Titlebook: Deep-Sea Food Chains and the Global Carbon Cycle; Gilbert T. Rowe,Vita Pariente Book 1992 Springer Science+Business Media Dordrecht 1992 O

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書目名稱Deep-Sea Food Chains and the Global Carbon Cycle影響因子(影響力)




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模范

The Role of Deep-Sea Zooplankton in Carbon Cycles,(Santa Catalina Basin in the California Borderland, Volcano 7 seamount in the Eastern Tropical Pacific). Differences in copepod gut contents between the 1300 m sites in the two geographic locations included less algal material in the Santa Catalina Basin animals and the presence of abundant bacteria

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賞錢

Possible Roles for Xenophyophores in Deep-Sea Carbon Cycling,icrobial enhancement require verification before their importance can be considered. Evidence that xenophyophores enhance deposition of fine particles comes from flow visualization, excess .Th profiles, and photographic observations. Reticulate and folded tests are believed to act like small, passiv

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Foraging of Scavenging Deep-Sea Lysianassoid Amphipods,small guts, process food in a more or less continuous manner, and may withstand only short periods of starvation. Although lysianassoids in the former group appear to be very well adapted for the detection, localization and consumption of carrion, it seems unlikely that any deep-sea species is an ob

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Production/Biomass Ratios, Size Frequencies and Biomass Spectra in Deep-Sea Demersal Fishes, fishes gives values similar to those derived previously by other means. Patterns in the frequency distribution of sizes attained by individual species at various depths can be related to probable feeding modes, and these are supported by information on diets. The biomass spectrum for the continenta

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Effects of Spatial and Temporal Scale on the Relationship of Surface Pigment Biomass to Community S, Gastropoda, Cumacea and Bivalvia). Surface pigment biomass directly above the benthic sampling stations was averaged monthly and seasonally over a three-year period at three spatial scales corresponding to square areas of 1, 9 and 121 pixels (0.83, 7.43 and 99.83 km. respectively). Benthic biomass

討好美人

Benthic Food Web Flows in the Santa Monica Basin Estimated Using Inverse Methodology,ed material poor in nitrogen while the grazers consumed material rich in nitrogen. Although bacteria consumed more carbon than did the grazers, the bacteria released equal amount of ammonia. Small protozoan microfauna consumed and mineralized most of the material available to the grazer populations.