Marine Ecological Processes by Ivan Valiela
By Ivan Valiela
The oceans characterize an unlimited, advanced and poorly understood environment. Marine Ecological Processes is a contemporary evaluation and synthesis of marine ecology that gives the reader with a lucid advent to the highbrow suggestions, techniques, and techniques of this evolving self-discipline. accomplished in its insurance, this booklet specializes in the procedures controlling marine ecosystems, groups, and populations and demonstrates how common ecological principles--derived from terrestrial and freshwater structures as well--apply to marine ecosystems.
Global warming and elevated eutrophication and wetland destruction lately has made the learn of ecological approaches much more very important for the renovation of marine environments. This completely up-to-date and accelerated variation will offer scholars of marine ecology, marine biology, and oceanography with quite a few illustrations, examples, and references which essentially impart to the reader the present nation of analysis during this box: its achievements in addition to unresolved controversies.
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Additional info for Marine Ecological Processes
First, the satellite data furnish a plethora Figure 2-5 . Comparisons of SeaWiFS-derived estimates of chlorophyll concentrations vs. measured chlorophyll concentrations in water samples, for open ocean (depths > 200 m, top), and for coastal regions (depths < 200 m, bottom).
Production: The Formation of Organic Matter Chemosynthesis is carried out by bacteria whose metabolism allows obtaining energy from simple inorganic compounds (Table 2-1). The biochemical pathways of different kinds of chemosynthetic bacteria are very diverse (Fenchel and Blackburn 1979; Parsons et al. 1977). The basic reaction of chemosynthesis is (2-4) nH 2 A + nH 2 O → nAO + 4n[H + + e − ], where H2A represents a relatively reduced inorganic compound. Dehydrogenase converts this reduced compound to the oxidized end product, AO, and the reducing power gained is represented as [H + + e− ] .
2008). Mangrove vegetation also stabilizes shorelines and mitigates damage from tsunamis and cyclones (Kathiresan and Rajendran 2005; Alongi 2008). The many environmental services furnished by mangrove forests are threatened by the large losses of these habitats. Mangrove forests have undergone a global loss of 35 % of area since 1980, with an annual loss of about 2 % (Valiela et al. 2001). 5 % loss per year for tropical rainforests (Achard et al. 2002), widely regarded as highly threatened, and comparable to the high rate of losses suffered by seagrass meadows.