This Special Issue aims at the promotion of a multidisciplinary approach to evaluate the quality of aquatic ecosystems, with a particular focus on the transitional environments where marine and terrestrial habitats interlink. Research/review papers jointly dealing with coastal oceanography, hydrogeology, biogeochemistry and marine ecology are of interest, although studies on surface waters (rivers, lakes, etc.) in coastal regions are also welcomed. Papers concerning issues related to the assessment of the ecological status of the water body and related habitats, short-term or long-term comparative evaluation, resilience and vulnerability to expected changes (anthropogenic pressures, climate fluctuations) are envisaged, with contents spanning from field studies encompassing innovative technologies (e.g., automatic systems, buoys and fixed points of observation, remote sensing) to promising approaches and methodologies (e.g., indicators, microbiology, structural and functional changes of biodiversity, link between quality and climate-related local changes) to modeling. It is hoped that this Special Issue will serve as a invaluable reference for coastal zone managers and practitioners.
Attività editoriale per la rivista internazionale Water (MDPI Publisher) - Special Issue "Advances in Water Quality Monitoring and Assessment in Marine and Coastal Regions"
Bergamasco A;Caruso G;
2020
Abstract
This Special Issue aims at the promotion of a multidisciplinary approach to evaluate the quality of aquatic ecosystems, with a particular focus on the transitional environments where marine and terrestrial habitats interlink. Research/review papers jointly dealing with coastal oceanography, hydrogeology, biogeochemistry and marine ecology are of interest, although studies on surface waters (rivers, lakes, etc.) in coastal regions are also welcomed. Papers concerning issues related to the assessment of the ecological status of the water body and related habitats, short-term or long-term comparative evaluation, resilience and vulnerability to expected changes (anthropogenic pressures, climate fluctuations) are envisaged, with contents spanning from field studies encompassing innovative technologies (e.g., automatic systems, buoys and fixed points of observation, remote sensing) to promising approaches and methodologies (e.g., indicators, microbiology, structural and functional changes of biodiversity, link between quality and climate-related local changes) to modeling. It is hoped that this Special Issue will serve as a invaluable reference for coastal zone managers and practitioners.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.