Dynamic modeling for marine conservation
Ruth, M.; Lindholm, J. (Ed.) (2002). Dynamic modeling for marine conservation. Modeling dynamic systems. Springer Verlag: New York. ISBN 978-0-387-95317-5. xx, 449 + cd-rom pp. https://dx.doi.org/10.1007/978-1-4613-0057-1
Deel van: Ruth, M.; Hannon, B. (Ed.) Modeling dynamic systems. Springer/Springer Verlag: New York. , meer
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| Trefwoorden |
Biodiversity
Computer simulation
Conservation
Marien/Kust |
| Auteurs | | Top |
- Ruth, M., redacteur
- Lindholm, J., redacteur
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| Inhoud |
- Ruth, M.; Lindholm, J. (2002). Introduction, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 3-20, meer
- Ruth, M.; Lindholm, J. (2002). Modeling in STELLA, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 21-42, meer
- Ruth, M.; Lindholm, J. (2002). Predator-prey dynamics, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 43-53, meer
- Ruth, M. (2002). Epidemic in the marine system, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 54-73, meer
- Ruth, M. (2002). Impacts of fishing pressure on mean length of fish, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 74-121, meer
- Grzymski, J.; Moline, M.A.; Cullen, J.T. (2002). Modeling atmosphere-ocean interactions and primary productivity, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 125-143, meer
- Moline, M.A.; Schofield, O.; Grzymski, J. (2002). Impact of dynamic light and nutrient environments on phytoplankton communities in the coastal ocean, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 144-163, meer
- Behm, P.M.; Boumans, R.M.J. (2002). Modeling eelgrass (Zostera marina L.) distributions in Great Bay, New Hampshire, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 164-190, meer
- Lohrer, A.M.; Whitlatch, R.B. (2002). Life-stage based recovery dynamics of marine invertebrates in soft-sediment habitats, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 191-213, meer
- Maguire, M.; Ruth, M. (2002). Horseshoe crabs and shorebirds, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 214-230, meer
- Tornatore, E.J.; Ruth, M. (2002). Kelp, urchins and otters in the California region, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 231-256, meer
- Ruth, M.; Lindholm, J. (2002). Dynamics of multiple fish species under variable levels of exploitation, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 314-341, meer
- Lindholm, J.; Auster, P.; Ruth, M.; Kaufman, L. (2002). Fish population responses to seafloor habitat alteration: implications for the design of marine protected areas, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 342-355, meer
- Davidsdottir, B. (2002). Management of the commons: social behavior and resource extraction, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 356-375, meer
- Langton, R.; Lindholm, J.; Wilson, J.; Sherman, S. (2002). An age-structured model of fish population enhancement: Implications for conservation and economic sustainability, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 376-394, meer
- Johnston, D.; Soderquist, C.; Meadows, D. (2002). The global shrimp market, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 395-417, meer
- Lindholm, J.; Ruth, M. (2002). Conclusion: Reflections on the parts and the whole, in: Ruth, M. et al. (Ed.) Dynamic modeling for marine conservation. Modeling dynamic systems, : pp. 421-423, meer
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| Abstract |
The effects of disturbed ecosystems, from devastating algal blooms to the loss of whale populations, have demonstrated the vulnerability of the oceans'biodiversity. This book provides methods for learning how ocean systems function, how natural and human actions put them in peril, and how we can influence the marine world in order to maintain biodiversity. The difficulties of research in the oceans make computer modeling particularly helpful for marine conservation. The authors demonstrate dynamic modeling through the use of the STELLA modeling program and case studies from marine conservation. |
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