Ironwood A (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'7", Longitude 82°17'12"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

173

257

358

Long-term total nitrogen concentrations (µg/L)

2290

3710

6420

Long-term total chlorophyll concentrations (µg/L)

69.5

218.3

571.5

Long-term Secchi depth (ft)

0.3

0.8

1.3

Florida LAKEWATCH data were not collected in 1999.

 

Ironwood B (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'10", Longitude 82°17'11"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

72

174

284

Long-term total nitrogen concentrations (µg/L)

990

1830

3850

Long-term total chlorophyll concentrations (µg/L)

7.0

96.2

233.0

Long-term Secchi depth (ft)

0.8

1.0

1.4

Florida LAKEWATCH data were not collected in 1999.

Ironwood C (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'15", Longitude 82°17'9"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

132

325

573

Long-term total nitrogen concentrations (µg/L)

1910

4830

8190

Long-term total chlorophyll concentrations (µg/L)

70.0

269.1

506.5

Long-term Secchi depth (ft)

0.3

0.6

1.1

Florida LAKEWATCH data were not collected in 1999.

Ironwood D (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'16", Longitude 82°17'9"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

330

442

534

Long-term total nitrogen concentrations (µg/L)

2200

3970

7150

Long-term total chlorophyll concentrations (µg/L)

123.0

297.0

780.0

Long-term Secchi depth (ft)

0.4

0.6

0.8

Florida LAKEWATCH data were not collected in 1999.

 

 

Ironwood E (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°42'1", Longitude 82°17'10"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

258

354

445

Long-term total nitrogen concentrations (µg/L)

2810

4270

6220

Long-term total chlorophyll concentrations (µg/L)

88.5

308.8

954.0

Long-term Secchi depth (ft)

0.3

0.6

1.0

Florida LAKEWATCH data were not collected in 1999.

 

Ironwood F (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'8", Longitude 82°18'1"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

83

160

274

Long-term total nitrogen concentrations (µg/L)

1110

1720

2150

Long-term total chlorophyll concentrations (µg/L)

35.5

91.8

153.0

Long-term Secchi depth (ft)

1.0

1.6

2.3

Florida LAKEWATCH data were not collected in 1999.

 

Ironwood G (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'14", Longitude 82°18'2"

Period of record: 11 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 11 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

73

169

491

Long-term total nitrogen concentrations (µg/L)

870

1860

2710

Long-term total chlorophyll concentrations (µg/L)

41.0

107.2

344.5

Long-term Secchi depth (ft)

1.0

1.4

2.1

Florida LAKEWATCH data were not collected in 1999.

 

Ironwood H (Alachua County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 29°41'16", Longitude 82°17'16"

Period of record: 10 sampling dates; April 22, 1997 to December 18, 1998

Surface area : No data available.

Lake Region (Griffith et al. 1997): Central Valley

Geologic formation (Brooks 1981):

The geology is dominated by phosphatic sand, silty sand, and clay of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the High Flatwoods subdivision of the Okefenokee Upland division of the Sea Island District.

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 10 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

84

383

561

Long-term total nitrogen concentrations (µg/L)

770

1540

2020

Long-term total chlorophyll concentrations (µg/L)

30.0

121.4

314.5

Long-term Secchi depth (ft)

1.0

1.9

3.4

Florida LAKEWATCH data were not collected in 1999.

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