TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

Appendix B-18: In-stream and Downstream Protection Value 

(IPV/DPV) Tables with DPV Geo-Reference Table to Florida 

WBIDs 
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

B18-1 

Appendix B-18. In-stream and Downstream Protection Value (IPV/DPV) 

Tables with DPV Geo-Reference Table to Florida WBIDs 

The following criteria tables and corresponding DPVs for a given stream reach category have 

been geo-referenced to specific WBIDs which are managed by FDEP as the principal assessment 

unit for Florida’s surface waters. 

Perdido Bay WatershedPH (EDA Code1

: G140x) 

Protective TN Load for the Estuary2: 847,520 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% NR NR 0.043 TBD

80.1 – 90.0% 0.824 0.34 0.043 TBD

90.1 – 100% 0.824 0.30 0.043 TBD

Pensacola Bay WatershedPH (EDA Code1: G130x) 

Protective TN Load for the Estuary2: 4,388,478 kg y-1

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% NR NR 0.043 TBD

80.1 – 90.0% 0.824 0.48 0.043 TBD

90.1 – 100% 0.824 0.43 0.043 TBD

Choctawhatchee Bay WatershedPH (EDA Code1

: G120x) 

Protective TN Load for the Estuary2

: 2,875,861 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% 0.824 0.48 0.043 TBD

80.1 – 90.0% 0.824 0.43 0.043 TBD

90.1 – 100% 0.824 0.39 0.043 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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St. Andrew Bay WatershedPH (EDA Code1

: G110x) 

Protective TN Load for the Estuary2

: 310,322 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 0.824 0.48 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% 0.824 0.30 0.043 TBD

80.1 – 90.0% 0.824 0.27 0.043 TBD

90.1 – 100% 0.824 0.24 0.043 TBD

Apalachicola Bay WatershedPH (EDA Code1

: G100x) 

Protective TN Load for the Estuary2

: 10,971,582 kg y-1

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 0.824 0.91 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% 0.824 0.65 0.043 TBD

70.1 – 80.0% 0.824 0.57 0.043 TBD

80.1 – 90.0% 0.824 0.51 0.043 TBD

90.1 – 100% 0.824 0.46 0.043 TBD

Apalachee Bay WatershedPH (EDA Code1: G090x) 

Protective TN Load for the Estuary2

: 2,539,883 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% 0.824 0.67 0.043 TBD

80.1 – 90.0% 0.824 0.59 0.043 TBD

90.1 – 100% 0.824 0.53 0.043 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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Econfina/Steinhatchee Coastal Drainage AreaPH (CDA Code1

: G086x) 

Protective TN Load for the Estuary2

: 185,301 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Fraction Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.043 TBD

50.1 – 60.0% NR NR 0.043 TBD

60.1 – 70.0% NR NR 0.043 TBD

70.1 – 80.0% NR NR 0.043 TBD

80.1 – 90.0% 0.824 0.41 0.043 TBD

90.1 – 100% 0.824 0.37 0.043 TBD

Suwannee River WatershedNC (EDA Code1

:G080x) 

Protective TN Load for the Estuary2

: 5,421,050 kg y-1

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.359 TBD

50.1 – 60.0% NR NR 0.359 TBD

60.1 – 70.0% 1.479 0.78 0.359 TBD

70.1 – 80.0% 1.479 0.69 0.359 TBD

80.1 – 90.0% 1.479 0.61 0.359 TBD

90.1 – 100% 1.479 0.55 0.359 TBD

Waccasassa Coastal Drainage AreaPN (CDA Code1: 078x) 

Protective TN Load for the Estuary2

: 433,756 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.107 TBD

50.1 – 60.0% NR NR 0.107 TBD

60.1 – 70.0% NR NR 0.107 TBD

70.1 – 80.0% NR NR 0.107 TBD

80.1 – 90.0% 1.205 0.45 0.107 TBD

90.1 – 100% 1.205 0.40 0.107 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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Withlacoochee Coastal Drainage AreaPN (CDA Code1

: G076x) 

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 TBD 0.107 TBD

50.1 – 60.0% 1.205 TBD 0.107 TBD

60.1 – 70.0% 1.205 TBD 0.107 TBD

70.1 – 80.0% 1.205 TBD 0.107 TBD

80.1 – 90.0% 1.205 TBD 0.107 TBD

90.1 – 100% 1.205 TBD 0.107 TBD

Crystal/Pithlachascotee Coastal Drainage AreaPN (CDA Code1

: G074x) 

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 TBD 0.107 TBD

50.1 – 60.0% NR TBD 0.107 TBD

60.1 – 70.0% NR TBD 0.107 TBD

70.1 – 80.0% NR TBD 0.107 TBD

80.1 – 90.0% 1.205 TBD 0.107 TBD

90.1 – 100% 1.205 TBD 0.107 TBD

Tampa Bay WatershedBV (EDA Code1: G070x) 

Protective TN Load for the Estuary2

: 1,289,671 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.798 1.11 0.739 TBD

50.1 – 60.0% 1.798 0.93 0.739 TBD

60.1 – 70.0% 1.798 0.80 0.739 TBD

70.1 – 80.0% 1.798 0.70 0.739 TBD

80.1 – 90.0% 1.798 0.62 0.739 TBD

90.1 – 100% 1.798 0.56 0.739 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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Sarasota Bay WatershedBV (EDA Code1

: G060x) 

Protective TN Load for the Estuary2

: 155,576 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.739 TBD

50.1 – 60.0% NR NR 0.739 TBD

60.1 – 70.0% NR NR 0.739 TBD

70.1 – 80.0% NR NR 0.739 TBD

80.1 – 90.0% NR NR 0.739 TBD

90.1 – 100% 1.798 0.54 0.739 TBD

Charlotte Harbor WatershedBV (EDA Code1

: G050w) 

Protective TN Load for the Estuary2

: 2,710,107 kg y-1

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.739 TBD

50.1 – 60.0% 1.798 1.58 0.739 TBD

60.1 – 70.0% 1.798 1.35 0.739 TBD

70.1 – 80.0% 1.798 1.18 0.739 TBD

80.1 – 90.0% 1.798 1.05 0.739 TBD

90.1 – 100% 1.798 0.95 0.739 TBD

Indian River Watershed PN (EDA Code1: S190x) 

Protective TN Load for the Estuary2

: 463,724 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR NR 0.107 TBD

50.1 – 60.0% NR NR 0.107 TBD

60.1 – 70.0% NR NR 0.107 TBD

70.1 – 80.0% 1.205 0.87 0.107 TBD

80.1 – 90.0% 1.205 0.77 0.107 TBD

90.1 – 100% 1.205 0.69 0.107 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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Caloosahatchee River WatershedPN, # (EDA Code1

: G050a) 

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 TBD 0.107 TBD

50.1 – 60.0% 1.205 TBD 0.107 TBD

60.1 – 70.0% 1.205 TBD 0.107 TBD

70.1 – 80.0% 1.205 TBD 0.107 TBD

80.1 – 90.0% 1.205 TBD 0.107 TBD

90.1 – 100% 1.205 TBD 0.107 TBD

St. Lucie River WatershedPN, # (EDA Code1

: S190x) 

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 TBD 0.107 TBD

50.1 – 60.0% 1.205 TBD 0.107 TBD

60.1 – 70.0% 1.205 TBD 0.107 TBD

70.1 – 80.0% 1.205 TBD 0.107 TBD

80.1 – 90.0% 1.205 TBD 0.107 TBD

90.1 – 100% 1.205 TBD 0.107 TBD

Kissimmee River Watershed PN, ^

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6, LO TP IPV7 TP DPV8, LO 

Less than 50% 1.205 TBD9 0.107 TBD9

50.1 – 60.0% 1.205 TBD9 0.107 TBD9

60.1 – 70.0% 1.205 TBD9 0.107 TBD9

70.1 – 80.0% 1.205 TBD9 0.107 TBD9

80.1 – 90.0% 1.205 TBD9 0.107 TBD9

90.1 – 100% 1.205 TBD9 0.107 TBD9
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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St. John’s River Watershed PN (EDA Code1

: S180x) 

Protective TN Load for the Estuary2

: 4,954,662 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 1.41 0.107 TBD

50.1 – 60.0% 1.205 1.17 0.107 TBD

60.1 – 70.0% 1.205 1.00 0.107 TBD

70.1 – 80.0% 1.205 0.88 0.107 TBD

80.1 – 90.0% 1.205 0.78 0.107 TBD

90.1 – 100% 1.205 0.70 0.107 TBD

Daytona/St. Augustine Coastal Drainage AreaPN (CDA Code1

: S183x) 

Protective TN Load for the Estuary2

: TBD 

Protective TP Load for the Estuary3

: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% NR TBD 0.107 TBD

50.1 – 60.0% NR TBD 0.107 TBD

60.1 – 70.0% NR TBD 0.107 TBD

70.1 – 80.0% NR TBD 0.107 TBD

80.1 – 90.0% 1.205 TBD 0.107 TBD

90.1 – 100% 1.205 TBD 0.107 TBD

Nassau Coastal Drainage AreaPN (CDA Code1: S175x) 

Protective TN Load for the Estuary2

: 131,389 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV5 TN DPV6 TP IPV7 TP DPV8 

Less than 50% 1.205 0.59 0.107 TBD

50.1 – 60.0% NR NR 0.107 TBD

60.1 – 70.0% NR NR 0.107 TBD

70.1 – 80.0% NR NR 0.107 TBD

80.1 – 90.0% 1.205 0.33 0.107 TBD

90.1 – 100% 1.205 0.30 0.107 TBD
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

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St. Mary’s River WatershedPN (EDA Code1

: S170x) 

Protective TN Load for the Estuary2

: 562,644 kg y-1

Protective TP Load for the Estuary3: TBD 

TN (mg L-1) TP (mg L-1 River/Stream Reach Category - ) 

Percent Delivered to Estuary4

TN IPV 5 TN DPV6 TP IPV 7 TP DPV8 

Less than 50% NR NR 0.107 TBD

50.1 – 60.0% NR NR 0.107 TBD

60.1 – 70.0% NR NR 0.107 TBD

70.1 – 80.0% 1.205 0.43 0.107 TBD

80.1 – 90.0% 1.205 0.38 0.107 TBD

90.1 – 100% 1.205 0.34 0.107 TBD

Footnotes associated with this table: 

1 Watershed delineated by NOAA’s Coastal Assessment Framework and associated Florida Department of 

Environmental Protection’s estuarine and coastal water body identifier (WBID). 

2 Estimated TN load delivered to the estuary/coastal waters protective of aquatic life use. These estimates may be 

revised pursuant to the EPA final rule for numeric nutrient criteria for Florida’s estuaries and coastal waters (October 

2011). 

3

 Estimated TP load delivered to the estuary/coastal waters protective of aquatic life use. These estimates are 

currently under development. These estimates may be revised pursuant to the EPA final rule for numeric nutrient 

criteria for Florida’s estuaries and coastal waters (October 2011). 

4

 River/Stream reach categories within each estuarine/coastal watershed are linked spatially to a specific FDEP water 

body identifier (WBID). See fraction delivered to estuary values for each WBID below. 

5

 Instream Protection Value (IPV) is the TN concentration protective of instream aquatic life use. 

6

 Downstream protection values (DPVs) are estimated TN concentrations in the river/stream reach that meet the 

estimated TN load, protective of aquatic life use, delivered to the estuary/coastal waters. These estimates may be 

revised pursuant to the EPA final rule for numeric nutrient criteria for Florida’s estuaries and coastal waters (October 

2011). 

7

 Instream Protection Value (IPV) is the TP concentration protective of instream aquatic life use. 

8

 Downstream protection values (DPVs) are estimated TP concentrations in the river/stream reach that meet the 

estimated TP load, protective of aquatic life use, delivered to the estuary/coastal waters. These estimates are 

currently under development. These estimates may be revised pursuant to the EPA final rule for numeric nutrient 

criteria for Florida’s estuaries and coastal waters (October 2011). 

9

 EPA’s proposed TN and TP criteria for colored lakes (> 40 PCU) are 1.2 and 0.050 mg L-1, respectively. 

# Estimated TN and TP loads protective of aquatic life in the Caloosahatchee and St. Lucie River estuaries, and in 

turn estimated TN and TP concentrations that would meet those protective loads, could not be calculated using 

EPA’s downstream protection approach. An alternative downstream protection approach will be proposed in EPA’s 

proposed rule for FL estuaries (January 2011). 

^ Kissimmee River watershed does not have an EDA or CDA code because it does not drain directly to an estuary or 

coastal area, but rather indirectly through Lake Okeechobee and the south Florida canal system. A protective TN and TP 

load for Lake Okeechobee has not been calculated, however, a TMDL is in effect for TP. EPA’s proposed colored lake 

criteria (> 40 PCU) could be used to develop DPVs for TN and TP for the Kissimmee watershed (see footnote 9). 

LO DPVs to be based on protective TN and TP loads Lake Okeechobee. EPA’s proposed colored lake criteria (> 40 

PCU) could be used to develop DPVs for TN and TP for the Kissimmee watershed (see footnote 9).

NR There are no stream reaches present in this watershed that have a percent-delivered within this range and thus 

criteria are not applicable.. 

PH Panhandle Nutrient Watershed Region. 

BV Bone Valley Nutrient Watershed Region.

PN Peninsula Nutrient Watershed Region. 

NC North Central Nutrient Watershed Region 

TBD To be determined. 
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

B18-9 

Figure B18-1. Fraction of TN Delivered to Estuarine Receiving Waters, by WBID 
TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters

B18-10 

Fraction of TN Delivered to Estuarine Receiving Waters by WBID 

(in Tabular Format) 
WBID EDA FD WBID EDA FD WBID EDA FD

10 G130x 0.99 1045 G090x 0.92 10A G130x 0.99

100 G120x 0.85 1046 G090x 1.00 10B G130x 0.99

1000 G090x 0.94 1047 G090x 1.00 10C G130x 0.99

1001 G110x 1.00 1048 G110x 1.00 10D G130x 1.00

1002 G090x 1.00 1049 G090x 1.00 10E G130x 1.00

1005 G090x 1.00 105 G140x 0.88 10F G130x 1.00

1006 G090x 0.98 1050 G100x 0.87 10G G130x 1.00

1006A G090x 0.94 1051 G110x 1.00 11 G130x 0.89

1006V G090x 0.99 1052 G090x 1.00 110 G130x 0.98

1006W G090x 0.99 1054 G090x 0.99 1100 G110x 1.00

1008 G120x 1.00 1055 G110x 1.00 1101 G100x 0.84

101 G130x 0.90 1056 G100x 1.00 1102 G090x 0.99

1010 G110x 1.00 1058 G090x 1.00 1103 G110x 1.00

1011 G090x 1.00 1059 G090x 1.00 1104 G090x 1.00

1013 G120x 1.00 106 G130x 0.90 1107 G100x 0.99

1016 G100x 0.87 1062 G100x 0.99 1108 G100x 0.99

1017 G090x 1.00 1063 G100x 0.87 1109 G100x 0.99

1019 G110x 1.00 1064 G100x 0.87 1109A G100x 0.99

102 G130x 0.91 1065 G100x 0.99 111 G130x 0.98

1020 G100x 0.98 1066 G110x 0.99 1110 G110x 1.00

1021A G100x 0.87 1067 G100x 0.99 1111 G100x 0.99

1022 G090x 0.99 1068 G090x 1.00 1115 G090x 1.00

1022A G100x 0.99 1069 G100x 0.99 1116 G100x 0.99

1023 G090x 1.00 107 G130x 0.98 1117 G100x 1.00

1023A G090x 1.00 1070 G110x 1.00 1118 G100x 0.99

1024 G090x 0.92 1071 G090x 0.98 112 G120x 0.97

1025 G090x 0.98 1072 G090x 1.00 1121 G090x 0.99

1027 G110x 1.00 1073 G090x 0.99 1122 G110x 0.98

1028 G090x 0.98 1074 G110x 1.00 1124 G090x 0.99

103 G120x 0.93 1075 G100x 0.99 1125 G090x 0.96

1030 G090x 0.99 1076 G100x 0.99 1126 G090x 1.00

1031 G100x 0.92 1077 G090x 1.00 1127 G110x 0.98

1032 G090x 0.97 1078 G090x 0.84 1129 G100x 0.85

1033 G090x 1.00 1079 G100x 0.98 113 G120x 0.93

1034 G100x 0.98 108 G120x 0.97 1130 G110x 1.00

1034A G100x 1.00 1080 G100x 0.96 1132 G090x 1.00

1034B G100x 0.84 1081 G090x 1.00 1134 G100x 0.84

1034C G090x 0.90 1082 G100x 0.99 1135 G100x 0.99

1035 G090x 1.00 1083 G090x 0.88 1137 G100x 0.99

1036 G090x 0.99 1085 G090x 1.00 1137A G100x 0.99

1038 G090x 0.90 1086 G110x 1.00 1138 G100x 0.86

1038B G090x 0.91 1089 G090x 0.99 1139 G090x 0.99

1039 G090x 0.99 109 G120x 0.97 114 G130x 0.89

1039A G100x 0.99 1090 G090x 1.00 1140 G090x 1.00

104 G130x 0.89 1091 G100x 0.96 1141 G110x 1.00

1041 G110x 0.94 1094 G090x 0.95 1142 G110x 1.00

1042 G090x 1.00 1096 G100x 0.84 1143 G090x 0.90

1043 G110x 1.00 1097 G090x 0.99 1145 G100x 0.84

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-11
WBID EDA FD WBID EDA FD WBID EDA FD

1146 G090x 0.99 1199 G090x 1.00 1248B G090x 1.00

1147 G090x 1.00 11A G130x 0.93 1248C G090x 1.00

1148 G100x 1.00 12 G130x 0.86 1249 G100x 1.00

1149A G100x 0.99 120 G120x 0.97 125 G120x 0.96

115 G120x 0.97 1200 G090x 1.00 1250 G100x 0.93

1150 G100x 0.90 1201 G100x 0.99 1251 G090x 0.98

1151 G090x 0.98 1203 G090x 1.00 1252 G100x 1.00

1152 G090x 0.99 1204 G100x 0.99 1253 G100x 0.98

1153 G100x 0.84 1205 G100x 0.99 1254 G100x 0.00

1154 G100x 0.99 1206 G090x 1.00 1256 G090x 1.00

1155 G110x 0.98 1207 G100x 0.99 1257 G100x 0.00

1156 G100x 0.84 1208 G090x 1.00 1258 G100x 0.98

1157 G090x 1.00 1209 G110x 1.00 1259 G100x 0.14

1158 G090x 0.99 121 G120x 0.97 126 G120x 0.97

1159 G100x 0.84 1210 G090x 1.00 1260 G100x 0.98

116 G130x 0.89 1213 G090x 1.00 1262 G100x 0.28

1160 G090x 0.99 1214 G090x 1.00 1263 G100x 0.99

1162 G110x 0.98 1215 G100x 1.00 1264 G100x 0.98

1163 G100x 0.84 1216 G090x 1.00 1268 G100x 0.99

1164 G100x 0.97 1217 G100x 0.66 127 G130x 0.93

1165 G090x 0.98 1218 G100x 0.13 1271 G100x 0.82

1166 G090x 1.00 122 G130x 0.86 1272 G100x 0.00

1167 G090x 1.00 1220 G100x 0.93 1274C G100x 1.00

1168 G090x 1.00 1221 G100x 0.98 1275 G100x 1.00

1169 G090x 0.97 1222 G090x 1.00 1275A G100x 1.00

117 G120x 0.92 1223 G090x 1.00 1276 G100x 1.00

1171 G110x 0.98 1224 G100x 0.98 1277 G100x 0.00

1173 G090x 1.00 1226 G100x 0.04 128 G130x 0.90

1175 G090x 1.00 1228 G100x 0.99 1283 G100x 1.00

1176 G090x 0.90 1229 G100x 0.98 1284 G100x 0.00

1177 G100x 1.00 123 G100x 0.82 1286 G100x 1.00

1178 G100x 0.88 1231 G100x 0.96 1287 G100x 1.00

1179 G090x 1.00 1232 G090x 0.98 129 G130x 0.89

118 G130x 0.99 1233 G100x 0.96 1297A G090x 1.00

1182 G100x 0.84 1234 G090x 1.00 1297B G090x 1.00

1183 G100x 0.84 1236 G100x 0.98 1297C G090x 0.91

1185 G100x 0.99 1237 G110x 0.00 1297D G090x 0.83

1186 G090x 0.99 1238 G100x 0.02 1297E G090x 0.83

1187 G090x 1.00 124 G100x 0.85 1297F G090x 0.82

1189 G090x 1.00 1240 G100x 0.99 1297G G090x 0.78

119 G120x 0.97 1241 G090x 0.98 1298 G090x 0.83

1190 G100x 0.99 1242 G100x 0.98 1299 G090x 0.87

1192 G100x 0.99 1243 G110x 0.00 13 G130x 0.86

1193 G090x 1.00 1244 G110x 0.00 130 G120x 0.82

1195 G110x 0.99 1245 G090x 0.98 1300 G090x 0.94

1197 G090x 1.00 1246 G090x 1.00 1301 G090x 0.83

1198 G090x 1.00 1247 G090x 1.00 1302 G090x 0.87

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-12
WBID EDA FD WBID EDA FD WBID EDA FD

1303 G090x 0.83 1340 G076x 0.26 1359A G076x 0.17

1304 G090x 0.83 1340A G076x 0.26 1359B G076x 0.17

1305 G090x 0.87 1340B G076x 0.26 1359C S180x 0.17

1306 G090x 0.83 1340C G076x 0.25 136 G120x 0.97

1307 G090x 0.87 1340D G076x 0.25 1360 G076x 0.23

1308 G090x 0.87 1340E G076x 0.25 1361 G076x 0.25

131 G130x 0.99 1340F G076x 0.26 1363 G076x 0.25

1313 G078x 0.98 1340G G076x 0.26 1364A G076x 0.25

1313A G078x 0.99 1340H G076x 0.26 1365 G076x 0.25

1315 G078x 0.98 1340I G076x 0.26 1366 G076x 0.24

1317 G078x 0.99 1340J G076x 0.26 1367 G076x 0.25

1318 G078x 0.99 1340K G076x 0.26 1368 G076x 0.21

132 G130x 0.87 1340L G076x 0.26 1369 G076x 0.21

1320 S180x 0.63 1340M G076x 0.26 137 G130x 0.98

1322 G078x 0.99 1340N G076x 0.26 1370A G076x 0.25

1324 S180x 0.27 1340O G076x 0.26 1371 G076x 0.25

1325 G078x 0.98 1340P G076x 0.26 1371A G076x 0.25

1326 G078x 1.00 1340Q G076x 0.25 1372 G076x 0.25

1328 G078x 0.98 1340R G076x 0.25 1374 G076x 0.25

1329A G076x 0.99 1340S G076x 0.26 1375 G076x 0.21

1329B G076x 0.95 1340T G076x 0.26 1376 G076x 0.25

1329B1 G078x 0.86 1342 S180x 0.25 1377 G076x 0.22

1329C S180x 0.45 1342A G076x 0.25 1377A G076x 0.25

1329D G076x 0.26 1342B G076x 0.25 1378 G076x 0.21

1329E G076x 0.25 1342C G076x 0.25 1379 G076x 0.21

1329F G076x 0.20 1342D G076x 0.25 138 G140x 0.88

1329G S180x 0.20 1342E S180x 0.26 1380 G074x 0.25

1329H G076x 0.25 1342X G076x 0.25 1381 S180x 0.18

1329J G076x 0.68 1342Y G076x 0.25 1381A G076x 0.16

1329M G076x 0.25 1342Z G076x 0.25 1381X S180x 0.17

1329O G076x 0.25 1343 G076x 0.26 1383 G076x 0.20

1329P G076x 0.21 1344 G076x 0.25 1385 G076x 0.21

1329V G076x 0.68 1346 G076x 0.25 1386 G076x 0.21

1329W G076x 0.25 1347A S180x 0.21 1388 G076x 0.21

1329X G076x 0.25 1349 G076x 0.25 1388A G076x 0.21

133 G120x 0.97 135 G130x 0.91 139 G120x 0.82

1331 G078x 0.98 1350 S180x 0.48 1390 G076x 0.21

1332 G078x 1.00 1351 G076x 0.25 1390A G076x 0.21

1333 G078x 0.99 1351A G076x 0.25 1392A G070x 0.86

1334 G078x 0.92 1351B G076x 0.25 1392A1 G076x 1.00

1335 G078x 0.99 1351B1 G076x 0.25 1392Y G076x 0.86

1336 G076x 0.95 1352 S180x 0.48 1393 G076x 0.18

1337 G078x 0.98 1354 G076x 0.26 1394 G076x 0.19

1337A G076x 1.00 1356 G076x 0.25 1396 G076x 0.21

1338A G076x 0.32 1357 G076x 0.25 1396A G076x 0.21

1338B G076x 0.26 1358 G076x 0.25 1398 G076x 0.21

134 G130x 0.91 1359 S180x 0.19 1399 G076x 0.21

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-13
WBID EDA FD WBID EDA FD WBID EDA FD

14 G140x 0.84 1436 S180x 0.23 1456A1 G074x 1.00

140 G100x 0.86 1437 G074x 0.86 1456B G074x 1.00

1401 G074x 0.99 1438 G076x 0.83 1456C G074x 1.00

1402 G070x 0.92 1438A G070x 0.86 1456Y G074x 1.00

1402A G070x 0.89 1439 G074x 1.00 1456Z G074x 1.00

1402B G070x 0.89 144 G130x 0.91 1457 G070x 0.81

1403 G076x 0.21 1440 G074x 1.00 1458 G074x 0.99

1403A G076x 0.21 1440A G074x 1.00 1459A G070x 0.86

1403B G076x 0.21 1440E G076x 0.87 145A G130x 0.98

1404 G074x 0.86 1440F G074x 1.00 145B G130x 0.98

1406 S180x 0.16 1441 G074x 1.00 146 G120x 0.97

1406A S180x 0.50 1442 G076x 0.81 1460 G070x 0.86

1407 G074x 1.00 1443A G076x 0.70 1461 G074x 1.00

1408 G076x 0.86 1443B G070x 0.87 1462A G070x 0.77

1409 G074x 1.00 1443C G070x 0.84 1462B G070x 0.77

1409B G074x 1.00 1443D G070x 0.81 1463 G070x 0.95

141 G130x 0.90 1443E G070x 1.00 1463A G070x 0.95

1410 G070x 0.86 1443E1 G070x 1.00 1463B G074x 0.98

1411 G076x 0.16 1443E2 G070x 0.96 1463C G070x 1.00

1412 G076x 0.21 1443F G070x 1.00 1463D G074x 1.00

1413 G076x 0.17 1445 G076x 0.63 1463L G070x 1.00

1414 G076x 0.17 1446 G076x 0.77 1463Z G074x 1.00

1416 S180x 0.16 1447 G070x 0.86 1464C G074x 1.00

1417 G076x 0.16 1448 G076x 0.73 1464V G074x 1.00

1418 G070x 0.86 1449 G076x 0.28 1464W G074x 1.00

1418A G070x 0.86 145 G130x 0.98 1465 G070x 0.77

1418B G076x 0.86 1450 G074x 1.00 1466 G076x 0.16

1419 S180x 0.16 1450A G074x 1.00 1466A G076x 0.16

142 G120x 0.97 1450B G074x 1.00 1467 G076x 0.16

1420 G074x 1.00 1451 G070x 0.91 1467A G076x 0.16

1423 G074x 0.99 1451A G070x 0.95 1467B G076x 0.16

1423A G074x 1.00 1451B G070x 0.95 1468 G076x 0.16

1423B G074x 1.00 1451C1 G070x 0.91 1468A G076x 0.16

1424 G076x 0.18 1451D G074x 1.00 1469 G070x 0.79

1424A G076x 0.22 1451D1 G074x 0.96 147 G120x 0.82

1425 G070x 0.86 1451E G070x 0.89 1470 G070x 0.74

1426 S180x 0.16 1451G G070x 1.00 1471 G070x 0.77

1427 G076x 0.16 1451H G070x 1.00 1473 G074x 0.98

1428 G070x 0.86 1451T G070x 0.89 1473A G070x 1.00

1429 G074x 0.86 1451W G070x 0.89 1473X G070x 1.00

143 G120x 0.98 1451X G070x 0.89 1473Y G070x 1.00

1430 G076x 0.17 1452 G070x 0.61 1474 G074x 1.00

1431 G076x 0.19 1453 G070x 0.80 1474A G070x 1.00

1432 G074x 1.00 1454 G076x 0.53 1474U G070x 1.00

1433 G076x 0.16 1455 G070x 0.86 1474V G070x 1.00

1434 G074x 1.00 1456 G074x 0.99 1474Y G070x 1.00

1435 G076x 0.16 1456A G074x 1.00 1475 G074x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-14
WBID EDA FD WBID EDA FD WBID EDA FD

1475A G074x 1.00 1489 G070x 0.82 1501V G050w 0.68

1475B G074x 1.00 149 G130x 0.93 1501W G050w 0.68

1476 G076x 0.16 1490 G070x 0.74 1501X G050w 0.68

1476A G076x 0.16 1491 G070x 0.74 1501Z G050w 0.68

1478 G070x 0.95 1491A G070x 0.74 1502 G070x 0.97

1478A G070x 0.95 1491B G070x 0.74 1502C G070x 1.00

1478D G070x 0.95 1492 F100x 0.68 1503 G076x 0.16

1478E G070x 0.95 14921 G050w 0.68 1503A G076x 0.18

1478F G070x 1.00 1493 G070x 1.00 1504 S180x 0.68

1478K G070x 0.95 1493A G070x 1.00 15041 G050w 0.68

1478L G070x 0.96 1493B G070x 1.00 1504A G050w 0.68

1478Z G070x 1.00 1493D G070x 1.00 1505 G070x 0.85

1479 G074x 1.00 1493E G070x 1.00 1506 G070x 0.74

148 G140x 0.88 1493F G070x 1.00 1507 G070x 0.98

1480A S180x 0.68 1493V G070x 1.00 1507A G070x 1.00

1481 G074x 1.00 1493X G070x 1.00 1508 G074x 1.00

1481A G074x 1.00 1494 G070x 0.95 1509 G070x 0.95

1482 G070x 0.76 1494A G070x 0.95 151 G100x 0.85

1483 G070x 0.74 1494B G070x 0.95 1510 F100x 0.68

1484 G076x 0.21 1495A G070x 0.74 15101 G050w 0.68

1484A G076x 0.16 1495B G070x 0.71 1513 G070x 1.00

1484B G076x 0.16 1496 G070x 1.00 1513B G070x 1.00

1485 G070x 0.74 1496A G070x 1.00 1513Y G070x 1.00

1486 G074x 1.00 1497 G076x 0.68 1514 G070x 0.95

1486A G074x 1.00 1497A G050w 0.68 1514A G070x 0.95

1487 G070x 0.89 1497B G050w 0.68 1515 G070x 1.00

1488 G076x 0.68 1497D G050w 0.68 1516 G070x 0.99

14882 G050w 0.68 1497D1 G050w 0.68 1516A G070x 1.00

1488A G050w 0.68 1497E G050w 0.68 1516B G070x 1.00

1488B G050w 0.68 1498 G070x 0.95 1516C G070x 1.00

1488C G050w 0.68 1498A G070x 0.95 1516D G070x 1.00

1488C1 G076x 0.68 1498C G070x 0.95 1516E G070x 1.00

1488D G050w 0.68 1498D G070x 0.95 1516F G070x 1.00

1488D3 G076x 0.68 1499 G070x 0.98 1516G G070x 0.95

1488G G050w 0.68 15 G130x 0.86 1517 G070x 0.95

1488I G050w 0.68 150 G120x 0.93 1518 G070x 0.71

1488P G050w 0.68 1500 S180x 0.68 1519 G070x 0.95

1488Q G050w 0.68 15001 G050w 0.68 1519A G070x 0.95

1488S G050w 0.68 15002 G050w 0.68 1519B G070x 0.95

1488T G050w 0.68 1501 G050w 0.68 1519C G070x 0.95

1488U G050w 0.68 1501A G050w 0.68 1519D G070x 0.95

1488V G050w 0.68 1501B G050w 0.68 151A G100x 0.85

1488W G050w 0.68 1501B1 G050w 0.68 152 G130x 0.93

1488W1 G050w 0.68 1501C G050w 0.68 1520 G070x 0.82

1488X G050w 0.68 1501D G050w 0.68 1521 G050w 0.68

1488Y G050w 0.68 1501E G050w 0.68 1521A G050w 0.68

1488Z G050w 0.68 1501F G076x 0.68 1521A1 G050w 0.68

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-15
WBID EDA FD WBID EDA FD WBID EDA FD

1521B G050w 0.68 1539C G050w 0.68 1570A G070x 1.00

1521C G050w 0.68 1539D G050w 0.68 1570Y G070x 1.00

1521C1 G050w 0.68 1539E G050w 0.68 1570Z G070x 1.00

1521D G050w 0.68 1539F G050w 0.68 1571 G070x 0.88

1521E G050w 0.68 1539P G050w 0.68 1576 G070x 1.00

1521F G050w 0.68 1539Q G050w 0.68 1577 G070x 1.00

1521G G050w 0.68 1539R G050w 0.68 1578A G070x 0.95

1521G1 G050w 0.68 1539X G050w 0.68 1578B G070x 0.94

1521H G050w 0.68 1539Y G050w 0.68 1579 G070x 1.00

1521I G050w 0.68 1539Y1 G050w 0.68 1579A G070x 1.00

1521J G050w 0.68 154 G130x 0.93 158 G130x 0.89

1521K G050w 0.68 1540 G070x 0.70 1580 G050w 0.68

1521L G050w 0.68 1541A G070x 1.00 1581 G070x 1.00

1521M G050w 0.68 1541B G070x 1.00 1582A G050w 0.68

1521O G050w 0.68 1541C G074x 1.00 1582B G050w 0.68

1521P G050w 0.68 1542 G070x 0.83 1583 G070x 0.88

1521Q G050w 0.68 1542A G070x 0.83 1584A G070x 1.00

1521R G050w 0.68 1543 G070x 0.70 1586 G050w 0.68

1522A G070x 0.84 1543A G070x 0.72 1587 G070x 1.00

1522B G070x 0.84 1544 G070x 0.84 1588 G050w 0.68

1522C G070x 0.84 1545 G050w 0.68 1588A G050w 0.68

1522D G070x 0.84 1546 G070x 1.00 1589 G050w 0.68

1523 G070x 1.00 1547 G070x 0.86 1589A F100x 0.68

1523E G070x 1.00 1547A G070x 0.84 159 G130x 0.90

1524 G070x 0.70 1547B G070x 0.84 1590 G050w 0.68

1525 G070x 0.70 1547C G070x 0.84 1590A G050w 0.68

1526 G070x 0.73 1548 G050w 0.68 1590B G050w 0.68

1527 G074x 1.00 1548A G050w 0.68 1590C G050w 0.68

1529 G074x 1.00 1549A G070x 0.68 1590D G050w 0.68

1529A G070x 1.00 1549B G050w 0.68 1590E G050w 0.68

1529B G074x 1.00 1549B1 G050w 0.68 1590Z G050w 0.68

153 G130x 0.93 1549C G050w 0.68 1591 G070x 1.00

1530A G070x 1.00 1549X G050w 0.68 1592 G070x 0.94

1531 G070x 0.70 155 G130x 0.91 1592B G070x 0.94

1532 F100x 0.68 1551 G070x 0.71 1592C G070x 0.94

1533 G070x 0.84 1552 G070x 0.88 1594 G070x 1.00

1534 G070x 0.96 1553B G070x 1.00 1596 G070x 1.00

1536A G070x 1.00 1555 G070x 1.00 1597 G070x 0.88

1536B G070x 1.00 156 G130x 0.87 1597A G070x 0.88

1536C G070x 1.00 1560 G070x 0.73 1598 G050w 0.68

1536E G070x 1.00 1561 G070x 0.84 1599 G070x 1.00

1536F G070x 1.00 1563 G070x 1.00 16 G130x 0.89

1537 G070x 0.70 1564 G070x 0.88 160 G120x 0.89

1538A G074x 1.00 1565 G070x 0.84 1601 G070x 1.00

1539 F100x 0.68 1568 G070x 0.88 1602 G050w 0.68

1539A G050w 0.68 157 G100x 0.82 1605 G070x 1.00

1539B G050w 0.68 1570 G070x 1.00 1605A1 G070x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-16
WBID EDA FD WBID EDA FD WBID EDA FD

1605D G070x 1.00 1626 G050w 0.68 1676 G070x 1.00

1608 G050w 0.68 1628 G070x 1.00 1677A G050w 0.79

1609 G070x 1.00 1629 G050w 0.68 1677B F100x 0.71

160A G130x 0.99 1629A G050w 0.68 1677C G050w 0.71

160B G130x 0.98 163 G120x 0.97 1677C1 G050w 0.68

160F G130x 0.99 1631 G050w 0.69 1678 G070x 0.93

161 G130x 0.98 1632 G070x 1.00 1679 G050w 0.77

1610 G050w 0.87 1634 G050w 0.68 167A G130x 0.85

1611 G050w 0.69 1635 G070x 1.00 168 G130x 0.99

1613 F100x 0.68 1636 G070x 1.00 1680 G070x 0.90

1613A F100x 0.68 1637 G070x 1.00 1681 G070x 0.89

1613B F100x 0.68 1638 G050w 0.73 1682 G070x 0.99

1613C F100x 0.68 1639 G070x 0.88 1684 G070x 0.93

1613D G050w 0.68 164 G120x 0.97 1686 G070x 1.00

1615 G070x 1.00 1642 G070x 0.90 1688 G070x 0.96

1616 G050w 0.68 1644A G050w 0.73 1689 G070x 0.99

1617 F100x 0.68 1644B G050w 0.73 169 G140x 0.88

1617A G050w 0.68 1645 G070x 0.88 1690 G070x 0.99

1619 F100x 0.68 1646 G050w 0.74 1692 G050w 0.87

162 G130x 0.98 1647 G050w 0.68 1695 G070x 0.88

1621A G070x 1.00 1647B G050w 0.68 1697 G070x 0.88

1621B G070x 0.98 1649 G070x 0.96 1698 G070x 0.88

1621C G070x 0.96 165 G120x 0.98 1699 G050w 0.79

1621D G070x 0.92 1651 G070x 0.96 17 G130x 0.86

1621E G070x 0.88 1652 G070x 0.93 170 G100x 0.82

1621G G070x 1.00 1653 G070x 0.89 1702 G070x 0.88

1622 G050w 0.68 1655 G070x 0.88 1704 G070x 0.88

1622A G050w 0.68 1657 G070x 0.99 1705 G070x 0.88

1622C G050w 0.68 1658 G070x 0.99 1706A F100x 0.68

1623A G050w 1.00 1659 G070x 1.00 1707 G070x 0.95

1623B G050w 0.99 166 G130x 0.97 1708 G070x 0.96

1623C G050w 0.99 1660 G070x 1.00 171 G130x 0.89

1623D G050w 0.98 1663 F100x 0.68 1711 G070x 0.88

1623E G050w 0.97 1663A F100x 0.68 1712 G070x 0.96

1623F G050w 0.92 1664 G070x 1.00 1713 G070x 0.96

1623G G050w 0.87 1665 G070x 0.93 1714 G070x 0.88

1623H G050w 0.85 1666 G070x 0.97 1715 G070x 0.88

1623I G050w 0.80 1666A G070x 1.00 1717 G070x 0.91

1623J G050w 0.76 1667 G070x 0.93 1718 G050w 0.79

1623K G050w 0.68 1669 G070x 1.00 172 G140x 0.88

1623L G050w 0.68 167 G120x 0.85 1720 G050w 0.80

1623M G050w 0.68 1670 G070x 0.98 1721 G070x 0.88

1623M1 G050w 0.68 1671 G050w 0.85 1722 G050w 0.71

1623M2 G050w 0.68 1672 G050w 0.77 1724 G070x 0.96

1623N G050w 0.68 1673 G070x 0.88 1725 G070x 1.00

1623S G050w 0.68 1674 G070x 1.00 1727 G050w 0.79

1623X G050w 0.73 1675 G070x 0.93 1728 G050w 0.79

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-17
WBID EDA FD WBID EDA FD WBID EDA FD

1729 G070x 0.88 1768 G070x 0.88 1808 G050w 0.79

173 G130x 0.87 1769 G050w 0.83 1809 G070x 0.96

1730F F100x 0.71 177 G130x 0.92 180A G100x 0.86

1732 G070x 0.96 1770 G070x 0.96 180B G100x 0.86

1732A G070x 0.96 1771 G070x 1.00 181 G130x 0.89

1733 G070x 1.00 1772 G050w 0.83 1810 G070x 0.99

1734 G050w 0.80 1773 G050w 0.76 1811 G050w 0.54

1735 G050w 0.79 1774 G050w 0.86 1812 G070x 0.98

1736 G070x 1.00 1775 G050w 0.85 1813R F100x 0.82

1737 G050w 0.79 1776 F100x 0.73 1814 G050w 0.87

1738 G050w 0.82 1776A F100x 0.73 1815 F100x 0.81

1739 G070x 1.00 1777 G050w 0.86 1817 G050w 0.83

174 G100x 0.86 1778 G070x 1.00 1818 G050w 0.85

1740 G050w 0.80 1779 G070x 1.00 1819 G070x 0.99

1741 G050w 0.79 178 G120x 0.93 182 G140x 0.91

1742A G070x 1.00 1780 G070x 1.00 1820 G050w 0.86

1742B G070x 0.91 1781 G050w 0.85 1821 G050w 0.81

1742C G070x 1.00 1782 G070x 0.96 1822 G050w 0.87

1743 G070x 0.88 1783 G070x 0.95 1823 G070x 0.99

1744 G050w 0.79 1784 G070x 1.00 1824 G050w 0.74

1745 G050w 0.80 1785 G070x 0.88 1826 G050w 0.78

1746 G050w 0.80 1786 G050w 0.83 1827 G050w 0.82

1747 G070x 1.00 1787A G050w 0.95 1828 G070x 0.46

1748 G050w 0.80 1787B G050w 0.77 1829 G070x 0.99

1749 G070x 1.00 179 G130x 0.89 183 G120x 0.98

1750 G050w 0.87 1790 G070x 0.95 1830 G070x 0.68

1751 G050w 0.80 1791 G070x 0.88 1831 G070x 0.72

1752 G050w 0.85 1792 G070x 1.00 1832 G070x 0.83

1753 G070x 0.88 1793 G070x 0.99 1833 G070x 0.99

1754 G070x 0.97 1794 G050w 0.83 1834 G070x 0.50

1755 G070x 0.96 1795 G050w 0.83 1835 G050w 0.90

1756 G070x 1.00 1796 G050w 0.83 1836 G050w 0.72

1757A G050w 0.85 1798 G070x 1.00 1837 G050w 0.87

1757B G050w 0.84 1799 G050w 0.85 1838 G050w 0.79

1759 G050w 0.85 179A G130x 0.89 1839 G050w 0.93

175A G100x 0.86 18 G130x 0.98 184 G130x 0.97

176 G130x 1.00 180 G100x 0.86 1840 G070x 0.49

1760 G070x 1.00 1800 G070x 0.96 1842C F100x 0.82

1762 G070x 0.96 1801 G050w 0.78 1843 G070x 0.99

1763A G050w 0.97 1802 G050w 0.78 1844 G050w 0.90

1763B G050w 0.90 1803 G070x 0.91 1845 G050w 0.93

1763C G050w 0.83 1805 G050w 0.77 1846 G070x 0.93

1763D G050w 0.74 1806 G070x 0.96 1847 G070x 0.52

1764 G050w 0.85 1807A G070x 0.79 1848B G070x 1.00

1765 G050w 0.82 1807B G070x 0.46 1849 G070x 0.91

1766 G050w 0.85 1807C G070x 0.46 185 G120x 0.87

1767 G050w 0.84 1807D G070x 0.55 1851 G050w 0.82

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-18
WBID EDA FD WBID EDA FD WBID EDA FD

18511 G050w 0.82 1895 G070x 0.50 1936 G060x 1.00

1852 G050w 0.81 1896 G070x 1.00 1936A G070x 1.00

1853 G070x 0.62 1897 G050w 0.92 1937 G070x 1.00

1854 G050w 0.90 1898A F100x 0.86 1939 G050w 0.92

1855 G070x 0.46 1899 G070x 1.00 1939A G050w 0.92

1857 F100x 0.85 18A G130x 0.90 194 G130x 0.93

1858 G070x 0.46 19 G130x 0.92 1940 G050w 0.92

1859 G070x 0.97 190 G130x 0.85 1941 G070x 1.00

186 G130x 0.97 1900 G070x 0.46 1942 G050w 0.87

1860A F100x 0.86 1901 G070x 1.00 1943 G050w 0.87

1860C F100x 0.83 1902 G050w 0.77 1944 G050w 0.88

1861 G070x 0.46 1903 G070x 0.53 1945 G050w 0.92

1863 G050w 0.90 1904 G050w 0.79 1946 G050w 0.79

1864 G070x 0.46 1905 G050w 0.97 1947 G060x 1.00

1865 G070x 0.46 1907 G050w 0.92 1948 G050w 0.99

1866 G050w 0.96 1908 G070x 0.78 1949 G050w 0.87

1867 G050w 0.55 1909 G070x 1.00 195 G100x 0.82

1869A G070x 0.69 191 G130x 0.85 1950A G050w 0.96

1869B G050w 0.78 1910 G070x 0.82 1950B G050w 0.85

1869C G050w 0.77 1912 G070x 1.00 1952 G050w 0.85

187 G130x 0.98 1913 G070x 1.00 1953 G060x 1.00

1870 G050w 0.92 1914 G070x 1.00 1953A G060x 1.00

1871 G050w 0.93 1914A G070x 1.00 1955 G050w 1.00

1872 G070x 0.94 1914B G070x 1.00 1956 G050w 0.99

1873 G050w 0.93 1915 G050w 0.79 1957 G050w 0.94

1874 G070x 0.99 1917 G050w 0.78 1958 G050w 0.99

1875 G070x 1.00 1918 G070x 0.78 1959 G050w 0.99

1876 G070x 1.00 1919 G050w 0.78 196 G130x 0.91

1876A G070x 1.00 192 G130x 0.99 1960 G050w 0.89

1876B G070x 1.00 1920 G050w 0.79 1962 G050w 0.91

1877A G050w 0.86 1921 G050w 0.98 1963 G050w 0.86

1877B G050w 0.78 1922 G070x 0.78 1964 G050w 0.90

1877C G050w 0.87 1923 G070x 1.00 1965 G050w 0.97

1878 G050w 0.92 1924 G070x 1.00 1966 G060x 1.00

1879 G050w 0.92 1924A G060x 1.00 1967 G050w 1.00

188 G130x 0.89 1924B G060x 1.00 1968D G060x 1.00

1880 G070x 0.46 1925 G070x 1.00 1969 G050w 0.98

1881 G070x 0.47 1926 G070x 1.00 197 G140x 0.88

1882 G070x 0.70 1927 G050w 0.78 1970 G050w 0.90

1884 G050w 0.79 1928 G050w 0.94 1971 G060x 1.00

1886 G050w 0.88 1929 G070x 1.00 1971A G060x 1.00

1887 G070x 1.00 193 G130x 0.89 1972 G050w 0.87

1889 G070x 0.64 1930 G070x 1.00 1973 G050w 0.95

189 G130x 0.98 1930A G070x 1.00 1974 G050w 0.96

1890 G070x 0.60 1933 G050w 0.79 1975 G060x 1.00

1892 G070x 0.71 1934 G050w 0.91 1976 G050w 1.00

1894 G050w 0.78 1935 G050w 0.78 1977 G050w 0.85

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-19
WBID EDA FD WBID EDA FD WBID EDA FD

1978 G050w 0.99 2014 G050w 1.00 2053 G050w 1.00

198 G130x 0.87 2015 G060x 1.00 2054 G050w 0.97

1980 G050w 0.98 2015A G050w 0.98 2056E G050w 1.00

1981 G050w 0.95 2016 G050w 0.98 2058 G050w 0.97

1981A G050w 0.96 2017 G060x 1.00 2059 G050w 0.97

1981B G050w 0.92 2018 G060x 1.00 206 G120x 0.93

1981C G050w 0.87 2019 G050w 0.95 2062 G050w 1.00

1981D G050w 0.89 202 G130x 0.92 2063 G050w 1.00

1982 G060x 1.00 2020 G050w 0.90 2065D G050w 1.00

1983B G056x 1.00 2021 G056x 1.00 2065F G050w 1.00

1984AA G060x 1.00 2022 G050w 0.96 2066 G050w 1.00

1985 G060x 1.00 2023 G050w 1.00 2068 G050w 1.00

1986 G050w 0.93 2024 G050w 1.00 207 G130x 0.85

1987 G050w 1.00 2025 G050w 1.00 2071 G050w 0.98

1988 G050w 0.99 2026 G050w 1.00 2073 G050w 1.00

1989 G050w 1.00 2026A G050w 1.00 2074 G050w 1.00

199 G100x 0.86 2027 G050w 1.00 2074A G050a 0.99

1990 G050w 0.92 2028 G050w 1.00 2074B G050w 1.00

1991A G050w 1.00 2029 G050w 0.98 2076 G050a 1.00

1991B G050w 1.00 203 G130x 0.98 2077 G050w 1.00

1991C G050w 1.00 2030 G056x 0.95 2078A G056x 1.00

1991D G050w 0.96 2030A G050w 0.95 2078B G056x 1.00

1993 G060x 1.00 2031 G050w 0.96 2079 G050w 1.00

1994 G060x 1.00 2032 G050w 1.00 208 G130x 0.93

1995 G050w 0.90 2033 G050w 1.00 2080 G056x 1.00

1996 G060x 1.00 2034 G050w 0.96 2081 G050w 1.00

1997 G050w 0.93 2035 G050w 0.94 2082A G050w 1.00

1998 G050w 0.95 2036 G050w 1.00 2082B G050w 1.00

1999 G050w 0.94 2037 G050w 1.00 2082C G050w 1.00

20 G130x 0.89 2038 G050w 0.98 2082C1 G050a 1.00

200 G130x 0.98 2039 G056x 0.95 2084 G050w 1.00

2000 G050w 1.00 204 G120x 0.94 2086 G050w 1.00

2001 G050w 0.92 2040 G050w 0.93 2088 G050w 1.00

2002 G060x 1.00 2041 G050w 0.96 209 G130x 0.98

2003 G050w 1.00 2041A G050w 1.00 2091 G050w 1.00

2004 G050w 0.99 2041B G050w 0.98 2093A G050w 1.00

2005 G050w 1.00 2042 G056x 0.95 2094 G050w 1.00

2006 G050w 0.97 2043 G050w 1.00 2097A S170x 1.00

2007 G050w 0.94 2044 G050w 0.97 2097B S170x 1.00

2008 G050w 0.91 2045 G050w 1.00 2097C S170x 1.00

2009 G050w 0.98 2046 G050w 1.00 2097D S170x 0.96

2009A G060x 1.00 2047 G050w 1.00 2097E S170x 0.95

201 G130x 0.99 2048A G050w 1.00 2097F S170x 0.94

2010 G050w 1.00 2048B G050w 1.00 2097G S170x 0.94

2011 G050w 0.93 2049 G056x 0.95 2097H S170x 0.89

2012 G050w 1.00 204A G120x 0.94 2097I S170x 0.85

2013 G050w 1.00 205 G120x 0.94 2097J S170x 0.82

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-20
WBID EDA FD WBID EDA FD WBID EDA FD

2097K S170x 0.79 2137 S170x 0.96 2180 S170x 0.94

2098 S170x 0.96 2139 S170x 0.87 2181 S180x 0.96

2099 S170x 0.96 214 G130x 0.97 2182 S175x 0.87

21 G130x 0.89 2141 S170x 0.94 2183 S180x 0.95

210 G120x 0.94 2142 S175x 0.95 2184 S175x 1.00

2100 S170x 0.96 2143 S175x 0.87 2185 S170x 0.94

2101 S170x 0.96 2144 S170x 0.94 2186 S175x 1.00

2102 S170x 0.96 2145 S175x 0.87 2187 S175x 1.00

2103 S170x 0.96 2146 S170x 0.94 2188 S175x 0.95

2104 S170x 0.96 2147 S175x 0.95 2189 S180x 0.95

2105 S170x 0.95 2148A S170x 1.00 219 G120x 0.87

2105A S170x 0.95 2148B S175x 0.92 2190 S180x 1.00

2105B S170x 0.95 2149 S175x 1.00 2191 S180x 1.00

2106 S170x 0.95 215 G130x 0.97 2192 G080x 0.81

2107 S170x 0.95 2150 S170x 0.94 2193 S175x 0.92

2108 S170x 0.96 2151 S175x 0.95 2194 S170x 0.79

2109 S170x 0.96 2152 S170x 0.94 2195 G080x 0.81

210A G120x 0.94 2153 S170x 0.87 2196 S170x 0.94

211 G130x 0.89 2154 S170x 0.94 2197 S175x 0.88

2110 S170x 0.96 2155 S175x 0.87 2198 S175x 0.00

2111 S170x 0.96 2156 S175x 0.87 2199 S170x 0.79

2112 S170x 0.95 2157 S175x 0.87 22 G130x 0.86

2113 S170x 0.96 2158 S170x 0.91 220 G130x 0.97

2115 S170x 0.95 2159 S170x 0.94 2200 S180x 1.00

2116 S170x 0.96 216 G100x 0.86 2201 S175x 1.00

2117 S170x 1.00 2160 S170x 0.94 2202 S170x 1.00

2118 S170x 0.96 2161 S175x 0.93 2203 S170x 1.00

2119 S170x 0.96 2162 S175x 0.87 2203A S180x 1.00

212 G120x 0.97 2163 G080x 0.83 2205A S175x 0.00

2120A S175x 0.87 2164 S175x 0.87 2205B S175x 0.00

2120B S170x 0.88 2165 S170x 0.79 2205C S180x 0.83

2121 S170x 0.96 2166 S175x 0.87 2206 S175x 1.00

2122 S170x 0.97 2167 S170x 0.93 2207 S180x 1.00

2123 S170x 0.94 2168 S175x 0.91 2208 S170x 0.79

2124 S170x 1.00 2169 S170x 0.87 221 G130x 0.98

2125 S170x 0.95 217 G130x 0.99 2210 S180x 1.00

2126 S170x 0.96 2170 S175x 1.00 2211 G080x 0.80

2128 S170x 0.96 2171 S175x 0.92 2212 S170x 1.00

2129 S170x 0.94 2172 S175x 0.87 2213B S180x 1.00

213 G130x 0.89 2173 S175x 0.94 2213C S180x 1.00

2130 S170x 0.88 2174 S175x 0.12 2213E S180x 1.00

2131 S170x 0.95 2175 S175x 0.87 2213H S180x 1.00

2132 S170x 0.91 2176 S175x 0.95 2213I S180x 1.00

2133 S170x 0.89 2177 S175x 0.87 2213J S180x 1.00

2134 S170x 0.94 2178 S170x 0.94 2213K S180x 1.00

2135 S170x 0.87 2179 S175x 1.00 2213L S180x 1.00

2136 S170x 0.92 218 G130x 0.87 2213M S180x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-21
WBID EDA FD WBID EDA FD WBID EDA FD

2213N S180x 1.00 2257 S180x 1.00 2298 S170x 0.86

2213O S180x 0.99 2258 S170x 0.85 2299 S180x 1.00

2213P S180x 1.00 2259 S180x 1.00 23 G130x 0.87

2213R S180x 1.00 226 G120x 0.87 230 G130x 0.87

2214 S170x 0.95 2260 S180x 1.00 2300 S170x 0.85

2215 G080x 0.76 2261 S170x 0.94 2301 S170x 0.87

2217 S170x 0.94 2262 S180x 1.00 2302 S180x 1.00

2218 S180x 1.00 2262A S180x 1.00 2303 S170x 0.85

2219 S170x 0.94 2263 S170x 0.86 2306 S180x 1.00

222 G130x 0.98 2264 S170x 0.79 2307 S170x 0.86

2220 S180x 1.00 2265A S180x 1.00 2308 S180x 1.00

2221 S180x 1.00 2265B S180x 1.00 2309 S170x 0.86

2222 S170x 0.79 2266 S180x 1.00 231 G130x 0.98

2223 S170x 1.00 2267 S170x 0.85 2310 S170x 0.85

2224 S180x 1.00 2268 S170x 0.82 2311 S170x 0.86

2225 S170x 0.96 2269 S170x 0.94 2312 S180x 1.00

2226 S170x 0.93 226A G120x 0.87 2313 S170x 0.86

2227 S180x 1.00 227 G120x 0.98 2314 S170x 0.85

2228 S180x 1.00 2270 S180x 1.00 2315 S180x 1.00

2229 S170x 0.78 2271 S180x 1.00 2317 S180x 1.00

223 G130x 0.98 2272 S170x 1.00 2318 S170x 0.81

2230 S170x 0.79 2273 S180x 1.00 2319 S180x 1.00

2231 S180x 1.00 2274 S170x 0.82 232 G120x 0.86

2232 S180x 1.00 2275 S170x 0.86 2320 S183x 0.00

2234 S180x 1.00 2276 S170x 0.76 2320F S180x 0.87

2236 S170x 0.82 2277 S180x 1.00 2321 S180x 1.00

2237 S180x 1.00 2278 S180x 1.00 2323 S180x 0.85

2238 S180x 1.00 2279 S170x 0.85 2324 S180x 1.00

2239 S180x 1.00 227A G120x 0.98 2325 S170x 0.86

224 G130x 0.98 228 G140x 0.88 2326 S180x 1.00

2240 S180x 1.00 2281 S170x 0.86 2327 S180x 0.88

2241 S170x 0.77 2283 S180x 1.00 2328 S180x 0.88

2242 S170x 0.82 2284 S180x 1.00 2329 S170x 0.84

2242A S170x 0.81 2285 S170x 0.93 233 G100x 0.82

2243 S170x 1.00 2286 S180x 1.00 2330 S180x 1.00

2245 S170x 0.86 2287 S180x 1.00 2331 S170x 0.85

2245A S170x 0.86 2288 S170x 0.85 2332 S180x 0.98

2247 S170x 0.85 2289 S170x 0.86 2333 S180x 0.85

2249A S180x 0.99 229 G130x 0.97 2334 S180x 1.00

2249B S170x 1.00 2290 S180x 1.00 2335 S180x 1.00

225 G130x 0.97 2291 S170x 0.86 2336 S180x 1.00

2250 S170x 0.94 2292 S170x 0.82 2337 S170x 0.85

2251 S180x 1.00 2293 S180x 1.00 2338 S180x 0.99

2252 S180x 1.00 2294 S180x 1.00 2339 S170x 0.85

2253 S180x 1.00 2295 S180x 1.00 2339A G080x 0.90

2254 S180x 1.00 2296 S170x 0.92 234 G120x 0.87

2255 S170x 0.87 2297 S180x 1.00 2340 S170x 0.85

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-22
WBID EDA FD WBID EDA FD WBID EDA FD

2341 S180x 1.00 238 G130x 0.98 2418 S180x 0.84

2342 S170x 0.85 2380 S180x 0.48 2419 S180x 1.00

2343 S180x 0.85 2383 S170x 0.85 242 G130x 1.00

2344 S180x 1.00 2384 S180x 0.89 2421 S180x 0.82

2345 S180x 1.00 2386 S180x 0.85 2423 S180x 1.00

2346 S180x 1.00 2386A S180x 0.91 2424 S180x 1.00

2347 S180x 0.85 2387 S180x 0.93 2427 S180x 0.85

2348 S170x 0.85 2388 S180x 0.95 2428 S180x 0.91

2349 S170x 0.86 2389A S180x 0.97 2429 S180x 0.02

235 G120x 0.82 2389D S180x 1.00 243 G140x 0.90

2350 S180x 1.00 239 G120x 0.97 2430 S180x 0.85

2351 S180x 1.00 2390 S180x 0.85 2431 S180x 1.00

2352 S170x 0.86 2392 S170x 0.85 2432 S180x 0.91

2353 S180x 1.00 2392A S170x 0.87 2433 S180x 1.00

2354 S170x 0.77 2393 S170x 0.86 2434 S180x 0.91

2355 S180x 1.00 2394 S180x 1.00 2435 S183x 0.00

2356 S180x 1.00 2395 S180x 0.96 2438 S180x 0.94

2357 S170x 0.86 2396 S180x 0.85 2438A S180x 0.94

2358 S180x 0.85 2397 S180x 1.00 244 G130x 1.00

2359 S180x 0.85 2398 S180x 1.00 2440 S180x 0.85

236 G130x 0.99 2399 S180x 0.91 2441 S180x 0.91

2360 S170x 0.85 239A G120x 0.98 2442 S183x 0.00

2362 S180x 0.86 24 G130x 0.98 2444 S180x 0.99

2363A S183x 1.00 240 G120x 0.98 2445 S180x 0.91

2363B S183x 1.00 2400 S183x 0.58 2446 S180x 0.91

2363C S183x 1.00 2401 S180x 0.85 2447 S180x 1.00

2363D S183x 0.98 2402 S180x 1.00 2449 S180x 0.91

2363E S183x 1.00 2403 S180x 0.91 245 G130x 1.00

2363E1 S183x 0.99 2404 S180x 1.00 2450 S180x 1.00

2363I S183x 0.00 2405 S180x 1.00 2451 S183x 0.00

2363J S183x 0.95 2406 S180x 0.48 2452 S180x 1.00

2364 S180x 0.06 2406A S183x 0.00 2454 S180x 0.91

2365 S180x 1.00 2407 S180x 0.92 2455 S180x 0.85

2366 S180x 0.96 2408 S180x 1.00 2456 S180x 0.91

2367 S180x 0.85 241 G130x 0.97 2457 S180x 0.56

2368 S180x 0.97 2410 S180x 1.00 2457A S183x 0.00

2369 S180x 0.86 2411 S180x 1.00 2458 S180x 0.91

237 G130x 0.99 2412 S180x 0.91 2459 S180x 0.91

2371 S170x 0.85 2413 S180x 0.91 246 G130x 0.87

2372 S180x 1.00 2415A S180x 1.00 2460 S180x 1.00

2373 S170x 0.85 2415B S180x 0.95 2461 S180x 1.00

2374 S180x 0.92 2415C S180x 0.91 2462 S180x 0.85

2375 S180x 1.00 2415D S180x 0.85 2463 S180x 0.91

2376 S180x 0.96 2415E S180x 0.81 2466 S180x 0.91

2377 S180x 1.00 2415F S180x 0.81 2467 S180x 0.91

2378 S180x 0.96 2415G S180x 0.81 2468 S183x 0.00

2379 S180x 0.85 2416 S180x 0.91 2469 S180x 0.90

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-23
WBID EDA FD WBID EDA FD WBID EDA FD

247 G130x 0.97 2509B S180x 0.89 2535 S183x 0.95

2470 S183x 0.00 2509C S180x 0.89 2536 S183x 1.00

2471 S183x 0.53 2509C1 S180x 0.89 2537 S183x 1.00

2472 S180x 1.00 2509D S180x 0.89 2538 S180x 0.96

2474 S180x 1.00 2509E S180x 0.89 2539 S180x 0.89

2475 S180x 0.83 2509G1 S180x 0.89 254 G130x 0.98

2476A S180x 0.85 2509H S180x 0.89 2540 S180x 1.00

2476B S180x 0.85 2509I S180x 0.89 2541 S180x 0.89

2478 S180x 0.83 2509J S180x 0.89 2541A S180x 0.89

2479 S180x 0.83 2509K S180x 0.89 2543A S180x 0.96

248 G130x 0.97 2509L S180x 0.89 2543B S180x 0.89

2480 S180x 0.81 2509M S180x 0.89 2543C S180x 0.89

2481 S180x 0.81 251 G120x 0.86 2543D S180x 0.89

2483 S183x 0.00 2511A S180x 1.00 2543F S180x 0.89

2484 S180x 0.81 2511B S180x 0.96 2543G S180x 0.89

2485 S180x 0.81 2512 S180x 0.81 2545 S180x 0.91

2486 S180x 0.81 2515 S180x 0.92 2546 S180x 0.96

2487 S183x 0.00 2516 S180x 0.88 2548 S180x 0.96

2488 S180x 1.00 2517 S180x 0.81 2549 S180x 0.99

249 G120x 0.94 2518 S180x 1.00 255 G130x 0.98

2490 S180x 0.83 252 G140x 0.93 2550 S183x 0.92

2491 S183x 1.00 2520 S183x 1.00 2551 S183x 0.91

2492 S180x 1.00 2521 S183x 1.00 2551A S180x 0.90

2493 S180x 1.00 2522 S180x 1.00 2552 S180x 1.00

2494 S180x 0.85 2523 S180x 1.00 2553 S183x 0.92

2495 S180x 1.00 2524 S180x 0.89 2555 S180x 1.00

2496 S180x 0.83 2525 S180x 1.00 2556 S180x 0.96

2497 S180x 0.81 2526 S180x 0.94 2557 S180x 0.98

2498 S180x 0.81 2527 S180x 0.86 2558 S180x 1.00

2499 S183x 1.00 2528 S180x 0.89 2559 S180x 1.00

24A G130x 1.00 2528A S180x 0.89 256 G130x 0.98

24B G130x 1.00 2528A1 S180x 0.89 2560 S180x 0.99

24C G130x 0.97 2528A2 S180x 0.89 2561 S180x 1.00

24D G130x 0.87 2528A3 S180x 0.89 2562 S180x 1.00

25 G130x 0.99 2528B1 S180x 0.89 2563 S180x 1.00

250 G130x 0.98 2528C S180x 0.89 2564 S180x 1.00

2500 S180x 0.83 2528D S180x 0.89 2565 S180x 0.89

2501 S180x 0.83 2528E S180x 0.89 2565A S180x 0.89

2503 S180x 1.00 2528F S180x 0.89 2566 S183x 0.97

2504 S180x 0.81 2528G S180x 0.89 2567A S180x 1.00

2505 S180x 0.83 2528H S180x 0.89 2567B S180x 1.00

2506 S183x 1.00 2528I S180x 0.89 2568 S180x 1.00

2507 S180x 0.81 2528K S180x 0.89 257 G130x 0.97

2508 S183x 1.00 253 G120x 0.82 2570 S180x 1.00

2509 S180x 0.89 2530 S180x 0.89 2571 S180x 1.00

2509A S180x 0.89 2532 S183x 1.00 2572 S180x 1.00

2509A1 S180x 0.89 2533 S180x 0.96 2573 S183x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-24
WBID EDA FD WBID EDA FD WBID EDA FD

2574 S180x 0.89 2602 S180x 1.00 2630D S180x 0.93

2574A S180x 0.89 2603 S180x 1.00 2630E S180x 0.93

2575 S180x 0.89 2604 S180x 0.88 2630F S180x 0.93

2575A S180x 0.89 2605 S180x 0.93 2630G S180x 0.93

2575B S180x 0.89 2606A S180x 0.99 2630H S180x 0.93

2575C S180x 0.89 2606B S180x 0.94 2630I S180x 0.93

2575C1 S180x 0.89 2607 S180x 1.00 2630J S180x 0.93

2575Q S180x 0.89 2608 S180x 0.88 2630K S180x 0.93

2576 S180x 0.89 2609 S180x 0.93 2632 S180x 0.88

2576A S180x 0.89 261 G120x 0.98 2633 S180x 0.95

2577 S180x 0.90 2610 S180x 0.86 2634 S183x 0.92

2578 S180x 1.00 2611 S180x 1.00 2634A S183x 1.00

2579 S180x 1.00 2612 S180x 0.88 2635 S180x 0.82

258 G130x 1.00 2612A S180x 0.88 2636 S180x 0.85

2580A S183x 1.00 2613 S180x 1.00 2637 S180x 0.90

2580B S183x 0.98 2613A S180x 1.00 2638 S180x 0.85

2580C S183x 0.91 2613B S180x 1.00 2639 S180x 0.82

2581 S180x 1.00 2613C S180x 1.00 264 G130x 0.92

2582 S180x 0.89 2614 S180x 0.92 2640 S183x 1.00

2582A S180x 0.89 2615 S180x 0.88 2641 S183x 0.94

2582A1 S180x 0.89 2615A S180x 0.88 2642 S183x 1.00

2582B S180x 0.89 2616 S180x 1.00 2643 S180x 0.84

2582C S180x 0.89 2617 S180x 1.00 2644 S180x 0.81

2583 S180x 1.00 2617A S180x 1.00 2645 S183x 0.97

2584 S180x 1.00 2618 S180x 0.88 2646 S180x 0.88

2585 S180x 1.00 2619 S180x 1.00 2647 S183x 0.98

2586 S180x 0.89 262 G100x 0.82 2648 S180x 0.82

2587 S180x 0.89 2621 S180x 0.83 2649 S180x 0.90

2587A S180x 0.89 2622A S180x 0.86 265 G130x 0.99

2587B S180x 0.89 2622B S180x 0.85 2650 S183x 0.88

2587Z S180x 0.89 2622C S183x 0.80 2651 S180x 0.85

2589 S180x 0.95 2622D S180x 0.81 2652 S183x 0.93

259 G140x 0.93 2623 S180x 0.96 2653 S183x 0.88

2590 S180x 1.00 2623A S180x 0.96 2654 S180x 0.93

2591 S180x 1.00 2624 S180x 0.80 2655 S183x 0.92

2592 S180x 1.00 2625 S180x 0.96 2656 S183x 0.93

2593 S180x 1.00 2625B S180x 0.96 2657 S183x 0.93

2594 S180x 1.00 2625C S180x 0.96 2658 S180x 0.89

2596 S180x 0.89 2625D S180x 0.96 2659 S180x 0.83

2597 S183x 0.91 2626 S180x 0.88 2659A S180x 0.81

2598 S183x 0.90 2627 S180x 0.80 266 G130x 0.85

2599 S180x 1.00 2628 S180x 0.80 2660 S180x 0.92

25A G130x 0.99 2629 S180x 0.85 2661 S180x 0.81

26 G130x 0.87 263 G120x 0.87 2661A S180x 0.81

260 G130x 1.00 2630A S180x 0.85 2662 S180x 0.91

2600 S180x 1.00 2630B S180x 0.81 2663 S180x 0.93

2601A S180x 1.00 2630C S180x 0.86 2664 S183x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-25
WBID EDA FD WBID EDA FD WBID EDA FD

2665 S183x 0.93 2704 S180x 0.67 2729 S180x 0.82

2666 S183x 0.94 2705 S180x 0.67 2729A S180x 0.82

2666A S183x 1.00 2705A S180x 0.67 272A G100x 0.82

2667 S180x 0.82 2705B S180x 0.67 273 G120x 0.94

2667A S180x 0.81 2706 S180x 0.67 2730 S180x 0.83

2668 S183x 1.00 2707 S180x 0.67 2732 S180x 0.82

2669 S180x 0.81 2708 S180x 0.92 2732A S180x 0.82

2669A S180x 0.81 2708X S180x 1.00 2732X S180x 0.82

266A G130x 0.85 2709 S180x 0.67 2732Y S180x 0.82

266B G130x 0.85 271 G130x 0.97 2733 S180x 0.71

267 G100x 0.86 2710 S180x 0.67 2734 S180x 0.72

2670 S183x 1.00 2711 S180x 0.67 2735 S180x 0.77

2671 S180x 0.86 2713 S180x 0.82 2736 S180x 0.83

2671A S180x 0.84 2713A S180x 0.82 2737 S180x 0.67

2672 S183x 1.00 2713B S180x 0.82 2737A S180x 0.67

2673 S183x 0.93 2713C S180x 0.82 2738 S180x 0.70

2674 S183x 0.96 2713D S180x 0.82 2738A S180x 0.70

2674A S183x 0.98 2713E S180x 0.82 2739 S180x 0.70

2674B S183x 1.00 2713F S180x 0.82 2739A S180x 0.70

2675 S183x 0.93 2713G S180x 0.82 274 G130x 0.98

2677 S180x 0.93 2714 S180x 0.83 2740A S180x 0.85

2677A S180x 0.93 2714A S180x 0.82 2740B S180x 0.83

2678 S183x 1.00 2714C S180x 0.82 2740C S180x 0.83

2679 S183x 0.94 2715 S180x 0.83 2740C1 S180x 0.83

268 G130x 0.98 2715A S180x 0.83 2740D S180x 0.48

2680 S180x 0.93 2715X S180x 0.83 2740F S180x 0.48

2681 S183x 0.99 2716 S180x 0.83 2740Q S180x 0.48

2682 S180x 0.93 2716A S180x 0.83 2740W S180x 0.48

2683 S183x 0.93 2716C S180x 0.83 2740X S180x 0.48

2685 G080x 0.84 2716X S180x 0.83 2740Z S180x 0.48

2686 G080x 0.75 2717 S180x 0.67 2741 S180x 0.67

2687 S180x 0.75 2717A S180x 0.67 2741A S180x 0.67

2688 G080x 0.72 2717B S180x 0.67 2742 S180x 0.82

269 G130x 0.87 2718 S180x 0.67 2742A S180x 0.82

2691 G080x 0.75 2718A S180x 0.67 2742X S180x 0.82

2692 G080x 0.70 2718B S180x 0.67 2743 S180x 0.82

2693 G080x 0.68 2719 S180x 0.67 2743A S180x 0.82

2694 S180x 0.67 2719A S180x 0.67 2744 S180x 0.72

2695 S180x 0.67 2720 S180x 0.67 2745 S180x 0.70

2696 G080x 0.69 2721 S180x 0.67 2746 S180x 0.70

2698 S180x 0.67 2722 S180x 0.67 2747 S180x 0.82

269A G120x 0.87 2723 S180x 0.82 2747X S180x 0.82

27 G130x 0.87 2723A S180x 0.82 2747Y S180x 0.83

270 G120x 0.94 2724 S180x 0.83 2748 S180x 0.82

2700 G080x 0.67 2725 S180x 0.96 2748A S180x 0.82

2701 S180x 0.67 2727 S180x 0.82 2749 S180x 0.73

2703 S180x 0.75 2728 S180x 0.78 2749A S180x 0.73

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-26
WBID EDA FD WBID EDA FD WBID EDA FD

275 G130x 0.99 2777A S180x 0.83 2798 S180x 0.25

2750 S180x 0.67 2777B S180x 0.83 2799 S180x 0.25

2751 S180x 0.79 2778 S180x 0.48 28 G130x 0.98

2752 S180x 0.72 2779 S180x 0.83 280 G130x 0.92

2752A S180x 0.72 2779A S180x 0.83 2800 S180x 0.25

2753 S180x 0.83 278 G140x 0.93 2801 S180x 0.48

2753A S180x 0.83 2780 S180x 0.55 2801A S180x 0.69

2753X S180x 0.83 2780A S180x 0.83 2801B S180x 0.48

2754 S180x 0.70 2781 S180x 0.85 2801C S180x 0.87

2755 S180x 0.72 2781A S180x 0.83 2801D S180x 0.48

2756 S180x 0.83 2781X S180x 0.83 2801E S180x 0.48

2757 S180x 0.72 2782 S180x 0.83 2801X S180x 0.48

2758 S180x 0.83 2782A S180x 0.83 2802 S180x 0.48

2759 S180x 0.73 2782B S180x 0.81 2803 S180x 0.48

276 G130x 1.00 2782C S180x 0.83 2803A S180x 0.48

2760 S180x 0.74 2783A S180x 0.48 2804 S180x 0.48

2761 S180x 0.74 2783B S180x 0.48 2805 S180x 0.48

2762 S180x 0.74 2783D S180x 0.48 2806 S180x 0.46

2763 S180x 0.83 2783E S180x 0.63 2806A S180x 0.46

2764 S180x 0.82 2783F S180x 0.48 2807 S180x 0.47

2765 S180x 0.67 2783G S180x 0.48 2807A S180x 0.48

2766 S180x 0.67 2783H S180x 0.48 2808 S180x 0.47

2767 S180x 0.94 2783I S180x 0.48 2808A S180x 0.46

2768 S180x 0.83 2783J S180x 0.48 2808B S180x 0.46

2768A S180x 0.84 2784 S180x 0.48 2809 S180x 0.48

2768B S180x 0.83 2784A S180x 0.48 281 G130x 0.85

2769 S180x 0.83 2785 S180x 0.48 2810 S180x 0.30

277 G130x 0.98 2785A S180x 0.48 2811 S180x 0.48

2770 S180x 0.63 2786 S180x 0.43 2812 S180x 0.46

2771 S180x 0.83 2787 S180x 0.46 2812A S180x 0.46

2771A S180x 0.83 2787A S180x 0.48 2813 S180x 0.47

2772 S180x 0.49 2788 S180x 0.47 2813A S180x 0.48

2772A S180x 0.48 2788A S180x 0.48 2814 S180x 0.47

2772B S180x 0.55 2789 S180x 0.48 2814A S180x 0.48

2773 S180x 0.83 2789A S180x 0.49 2815 S180x 0.46

2774 S180x 0.81 279 G100x 0.86 2816 S180x 0.47

2775 S180x 0.83 2790 S180x 0.25 2816A S180x 0.46

2775A S180x 0.83 2790A S180x 0.25 2816Y S180x 0.46

2775C S180x 0.83 2791 S180x 0.48 2817A S180x 0.48

2775D S180x 0.83 2792 S180x 0.26 2817B S180x 0.46

2775F S180x 0.83 2793 S180x 0.48 2817C S180x 0.46

2775G S180x 0.83 2794 S180x 0.48 2817D S180x 0.46

2775H S180x 0.83 2795 S180x 0.48 2818 S180x 0.48

2775I S180x 0.83 2795A S180x 0.48 2818A S180x 0.48

2775K S180x 0.83 2796 S180x 0.25 2818B S180x 0.48

2776 S180x 0.80 2797 S180x 0.48 2819 S180x 0.46

2777 S180x 0.82 2797A S180x 0.48 2819A S180x 0.46

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-27
WBID EDA FD WBID EDA FD WBID EDA FD

282 G130x 0.92 2863 S180x 0.17 2892Z S180x 0.97

2820 S180x 0.48 2864 S180x 0.17 28931 S180x 0.83

2821 S180x 0.49 2864A S180x 0.17 28932 S180x 0.95

2821A S180x 0.46 2868 S180x 0.17 28935 S180x 0.95

2821B S180x 0.46 287 G130x 0.97 28936 S180x 0.85

2822 S180x 0.48 2870 S180x 0.17 28937 S180x 0.58

2823 S180x 0.46 2870A S180x 0.17 28938 S180x 0.75

2824 S180x 0.48 2870B S180x 0.17 2893A S180x 0.99

2825 S180x 0.48 2873 S180x 0.17 2893A2 S180x 1.00

2825A S180x 0.48 2874 S180x 0.17 2893A3 S180x 0.99

2826 S180x 0.46 2874A S180x 0.17 2893B S180x 0.98

2827 S180x 0.96 2876 S180x 0.17 2893B1 S180x 0.98

2829 S180x 0.48 2876A S180x 0.17 2893C S180x 0.97

283 G120x 0.87 2877 S180x 0.17 2893D S180x 0.97

2831 S180x 0.46 2877A S180x 0.17 2893D1 S180x 0.97

2831A S180x 0.46 2878 S180x 0.17 2893D2 S180x 0.97

2835B S180x 0.58 2878A S180x 0.17 2893E S180x 0.97

2838A S180x 0.46 2879 S180x 0.17 2893F S180x 0.97

2838G1 S180x 0.48 2879A S180x 0.17 2893F1 S180x 0.97

2839 S180x 0.17 2879A1 S180x 0.17 2893G S180x 0.97

2839A S180x 0.17 2879A2 S180x 0.17 2893G1 S180x 0.97

2839B S180x 0.17 288 G130x 1.00 2893H S180x 0.97

2839D S180x 0.17 2880 S180x 0.17 2893I S180x 0.95

2839E S180x 0.17 2880A S180x 0.17 2893J S180x 0.97

2839F S180x 0.17 2881 S180x 0.17 2893K S180x 0.94

2839G S180x 0.17 2881A S180x 0.17 2893K1 S180x 0.94

2839H S180x 0.17 2882 S180x 0.17 2893L S180x 0.91

2839I S180x 0.17 2882A S180x 0.17 2893M S180x 0.97

2839J S180x 0.17 2883 S180x 0.16 2893M1 S180x 0.97

2839K S180x 0.17 2884 S180x 0.17 2893N S180x 0.88

2839M S180x 0.17 2884A S180x 0.17 2893O S180x 0.86

2839N S180x 0.17 2885 S180x 0.16 2893O1 S180x 0.86

2839X S180x 0.17 2885A S180x 0.16 2893P S180x 0.35

2839Y S180x 0.17 2887 S180x 0.17 2893Q S180x 0.81

283A G130x 0.87 2887A S180x 0.17 2893R S180x 0.80

284 G130x 0.97 2887B S180x 0.17 2893S S180x 0.80

2841 S180x 0.96 2888 S180x 0.17 2893U S180x 0.98

2845 S180x 0.20 2888A S180x 0.17 2893U1 S180x 0.97

285 G130x 0.92 2889 S180x 0.68 2893V S180x 0.76

2855 S180x 0.17 2889A S180x 0.68 2893V1 S180x 0.78

286 G120x 0.89 289 G120x 0.94 2893W S180x 1.00

2860 S180x 0.17 2890 S180x 0.68 2893X S180x 0.48

2861 S180x 0.96 2890A S180x 0.68 2893X1 S180x 0.84

2862A S180x 0.17 2892 S180x 0.96 2893Y S180x 0.90

2862B S180x 0.17 2892A S180x 0.96 2893Y1 S180x 0.92

2862C S180x 0.17 2892B S180x 0.96 2893Z S180x 0.99

2862E S180x 0.17 2892C S180x 0.96 2894 S180x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-28
WBID EDA FD WBID EDA FD WBID EDA FD

2894A S180x 0.91 2918B S180x 0.87 2945 S180x 0.95

2895 S180x 0.96 2918C S180x 0.88 2946 S180x 0.87

2895A S180x 0.96 2918E S180x 0.87 2947 S180x 0.93

2896 S180x 0.96 2918F S180x 0.87 2948 S180x 0.97

2896A S180x 0.96 292 G130x 1.00 2949 S180x 0.87

2897 S180x 0.96 2921 S180x 0.98 2949A S180x 0.87

2897A S180x 0.96 2921C S180x 0.98 295 G130x 0.97

2898 S180x 1.00 2921D S180x 0.98 2950 S180x 0.90

2899 S180x 0.99 2922 S180x 0.94 2951A S180x 0.97

2899A S180x 0.99 2923 S180x 0.98 2952 S183x 0.95

2899B S180x 0.99 2923A S180x 0.96 2953 S180x 0.97

2899C S180x 0.99 2925 S183x 0.96 2953A S180x 0.97

29 G130x 0.98 2925A S180x 0.96 2953A1 S180x 0.97

290 G130x 1.00 2925B S183x 0.94 2953B S180x 0.97

2900 S180x 0.99 2926 S180x 0.98 2954 S180x 0.97

2900A S180x 0.99 2927 S180x 0.87 2955 S180x 0.96

2901 S180x 0.96 2928A S180x 0.93 2956 S180x 0.96

2902 S180x 0.96 2929 S180x 0.87 2956A S180x 0.96

2902A S180x 0.96 2929A S180x 0.93 2956B S180x 0.97

2903 S180x 0.96 2929B S180x 0.87 2956E S180x 0.96

2904 S180x 0.96 2929B1 S180x 0.87 2956F S180x 0.96

2905 S180x 0.99 2929C S180x 0.87 2957 S180x 0.97

2905B S180x 0.99 2929Z S180x 0.86 2958 S180x 0.95

2905C S180x 0.99 293 G120x 0.87 2959 S180x 0.97

2906 S180x 0.94 2930 S180x 0.87 2959A S180x 0.97

29061 S180x 0.98 2930A S180x 0.87 296 G130x 0.97

2907 S180x 0.98 2930C S180x 0.87 2960 S180x 0.96

2908 S180x 0.95 2931 S180x 0.93 2961 S180x 0.96

2908A S180x 0.98 2931A S180x 0.93 2961A S180x 0.96

2908B S180x 0.98 2932 S180x 0.87 2962 S180x 0.97

2909 S180x 0.98 2932A S180x 0.87 2962A S180x 0.97

2909A S180x 0.98 2933 S183x 0.93 2962B S180x 0.97

291 G130x 1.00 2934 S180x 0.88 2962C S180x 0.97

2910 S180x 0.98 2934A S180x 0.87 2962D S180x 0.97

2910A S180x 0.98 2935 S183x 0.93 2962E S180x 0.97

2910B S180x 0.98 2937 S183x 0.93 2963F S190x 0.95

2911 S180x 0.98 2938 S180x 0.97 2964 S180x 0.96

2912 S180x 0.99 2938B S180x 0.97 2964A S180x 0.96

2912A S180x 1.00 2938D S180x 0.97 2964A1 S180x 0.96

2912B S180x 0.98 2938F S180x 0.97 2964A2 S180x 0.96

2913 S180x 0.98 2938G S180x 0.97 2964B S180x 0.96

2914 S180x 0.99 294 G130x 0.97 2964B1 S180x 0.95

2916 S180x 0.97 2940 S183x 0.96 2964B2 S180x 0.95

2916A S180x 0.99 2941 S180x 0.97 2964C S180x 0.95

2916B S180x 0.87 2942 S180x 0.93 2964D S180x 0.96

2917 S180x 0.88 2943 S180x 0.98 2965 S180x 0.96

2918A S180x 0.88 2944 S183x 0.96 2965A S180x 0.96

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-29
WBID EDA FD WBID EDA FD WBID EDA FD

2966 S180x 0.95 2986B S180x 0.97 2997E S180x 0.97

2966A S180x 0.95 2986C S180x 0.97 2997E1 S180x 0.97

2967 S180x 0.96 2987 S180x 0.96 2997F S180x 0.97

2968 S180x 0.97 2987A S180x 0.96 2997G S180x 0.97

2969 S180x 0.97 2987B S180x 0.96 2997H S180x 0.97

297 G140x 1.00 2988 S180x 0.97 2997H1 S180x 0.97

2970 S180x 0.96 2989 S180x 0.96 2997I S180x 0.97

2970A S180x 0.96 299 G130x 0.97 2997J S180x 0.97

2971 S180x 0.97 2990 S180x 0.97 2997K S180x 0.97

2972 S180x 0.97 2991 S180x 0.88 2997M S180x 0.97

2973 S180x 0.97 2991A S180x 0.95 2997M1 S180x 0.97

2973B S180x 0.97 2991B S180x 0.95 2997N S180x 0.97

2973C S180x 0.97 2991C S180x 0.95 2997P S180x 0.97

2973C1 S180x 0.97 2991D S180x 0.88 2997T S180x 0.97

2973E S180x 0.97 2992 S180x 0.97 2997U S180x 0.97

2974 S180x 0.97 2993 S180x 0.96 2997W S180x 0.97

2975 S180x 0.96 2993B S180x 0.96 2997X S180x 0.97

2975A S180x 0.96 2994A S180x 0.97 2997Y S180x 0.97

2975C S180x 0.96 2994B S180x 0.97 2997Z S180x 0.97

2975D S180x 0.96 2994B1 S180x 0.97 2998 S180x 0.96

2975E S180x 0.96 2994C S180x 0.97 2998A S180x 0.96

2976 S180x 0.96 2994D S180x 0.97 2998B S180x 0.96

2977 S180x 0.97 2994D1 S180x 0.97 2998C S180x 0.96

2978 S180x 0.95 2994E S180x 0.97 2999 S180x 0.97

2978A S180x 0.95 2994G S180x 0.97 2999D S180x 0.97

2978B S180x 0.95 2994V S180x 0.97 2F G140x 0.84

2978C S180x 0.95 2994W S180x 0.97 3 G140x 0.88

2978D S180x 0.95 2994X S180x 0.97 30 G130x 0.98

2979 S180x 0.97 2994Z S180x 0.97 300 G130x 0.99

298 G120x 0.94 2995 S180x 0.97 3000 S180x 0.96

2980 S180x 0.97 2995A S180x 0.97 3000D S180x 0.96

2981 S180x 0.97 2996 S180x 0.97 3001 S180x 0.88

2981A S180x 0.97 2997 S180x 0.97 3001A S180x 0.88

2981B S180x 0.97 29970 S180x 0.97 3002 S180x 0.96

2981B1 S180x 0.97 29971 S180x 0.97 3002A1 S180x 0.96

2981C S180x 0.97 29974 S180x 0.97 3002B S180x 0.96

2981D S180x 0.97 29975 S180x 0.97 3002M S180x 0.96

2981E S180x 0.97 29976 S180x 0.97 3002N S180x 0.96

2982 S180x 0.97 29977 S180x 0.97 3003 S180x 0.95

2982A S180x 0.97 29978 S180x 0.97 3003A S180x 0.95

2982B S180x 0.97 29978A S180x 0.97 3003B S180x 0.95

2983 S180x 0.97 29978B S180x 0.97 3004 S180x 0.96

2984 S180x 0.97 29979 S180x 0.97 3004A S180x 0.96

2984A S180x 0.97 2997A S180x 0.97 3004B S180x 0.96

2985 S180x 0.97 2997B S180x 0.97 3004D S180x 0.96

2986 S180x 0.97 2997C S180x 0.97 3004G S180x 0.96

2986A S180x 0.97 2997D S180x 0.97 3004H S180x 0.96

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-30
WBID EDA FD WBID EDA FD WBID EDA FD

3004K S180x 0.96 3026 S180x 0.88 3065 S180x 0.94

3004M S180x 0.96 3027 S180x 0.88 3066 S180x 0.88

3004N S180x 0.96 3029 S180x 0.95 3067 S180x 0.94

3004Q S180x 0.96 302A G120x 0.94 3068 S180x 0.94

3005 S180x 0.95 303 G130x 0.97 3069 S180x 0.94

3006 S180x 0.93 3030 S180x 0.88 307 G130x 0.89

3007 S180x 0.96 3031 S180x 0.88 3070 S180x 0.94

3008 S180x 0.95 3032 S180x 0.93 3071 S180x 0.94

3008A S180x 0.95 3033 S180x 0.88 3072 S180x 0.94

3008B S180x 0.95 3033C S180x 0.95 3073 S180x 0.91

3009 S180x 0.97 3033D S180x 0.95 3074 S180x 0.94

3009A S180x 0.97 3034 S180x 0.88 3075 S180x 0.94

3009B S180x 0.97 3035 S180x 0.95 3076 S180x 0.94

3009C S180x 0.97 3036 S180x 0.88 3078 S180x 0.94

3009D S180x 0.97 3036A S180x 0.88 3079 S180x 0.94

3009E S180x 0.88 3036B S180x 0.88 308 G130x 0.99

3009G S180x 0.97 3037 S180x 0.88 3080 S180x 0.88

3009H S180x 0.97 3038 S180x 0.88 3082 S180x 0.86

301 G130x 0.98 3039 S180x 0.88 3084 S180x 0.05

3010 S180x 0.95 304 G120x 0.94 3084A S180x 0.01

3011 S180x 0.96 3040 S180x 0.95 3084B S180x 0.00

3011B S180x 0.96 3041 S180x 0.89 3088 S180x 0.00

3011C S180x 0.96 3042 S180x 0.95 309 G100x 0.86

3012 S180x 0.88 3043 S180x 0.88 3090 S190x 0.81

3012A S180x 0.88 3045 S180x 0.89 3091 S180x 0.00

3013 S180x 0.95 3046 S180x 0.88 3092 S180x 0.00

3014 S180x 0.94 3047 S180x 0.88 3093 S180x 0.00

3015 S180x 0.93 3048 S180x 0.95 3094 S180x 0.00

3016 S180x 0.94 3049 S180x 0.95 30A G130x 1.00

3017 S180x 0.88 305 G130x 0.89 30B G130x 1.00

3017A S180x 0.89 3050 S180x 0.88 30C G130x 0.99

3018 S180x 0.95 3051 S180x 0.95 30D G130x 0.99

3018A S180x 0.95 3052 S180x 0.88 30E G130x 0.99

3019 S180x 0.88 3053 S180x 0.88 30F G130x 0.99

3019A S180x 0.88 3054 S180x 0.90 30G G130x 0.99

302 G120x 0.94 3055 S180x 0.88 31 G130x 0.86

3020 S180x 0.93 3056 S180x 0.92 310 G130x 1.00

3021 S180x 0.88 3058 S180x 0.89 3100 S180x 0.00

3022 S180x 0.89 3059 S180x 0.94 3101 S180x 0.00

3023 S180x 0.88 306 G130x 0.98 3103 S180x 0.00

3023A S180x 0.89 3060 S180x 0.87 3105 S180x 0.13

3023B S180x 0.88 3061 S180x 0.93 3108 S180x 0.80

3023C S180x 0.88 3062 S180x 0.90 3108A S180x 0.78

3023E S180x 0.88 3063 S180x 0.94 3108B S180x 0.80

3024A S180x 0.88 3064 S180x 0.93 3108C S180x 0.80

3024B S180x 0.88 3064A S180x 0.94 3109 S180x 0.21

3025 S180x 0.88 3064B S180x 0.89 311 G140x 0.93

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-31
WBID EDA FD WBID EDA FD WBID EDA FD

3110 S180x 0.00 3160 S180x 0.99 3309 G090x 0.72

3111 S180x 0.00 3163 S190x 0.99 331 G130x 0.99

3112 S180x 0.00 3163A S190x 0.99 3310 G090x 0.93

3113 S180x 0.00 3163B S190x 0.99 3310A G090x 1.00

3114 S180x 0.00 3166 S190x 0.99 3310B G090x 0.96

3115 S190x 0.99 3168B S180x 0.88 3310C G090x 0.86

3117 S180x 0.00 3168G S180x 0.97 3310D G090x 0.73

3118 S180x 0.06 3168Z S180x 0.97 3310E G090x 0.72

3119 S190x 0.99 3169G1 S180x 0.97 3311 G090x 0.80

312 G130x 0.99 3169Q F100x 0.97 3312 G090x 0.77

3120 S180x 0.00 317 G100x 0.86 3313 G090x 0.77

3121 S190x 0.99 3171E S180x 0.88 3314 G090x 0.79

3124 S180x 0.80 3174F S180x 0.88 3315 G080x 0.97

3125 S180x 0.80 3176B F100x 0.88 3316 G090x 0.77

3126 S180x 0.80 3177B S180x 0.88 3317 G090x 0.77

3127 S180x 0.31 318 G130x 0.89 3318 G080x 0.95

3128 S190x 0.99 3183B1 S180x 0.00 3319 G080x 0.95

3129A S190x 1.00 3184A S180x 0.00 3319A G080x 0.95

3129B S190x 0.99 319 G130x 0.99 332 G120x 0.89

3129X S190x 0.99 3190 S190x 0.99 3320 G090x 0.77

3129Z S190x 0.99 3194 S190x 0.99 3321 G080x 0.97

313 G130x 1.00 3194A S190x 0.99 3321A G080x 0.97

3130 S180x 0.08 3194D S190x 0.99 3322 G080x 0.97

3131 S180x 0.80 3197 S190x 0.99 3322A G080x 0.97

3132 S180x 0.80 32 G130x 0.98 3323 G080x 0.96

3133 S180x 0.02 320 G100x 0.86 3324 G080x 0.96

3134 S190x 0.99 3201A F100x 0.91 3324A G080x 0.96

3135 S190x 0.99 321 G130x 0.98 3325 G080x 0.96

3136 S190x 0.99 322 G130x 0.97 3326 G090x 0.77

3138 S180x 0.79 323 G130x 0.89 3326A G090x 0.77

3138A S190x 0.80 3236 G050a 0.95 3327 G080x 0.96

3139 S180x 0.80 324 G130x 0.98 3328 G080x 0.96

314 G130x 0.97 3240A2 G050a 1.00 3329 G090x 0.86

3140 S180x 0.80 3240A3 G050a 1.00 333 G130x 0.98

3141 S180x 0.11 3240E G050a 1.00 3330 G080x 0.96

3142 S190x 0.99 3240F G050a 0.97 3331 G080x 0.96

3144 S180x 0.80 3240L G050a 1.00 3332 G080x 0.96

3145 S180x 0.00 3240Q G050a 0.97 3333 G080x 0.94

3146 S190x 0.99 3240S G050a 1.00 3334 G080x 0.94

3147 S190x 0.99 3240T G050w 0.98 3335 G090x 0.93

315 G130x 1.00 325 G130x 0.97 3336 G080x 0.97

3150 S180x 0.80 326 G130x 1.00 3337 G090x 0.93

3152A S180x 0.74 327 G100x 0.86 3338 G080x 0.94

3153 S190x 0.99 328 G130x 0.98 3339 G090x 0.93

3155 S180x 0.92 329 G100x 0.86 334 G130x 1.00

3158 S190x 0.99 33 G130x 0.90 3340 G080x 0.97

316 G130x 1.00 330 G130x 0.98 3341 G080x 0.96

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-32
WBID EDA FD WBID EDA FD WBID EDA FD

3341A G080x 0.95 3379 G090x 0.93 3419 G090x 0.93

3341B G080x 0.95 338 G130x 0.98 342 G130x 1.00

3341C G080x 0.95 3380 G080x 0.96 3420 G080x 0.95

3341Y G080x 0.96 3381 G080x 0.95 3421 G080x 0.96

3342 G080x 0.95 3382 G090x 0.92 3422 G080x 1.00

3343 G080x 0.93 3383 G080x 0.95 3422A G080x 1.00

3344 G090x 0.78 3384 G080x 0.96 3422B G080x 0.98

3345 G080x 0.93 3385 G080x 0.96 3422C G080x 0.99

3346 G080x 0.96 3386 G080x 0.96 3422J G080x 0.99

3347 G080x 0.93 3387 G080x 0.95 3422K G080x 1.00

3348 G090x 0.93 3388 G080x 0.91 3422L G080x 0.99

3349 G090x 0.77 3389 G080x 0.96 3422N G080x 1.00

3349A G090x 0.77 339 G120x 0.89 3422P G080x 0.99

335 G130x 0.99 3390 G080x 0.95 3422Y G080x 0.98

3350 G080x 0.96 3391 G080x 0.95 3423 G080x 0.96

3351 G080x 0.94 3392 G080x 0.95 3424 G090x 0.96

3352 G090x 0.93 3393 G080x 0.96 3424A G090x 0.97

3353 G080x 0.95 3393Z G080x 0.96 3425 G080x 0.95

3354 G080x 0.97 3394 G080x 0.96 3426 G090x 1.00

3355 G090x 0.93 3395 G080x 0.96 3427 G080x 0.96

3356 G090x 0.77 3396 G080x 0.96 3428 G090x 0.97

3357 G080x 0.96 3397 G080x 0.96 3429 G080x 0.95

3358 G080x 0.96 3398 G080x 0.96 343 G120x 0.99

3359 G080x 0.96 3399 G080x 0.96 3430 G090x 0.93

336 G130x 0.99 34 G130x 0.90 3431 G080x 0.96

3360 G080x 0.95 340 G120x 0.91 3432 G080x 0.96

3361 G080x 0.95 3400 G080x 0.96 3433 G080x 0.95

3362 G080x 0.96 3401 G080x 0.96 3434 G080x 0.96

3363 G080x 0.96 3402 G090x 0.99 3434A G080x 0.96

3364 G080x 0.95 3402A G090x 1.00 3435 G080x 0.95

3364A G080x 0.95 3403 G090x 0.93 3436 G090x 0.93

3365 G080x 0.96 3404 G080x 0.95 3437 G080x 0.95

3366 G080x 0.97 3405 G080x 0.96 3438 G080x 0.99

3366A G080x 0.97 3406 G080x 0.95 3438A G080x 0.99

3367 G090x 0.93 3407 G090x 0.93 3438B G080x 0.99

3368 G080x 0.95 3408 G080x 0.96 3439 G080x 0.98

3369 G090x 0.93 3409 G080x 0.96 343A G120x 0.99

337 G100x 0.84 341 G130x 1.00 344 G100x 0.97

3370 G080x 0.95 3410 G080x 0.95 3440 G090x 0.96

3371 G080x 0.96 3411 G080x 0.96 3441 G080x 0.95

3372 G080x 0.96 3412 G090x 0.93 3442 G090x 0.93

3373 G090x 0.93 3413 G080x 0.95 3443 G080x 0.95

3374 G080x 0.96 3414 G080x 0.96 3444 G080x 0.95

3375 G080x 0.95 3415 G080x 0.96 3445 G080x 0.95

3376 G080x 0.95 3416 G080x 0.96 3446 G080x 0.95

3377 G090x 0.93 3417 G090x 0.93 3447 G080x 0.96

3378 G080x 0.96 3418 G080x 0.96 3448 G080x 0.95

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-33
WBID EDA FD WBID EDA FD WBID EDA FD

3449 G080x 0.95 3487 G080x 0.95 3522 G080x 0.99

344A G100x 0.91 3488 G080x 0.95 3523 G080x 0.98

345 G140x 1.00 3488A G080x 0.95 3524 S170x 0.83

3450 G080x 0.96 3489 G090x 0.94 3525 G080x 0.98

3451 G080x 0.96 349 G120x 0.94 3526 G090x 1.00

3452 G080x 0.95 3490 G080x 0.95 3527 G080x 0.99

3453 G090x 0.93 3491 G080x 0.95 3528 G080x 0.96

3454 G080x 0.95 3492 G090x 0.97 3528Z G080x 0.98

3455 G080x 0.96 3493 G080x 0.95 3529 G080x 0.99

3456 G090x 0.96 3494 G080x 0.95 353 G100x 0.98

3457 G090x 0.99 3495 G080x 0.99 3530 S170x 0.92

3458 G090x 1.00 3496 G080x 0.99 3531 G080x 0.98

3459 G080x 0.95 3496B G080x 0.99 3532 S170x 0.91

3459A G080x 0.95 3497 G080x 0.99 3533 G090x 0.90

346 G100x 0.84 3498 G080x 0.99 3534 G090x 1.00

3460 G080x 0.95 3499 G080x 0.99 3535 G080x 0.92

3461 G080x 0.95 3499A G080x 0.99 3536 G090x 0.90

3462 G080x 0.95 35 G130x 0.90 3537 S180x 0.77

3463 G080x 0.95 350 G120x 0.99 3538 G090x 1.00

3464 G080x 0.95 3500 G090x 1.00 3539 G080x 0.99

3465 G080x 0.95 3501 G080x 0.99 354 G130x 1.00

3466 G080x 0.95 3502 G080x 0.99 3540 G080x 0.86

3467 G090x 1.00 3503 G080x 0.95 3541 S170x 0.92

3468 G080x 0.95 3504 S170x 0.92 3542 G080x 0.89

3469 G080x 0.98 3504A G080x 0.97 3543 G080x 0.97

347 G130x 0.98 3505 G090x 0.97 3544 G090x 0.89

3470 G090x 0.96 3505A G090x 0.98 3545 G080x 0.99

3471 G080x 1.00 3506 G080x 0.89 3546 G080x 0.92

3472 G080x 0.98 3506A G080x 0.80 3547 G080x 0.94

3473A G090x 0.99 3506B S170x 0.78 3548 G080x 0.92

3473B G090x 0.93 3507 G080x 0.99 3549 S180x 0.77

3473C G090x 0.94 3509 G080x 0.98 355 G100x 0.86

3474 G080x 0.95 351 G120x 0.93 3550 G090x 0.89

3475 G090x 0.98 3511 G090x 1.00 3551 G090x 1.00

3476 G080x 0.98 3512 G090x 0.93 3552 G080x 0.91

3477 G080x 0.95 3513 G080x 0.92 3553 G080x 0.92

3478 G080x 0.95 3514 G090x 0.92 3554 G086x 0.90

3479 G090x 0.99 3515 G080x 0.99 3555 G080x 0.92

3479A G090x 0.93 3516 G080x 0.99 3556 G090x 0.92

348 G120x 0.97 3516A G080x 0.99 3556A G090x 1.00

3480 G080x 0.98 3517 G080x 0.98 3557 G080x 0.99

3481 G080x 0.95 3518 G090x 0.92 3558 G080x 0.93

3482 G090x 0.98 3519 G080x 0.99 3559 G080x 0.83

3483 G080x 0.99 3519Y G080x 0.99 356 G130x 0.99

3484 G080x 0.95 351A G120x 1.00 3560 G090x 0.95

3485 G080x 0.98 352 G130x 0.97 3561 G080x 0.99

3486 G080x 0.99 3520 G080x 0.99 3562 G080x 0.97

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-34
WBID EDA FD WBID EDA FD WBID EDA FD

3563 G080x 0.92 3598D G080x 0.84 3628 G090x 1.00

3564 G090x 0.98 3599 G090x 0.97 3629 G080x 0.98

3565 G090x 1.00 35A G130x 0.90 363 G130x 0.98

3566 G080x 0.92 35B G130x 0.92 3630 G080x 0.75

3566A G080x 0.92 35C G130x 0.90 3631 G090x 0.90

3567 S180x 0.79 36 G130x 0.99 3632 G080x 0.92

3568 G080x 0.97 360 G130x 0.99 3633 G080x 0.77

3569 G086x 0.90 3600 G080x 0.97 3634 G080x 0.92

357 G140x 1.00 3601 G080x 0.97 3635A G080x 0.75

3570 G080x 0.99 3602 G080x 0.92 3635B G080x 0.77

3571 G080x 0.92 3603 G090x 0.95 3636 G080x 0.99

3572 G090x 0.93 3604 G080x 0.92 3637 G080x 0.92

3573 G086x 0.97 3605 G080x 0.84 3638 G080x 0.98

3573A G086x 0.92 3605A G080x 0.99 3639 S180x 0.75

3573B G090x 0.90 3605B G080x 0.99 364 G130x 1.00

3573C G086x 1.00 3605C G080x 0.98 3640 G090x 0.90

3574 G086x 0.90 3605D G080x 0.97 3641 G080x 0.92

3575 G086x 0.90 3605E G080x 0.92 3642 G080x 0.98

3576 G080x 0.92 3605F S180x 0.76 3643 G080x 0.99

3577 G090x 0.92 3605G G080x 0.75 3644 G080x 0.98

3578 G080x 0.92 3605H G080x 0.75 3645 G086x 0.90

3579 G080x 0.80 3605X G080x 0.98 3646 G080x 0.75

358 G130x 0.98 3605Z G080x 0.99 3647 G080x 0.92

3580 G090x 0.98 3606 S180x 0.84 3648 G080x 0.92

3581 G086x 0.89 3607 G086x 0.91 3649 G080x 0.98

3582 G086x 0.89 3608 G080x 0.99 3649A G080x 0.98

3583 G080x 0.83 3609 G080x 0.92 365 G130x 0.98

3584 G080x 0.92 361 G130x 0.97 3650 G090x 0.91

3585 G080x 0.96 3610 G090x 1.00 3651 G080x 0.98

3586 G080x 0.96 3611 G080x 0.92 3652 G080x 0.99

3587 G080x 0.97 3612 G080x 0.90 3652A G080x 0.99

3588 G086x 0.90 3613 G080x 0.92 3653 G080x 0.98

3589 G080x 0.92 3614 G080x 0.98 3654 G080x 0.84

359 G130x 0.98 3615 G080x 0.99 3655 G080x 0.84

3590 G080x 0.84 3616 G080x 0.84 3655A G080x 0.84

3591 G080x 0.99 3617 G080x 0.92 3656 G080x 0.98

3591A G080x 0.99 3618 G080x 0.99 3657 G080x 0.92

3592 G090x 0.99 3619 G080x 0.98 3658 G080x 0.84

3593 G080x 0.82 362 G120x 0.98 3659 G086x 0.93

3593A G080x 0.84 3620 G080x 0.92 366 G120x 0.99

3594 G090x 0.96 3621 G080x 0.97 3660 G080x 0.98

3595 G080x 0.99 3622 G080x 0.84 3662 G080x 1.00

3596 G080x 0.92 3623 G080x 0.97 3662A G080x 1.00

3597 G080x 0.99 3624 G080x 0.99 3663 G080x 0.84

3598 G080x 0.84 3625 G080x 0.97 3664 G080x 0.98

3598B G080x 0.84 3626 G080x 0.98 3665 G080x 0.98

3598C S180x 0.84 3627 G080x 0.92 3666 G080x 0.93

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-35
WBID EDA FD WBID EDA FD WBID EDA FD

3667 G080x 0.98 3709 G080x 1.00 377 G130x 0.96

3668 G080x 1.00 371 G120x 0.99 378 G100x 0.98

3668A G080x 1.00 3710 G080x 1.00 379 G130x 0.98

3669 G080x 0.92 3711 G086x 1.00 38 G120x 0.90

367 G130x 0.99 3712 S180x 0.98 380 G130x 1.00

3670 G080x 0.98 3713 G080x 0.98 381 G100x 0.98

3671 G080x 0.98 3714 G080x 1.00 382 G120x 0.99

3672 G090x 0.90 3715 G080x 1.00 383 G130x 1.00

3673 G080x 0.99 3716 G080x 1.00 384 G100x 0.98

3674 G086x 0.96 3717 G080x 1.00 385 G100x 0.98

3675 G080x 0.98 3719 G080x 0.99 386 G090x 0.98

3676 G090x 0.92 372 G130x 0.99 387 G130x 0.96

3677 G086x 0.94 3720 G080x 1.00 388 G120x 0.99

3678 G080x 0.98 3722 G080x 1.00 389 G130x 1.00

3679 G080x 1.00 3723 S180x 0.96 38A G130x 0.90

368 G120x 0.89 3724 G080x 1.00 39 G130x 0.91

3680 G090x 0.92 3725 G080x 1.00 390 G100x 0.98

3681 G080x 0.98 3726 G080x 0.99 391 G120x 0.84

3682 G080x 0.98 3728 G078x 0.99 392 G130x 1.00

3683 G086x 0.92 3729 G080x 0.99 393 G100x 0.98

3684 G080x 1.00 373 G120x 0.99 393Z G100x 0.98

3685 G086x 0.92 3731 S180x 0.98 394 G120x 0.96

3686 G086x 0.99 3731A G078x 0.98 395 G130x 1.00

3687 G080x 1.00 3732 G080x 1.00 396 G130x 0.99

369 G120x 0.91 3734 G078x 0.99 397 G090x 0.78

3691 G086x 1.00 3736 G078x 0.98 398 G090x 0.78

3692 G086x 1.00 3738 S180x 0.98 399 G120x 0.99

3693 G080x 1.00 3738A G078x 0.98 4 G130x 0.87

3696 G086x 0.97 3738B G078x 0.98 40 G120x 0.94

3697 G086x 1.00 3738C G078x 0.98 400 G090x 0.78

3698 G086x 1.00 3739 G078x 0.99 401 G100x 0.84

3699 G080x 0.98 374 G130x 1.00 402 G090x 0.78

3699A G078x 0.99 3740 G078x 0.99 403 G130x 0.98

3699B G078x 0.99 3742 G078x 0.98 404 G120x 0.99

37 G130x 0.89 3743 G078x 0.99 405 G130x 0.98

370 G130x 0.99 3746 G078x 0.98 406 G100x 0.98

3700 G086x 1.00 3747 S180x 0.98 407 G130x 1.00

3701 G086x 1.00 375A G100x 1.00 408 G130x 0.99

3702 G080x 1.00 375B G100x 1.00 409 G100x 0.86

3703 G078x 0.98 375C G100x 1.00 40A G120x 0.94

3703A G078x 0.98 375D G100x 1.00 41 G130x 0.98

3703B G078x 0.98 375E G100x 0.99 410 G090x 0.78

3704 G080x 1.00 375F G100x 0.98 411 G100x 0.98

3705 G086x 1.00 375G G100x 0.98 412 G100x 0.98

3706 G086x 1.00 375H G100x 0.98 413 G130x 0.96

3707 G080x 1.00 375I G100x 0.98 414 G120x 0.99

3708 G080x 1.00 376 G100x 0.98 415 G130x 0.99

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-36
WBID EDA FD WBID EDA FD WBID EDA FD

416 G120x 0.84 459 G090x 0.79 496 G100x 0.71

416A G120x 0.84 46 G120x 0.96 497 G090x 0.88

417 G090x 0.78 460 G090x 0.78 498 G120x 0.99

418 G130x 0.99 461 G100x 0.96 499 G090x 0.83

419 G090x 0.76 462A G140x 1.00 49A G120x 1.00

42 G120x 0.94 462B G140x 1.00 49B G120x 1.00

420 G130x 1.00 462C G140x 1.00 49C G120x 0.99

421 G100x 0.98 463 G100x 0.98 49D G120x 0.99

422 G090x 0.76 464 G090x 0.98 49E G120x 0.99

423 G120x 0.99 465 G100x 0.98 49F G120x 0.98

424 G090x 0.81 466 G100x 0.98 5 G130x 0.95

425 G120x 0.97 467 G100x 0.98 50 G130x 0.87

426 G100x 0.86 468 G130x 0.95 500 G120x 0.96

427 G090x 0.76 468A G120x 0.98 5001 G090x 1.00

428 G090x 0.76 469 G100x 0.97 5003B S190x 1.00

429 G130x 1.00 47 G120x 0.97 5003C S190x 1.00

43 G120x 0.96 470 G120x 0.97 5003D S190x 1.00

430 G090x 0.82 471 G130x 0.95 501 G120x 0.99

431 G100x 0.86 472 G130x 0.98 502 G130x 1.00

432 G120x 0.97 473 G090x 0.82 503 G100x 0.71

433 G090x 0.98 474 G090x 0.82 504 G090x 0.97

434 G100x 0.98 475 G130x 1.00 505 G090x 0.83

435 G100x 0.86 476 G130x 0.96 506 G090x 0.78

436 G120x 0.97 477 G100x 0.97 507 G120x 0.96

437 G100x 0.98 478 G120x 0.97 508 G120x 0.99

438 G120x 0.91 479 G100x 0.97 509 G100x 0.86

439 G100x 0.98 48 G120x 0.97 51 G100x 0.96

44 G120x 0.96 480 G090x 0.78 510 G130x 0.95

440 G090x 0.82 481 G130x 1.00 511 G110x 0.71

441 G120x 0.99 482 G100x 0.86 512 G100x 0.97

442 G090x 0.82 483 G120x 0.96 513 G090x 0.78

443 G130x 0.99 484 G100x 0.86 514 G120x 1.00

444 G130x 1.00 484A G100x 0.86 515 G120x 0.95

445 G120x 0.96 485 G090x 0.90 516 G110x 0.71

446 G120x 0.97 486 G120x 0.99 516A G100x 0.71

447 G090x 0.76 487 G090x 0.97 517 G130x 1.00

448 G120x 0.96 488 G090x 0.97 518 G100x 0.86

449 G090x 0.82 489 G130x 1.00 519 G100x 0.71

45 G120x 0.96 489A G130x 1.00 51A G100x 0.95

450 G120x 0.99 49 G120x 0.98 51B G100x 0.88

451 G100x 0.86 490 G100x 0.84 51C G100x 0.88

452 G100x 0.86 491 G120x 0.97 51D G100x 0.86

454 G100x 0.98 492 G120x 0.95 51E G100x 0.86

455 G120x 0.84 493 G130x 1.00 51F G100x 0.99

456 G120x 0.84 494 G140x 1.00 52 G100x 0.85

457 G120x 0.99 495 G130x 0.98 520 G120x 1.00

458 G100x 0.98 495A G120x 1.00 521 G120x 0.99

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-37
WBID EDA FD WBID EDA FD WBID EDA FD

522 G100x 0.97 562 G100x 0.97 601 G090x 0.83

523 G130x 0.95 563 G090x 0.82 602 G090x 0.87

524 G090x 0.83 564 G090x 0.82 603 G090x 0.97

526 G120x 0.90 564B G090x 0.82 604 G100x 0.86

526A G120x 0.87 565 G120x 0.99 605 G090x 0.83

526B G120x 0.87 566 G090x 0.83 606 G120x 0.96

526C G120x 0.87 567 G120x 0.99 607 G140x 1.00

527 G090x 0.83 568 G120x 0.99 608 G120x 0.89

528 G100x 0.87 569 G100x 0.86 609 G090x 0.83

529 G120x 0.99 57 G100x 0.85 60A G100x 0.82

53 G120x 0.97 570 G120x 0.99 61 G120x 0.93

530 G090x 0.82 571 G100x 0.86 610 G130x 1.00

531 G130x 1.00 572 G120x 0.99 611 G090x 0.82

532 G120x 0.96 573 G120x 0.96 612 G120x 1.00

533 G090x 0.85 574 G100x 0.97 613 G090x 0.98

535 G090x 0.82 575 G120x 0.99 614 G090x 0.83

536 G120x 0.99 576 G090x 0.83 615 G090x 0.83

538 G100x 0.97 577 G100x 0.98 616 G140x 1.00

539 G130x 1.00 578 G120x 0.99 617 G090x 0.87

54 G120x 0.95 579 G090x 0.87 618 G110x 0.71

540 G090x 0.83 58 G120x 0.93 619 G120x 0.98

540A G090x 0.83 580 G120x 1.00 61A G120x 0.93

541 G120x 0.71 581 G100x 0.97 62 G130x 0.89

542 G140x 1.00 582 G090x 0.83 620 G120x 1.00

544 G120x 0.99 582B G090x 0.83 621 G120x 0.99

545 G120x 0.99 583 G110x 0.71 622 G120x 1.00

546 G090x 0.82 584 G120x 1.00 623 G090x 0.83

546A G090x 0.82 585 G100x 0.98 624 G130x 1.00

546B G090x 0.82 586 G130x 1.00 625 G090x 0.97

547 G100x 0.97 587 G120x 0.98 626 G090x 0.87

549 G120x 0.99 588 G090x 0.87 627 G100x 0.86

55 G120x 0.97 589 G100x 0.98 628 G090x 0.85

550 G120x 0.99 59 G100x 0.90 629 G090x 0.87

551 G100x 0.98 590 G120x 1.00 63 G120x 0.96

552 G100x 0.97 591 G090x 0.97 630 G090x 0.83

553 G100x 0.77 592 G130x 1.00 631 G130x 1.00

553A G110x 1.00 593 G100x 0.98 632 G090x 0.83

553Z G110x 0.71 594 G120x 0.99 633 G090x 0.83

554 G090x 0.97 595 G090x 0.83 636 G090x 0.94

555 G110x 1.00 596 G120x 0.99 636A G090x 0.94

555A G110x 1.00 597 G100x 0.97 638 G110x 0.71

555B G120x 1.00 598 G090x 0.82 639 G130x 1.00

556 G100x 0.98 598A G090x 0.82 64 G130x 0.89

557 G120x 0.99 599 G090x 0.97 640 G100x 0.98

558 G090x 0.87 59A G120x 0.86 641 G100x 0.98

559 G110x 0.71 6 G130x 0.92 642 G100x 0.98

56 G120x 0.93 60 G100x 0.83 643 G090x 0.87

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-38
WBID EDA FD WBID EDA FD WBID EDA FD

644 G120x 1.00 685 G130x 0.96 721 G090x 0.83

645 G120x 1.00 686 G110x 1.00 722 G120x 1.00

646 G120x 0.99 686A G120x 1.00 723 G100x 0.96

647 G090x 0.94 687 G090x 0.87 724 G120x 1.00

647A G090x 0.94 688 G120x 0.99 725 G140x 1.00

647C G090x 0.94 689 G090x 0.84 726 G090x 0.87

647D G090x 0.94 689A G090x 0.83 727 G090x 0.83

648 G110x 0.71 689B G090x 0.83 728 G090x 0.98

65 G130x 0.89 69 G120x 0.97 729 G100x 0.71

650 G120x 0.95 690 G100x 0.71 72D G140x 0.90

651 G120x 0.99 691 G090x 0.87 72E G140x 0.88

652 G130x 1.00 692 G120x 1.00 72F G140x 0.84

653 G090x 0.83 693 G100x 0.98 73 G140x 0.88

654 G090x 0.97 695 G100x 0.86 730 G140x 1.00

655 G120x 0.98 696 G140x 1.00 731 G120x 1.00

656 G090x 0.98 696A G140x 1.00 732 G090x 0.87

657 G090x 0.83 697 G140x 1.00 733 G090x 0.83

658 G120x 1.00 697A G140x 1.00 734 G090x 0.83

659 G090x 0.83 698 G090x 0.83 735 G090x 0.97

66 G120x 0.96 699 G100x 0.86 736 G130x 1.00

660 G120x 0.99 7 G130x 0.99 737 G090x 0.87

661 G090x 0.83 70 G130x 0.86 738 G130x 1.00

662 G110x 1.00 700 G100x 0.98 739 G120x 0.99

662A G110x 0.99 701 G120x 0.97 74 G130x 0.99

663 G130x 1.00 702 G090x 0.83 740 G140x 1.00

664 G120x 1.00 703 G090x 0.83 741 G120x 0.99

665 G100x 0.87 704 G090x 0.83 742 G120x 1.00

667 G120x 0.99 705 G090x 0.98 743 G100x 0.86

668 G100x 0.98 706 G090x 0.83 744 G100x 0.98

67 G100x 0.86 707 G090x 0.87 745 G090x 0.83

670 G110x 0.71 708 G120x 0.99 746 G090x 0.83

671 G100x 0.98 709 G090x 0.87 747 G120x 0.99

672 G090x 0.94 71 G130x 0.99 748 G120x 0.99

672A G090x 0.94 710 G090x 0.83 749 G100x 0.87

673 G120x 1.00 711 G090x 0.83 75 G130x 0.86

674 G120x 1.00 712 G120x 1.00 750 G100x 0.98

675 G090x 0.87 713 G090x 0.98 751 G120x 1.00

676 G130x 1.00 714 G090x 0.87 752 G090x 0.83

677 G090x 0.88 715 G120x 0.99 753 G120x 0.99

678 G090x 0.83 716 G090x 0.81 755 G100x 0.86

679 G120x 0.99 717 G120x 1.00 756 G090x 0.94

68 G120x 0.96 718 G100x 0.86 756A G090x 0.94

680 G090x 0.83 718A G100x 0.86 756B G090x 0.94

681 G140x 1.00 718B G100x 0.86 756C G090x 0.94

682 G090x 0.87 719 G120x 0.99 756D G090x 0.94

683 G130x 1.00 72 G140x 0.97 757 G090x 0.83

684 G090x 0.90 720 G090x 0.87 758 G090x 0.83

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-39
WBID EDA FD WBID EDA FD WBID EDA FD

76 G120x 0.91 807 G090x 0.94 847 G090x 0.89

761 G090x 0.83 807A G090x 0.94 849 G090x 0.83

763 G140x 1.00 807C G090x 0.94 84A G100x 0.85

764 G120x 0.99 807D G090x 0.94 85 G100x 0.82

765 G100x 0.86 808 G090x 0.90 850 G100x 0.94

766 G100x 0.86 809 G090x 0.83 852 G090x 0.83

767 G090x 0.83 81 G120x 0.96 853 G090x 0.86

769 G100x 0.98 810 G090x 0.83 854 G090x 0.87

77 G120x 0.93 811 G090x 0.83 855 G090x 0.83

771 G100x 0.99 812 G090x 0.83 856 G090x 0.83

775 G090x 0.87 813 G090x 0.87 857 G090x 0.94

776 G090x 0.87 814 G090x 0.83 858 G090x 0.87

777 G090x 0.83 815 G090x 0.99 859 G100x 0.93

779 G140x 1.00 816 G090x 0.83 85A G100x 0.81

78 G130x 0.98 817 G090x 0.83 86 G120x 0.82

780 G110x 0.86 818 G090x 0.83 860 G090x 0.84

780A G110x 0.71 819 G100x 0.86 861 G100x 0.87

782 G130x 1.00 82 G130x 0.90 862 G090x 0.94

783 G120x 0.87 820 G090x 0.94 863 G090x 0.94

783A G120x 0.87 821 G090x 0.87 865 G090x 0.94

785 G100x 0.97 822 G100x 0.97 866 G110x 0.94

786 G120x 0.95 823 G090x 0.83 867 G110x 0.94

787 G090x 0.83 824 G100x 0.86 868 G090x 0.94

788 G090x 0.87 825 G130x 1.00 869 G120x 0.99

789 G120x 0.99 826 G110x 0.94 87 G130x 0.91

79 G130x 0.91 827 G100x 0.94 870 G120x 0.95

790 G090x 0.87 828 G090x 0.83 872 G140x 1.00

791A G090x 0.83 83 G130x 0.87 873 G090x 0.94

791L G090x 0.81 830 G090x 0.86 875 G120x 0.98

791M G090x 0.83 831 G090x 0.83 876 G110x 0.96

791N G090x 0.81 832 G090x 0.83 876A G120x 1.00

792 G100x 0.96 835 G090x 0.83 877 G090x 0.91

793A G090x 1.00 836 G090x 0.94 878A G090x 0.94

793B G090x 0.95 837 G100x 0.87 878B G090x 0.94

794 G090x 0.83 838 G100x 0.94 878C G090x 0.94

795 G120x 1.00 839 G110x 0.92 878D G090x 0.94

796 G090x 0.83 83A G130x 0.87 878E G090x 0.94

798 G090x 0.83 83B G130x 0.87 879 G090x 1.00

799 G090x 0.87 84 G100x 0.85 88 G130x 0.87

8 G130x 0.99 840 G090x 0.98 880 G090x 1.00

80 G100x 0.82 841 G100x 0.99 882 G090x 0.99

800 G090x 0.84 842 G090x 0.83 883 G090x 0.94

801 G090x 0.83 843 G120x 0.95 884 G090x 0.99

802 G090x 0.87 844 G090x 0.94 885 G100x 0.98

804 G090x 0.83 845 G090x 0.83 886 G110x 0.72

805 G090x 0.87 846A G140x 1.00 887 G090x 0.99

806 G090x 0.83 846B G140x 1.00 888 G090x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-40
WBID EDA FD WBID EDA FD WBID EDA FD

889 G090x 0.98 94 G120x 0.97 992 G110x 1.00

89 G130x 0.99 940 G090x 1.00 993 G120x 1.00

890 G090x 0.87 941 G090x 1.00 994 G100x 0.87

891 G110x 0.94 942 G090x 0.94 995 G090x 0.90

892 G110x 0.94 946 G090x 1.00 996 G090x 1.00

894 G100x 0.87 947 G090x 1.00 997 G090x 1.00

895 G090x 1.00 948 G090x 1.00 998 G090x 0.93

896 G090x 0.83 949 G090x 1.00 999 G110x 1.00

898 G090x 1.00 95 G130x 0.98

899 G090x 0.83 950 G120x 0.98

9 G130x 0.99 951 G120x 1.00

90 G130x 0.89 952 G090x 1.00

900 G090x 1.00 953 G090x 1.00

901 G120x 1.00 954 G090x 0.99

902 G090x 0.99 955 G090x 1.00

903 G090x 1.00 956 G090x 1.00

904 G090x 1.00 958 G110x 1.00

907 G120x 0.98 96 G130x 0.89

908 G090x 0.87 960 G090x 0.87

909 G090x 1.00 961 G090x 1.00

91 G130x 0.90 962 G120x 1.00

910 G090x 0.83 963 G120x 1.00

911 G090x 1.00 964 G100x 0.87

912 G090x 0.94 965 G090x 0.94

913 G090x 1.00 966 G110x 1.00

914 G100x 0.87 966A G110x 1.00

916 G090x 0.94 967 G120x 1.00

918 G090x 0.94 968 G090x 1.00

919 G090x 0.94 969 G100x 0.87

92 G120x 0.90 97 G120x 0.97

920 G090x 1.00 970 G100x 0.87

921 G090x 0.83 971 G090x 0.94

922 G090x 0.94 971A G090x 0.94

923 G100x 0.87 973 G120x 1.00

924 G100x 0.90 975 G090x 1.00

926 G090x 1.00 977 G090x 0.94

926A G100x 0.99 979 G090x 1.00

926A1 G100x 0.99 98 G130x 0.89

927 G090x 1.00 982 G120x 1.00

928 G110x 1.00 983 G120x 1.00

929A G100x 0.99 984 G090x 1.00

93 G130x 0.89 985 G090x 0.99

931 G110x 1.00 986 G120x 1.00

932 G090x 0.94 988 G090x 1.00

933 G100x 0.99 989 G090x 0.96

934 G090x 1.00 99 G130x 0.86

939 G090x 0.94 990 G090x 1.00

TSD for U.S. EPA’s Proposed Numeric Nutrient Criteria for FL Inland Surface Fresh Waters B18-41