Talquin (Gadsden County)

Florida LAKEWATCH Water Chemistry Summary

Location: Latitude 30°26'23", Longitude 84°34'10"

Period of record: 12 sampling dates; January 6, 1992 to November 2, 1999

Surface area : No data available.

Lake Region (Griffith et al. 1997): Tifton/Tallahassee Uplands

Geologic formation (Brooks 1981):

The geology is dominated by clayey sand and clay with sandy to clayey limestone of the Hawthorne Formation.

Physiographic region (Brooks 1981):

The water body lies in the Quincy Hills division of the Tifton Uplands District.

 

Supplemental, unpublished water chemistry data, University of Florida.

Numbers reported below are the average for 5 months sampled:

pH

6.9

Sulfate (mg/L)

7.0

Total alkalinity (mg/L as CaCO3)

14.7

Calcium (mg/L)

4.3

Conductance (µS/cm @ 25 °C)

81

Magnesium (mg/L)

7.4

Color (Pt-Co units)

56

Sodium (mg/L)

7.6

Chloride (mg/L)

12.7

Potassium (mg/L)

1.9

Silicon (mg/L)

6.5

 

 

Long-term Florida LAKEWATCH Data

Numbers reported below are the minimum, average, and maximum value for the 12 months sampled:

 

Minimum

Average

Maximum

Long-term total phosphorus concentrations (µg/L)

40

54

93

Long-term total nitrogen concentrations (µg/L)

450

670

930

Long-term total chlorophyll concentrations (µg/L)

5.0

28.6

55.7

Long-term Secchi depth (ft)

3.0

3.3

3.8

1999 Florida LAKEWATCH Data

Numbers reported below are monthly averages calculated from 3 stations for total phosphorus (TP, µg/L), total nitrogen (TN, µg/L), chlorophyll (CHL, µg/L) and Secchi depth (SECCHI, ft) during 1999:

Date

TP (µg/L)

TN (µg/L)

CHL (µg/L)

SECCHI (ft

May-15-99

40

590

51.0

3.8

Jul-01-99

42

650

.

3.3

Aug-04-99

46

740

37.0

3.5

Sep-01-99

60

930

45.7

3.0

Oct-01-99

64

900

55.7

3.0

Nov-02-99

56

600

46.3

3.0

 

 

 

 

 

1999 Average

51

730

47.1

3.3

 

Talquin (Gadsden County)

Florida LAKEWATCH Aquatic Plant Summary

Aquatic plant data collected on August 17, 1993

Percent area covered with aquatic vegetation (PAC, %)

40

Percent of lake's volume filled with vegetation (PVI, %)

3

Average emergent plant biomass (kg wet wt/m2)

3.8

Average floating-leaved plant biomass (kg wet wt/m2)

3.9

Average submersed plant biomass (kg wet wt/m2)

3.5

Average width of emergent and floating-leaved zone (ft.)

67

Average lake depth (m)

3

 

Frequency that plant species occur in 10 evenly spaced transects around the lake.

Common Name

Plant Species

Frequency (%)

common salvinia

Salvinia rotundifolia

90

floating water-hyacinth

Eichhornia crassipes

80

alligator-weed

Alternanthera philoxeroides

70

elephant-ear

Colocasia esculenta

60

coontail

Ceratophyllum demersum

50

smartweed

Polygonum hydropiperoides

40

water-pennywort

Hydrocotyle umbellata

40

southern naiad

Najas guadalupensis

40

baby-tears

Micranthemum umbrosum

30

hydrilla

Hydrilla verticillata

30

para grass

Brachiaria mutica

30

torpedograss

Panicum repens

30

musk-grass

Chara spp.

30

spatterdock

Nuphar luteum

20

cone-spur bladderwort

Utricularia gibba

20

buttonbush

Cephalanthus occidentalis

20

southern water-grass

Hydrochloa caroliniensis

20

bald cypress

Taxodium distichum

20

parrot's-feather

Myriophyllum aquaticum

10

frog's-bit

Limnobium spongia

10

American lotus

Nelumbo lutea

10

cat-tail

Typha spp.

10

water primrose

Ludwigia octovalvis

10

green algae

Chlorphyta

10

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