Ecophys.Fish: A Simulation Model of Fish Growth in Time-Varying Environmental Regimes
NEILL, W. I. L. L. I. A. M. H., BRANDES, T. S. C. O. T. T., BURKE, B. R. I. A. N. J., CRAIG, S. T. E. V. E. N. R., DIMICHELE, L. E. O. N. A. R. D. V., DUCHON, K. E. R. R. I., … VEGA, R. O. B. E. R. T. R. (2004, October 1). Reviews in Fisheries Science.
By:
W. Neill*, T. Brandes*, B. Burke n, S. Craig*, L. Dimichele*, K. Duchon n, R. Edwards*, L. Fontaine* ..., D. Gatlin*, C. Hutchins*, J. Miller n, B. Ponwith*, C. Stahl*, J. Tomasso*, R. Vega*
topics (OpenAlex): Marine and fisheries research; Physiological and biochemical adaptations; Fish Ecology and Management Studies
TL;DR:
The purpose of this article is to introduce Ecophys.Fish to those who might want to use it as a framework or starting point for applications of their own, believing the model, although focused in autecology, will prove useful at organizational levels both below and above the individual fish.
(via Semantic Scholar)
topics (OpenAlex): Marine and fisheries research; Fish Ecology and Management Studies; Ocean Acidification Effects and Responses
TL;DR:
This work parameterized a bioenergetics model for southern flounder Paralichthys lethostigma by conducting a series of respiration and feeding experiments and linked it to an existing size-dependent foraging model, finding that predictions of prey survival and size structure were robust and were not greatly affected by slight cha...
(via Semantic Scholar)
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