Planning for the impact of sea-level rise on U.S. national parks

Caffrey M and Beavers R. 2013. Planning for the impact of sea-level rise on U.S. national parks. Park Science. 30(1):6-13

The science behind projections in rates of sea-level change is complex, and managers need help in navigating the literature in order to apply the most pertinent information to park planning. Rising sea levels present a challenge for National Park System managers over the next century as they incorporate the latest sea-level rise information, including regional parameters when available, into individual park management plans. Rates of sea-level change vary throughout the National Park System, so the National Park Service (NPS) cannot define a single rate applicable to all parks. This complicates park planning and requires interpretation of research and modeling results. In this article we discuss many of the latest developments in sea-level rise research, including the drivers of sea-level change, global sea-level projections for this century, and what these mean for park managers. We also explain why tide gauge data in some regions have recorded decreasing mean sea levels and why potential storm surge should be included in planning.

Type
Journal Article
Authors
Caffrey, Maria; Beavers, Rebecca
Units
ASIS , BELA , CAHA , CAKR , CALO , COLO , FIIS , GATE , GLBA , GUIS , JELA , KATM , KEFJ , KLGO , LACL , NRSS , SITK , STLI
Keywords
ASIS, BELA, CAHA, CAKR, CALO, COLO, eustasy, FIIS, GATE, GLAC, glacial melting, GUIS, Isostasy, JELA, KATM, KEFJ, KLGO, LACL, SITK, STLI , storm surge, Thermal expansion

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