Coastal marsh transgression into upland ecosystems is driven by complex hydrological processes, stressing vegetation through root‐zone salinization and hypoxia, but interacting roles of these stressors remains poorly understood. We use high‐resolution field observations at six sites along the Delmarva Peninsula, USA, t...
D. Pratt, J. Guimond, T. Messerschmidt et al.· Water Resources Research· 0 citations
Salt marshes protect coastlines, support biodiversity, and store substantial blue carbon, yet their rates of gain and loss vary markedly around the world. Although relative sea-level rise (RSLR) is widely recognized as a major threat, contemporary global patterns of marsh change do not simply track RSLR, suggesting add...
Hang-Jie Lin, S. Fagherazzi, C. Fichot· Science Advances· 0 citations
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