Anthropogenic impacts on the microbial ecology and function of aquatic environments

302.1K

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130

authors

21

articles

Anthropogenic impacts on the microbial ecology and function of aquatic environments

302.1K

views

130

authors

21

articles

Editorial

06 July 2016

Editorial: Anthropogenic Impacts on the Microbial Ecology and Function of Aquatic Environments

Maurizio Labbate

,

Justin R. Seymour

,

Federico Lauro

and

Mark V. Brown

9,749 views

49 citations

Editors

4

Maurizio Labbate

University of Technology Sydney

Justin Robert Seymour

University of Technology Sydney

Mark Vincent Brown

The University of Newcastle

Nanyang Technological University

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About

Aquatic ecosystems are currently experiencing unprecedented levels of impact from human activities including over-exploitation of resources, habitat destruction, pollution and the influence of climate change. The impacts of these activities on the microbial ecology of aquatic environments are only now beginning to be defined. One of the many implications of environmental degradation and climate change is the geographical expansion of disease- causing microbes such as those from the Vibrio genus. Elevating sea surface temperatures correlate with increasing Vibrio numbers and disease in marine animals (e.g. corals) and humans. Contamination of aquatic environments with heavy metals and other pollutants eaffects microbial ecology with downstream effects on biogeochemical cycles and nutrient turnover. Also of importance is the pollution of aquatic environments with antibiotics, resistance genes and the mobile genetic elements that house resistance genes from human sewage waste. Such contaminated environments act as a source of resistance genes long after an antibiotic has ceased being used in the community. Furthermore, environments contaminated with mobile elements that are adapted to human commensals and pathogens function to capture new genetic material for potential reintroduction back into clinically important environments. This research topic welcomes submissions in areas relating to the affect(s) of human activity on microbial ecology and function in aquatic environments. Submissions on how anthropogenic activity is affecting processes such as nutrient cycling, microbial disease and lateral gene transfer processes are encouraged.

Aquatic ecosystems are currently experiencing unprecedented levels of impact from human activities including over-exploitation of resources, habitat destruction, pollution and the influence of climate change. The impacts of these activities on the microbial ecology of aquatic environments are only now beginning to be defined. One of the many implications of environmental degradation and climate change is the geographical expansion of disease- causing microbes such as those from the Vibrio genus. Elevating sea surface temperatures correlate with increasing Vibrio numbers and disease in marine animals (e.g. corals) and humans. Contamination of aquatic environments with heavy metals and other pollutants eaffects microbial ecology with downstream effects on biogeochemical cycles and nutrient turnover. Also of importance is the pollution of aquatic environments with antibiotics, resistance genes and the mobile genetic elements that house resistance genes from human sewage waste. Such contaminated environments act as a source of resistance genes long after an antibiotic has ceased being used in the community. Furthermore, environments contaminated with mobile elements that are adapted to human commensals and pathogens function to capture new genetic material for potential reintroduction back into clinically important environments. This research topic welcomes submissions in areas relating to the affect(s) of human activity on microbial ecology and function in aquatic environments. Submissions on how anthropogenic activity is affecting processes such as nutrient cycling, microbial disease and lateral gene transfer processes are encouraged.

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Editors

Maurizio Labbate

University of Technology Sydney

Justin Robert Seymour

University of Technology Sydney

Mark Vincent Brown

The University of Newcastle

Nanyang Technological University

Impact

302,106 Total views

238,353 Article views

55,656 Article downloads

8,097 Topic views

Published In

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Frontiers in Microbiology

Aquatic Microbiology

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Frontiers in Marine Science

Aquatic Microbiology

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