Titlebook: Ecology of Marine Deposit Feeders; Glenn Lopez,Gary Taghon,Jeffrey Levinton Conference proceedings 1989 Springer-Verlag New York, Inc. 198

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Some Ecological Perspectives in the Study of the Nutrition of Deposit Feeders,ed and still debate what one regulatory mechanism controls distribution and abundance. Two observations, neither new nor startling, might help us to understand why we need knowledge of the nutritional needs of, and resources available to deposit feeders:

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https://doi.org/10.1007/978-1-4684-7671-2animals; chemistry; ecology; environment; fauna; nutrition; ocean; oceanography; physiology

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Deposit Feeding and Coastal Oceanography,problems and controversies that have occupied the efforts of nutritional biologists, biological oceanographers, and sedimentologists. The exact mode of nutrition of deposit feeders is of great interest to those working on nutrient recycling in the water column. Deposit feeders may ingest and assimil

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Early Diagenesis of Organic Matter and the Nutritional Value of Sediment,lated to the size and composition of the deposit-feeding community. Fresh allochthonous POM from the water column and autochthonous POM from epibenthic primary production are incorporated into the deposit by burial and through geophysical and biological mixing. Although the quality and quantity of o

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The Nature and Determination of Non-Living Sedimentary Organic Matter as a Food Source for Deposit e the bulk of the food for many species. The ability to use such food is indicated by feeding experiments which have shown ingestion selectivity by deposit feeders for protein-coated beads (Taghon 1982; Taghon and Jumars 1984) and demonstrated an ability to absorb non-living organic matter (Lopez et

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