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Project

Top-down and bottom-up controls in benthic food webs, and their importance for the dynamics and functioning of meiobenthos and bacteria.

This project investigates the importance of (a) vertical (predation and food availability) and (b) horizontal (competition, facilitationU+2026) interactions for meiobenthic community assembly. It also investigates how meiofauna affect bacterial community structure, diversity and metabolism, and benthic ecosystem functions like organic matter decomposition and nutrient cycling. The focus is on top-down effects and trophic cascades from predators over bacterivores to bacteria.

Date:1 Jan 2009 →  31 Dec 2014
Keywords:grazing, ecosystem-functioning, predation, nematodes, bacteria, trophic interactions, community structure, harpacticoid copepods, marine, benthos, biodiversity
Disciplines:Laboratory medicine, Geology, Animal biology, Systems biology, Microbiology, Aquatic sciences, challenges and pollution