Climate change and rising sea level is transforming global coastlines as corroborated by
significant changes in the position of shoreline witnessed through coastal erosion or …

Sedimentation, nutrients and metal loading to coastal environments are increasing,
associated with urbanization and global warming, hence there is a growing need to predict …

We use concomitant radon (222 Rn, a natural groundwater tracer) and nutrient time series
observations upstream and downstream of two New Zealand estuarine intertidal flats to …

Seagrass provides a wide range of essential ecosystem services, supports climate change
mitigation, and contributes to blue carbon sequestration. This resource, however, is …

Mangroves have been suggested as an eco-defense strategy to dissipate tsunamis, storm
surges, and king tides. As such, efforts have increased to replant forests along coasts that …

Seagrass meadows are vulnerable to fine sediment (mud) pollution, with impacts usually
attributed to reduction in submerged light. Here we tested two non-exclusive hypotheses …

Estimation of carbon stock in seagrass meadows is in challenges of paucity of assessment
and low accuracy of the estimates. In this study, we used a fusion of the synthetic aperture …

A key challenge in environmental management is determining how to manage multiple
ecosystem services (ES) simultaneously, to ensure efficient and sustainable use of the …

Land-based pollutants such as fertilizers and wastewater can infiltrate into aquifers and
discharge into surrounding coastal water bodies as submarine groundwater discharge …

Nutrient overenrichment in aquatic environments, or eutrophication, is increasingly affecting
seagrass habitats around the world, leading to the degradation of seagrass ecosystems and …