Titlebook: Animal-Sediment Relations; The Biogenic Alterat Peter L. McCall,Michael J. S. Tevesz Book 1982 Springer Science+Business Media New York 198

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Economic Growth in Theory and Practiceces will probably improve the resolution of paleoecological and paleoenvironmental reconstructions involving non-marine rocks and increase the understanding of the origin and history of freshwater life.

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The Effects of Macrobenthos on Chemical Properties of Marine Sediment and Overlying Waterand around it. In the case of marine sedimentary deposits, the dominant agents of mass transport are often large bottom-dwelling animals that move particles and fluids during feeding, burrowing, tube construction, and irrigation. Such biogenic material transport has major direct and indirect effects

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The Effects of Benthos on Physical Properties of Freshwater Sedimentsocus our discussion on the effects of macrobenthos (adult length >1 mm) on fine-grained bottoms (sediments that contain approximately 50% by weight silt—clay-sized particles) of lakes and slow-flowing rivers. There are three reasons for this approach. The first is that there is simply too little kno

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Effects of Macrobenthos on the Chemical Diagenesis of Freshwater Sedimentssidered. The importance of sediments to the biogeochemical cycling of materials is well known (Mortimer, 1941, 1942, 1971; Lee, 1970). Freshwater sediments act as both a source and a sink for biologically important materials such as phosphorus, carbon, nitrogen, sulfur, and silicon. Furthermore, sed

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Geological Significance of Aquatic Nonmarine Trace Fossilser the physical, chemical, and biological properties of sediments. In this chapter, the literature documenting invertebrate-sediment interactions in ancient fluvial, lacustrine, and associated terrestrial environments is reviewed in order to show that invertebrate activities influenced benthic proce

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Animal-Sediment Relations978-1-4757-1317-6Series ISSN 0275-0120

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0275-0120 Overview: 978-1-4757-1319-0978-1-4757-1317-6Series ISSN 0275-0120