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American alligator (Alligator mississippiensis) and American crocodile (Crocodylus acutus).
  Odum et al. 1982.
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| Dry season biomass | 1.96E-02 g C / m2 |
| Wet season biomass | 2.27E-02 g C / m2 |
  Dalrymple personal communication ,  Davis
and Ogden 1994,  Mazzotti and Brandt 1989, 
Kushlan 1980,  Pritchard
1978,  Jorgensen et al. 1991.
| Dry season biomass | 1.81E-03 g C / m2 |
| Wet season biomass | 2.04E-03 g C / m2 |
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Production has been calculated using the other parameters : P=C-E-R.
| wet season | 3.42E-04 | g C / m2/ y |
| dry season | 4.65E-04 | g C / m2/ y |
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See American Alligator references in the Cypress Wetland network.
| wet season | 3.76E-03 | g C / m2/ y |
| dry season | 1.08E-03 | g C / m2/ y |
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A 2.5 m captive crocodile consumed 1100 g wet w of mullet per day.
A 4.8 m crocodile consumed 8000-26000 g/day.
  Day et al. 1990.
Consumption / Biomass ratio: 6.5
See American Alligator references in the Cypress Wetland
network.
| wet season | 1.27E-02 | g C / m2/ y |
| dry season | 1.14E-02 | g C / m2/ y |
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Assimilation efficiency: 80%
See American Alligator references in the Cypress Wetland
network.
| wet season | 8.62E-03 | g C / m2/ y |
| dry season | 7.58E-03 | g C / m2/ y |
  Jorgensen et al. 1991.
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| Respiration | 0.2563 |
| Production | 0.5437 |
| Egestion | 0.2000 |
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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| Dry Season | Wet Season | |
| Invertebrates | 20% | 18% |
| Fish | 68% | 68% |
| Reptiles | 2% | 2% |
| Amphibians, Birds, Mammals | 10% | 12% |
  Davis and Ogden 1994,   Kushlan
1980,   Pritchard 1978,   Delany
and Abercrombie 1985.