Research news on coastal emergence

Coastal emergence is a geomorphological topic concerning the relative rise of land or fall of sea level that causes formerly submerged coastal areas to become exposed and incorporated into the subaerial landscape. It typically results from glacio‑isostatic rebound, tectonic uplift, or eustatic sea‑level fall, and is documented by raised shorelines, marine terraces, beach ridges, and emergent wave‑cut platforms. Coastal emergence influences sedimentary facies distribution, coastal stratigraphy, and habitat migration, and is quantified using relative sea‑level curves, geodetic measurements, and dating of geomorphic markers to reconstruct vertical land motion and past sea‑level changes.

Deadly Philippines quake turns seabed into shore

Arsenio Butil Jr. fell to his knees and began to pray when last week's deadly 7.8-magnitude earthquake began shaking his home on the coast of the southern Philippines.

Sea levels are rising—but in Greenland, they will fall

Even as global warming causes sea levels to rise worldwide, sea levels around Greenland will likely drop, according to a new paper published in Nature Communications. "The Greenland coastline is going to experience quite ...

Tough choices lie ahead on path to decarbonization

As the world relies increasingly on critical minerals such as cobalt to fuel not just the green revolution but also everyday life, the United States may need to turn to domestic mining to meet its needs.