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Salt Marsh Zonal Migration and Ecosystem Service Change in Response to Global Sea Level Rise: A Case Study from an Urban Region Ecology and Society
Feagin, Rusty A; Texas A&M University; feaginr@tamu.edu; Costanza, Robert; University of Vermont; rcostanz@uvm.edu.
Coastal wetland plants are expected to respond to global sea level rise by migrating toward higher elevations. Housing, infrastructure, and other anthropogenic modifications are expected to limit the space available for this potential migration. Here, we explore the ecological and economic effects of projected Intergovernmental Panel on Climate Change (IPCC) 2007 report sea level changes at the plant community scale using the highest horizontal (1 m) and vertical (0.01 m) resolution data available, using a 6 x 6 km area as an example. Our findings show that salt marshes do not always lose land with increasing rates of sea level rise. We found that the lower bound of the IPCC 2007 potential rise (0.18 m by 2095) actually increased the total marsh area....
Tipo: Peer-Reviewed Reports Palavras-chave: Coastal ecology; Coastal plant migration; Sea level rise; Spatial analysis.
Ano: 2010
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