Coastal adaptations: Difference between revisions

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|title=Climate Change coastal adaptations
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Revision as of 17:11, 22 June 2025


The experiment that may have saved a Washington town from falling into the ocean

by Erick Bengel 8/9/22 The Guardian

When David Cottrell was about three, his father drove him down a short road toward the beach in their home town of North Cove.
Coasts Should Plan for 6.5 Feet Sea Level Rise by 2100 as Precaution, Experts Say

https://insideclimatenews.org/news/21052019/antarctica-greenland-ice-sheet-melting-sea-level-rise-risk-climate-change-polar-scientists

If planners are working with a mid-range projection of sea level rise, their efforts might protect coastal regions from the most likely scenarios depicted in climate models, but that still leaves a lot of risk, say the authors of the study published Monday in the journal Proceedings of the National Academy of Sciences.
Ice sheet contributions to future sea-level rise from structured expert judgment

https://www.pnas.org/content/early/2019/05/14/1817205116

The 95th percentile ice sheet contribution by 2200, for the +5 °C scenario, is 7.5 m (about 23 ft) as a result of instabilities coming into play in both West and East Antarctica. Introducing process correlations and tail dependences increases estimates by roughly 15%.
Louisiana's New Climate Plan Prepares for Resilience and Retreat as Sea Level Rises

https://insideclimatenews.org/news/17052019/louisiana-climate-migration-plan-retreat-sea-level-rise-global-warming

People are already migrating inland as the ocean rises with global warming and the delta sinks. The state's new plan looks at ways to ease the transition.
Biorock® is a patented method based on Mineral Accretion Technology invented by Professor Wolf Hilbertz and Dr Tom Goreau.

BioRock

The Biorock® method is a revolutionary solution applicable to an increasing range of problematic environmental conditions coastal nations are presently facing on a global scale. Compared to traditional alternatives the Biorock method is the most cost-effective and environmentally beneficial solution available for protecting coastal resources from the effects of global warming and global sea level rise.