Coastal Management · 1990 · 52 citations · 10 references
Natural SciencesEnvironmental SciencesClimate Change MitigationClimate ScienceEnvironmental EconomicsClimate ChangeClimate Risk AssessmentClimate VulnerabilitySea-level RiseSea-level Rise ImpactsClimate Change ImpactsEconomic Impact ModelingEconomic Vulnerability AssessmentSea Level ProjectionsSea-level Rise ProjectionsSea-level Rise Scenarios
Abstract National and regional estimates of U.S. economic vulnerability to greenhouse‐induced sea‐level rise are produced from a sample of 30 discrete regions scattered evenly along the coastline. Scenarios that envision 50 cm, 100 cm, and 200 cm of greenhouse‐induced sea‐level rise are considered. They can be expected to place $39.2, $65.6, and $133.3 billion, respectively, (1989 dollars) of existing development in jeopardy through 2050, and $133.3, $308.7, and $909.4 billion through 2100. Sampling error and consideration of the uncertainty with which we currently view future greenhouse‐induced sea‐level rise places the 25th and 75th percentile values of expected cumulative vulnerability at $38.5 and $76.7 billion through 2050 and $132.6 and $362.4 billion through 2100. Not surprisingly, the southeast displays the largest potential vulnerability, with the northeast ranking second above both the Gulf coast and the west coast.
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Sea-Level Rise as a Cause of Shore Erosion
Per Bruun · Journal of the Waterways and Harbors Division · 1962 · 1.6K citations
John Eatwell, Robert M. Solow · The Economic Journal · 1970 · 666 citations
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