#sealevel

phys.org

Research reveals accelerating sea-level rise around Ireland

A new study led by the ICARUS Climate Research Center at Maynooth University in Ireland has reconstructed a century of Irish sea-level change, revealing a stark acceleration in sea-level rise. The research, titled "A Century of Sea-Level Change in Ireland (1925–2024)" and published in Ocean Science, combines tide-gauge records from six locations, including newly digitized historical records from Cork, Tarbert and Galway.

phys.org

Five ways that sea‑level rise affects your daily life, even if you live inland

Rising sea levels might seem like someone else's problem if you live inland. But even miles from the coast, changing sea levels can affect the food we eat, the goods we buy, the energy we use and the taxes we pay.

earth.com

Rising seas could hit shorebirds much harder than expected

Rising sea levels threaten shorebird habitats, especially where roads and buildings prevent coastal wetlands from shifting farther inland.

phys.org

Rising sea levels could cost Australians at least $855 billion by 2100

Rising sea levels and storm surges could cost $855 billion in economic losses across Australia by the end of the century, according to new research, the first of its kind in Australia.

nhess.copernicus.org

Post-LGM intensification of marine faulting: resolution-dependent hazard assessment

Abstract. In marine environments, site-specific fault hazard assessments conventionally calculate average slip rates by measuring the displacement of the youngest mappable stratigraphic horizon. However, due to data resolution limits, this horizon is typically tens to hundreds of thousands of years old. Consequently, hazard surveys provide long-term averages that may mask recent, non-linear fault behavior. In this study, we examine how increasing stratigraphic resolution affects the calculated s

doi.org

Redirecting

nature.com

Ocean iron fertilization from enhanced mid-ocean-ridge volcanism due to ice-age sea-level falls - Nature Geoscience

Increased hydrothermal iron inputs from mid-ocean ridges, triggered by ice-age sea-level falls, supported higher surface primary productivity during the last two glacial terminations, according to proxy records of nutrient consumption in the eastern equatorial Pacific Ocean.