(G10),\"\",RowFunc(B10,G10)))","v":15},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":0.08},{"$f":"IFERROR(IF(I10>=0.5,INTERPRNG_h($F10,'STU Treatment Values'!$B$5:$K$27,0,1,$J10),INTERPRNG_h($F10,'STU Treatment Values'!$B$29:$K$51,0,1,$J10)),\"\")","v":0.51652622850034335},4.1322098280027468E-2,{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":36},{"$f":"IFERROR(IF(I10>=0.5,INTERPRNG_h($F10,'STU Treatment Values'!$N$5:$W$27,0,1,$J10),INTERPRNG_h($F10,'STU Treatment Values'!$N$29:$W$51,0,1,$J10)),\"\")","v":0.98730524570006861},35.542988845202473,{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":0.52},{"$f":"IFERROR(IF(I10>=0.5,INTERPRNG_h($F10,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J10),INTERPRNG_h($F10,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J10)),\"\")","v":0.31911563777311347},0.16594013164201901,{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A10,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A10,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":7.0000000000000007E-2},{"$f":"IFERROR(IF(I10>=0.5,INTERPRNG_h($F10,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J10),INTERPRNG_h($F10,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J10)),\"\")","v":0.96730524570006859},6.7711367199004807E-2,5.5739210284664831E-2,1,0.57391803166704813,{"$f":"IFERROR(INTERPRNG_h($F10,'STU Treatment Values'!$B$79:$K$101,0,1,$J10),\"\")","v":0.14658978583196045},{"$f":"IFERROR(INTERPRNG_h($F10,'STU Treatment Values'!$B$54:$K$76,0,1,$J10),\"\")","v":0.4780355584020155},0.549635843975256,3.0636267887326023E-2,{"$f":"IFERROR(INTERPRNG_h($F10,'STU Treatment Values'!$B$104:$K$126,0,1,$J10),\"\")","v":0.13230513536060193},2.8155082961329021E-2]
["SCP-LVR-005",{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":19241.382404},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":11992},{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,6,0)))","v":609},0.60940627084723142,{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,5,0)))","v":"Silt Loam (0.27 in/hr)"},7249.382404,0.62324004316379267,{"$f":"IF(ISBLANK(B11),\"\",IF(ISBLANK(G11),\"\",RowFunc(B11,G11)))","v":15},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":0.39},{"$f":"IFERROR(IF(I11>=0.5,INTERPRNG_h($F11,'STU Treatment Values'!$B$5:$K$27,0,1,$J11),INTERPRNG_h($F11,'STU Treatment Values'!$B$29:$K$51,0,1,$J11)),\"\")","v":0.44188125416944629},0.17233368912608407,{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":174},{"$f":"IFERROR(IF(I11>=0.5,INTERPRNG_h($F11,'STU Treatment Values'!$N$5:$W$27,0,1,$J11),INTERPRNG_h($F11,'STU Treatment Values'!$N$29:$W$51,0,1,$J11)),\"\")","v":0.97047031354236157},168.86183455637092,{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":2.46},{"$f":"IFERROR(IF(I11>=0.5,INTERPRNG_h($F11,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J11),INTERPRNG_h($F11,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J11)),\"\")","v":0.28141094062708472},0.69227091394262841,{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A11,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A11,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":0.34},{"$f":"IFERROR(IF(I11>=0.5,INTERPRNG_h($F11,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J11),INTERPRNG_h($F11,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J11)),\"\")","v":0.96},0.32640000000000002,0.27529843893480255,1,0.49097917129938473,{"$f":"IFERROR(INTERPRNG_h($F11,'STU Treatment Values'!$B$79:$K$101,0,1,$J11),\"\")","v":9.0940627084723141E-2},{"$f":"IFERROR(INTERPRNG_h($F11,'STU Treatment Values'!$B$54:$K$76,0,1,$J11),\"\")","v":0.3424926227068133},0.48110310527273026,0.13244693384826861,{"$f":"IFERROR(INTERPRNG_h($F11,'STU Treatment Values'!$B$104:$K$126,0,1,$J11),\"\")","v":8.1363278514406043E-2},8.2954925039264868E-2]
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[null,{"$f":"IF(A16=\"\",\"\",IFERROR(VLOOKUP(A16,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A16,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A16=\"\",\"\",IFERROR(VLOOKUP(A16,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A16,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A16=\"\",\"\",IFERROR(VLOOKUP(A16,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A16,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B16),\"\",IF(ISBLANK(G16),\"\",RowFunc(B16,G16)))","v":0},{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I16>=0.5,INTERPRNG_h($F16,'STU Treatment Values'!$B$5:$K$27,0,1,$J16),INTERPRNG_h($F16,'STU Treatment Values'!$B$29:$K$51,0,1,$J16)),\"\")","v":""},"",{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I16>=0.5,INTERPRNG_h($F16,'STU Treatment Values'!$N$5:$W$27,0,1,$J16),INTERPRNG_h($F16,'STU Treatment Values'!$N$29:$W$51,0,1,$J16)),\"\")","v":""},"",{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I16>=0.5,INTERPRNG_h($F16,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J16),INTERPRNG_h($F16,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J16)),\"\")","v":""},"",{"$f":"IF(A16=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A16,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A16,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I16>=0.5,INTERPRNG_h($F16,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J16),INTERPRNG_h($F16,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J16)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F16,'STU Treatment Values'!$B$79:$K$101,0,1,$J16),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F16,'STU Treatment Values'!$B$54:$K$76,0,1,$J16),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F16,'STU Treatment Values'!$B$104:$K$126,0,1,$J16),\"\")","v":""},""]
[null,{"$f":"IF(A17=\"\",\"\",IFERROR(VLOOKUP(A17,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A17,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A17=\"\",\"\",IFERROR(VLOOKUP(A17,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A17,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A17=\"\",\"\",IFERROR(VLOOKUP(A17,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A17,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B17),\"\",IF(ISBLANK(G17),\"\",RowFunc(B17,G17)))","v":0},{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I17>=0.5,INTERPRNG_h($F17,'STU Treatment Values'!$B$5:$K$27,0,1,$J17),INTERPRNG_h($F17,'STU Treatment Values'!$B$29:$K$51,0,1,$J17)),\"\")","v":""},"",{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I17>=0.5,INTERPRNG_h($F17,'STU Treatment Values'!$N$5:$W$27,0,1,$J17),INTERPRNG_h($F17,'STU Treatment Values'!$N$29:$W$51,0,1,$J17)),\"\")","v":""},"",{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I17>=0.5,INTERPRNG_h($F17,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J17),INTERPRNG_h($F17,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J17)),\"\")","v":""},"",{"$f":"IF(A17=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A17,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A17,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I17>=0.5,INTERPRNG_h($F17,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J17),INTERPRNG_h($F17,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J17)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F17,'STU Treatment Values'!$B$79:$K$101,0,1,$J17),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F17,'STU Treatment Values'!$B$54:$K$76,0,1,$J17),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F17,'STU Treatment Values'!$B$104:$K$126,0,1,$J17),\"\")","v":""},""]
[null,{"$f":"IF(A18=\"\",\"\",IFERROR(VLOOKUP(A18,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A18,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A18=\"\",\"\",IFERROR(VLOOKUP(A18,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A18,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A18=\"\",\"\",IFERROR(VLOOKUP(A18,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A18,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B18),\"\",IF(ISBLANK(G18),\"\",RowFunc(B18,G18)))","v":0},{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I18>=0.5,INTERPRNG_h($F18,'STU Treatment Values'!$B$5:$K$27,0,1,$J18),INTERPRNG_h($F18,'STU Treatment Values'!$B$29:$K$51,0,1,$J18)),\"\")","v":""},"",{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I18>=0.5,INTERPRNG_h($F18,'STU Treatment Values'!$N$5:$W$27,0,1,$J18),INTERPRNG_h($F18,'STU Treatment Values'!$N$29:$W$51,0,1,$J18)),\"\")","v":""},"",{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I18>=0.5,INTERPRNG_h($F18,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J18),INTERPRNG_h($F18,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J18)),\"\")","v":""},"",{"$f":"IF(A18=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A18,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A18,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I18>=0.5,INTERPRNG_h($F18,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J18),INTERPRNG_h($F18,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J18)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F18,'STU Treatment Values'!$B$79:$K$101,0,1,$J18),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F18,'STU Treatment Values'!$B$54:$K$76,0,1,$J18),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F18,'STU Treatment Values'!$B$104:$K$126,0,1,$J18),\"\")","v":""},""]
[null,{"$f":"IF(A19=\"\",\"\",IFERROR(VLOOKUP(A19,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A19,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A19=\"\",\"\",IFERROR(VLOOKUP(A19,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A19,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A19=\"\",\"\",IFERROR(VLOOKUP(A19,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A19,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B19),\"\",IF(ISBLANK(G19),\"\",RowFunc(B19,G19)))","v":0},{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I19>=0.5,INTERPRNG_h($F19,'STU Treatment Values'!$B$5:$K$27,0,1,$J19),INTERPRNG_h($F19,'STU Treatment Values'!$B$29:$K$51,0,1,$J19)),\"\")","v":""},"",{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I19>=0.5,INTERPRNG_h($F19,'STU Treatment Values'!$N$5:$W$27,0,1,$J19),INTERPRNG_h($F19,'STU Treatment Values'!$N$29:$W$51,0,1,$J19)),\"\")","v":""},"",{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I19>=0.5,INTERPRNG_h($F19,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J19),INTERPRNG_h($F19,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J19)),\"\")","v":""},"",{"$f":"IF(A19=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A19,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A19,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I19>=0.5,INTERPRNG_h($F19,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J19),INTERPRNG_h($F19,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J19)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F19,'STU Treatment Values'!$B$79:$K$101,0,1,$J19),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F19,'STU Treatment Values'!$B$54:$K$76,0,1,$J19),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F19,'STU Treatment Values'!$B$104:$K$126,0,1,$J19),\"\")","v":""},""]
[null,{"$f":"IF(A20=\"\",\"\",IFERROR(VLOOKUP(A20,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A20,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A20=\"\",\"\",IFERROR(VLOOKUP(A20,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A20,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A20=\"\",\"\",IFERROR(VLOOKUP(A20,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A20,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B20),\"\",IF(ISBLANK(G20),\"\",RowFunc(B20,G20)))","v":0},{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I20>=0.5,INTERPRNG_h($F20,'STU Treatment Values'!$B$5:$K$27,0,1,$J20),INTERPRNG_h($F20,'STU Treatment Values'!$B$29:$K$51,0,1,$J20)),\"\")","v":""},"",{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I20>=0.5,INTERPRNG_h($F20,'STU Treatment Values'!$N$5:$W$27,0,1,$J20),INTERPRNG_h($F20,'STU Treatment Values'!$N$29:$W$51,0,1,$J20)),\"\")","v":""},"",{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I20>=0.5,INTERPRNG_h($F20,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J20),INTERPRNG_h($F20,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J20)),\"\")","v":""},"",{"$f":"IF(A20=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A20,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A20,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I20>=0.5,INTERPRNG_h($F20,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J20),INTERPRNG_h($F20,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J20)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F20,'STU Treatment Values'!$B$79:$K$101,0,1,$J20),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F20,'STU Treatment Values'!$B$54:$K$76,0,1,$J20),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F20,'STU Treatment Values'!$B$104:$K$126,0,1,$J20),\"\")","v":""},""]
[null,{"$f":"IF(A21=\"\",\"\",IFERROR(VLOOKUP(A21,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A21,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A21=\"\",\"\",IFERROR(VLOOKUP(A21,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A21,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A21=\"\",\"\",IFERROR(VLOOKUP(A21,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A21,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B21),\"\",IF(ISBLANK(G21),\"\",RowFunc(B21,G21)))","v":0},{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I21>=0.5,INTERPRNG_h($F21,'STU Treatment Values'!$B$5:$K$27,0,1,$J21),INTERPRNG_h($F21,'STU Treatment Values'!$B$29:$K$51,0,1,$J21)),\"\")","v":""},"",{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I21>=0.5,INTERPRNG_h($F21,'STU Treatment Values'!$N$5:$W$27,0,1,$J21),INTERPRNG_h($F21,'STU Treatment Values'!$N$29:$W$51,0,1,$J21)),\"\")","v":""},"",{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I21>=0.5,INTERPRNG_h($F21,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J21),INTERPRNG_h($F21,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J21)),\"\")","v":""},"",{"$f":"IF(A21=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A21,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A21,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I21>=0.5,INTERPRNG_h($F21,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J21),INTERPRNG_h($F21,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J21)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F21,'STU Treatment Values'!$B$79:$K$101,0,1,$J21),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F21,'STU Treatment Values'!$B$54:$K$76,0,1,$J21),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F21,'STU Treatment Values'!$B$104:$K$126,0,1,$J21),\"\")","v":""},""]
[null,{"$f":"IF(A22=\"\",\"\",IFERROR(VLOOKUP(A22,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A22,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A22=\"\",\"\",IFERROR(VLOOKUP(A22,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A22,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A22=\"\",\"\",IFERROR(VLOOKUP(A22,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A22,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B22),\"\",IF(ISBLANK(G22),\"\",RowFunc(B22,G22)))","v":0},{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I22>=0.5,INTERPRNG_h($F22,'STU Treatment Values'!$B$5:$K$27,0,1,$J22),INTERPRNG_h($F22,'STU Treatment Values'!$B$29:$K$51,0,1,$J22)),\"\")","v":""},"",{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I22>=0.5,INTERPRNG_h($F22,'STU Treatment Values'!$N$5:$W$27,0,1,$J22),INTERPRNG_h($F22,'STU Treatment Values'!$N$29:$W$51,0,1,$J22)),\"\")","v":""},"",{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I22>=0.5,INTERPRNG_h($F22,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J22),INTERPRNG_h($F22,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J22)),\"\")","v":""},"",{"$f":"IF(A22=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A22,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A22,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I22>=0.5,INTERPRNG_h($F22,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J22),INTERPRNG_h($F22,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J22)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F22,'STU Treatment Values'!$B$79:$K$101,0,1,$J22),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F22,'STU Treatment Values'!$B$54:$K$76,0,1,$J22),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F22,'STU Treatment Values'!$B$104:$K$126,0,1,$J22),\"\")","v":""},""]
[null,{"$f":"IF(A23=\"\",\"\",IFERROR(VLOOKUP(A23,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A23,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A23=\"\",\"\",IFERROR(VLOOKUP(A23,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A23,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A23=\"\",\"\",IFERROR(VLOOKUP(A23,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A23,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B23),\"\",IF(ISBLANK(G23),\"\",RowFunc(B23,G23)))","v":0},{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I23>=0.5,INTERPRNG_h($F23,'STU Treatment Values'!$B$5:$K$27,0,1,$J23),INTERPRNG_h($F23,'STU Treatment Values'!$B$29:$K$51,0,1,$J23)),\"\")","v":""},"",{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I23>=0.5,INTERPRNG_h($F23,'STU Treatment Values'!$N$5:$W$27,0,1,$J23),INTERPRNG_h($F23,'STU Treatment Values'!$N$29:$W$51,0,1,$J23)),\"\")","v":""},"",{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I23>=0.5,INTERPRNG_h($F23,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J23),INTERPRNG_h($F23,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J23)),\"\")","v":""},"",{"$f":"IF(A23=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A23,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A23,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I23>=0.5,INTERPRNG_h($F23,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J23),INTERPRNG_h($F23,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J23)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F23,'STU Treatment Values'!$B$79:$K$101,0,1,$J23),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F23,'STU Treatment Values'!$B$54:$K$76,0,1,$J23),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F23,'STU Treatment Values'!$B$104:$K$126,0,1,$J23),\"\")","v":""},""]
[null,{"$f":"IF(A24=\"\",\"\",IFERROR(VLOOKUP(A24,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A24,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A24=\"\",\"\",IFERROR(VLOOKUP(A24,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A24,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A24=\"\",\"\",IFERROR(VLOOKUP(A24,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A24,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B24),\"\",IF(ISBLANK(G24),\"\",RowFunc(B24,G24)))","v":0},{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I24>=0.5,INTERPRNG_h($F24,'STU Treatment Values'!$B$5:$K$27,0,1,$J24),INTERPRNG_h($F24,'STU Treatment Values'!$B$29:$K$51,0,1,$J24)),\"\")","v":""},"",{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I24>=0.5,INTERPRNG_h($F24,'STU Treatment Values'!$N$5:$W$27,0,1,$J24),INTERPRNG_h($F24,'STU Treatment Values'!$N$29:$W$51,0,1,$J24)),\"\")","v":""},"",{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I24>=0.5,INTERPRNG_h($F24,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J24),INTERPRNG_h($F24,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J24)),\"\")","v":""},"",{"$f":"IF(A24=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A24,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A24,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I24>=0.5,INTERPRNG_h($F24,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J24),INTERPRNG_h($F24,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J24)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F24,'STU Treatment Values'!$B$79:$K$101,0,1,$J24),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F24,'STU Treatment Values'!$B$54:$K$76,0,1,$J24),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F24,'STU Treatment Values'!$B$104:$K$126,0,1,$J24),\"\")","v":""},""]
[null,{"$f":"IF(A25=\"\",\"\",IFERROR(VLOOKUP(A25,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A25,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A25=\"\",\"\",IFERROR(VLOOKUP(A25,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A25,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A25=\"\",\"\",IFERROR(VLOOKUP(A25,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A25,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B25),\"\",IF(ISBLANK(G25),\"\",RowFunc(B25,G25)))","v":0},{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I25>=0.5,INTERPRNG_h($F25,'STU Treatment Values'!$B$5:$K$27,0,1,$J25),INTERPRNG_h($F25,'STU Treatment Values'!$B$29:$K$51,0,1,$J25)),\"\")","v":""},"",{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I25>=0.5,INTERPRNG_h($F25,'STU Treatment Values'!$N$5:$W$27,0,1,$J25),INTERPRNG_h($F25,'STU Treatment Values'!$N$29:$W$51,0,1,$J25)),\"\")","v":""},"",{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I25>=0.5,INTERPRNG_h($F25,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J25),INTERPRNG_h($F25,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J25)),\"\")","v":""},"",{"$f":"IF(A25=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A25,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A25,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I25>=0.5,INTERPRNG_h($F25,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J25),INTERPRNG_h($F25,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J25)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F25,'STU Treatment Values'!$B$79:$K$101,0,1,$J25),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F25,'STU Treatment Values'!$B$54:$K$76,0,1,$J25),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F25,'STU Treatment Values'!$B$104:$K$126,0,1,$J25),\"\")","v":""},""]
[null,{"$f":"IF(A26=\"\",\"\",IFERROR(VLOOKUP(A26,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A26,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A26=\"\",\"\",IFERROR(VLOOKUP(A26,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A26,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A26=\"\",\"\",IFERROR(VLOOKUP(A26,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A26,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B26),\"\",IF(ISBLANK(G26),\"\",RowFunc(B26,G26)))","v":0},{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I26>=0.5,INTERPRNG_h($F26,'STU Treatment Values'!$B$5:$K$27,0,1,$J26),INTERPRNG_h($F26,'STU Treatment Values'!$B$29:$K$51,0,1,$J26)),\"\")","v":""},"",{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I26>=0.5,INTERPRNG_h($F26,'STU Treatment Values'!$N$5:$W$27,0,1,$J26),INTERPRNG_h($F26,'STU Treatment Values'!$N$29:$W$51,0,1,$J26)),\"\")","v":""},"",{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I26>=0.5,INTERPRNG_h($F26,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J26),INTERPRNG_h($F26,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J26)),\"\")","v":""},"",{"$f":"IF(A26=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A26,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A26,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I26>=0.5,INTERPRNG_h($F26,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J26),INTERPRNG_h($F26,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J26)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F26,'STU Treatment Values'!$B$79:$K$101,0,1,$J26),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F26,'STU Treatment Values'!$B$54:$K$76,0,1,$J26),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F26,'STU Treatment Values'!$B$104:$K$126,0,1,$J26),\"\")","v":""},""]
[null,{"$f":"IF(A27=\"\",\"\",IFERROR(VLOOKUP(A27,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A27,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A27=\"\",\"\",IFERROR(VLOOKUP(A27,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A27,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A27=\"\",\"\",IFERROR(VLOOKUP(A27,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A27,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B27),\"\",IF(ISBLANK(G27),\"\",RowFunc(B27,G27)))","v":0},{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I27>=0.5,INTERPRNG_h($F27,'STU Treatment Values'!$B$5:$K$27,0,1,$J27),INTERPRNG_h($F27,'STU Treatment Values'!$B$29:$K$51,0,1,$J27)),\"\")","v":""},"",{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I27>=0.5,INTERPRNG_h($F27,'STU Treatment Values'!$N$5:$W$27,0,1,$J27),INTERPRNG_h($F27,'STU Treatment Values'!$N$29:$W$51,0,1,$J27)),\"\")","v":""},"",{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I27>=0.5,INTERPRNG_h($F27,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J27),INTERPRNG_h($F27,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J27)),\"\")","v":""},"",{"$f":"IF(A27=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A27,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A27,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I27>=0.5,INTERPRNG_h($F27,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J27),INTERPRNG_h($F27,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J27)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F27,'STU Treatment Values'!$B$79:$K$101,0,1,$J27),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F27,'STU Treatment Values'!$B$54:$K$76,0,1,$J27),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F27,'STU Treatment Values'!$B$104:$K$126,0,1,$J27),\"\")","v":""},""]
[null,{"$f":"IF(A28=\"\",\"\",IFERROR(VLOOKUP(A28,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A28,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A28=\"\",\"\",IFERROR(VLOOKUP(A28,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A28,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A28=\"\",\"\",IFERROR(VLOOKUP(A28,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A28,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B28),\"\",IF(ISBLANK(G28),\"\",RowFunc(B28,G28)))","v":0},{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I28>=0.5,INTERPRNG_h($F28,'STU Treatment Values'!$B$5:$K$27,0,1,$J28),INTERPRNG_h($F28,'STU Treatment Values'!$B$29:$K$51,0,1,$J28)),\"\")","v":""},"",{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I28>=0.5,INTERPRNG_h($F28,'STU Treatment Values'!$N$5:$W$27,0,1,$J28),INTERPRNG_h($F28,'STU Treatment Values'!$N$29:$W$51,0,1,$J28)),\"\")","v":""},"",{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I28>=0.5,INTERPRNG_h($F28,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J28),INTERPRNG_h($F28,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J28)),\"\")","v":""},"",{"$f":"IF(A28=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A28,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A28,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I28>=0.5,INTERPRNG_h($F28,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J28),INTERPRNG_h($F28,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J28)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F28,'STU Treatment Values'!$B$79:$K$101,0,1,$J28),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F28,'STU Treatment Values'!$B$54:$K$76,0,1,$J28),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F28,'STU Treatment Values'!$B$104:$K$126,0,1,$J28),\"\")","v":""},""]
[null,{"$f":"IF(A29=\"\",\"\",IFERROR(VLOOKUP(A29,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A29,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A29=\"\",\"\",IFERROR(VLOOKUP(A29,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A29,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A29=\"\",\"\",IFERROR(VLOOKUP(A29,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A29,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B29),\"\",IF(ISBLANK(G29),\"\",RowFunc(B29,G29)))","v":0},{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I29>=0.5,INTERPRNG_h($F29,'STU Treatment Values'!$B$5:$K$27,0,1,$J29),INTERPRNG_h($F29,'STU Treatment Values'!$B$29:$K$51,0,1,$J29)),\"\")","v":""},"",{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I29>=0.5,INTERPRNG_h($F29,'STU Treatment Values'!$N$5:$W$27,0,1,$J29),INTERPRNG_h($F29,'STU Treatment Values'!$N$29:$W$51,0,1,$J29)),\"\")","v":""},"",{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I29>=0.5,INTERPRNG_h($F29,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J29),INTERPRNG_h($F29,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J29)),\"\")","v":""},"",{"$f":"IF(A29=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A29,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A29,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I29>=0.5,INTERPRNG_h($F29,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J29),INTERPRNG_h($F29,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J29)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F29,'STU Treatment Values'!$B$79:$K$101,0,1,$J29),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F29,'STU Treatment Values'!$B$54:$K$76,0,1,$J29),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F29,'STU Treatment Values'!$B$104:$K$126,0,1,$J29),\"\")","v":""},""]
[null,{"$f":"IF(A30=\"\",\"\",IFERROR(VLOOKUP(A30,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A30,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A30=\"\",\"\",IFERROR(VLOOKUP(A30,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A30,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A30=\"\",\"\",IFERROR(VLOOKUP(A30,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A30,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B30),\"\",IF(ISBLANK(G30),\"\",RowFunc(B30,G30)))","v":0},{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I30>=0.5,INTERPRNG_h($F30,'STU Treatment Values'!$B$5:$K$27,0,1,$J30),INTERPRNG_h($F30,'STU Treatment Values'!$B$29:$K$51,0,1,$J30)),\"\")","v":""},"",{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I30>=0.5,INTERPRNG_h($F30,'STU Treatment Values'!$N$5:$W$27,0,1,$J30),INTERPRNG_h($F30,'STU Treatment Values'!$N$29:$W$51,0,1,$J30)),\"\")","v":""},"",{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I30>=0.5,INTERPRNG_h($F30,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J30),INTERPRNG_h($F30,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J30)),\"\")","v":""},"",{"$f":"IF(A30=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A30,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A30,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I30>=0.5,INTERPRNG_h($F30,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J30),INTERPRNG_h($F30,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J30)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F30,'STU Treatment Values'!$B$79:$K$101,0,1,$J30),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F30,'STU Treatment Values'!$B$54:$K$76,0,1,$J30),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F30,'STU Treatment Values'!$B$104:$K$126,0,1,$J30),\"\")","v":""},""]
[null,{"$f":"IF(A31=\"\",\"\",IFERROR(VLOOKUP(A31,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A31,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A31=\"\",\"\",IFERROR(VLOOKUP(A31,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A31,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A31=\"\",\"\",IFERROR(VLOOKUP(A31,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A31,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B31),\"\",IF(ISBLANK(G31),\"\",RowFunc(B31,G31)))","v":0},{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I31>=0.5,INTERPRNG_h($F31,'STU Treatment Values'!$B$5:$K$27,0,1,$J31),INTERPRNG_h($F31,'STU Treatment Values'!$B$29:$K$51,0,1,$J31)),\"\")","v":""},"",{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I31>=0.5,INTERPRNG_h($F31,'STU Treatment Values'!$N$5:$W$27,0,1,$J31),INTERPRNG_h($F31,'STU Treatment Values'!$N$29:$W$51,0,1,$J31)),\"\")","v":""},"",{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I31>=0.5,INTERPRNG_h($F31,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J31),INTERPRNG_h($F31,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J31)),\"\")","v":""},"",{"$f":"IF(A31=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A31,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A31,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I31>=0.5,INTERPRNG_h($F31,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J31),INTERPRNG_h($F31,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J31)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F31,'STU Treatment Values'!$B$79:$K$101,0,1,$J31),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F31,'STU Treatment Values'!$B$54:$K$76,0,1,$J31),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F31,'STU Treatment Values'!$B$104:$K$126,0,1,$J31),\"\")","v":""},""]
[null,{"$f":"IF(A32=\"\",\"\",IFERROR(VLOOKUP(A32,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A32,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A32=\"\",\"\",IFERROR(VLOOKUP(A32,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A32,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A32=\"\",\"\",IFERROR(VLOOKUP(A32,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A32,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B32),\"\",IF(ISBLANK(G32),\"\",RowFunc(B32,G32)))","v":0},{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I32>=0.5,INTERPRNG_h($F32,'STU Treatment Values'!$B$5:$K$27,0,1,$J32),INTERPRNG_h($F32,'STU Treatment Values'!$B$29:$K$51,0,1,$J32)),\"\")","v":""},"",{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I32>=0.5,INTERPRNG_h($F32,'STU Treatment Values'!$N$5:$W$27,0,1,$J32),INTERPRNG_h($F32,'STU Treatment Values'!$N$29:$W$51,0,1,$J32)),\"\")","v":""},"",{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I32>=0.5,INTERPRNG_h($F32,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J32),INTERPRNG_h($F32,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J32)),\"\")","v":""},"",{"$f":"IF(A32=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A32,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A32,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I32>=0.5,INTERPRNG_h($F32,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J32),INTERPRNG_h($F32,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J32)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F32,'STU Treatment Values'!$B$79:$K$101,0,1,$J32),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F32,'STU Treatment Values'!$B$54:$K$76,0,1,$J32),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F32,'STU Treatment Values'!$B$104:$K$126,0,1,$J32),\"\")","v":""},""]
[null,{"$f":"IF(A33=\"\",\"\",IFERROR(VLOOKUP(A33,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A33,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A33=\"\",\"\",IFERROR(VLOOKUP(A33,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A33,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A33=\"\",\"\",IFERROR(VLOOKUP(A33,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A33,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B33),\"\",IF(ISBLANK(G33),\"\",RowFunc(B33,G33)))","v":0},{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I33>=0.5,INTERPRNG_h($F33,'STU Treatment Values'!$B$5:$K$27,0,1,$J33),INTERPRNG_h($F33,'STU Treatment Values'!$B$29:$K$51,0,1,$J33)),\"\")","v":""},"",{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I33>=0.5,INTERPRNG_h($F33,'STU Treatment Values'!$N$5:$W$27,0,1,$J33),INTERPRNG_h($F33,'STU Treatment Values'!$N$29:$W$51,0,1,$J33)),\"\")","v":""},"",{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I33>=0.5,INTERPRNG_h($F33,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J33),INTERPRNG_h($F33,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J33)),\"\")","v":""},"",{"$f":"IF(A33=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A33,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A33,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I33>=0.5,INTERPRNG_h($F33,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J33),INTERPRNG_h($F33,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J33)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F33,'STU Treatment Values'!$B$79:$K$101,0,1,$J33),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F33,'STU Treatment Values'!$B$54:$K$76,0,1,$J33),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F33,'STU Treatment Values'!$B$104:$K$126,0,1,$J33),\"\")","v":""},""]
[null,{"$f":"IF(A34=\"\",\"\",IFERROR(VLOOKUP(A34,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A34,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A34=\"\",\"\",IFERROR(VLOOKUP(A34,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A34,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A34=\"\",\"\",IFERROR(VLOOKUP(A34,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A34,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B34),\"\",IF(ISBLANK(G34),\"\",RowFunc(B34,G34)))","v":0},{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I34>=0.5,INTERPRNG_h($F34,'STU Treatment Values'!$B$5:$K$27,0,1,$J34),INTERPRNG_h($F34,'STU Treatment Values'!$B$29:$K$51,0,1,$J34)),\"\")","v":""},"",{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I34>=0.5,INTERPRNG_h($F34,'STU Treatment Values'!$N$5:$W$27,0,1,$J34),INTERPRNG_h($F34,'STU Treatment Values'!$N$29:$W$51,0,1,$J34)),\"\")","v":""},"",{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I34>=0.5,INTERPRNG_h($F34,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J34),INTERPRNG_h($F34,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J34)),\"\")","v":""},"",{"$f":"IF(A34=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A34,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A34,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I34>=0.5,INTERPRNG_h($F34,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J34),INTERPRNG_h($F34,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J34)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F34,'STU Treatment Values'!$B$79:$K$101,0,1,$J34),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F34,'STU Treatment Values'!$B$54:$K$76,0,1,$J34),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F34,'STU Treatment Values'!$B$104:$K$126,0,1,$J34),\"\")","v":""},""]
[null,{"$f":"IF(A35=\"\",\"\",IFERROR(VLOOKUP(A35,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A35,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A35=\"\",\"\",IFERROR(VLOOKUP(A35,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A35,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A35=\"\",\"\",IFERROR(VLOOKUP(A35,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A35,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B35),\"\",IF(ISBLANK(G35),\"\",RowFunc(B35,G35)))","v":0},{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I35>=0.5,INTERPRNG_h($F35,'STU Treatment Values'!$B$5:$K$27,0,1,$J35),INTERPRNG_h($F35,'STU Treatment Values'!$B$29:$K$51,0,1,$J35)),\"\")","v":""},"",{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I35>=0.5,INTERPRNG_h($F35,'STU Treatment Values'!$N$5:$W$27,0,1,$J35),INTERPRNG_h($F35,'STU Treatment Values'!$N$29:$W$51,0,1,$J35)),\"\")","v":""},"",{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I35>=0.5,INTERPRNG_h($F35,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J35),INTERPRNG_h($F35,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J35)),\"\")","v":""},"",{"$f":"IF(A35=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A35,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A35,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I35>=0.5,INTERPRNG_h($F35,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J35),INTERPRNG_h($F35,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J35)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F35,'STU Treatment Values'!$B$79:$K$101,0,1,$J35),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F35,'STU Treatment Values'!$B$54:$K$76,0,1,$J35),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F35,'STU Treatment Values'!$B$104:$K$126,0,1,$J35),\"\")","v":""},""]
[null,{"$f":"IF(A36=\"\",\"\",IFERROR(VLOOKUP(A36,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A36,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A36=\"\",\"\",IFERROR(VLOOKUP(A36,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A36,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A36=\"\",\"\",IFERROR(VLOOKUP(A36,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A36,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B36),\"\",IF(ISBLANK(G36),\"\",RowFunc(B36,G36)))","v":0},{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I36>=0.5,INTERPRNG_h($F36,'STU Treatment Values'!$B$5:$K$27,0,1,$J36),INTERPRNG_h($F36,'STU Treatment Values'!$B$29:$K$51,0,1,$J36)),\"\")","v":""},"",{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I36>=0.5,INTERPRNG_h($F36,'STU Treatment Values'!$N$5:$W$27,0,1,$J36),INTERPRNG_h($F36,'STU Treatment Values'!$N$29:$W$51,0,1,$J36)),\"\")","v":""},"",{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I36>=0.5,INTERPRNG_h($F36,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J36),INTERPRNG_h($F36,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J36)),\"\")","v":""},"",{"$f":"IF(A36=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A36,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A36,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I36>=0.5,INTERPRNG_h($F36,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J36),INTERPRNG_h($F36,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J36)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F36,'STU Treatment Values'!$B$79:$K$101,0,1,$J36),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F36,'STU Treatment Values'!$B$54:$K$76,0,1,$J36),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F36,'STU Treatment Values'!$B$104:$K$126,0,1,$J36),\"\")","v":""},""]
[null,{"$f":"IF(A37=\"\",\"\",IFERROR(VLOOKUP(A37,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A37,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A37=\"\",\"\",IFERROR(VLOOKUP(A37,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A37,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A37=\"\",\"\",IFERROR(VLOOKUP(A37,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A37,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B37),\"\",IF(ISBLANK(G37),\"\",RowFunc(B37,G37)))","v":0},{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I37>=0.5,INTERPRNG_h($F37,'STU Treatment Values'!$B$5:$K$27,0,1,$J37),INTERPRNG_h($F37,'STU Treatment Values'!$B$29:$K$51,0,1,$J37)),\"\")","v":""},"",{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I37>=0.5,INTERPRNG_h($F37,'STU Treatment Values'!$N$5:$W$27,0,1,$J37),INTERPRNG_h($F37,'STU Treatment Values'!$N$29:$W$51,0,1,$J37)),\"\")","v":""},"",{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I37>=0.5,INTERPRNG_h($F37,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J37),INTERPRNG_h($F37,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J37)),\"\")","v":""},"",{"$f":"IF(A37=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A37,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A37,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I37>=0.5,INTERPRNG_h($F37,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J37),INTERPRNG_h($F37,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J37)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F37,'STU Treatment Values'!$B$79:$K$101,0,1,$J37),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F37,'STU Treatment Values'!$B$54:$K$76,0,1,$J37),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F37,'STU Treatment Values'!$B$104:$K$126,0,1,$J37),\"\")","v":""},""]
[null,{"$f":"IF(A38=\"\",\"\",IFERROR(VLOOKUP(A38,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A38,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A38=\"\",\"\",IFERROR(VLOOKUP(A38,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A38,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A38=\"\",\"\",IFERROR(VLOOKUP(A38,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A38,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B38),\"\",IF(ISBLANK(G38),\"\",RowFunc(B38,G38)))","v":0},{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I38>=0.5,INTERPRNG_h($F38,'STU Treatment Values'!$B$5:$K$27,0,1,$J38),INTERPRNG_h($F38,'STU Treatment Values'!$B$29:$K$51,0,1,$J38)),\"\")","v":""},"",{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I38>=0.5,INTERPRNG_h($F38,'STU Treatment Values'!$N$5:$W$27,0,1,$J38),INTERPRNG_h($F38,'STU Treatment Values'!$N$29:$W$51,0,1,$J38)),\"\")","v":""},"",{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I38>=0.5,INTERPRNG_h($F38,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J38),INTERPRNG_h($F38,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J38)),\"\")","v":""},"",{"$f":"IF(A38=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A38,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A38,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I38>=0.5,INTERPRNG_h($F38,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J38),INTERPRNG_h($F38,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J38)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F38,'STU Treatment Values'!$B$79:$K$101,0,1,$J38),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F38,'STU Treatment Values'!$B$54:$K$76,0,1,$J38),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F38,'STU Treatment Values'!$B$104:$K$126,0,1,$J38),\"\")","v":""},""]
[null,{"$f":"IF(A39=\"\",\"\",IFERROR(VLOOKUP(A39,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A39,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A39=\"\",\"\",IFERROR(VLOOKUP(A39,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A39,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A39=\"\",\"\",IFERROR(VLOOKUP(A39,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A39,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B39),\"\",IF(ISBLANK(G39),\"\",RowFunc(B39,G39)))","v":0},{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I39>=0.5,INTERPRNG_h($F39,'STU Treatment Values'!$B$5:$K$27,0,1,$J39),INTERPRNG_h($F39,'STU Treatment Values'!$B$29:$K$51,0,1,$J39)),\"\")","v":""},"",{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I39>=0.5,INTERPRNG_h($F39,'STU Treatment Values'!$N$5:$W$27,0,1,$J39),INTERPRNG_h($F39,'STU Treatment Values'!$N$29:$W$51,0,1,$J39)),\"\")","v":""},"",{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I39>=0.5,INTERPRNG_h($F39,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J39),INTERPRNG_h($F39,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J39)),\"\")","v":""},"",{"$f":"IF(A39=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A39,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A39,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I39>=0.5,INTERPRNG_h($F39,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J39),INTERPRNG_h($F39,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J39)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F39,'STU Treatment Values'!$B$79:$K$101,0,1,$J39),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F39,'STU Treatment Values'!$B$54:$K$76,0,1,$J39),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F39,'STU Treatment Values'!$B$104:$K$126,0,1,$J39),\"\")","v":""},""]
[null,{"$f":"IF(A40=\"\",\"\",IFERROR(VLOOKUP(A40,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A40,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A40=\"\",\"\",IFERROR(VLOOKUP(A40,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A40,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A40=\"\",\"\",IFERROR(VLOOKUP(A40,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A40,Potential_STU!$A$6:$K$39,5,0)))","v":""},"","",{"$f":"IF(ISBLANK(B40),\"\",IF(ISBLANK(G40),\"\",RowFunc(B40,G40)))","v":0},{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I40>=0.5,INTERPRNG_h($F40,'STU Treatment Values'!$B$5:$K$27,0,1,$J40),INTERPRNG_h($F40,'STU Treatment Values'!$B$29:$K$51,0,1,$J40)),\"\")","v":""},"",{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I40>=0.5,INTERPRNG_h($F40,'STU Treatment Values'!$N$5:$W$27,0,1,$J40),INTERPRNG_h($F40,'STU Treatment Values'!$N$29:$W$51,0,1,$J40)),\"\")","v":""},"",{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I40>=0.5,INTERPRNG_h($F40,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J40),INTERPRNG_h($F40,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J40)),\"\")","v":""},"",{"$f":"IF(A40=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A40,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A40,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I40>=0.5,INTERPRNG_h($F40,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J40),INTERPRNG_h($F40,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J40)),\"\")","v":""},"","","","",{"$f":"IFERROR(INTERPRNG_h($F40,'STU Treatment Values'!$B$79:$K$101,0,1,$J40),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F40,'STU Treatment Values'!$B$54:$K$76,0,1,$J40),\"\")","v":""},"","",{"$f":"IFERROR(INTERPRNG_h($F40,'STU Treatment Values'!$B$104:$K$126,0,1,$J40),\"\")","v":""},""]
[null,{"$f":"IF(A41=\"\",\"\",IFERROR(VLOOKUP(A41,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A41,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$L$5:$L$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$L$5:$L$52))","v":""},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$F$5:$F$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$F$5:$F$52))","v":""},{"$f":"IF(A41=\"\",\"\",IFERROR(VLOOKUP(A41,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A41,Potential_STU!$A$6:$K$39,6,0)))","v":""},"",{"$f":"IF(A41=\"\",\"\",IFERROR(VLOOKUP(A41,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A41,Potential_STU!$A$6:$K$39,5,0)))","v":""},"",{"$f":"IF(A41=\"\",\"\",D41/C41)","v":""},{"$f":"IF(ISBLANK(B41),\"\",IF(ISBLANK(G41),\"\",RowFunc(B41,G41)))","v":0},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$N$5:$N$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$N$5:$N$52))","v":""},{"$f":"IFERROR(IF(I41>=0.5,INTERPRNG_h($F41,'STU Treatment Values'!$B$5:$K$27,0,1,$J41),INTERPRNG_h($F41,'STU Treatment Values'!$B$29:$K$51,0,1,$J41)),\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",L41*K41*0.1,IFERROR(L41*K41,\"\"))","v":""},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$O$5:$O$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$O$5:$O$52))","v":""},{"$f":"IFERROR(IF(I41>=0.5,INTERPRNG_h($F41,'STU Treatment Values'!$N$5:$W$27,0,1,$J41),INTERPRNG_h($F41,'STU Treatment Values'!$N$29:$W$51,0,1,$J41)),\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",O41*N41*0.1,IFERROR(N41*O41,\"\"))","v":""},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$P$5:$P$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$P$5:$P$52))","v":""},{"$f":"IFERROR(IF(I41>=0.5,INTERPRNG_h($F41,'STU Treatment Values'!$Z$5:$AI$27,0,1,$J41),INTERPRNG_h($F41,'STU Treatment Values'!$Z$29:$AI$51,0,1,$J41)),\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",R41*Q41*0.1,IFERROR(Q41*R41,\"\"))","v":""},{"$f":"IF(A41=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$79,A41,RIDOT_Catchment!$Q$5:$Q$79)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$52,A41,'Non-RIDOT_Catchment'!$Q$5:$Q$52))","v":""},{"$f":"IFERROR(IF(I41>=0.5,INTERPRNG_h($F41,'STU Treatment Values'!$AL$5:$AU$27,0,1,$J41),INTERPRNG_h($F41,'STU Treatment Values'!$AL$29:$AU$51,0,1,$J41)),\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",U41*T41*0.1,IFERROR(U41*T41,\"\"))","v":""},{"$f":"IF(A41=\"\",\"\",D41/43560)","v":""},{"$f":"IFERROR(IF(O41/0.9>1,1,O41/0.9),\"\")","v":""},{"$f":"IFERROR(IF(L41/0.9>1,1,L41/0.9),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F41,'STU Treatment Values'!$B$79:$K$101,0,1,$J41),\"\")","v":""},{"$f":"IFERROR(INTERPRNG_h($F41,'STU Treatment Values'!$B$54:$K$76,0,1,$J41),\"\")","v":""},{"$f":"IFERROR((X41+Y41+Z41+AA41)/4,\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",W41*AB41*0.1,IFERROR(AB41*W41,\"\"))","v":""},{"$f":"IFERROR(INTERPRNG_h($F41,'STU Treatment Values'!$B$104:$K$126,0,1,$J41),\"\")","v":""},{"$f":"IF(B41=\"Limited ROW\",AD41*(D41*0.1/43560*3.559+H41*0.1/43560*0.239),IFERROR(AD41*(D41/43560*3.559+H41/43560*0.239),\"\"))","v":""}]

{"sheet":"Porous Pavement (underdrained)","index":9,"n_rows":27,"n_cols":30,"rows_kept":27,"cut":false,"hidden":true,"merged":[[13,1,13,4],[20,1,20,4],[4,0,5,8],[5,9,5,29],[6,9,6,11],[6,12,6,14],[6,15,6,17],[6,18,6,20],[6,21,6,27],[6,28,6,29]]}
["This sheet performs water quality calculations for porous pavement (with underdrain) treatment credits."]
["Note to user: These treatment credits only apply to STU Type \"porous pavement w/ underdrain\".  For porous pavement without an underdrain, use the Structural Water Quality Calcs sheet with an STU type of \"porous pavement\"."]
[]
[]
["Porous Pavement (w/ underdrain)"]
[null,null,null,null,null,null,null,null,null,"Water Quality Results"]
[null,null,null,null,null,null,null,null,null,"Phosphorous",null,null,"TSS",null,null,"Nitrogen",null,null,"Zinc",null,null,"Impervious Cover",null,null,null,null,null,null,"Runoff Reduction"]
["STU ID","STU Type*","Catchment Area                  (sq. ft.)","Impervious Area (Sq. Ft.)","STU Volume definitions  (ft³)","Filter Depth* (in.)","STU Soil Type*","Pervious Area (sq. ft.)","Catchment % Impervious","P Load (lb/yr)","P Removal Credit (%)","P Reduction (lb/yr)","TSS Load (lb/yr)","TSS Removal Credit (%)","TSS Reduction (lb/yr)","Nitrogen Load (lb/yr)","Nitrogen Removal Credit (%)","Nitrogen Reduction (lb/yr)","Zinc Load (lb/yr)","Zinc Removal Credit (%)","Zinc Reduction (lb/yr)","Impervious WS (Acres)","TSS Reduction Factor","Phosphorus Reduction Factor","Runoff Reduction Factor","Flow Factor","Effective IC Reduction (%)","Effective IC Reduction (acres)","Runoff Reduction %","Runoff Reduction (ac-ft)"]
[null,{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$L$5:$L$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$L$5:$L$39))","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$F$5:$F$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$F$5:$F$39))","v":""},{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,6,0)))","v":""},null,{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,5,0)))","v":""},{"$f":"IF(A9=\"\",\"\",C9-D9)","v":""},{"$f":"IF(A9=\"\",\"\",D9/C9)","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$15:$E$19,2,0))","v":""},{"$f":"IFERROR(K9*J9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$15:$E$19,3,0))","v":""},{"$f":"IFERROR(M9*N9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$15:$E$19,4,0))","v":""},{"$f":"IFERROR(P9*Q9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$Q$5:$Q$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$Q$5:$Q$39))","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$15:$E$19,5,0))","v":""},{"$f":"IFERROR(T9*S9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",D9/43560)","v":""},{"$f":"IFERROR(IF(N9/0.9>1,1,N9/0.9),\"\")","v":""},{"$f":"IFERROR(IF(K9/0.9>1,1,K9/0.9),\"\")","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$22:$E$27,5,0))","v":""},{"$f":"IF(A9=\"\",\"\",HLOOKUP(F9,'Porous Pavement (underdrained)'!$A$22:$E$27,4,0))","v":""},{"$f":"IFERROR((W9+X9+Y9+Z9)/4,\"\")","v":""},{"$f":"IFERROR(AA9*V9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",Y9/1.1)","v":""},{"$f":"IFERROR(AC9*(D9/43560*3.559+H9/43560*0.239),\"\")","v":""}]
[null,{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$L$5:$L$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$L$5:$L$39))","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$F$5:$F$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$F$5:$F$39))","v":""},{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,6,0)))","v":""},null,{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,5,0)))","v":""},{"$f":"IF(A10=\"\",\"\",C10-D10)","v":""},{"$f":"IF(A10=\"\",\"\",D10/C10)","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$15:$E$19,2,0))","v":""},{"$f":"IFERROR(K10*J10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$15:$E$19,3,0))","v":""},{"$f":"IFERROR(M10*N10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$15:$E$19,4,0))","v":""},{"$f":"IFERROR(P10*Q10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$Q$5:$Q$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$Q$5:$Q$39))","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$15:$E$19,5,0))","v":""},{"$f":"IFERROR(T10*S10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",D10/43560)","v":""},{"$f":"IFERROR(IF(N10/0.9>1,1,N10/0.9),\"\")","v":""},{"$f":"IFERROR(IF(K10/0.9>1,1,K10/0.9),\"\")","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$22:$E$27,5,0))","v":""},{"$f":"IF(A10=\"\",\"\",HLOOKUP(F10,'Porous Pavement (underdrained)'!$A$22:$E$27,4,0))","v":""},{"$f":"IFERROR((W10+X10+Y10+Z10)/4,\"\")","v":""},{"$f":"IFERROR(AA10*V10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",Y10/1.1)","v":""},{"$f":"IFERROR(AC10*(D10/43560*3.559+H10/43560*0.239),\"\")","v":""}]
[null,{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$L$5:$L$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$L$5:$L$39))","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$F$5:$F$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$F$5:$F$39))","v":""},{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,6,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,6,0)))","v":""},null,{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,5,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,5,0)))","v":""},{"$f":"IF(A11=\"\",\"\",C11-D11)","v":""},{"$f":"IF(A11=\"\",\"\",D11/C11)","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$15:$E$19,2,0))","v":""},{"$f":"IFERROR(K11*J11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$15:$E$19,3,0))","v":""},{"$f":"IFERROR(M11*N11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$15:$E$19,4,0))","v":""},{"$f":"IFERROR(P11*Q11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$Q$5:$Q$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$Q$5:$Q$39))","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$15:$E$19,5,0))","v":""},{"$f":"IFERROR(T11*S11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",D11/43560)","v":""},{"$f":"IFERROR(IF(N11/0.9>1,1,N11/0.9),\"\")","v":""},{"$f":"IFERROR(IF(K11/0.9>1,1,K11/0.9),\"\")","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$22:$E$27,5,0))","v":""},{"$f":"IF(A11=\"\",\"\",HLOOKUP(F11,'Porous Pavement (underdrained)'!$A$22:$E$27,4,0))","v":""},{"$f":"IFERROR((W11+X11+Y11+Z11)/4,\"\")","v":""},{"$f":"IFERROR(AA11*V11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",Y11/1.1)","v":""},{"$f":"IFERROR(AC11*(D11/43560*3.559+H11/43560*0.239),\"\")","v":""}]
[]
[]
["Porous Pavement","Filter Course Depth (inches) (>50% IC)"]
[null,12,18,24,32]
["TP Removal",0.62,0.7,0.75,0.78]
["TSS Removal",0.92,0.94,0.96,0.97]
["TN Removal",0.76,0.77,0.77,0.79]
["Zinc Removal",0.85,0.97,0.97,0.98]
[]
["Porous Pavement","Filter Course Depth (inches) (>50% IC)"]
[null,12,18,24,32]
["Phosphorus Factor",{"$f":"B16/0.9","v":0.68888888888888888},{"$f":"C16/0.9","v":0.77777777777777768},{"$f":"D16/0.9","v":0.83333333333333326},{"$f":"E16/0.9","v":0.8666666666666667}]
["TSS Factor",{"$f":"IF(B17/0.9>1,1,B17/0.9)","v":1},{"$f":"IF(C17/0.9>1,1,C17/0.9)","v":1},{"$f":"IF(D17/0.9>1,1,D17/0.9)","v":1},{"$f":"IF(E17/0.9>1,1,E17/0.9)","v":1}]
["Flow Factor",1,1,1,1]
["Runoff Factor",1,1,1,1]
["Pervious Cover Factor",{"$f":"SUM(B23:B26)/4","v":0.92222222222222228},{"$f":"SUM(C23:C26)/4","v":0.94444444444444442},{"$f":"SUM(D23:D26)/4","v":0.95833333333333326},{"$f":"SUM(E23:E26)/4","v":0.96666666666666667}]

{"sheet":"Floodplain Reconnection","index":10,"n_rows":10,"n_cols":20,"rows_kept":10,"cut":false,"hidden":true,"merged":[[1,1,1,20],[5,7,5,19]]}
["This sheet outlines the methodology to calculate treatment credit for floodplain reconnection."]
["Note: ","This methodology is under development.  Refer to RIDOT Water Quality Methodology Report for more information. \nConsult with RIDOT and VHB to determine treatment credit for floodplain reconnection projects. "]
[]
[]
[]
[null,null,null,null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Watershed Area (ac)","% Impervious","Land Use* ","Treatment Depth (in)","% Annual Rainfall Treated1 ","TP Stream Watershed Load (lb/yr)","TP Reduction (%)","TP Reduction (lb/yr)","TN Stream Watershed Load (lb/yr)","TN Reduction (%)","TN Reduction (lb/yr)","TSS Stream Watershed Load (lb/yr)","TSS Reduction (%)","TSS Reduction (lb/yr)","ZN Stream Watershed Load (lb/yr)","ZN Reduction (%)","ZN Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A8=\"\",\"\",\"Floodplain Reconnection\")","v":""},null,null,null,null,null,null,null,{"$f":"IF(A8=\"\",\"\",G8*I8*H8)","v":""},null,null,{"$f":"IF(A8=\"\",\"\",G8*L8*K8)","v":""},null,null,{"$f":"IF(A8=\"\",\"\",G8*O8*N8)","v":""},null,null,{"$f":"IF(A8=\"\",\"\",G8*R8*Q8)","v":""}]
[null,{"$f":"IF(A9=\"\",\"\",\"Floodplain Reconnection\")","v":""},null,null,null,null,null,null,null,{"$f":"IF(A9=\"\",\"\",G9*I9*H9)","v":""},null,null,{"$f":"IF(A9=\"\",\"\",G9*L9*K9)","v":""},null,null,{"$f":"IF(A9=\"\",\"\",G9*O9*N9)","v":""},null,null,{"$f":"IF(A9=\"\",\"\",G9*R9*Q9)","v":""}]
["1 Requires development of site-specific curves.  Modeling (such as HEC-RAS) required to determine the rainfall event that will overflow into the floodplain. "]

{"sheet":"Urban Tree Canopy","index":11,"n_rows":58,"n_cols":9,"rows_kept":58,"cut":false,"hidden":true,"merged":[[30,1,30,3],[1,0,1,8],[3,5,3,8],[12,0,12,8],[14,1,14,3],[23,1,23,3]]}
["This sheet outlines the methodology to calculate treatment credit for urban tree canopies."]
["Note: This methodology is under development.  Refer to the RIDOT Water Quality Methodology Report for more information. "]
["Consult with RIDOT and VHB to determine treatment credit for urban tree canopies. "]
[null,null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Tree Type","Soil Type/Land Cover","Qualifying Conditions Met?1","TN Reduction (lb/yr)","TP Reduction (lb/yr)","TSS Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A6=\"\",\"\",\"Urban Tree Canopy\")","v":""}]
[null,""]
[null,""]
[null,""]
[null,""]
[null,""]
[null,""]
["1Qualifying Conditions include the development of a maintenance plan and leaf litter pickup program, and the consultation of a qualified professional on the selection of appropriate species, site preparation, and siting to provide sufficient soil volume."]
[]
["Soil Type/Land Cover","Load Reduction   (lb/year)"]
[null,"TN","TP","TSS"]
["Broadleaf Deciduous - Large"]
["HSG-A, pervious",1.9962650547058433E-3,3.4418363012169714E-4,0.19274283286815042]
["HSG-B, pervious ",6.7433366209150867E-3,1.1626442449853597E-3,0.65108077719180146]
["HSG-C, pervious",1.163165438745882E-2,2.0054576530101416E-3,1.1230562856856792]
["HSG-D, pervious",1.5318216307814799E-2,2.6410717772094479E-3,1.4790001952372913]
["Unknown soil type, pervious",1.163165438745882E-2,2.0054576530101416E-3,1.1230562856856792]
["Impervious cover",9.4111037491674526E-3,1.6226040946840437E-3,0.90865829302306445]
["Broadleaf Deciduous - Medium"]
["HSG-A, pervious",3.8879731789960735E-3,6.7034020327518516E-4,0.37539051383410371]
["HSG-B, pervious ",1.3282189145148716E-2,2.2900326112325372E-3,1.2824182622902209]
["HSG-C, pervious",2.2884077662290149E-2,3.9455306314293359E-3,2.2094971536004282]
["HSG-D, pervious",3.0086600674344426E-2,5.1873449438524875E-3,2.9049131685573935]
["Unknown soil type, pervious",2.2884077662290149E-2,3.9455306314293359E-3,2.2094971536004282]
["Impervious cover",1.8699279293902794E-2,3.224013671362551E-3,1.8054476559630281]
["Broadleaf Deciduous - Small"]
["HSG-A, pervious",8.1120053511765644E-4,1.3986216122718214E-4,7.8322810287222003E-2]
["HSG-B, pervious ",2.5629958123070447E-3,4.4189582970811123E-4,0.24746166463654229]
["HSG-C, pervious",4.2669989024779189E-3,7.3568946594446875E-4,0.41198610092890253]
["HSG-D, pervious",5.5222303164460989E-3,9.5210867524932739E-4,0.53318085813962335]
["Unknown soil type, pervious",4.2669989024779189E-3,7.3568946594446875E-4,0.41198610092890253]
["Impervious cover",3.253109707054393E-3,5.6088098397489542E-4,0.31409335102594144]
["Coniferous Evergreen - Large"]
["HSG-A, pervious",3.3999999999999998E-3,5.9999999999999995E-4,0.32]
["HSG-B, pervious ",1.12E-2,1.9E-3,1.08]
["HSG-C, pervious",1.8700000000000001E-2,3.2000000000000002E-3,1.81]
["HSG-D, pervious",2.4299999999999999E-2,4.1999999999999997E-3,2.34]
["Unknown soil type, pervious",1.8700000000000001E-2,3.2000000000000002E-3,1.81]
["Impervious cover",1.78E-2,3.0999999999999999E-3,1.72]
["Coniferous Evergreen - Small"]
["HSG-A, pervious",1.1623310814120895E-3,2.004019105882913E-4,0.11222506992944312]
["HSG-B, pervious ",4.3393735604305445E-3,7.4816785524664563E-4,0.41897399893812159]
["HSG-C, pervious",7.6681673217005031E-3,1.3220978140862938E-3,0.74037477588832445]
["HSG-D, pervious",1.0186634427744609E-2,1.7563162806456226E-3,0.98353711716154868]
["Unknown soil type, pervious",7.6681673217005031E-3,1.3220978140862938E-3,0.74037477588832445]
["Impervious cover",9.9831048813611347E-3,1.7212249795450234E-3,0.96388598854521312]
["Unknown Tree Type"]
["HSG-A, pervious",3.8879731789960735E-3,6.7034020327518516E-4,0.37539051383410371]
["HSG-B, pervious ",1.3282189145148716E-2,2.2900326112325372E-3,1.2824182622902209]
["HSG-C, pervious",2.2884077662290149E-2,3.9455306314293359E-3,2.2094971536004282]
["HSG-D, pervious",3.0086600674344426E-2,5.1873449438524875E-3,2.9049131685573935]
["Unknown soil type, pervious",2.2884077662290149E-2,3.9455306314293359E-3,2.2094971536004282]
["Impervious cover",1.8699279293902794E-2,3.224013671362551E-3,1.8054476559630281]

{"sheet":"Agriculture Buffers","index":12,"n_rows":25,"n_cols":14,"rows_kept":25,"cut":false,"hidden":true,"merged":[[1,0,1,19],[4,7,4,13],[13,0,15,0],[13,1,13,3],[14,1,14,3],[13,4,14,6]]}
["This sheet outlines the methodology to calculate treatment credit for agriculture buffers."]
["Note: This methodology is under development.  Refer to the RIDOT Water Quality Methodology Report for more information. "]
["Consult with RIDOT and VHB to determine treatment credit for agriculture buffers."]
[]
[null,null,null,null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Buffer Type","Annual Runoff Volume (volume/yr)","TP Concentration (lb/volume)","TN Concentration (lb/volume)","TSS Concentration (lb/volume)","TP Reduction (%)","TP Reduction (lb/yr)","TN Reduction (%)","TN Reduction (lb/yr)","TSS Reduction (%)","TSS Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A7=\"\",\"\",\"Agricultural Buffer\")","v":""}]
[null,{"$f":"IF(A8=\"\",\"\",\"Agricultural Buffer\")","v":""}]
[null,{"$f":"IF(A9=\"\",\"\",\"Agricultural Buffer\")","v":""}]
[]
[]
[]
[]
["Geographic Setting ","Forest (One Side)",null,null,"Grass (One or Both Sides) (%)"]
[null,"(%)"]
[null,"TN","TP","TSS","TN","TP","TSS"]
["Inner Coastal Plain",65,42,56,46,42,56]
["Outer Coastal Plain (well-drained)",31,45,60,21,45,60]
["Outer Coastal Plain (poorly-drained)",56,39,52,39,39,52]
["Tidal Influenced",19,45,60,13,45,60]
["Piedmont (schist/gneiss)",46,36,48,32,36,48]
["Piedmont (sandstone)",56,42,56,39,42,56]
["Valley and Ridge (karst)",34,30,40,24,30,40]
["Valley and Ridge (sandstone/shale)",46,39,52,32,39,52]
["Appalachian Plateau",54,42,56,38,42,56]

{"sheet":"Pervious Land Enhancement","index":13,"n_rows":9,"n_cols":21,"rows_kept":9,"cut":false,"hidden":true,"merged":[[1,0,1,26],[4,14,4,20],[4,4,4,8],[4,9,4,13]]}
["This sheet outlines the methodology to calculate treatment credit for pervious land enhancement. "]
["Note: This methodology is under development.  Refer to the RIDOT Water Quality Methodology Report for more information. "]
["Consult with RIDOT and VHB to determine treatment credit for pervious land enhancement. "]
[]
[null,null,null,null,"Existing Conditions",null,null,null,null,"Enhanced Conditions",null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Area (ac)","Land Use*","TP Load (lb/yr)","TN Load (lb/yr)","TSS Load (lb/yr)","Runoff Factor","Flow Factor","TP Load (lb/yr)","TN Load (lb/yr)","TSS Load (lb/yr)","Runoff Factor","Flow Factor","TP Reduction (%)","TP Reduction (lb/yr)","TN Reduction (%)","TN Reduction (lb/yr)","TSS Reduction (%)","TSS Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A7=\"\",\"\",\"Pervious Land Enhancement\")","v":""}]
[null,{"$f":"IF(A8=\"\",\"\",\"Pervious Land Enhancement\")","v":""}]
[null,{"$f":"IF(A9=\"\",\"\",\"Pervious Land Enhancement\")","v":""}]

{"sheet":"Proprietary Technologies","index":14,"n_rows":17,"n_cols":16,"rows_kept":17,"cut":false,"hidden":true,"merged":[[1,0,1,33],[4,3,4,15]]}
["This sheet outlines the methodology to calculate treatment credit for proprietary technologies. "]
["Note: This methodology is under development.  Refer to the RIDOT Water Quality Methodology Report for more information. "]
["Consult with RIDOT and VHB to determine treatment credit for proprietary technologies. "]
[]
[null,null,null,"Water Quality Results"]
["STU ID","STU Type","Impervious Area (sq ft)","TP Load (lb/yr)","TP Reduction (%)","TP Reduction (lb/yr)","TN Load (lb/yr)","TN Reduction (%)","TN Reduction (lb/yr)","TSS Load (lb/yr)","TSS Reduction (%)","TSS Reduction (lb/yr)","Flow Factor","Runoff Factor","Effective IC Reduction (%","Equivalent IC Removal Credit (ac)"]
[null,null,null,{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A7,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A7,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(B7,$A$13:$F$17,3,0))","v":""},{"$f":"IFERROR(E7*D7,\"\")","v":""},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A7,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A7,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(B7,$A$13:$F$17,4,0))","v":""},{"$f":"IFERROR(H7*G7,\"\")","v":""},{"$f":"IF(A7=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A7,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A7,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(B7,$A$13:$F$17,2,0))","v":""},{"$f":"IFERROR(K7*J7,\"\")","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(B7,$A$13:$F$17,6,0))","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(B7,$A$13:$F$17,5,0))","v":""},{"$f":"IFERROR((K7/0.9+E7/0.9+M7+N7)/4,\"\")","v":""},{"$f":"IFERROR(O7*C7,\"\")","v":""}]
[null,null,null,{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A8,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A8,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(B8,$A$13:$F$17,3,0))","v":""},{"$f":"IFERROR(E8*D8,\"\")","v":""},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A8,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A8,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(B8,$A$13:$F$17,4,0))","v":""},{"$f":"IFERROR(H8*G8,\"\")","v":""},{"$f":"IF(A8=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A8,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A8,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(B8,$A$13:$F$17,2,0))","v":""},{"$f":"IFERROR(E8*D8,\"\")","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(B8,$A$13:$F$17,6,0))","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(B8,$A$13:$F$17,5,0))","v":""},{"$f":"IFERROR((K8/0.9+E8/0.9+M8+N8)/4,\"\")","v":""},{"$f":"IFERROR(O8*C8,\"\")","v":""}]
[null,null,null,{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(B9=\"\",\"\",VLOOKUP(B9,$A$13:$F$17,3,0))","v":""},{"$f":"IFERROR(E9*D9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(B9=\"\",\"\",VLOOKUP(B9,$A$13:$F$17,4,0))","v":""},{"$f":"IFERROR(H9*G9,\"\")","v":""},{"$f":"IF(A9=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A9,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A9,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(B9=\"\",\"\",VLOOKUP(B9,$A$13:$F$17,2,0))","v":""},{"$f":"IFERROR(E9*D9,\"\")","v":""},{"$f":"IF(B9=\"\",\"\",VLOOKUP(B9,$A$13:$F$17,6,0))","v":""},{"$f":"IF(B9=\"\",\"\",VLOOKUP(B9,$A$13:$F$17,5,0))","v":""},{"$f":"IFERROR((K9/0.9+E9/0.9+M9+N9)/4,\"\")","v":""},{"$f":"IFERROR(O9*C9,\"\")","v":""}]
[null,null,null,{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(B10=\"\",\"\",VLOOKUP(B10,$A$13:$F$17,3,0))","v":""},{"$f":"IFERROR(E10*D10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(B10=\"\",\"\",VLOOKUP(B10,$A$13:$F$17,4,0))","v":""},{"$f":"IFERROR(H10*G10,\"\")","v":""},{"$f":"IF(A10=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A10,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A10,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(B10=\"\",\"\",VLOOKUP(B10,$A$13:$F$17,2,0))","v":""},{"$f":"IFERROR(E10*D10,\"\")","v":""},{"$f":"IF(B10=\"\",\"\",VLOOKUP(B10,$A$13:$F$17,6,0))","v":""},{"$f":"IF(B10=\"\",\"\",VLOOKUP(B10,$A$13:$F$17,5,0))","v":""},{"$f":"IFERROR((K10/0.9+E10/0.9+M10+N10)/4,\"\")","v":""},{"$f":"IFERROR(O10*C10,\"\")","v":""}]
[null,null,null,{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$N$5:$N$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$N$5:$N$39))","v":""},{"$f":"IF(B11=\"\",\"\",VLOOKUP(B11,$A$13:$F$17,3,0))","v":""},{"$f":"IFERROR(E11*D11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$P$5:$P$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$P$5:$P$39))","v":""},{"$f":"IF(B11=\"\",\"\",VLOOKUP(B11,$A$13:$F$17,4,0))","v":""},{"$f":"IFERROR(H11*G11,\"\")","v":""},{"$f":"IF(A11=\"\",\"\",SUMIF(RIDOT_Catchment!$D$5:$D$39,A11,RIDOT_Catchment!$O$5:$O$39)+SUMIF('Non-RIDOT_Catchment'!$D$5:$D$39,A11,'Non-RIDOT_Catchment'!$O$5:$O$39))","v":""},{"$f":"IF(B11=\"\",\"\",VLOOKUP(B11,$A$13:$F$17,2,0))","v":""},{"$f":"IFERROR(E11*D11,\"\")","v":""},{"$f":"IF(B11=\"\",\"\",VLOOKUP(B11,$A$13:$F$17,6,0))","v":""},{"$f":"IF(B11=\"\",\"\",VLOOKUP(B11,$A$13:$F$17,5,0))","v":""},{"$f":"IFERROR((K11/0.9+E11/0.9+M11+N11)/4,\"\")","v":""},{"$f":"IFERROR(O11*C11,\"\")","v":""}]
[]
["Type","TSS Reduction (%)","TP Reduction (%)","TN Reduction (%)","Runoff Factor","Flow Factor"]
["Hydrodynamic Devices",25,10,0,0,0]
["Jellyfish Filter",85,50,50,0,0]
["MWS-Linear",85,64,45,0,0]
["Stormceptor",75,0,0,0,0]

{"sheet":"Street Sweeping and CB Cleaning","index":15,"n_rows":15,"n_cols":12,"rows_kept":15,"cut":false,"hidden":true,"merged":[[1,1,1,11],[2,6,2,11],[9,0,9,11],[30,0,31,0],[16,0,16,4],[17,0,17,4],[18,0,18,4],[24,0,25,0],[26,0,27,0],[28,0,29,0],[11,0,11,2],[14,0,14,9]]}
["This sheet calculates treatment credit for enhanced street sweeping and catch basin cleaning."]
["Notes to user:","Per consent decree, \"enhanced\" non-structural STUs shall mean a non-structural STU that exceeds the scope of the required six minimum control measures.\nThis methodology is under development. Consult with RIDOT and VHB."]
[null,null,null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type*","Contributing Area (ac)","Impervious Cover (ac)","Volume of Solids Collected Per Event (ft3)","Annual Sweeping or Cleaning Frequency*","Annual Volume of Solids (ft3)","Phosphorus Reduction (lb/year)","Nitrogen Reduction (lb/year)","TSS Reduction (lb/yr)","Zinc Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,null,null,null,null,null,{"$f":"IF(A5=\"\",\"\",E5*F5)","v":""},{"$f":"IF(A5=\"\",\"\",G5*85*$A$14)","v":""},{"$f":"IF(A5=\"\",\"\",G5*85*$B$14)","v":""},{"$f":"IF(A5=\"\",\"\",G5*85)","v":""},{"$f":"IF(A5=\"\",\"\",G5*85*$C$14)","v":""},{"$f":"IF(A5=\"\",\"\",H5/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,null,null,null,null,null,{"$f":"IF(A6=\"\",\"\",E6*F6)","v":""},{"$f":"IF(A6=\"\",\"\",G6*85*$A$14)","v":""},{"$f":"IF(A6=\"\",\"\",G6*85*$B$14)","v":""},{"$f":"IF(A6=\"\",\"\",G6*85)","v":""},{"$f":"IF(A6=\"\",\"\",G6*85*$C$14)","v":""},{"$f":"IF(A6=\"\",\"\",H6/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,null,null,null,null,null,{"$f":"IF(A7=\"\",\"\",E7*F7)","v":""},{"$f":"IF(A7=\"\",\"\",G7*85*$A$14)","v":""},{"$f":"IF(A7=\"\",\"\",G7*85*$B$14)","v":""},{"$f":"IF(A7=\"\",\"\",G7*85)","v":""},{"$f":"IF(A7=\"\",\"\",G7*85*$C$14)","v":""},{"$f":"IF(A7=\"\",\"\",H7/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,null,null,null,null,null,{"$f":"IF(A8=\"\",\"\",E8*F8)","v":""},{"$f":"IF(A8=\"\",\"\",G8*85*$A$14)","v":""},{"$f":"IF(A8=\"\",\"\",G8*85*$B$14)","v":""},{"$f":"IF(A8=\"\",\"\",G8*85)","v":""},{"$f":"IF(A8=\"\",\"\",G8*85*$C$14)","v":""},{"$f":"IF(A8=\"\",\"\",H8/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,null,null,null,null,null,{"$f":"IF(A9=\"\",\"\",E9*F9)","v":""},{"$f":"IF(A9=\"\",\"\",G9*85*$A$14)","v":""},{"$f":"IF(A9=\"\",\"\",G9*85*$B$14)","v":""},{"$f":"IF(A9=\"\",\"\",G9*85)","v":""},{"$f":"IF(A9=\"\",\"\",G9*85*$C$14)","v":""},{"$f":"IF(A9=\"\",\"\",H9/'Pollutant Loading Rates'!$C$9)","v":""}]
[]
[]
["Pollutant to TSS Ratio1"]
["lbs P/ lbs TSS","lbs N/ lbs TSS","lbs Zn/ lbs TSS"]
[6.9999999999999999E-4,7.0000000000000001E-3,1.1999999999999999E-3]
["1 calculated from Table 16 of the USGS Report Quality of Stormwater Runoff Discharged from Massachusetts Highways, 2005-2007. \n"]

{"sheet":"Leaf Litter Removal","index":16,"n_rows":12,"n_cols":6,"rows_kept":12,"cut":false,"hidden":true,"merged":[[1,1,1,10],[3,4,3,5]]}
["This sheet calculates treatment credit for leaf litter removal."]
["Notes to user:","There is currently no method for crediting pollutants other than phosphorus. \nThis methodology is under development. Consult with RIDOT and VHB. "]
[]
[null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Contributing Area (ac)","Impervious Cover (ac)","TP Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A6=\"\",\"\",\"Leaf Litter Removal\")","v":""},null,null,{"$f":"IF(A6=\"\",\"\",D6*'Pollutant Loading Rates'!$C$9*B12/100)","v":""},{"$f":"IF(A6=\"\",\"\",E6/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,{"$f":"IF(A7=\"\",\"\",\"Leaf Litter Removal\")","v":""},null,null,{"$f":"IF(A7=\"\",\"\",D7*'Pollutant Loading Rates'!$C$9*B13/100)","v":""},{"$f":"IF(A7=\"\",\"\",E7/'Pollutant Loading Rates'!$C$9)","v":""}]
[null,{"$f":"IF(A8=\"\",\"\",\"Leaf Litter Removal\")","v":""},null,null,{"$f":"IF(A8=\"\",\"\",D8*'Pollutant Loading Rates'!$C$9*B14/100)","v":""},{"$f":"IF(A8=\"\",\"\",E8/'Pollutant Loading Rates'!$C$9)","v":""}]
["1Massachusetts MS4 General Permit. Appendix F Attachment 2. https://www3.epa.gov/region1/npdes/stormwater/ma/2016fpd/appendix-f-2016-ma-sms4-gp.pdf"]
[]
[null,"TP Reduction Factor (%)"]
["Leaf Litter Removal",5]

{"sheet":"Animal Waste Reduction","index":17,"n_rows":16,"n_cols":12,"rows_kept":16,"cut":false,"hidden":true,"merged":[[3,8,3,11],[1,1,1,11]]}
["This sheet outlines the methodology to calculate treatment credit for animal waste reduction for direct removal (e.g., bird or pet wastes) or indirect removal (e.g. manure piles)."]
["Notes to user:","This methodology is under development. Consult with RIDOT and VHB to calculate treatment credit for animal waste projects. \nThere is currently no method for crediting pollutants besides phosphorus. \nFor animal waste removal, IC removal credit is equivalent to annual bacteria removal divided by the existing bacteria loading rate. "]
[]
[null,null,null,null,null,null,null,null,"Water Quality Results "]
["STU ID","Activity Type","Type of Removal*","Type of Animal*","Number of Animals","Contributing Area (ac)","% Impervious","Land Use*","P Removal Credit (lb/yr)","Bacteria Loading (# col/ac/yr)","Bacteria Removal Credit (# col/yr)","Equivalent IC Removal Credit (ac)"]
[null,null,null,null,null,null,null,null,{"$f":"IF(A6=\"\",\"\",IF(C6=\"Direct (Dog or Bird)\",E6*VLOOKUP(D6,$A$12:$C$16,2,0)*VLOOKUP(D6,$A$12:$C$16,3,0),\"Indirect TBD\"))","v":""},{"$f":"IF(A6=\"\",\"\",0.00103*48*0.9*(0.05+0.009*G6)*VLOOKUP(H6,'Pollutant Loading Rates'!$A$4:$G$15,7,0))","v":""},{"$f":"IF(A6=\"\",\"\",\"TBD\")","v":""},{"$f":"IF(A6=\"\",\"\",\"TBD\")","v":""}]
[null,null,null,null,null,null,null,null,{"$f":"IF(A7=\"\",\"\",IF(C7=\"Direct (Dog or Bird)\",E7*VLOOKUP(D7,$A$12:$C$16,2,0)*VLOOKUP(D7,$A$12:$C$16,3,0),\"Indirect TBD\"))","v":""},{"$f":"IF(A7=\"\",\"\",0.00103*48*0.9*(0.05+0.009*G7)*VLOOKUP(H7,'Pollutant Loading Rates'!$A$4:$G$15,7,0))","v":""},{"$f":"IF(A7=\"\",\"\",\"TBD\")","v":""},{"$f":"IF(A7=\"\",\"\",\"TBD\")","v":""}]
[null,null,null,null,null,null,null,null,{"$f":"IF(A8=\"\",\"\",IF(C8=\"Direct (Dog or Bird)\",E8*VLOOKUP(D8,$A$12:$C$16,2,0)*VLOOKUP(D8,$A$12:$C$16,3,0),\"Indirect TBD\"))","v":""},{"$f":"IF(A8=\"\",\"\",0.00103*48*0.9*(0.05+0.009*G8)*VLOOKUP(H8,'Pollutant Loading Rates'!$A$4:$G$15,7,0))","v":""},{"$f":"IF(A8=\"\",\"\",\"TBD\")","v":""},{"$f":"IF(A8=\"\",\"\",\"TBD\")","v":""}]
[null,null,null,null,null,null,null,null,{"$f":"IF(A9=\"\",\"\",IF(C9=\"Direct (Dog or Bird)\",E9*VLOOKUP(D9,$A$12:$C$16,2,0)*VLOOKUP(D9,$A$12:$C$16,3,0),\"Indirect TBD\"))","v":""},{"$f":"IF(A9=\"\",\"\",0.00103*48*0.9*(0.05+0.009*G9)*VLOOKUP(H9,'Pollutant Loading Rates'!$A$4:$G$15,7,0))","v":""},{"$f":"IF(A9=\"\",\"\",\"TBD\")","v":""},{"$f":"IF(A9=\"\",\"\",\"TBD\")","v":""}]
[]
[]
["Animal","lb/animal/yr","lbs P/lb waste","# col bacteria/lb waste"]
["Dog",273.8,2.5000000000000001E-3,"TBD"]
["Geese/large bird",65.7,1.8700000000000001E-2,"TBD"]
["Duck/medium bird",17,1.8700000000000001E-2,"TBD"]
["Pigeon/small bird",6.7,1.8700000000000001E-2,"TBD"]

{"sheet":"Dredging","index":18,"n_rows":20,"n_cols":9,"rows_kept":20,"cut":false,"hidden":true,"merged":[[3,4,3,8],[16,0,16,2],[19,0,19,9],[20,0,20,6]]}
["This sheet outlines the methodology to calculate treatment credit for dredging projects."]
["Notes to user:","This methodology is under development. Consult with RIDOT and VHB to calculate treatment credit for dredging projects. "]
[]
[null,null,null,null,"Water Quality Results "]
["STU ID","Activity Type","Land Use*","Dry TSS Removed (lb/yr)","P Removal Credit (lb/yr)","N Removal Credit (lb/yr)","TSS Removal Credit (lb/yr)","Zinc Removal Credit (lb/yr)","Effective IC Removal Credit (ac)"]
[null,{"$f":"IF(A6=\"\",\"\",\"Dredging\")","v":""},null,null,{"$f":"IF(A6=\"\",\"\",D6*$A$19)","v":""},{"$f":"IF(A6=\"\",\"\",D6*$B$19)","v":""},{"$f":"IF(A6=\"\",\"\",D6)","v":""},{"$f":"IF(A6=\"\",\"\",D6*$C$19)","v":""},{"$f":"IF(A6=\"\",\"\",E6/VLOOKUP(C6,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,{"$f":"IF(A7=\"\",\"\",\"Dredging\")","v":""},null,null,{"$f":"IF(A7=\"\",\"\",D7*$A$19)","v":""},{"$f":"IF(A7=\"\",\"\",D7*$B$19)","v":""},{"$f":"IF(A7=\"\",\"\",D7)","v":""},"",{"$f":"IF(A7=\"\",\"\",E7/VLOOKUP(C7,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A8=\"\",\"\",E8/VLOOKUP(C8,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A9=\"\",\"\",E9/VLOOKUP(C9,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A10=\"\",\"\",E10/VLOOKUP(C10,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A11=\"\",\"\",E11/VLOOKUP(C11,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A12=\"\",\"\",E12/VLOOKUP(C12,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A13=\"\",\"\",E13/VLOOKUP(C13,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A14=\"\",\"\",E14/VLOOKUP(C14,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,"",null,null,"","","","",{"$f":"IF(A15=\"\",\"\",E15/VLOOKUP(C15,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[]
["Pollutant to TSS Ratio1"]
["lbs P/ lbs TSS","lbs N/ lbs TSS","lbs Zn/ lbs TSS"]
[6.9999999999999999E-4,7.0000000000000001E-3,1.1999999999999999E-3]
["1 calculated from Table 16 of the USGS Report Quality of Stormwater Runoff Discharged from Massachusetts Highways, 2005-2007. \n"]

{"sheet":"Illicit Discharge Elimination","index":19,"n_rows":8,"n_cols":10,"rows_kept":8,"cut":false,"hidden":true,"merged":[[3,6,3,9]]}
["This sheet outlines the methodology to calculate treatment credit for illicit discharge elimination."]
["Notes to user:","This methodology is under development. Consult with RIDOT and VHB for treatment credit for illicit discharge elimination projects. "]
[]
[null,null,null,null,null,null,"Water Quality Results"]
["STU ID","Activity Type","Annual Runoff Volume (volume/yr)","TP Concentration (lb/volume)","TN Concentration (lb/volume)","Zn Concentration (lb/volume)","TP Reduction (lb/yr)","TN Reduction (lb/yr)","Zn Reduction (lb/yr)","Equivalent IC Removal Credit (ac)"]
[null,{"$f":"IF(A6=\"\",\"\",\"Illicit Discharge Elimination\")","v":""},null,null,null,null,{"$f":"IF(A6=\"\",\"\",$D6*C6)","v":""},{"$f":"IF(A6=\"\",\"\",E6*C6)","v":""},{"$f":"IF(A6=\"\",\"\",F6*C6)","v":""}]
[null,{"$f":"IF(A7=\"\",\"\",\"Illicit Discharge Elimination\")","v":""},null,null,null,null,{"$f":"IF(A7=\"\",\"\",D7*C7)","v":""},{"$f":"IF(A7=\"\",\"\",E7*C7)","v":""},{"$f":"IF(A7=\"\",\"\",F7*C7)","v":""}]
[null,{"$f":"IF(A8=\"\",\"\",\"Illicit Discharge Elimination\")","v":""},null,null,null,null,{"$f":"IF(A8=\"\",\"\",D8*C8)","v":""},{"$f":"IF(A8=\"\",\"\",E8*C8)","v":""},{"$f":"IF(A8=\"\",\"\",F8*C8)","v":""}]

{"sheet":"Streambank Restoration","index":20,"n_rows":34,"n_cols":11,"rows_kept":34,"cut":false,"hidden":true,"merged":[[33,0,33,9],[30,0,30,2],[25,3,25,4],[26,3,26,4],[27,3,27,4],[28,3,28,4],[25,8,25,9],[26,8,26,9],[27,8,27,9],[28,8,28,9],[22,0,22,9],[10,0,10,2],[24,3,24,4],[23,0,23,4],[1,1,1,11],[3,6,3,10],[24,8,24,9],[23,5,23,9]]}
["This sheet outlines the methodology to calculate treatment credit for streambank restoration."]
["Notes to user:","This methodology is under development.  Consult with RIDOT and VHB to calculate treatment credit for streambank restoration projects. "]
[]
[null,null,null,null,null,null,"Water Quality Results "]
["STU ID","Activity Type","Land Use*","Soil Bulk Density (lbs/ft3)1","Eroding Bank Area (ft2)","Bank Erosion Rate (ft/yr)2","P Removal Credit (lb/yr)","N Removal Credit (lb/yr)","TSS Removal Credit (lb/yr)","Zinc Removal Credit (lb/yr)","Effective IC Removal Credit (ac)"]
[null,{"$f":"IF(A6=\"\",\"\",\"Erosion and Gully Repair\")","v":""},null,null,null,null,{"$f":"IF(A6=\"\",\"\",D6*E6*F6*$A$33)","v":""},{"$f":"IF(A6=\"\",\"\",D6*E6*F6*$B$33)","v":""},{"$f":"IF(A6=\"\",\"\",D6*E6*F6)","v":""},{"$f":"IF(A6=\"\",\"\",D6*E6*F6*$C$33)","v":""},{"$f":"IF(A6=\"\",\"\",G6/VLOOKUP(C6,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
[null,{"$f":"IF(A7=\"\",\"\",\"Erosion and Gully Repair\")","v":""},null,null,null,null,{"$f":"IF(A7=\"\",\"\",D7*E7*F7*$A$33)","v":""},{"$f":"IF(A7=\"\",\"\",D7*E7*F7*$B$33)","v":""},{"$f":"IF(A7=\"\",\"\",D7*E7*F7)","v":""},{"$f":"IF(A7=\"\",\"\",D7*E7*F7*$C$33)","v":""},{"$f":"IF(A7=\"\",\"\",G7/VLOOKUP(C7,'Pollutant Loading Rates'!$A$4:$G$12,3,0))","v":""}]
["1 See reference soil bulk densities in table below. "]
["2 See reference bank erosion rates in table below. "]
[]
["Reference Soil Bulk Densities3 "]
["Soil Type","gm/cc","lb/ft3"]
["Sand",1.65,{"$f":"B13*62.428","v":103.00619999999999}]
["Loamy Sand",1.6,99.884799999999998]
["Sandy Loam",1.55,96.763400000000004]
["Loam",1.5,93.641999999999996]
["Silt Loam",1.5,93.641999999999996]
["Silty Clay Loam",1.5,93.641999999999996]
["Clay Loam",1.45,90.520599999999988]
["Clay",1.3,81.156400000000005]
["3https://www.nrcs.usda.gov/wps/portal/nrcs/detail/soils/survey/office/ssr10/tr/?cid=nrcs144p2_074844"]
[]
["Reference Bank Erosion Rates"]
["Stream/Ditch Banks",null,null,null,null,"Roadbanks"]
["LRR (ft/yr)","LRR (ft/yr) Midpoint","Category","Description",null,"LRR (ft/yr)","LRR (ft/yr) Midpoint","Category","Description"]
["0.01 - 0.05",0.03,"Slight","Some bare bank but active erosion not readily apparent. Some rills but no vegetative overhang. No exposed tree roots.",null,"0.01 - 0.05",0.03,"Slight","Some bare roadbank but active erosion not readily apparent. Some rills but no vegetative overhang. Ditch bottom is grass or noneroding."]
["0.06 - 0.2",0.13,"Moderate","Bank is predominantly bare with some rills and vegetative overhang.",null,"0.06 - 0.15",0.105,"Moderate","Roadbank is bare with obvious rills and some vegetative overhang. Minor erosion or sedimentation in ditch bottom."]
["0.3 - 0.5",0.4,"Severe","Bank is bare with rills and severe vegetative overhang. Many exposed tree roots and some fallen trees and slumps or slips. Some changes in cultural features such as fence corners missing and realignment of roads or trails. Channel cross section becomes more U-shaped as opposed to V-shaped.",null,"0.16 - 0.3",0.23,"Severe","Roadbank is bare with rills approaching one foot in depth. Some gullies and overhanging vegetation. Active erosion or sedimentation in ditch bottom. Some fenceposts, tree roots, or culverts eroding out."]
["0.5+",0.5,"Very Severe","Bank is bare with gullies and severe vegetative overhang. Many fallen trees, drains and culverts eroding out and changes in cultural features as above. Massive slips or washouts common. Channel cross-section is U-shaped and streamcourse or gully may be meandering.",null,"0.3+",0.3,"Very Severe","Roadbank is bare with gullies, washouts, and slips. Severe vegetative overhang; fenceposts, powerlines, trees and culverts eroded out. Active erosion or sedimentation in ditch bottoms."]
[]
["Pollutant to TSS Ratio4"]
["lbs P/ lbs TSS","lbs N/ lbs TSS","lbs Zn/ lbs TSS"]
[6.9999999999999999E-4,7.0000000000000001E-3,1.1999999999999999E-3]
["4calculated from Table 16 of the USGS Report Quality of Stormwater Runoff Discharged from Massachusetts Highways, 2005-2007. \n"]

{"sheet":"STU_Cost","index":21,"n_rows":45,"n_cols":10,"rows_kept":45,"cut":false,"hidden":false,"merged":[[0,0,0,9],[1,0,1,9]]}
["This sheet can be used to estimate construction costs for structural STUs."]
["Note to user: Calculated cost estimates are base costs and can be adjusted for individual STUs based on judgement or site specific conditions as needed. \nCurrently this tab only pulls data from the Structural Water Quality Calcs tab.  As non-typical and non-structural STUs are further developed this tab will be updated.  \nFor Retrofit Priority, use an asterisk after the number to indicate if an STU addresses an outfall identified as priority for retrofit in a TMDL. "]
[]
["STU ID","STU Type*","Effective IC Reduction (ac)","Estimated Cost1","Cost per IC Reduction Acre ($/ac)","Cost Per lb P Removed ($/lb P)","Retrofit Priority",null,null,"Annual Inspection & Maintenance Cost"]
["Construction & Design "]
["SCP-LVR-001",{"$f":"IF(A6=\"\",\"\",VLOOKUP(A6,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A6=\"\",\"\",ROUND(VLOOKUP(A6,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.13},39400,{"$f":"IF(A6=\"\",\"\",IF(B6=\"Leaching Basin\",508200,ROUND(D6/C6,-2)))","v":303100},{"$f":"IF(A6=\"\",\"\",D6/VLOOKUP(A6,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":231705.08939622136},2,null,null,{"$f":"IF(A6=\"\",\"\",IF(B6=\"Limited ROW\",1,VLOOKUP(B6,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
["SCP-LVR-002",{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A7=\"\",\"\",ROUND(VLOOKUP(A7,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.11},31100,{"$f":"IF(A7=\"\",\"\",IF(B7=\"Leaching Basin\",508200,ROUND(D7/C7,-2)))","v":282700},{"$f":"IF(A7=\"\",\"\",D7/VLOOKUP(A7,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":156674.11160560063},1,null,null,{"$f":"IF(A7=\"\",\"\",IF(B7=\"Limited ROW\",1,VLOOKUP(B7,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
["SCP-LVR-003",{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A8=\"\",\"\",ROUND(VLOOKUP(A8,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.09},30100,{"$f":"IF(A8=\"\",\"\",IF(B8=\"Leaching Basin\",508200,ROUND(D8/C8,-2)))","v":334400},{"$f":"IF(A8=\"\",\"\",D8/VLOOKUP(A8,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":236450.39922669603},2,null,null,{"$f":"IF(A8=\"\",\"\",IF(B8=\"Limited ROW\",1,VLOOKUP(B8,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
["SCP-LVR-004",{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A9=\"\",\"\",ROUND(VLOOKUP(A9,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.03},18200,606700,{"$f":"IF(A9=\"\",\"\",D9/VLOOKUP(A9,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":440442.29982379061},2,null,null,{"$f":"IF(A9=\"\",\"\",IF(B9=\"Limited ROW\",1,VLOOKUP(B9,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
["SCP-LVR-005",{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A10=\"\",\"\",ROUND(VLOOKUP(A10,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.13},31100,239200,{"$f":"IF(A10=\"\",\"\",D10/VLOOKUP(A10,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":180463.84405573993},1,null,null,{"$f":"IF(A10=\"\",\"\",IF(B10=\"Limited ROW\",1,VLOOKUP(B10,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
["SCP-LVR-006",{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":"Bioretention Swale"},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":0.04},20100,502500,{"$f":"IF(A11=\"\",\"\",D11/VLOOKUP(A11,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":387316.27579507371},3,null,null,{"$f":"IF(A11=\"\",\"\",IF(B11=\"Limited ROW\",1,VLOOKUP(B11,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":1890}]
[null,{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A12=\"\",\"\",IF(B12=\"Leaching basin\",E12/C12,IF(B12=\"Limited ROW\",1,ROUND(VLOOKUP(A12,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B12,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A12=\"\",\"\",D12/VLOOKUP(A12,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A12=\"\",\"\",IF(B12=\"Limited ROW\",1,VLOOKUP(B12,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A13=\"\",\"\",IF(B13=\"Leaching basin\",E13/C13,IF(B13=\"Limited ROW\",1,ROUND(VLOOKUP(A13,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B13,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A13=\"\",\"\",D13/VLOOKUP(A13,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A13=\"\",\"\",IF(B13=\"Limited ROW\",1,VLOOKUP(B13,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A14=\"\",\"\",ROUND(VLOOKUP(A14,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A14=\"\",\"\",IF(B14=\"Leaching basin\",E14/C14,IF(B14=\"Limited ROW\",1,ROUND(VLOOKUP(A14,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B14,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A14=\"\",\"\",D14/VLOOKUP(A14,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A14=\"\",\"\",IF(B14=\"Limited ROW\",1,VLOOKUP(B14,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A15=\"\",\"\",ROUND(VLOOKUP(A15,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A15=\"\",\"\",IF(B15=\"Leaching basin\",E15/C15,IF(B15=\"Limited ROW\",1,ROUND(VLOOKUP(A15,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B15,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A15=\"\",\"\",D15/VLOOKUP(A15,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A15=\"\",\"\",IF(B15=\"Limited ROW\",1,VLOOKUP(B15,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A16=\"\",\"\",ROUND(VLOOKUP(A16,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A16=\"\",\"\",IF(B16=\"Leaching basin\",E16/C16,IF(B16=\"Limited ROW\",1,ROUND(VLOOKUP(A16,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B16,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A16=\"\",\"\",D16/VLOOKUP(A16,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A16=\"\",\"\",IF(B16=\"Limited ROW\",1,VLOOKUP(B16,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A17=\"\",\"\",ROUND(VLOOKUP(A17,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A17=\"\",\"\",IF(B17=\"Leaching basin\",E17/C17,IF(B17=\"Limited ROW\",1,ROUND(VLOOKUP(A17,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B17,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A17=\"\",\"\",D17/VLOOKUP(A17,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A17=\"\",\"\",IF(B17=\"Limited ROW\",1,VLOOKUP(B17,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A18=\"\",\"\",ROUND(VLOOKUP(A18,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A18=\"\",\"\",IF(B18=\"Leaching basin\",E18/C18,IF(B18=\"Limited ROW\",1,ROUND(VLOOKUP(A18,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B18,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A18=\"\",\"\",D18/VLOOKUP(A18,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A18=\"\",\"\",IF(B18=\"Limited ROW\",1,VLOOKUP(B18,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A19=\"\",\"\",ROUND(VLOOKUP(A19,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A19=\"\",\"\",IF(B19=\"Leaching basin\",E19/C19,IF(B19=\"Limited ROW\",1,ROUND(VLOOKUP(A19,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B19,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A19=\"\",\"\",D19/VLOOKUP(A19,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A19=\"\",\"\",IF(B19=\"Limited ROW\",1,VLOOKUP(B19,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A20=\"\",\"\",ROUND(VLOOKUP(A20,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A20=\"\",\"\",IF(B20=\"Leaching basin\",E20/C20,IF(B20=\"Limited ROW\",1,ROUND(VLOOKUP(A20,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B20,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A20=\"\",\"\",D20/VLOOKUP(A20,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A20=\"\",\"\",IF(B20=\"Limited ROW\",1,VLOOKUP(B20,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A21=\"\",\"\",ROUND(VLOOKUP(A21,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A21=\"\",\"\",IF(B21=\"Leaching basin\",E21/C21,IF(B21=\"Limited ROW\",1,ROUND(VLOOKUP(A21,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B21,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A21=\"\",\"\",D21/VLOOKUP(A21,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A21=\"\",\"\",IF(B21=\"Limited ROW\",1,VLOOKUP(B21,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
[null,{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,'Structural Water Quality Calcs'!$A$7:$AC$41,2,0))","v":""},{"$f":"IF(A22=\"\",\"\",ROUND(VLOOKUP(A22,'Structural Water Quality Calcs'!$A$7:$AC$41,29,0),2))","v":""},{"$f":"IF(A22=\"\",\"\",IF(B22=\"Leaching basin\",E22/C22,IF(B22=\"Limited ROW\",1,ROUND(VLOOKUP(A22,'Structural Water Quality Calcs'!$A$7:$AC$41,5,0)*VLOOKUP(B22,'STU Cost Estimates'!$A$6:$C$20,2,0),-2))))","v":""},"",{"$f":"IF(A22=\"\",\"\",D22/VLOOKUP(A22,'Structural Water Quality Calcs'!$A$7:$AE$41,13,0))","v":""},null,null,null,{"$f":"IF(A22=\"\",\"\",IF(B22=\"Limited ROW\",1,VLOOKUP(B22,'STU Cost Estimates'!$A$6:$C$20,3,0)))","v":""}]
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["Construction & Design Total",null,null,{"$f":"SUM(D6:D42)","v":170000}]
["Inspection & Maintenance",null,null,{"$f":"SUM(J5:J42)","v":11340},"per year"]
["1 Includes 35% add on for design engineering and contingencies."]

{"sheet":"STU_WaterQuality","index":22,"n_rows":40,"n_cols":40,"rows_kept":40,"cut":false,"hidden":false,"merged":[]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","12/31/2018"]
[]
["STU ID","Catchment Area (sqft)","RIDOT Catchment Area (sqft)","Impervious Area of STU catchment (sqft)","RIDOT Impervious Area of STU catchment (sqft)","Treatment Depth (inches) (Depth of Runoff Treated)","TP Load (lb/year)","RIDOT TP Load (lb/year)","TP Removal (%)","TP Removal (lb/year)","RIDOT TP Removal (lb/year)","TN Load (lb/year)","RIDOT TN Load (lb/year)","TN Removal (%)","TN Removal (lb/year)","RIDOT TN Removal (lb/year)","TSS Load (lb/year)","RIDOT TSS Load (lb/year)","TSS Removal (%)","TSS Removal (lb/year)","RIDOT TSS Removal (lb/year)","Zinc Load (lb/year)","RIDOT ZN Load (lb/year)","Zinc Removal (%)","Zinc Removal (lb/year)","RIDOT ZN Removal (lb/year)","Effective IC Reduction (acres)","RIDOT Effective IC Reduction (acres)","IC Removal (%) (Pervious Cover Factor *100)","Runoff Reduction (ac-ft)","Runoff Factor","Flow Factor","Total Phosphorus Factor","Total Suspended Solids Factor","Cost","Cost Per Acre IC Removed","Retrofit Priority"]
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{"sheet":"SCP_Watershed","index":23,"n_rows":6,"n_cols":40,"rows_kept":6,"cut":false,"hidden":false,"merged":[]}
[]
["Segment Name:","Lawton Valley Reservoir (RI0007035L-06), Group 1A"]
["Date:","12/31/2018"]
[]
["Subwatershed ID","Total RIDOT area (acres)","RIDOT IC area (acres)","RIDOT Non-Discharge Area (acres)","RIDOT CSO Discharge Area (acres) ","RIDOT Phosphorus Load (lbs/yr)","TP Reduction Target (%)","TP Reduction Target (lbs/yr)","Existing STUs TP Reduction (lbs/yr)","Potential STUs TP Reduction (lbs/yr)","Total TP Reduction (lbs/yr)","TP Reduction by NonRIDOT Area (%)","RIDOT Nitrogen Load (lbs/yr)","TN Reduction Target (%)","TN Reduction Target (lbs/yr)","Existing STUs TN Reduction (lbs/yr)","Potential STUs TN Reduction (lbs/yr)","Total TN Reduction (lbs/yr)","TN Reduction by NonRIDOT Area (%)","RIDOT Zinc Load (lbs/yr)","Zinc Reduction Target (%)","Zinc Reduction Target (lbs/yr)","Existing STUs Zinc Reduction (lbs/yr)","Potential STUs Zinc Reduction (lbs/yr)","Total Zinc Reduction (lbs/yr)","Zinc Reduction by NonRIDOT Area (%)","RIDOT TSS Load (lbs/yr)","TSS Reduction Target (%)","TSS Reduction Target (lbs/yr)","Existing STUs TSS Reduction (lbs/yr)","Potential STUs TSS Reduction (lbs/yr)","Total TSS Reduction (lbs/yr)","TSS Reduction by NonRIDOT Area (%)","Effective IC Reduction Target (%)","Effective IC Reduction Target (acres)","Existing STUs Effective IC Reduction (acres)","Potential STUs Effective IC Reduction (acres)","Total Effective IC Reduction Achieved (acres)","Total Effective IC Reduction Achieved (%)","IC Reduction by NonRIDOT Area (%)"]
["RI0007035L-06",{"$f":"ROUND(SUM(RIDOT_Catchment!L5:L79)/43560,1)","v":6.1},{"$f":"ROUND(SUM(RIDOT_Catchment!F5:F79)/43560,1)","v":4.0999999999999996},{"$f":"ROUND(SUMIF(RIDOT_Catchment!E5:E79, \"Non-Discharge\",RIDOT_Catchment!L5:L79)/43560,1)","v":0},{"$f":"ROUND(SUMIF(RIDOT_Catchment!E5:E79, \"Discharge to CSO\",RIDOT_Catchment!L5:L79)/43560,1)","v":0},{"$f":"'Reduction Targets'!E6*'Pollutant Loading Rates'!C9","v":5.4983856749311286},{"$f":"'Reduction Targets'!B20","v":0},{"$f":"'Reduction Targets'!D20","v":""},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Existing\",STU_WaterQuality!J6:J40)","v":0},{"$f":"SUMIF(STU_WaterQuality!AN6:AN40,\"Potential\",STU_WaterQuality!J6:J40)","v":0.76139573126012539},{"$f":"SUM(I6:J6)","v":0.76139573126012539},{"$f":"(SUM(STU_WaterQuality!J6:J40)-SUM(STU_WaterQuality!K6:K40))/SUM(STU_WaterQuality!J6:J40)*100","v":22.36980812028974},{"$f":"'Reduction Targets'!E6*'Pollutant Loading Rates'!E9","v":34.596584022038563},{"$f":"'Reduction Targets'!B21","v":0},{"$f":"'Reduction Targets'!D21","v":""},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Existing\",STU_WaterQuality!O6:O40)","v":0},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Potential\",STU_WaterQuality!O6:O40)","v":3.0122892602412961},{"$f":"SUM(P6:Q6)","v":3.0122892602412961},{"$f":"(SUM(STU_WaterQuality!O6:O40)-SUM(STU_WaterQuality!P6:P40))/SUM(STU_WaterQuality!O6:O40)*100","v":22.403436557325065},{"$f":"'Reduction Targets'!E6*'Pollutant Loading Rates'!F9","v":5.0618097337006427},{"$f":"MAX('Reduction Targets'!$B$15:$B$19)","v":0},{"$f":"MAX('Reduction Targets'!$D$15:$D$19)","v":0},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Existing\",STU_WaterQuality!Y6:Y40)","v":0},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Potential\",STU_WaterQuality!Y6:Y40)","v":1.1443077389402518},{"$f":"SUM(W6:X6)","v":1.1443077389402518},{"$f":"(SUM(STU_WaterQuality!Y6:Y40)-SUM(STU_WaterQuality!Z6:Z40))/SUM(STU_WaterQuality!Y6:Y40)*100","v":8.9948909711985348},{"$f":"'Reduction Targets'!E6*'Pollutant Loading Rates'!D9","v":2524.7269054178141},null,null,{"$f":"ROUND(SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Existing\",STU_WaterQuality!T6:T40),1)","v":0},{"$f":"ROUND(SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Potential\",STU_WaterQuality!T6:T40),1)","v":599},{"$f":"SUM(AD6:AE6)","v":599},{"$f":"(SUM(STU_WaterQuality!T6:T40)-SUM(STU_WaterQuality!U6:U40))/SUM(STU_WaterQuality!T6:T40)*100","v":11.066895167426523},{"$f":"'Reduction Targets'!C11","v":"4.8%"},{"$f":"'Reduction Targets'!D11","v":0.2},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Existing\",STU_WaterQuality!AA6:AA40)","v":0},{"$f":"SUMIF(STU_WaterQuality!$AN$6:$AN$40,\"Potential\",STU_WaterQuality!AA6:AA40)","v":0.52448372816832611},{"$f":"SUM(AJ6:AK6)","v":0.52448372816832611},{"$f":"IF(AI6=\"\",\"\",(AL6/AI6)*100)","v":262.24186408416307},{"$f":"(SUM(STU_WaterQuality!AA6:AA40)-SUM(STU_WaterQuality!AB6:AB40))/SUM(STU_WaterQuality!AA6:AA40)*100","v":14.586841882991827}]

{"sheet":"Table 1-A","index":24,"n_rows":11,"n_cols":8,"rows_kept":11,"cut":false,"hidden":false,"merged":[]}
["This sheet can be used as a template for Table 1-A. "]
["Note to user: Use the top table for the TMDL method.  Use the bottom table for the IC method. Rows from both tables can be used in single table for watersheds with both evaluation methods. "]
[]
["Table 1-A: Subwatershed Summary"]
["Impairment(s)","Evaluation Methodology","RIDOT Reduction Target (% / lb/yr)","Existing Treatment (lb/yr)","Potential Treatment (lb/yr)","Runoff Reduction \n(ac-ft)","Remaining RIDOT Reduction Target (lb/yr)","NonRIDOT Treatment Credit (%)"]
[null,{"$f":"IF(A6=\"\",\"\",\"TMDL Method\")","v":""},{"$f":"IF(B6=\"\",\"\",VLOOKUP(A6,'Reduction Targets'!$A$15:$D$21,2,0)&\"% (\"&VLOOKUP(A6,'Reduction Targets'!$A$15:$D$21,4,0) & \" lb/yr)\")","v":""},{"$f":"IF(A6=\"\",\"\",IF(A6=\"Phosphorus\",SCP_Watershed!$I$6,IF(A6=\"Nitrogen\",SCP_Watershed!P6,SCP_Watershed!$W$6)))","v":""},{"$f":"IF(A6=\"\",\"\",IF(A6=\"Phosphorus\",SCP_Watershed!$J$6,IF(A6=\"Nitrogen\",SCP_Watershed!Q6,SCP_Watershed!$X$6)))","v":""},{"$f":"IF(A6=\"\",\"\",SUM(STU_WaterQuality!$AD$6:$AD$33))","v":""},{"$f":"IF(B6=\"\",\"\",IF(VLOOKUP(A6,'Reduction Targets'!$A$15:$D$21,4,0)-D6-E6<0,0,VLOOKUP(A6,'Reduction Targets'!$A$15:$D$21,4,0)-D6-E6))","v":""},{"$f":"IF(A6=\"\",\"\",IF(A6=\"Phosphorus\",SCP_Watershed!$L$6,IF(A6=\"Nitrogen\",SCP_Watershed!$S$6,SCP_Watershed!$Z$6)))","v":""}]
[null,{"$f":"IF(A7=\"\",\"\",\"TMDL Method\")","v":""},{"$f":"IF(B7=\"\",\"\",VLOOKUP(A7,'Reduction Targets'!$A$15:$D$21,2,0)&\"% (\"&VLOOKUP(A7,'Reduction Targets'!$A$15:$D$21,4,0) & \" lb/yr)\")","v":""},{"$f":"IF(A7=\"\",\"\",IF(A7=\"Phosphorus\",SCP_Watershed!$I$6,IF(A7=\"Nitrogen\",SCP_Watershed!P7,SCP_Watershed!$W$6)))","v":""},{"$f":"IF(A7=\"\",\"\",IF(A7=\"Phosphorus\",SCP_Watershed!$J$6,IF(A7=\"Nitrogen\",SCP_Watershed!Q7,SCP_Watershed!$X$6)))","v":""},{"$f":"IF(A7=\"\",\"\",SUM(STU_WaterQuality!$AD$6:$AD$33))","v":""},{"$f":"IF(B7=\"\",\"\",IF(VLOOKUP(A7,'Reduction Targets'!$A$15:$D$21,4,0)-D7-E7<0,0,VLOOKUP(A7,'Reduction Targets'!$A$15:$D$21,4,0)-D7-E7))","v":""},{"$f":"IF(A7=\"\",\"\",IF(A7=\"Phosphorus\",SCP_Watershed!$L$6,IF(A7=\"Nitrogen\",SCP_Watershed!$S$6,SCP_Watershed!$Z$6)))","v":""}]
[null,{"$f":"IF(A8=\"\",\"\",\"TMDL Method\")","v":""},{"$f":"IF(B8=\"\",\"\",VLOOKUP(A8,'Reduction Targets'!$A$15:$D$21,2,0)&\"% (\"&VLOOKUP(A8,'Reduction Targets'!$A$15:$D$21,4,0) & \" lb/yr)\")","v":""},{"$f":"IF(A8=\"\",\"\",IF(A8=\"Phosphorus\",SCP_Watershed!$I$6,IF(A8=\"Nitrogen\",SCP_Watershed!P8,SCP_Watershed!$W$6)))","v":""},{"$f":"IF(A8=\"\",\"\",IF(A8=\"Phosphorus\",SCP_Watershed!$J$6,IF(A8=\"Nitrogen\",SCP_Watershed!Q8,SCP_Watershed!$X$6)))","v":""},{"$f":"IF(A8=\"\",\"\",SUM(STU_WaterQuality!$AD$6:$AD$33))","v":""},{"$f":"IF(B8=\"\",\"\",IF(VLOOKUP(A8,'Reduction Targets'!$A$15:$D$21,4,0)-D8-E8<0,0,VLOOKUP(A8,'Reduction Targets'!$A$15:$D$21,4,0)-D8-E8))","v":""},{"$f":"IF(A8=\"\",\"\",IF(A8=\"Phosphorus\",SCP_Watershed!$L$6,IF(A8=\"Nitrogen\",SCP_Watershed!$S$6,SCP_Watershed!$Z$6)))","v":""}]
[]
["Impairment(s)","Evaluation Methodology","RIDOT Reduction Target (% / ac)","Existing Treatment (ac)","Potential Treatment (ac)","Runoff Reduction \n(ac-ft)","Remaining RIDOT Reduction Target (ac)","NonRIDOT Treatment Credit (%)"]
[null,{"$f":"IF(A11=\"\",\"\",\"IC Method\")","v":""},{"$f":"IF(B11=\"\",\"\",'Reduction Targets'!$C$11 & \"  (\" & 'Reduction Targets'!$D$11 & \" ac)\")","v":""},{"$f":"IF(A11=\"\",\"\",SCP_Watershed!AJ6)","v":""},{"$f":"IF(A11=\"\",\"\",SCP_Watershed!AK6)","v":""},{"$f":"IF(A11=\"\",\"\",SUM(STU_WaterQuality!$AD$6:$AD$33))","v":""},{"$f":"IF(A11=\"\",\"\",IF('Reduction Targets'!D11-D11-E11<0,0,'Reduction Targets'!D11-D11-E11))","v":""},{"$f":"IF(A11=\"\",\"\",SCP_Watershed!AN6)","v":""}]

{"sheet":"Table 2-A","index":25,"n_rows":38,"n_cols":14,"rows_kept":38,"cut":false,"hidden":false,"merged":[[56,0,56,9],[1,1,1,13]]}
["This sheet can be used as a template for Table 2-A and Table 5-A."]
["Instructions:","Paste in STU_IDs from the STU_WaterQuality tab. Sort the table by Priority (last column on right), with Existing STUs at the top, followed by Priority 1, then 2, then 3.  \nInsert a line between Priority categories and report the percent RIDOT reduction target (IC or pollutant) reached for each category in the Priority column (percents will be cumulative, i.e. RIDOT reduction target reached from Priority 2 STUs will also include treatment from existing and Priority 1 STUs).  See SCP Report template for example. "]
["Notes to user:","Columns G through J and L/M may be deleted from the table if they are not relevant to this SCP. Adjust number of significant figures as appropriate. "]
[]
["Table 2-A: STU Stormwater Controls Summary"]
["STU ID","Stormwater Control Type","Catchment Area (ac)","Impervious Cover (ac)","Treatment Depth (in) \n(Depth of Runoff Treated)","Runoff Reduction (ac-ft)","Phosphorus Treatment Credit (lb/yr / %)","Zinc Treatment Credit (lb/yr / %)","Nitrogen Treatment Credit (lb/yr / %)","Equivalent IC Reduction Credit (ac)","Cost","Cost Per IC Reduction Acre ($/ac)","Cost Per lb P Removed ($/lb P)","Retrofit Priority*"]
["SCP-LVR-002",{"$f":"IF(A7=\"\",\"\",IFERROR(VLOOKUP(A7,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A7,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.26802387020202018},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":0.21276400367309459},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,6,0))","v":0.78851963746223563},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,30,0))","v":7.8606699316788209E-2},{"$f":"IF(A7=\"\",\"\",ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.2 / 47.8%"},{"$f":"IF(A7=\"\",\"\",ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.18 / 96%"},{"$f":"IF(A7=\"\",\"\",ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.79 / 30.8%"},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,27,0))","v":0.10780475272462006},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,35,0))","v":31100},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,36,0))","v":282700},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_Cost!$A$6:$G$42,6,0))","v":156674.11160560063},{"$f":"IF(A7=\"\",\"\",VLOOKUP(A7,STU_WaterQuality!$A$6:$AK$33,37,0))","v":1}]
["SCP-LVR-005",{"$f":"IF(A8=\"\",\"\",IFERROR(VLOOKUP(A8,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A8,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.44172135913682276},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":0.27529843893480255},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,6,0))","v":0.60940627084723142},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,30,0))","v":8.2954925039264868E-2},{"$f":"IF(A8=\"\",\"\",ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.17 / 44.2%"},{"$f":"IF(A8=\"\",\"\",ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.33 / 96%"},{"$f":"IF(A8=\"\",\"\",ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.69 / 28.1%"},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,27,0))","v":0.13244693384826861},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,35,0))","v":31100},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,36,0))","v":239200},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_Cost!$A$6:$G$42,6,0))","v":180463.84405573993},{"$f":"IF(A8=\"\",\"\",VLOOKUP(A8,STU_WaterQuality!$A$6:$AK$33,37,0))","v":1}]
["SCP-LVR-001",{"$f":"IF(A9=\"\",\"\",IFERROR(VLOOKUP(A9,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A9,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.31702143748852157},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":0.23177226813590451},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,6,0))","v":1.0138668779714739},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,30,0))","v":0.10895968139895711},{"$f":"IF(A9=\"\",\"\",ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.17 / 53.1%"},{"$f":"IF(A9=\"\",\"\",ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.28 / 97%"},{"$f":"IF(A9=\"\",\"\",ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.65 / 32.1%"},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,27,0))","v":0.12753882473029465},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,35,0))","v":39400},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,36,0))","v":303100},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_Cost!$A$6:$G$42,6,0))","v":231705.08939622136},{"$f":"IF(A9=\"\",\"\",VLOOKUP(A9,STU_WaterQuality!$A$6:$AK$33,37,0))","v":2}]
["SCP-LVR-003",{"$f":"IF(A10=\"\",\"\",IFERROR(VLOOKUP(A10,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A10,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.22586506978879708},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":0.17107438016528925},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,6,0))","v":0.84057971014492761},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,30,0))","v":6.7193898675394145E-2},{"$f":"IF(A10=\"\",\"\",ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.13 / 49%"},{"$f":"IF(A10=\"\",\"\",ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.2 / 96.2%"},{"$f":"IF(A10=\"\",\"\",ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.5 / 31.2%"},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,27,0))","v":8.831646251023631E-2},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,35,0))","v":30100},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,36,0))","v":334400},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_Cost!$A$6:$G$42,6,0))","v":236450.39922669603},{"$f":"IF(A10=\"\",\"\",VLOOKUP(A10,STU_WaterQuality!$A$6:$AK$33,37,0))","v":2}]
["SCP-LVR-004",{"$f":"IF(A11=\"\",\"\",IFERROR(VLOOKUP(A11,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A11,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.11610870332874197},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":5.5739210284664831E-2},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,6,0))","v":1.0329489291598022},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,30,0))","v":2.8155082961329021E-2},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.04 / 51.7%"},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.07 / 96.7%"},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.17 / 31.9%"},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,27,0))","v":3.0636267887326023E-2},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,35,0))","v":18200},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,36,0))","v":606700},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_Cost!$A$6:$G$42,6,0))","v":440442.29982379061},{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,STU_WaterQuality!$A$6:$AK$33,37,0))","v":2}]
["SCP-LVR-006",{"$f":"IF(A12=\"\",\"\",IFERROR(VLOOKUP(A12,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A12,Potential_STU!$A$6:$K$39,4,0)))","v":"Bioretention Swale"},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":0.1594627905647383},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":6.8044077134986225E-2},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,6,0))","v":1.0566801619433197},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,30,0))","v":3.6046385007120332E-2},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":"0.05 / 51.9%"},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":"0.09 / 96.8%"},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":"0.21 / 32.1%"},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,27,0))","v":3.7740486467580478E-2},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,35,0))","v":20100},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,36,0))","v":502500},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_Cost!$A$6:$G$42,6,0))","v":387316.27579507371},{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,STU_WaterQuality!$A$6:$AK$33,37,0))","v":3}]
[null,{"$f":"IF(A13=\"\",\"\",IFERROR(VLOOKUP(A13,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A13,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A14=\"\",\"\",IFERROR(VLOOKUP(A14,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A14,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A14=\"\",\"\",ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A14=\"\",\"\",ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A14=\"\",\"\",ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A14=\"\",\"\",VLOOKUP(A14,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A15=\"\",\"\",IFERROR(VLOOKUP(A15,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A15,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A15=\"\",\"\",ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A15=\"\",\"\",ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A15=\"\",\"\",ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A15=\"\",\"\",VLOOKUP(A15,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A16=\"\",\"\",IFERROR(VLOOKUP(A16,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A16,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A16=\"\",\"\",ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A16=\"\",\"\",ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A16=\"\",\"\",ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A16=\"\",\"\",VLOOKUP(A16,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A17=\"\",\"\",IFERROR(VLOOKUP(A17,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A17,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A17=\"\",\"\",ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A17=\"\",\"\",ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A17=\"\",\"\",ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A17=\"\",\"\",VLOOKUP(A17,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A18=\"\",\"\",IFERROR(VLOOKUP(A18,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A18,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A18=\"\",\"\",ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A18=\"\",\"\",ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A18=\"\",\"\",ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A18=\"\",\"\",VLOOKUP(A18,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A19=\"\",\"\",IFERROR(VLOOKUP(A19,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A19,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A19=\"\",\"\",ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A19=\"\",\"\",ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A19=\"\",\"\",ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A19=\"\",\"\",VLOOKUP(A19,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A20=\"\",\"\",IFERROR(VLOOKUP(A20,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A20,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A20=\"\",\"\",ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A20=\"\",\"\",ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A20=\"\",\"\",ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A20=\"\",\"\",VLOOKUP(A20,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A21=\"\",\"\",IFERROR(VLOOKUP(A21,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A21,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A21=\"\",\"\",ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A21=\"\",\"\",ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A21=\"\",\"\",ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A21=\"\",\"\",VLOOKUP(A21,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A22=\"\",\"\",IFERROR(VLOOKUP(A22,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A22,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A22=\"\",\"\",ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A22=\"\",\"\",ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A22=\"\",\"\",ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A22=\"\",\"\",VLOOKUP(A22,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A23=\"\",\"\",IFERROR(VLOOKUP(A23,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A23,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A23=\"\",\"\",ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A23=\"\",\"\",ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A23=\"\",\"\",ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A23=\"\",\"\",VLOOKUP(A23,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A24=\"\",\"\",IFERROR(VLOOKUP(A24,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A24,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A24=\"\",\"\",ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A24=\"\",\"\",ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A24=\"\",\"\",ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A24=\"\",\"\",VLOOKUP(A24,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A25=\"\",\"\",IFERROR(VLOOKUP(A25,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A25,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A25=\"\",\"\",ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A25=\"\",\"\",ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A25=\"\",\"\",ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A25=\"\",\"\",VLOOKUP(A25,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A26=\"\",\"\",IFERROR(VLOOKUP(A26,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A26,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A26=\"\",\"\",ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A26=\"\",\"\",ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A26=\"\",\"\",ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A26=\"\",\"\",VLOOKUP(A26,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A27=\"\",\"\",IFERROR(VLOOKUP(A27,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A27,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A27=\"\",\"\",ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A27=\"\",\"\",ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A27=\"\",\"\",ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A27=\"\",\"\",VLOOKUP(A27,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A28=\"\",\"\",IFERROR(VLOOKUP(A28,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A28,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A28=\"\",\"\",ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A28=\"\",\"\",ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A28=\"\",\"\",ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A28=\"\",\"\",VLOOKUP(A28,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A29=\"\",\"\",IFERROR(VLOOKUP(A29,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A29,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A29=\"\",\"\",ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A29=\"\",\"\",ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A29=\"\",\"\",ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A29=\"\",\"\",VLOOKUP(A29,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A30=\"\",\"\",IFERROR(VLOOKUP(A30,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A30,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A30=\"\",\"\",ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A30=\"\",\"\",ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A30=\"\",\"\",ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A30=\"\",\"\",VLOOKUP(A30,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A31=\"\",\"\",IFERROR(VLOOKUP(A31,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A31,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A31=\"\",\"\",ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A31=\"\",\"\",ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A31=\"\",\"\",ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A31=\"\",\"\",VLOOKUP(A31,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A32=\"\",\"\",IFERROR(VLOOKUP(A32,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A32,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A32=\"\",\"\",ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A32=\"\",\"\",ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A32=\"\",\"\",ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A32=\"\",\"\",VLOOKUP(A32,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A33=\"\",\"\",IFERROR(VLOOKUP(A33,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A33,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A33=\"\",\"\",ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A33=\"\",\"\",ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A33=\"\",\"\",ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A33=\"\",\"\",VLOOKUP(A33,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A34=\"\",\"\",IFERROR(VLOOKUP(A34,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A34,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A34=\"\",\"\",ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A34=\"\",\"\",ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A34=\"\",\"\",ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A34=\"\",\"\",VLOOKUP(A34,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A35=\"\",\"\",IFERROR(VLOOKUP(A35,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A35,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A35=\"\",\"\",ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A35=\"\",\"\",ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A35=\"\",\"\",ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A35=\"\",\"\",VLOOKUP(A35,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
[null,{"$f":"IF(A36=\"\",\"\",IFERROR(VLOOKUP(A36,Existing_STU!$A$6:$J$37,4,0),VLOOKUP(A36,Potential_STU!$A$6:$K$39,4,0)))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,2,0)/43560)","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,4,0)/43560)","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,6,0))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,30,0))","v":""},{"$f":"IF(A36=\"\",\"\",ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,10,0),2)&\" / \"&ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,9,0),1)&\"%\")","v":""},{"$f":"IF(A36=\"\",\"\",ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,25,0),2)&\" / \"&ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,24,0),1)&\"%\")","v":""},{"$f":"IF(A36=\"\",\"\",ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,15,0),2)&\" / \"&ROUND(VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,14,0),1)&\"%\")","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,27,0))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,35,0))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,36,0))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_Cost!$A$6:$G$42,6,0))","v":""},{"$f":"IF(A36=\"\",\"\",VLOOKUP(A36,STU_WaterQuality!$A$6:$AK$33,37,0))","v":""}]
["Total",null,{"$f":"IF($A$7=\"\",SUM(C7:C36))","v":false},{"$f":"IF($A$7=\"\",SUM(D7:D36))","v":false},null,{"$f":"IF($A$7=\"\",SUM(F7:F36))","v":false},{"$f":"IF($A$7=\"\",SUM(G7:G36))","v":false},{"$f":"IF($A$7=\"\",SUM(H7:H36))","v":false},null,{"$f":"IF($A$7=\"\",SUM(J7:J36))","v":false},{"$f":"IF($A$7=\"\",SUM(K7:K36))","v":false}]
["*Indicates this STU addresses an outfall identified as priority for retrofit in TMDL. "]

{"sheet":"Table 4-A-1","index":26,"n_rows":15,"n_cols":5,"rows_kept":15,"cut":false,"hidden":false,"merged":[[3,0,3,1],[14,0,14,4],[13,0,13,4],[7,0,7,1],[6,0,6,1],[5,0,5,1],[4,0,4,1]]}
["This tab can be used as a template for Table 4-A-1 (if applicable) pulling values from the Reduction Targets tab."]
[]
["Table 4-A-1: TMDL Method: Pollutant Reduction Target Summary"]
["Applicable TMDLs:"]
["Subwatershed Total Area:",null,{"$f":"ROUND('Reduction Targets'!B6,0) & \" acres\"","v":"785 acres"}]
["Subwatershed Total IC Area (%):",null,{"$f":"ROUND('Reduction Targets'!C6,0) & \" acres\" & \" (\" &'Reduction Targets'!A11 & \")\"","v":"82 acres (10.5%)"}]
["RIDOT Contributing Total Area to Waterbody:",null,{"$f":"ROUND('Reduction Targets'!D6,2) &\" acres\"","v":"6.09 acres"}]
["RIDOT Contributing Total IC Area to Waterbody:",null,{"$f":"ROUND('Reduction Targets'!E6,2) &\" acres\"","v":"4.12 acres"}]
[]
["Pollutants of Concern*","Required TMDL Pollutant Reduction Target (%)","Pollutant Load Rate (lb/ac/yr)1","Current RIDOT Load (lb/yr)","Required RIDOT Pollutant Reduction Target (lb/yr)2"]
[null,{"$f":"IF(A11=\"\",\"\",VLOOKUP(A11,'Reduction Targets'!$A$15:$D$21,2,0))","v":""},{"$f":"IF(A11=\"\",\"\",IF(A11=\"Phosphorus\",'Pollutant Loading Rates'!$C$9,IF(A11=\"Nitrogen\",'Pollutant Loading Rates'!$E$9,'Pollutant Loading Rates'!$F$9)))","v":""},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,'Reduction Targets'!$A$15:$D$21,3,0),1)&\" lb/yr\")","v":""},{"$f":"IF(A11=\"\",\"\",ROUND(VLOOKUP(A11,'Reduction Targets'!$A$15:$D$21,4,0),1) & \" lb/yr\")","v":""}]
[null,{"$f":"IF(A12=\"\",\"\",VLOOKUP(A12,'Reduction Targets'!$A$15:$D$21,2,0))","v":""},{"$f":"IF(A12=\"\",\"\",IF(A12=\"Phosphorus\",'Pollutant Loading Rates'!$C$9,IF(A12=\"Nitrogen\",'Pollutant Loading Rates'!$E$9,'Pollutant Loading Rates'!$F$9)))","v":""},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,'Reduction Targets'!$A$15:$D$21,3,0),1)&\" lb/yr\")","v":""},{"$f":"IF(A12=\"\",\"\",ROUND(VLOOKUP(A12,'Reduction Targets'!$A$15:$D$21,4,0),1) & \" lb/yr\")","v":""}]
[null,{"$f":"IF(A13=\"\",\"\",VLOOKUP(A13,'Reduction Targets'!$A$15:$D$21,2,0))","v":""},{"$f":"IF(A13=\"\",\"\",IF(A13=\"Phosphorus\",'Pollutant Loading Rates'!$C$9,IF(A13=\"Nitrogen\",'Pollutant Loading Rates'!$E$9,'Pollutant Loading Rates'!$F$9)))","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,'Reduction Targets'!$A$15:$D$21,3,0),1)&\" lb/yr\")","v":""},{"$f":"IF(A13=\"\",\"\",ROUND(VLOOKUP(A13,'Reduction Targets'!$A$15:$D$21,4,0),1) & \" lb/yr\")","v":""}]
["1 Pollutant loading rate is based upon USGS SELDM Analysis.  Zinc used as a surrogate for all metals."]
["2 Total required pollutant load reduction (lb/yr) calculated as the required pollutant load reduction percentage multiplied by the pollutant loading rate (lb/ac/yr) multiplied by the area of RIDOT impervious cover in the subwatershed that discharges to the impaired water body segment."]

{"sheet":"Table 4-A-2","index":27,"n_rows":12,"n_cols":2,"rows_kept":12,"cut":false,"hidden":false,"merged":[]}
["This tab can be used as a template for Table 4-A-2 (if applicable) pulling values from the Reduction Targets tab."]
["Note to user: Pollutants of concern refer to stormwater pollutants not covered by a TMDL."]
[]
["Table 4-A-2: Impervious Cover Method: IC Reduction Target Summary"]
["Subwatershed Total Area:",{"$f":"ROUND('Reduction Targets'!B6,0) & \" acres\"","v":"785 acres"}]
["Subwatershed Total IC Area (%):",{"$f":"IF('Reduction Targets'!C6=\"\",\"\",ROUND('Reduction Targets'!C6,0)&\" acres (\"& ROUND('Reduction Targets'!A11,2)*100&\"%)\")","v":"82 acres (11%)"}]
["Subwatershed Target IC (10%):",{"$f":"IF('Reduction Targets'!B11=\"\",\"acres\",ROUND('Reduction Targets'!B11,0) & \" acres\")","v":"78 acres"}]
["Subwatershed IC Reduction Target:",{"$f":"'Reduction Targets'!C11","v":"4.8%"}]
["RIDOT Contributing Total Area to Waterbody:",{"$f":"ROUND('Reduction Targets'!D6,1) & \" acres\"","v":"6.1 acres"}]
["RIDOT Contributing Total IC Area to Waterbody:",{"$f":"ROUND('Reduction Targets'!E6,1) & \" acres\"","v":"4.1 acres"}]
["RIDOT IC Reduction Target:",{"$f":"IF('Reduction Targets'!D11=\"\",\"\",ROUND('Reduction Targets'!D11,1) & \" acres\")","v":"0.2 acres"}]
["Pollutants of Concern:"]

{"sheet":"RIDOT Annual Report","index":28,"n_rows":5,"n_cols":10,"rows_kept":5,"cut":false,"hidden":true,"merged":[]}
["To be included at a future date."]
[]
["SCP Group","SCP","Impaired Water Body Segment Name","Impaired WBID","Pollutants of Concern*","Evaluation Methodology*","Target Reduction % ","Existing Treatment","Potential Treatment","Remaining Target"]
[null,null,null,{"$f":"IF(SCP_Watershed!A6=\"\",\"\",SCP_Watershed!A6)","v":"RI0007035L-06"}]
[null,null,null,{"$f":"IF(SCP_Watershed!A6=\"\",\"\",SCP_Watershed!A6)","v":"RI0007035L-06"}]

{"sheet":"STU Definitions","index":29,"n_rows":27,"n_cols":4,"rows_kept":27,"cut":false,"hidden":true,"merged":[[8,4,9,4]]}
["STU definitions and treatment categories used in water quality calculations. "]
["Please see the Water Quality Methodology report for more information. "]
[]
["STU","Definition","EPA Treatment Category","Storage Volume Calculation"]
["Agriculture Buffer","Agriculture buffers are vegetated areas placed between agricultural land uses and receiving waters such as ponds, wetlands, and rivers. ","See Water Quality Methodology Report","NA"]
["Bioretention Basin","Shallow underdrained surface basin that uses specialized vegetation and soil media design for treatment.                                                                      \nNote to user: Bioretention definition assumes an underdrain.","Bioretention","Ponding water volume and void space volume of soil filter media."]
["Bioretention Swale","Vegetated open channel with underdrain that uses specialized vegetation and soil media design for treatment.\nNote to user: Bioretention definition assumes an underdrain.","Bioretention","Cumulative water volume stored behind check dams plus void space volume of soil filter media.  Note: When calculating storage volume for SCP planning purposes (i.e., STU Storage Volume tab), estimate using overall swale length."]
["Extended Detention Basin","Surface basin designed to attenuate peak discharge rates and hold stormwater for 24 to 72 hours to allow solids to settle.","Extended Dry Detention","Ponding volume prior to bypass."]
["Floodplain Reconnection","Floodplain reconnection is the development of additional/enhanced floodplain for a given stream corridor.  The floodplain allows for storage and treatment of riverine flows.  ","Gravel Wetland","NA"]
["Gravel WVTS","Surface basin with one or more subsurface cells containing microbe-rich gravel substrate designed for horizontal flow.","Gravel Wetland","Pretreatment volume + ponding volume + void space volume of soil and gravel substrate. Note: When calculating storage volume for SCP planning purposes (i.e. STU Storage Volume tab), pretreatment volume may be included in the Ponding (Surface) volume. "]
["Hydrodynamic Device","A group of stormwater treatment technologies designed to remove large particle total suspended solids and large oil droplets, consisting primarily of cylindrical-shaped devices that are designed to fit in or adjacent to existing stormwater drainage systems.","Various sources - see Water Quality Methodology Report","NA"]
["Infiltration Basin","Surface basins designed to detain stormwater and release it to groundwater via infiltration.","Shallow Infiltration","Water volume retained - before bypass."]
["Infiltration Swale","Vegetated open channel constructed over permeable soils that includes check dams and/or outlet control to retain water for infiltration.","Shallow Infiltration","Cumulative water volume retained behind check dams. Note: When calculating storage volume for SCP planning purposes (i.e., STU Storage Volume tab), estimate using overall swale length."]
["Leaching Basin","Pre-cast concrete manhole structure with perforated sides and bottom used to infiltrate stormwater (also known as Drywell).","Deep Infiltration","Water storage volume of structure below outlet plus void space volumes of stone. Note: When calculating storage volume for SCP planning purposes (i.e., STU Storage Volume tab), the water storage volume of the structure may be reported as the Ponding (Surface) volume. "]
["Oil/Grit Separator ","Underground storage tank with three chambers designed to remove heavy particulates, floating debris, and hydrocarbons from stormwater.  This category also includes proprietary separators that isolate oils/grease and solids.  These STUs do not currently receive water quality credit as stand-only STUs.","--","No treatment given to these structures."]
["Other","Examples include, but are not limited to, proprietary media filters and organic filters. Do not include STU accessories, drainage channels, and sediment forebays in this or any other category.  Also, do not include deep sump catch basins. ",null,"As applicable, provide the volume of the STU that provides water quality treatment. "]
["Pervious Land Enhancement","Improving pervious cover soil and vegetation quality can provide water quality benefits.  The introduction of quality soils and vegetation provides peak rate attenuation of stormwater runoff, reduction of stormwater runoff volume, and improved water quality treatment. ","See Water Quality Methodology Report","NA"]
["Porous Pavement","Pavement system designed to allow stormwater to infiltrate through a permeable surface, base, and sub-base.                                             Note to user: This porous pavement definition assumes pavement will only be proposed in areas where infiltration is possible. ","Shallow Infiltration","Void volume of stone reservoir."]
["Porous Pavement (with underdrain)","Pavement system designed to allow stormwater to infiltrate through a permeable surface, base, and sub-base.                                             Note to user: This porous pavement definition assumes pavement will only be proposed with an underdrain. ","Porous Pavement","Void volume of stone reservoir above underdrain. "]
["Sand Filter","A filtering practice that treats stormwater by settling out larger particles in a sediment chamber, and then by filtering stormwater through a surface or underground sand matrix.","Sand Filter","Ponding water volume and void space volume of sand."]
["Transportation Improvement Program (TIP)","Represents STUs that will be constructed during redevelopment projects. ","50% treatment is assumed for these STUs, which represent a project site. ","NA"]
["Underground Infiltration System","Underground systems designed to detain stormwater and release it to groundwater via infiltration. May include trenches, galleries, and chambers.","Deep Infiltration","Water storage volume of chambers or galleries (as applicable) and void space volume within the aggregate layer. Note: When calculating storage volume for SCP planning purposes (i.e., STU Storage Volume tab), the water storage of chambers or galleries may be reported as the Ponding (Surface) Volume. "]
["Urban Tree Canopy","Vegetation, specifically trees, improves water quality runoff in urban areas by filtering runoff as it passes through the ground as well as through uptake nutrients and other contaminants. ","See Water Quality Methodology Report","NA"]
["Vegetated Filter Strip/Qualifying Pervious Area","Uniformly sloped, vegetated surfaces that are designed to reduce runoff velocities, provide a natural-surface disconnection between impervious surfaces and provide water quality treatment.","Receives 100% credit per DEM","NA"]
["Wet Pond","Surface basin designed to maintain a permanent pool of water and detain stormwater to attenuate peak discharge rates.","Wet Pond","Permanent pool volume prior to bypass."]
["Wet Swale","Vegetated open channel designed to maintain a permanent pool of water via outlet control and detain stormwater to attenuate peak discharge rates.","Wet Pond","Permanent pool volume prior to bypass."]
["Wet Vegetated Treatment System (WVTS)","Surface basin designed to simulate wetland conditions by providing zones of varied and diverse moisture and vegetation conditions.","Gravel Wetland","Permament pool volume prior to bypass."]

{"sheet":"STU Cost Estimates","index":30,"n_rows":20,"n_cols":3,"rows_kept":20,"cut":false,"hidden":true,"merged":[[1,0,3,0]]}
["STU Design and Construction and Maintenance costs."]
["Notes to user:","Unit costs from EPA Memo \"Methodology for developing cost estimates for Opti-Tool\", dated February 20, 2016 using a cost adjustment factor of 2 (New BMP in developed area)."]
[null,"Cost for wet vegetated treatment system was taken as the average of construction and design costs for a wet pond and gravel WVTS. "]
[null,"Construction and Design costs for leaching basins were assumed to be $508,200 per treated acre based on leaching basin typical volumes."]
[]
["STU Type","Construction and Design ($/ft^3)","Maintenance Cost                ($/year)"]
["Bioretention Basin",30.9,1890]
["Bioretention Swale",30.9,1890]
["Extended Detention Basin",13.6,2380]
["Wet Swale",13.6,3060]
["Wet Pond",13.6,3060]
["Infiltration Basin",12.5,2380]
["Infiltration Swale",12.5,2380]
["Porous Pavement",36.1,1080]
["Sand Filter",35.9,2807.5]
["Gravel WVTS",17.600000000000001,2140]
["Wet Vegetated Treatment System",{"$f":"AVERAGE(B11,B16)","v":15.600000000000001},{"$f":"AVERAGE(C11,C16)","v":2600}]
["Leaching Basin","NA",2810]
["Underground Infiltration System",135.69999999999999,2810]
["Vegetated Filter Strip/Qualifying Pervious Area",5,0]

{"sheet":"Pollutant Loading Rates","index":31,"n_rows":22,"n_cols":7,"rows_kept":22,"cut":false,"hidden":true,"merged":[[2,2,2,5]]}
["Pollutant loading rates by land use category used to calculate loading rates to RIDOT and Non-RIDOT Catchments.  These values should not be altered."]
[]
[null,null,"Load Export Rate, lb/ac/yr",null,null,null,"#col/100mL"]
["Land Use Category","Land Surface Cover","P","TSS","N","Zn","Bacteria"]
["Commercial","Directly Connected Impervious",1.78,376.47,15.040999999999999,1.3706,4600]
["Industrial","Directly Connected Impervious",1.78,376.47,15.040999999999999,1.3706,2400]
["Institutional","Directly Connected Impervious",1.78,376.47,15.040999999999999,1.3706]
["Residential","Directly Connected Impervious",2.3140000000000001,437.88,14.062000000000001,0.70310000000000006,7000]
["Highway","Directly Connected Impervious",1.335,613,8.4,1.2290000000000001,1700]
["Forest","Directly Connected Impervious",1.5129999999999999,647.91999999999996,11.302999999999999,0.70310000000000006]
["Open Land","Directly Connected Impervious",1.5129999999999999,647.91999999999996,11.302999999999999,0.98790000000000011,300]
["Agriculture","Directly Connected Impervious",1.5129999999999999,647.91999999999996,11.302999999999999,0.70310000000000006]
["Forest","Pervious",0.11570000000000001,29.37,0.53400000000000003,2.2250000000000002E-2]
["Agriculture","Pervious",0.44500000000000001,29.37,2.581,2.2250000000000002E-2]
["Developed Land Pervious (HSG B) - RIDOT ROW","Pervious",0.11570000000000001,29.37,0.88,2.2250000000000002E-2]
["Developed Land Pervious (HSG B) - NonRIDOT Pervious","Pervious",0.11570000000000001,29.37,1.157,2.2250000000000002E-2]
[]
["USGS SELDM Values"]
["EPA Values"]
["EPA Values, equal to Developed Land Pervious HSG B"]
["EPA Modified Values"]
["Rhode Island Stormwater Design and Installation Standards Manual"]

{"sheet":"STU Treatment Values","index":32,"n_rows":201,"n_cols":47,"rows_kept":201,"cut":false,"hidden":true,"merged":[[127,1,127,10],[152,1,152,10],[177,1,177,10],[3,1,3,10],[3,13,3,22],[52,1,52,10],[77,1,77,10],[102,1,102,10],[3,25,3,34],[3,37,3,46],[27,1,27,10],[27,13,27,22],[27,25,27,34],[27,37,27,46]]}
["STU pollutant treatment values used in water quality calculations to calculate treatment credit.  These values should not be altered."]
[]
[]
["Total Phosphorus","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Suspended Solids","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Nitrogen","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Zinc","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20]
["Shallow Infiltration (sandy clay loam)",0,0.35,0.52,0.72,0.82,0.88,0.92,0.97,0.99,{"$f":"J6","v":0.99},null,"Shallow Infiltration (sandy clay loam)",0,0.64,0.8,0.93,0.98,0.99,1,1,1,{"$f":"V6","v":1},null,"Shallow Infiltration (sandy clay loam)",0,0.52,0.69,0.85,0.92,0.96,0.98,0.99,1,{"$f":"AH6","v":1},null,"Shallow Infiltration (sandy clay loam)",0,0.71,0.86,0.96,0.98,0.99,1,1,1,{"$f":"AT6","v":1}]
["Shallow Infiltration (silt loam)",0,0.37,0.54,0.74,0.85,0.9,0.93,0.98,0.99,0.99,null,"Shallow Infiltration (silt loam)",0,0.65,0.81,0.94,0.98,0.99,1,1,1,1,null,"Shallow Infiltration (silt loam)",0,0.54,0.71,0.87,0.93,0.97,0.98,0.99,1,1,null,"Shallow Infiltration (silt loam)",0,0.73,0.88,0.97,0.99,1,1,1,1,1]
["Shallow Infiltration (loam)",0,0.38,0.56000000000000005,0.77,0.87,0.92,0.95,0.98,0.99,0.99,null,"Shallow Infiltration (loam)",0,0.65,0.83,0.95,0.99,0.99,1,1,1,1,null,"Shallow Infiltration (loam)",0,0.56000000000000005,0.74,0.89,0.94,0.98,0.99,1,1,1,null,"Shallow Infiltration (loam)",0,0.75,0.9,0.98,0.99,1,1,1,1,1]
["Shallow Infiltration (sandy loam)",0,0.41,0.6,0.81,0.9,0.94,0.97,0.99,1,1,null,"Shallow Infiltration (sandy loam)",0,0.67,0.94,0.96,0.99,1,1,1,1,1,null,"Shallow Infiltration (sandy loam)",0,0.59,0.77,0.92,0.96,0.98,1,1,1,1,null,"Shallow Infiltration (sandy loam)",0,0.78,0.92,0.99,1,1,1,1,1,1]
["Shallow Infiltration (loamy sand)",0,0.46,0.67,0.87,0.94,0.97,0.98,1,1,1,null,"Shallow Infiltration (loamy sand)",0,0.7,0.88,0.98,1,1,1,1,1,1,null,"Shallow Infiltration (loamy sand)",0,0.64,0.82,0.95,0.98,0.99,1,1,1,1,null,"Shallow Infiltration (loamy sand)",0,0.82,0.95,1,1,1,1,1,1,1]
["Shallow Infiltration (sand)",0,0.59,0.81,0.96,0.99,1,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.79,0.95,1,1,1,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.75,0.92,0.99,1,1,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.91,0.99,1,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",0,0.18,0.33,0.56999999999999995,0.73,0.83,0.9,0.97,0.99,0.99,null,"Deep Infiltration (sandy clay loam)",0,0.32,0.56000000000000005,0.84,0.95,0.98,0.99,1,1,1,null,"Deep Infiltration (sandy clay loam)",0,0.56000000000000005,0.72,0.87,0.93,0.96,0.98,0.99,1,1,null,"Deep Infiltration (sandy clay loam)",0,0.51,0.77,0.94,0.98,0.99,0.99,1,1,1]
["Deep Infiltration (silt loam)",0,0.2,0.37,0.63,0.78,0.86,0.92,0.97,0.99,0.99,null,"Deep Infiltration (silt loam)",0,0.36,0.51,0.88,0.97,0.99,1,1,1,1,null,"Deep Infiltration (silt loam)",0,0.56999999999999995,0.74,0.88,0.94,0.97,0.98,0.99,1,1,null,"Deep Infiltration (silt loam)",0,0.56999999999999995,0.84,0.97,0.99,0.99,1,1,1,1]
["Deep Infiltration (loam)",0,0.23,0.42,0.68,0.82,0.89,0.94,0.98,0.99,0.99,null,"Deep Infiltration (loam)",0,0.4,0.66,0.91,0.98,0.99,1,1,1,1,null,"Deep Infiltration (loam)",0,0.59,0.76,0.9,0.95,0.98,0.99,1,1,1,null,"Deep Infiltration (loam)",0,0.65,0.9,0.98,0.99,1,1,1,1,1]
["Deep Infiltration (sandy loam)",0,0.27,0.47,0.73,0.86,0.92,0.96,0.99,1,1,null,"Deep Infiltration (sandy loam)",0,0.44,0.7,0.93,0.99,1,1,1,1,1,null,"Deep Infiltration (sandy loam)",0,0.61,0.78,0.92,0.97,0.98,0.99,1,1,1,null,"Deep Infiltration (sandy loam)",0,0.72,0.94,0.99,1,1,1,1,1,1]
["Deep Infiltration (loamy sand)",0,0.33,0.55000000000000004,0.81,0.91,0.96,0.98,1,1,1,null,"Deep Infiltration (loamy sand)",0,0.5,0.77,0.97,1,1,1,1,1,1,null,"Deep Infiltration (loamy sand)",0,0.65,0.83,0.95,0.98,0.99,1,1,1,1,null,"Deep Infiltration (loamy sand)",0,0.81,0.98,1,1,1,1,1,1,1]
["Deep Infiltration (sand)",0,0.5,0.75,0.94,0.98,0.99,1,1,1,1,null,"Deep Infiltration (sand)",0,0.92,0.98,1,1,1,1,1,1,1,null,"Deep Infiltration (sand)",0,0.76,0.92,0.98,1,1,1,1,1,1,null,"Deep Infiltration (sand)",0,0.93,1,1,1,1,1,1,1,1]
["Extended Dry Detention ",0,0.03,0.06,0.08,0.09,0.11,0.12,0.13,0.14000000000000001,0.14000000000000001,null,"Extended Dry Detention ",0,0.18,0.31,0.38,0.4,0.44,0.46,0.47,0.49,0.49,null,"Extended Dry Detention ",0,1.4014285714285712E-2,2.9098666666666672E-2,5.6940540540540541E-2,8.5569696969696962E-2,0.11261180555555556,0.1276377358490566,0.18738160919540231,0.23130158730158731,0.23130158730158731,null,"Extended Dry Detention ",0,0.53,0.67,0.68,0.69,0.72,0.73,0.74,0.76,0.76]
["Bioretention",0,0.14000000000000001,0.25,0.37,0.44,0.48,0.53,0.57999999999999996,0.63,0.63,null,"Bioretention",0,0.44,0.69,0.91,0.97,0.98,0.99,1,1,1,null,"Bioretention",0,0.09,0.16,0.23,0.28000000000000003,0.31,0.32,0.37,0.4,0.4,null,"Bioretention",0,0.68,0.88,0.95,0.96,0.96,0.97,0.98,0.99,0.99]
["Sand Filter",0,0.14000000000000001,0.25,0.37,0.44,0.48,0.53,0.57999999999999996,0.63,0.63,null,"Sand Filter",0,0.44,0.69,0.91,0.97,0.98,0.99,1,1,{"$f":"V20","v":1},null,"Sand Filter",0,0.09,0.16,0.23,0.28000000000000003,0.31,0.32,0.37,0.4,0.4,null,"Sand Filter",0,0.68,0.88,0.95,0.96,0.96,0.97,0.98,0.99,{"$f":"AT20","v":0.99}]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,null,"Hydrodynamic Separator",0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,null,"Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0,null,"Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0]
["Gravel Wetland",0,0.19,0.26,0.41,0.51,0.56999999999999995,0.61,0.65,0.66,0.66,null,"Gravel Wetland",0,0.48,0.61,0.82,0.91,0.95,0.97,0.99,0.99,0.99,null,"Gravel Wetland",0,0.22,0.33,0.48,0.56999999999999995,0.64,0.68,0.74,0.79,0.79,null,"Gravel Wetland",0,0.56999999999999995,0.68,0.83,0.88,0.9,0.9,0.91,0.92,0.92]
["Wet Pond",0,0.14000000000000001,0.25,0.37,0.44,0.48,0.53,0.57999999999999996,0.63,0.63,null,"Wet Pond",0,0.3,0.44,0.6,0.68,0.74,0.77,0.83,0.86,0.86,null,"Wet Pond",0,0.09,0.16,0.23,0.28000000000000003,0.31,0.32,0.37,0.4,0.4,null,"Wet Pond",0,0.59,0.71,0.8,0.85,0.87,0.89,0.92,0.93,0.93]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45]
["Total Phosphorus","Depth of Runoff Treated from Impervious Area (inches) (<50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Suspended Solids","Depth of Runoff Treated from Impervious Area (inches) (<50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Nitrogen","Depth of Runoff Treated from Impervious Area (inches) (<50% IC)",null,null,null,null,null,null,null,null,null,null,"Total Zinc","Depth of Runoff Treated from Impervious Area (inches) (<50% IC)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20,null,"Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20]
["Shallow Infiltration (sandy clay loam)",0,0.35,0.52,0.72,0.80487755102040803,0.86483775510204086,0.90652244897959189,0.95434087463556849,0.97760624419825071,{"$f":"J30","v":0.97760624419825071},null,"Shallow Infiltration (sandy clay loam)",0,0.64,0.8,0.93,0.97243877551020408,0.9874729591836735,0.99663061224489791,1,1,{"$f":"V30","v":1},null,"Shallow Infiltration (sandy clay loam)",0,0.52,0.69,0.85,0.90941428571428573,0.94989183673469391,0.97326122448979591,0.98686817492711365,0.99380312209912536,{"$f":"AH30","v":0.99380312209912536},null,"Shallow Infiltration (sandy clay loam)",0,0.71,0.86,0.96,0.97697551020408158,0.9874729591836735,0.99663061224489791,1,1,{"$f":"AT30","v":1}]
["Shallow Infiltration (silt loam)",0,0.37,0.54,0.74,0.83336530612244897,0.88736479591836737,0.91989183673469388,0.9643408746355685,0.98380312209912535,0.98380312209912535,null,"Shallow Infiltration (silt loam)",0,0.65,0.81,0.94,0.97395102040816328,0.9874729591836735,0.99663061224489791,1,1,1,null,"Shallow Infiltration (silt loam)",0,0.54,0.71,0.87,0.92092653061224494,0.95989183673469392,0.97663061224489789,0.98686817492711365,0.99380312209912536,0.99380312209912536,null,"Shallow Infiltration (silt loam)",0,0.73,0.88,0.97,0.98697551020408159,0.99747295918367351,1,1,1,1]
["Shallow Infiltration (loam)",0,0.38,0.56000000000000005,0.77,0.85487755102040808,0.90736479591836738,0.9398918367346939,0.97060452478134107,0.98380312209912535,0.98380312209912535,null,"Shallow Infiltration (loam)",0,0.65,0.83,0.95,0.98395102040816329,0.99,0.99663061224489791,1,1,1,null,"Shallow Infiltration (loam)",0,0.56000000000000005,0.74,0.89,0.93243877551020404,0.96989183673469381,0.9866306122448979,0.99686817492711366,1,1,null,"Shallow Infiltration (loam)",0,0.75,0.9,0.98,0.98848775510204079,0.99747295918367351,1,1,1,1]
["Shallow Infiltration (sandy loam)",0,0.41,0.6,0.81,0.88638979591836731,0.92989183673469389,0.9598918367346938,0.98373634985422742,0.99380312209912536,0.99380312209912536,null,"Shallow Infiltration (sandy loam)",0,0.67,0.94,0.96,0.98546326530612238,0.99747295918367351,1,1,1,1,null,"Shallow Infiltration (sandy loam)",0,0.59,0.77,0.92,0.95395102040816326,0.9749459183673469,0.99326122448979592,1,1,1,null,"Shallow Infiltration (sandy loam)",0,0.78,0.92,0.99,0.9984877551020408,1,1,1,1,1]
["Shallow Infiltration (loamy sand)",0,0.46,0.67,0.87,0.92941428571428564,0.9624188775510204,0.97663061224489789,0.99373634985422743,1,1,null,"Shallow Infiltration (loamy sand)",0,0.7,0.88,0.98,0.99697551020408159,1,1,1,1,1,null,"Shallow Infiltration (loamy sand)",0,0.64,0.82,0.95,0.97546326530612237,0.9874729591836735,0.99663061224489791,1,1,1,null,"Shallow Infiltration (loamy sand)",0,0.82,0.95,1,1,1,1,1,1,1]
["Shallow Infiltration (sand)",0,0.59,0.81,0.96,0.98546326530612238,0.99747295918367351,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.79,0.95,1,1,1,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.75,0.92,0.99,0.9984877551020408,1,1,1,1,1,null,"Shallow Infiltration (sand)",0,0.91,0.99,1,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",0,0.18,0.33,0.56999999999999995,0.70580408163265296,0.80472959183673465,0.8764142857142857,0.94807722448979592,0.97760624419825071,0.97760624419825071,null,"Deep Infiltration (sandy clay loam)",0,0.32,0.56000000000000005,0.84,0.93336530612244895,0.97241887755102041,0.9866306122448979,0.99686817492711366,1,1,null,"Deep Infiltration (sandy clay loam)",0,0.56000000000000005,0.72,0.87,0.92092653061224494,0.95241887755102039,0.97326122448979591,0.98686817492711365,0.99380312209912536,0.99380312209912536,null,"Deep Infiltration (sandy clay loam)",0,0.51,0.77,0.94,0.97395102040816328,0.9874729591836735,0.99,0.99686817492711366,1,1]
["Deep Infiltration (silt loam)",0,0.2,0.37,0.63,0.7573163265306122,0.83978367346938776,0.89978367346938781,0.95434087463556849,0.97760624419825071,0.97760624419825071,null,"Deep Infiltration (silt loam)",0,0.36,0.51,0.88,0.95638979591836726,0.98494591836734691,0.99663061224489791,1,1,1,null,"Deep Infiltration (silt loam)",0,0.56999999999999995,0.74,0.88,0.93092653061224484,0.9624188775510204,0.97663061224489789,0.98686817492711365,0.99380312209912536,0.99380312209912536,null,"Deep Infiltration (silt loam)",0,0.56999999999999995,0.84,0.97,0.98697551020408159,0.99,0.99663061224489791,1,1,1]
["Deep Infiltration (loam)",0,0.23,0.42,0.68,0.79882857142857133,0.87231071428571427,0.92315306122448981,0.96747269970845473,0.98380312209912535,0.98380312209912535,null,"Deep Infiltration (loam)",0,0.4,0.66,0.91,0.96941428571428567,0.9874729591836735,0.99663061224489791,1,1,1,null,"Deep Infiltration (loam)",0,0.59,0.76,0.9,0.94243877551020405,0.97241887755102041,0.9866306122448979,0.99686817492711366,1,1,null,"Deep Infiltration (loam)",0,0.65,0.9,0.98,0.98848775510204079,0.99747295918367351,1,1,1,1]
["Deep Infiltration (sandy loam)",0,0.27,0.47,0.73,0.84034081632653057,0.9048377551020409,0.94652244897959181,0.98060452478134108,0.99380312209912536,0.99380312209912536,null,"Deep Infiltration (sandy loam)",0,0.44,0.7,0.93,0.98092653061224488,0.99747295918367351,1,1,1,1,null,"Deep Infiltration (sandy loam)",0,0.61,0.78,0.92,0.96243877551020407,0.9774729591836735,0.9866306122448979,0.99686817492711366,1,1,null,"Deep Infiltration (sandy loam)",0,0.72,0.94,0.99,0.9984877551020408,1,1,1,1,1]
["Deep Infiltration (loamy sand)",0,0.33,0.55000000000000004,0.81,0.89487755102040811,0.94736479591836731,0.97326122448979591,0.99373634985422743,1,1,null,"Deep Infiltration (loamy sand)",0,0.5,0.77,0.97,0.99546326530612239,1,1,1,1,1,null,"Deep Infiltration (loamy sand)",0,0.65,0.83,0.95,0.97546326530612237,0.9874729591836735,0.99663061224489791,1,1,1,null,"Deep Infiltration (loamy sand)",0,0.81,0.98,1,1,1,1,1,1,1]
["Deep Infiltration (sand)",0,0.5,0.75,0.94,0.97395102040816328,0.9874729591836735,0.99663061224489791,1,1,1,null,"Deep Infiltration (sand)",0,0.92,0.98,1,1,1,1,1,1,1,null,"Deep Infiltration (sand)",0,0.76,0.92,0.98,0.99697551020408159,1,1,1,1,1,null,"Deep Infiltration (sand)",0,0.93,1,1,1,1,1,1,1,1]
["Extended Dry Detention ",0,0.03,0.06,0.08,8.8487755102040808E-2,0.10494591836734694,0.11663061224489796,0.12686817492711369,0.13380312209912537,0.13380312209912537,null,"Extended Dry Detention ",0,0.18,0.31,0.38,0.39697551020408167,0.42989183673469389,0.45326122448979594,0.46686817492711369,0.47760624419825071,0.47760624419825071,null,"Extended Dry Detention ",0,1.4014285714285712E-2,2.9098666666666672E-2,5.6940540540540541E-2,8.1240267395410237E-2,0.10577815433995567,0.12257491729506269,0.1686708731456594,0.20408491312827573,0.20408491312827573,null,"Extended Dry Detention ",0,0.53,0.67,0.68,0.68848775510204074,0.7124188775510204,0.72663061224489789,0.73686817492711365,0.74760624419825072,0.74760624419825072]
["Bioretention",0,0.14000000000000001,0.25,0.37,0.42941428571428569,0.46989183673469387,0.51315306122448978,0.56434087463556848,0.59901561049562679,0.59901561049562679,null,"Bioretention",0,0.44,0.69,0.91,0.96092653061224487,0.9774729591836735,0.9866306122448979,0.99686817492711366,1,1,null,"Bioretention",0,0.09,0.16,0.23,0.27243877551020412,0.30241887755102043,0.31663061224489797,0.35434087463556851,0.3814093662973761,0.3814093662973761,null,"Bioretention",0,0.68,0.88,0.95,0.95848775510204076,0.96,0.96663061224489788,0.97686817492711364,0.98380312209912535,0.98380312209912535]
["Sand Filter",0,0.14000000000000001,0.25,0.37,0.42941428571428569,0.46989183673469387,0.51315306122448978,0.56434087463556848,0.59901561049562679,0.59901561049562679,null,"Sand Filter",0,0.44,0.69,0.91,0.96092653061224487,0.9774729591836735,0.9866306122448979,0.99686817492711366,1,{"$f":"V44","v":1},null,"Sand Filter",0,0.09,0.16,0.23,0.27243877551020412,0.30241887755102043,0.31663061224489797,0.35434087463556851,0.3814093662973761,0.3814093662973761,null,"Sand Filter",0,0.68,0.88,0.95,0.95848775510204076,0.96,0.96663061224489788,0.97686817492711364,0.98380312209912535,{"$f":"AT44","v":0.98380312209912535}]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0,null,"Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,null,"Hydrodynamic Separator",0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,0.25,null,"Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0,null,"Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0]
["Gravel Wetland",0,0.19,0.26,0.41,0.49487755102040815,0.55483775510204081,0.59652244897959184,0.63747269970845477,0.65380312209912539,0.65380312209912539,null,"Gravel Wetland",0,0.48,0.61,0.82,0.89638979591836732,0.9398918367346939,0.9632612244897959,0.98373634985422742,0.99,0.99,null,"Gravel Wetland",0,0.22,0.33,0.48,0.55638979591836724,0.62231071428571427,0.6665224489795919,0.72120904956268217,0.75901561049562682,0.75901561049562682,null,"Gravel Wetland",0,0.56999999999999995,0.68,0.83,0.8724387755102041,0.89494591836734694,0.9,0.90686817492711369,0.9138031220991254,0.9138031220991254]
["Wet Pond",0,0.14000000000000001,0.25,0.37,0.42941428571428569,0.46989183673469387,0.51315306122448978,0.56434087463556848,0.59901561049562679,0.59901561049562679,null,"Wet Pond",0,0.3,0.44,0.6,0.66790204081632654,0.72483775510204085,0.75989183673469385,0.81120904956268214,0.84140936629737606,0.84140936629737606,null,"Wet Pond",0,0.09,0.16,0.23,0.27243877551020412,0.30241887755102043,0.31663061224489797,0.35434087463556851,0.3814093662973761,0.3814093662973761,null,"Wet Pond",0,0.59,0.71,0.8,0.84243877551020407,0.86494591836734691,0.88326122448979594,0.91060452478134113,0.92380312209912541,0.92380312209912541]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1,null,"Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0,null,"D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,null,"TIP",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45]
[]
["Flow Factor","Depth of Runoff Treated from Impervious Area (inches)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20]
["Shallow Infiltration (sandy clay loam)",0,7.5854307508627317E-2,0.15400138723950074,0.30783915478506063,0.45709774349751042,0.62045207803625102,0.78831439564968375,1,1,1]
["Shallow Infiltration (silt loam)",0,9.2129934394753588E-2,0.18665697163833939,0.36107559350040996,0.53963766948008074,0.65571806676221533,0.78807885169524183,0.97156459789815885,1,1]
["Shallow Infiltration (loam)",0,0.1165771399207256,0.23964518612674712,0.43990911957910395,0.60824238465334046,0.75761178001243046,0.87756048926230601,1,1,1]
["Shallow Infiltration (sandy loam)",0,0.14905244353059832,0.29522505189909298,0.5296246571495502,0.71161672447190538,0.89372775020674267,0.97934952103259898,1,1,1]
["Shallow Infiltration (loamy sand)",0,0.23853079346801631,0.40734580725108205,0.70821872833242305,0.91820150915168897,1,1,1,1,1]
["Shallow Infiltration (sand)",0,0.4179998001624744,0.6797121644129851,0.99817765007930082,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",0,5.799902632355125E-2,0.11498584410975698,0.242152318010731,0.39952208056611571,0.5050495943239981,0.61754310142260627,0.83552261563068742,0.97898950079637936,0.97898950079637936]
["Deep Infiltration (silt loam)",0,7.2812914357841541E-2,0.15002221882185707,0.30857414258776183,0.48069505633128751,0.56987325137663847,0.70195652300070055,0.90370518421678392,1,1]
["Deep Infiltration (loam)",0,9.6513466727369601E-2,0.19923115881851472,0.36635379303741333,0.55035805325567222,0.6537598264376564,0.80407135150381714,0.97353988571744499,1,1]
["Deep Infiltration (sandy loam)",0,0.12115493565958291,0.24999386873445684,0.43768049262333097,0.62539055012224098,0.77527008424774879,0.90741928764904145,1,1,1]
["Deep Infiltration (loamy sand)",0,0.1840087755668024,0.33328347912446332,0.57361927529516088,0.77698501911947582,0.96179696550314819,1,1,1,1]
["Deep Infiltration (sand)",0,0.33077303776451472,0.53047271371016902,0.91870010299099092,1,1,1,1,1,1]
["Extended Dry Detention ",0,8.4842603781980053E-2,0.16771832756942118,0.30767356842038462,0.45823027642121661,0.52211169138429292,0.63670770859410619,0.79189852204190425,0.8378815154242697,0.8378815154242697]
["Bioretention",0,9.2831673795845449E-2,0.15271788778602502,0.24325158335530406,0.3401493056088648,0.38997387766311764,0.46053941432847578,0.72604340064444162,0.73242925980378248,0.73242925980378248]
["Sand Filter",0,9.2831673795845449E-2,0.15271788778602502,0.24325158335530406,0.3401493056088648,0.38997387766311764,0.46053941432847578,0.72604340064444162,0.73242925980378248,0.73242925980378248]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0]
["Gravel Wetland",0,5.8717374206034068E-2,0.1317099007216902,0.18497437536774497,0.2101717652087679,0.22977896745607085,0.25879133415586153,0.31561084342482848,0.36444105220260503,0.36444105220260503]
["Wet Pond",0,3.6560694419384254E-2,6.2227913535718327E-2,0.1246109923229729,0.20295524967695266,0.30138354886643304,0.40293061642370764,0.60677553760488501,0.77747940979301189,0.77747940979301189]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[]
["Runoff Factor","Depth of Runoff Treated from Impervious Area (inches)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20]
["Shallow Infiltration (sandy clay loam)",0,0.14000000000000001,0.28000000000000003,0.5,0.68,0.83,0.95,1,1,1]
["Shallow Infiltration (silt loam)",0,0.17,0.34,0.57999999999999996,0.76,0.87,0.94,1,1,1]
["Shallow Infiltration (loam)",0,0.22,0.41,0.67,0.84,0.94,1,1,1,1]
["Shallow Infiltration (sandy loam)",0,0.28000000000000003,0.5,0.78,0.92,1,1,1,1,1]
["Shallow Infiltration (loamy sand)",0,0.4,0.66,0.92,1,1,1,1,1,1]
["Shallow Infiltration (sand)",0,0.68,0.93,1,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",0,0.1,0.21,0.41,0.57999999999999996,0.71,0.82,0.97,1,1]
["Deep Infiltration (silt loam)",0,0.14000000000000001,0.28000000000000003,0.51,0.68,0.8,0.89,1,1,1]
["Deep Infiltration (loam)",0,0.18,0.35,0.6,0.78,0.88,0.96,1,1,1]
["Deep Infiltration (sandy loam)",0,0.23,0.43,0.69,0.86,0.95,1,1,1,1]
["Deep Infiltration (loamy sand)",0,0.32,0.55000000000000004,0.84,0.96,1,1,1,1,1]
["Deep Infiltration (sand)",0,0.54,0.82,1,1,1,1,1,1,1]
["Extended Dry Detention ",0,0.12,0.21,0.34,0.41,0.43,0.44,0.41,0.39,0.39]
["Bioretention",0,0,0.03,0.06,0.09,0.11,0.14000000000000001,0.24,0.31,0.31]
["Sand Filter",0,0,0.03,0.06,0.09,0.11,0.14000000000000001,0.24,0.31,0.31]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0]
["Gravel Wetland",0,0,0,0,0.01,0.02,0.03,0.04,0.06,0.06]
["Wet Pond",0,0.04,0.1,0.21,0.32,0.43,0.53,0.75,0.9,0.9]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[]
["Runoff Reduction Percent Reductions","Depth of Runoff Treated from Impervious Area (inches)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,20]
["Shallow Infiltration (sandy clay loam)",0,0.12769199673690462,0.24966933110669592,0.45096843147656068,0.60972832393096565,0.74575783225559422,0.8523658978703812,0.96035519637884792,0.99284428061625574,{"$f":"J105","v":0.99284428061625574}]
["Shallow Infiltration (silt loam)",0,0.15611499814638755,0.30259546948636085,0.52542075785061171,0.68159696272492809,0.77981827339788923,0.84898953437924007,0.93265966680905132,0.9650294776229742,{"$f":"J106","v":0.9650294776229742}]
["Shallow Infiltration (loam)",0,0.19555519734425147,0.36631289222813918,0.60170015971884039,0.75382676748222532,0.84198324187185247,0.89743368969863635,0.95820349368711211,0.98021383615947399,0.98021383615947399]
["Shallow Infiltration (sandy loam)",0,0.24997691321275703,0.44641203049674322,0.69934105072530084,0.83021650333586428,0.90464389004973134,0.94170653645504954,0.98084568661905935,0.99361203797560371,0.99361203797560371]
["Shallow Infiltration (loamy sand)",0,0.35620569124063128,0.59093283347292092,0.83177925853823531,0.92265665724147328,0.96603267888384436,0.98399456410278552,0.99670534740564876,0.99972323626368942,0.99972323626368942]
["Shallow Infiltration (sand)",0,0.60841830046904011,0.83949424689910301,0.96789803459278467,0.99320634368966976,0.99737070756522228,0.99926287103415301,1,1,1]
["Deep Infiltration (sandy clay loam)",0,9.0254484969617771E-2,0.19058588298092846,0.36958840999224585,0.52252592083262384,0.63997371475377574,0.73790779188809752,0.87106526034496445,0.93057259825990668,0.93057259825990668]
["Deep Infiltration (silt loam)",0,0.12346804364368261,0.24755484265187389,0.45584011915489986,0.61237795437893427,0.72005449920559061,0.80208548487129394,0.90492956156140913,0.94941342971673892,0.94941342971673892]
["Deep Infiltration (loam)",0,0.16461078890258582,0.31602926018699523,0.54104786659640114,0.69759986560545051,0.7915259082110645,0.86019142074714627,0.93753462630060214,0.96821648756215128,0.96821648756215128]
["Deep Infiltration (sandy loam)",0,0.20694849534020568,0.38375117123413133,0.62206609941745916,0.77185559822148886,0.85678522043022054,0.90938191888060671,0.96310458546753541,0.98384106329124987,0.98384106329124987]
["Deep Infiltration (loamy sand)",0,0.28723434860171726,0.49785576307434032,0.7516011640285003,0.86790382332014071,0.93146466341341494,0.9597519373451735,0.99057490874493992,0.99848111875758172,0.99848111875758172]
["Deep Infiltration (sand)",0,0.48781928602371644,0.73356161018524058,0.92622341915396356,0.97769690412345922,0.99202342489450146,0.99634466693717916,0.99989932314072882,1,1]
["Extended Dry Detention ",0,0.10412772240425994,0.19323956625542199,0.30957891207237792,0.36718330008891503,0.38508011844155443,0.39153012882067628,0.36608439301407075,0.35343851826393041,0.35343851826393041]
["Bioretention",0,0,2.8807130678759639E-2,5.4126511169435385E-2,8.0277998197668635E-2,0.10335367471950385,0.12643916668102742,0.21545524139357089,0.28295922857128364,0.28295922857128364]
["Sand Filter",0,0,2.8807130678759639E-2,5.4126511169435385E-2,8.0277998197668635E-2,0.10335367471950385,0.12643916668102742,0.21545524139357089,0.28295922857128364,0.28295922857128364]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0,0,0,0,0,0,0,0,0,0]
["Gravel Wetland",0,-3.7877597766750679E-3,-7.1299413963156477E-4,3.0502243258700816E-3,1.0584049221984438E-2,1.8027635398412171E-2,2.3936635629110269E-2,3.8861064436051682E-2,5.4629409970894285E-2,{"$f":"J122","v":5.4629409970894285E-2}]
["Wet Pond",0,3.5739543532670844E-2,8.6036072850433382E-2,0.18901649971825657,0.28850284114412605,0.38727413306633768,0.47827824592958579,0.67146003045399683,0.8075391753515514,{"$f":"J123","v":0.8075391753515514}]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[]
["Phosphorus Factor","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,">2.00"]
["Shallow Infiltration (sandy clay loam)",{"$f":"IF(B6/0.9>1, 1,B6/0.9)","v":0},{"$f":"IF(C6/0.9>1, 1,C6/0.9)","v":0.38888888888888884},0.57777777777777783,0.79999999999999993,0.91111111111111098,0.97777777777777775,1,1,1,1]
["Shallow Infiltration (silt loam)",{"$f":"IF(B7/0.9>1, 1,B7/0.9)","v":0},0.41111111111111109,0.6,0.82222222222222219,0.94444444444444442,1,1,1,1,1]
["Shallow Infiltration (loam)",{"$f":"IF(B8/0.9>1, 1,B8/0.9)","v":0},0.42222222222222222,0.62222222222222223,0.85555555555555551,0.96666666666666667,1,1,1,1,1]
["Shallow Infiltration (sandy loam)",{"$f":"IF(B9/0.9>1, 1,B9/0.9)","v":0},0.45555555555555549,0.66666666666666663,0.9,1,1,1,1,1,1]
["Shallow Infiltration (loamy sand)",{"$f":"IF(B10/0.9>1, 1,B10/0.9)","v":0},0.51111111111111107,0.74444444444444446,0.96666666666666667,1,1,1,1,1,1]
["Shallow Infiltration (sand)",{"$f":"IF(B11/0.9>1, 1,B11/0.9)","v":0},0.65555555555555556,0.9,1,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",{"$f":"IF(B12/0.9>1, 1,B12/0.9)","v":0},0.19999999999999998,0.3666666666666667,0.6333333333333333,0.81111111111111112,0.92222222222222217,1,1,1,1]
["Deep Infiltration (silt loam)",{"$f":"IF(B13/0.9>1, 1,B13/0.9)","v":0},0.22222222222222224,0.41111111111111109,0.7,0.8666666666666667,0.95555555555555549,1,1,1,1]
["Deep Infiltration (loam)",{"$f":"IF(B14/0.9>1, 1,B14/0.9)","v":0},0.25555555555555554,0.46666666666666662,0.75555555555555554,0.91111111111111098,0.98888888888888893,1,1,1,1]
["Deep Infiltration (sandy loam)",{"$f":"IF(B15/0.9>1, 1,B15/0.9)","v":0},0.3,0.52222222222222214,0.81111111111111112,0.95555555555555549,1,1,1,1,1]
["Deep Infiltration (loamy sand)",{"$f":"IF(B16/0.9>1, 1,B16/0.9)","v":0},0.3666666666666667,0.61111111111111116,0.9,1,1,1,1,1,1]
["Deep Infiltration (sand)",{"$f":"IF(B17/0.9>1, 1,B17/0.9)","v":0},0.55555555555555558,0.83333333333333326,1,1,1,1,1,1,1]
["Extended Dry Detention ",{"$f":"IF(B18/0.9>1, 1,B18/0.9)","v":0},3.3333333333333333E-2,6.6666666666666666E-2,8.8888888888888892E-2,9.9999999999999992E-2,0.12222222222222222,0.13333333333333333,0.14444444444444446,0.15555555555555556,0.15555555555555556]
["Bioretention",{"$f":"IF(B19/0.9>1, 1,B19/0.9)","v":0},0.15555555555555556,0.27777777777777779,0.41111111111111109,0.48888888888888887,0.53333333333333333,0.58888888888888891,0.64444444444444438,0.7,0.7]
["Sand Filter",{"$f":"IF(B20/0.9>1, 1,B20/0.9)","v":0},0.15555555555555556,0.27777777777777779,0.41111111111111109,0.48888888888888887,0.53333333333333333,0.58888888888888891,0.64444444444444438,0.7,0.7]
["Oil/Grit Separator",{"$f":"IF(B21/0.9>1, 1,B21/0.9)","v":0},0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",{"$f":"IF(B22/0.9>1, 1,B22/0.9)","v":0.11111111111111112},0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112,0.11111111111111112]
["Gravel Wetland",{"$f":"IF(B23/0.9>1, 1,B23/0.9)","v":0},0.21111111111111111,0.28888888888888892,0.45555555555555549,0.56666666666666665,0.6333333333333333,0.6777777777777777,0.72222222222222221,0.73333333333333339,0.73333333333333339]
["Wet Pond",{"$f":"IF(B24/0.9>1, 1,B24/0.9)","v":0},0.15555555555555556,0.27777777777777779,0.41111111111111109,0.48888888888888887,0.53333333333333333,0.58888888888888891,0.64444444444444438,0.7,0.7]
["Vegetated Filter Strip/Qualifying Pervious Area",{"$f":"IF(B25/0.9>1, 1,B25/0.9)","v":1},1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",{"$f":"IF(B26/0.9>1, 1,B26/0.9)","v":0},0,0,0,0,0,0,0,0,0]
["TIP",{"$f":"IF(B27/0.9>1, 1,B27/0.9)","v":0.5},0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[]
["TSS Factor","Depth of Runoff Treated from Impervious Area (inches) (>50% IC)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,">2.00"]
["Shallow Infiltration (sandy clay loam)",{"$f":"IF(N6/0.9>1, 1,N6/0.9)","v":0},{"$f":"IF(O6/0.9>1, 1,O6/0.9)","v":0.71111111111111114},0.88888888888888895,1,1,1,1,1,1,1]
["Shallow Infiltration (silt loam)",{"$f":"IF(N7/0.9>1, 1,N7/0.9)","v":0},{"$f":"IF(O7/0.9>1, 1,O7/0.9)","v":0.72222222222222221},{"$f":"IF(P7/0.9>1, 1,P7/0.9)","v":0.9},{"$f":"IF(Q7/0.9>1, 1,Q7/0.9)","v":1},{"$f":"IF(R7/0.9>1, 1,R7/0.9)","v":1},{"$f":"IF(S7/0.9>1, 1,S7/0.9)","v":1},{"$f":"IF(T7/0.9>1, 1,T7/0.9)","v":1},{"$f":"IF(U7/0.9>1, 1,U7/0.9)","v":1},{"$f":"IF(V7/0.9>1, 1,V7/0.9)","v":1},{"$f":"IF(W7/0.9>1, 1,W7/0.9)","v":1}]
["Shallow Infiltration (loam)",0,0.72222222222222221,0.92222222222222217,1,1,1,1,1,1,1]
["Shallow Infiltration (sandy loam)",0,0.74444444444444446,1,1,1,1,1,1,1,1]
["Shallow Infiltration (loamy sand)",0,0.77777777777777768,0.97777777777777775,1,1,1,1,1,1,1]
["Shallow Infiltration (sand)",0,0.87777777777777777,1,1,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",0,0.35555555555555557,0.62222222222222223,0.93333333333333324,1,1,1,1,1,1]
["Deep Infiltration (silt loam)",0,0.39999999999999997,0.56666666666666665,0.97777777777777775,1,1,1,1,1,1]
["Deep Infiltration (loam)",0,0.44444444444444448,0.73333333333333339,1,1,1,1,1,1,1]
["Deep Infiltration (sandy loam)",0,0.48888888888888887,0.77777777777777768,1,1,1,1,1,1,1]
["Deep Infiltration (loamy sand)",0,0.55555555555555558,0.85555555555555551,1,1,1,1,1,1,1]
["Deep Infiltration (sand)",0,1,1,1,1,1,1,1,1,1]
["Extended Dry Detention ",0,0.19999999999999998,0.34444444444444444,0.42222222222222222,0.44444444444444448,0.48888888888888887,0.51111111111111107,0.52222222222222214,0.5444444444444444,0.5444444444444444]
["Bioretention",0,0.48888888888888887,0.76666666666666661,1,1,1,1,1,1,1]
["Sand Filter",0,0.48888888888888887,0.76666666666666661,1,1,1,1,1,1,1]
["Oil/Grit Separator",0,0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779,0.27777777777777779]
["Gravel Wetland",0,0.53333333333333333,0.6777777777777777,0.91111111111111098,1,1,1,1,1,1]
["Wet Pond",0,0.33333333333333331,0.48888888888888887,0.66666666666666663,0.75555555555555554,0.82222222222222219,0.85555555555555551,0.92222222222222217,0.95555555555555549,0.95555555555555549]
["Vegetated Filter Strip/Qualifying Pervious Area",1,1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",0,0,0,0,0,0,0,0,0,0]
["TIP",0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]
[]
["Pervious Cover Factor","Depth of Runoff Treated from Impervious Area (inches)"]
["Treatment Category:",0,0.1,0.2,0.4,0.6,0.8,1,1.5,2,">2.00"]
["Shallow Infiltration (sandy clay loam)",{"$f":"(B55+B80+B130+B155)/4","v":0},{"$f":"(C55+C80+C130+C155)/4","v":0.32896357687715683},0.47516701347654189,0.65195978869626514,0.76205221365215536,0.85705746395350724,0.9345785989124209,1,1,1]
["Shallow Infiltration (silt loam)",{"$f":"(B56+B81+B131+B156)/4","v":0},0.34886581693202173,0.50666424290958478,0.69082445393065806,0.81102052848113138,0.8814295166905538,0.93201971292381047,0.99289114947453971,1,1]
["Shallow Infiltration (loam)",{"$f":"(B57+B82+B132+B157)/4","v":0},0.37025539609129254,0.54852240764279792,0.7413661687836649,0.85372726283000178,0.9244029450031076,0.96939012231557653,1,1,1]
["Shallow Infiltration (sandy loam)",{"$f":"(B58+B83+B133+B158)/4","v":0},0.40726311088264955,0.61547292964143985,0.80240616428738754,0.90790418111797633,0.97343193755168567,0.99483738025814972,1,1,1]
["Shallow Infiltration (loamy sand)",{"$f":"(B59+B84+B134+B159)/4","v":0},0.4818549205892263,0.69739200736832607,0.8987213487497725,0.97955037728792227,1,1,1,1,1]
["Shallow Infiltration (sand)",{"$f":"(B60+B85+B135+B160)/4","v":0},0.65783328337395197,0.87742804110324624,0.99954441251982518,1,1,1,1,1,1]
["Deep Infiltration (sandy clay loam)",{"$f":"(B61+B86+B136+B161)/4","v":0},0.1783886454697767,0.3284686832496615,0.55470474616934939,0.69765829791930667,0.78431795413655503,0.85938577535565153,0.9513806539076719,0.99474737519909484,0.99474737519909484]
["Deep Infiltration (silt loam)",{"$f":"(B62+B87+B137+B162)/4","v":0},0.20875878414501592,0.35194999914990871,0.62408798009138489,{"$f":"(F62+F87+F137+F162)/4","v":0.75684043074948859},0.8313572017330485,0.89798913075017517,0.97592629605419601,1,1]
["Deep Infiltration (loam)",{"$f":"(B63+B88+B138+B163)/4","v":0},0.2441283666818424,0.43730778970462869,0.68047733714824221,0.81036729109169581,0.88066217883163633,0.94101783787595428,0.99338497142936122,1,1]
["Deep Infiltration (sandy loam)",{"$f":"(B64+B89+B139+B164)/4","v":0},0.28501095613711797,0.49499846718361418,0.73469790093361054,0.86023652641944914,0.93131752106193721,0.97685482191226036,1,1,1]
["Deep Infiltration (loamy sand)",{"$f":"(B65+B90+B140+B165)/4","v":0},0.35655774944725616,0.58748753644778251,0.82840481882379025,0.93424625477986889,0.99044924137578705,1,1,1,1]
["Deep Infiltration (sand)",{"$f":"(B66+B91+B141+B166)/4","v":0},0.60658214833001756,{"$f":"(D66+D91+D141+D166)/4","v":0.79595151176087553},0.97967502574774779,1,1,1,1,1,1]
["Extended Dry Detention ",{"$f":"(B67+B92+B142+B167)/4","v":0},0.10954398427882833,0.19720735967013306,0.28969616988287394,0.35316868021641529,0.390805700623851,0.43028803825963763,0.4671412971771427,0.48197037885606742,0.48197037885606742]
["Bioretention",{"$f":"(B68+B93+B143+B168)/4","v":0},0.18431902956007246,0.30679058305761736,0.4285906736166038,0.47975954862443843,0.50832680274911279,0.54735707580434112,0.6526219612722215,0.68560731495094562,0.68560731495094562]
["Sand Filter",{"$f":"(B69+B94+B144+B169)/4","v":0},0.18431902956007246,0.30679058305761736,0.4285906736166038,0.47975954862443843,0.50832680274911279,0.54735707580434112,0.6526219612722215,0.68560731495094562,0.68560731495094562]
["Oil/Grit Separator",{"$f":"(B70+B95+B145+B170)/4","v":0},0,0,0,0,0,0,0,0,0]
["Hydrodynamic Separator",{"$f":"(B71+B96+B146+B171)/4","v":9.7222222222222224E-2},9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2,9.7222222222222224E-2]
["Gravel Wetland",{"$f":"(B72+B97+B147+B172)/4","v":0},0.20079045466261963,0.27459414184708919,0.38791026050860289,0.44670960796885861,0.47077807519735104,0.49164227798340981,0.51945826641176263,0.53944359638398454,0.53944359638398454]
["Wet Pond",{"$f":"(B73+B98+B148+B173)/4","v":0},0.14136239582706828,0.23222364505059623,0.35309719252518768,0.4418499235303493,0.52173477610549712,0.59434376521703802,0.73086055106788783,0.83325874133714195,0.83325874133714195]
["Vegetated Filter Strip/Qualifying Pervious Area",{"$f":"(B74+B99+B149+B174)/4","v":1},1,1,1,1,1,1,1,1,1]
["D-Soils (infiltrating STUs only)",{"$f":"(B75+B100+B150+B175)/4","v":0},0,0,0,0,0,0,0,0,0]
["TIP",{"$f":"(B76+B101+B151+B176)/4","v":0.5},0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5]

{"sheet":"Pollutant Removal Curves","index":33,"n_rows":1,"n_cols":1,"rows_kept":1,"cut":false,"hidden":true,"merged":[]}
["Pollutant removal curves used in water quality calculations to calculate treatment credit. For reference only."]

{"sheet":"IC Removal Curves","index":34,"n_rows":2,"n_cols":1,"rows_kept":2,"cut":false,"hidden":true,"merged":[]}
["Pollutant, flow, and runoff factors used to calculate pervious cover factor. For reference only.\n"]
["Note: The Pervious Cover Factor is essentially the percent reduction of equivalent IC represented as a decimal. "]

{"sheet":"Soil Types","index":35,"n_rows":15,"n_cols":3,"rows_kept":15,"cut":false,"hidden":true,"merged":[]}
["Soil texture classes and corresponding infiltration rates used in water quality calculations."]
[]
["Approximate HSG","Soil Texture Class","Infiltration Rate (in/hr)"]
["A","Sand",8.27]
["A","Loamy Sand",2.41]
["B","Sandy Loam",1.02]
["B","Loam",0.52]
["C","Silt Loam",0.27]
["C","Sandy Clay Loam",0.17]
["D","Clay Loam",0.09]
["D","Silty Clay Loam",0.06]
["D","Sandy Clay",0.05]
["D","Silty Clay",0.04]
["D","Clay",0.02]
["Source: Rawls, W.J. et al., (1983). J. Hyd. Engr., 109:1316. "]

{"sheet":"Domains","index":36,"n_rows":60,"n_cols":13,"rows_kept":60,"cut":false,"hidden":true,"merged":[]}
[]
[]
["STU Type",null,"Soil Type",null,null,null,null,null,null,1,null,12]
["Agriculture Buffer",null,null,null,null,null,null,null,null,2,null,18]
["Animal Waste Reduction",null,"Sandy Clay Loam (0.17 in/hr)",null,null,null,"Yes",null,null,3,null,24]
["Bioretention Basin",null,"Silt Loam (0.27 in/hr)",null,null,null,"No",null,null,4,null,32]
["Bioretention Swale",null,"Loam (0.52 in/hr)",null,null,null,null,null,null,5]
["Dredging",null,"Sandy Loam (1.02 in/hr)",null,null,null,null,null,null,6]
["Extended Detention Basin",null,"Loamy Sand (2.41 in/hr)",null,null,null,null,null,null,7]
["Floodplain Reconnection",null,"Sand (8.27 in/hr)",null,null,null,"Existing",null,null,8]
["Gravel WVTS",null,"Clay (0.02 in/hr)",null,null,null,"Potential",null,null,9]
["Hydrodynamic Separator",null,"Silty Clay (0.04 in/hr)",null,null,null,"Limited ROW",null,null,10,null,null,"Broadleaf Deciduous - Large"]
["Illicit Discharge Elimination",null,"Sandy Clay (0.05 in/hr)",null,null,null,"Not Feasible",null,null,11,null,null,"Broadleaf Deciduous - Medium"]
["Impervious Cover Removal",null,"Silty Clay Loam (0.06 in/hr)",null,null,null,"Non-Discharge",null,null,12,null,null,"Broadleaf Deciduous - Small"]
["Infiltration Basin",null,"Clay Loam (0.09 in/hr)",null,null,null,"Discharge to CSO",null,null,null,null,null,"Coniferous Evergreen - Large"]
["Infiltration Swale",null,"Unknown",null,null,null,"TIP",null,null,null,null,null,"Coniferous Evergreen - Small"]
["Leaching Basin",null,null,null,null,null,"Commercial",null,null,null,null,null,"Unknown Tree Type"]
["Leaf Litter Removal",null,null,null,null,null,"Industrial"]
["Limited ROW",null,null,null,null,null,"Institutional",null,"Commercial"]
["Oil/Grit Separator",null,null,null,null,null,"Residential",null,"Industrial",null,null,null,"HSG-A, pervious"]
["Other",null,null,null,null,null,"Highway",null,"Residential",null,null,null,"HSG-B, pervious"]
["Pervious Land Enhancement",null,null,null,null,null,"Forest",null,"Highway",null,null,null,"HSG-C, pervious"]
["Porous Pavement",null,null,null,null,null,"Open Land",null,"Open Land",null,null,null,"HSG-D, pervious"]
["Porous Pavement (w/ underdrain)",null,null,null,null,null,"Agriculture"]
["Sand Filter",null,null,null,null,null,null,null,null,null,null,null,"Unknown soil type, pervious"]
["Streambank Restoration",null,"IC Standard",null,null,null,null,null,null,null,null,null,"Impervious cover"]
["Street Sweeping and CB Cleaning",null,"TMDL Method",null,null,null,null,null,"Not evaluated",null,null,null,"Forest"]
["TIP",null,null,null,null,null,null,null,"Not exempt",null,null,null,"Grass"]
["Underground Infiltration System",null,null,null,null,null,null,null,"Exempt"]
["Urban Tree Canopy"]
["Vegetated Filter Strip/Qualifying Pervious Area"]
["Wet Pond"]
["Wet Swale"]
["Wet Vegetated Treatment System"]
[]
["Street Sweeping",null,"Municipality",null,null,null,"Structural"]
["Catch Basin Cleaning",null,"Private",null,null,null,"Nonstructural"]
[]
[null,null,null,null,null,null,"Potential",null,null,null,null,null,"Hydrodynamic Devices"]
["Direct (Dog or Bird)",null,"Aluminum",null,null,null,"Not Feasible",null,null,null,null,null,"Jellyfish Filter"]
["Indirect (Manure)",null,"Benthic-Macroinvertebrate Bioassessments",null,null,null,"In Design",null,null,null,null,null,"MWS-Linear"]
[null,null,"Cadmium",null,null,null,"Existing",null,null,null,null,null,"Stormceptor"]
["Dog",null,"Chloride"]
["Geese/large bird",null,"Chlorophyll-a"]
["Duck/medium bird",null,"Copper"]
["Pigeon/small bird",null,"Dissolved Oxygen"]
[null,null,"E. Coli"]
[null,null,"Enterococcus"]
[null,null,"Excess Algal Growth"]
[null,null,"Fecal Coliform"]
[null,null,"Hydrocarbons"]
[null,null,"Iron"]
[null,null,"Lead"]
[null,null,"Non-Native Aquatic Plants"]
[null,null,"Taste and Odor"]
[null,null,"Total Nitrogen"]
[null,null,"Total Phosphorus"]
[null,null,"Total Suspended Solids"]
[null,null,"Turbidity"]
[null,null,"Zinc"]