Scientists study shipwreck sites to better understand ecological processes like succession, zonation, connectivity, energy flow, disturbance, and degradation. In the future, shipwrecks may provide opportunities to establish a global monitoring network for studying these processes in aquatic environments. Illustration by Alex Boersma.

Scientists Study Shipwrecks to Understand Underwater Ecology

1/28/2024 - By coastalscience.noaa.gov. In a newly published paper in BioScience, NCCOS scientists collaborated with an international team of ecologists and archaeologists to describe how shipwrecks provide a unique opportunity to study complex ecological processes. The synthesis focuses on a range of fundamental ecological functions and processes and how they manifest on and around shipwrecks.… SEE MORE
Workshop participants collect water samples to explore phytoplankton at Bodega Bay Marine Laboratory.

California Tribal Communities Ready to Monitor Culturally Important Marine Resources Impacted by Harmful Algal Blooms

1/24/2024 - By coastalscience.noaa.gov Traditional shellfish resources are often the lifeway to coastal tribes who rely on indigenous fisheries for subsistence. However, the expanding threat of harmful algal blooms (HABs) contaminate shellfish and poison local communities. NCCOS engages both locally and through regional partnerships with tribal nations to design workshops specific to… SEE MORE
Pacific Coastal Salmon Recovery Fund | NOAA Fisheries

Biden-Harris Administration Makes $106 Million Available for Pacific Coastal Salmon Recovery Fund as Part of Investing In America Agenda

12/23/2023 - By ecomagazine.com. The Department of Commerce and NOAA are announcing the availability of up to $106 million in funding through the Pacific Coastal Salmon Recovery Fund (PCSRF) for Pacific salmon and steelhead recovery and conservation projects. This funding—which includes funding from the Bipartisan Infrastructure Law (BIL) and Inflation Reduction Act… SEE MORE