Titlebook: Ecological Comparisons of Sedimentary Shores; Karsten Reise Book 2001 Springer-Verlag Berlin Heidelberg 2001 Coast.Erosion.Fauna.Küsten?ko

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巫婆

Benthic Suspension Feeders as Determinants of Ecosystem Structure and Function in Shallow Coastal Wafic bottom types where they take advantage of the free-energy subsidies provided by waves, tides and wind-driven currents that transport oxygen and particulate food to them, carry away waste, disperse larvae, and exclude predators. Because these organisms can move and process large amounts of materi

gruelling

平躺

Suspension Feeders on Sandy Beachesdy beaches support a diverse and abundant macroinfauna (.). In terms of species richness, sandy beach macroinfauna is dominated by crustaceans, bivalves and polychaetes. In terms of abundance, peracarid crustaceans are usually the dominant organisms. However, large suspension feeders, such as anomur

ANNUL

subordinate

Microphytobenthos in Constrasting Coastal Ecosystems: Biology and Dynamicsd between shores of different aspects have developed into a series of classical studies that outline the nature of the forces (exposure, competition, grazing) that dominate rocky shore ecology (.). These hard shores have natural advantages for scientists interested in intertidal ecology: they are us

subordinate

Sediment Dynamics by Bioturbating Organismstant in sediment dynamics: waves and (tidal) currents have a predominant role in sediment transport and erosion. Is this conclusion wrong? Probably not: For the Lister Basin near Sylt, Bayerl et al. (.) conclude that reworking of sediments is mainly physical, certainly in exposed parts hardly influe

低位的人或事

Competitive Bioturbators on Intertidal Sand Flats in the European Wadden Sea and Ariake Sound in Japl environment, such as tidal level, sediment composition and salinity. More recently, however, biotic interactions have been recognised to be a significant structuring force for intertidal sand flat communities (.; .). There are several kinds of biotic interactions (.). The most frequently studied i

nostrum

phase-2-enzyme