On Borrowed Time: The Past, Present, and Future of Virginia's Barrier Islands under Differing Sea-Level Rise Scenarios

S. Hamilton, J. Talbot, Carl Flint, Adam Phipps-Dickerson, Tyler Wilson, Mychael Smith
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Abstract

Virginia's barrier islands constitute one of the most undeveloped shorelines of the eastern US. Aside from a few islands in the north, the islands are uninhabited and managed for conservation. These islands play important environmental, cultural, and economic roles along Virginia's Eastern Shore. Climate change driven sea-level rise is already having a major impact on these islands and threatens their existence. We utilize transect analysis across each of the barrier islands to depict the shoreline change trends annually from 1850 to 2010. We then utilize time series forecasting and panel modeling to estimate future shorelines up to and including a best estimate 2099 CE shoreline. Results indicate that across almost all the islands, the shoreline retreat rate has been increasing over time. Additionally, we find that year 2100 CE sea-level rise scenarios are likely to accelerate the shoreline retreat occurring on these islands and may erase many of them all together. We find that the northern islands of Wallops and North Assateague will remain generally stable whereas many of the remaining islands will likely experience rapid shoreline retreat under future sea-level rise scenarios.
借来的时间:不同海平面上升情景下弗吉尼亚堰洲岛的过去、现在和未来
弗吉尼亚州的堰洲岛构成了美国东部最未开发的海岸线之一。除了北部的几个岛屿外,这些岛屿无人居住,并受到保护。这些岛屿在弗吉尼亚东海岸扮演着重要的环境、文化和经济角色。气候变化导致的海平面上升已经对这些岛屿产生了重大影响,并威胁到它们的生存。我们利用每个堰洲岛的样带分析来描绘1850年至2010年每年的海岸线变化趋势。然后,我们利用时间序列预测和面板建模来估计未来的海岸线,直至并包括2099年海岸线的最佳估计。结果表明,几乎所有岛屿的海岸线退缩率都在随着时间的推移而增加。此外,我们发现,公元2100年海平面上升的情景可能会加速这些岛屿上发生的海岸线退缩,并可能使其中许多岛屿全部消失。我们发现,在未来海平面上升的情况下,沃洛普斯岛和北阿萨提格岛的北部岛屿将保持总体稳定,而其他许多岛屿的海岸线可能会迅速后退。
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