Page 7: Research news on wetland ecosystems

Wetland ecosystems are transitional habitats between terrestrial and aquatic systems that are characterized by periodic or permanent inundation, hydric soils, and vegetation adapted to water-saturated conditions. They encompass diverse types such as marshes, swamps, bogs, and fens, each defined by hydrological regime, nutrient status, and dominant plant functional groups. Wetlands exhibit high biogeochemical activity, particularly in carbon, nitrogen, and phosphorus cycling, driven by redox gradients and microbial processes under anoxic or fluctuating oxygen conditions. They support high biodiversity, act as sinks or sources of greenhouse gases (e.g., CO₂, CH₄, N₂O), regulate hydrology via water storage and attenuation, and are focal systems in research on ecosystem services, climate feedbacks, and landscape connectivity.

Floods boost fish diversity on river floodplain

New research has revealed the critical role of river-floodplain connectivity in sustaining fish species diversity on the floodplain of the Martuwarra Fitzroy River in the Kimberley region of Western Australia.

Groundwater, a missing link in coastal carbon storage

As global efforts intensify around restoring coastal wetlands to curb climate change, a new JCU-led study published in Reviews of Geophysics is the first to link wetland restoration and carbon cycling with groundwater dynamics, ...

Beavers create habitats for bats and support endangered species

Many species benefit from the habitats that beavers create by building dams—and not just aquatic life. A new study by the WSL and Eawag research institutes published in the Journal of Animal Ecology shows that more bats hunt ...

How beavers impact ecosystems above and below ground

As ecosystem engineers, beavers build resilience into the landscape. Above ground, we can see changes wrought by beaver ponds such as increases in biodiversity and water retention. But UConn Department of Earth Sciences researcher ...

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