Type “sea-level rise” in an internet search engine and almost all the resulting images will show flooded cities, with ample guidance on civic options for protecting urban infrastructure, from constructing seawalls to elevating roadways.
Type “sea-level rise” in an internet search engine and almost all the resulting images will show flooded cities, with ample guidance on civic options for protecting urban infrastructure, from constructing seawalls to elevating roadways.
But a new review article in Nature Climate Change highlights the growing recognition that sea-level rise will mostly impact rural land–much of it privately owned—where existing knowledge is insufficient to best inform public and private decisions regarding the encroachment of wetlands into farm land and forests. Those decisions involve complex tradeoffs between the value of different land uses. Whereas many landowners see upland-to-wetland conversion as an economic loss, wetlands also provide valuable ecosystem services by improving water quality, supporting marine fisheries, and protecting against flooding.
The paper—based on research funded by the National Science Foundation—is the first effort to synthesize the growing number of studies of land conversion driven by sea-level rise. One of the clearest signs of this conversion are “ghost forests”—stands of dead trees with new marshlands lapping at their bleached trunks.
Read more at Virginia Institute of Marine Science
Image: Sea-level rise, marked by ghost forests and abandoned farm fields, will mostly impact rural land-much of it privately owned. (Credit: Dr. Matt Kirwan/Virginia Institute of Marine Science)
