Pollution gradient leads to local adaptation and small-scale spatial variability of communities and functions in an urban marine environment

Urbanization of coastal habitats, of which harbors and marinas are the paragon, has led to various ecological paradigms about their functioning. Harbor infrastructures offer new hard substrata that are colonized by a wide variety of organisms (biofouling) including many introduced species. These str...

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Published in:The Science of the total environment 2022-09, Vol.838 (Pt 1), p.155911-155911, Article 155911
Main Authors: Gauff, Robin P.M., Davoult, Dominique, Greff, Stéphane, Bohner, Olivier, Coudret, Jérôme, Jacquet, Stéphanie, Loisel, Stéphane, Rondeau, Simon, Sevin, Laure, Wafo, Emmanuel, Lejeusne, Christophe
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Language:English
Subjects:
Biodiversity and Ecology
Ecology, environment
Ecosystems
Environmental Sciences
Fouling
Life Sciences
Local adaptation
Marinas
Metabolomics
Pollution
Respiration
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creator Gauff, Robin P.M.
Davoult, Dominique
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Rondeau, Simon
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description Urbanization of coastal habitats, of which harbors and marinas are the paragon, has led to various ecological paradigms about their functioning. Harbor infrastructures offer new hard substrata that are colonized by a wide variety of organisms (biofouling) including many introduced species. These structures also modify hydrodynamism and contaminant dispersal, leading to strong disturbance gradients within them. Differences in sessile community structure have previously been correlated to these gradients at small spatial scale (
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subjects Biodiversity and Ecology
Ecology, environment
Ecosystems
Environmental Sciences
Fouling
Life Sciences
Local adaptation
Marinas
Metabolomics
Pollution
Respiration
title Pollution gradient leads to local adaptation and small-scale spatial variability of communities and functions in an urban marine environment
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