Short-term CO2 exposure and temperature rise effects on metazoan meiofauna and free-living nematodes in sandy and muddy sediments: Results from a flume …
Global concern over increasing CO 2 emissions, and the resultant CO 2 driven temperature
rises and changes in seawater chemistry, necessitates the advancement of understanding
into how these changes will affect marine life now and in the future. Here we report on an
experimental investigation into the effects of increased CO 2 concentration and elevated
temperature on sedimentary meiofaunal communities. Cohesive (muddy) and non-cohesive
(sandy) sediments were collected from the Eden Estuary in St. Andrews, Scotland, UK …
rises and changes in seawater chemistry, necessitates the advancement of understanding
into how these changes will affect marine life now and in the future. Here we report on an
experimental investigation into the effects of increased CO 2 concentration and elevated
temperature on sedimentary meiofaunal communities. Cohesive (muddy) and non-cohesive
(sandy) sediments were collected from the Eden Estuary in St. Andrews, Scotland, UK …
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