research
Our research is providing a deeper understanding of how people, plants, water, and sediment interact across local and landscape scales, to find solutions for protecting coastal wetlands globally – safeguarding them for future generations.
latest research
University students created tabletop games to encourage intergenerational conversations about climate change, promoting teamwork, creativity, and critical thinking.
The first detailed global map of carbon stored in tidal marsh soils highlights their importance for climate action.
New, affordable buoy technology enables precise monitoring of coastal tides, currents, and waves, benefiting ecological research and conservation efforts.
Britain’s saltmarshes accumulate carbon more slowly than earlier estimates, underlining the importance of protecting existing carbon stores.
River deltas are approaching critical tipping points due to human and environmental pressures, but proactive management can steer them toward sustainability.
