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61 - 70 of 172 items
- Programme area:Biodiversity in a Changing World
November 2024
Applied and Environmental Microbiology. - 90(2024)12, 1-20
Inside the Atacama Desert: uncovering the living microbiome of an extreme environment
November 2024
FEMS Microbiology Ecology. - 100(2024)11, Art. fiae139
Metabarcoding reveals ecologically distinct fungal assemblages in river and groundwater along an Austrian alpine to lowland gradient
November 2024
Biological Reviews. - 100(2025)2, 855-870
Shedding light on biodiversity: reviewing existing knowledge and exploring hypothesised impacts of agrophotovoltaics
November 2024
Journal of Hazardous Materials. - 479(2024), Art. 135675
Distinct influences of altitude on microbiome and antibiotic resistome assembly in a glacial river ecosystem of Mount Everest
October 2024
JAMES. - 16(2024)10, Art. e2024MS004275
A Lake Biogeochemistry Model for Global Methane Emissions: Model Development, Site-Level Validation, and Global Applicability
October 2024
Water Research. - 268(2024), Art. 122602
Epilimnetic oligotrophication increases contribution of oxic methane production to atmospheric methane flux from stratified lakes
October 2024
Nature Reviews : Earth & Environment. - 5(2024), 755-772
Hydropower impacts on riverine biodiversity
The authors discuss the impacts of hydropower on aquatic and semi-aquatic species and how the impacts accumulate spatially and temporally across basins. They recommend the STREAM framework: Systematic planning, Tracking hydropower impacts, Responsive adaptive management strategies, Elimination of hydropower infrastructure, Assessment of socioecological trade-offs, and Multi-actor decision-making.
October 2024
Scientific Reports. - 14(2024), Art. 25821
Chytrid fungi infecting Arctic microphytobenthic communities under varying salinity conditions
October 2024
Environmental Science & Technology. - 58(2024)44, 19690–19701
Strong Subseasonal Variability of Oxic Methane Production Challenges Methane Budgeting in Freshwater Lakes
September 2024
Science of the Total Environment. - 934(2024), Art. 173188
Tapping into fungal potential: Biodegradation of plastic and rubber by potent Fungi
The presence of plastics in our environment is an increasing burden on nature and our health. The authors have now identified fungi isolated from freshwater ecosystems that can efficiently degrade plastic polymers made of polyurethane, polyethylene and tyre rubber. Contrary to previous assumptions, no pre-treatment of the plastics was necessary.