As decreasing sea ice allows ships to enter previously inaccessible regions, cruise ships and other vessels are now advancing into the most remote waters. When anchors are dropped, seafloor marine life is impacted. In the Antarctic Peninsula, ocean scientists have recorded crushed sponge colonies, disturbed soft sediment, and striations caused by anchor chain movement for the first time. Recognizing anchor damage as a pressing conservation issue is critically important to protect ocean life and develop mitigation strategies, the team said. 

Research by Edith Cowan University (ECU) and the Department of Biodiversity, Conservation and Attractions (DBCA) has put a spotlight on the feeding frenzy that newly hatched turtles face. Trapped and gripped by the neck, decapitations, and feeding on severed heads. These nightmarish visions are a grim reality for loggerhead turtle hatchlings.

Coral reefs are creeping away from the tropics in response to warming oceans, but the pace is too slow to beat the heat and escape impacts of climate change, according to a breakthrough study published June 6 in Science Advances. The study, authored by researchers at University of Hawaiʻi at Mānoa’s Hawaiʻi Institute of Marine Biology (HIMB) Marine Ecological Theory Lab, also offers a hopeful alternative: immediate actions to reduce greenhouse gas emissions can significantly improve the future outlook for coral reefs globally.

Giant viruses play a role in the survival of single-celled marine organisms called protists. These include algae, amoeba, and flagellates, that form the base of ocean food webs. And since these protists form an important part of the food chain, these large DNA viruses are often responsible for various public health hazards, including harmful algal blooms. 

A new study, led by Bigelow Laboratory scientists, examines the ecological consequences of the shift from kelp forests to turf algae, illuminating profound changes to the energy and trophic interactions that shape the food web.

Villefranche-sur-Mer, France - June 6, 2025 - In the frame of the United Nations Ocean Conference 2025, a high-level side event hosted on June 3rd at the Institut de la Mer de Villefranche (IMEV) culminated in the signing of the Declaration of Commitment to Scientific Ocean Drilling.

A team of international scientists, including from the Woods Hole Oceanographic Institution, have tracked over 100 marine megafauna species, identifying the most critical locations in our global oceans for better marine conservation efforts, and the establishment of effective Marine Protected Areas (MPAs), according to new research published in Science.

A global research project endorsed by the United Nations called "MegaMove" has tracked over 100 marine megafauna species, identifying the most critical locations in our global oceans for better marine conservation efforts, drawing from UC Santa Cruz's vast data sets on marine-mammal movements and behaviors.

Virginia Tech joined a global research team that tracked more than 100 species and identified ocean hotspots critical for protecting threatened marine megafauna that fall beyond current conservation zones.