Research Underscores Vulnerability of Wildlife in Low-Lying Hawaiian Islands

If current climate change trends continue, rising sea levels may inundate low-lying islands across the globe, placing island biodiversity at risk. A new U.S.G.S scientific publication describes the first combined simulations of the effects of sea-level rise and wave action in the Northwestern Hawaiian Islands.

Rising Seas, Vanishing Coastlines

The oceans have risen and fallen throughout Earth’s history, following the planet’s natural temperature cycles. Twenty thousand years ago, what is now New York City was at the edge of a giant ice sheet, and the sea was roughly 400 feet lower. But as the last ice age thawed, the sea rose to where it is today.

Middle ground Of Sea-Level Change

New research is throwing light on another, less-familiar component of sea-level variability, the “intra-seasonal” changes that occupy the middle ground between rapid, storm-related surges in sea level and the long-term increase in sea level due to global climate change.

Superstorm Moves Film From Theoretical to Concrete

In the documentary “Shored Up,” scientists warn that with a rising sea level, a major storm could put New Jersey’s barrier islands underwater and create devastating storm surges. In other words, what happened last month when Superstorm Sandy slammed into New Jersey and New York.