This review summarizes the historic, correlative field evidence and experimental research
that implicate cultural eutrophication as a major cause of seagrass disappearance. We …

Water eutrophication has become a worldwide environmental problem in recent years, and
understanding the mechanisms of water eutrophication will help for prevention and …

Coastal ecosystems, particularly intertidal wetlands and reefs (coral and shellfish), can play
a critical role in reducing the vulnerability of coastal communities to rising seas and coastal …

Humans strongly impact the dynamics of coastal systems, yet surprisingly few studies
mechanistically link management of anthropogenic stressors and successful restoration of …

Seagrasses are valuable sources of food and habitat for marine life and are one of Earth's
most efficient carbon sinks. However, they are facing a global decline due to ocean warming …

Seagrass ecosystems represent a global marine resource that is declining across its range.
To halt degradation and promote recovery over large scales, management requires a radical …

The present study investigated the levels of As, Cd, Cr, Cu, Hg, Mn, Ni, Pb and Zn in the
seagrasses Posidonia oceanica and Cymodocea nodosa, and in the wetland macrophytes …

Seagrass meadows provide multiple ecosystem services, yet they are among the most
threatened ecosystems on earth. Because of their role as carbon sinks, protection and …

Eutrophication has altered food webs across aquatic systems, but effects of nutrient
stoichiometry (varying nutrient ratios) on ecosystem structure and function have received …

Blue carbon ecosystems (BCEs), located at the land-sea interface, provide critical ecological
services including the buffering of anthropogenic pollutants. Understanding the interactions …