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Mud turtle (Kinosternon subrubrum), Striped mud turtle (Kinosternon bauri), Ornate diamondback terrapin (Malaclemys terrapin macrospilota and M. t. rhizophorarum), Florida red-bellied turtle (Chrysemys nelsoni), Chicken turtle (Deirochelys reticularia), Green turtle (Chelonia mydas), Hawksbill (Eretmochelys imbricata), Loggerhead (Caretta caretta), Atlantic ridley (Lepidochelys kempii).
  Odum et al. 1982.
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| Dry season biomass | 2.96E-02 g C / m2 |
| Wet season biomass | 1.97E-02 g C / m2 |
  Schroeder et al. 1995,  Pritchard
1978,  Dalrymple personal communication ,  Jorgensen
et al. 1991.
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| dw/ww | 0.3 |
| C/dw | 0.45 |
  Jorgensen et al. 1991.
| Dry season biomass | 2.69E-03 g C / m2 |
| Wet season biomass | 1.75E-03 g C / m2 |
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| P/B | 5 |
see Snakes compartment in Cypress wetlands network.
| wet season | 2.63E-04 | g C / m2/ y |
| dry season | 3.26E-04 | g C / m2/ y |
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Metabolic rate   0.0262 cc O2 / g h   =   0.113 g C / g wet weight / y
  Pandian and Vernberg 1987.
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| wet season | 1.65E-02 | g C / m2/ y |
| dry season | 2.48E-02 | g C / m2/ y |
  Pandian and Vernberg 1987.
Free living metabolism is twice the basal metabolism.
  Pandian and Vernberg 1987.
| wet season | 3.22E-03 | g C / m2/ y |
| dry season | 4.95E-03 | g C / m2/ y |
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Assimilation efficiency = 70%
  Bjordal 1980,   Bjordal
1985,   Bjordal 1986.
| wet season | 1.60E-02 | g C / m2/ y |
| dry season | 2.45E-02 | g C / m2/ y |
 
Christian 1992,  Christian
and Luczkovich 1995,  Kushlan 1977, 
Christian and Luczkovich 1996.
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Egestion has been calculated using the other parameters : E=C-P-R.
| wet season | 1.25E-02 | g C / m2/ y |
| dry season | 1.92E-02 | g C / m2/ y |
  Jorgensen et al. 1991.
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| Respiration | 0.1756 |
| Production | 0.5244 |
| Egestion | 0.3000 |
These ratios represent the proportions of consumption we partitioned to each of the metabolic parameters. They are based on our original calculations and not on the balanced numbers presented throughout these web pages. They should assist you if you are interested in calculating a production value for the top consumers in the system whose balanced production values are zero.
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| Plants | 40% |
| Fish | 42% |
| Crocodiles | 1% |
| Snakes | 2% |
| Amphibians | 3% |
| Passerines | 1% |
| Mice and Rats | 1% |
 
Acevedo et al. 1984,   Plotkin
et al. 1993,   Bjordal 1985,   Porter
1972,   Connant and Collins 1991,  
Williams 1988,   Meylan
1988, Dalrymple personal communication.