Climate change

Fishing boat. (iStock Photo)

Study Says the Ocean’s Largest Life is Under Threat of Extinction

Human fishing poses a greater threat than climate change to future ocean life, according to UConn's Andrew Bush and co-authors, in a new study in Science.

UConn ecologist Mark Urban headed an international group of biologists calling for a global effort to improve climate change predictions for biodiversity. (Daniel Buttrey/UConn Photo)

Critical Information Needed in Fight to Save Wildlife

A UConn ecologist headed an international group of biologists calling for a global effort to improve climate change predictions for biodiversity.

A pair of beluga whales with their heads above water. (iStock Photo)

Researchers Have Big Plans for Whale Data

Researchers from UConn and Mystic Aquarium are working with beluga whales to better understand the impact of human activity and climate change on marine species.

Paraphernalia for a day at the beach. (iStock Image)

Not Just A Day at the Beach

'Beaches were once places where respectable people would never think of going.' A UConn historian traces how beaches evolved into popular summer playgrounds.

Old-growth Atlantic Rain Forest in background, with second-growth in foreground in Bahai, Brazil. (Wayt Thomas Photo)

Natural Regrowth of Tropical Forest Helps Reach Climate Goals

Natural regeneration can be a low-cost way of helping the environment while storing excess carbon.

A polar bear walks on the Arctic Ocean ice, Aug. 21, 2009. (U.S. National Oceanic and Atmospheric Administration Photo)

Going, Going, Gone: Toxic Change

A UConn researcher is studying how global warming has changed the diet of Arctic marine mammals, and the impact of pollution at the top of the food chain.

Ocean polluted with plastic garbage. (iStock Photo)

The State of the World’s Oceans

UConn marine biodiversity expert Ann Bucklin discusses the issues raised in the United Nations' recent World Ocean Assessment.

Architectural rendering of University Avenue, Bridgeport, after the resilience project is finished. The street will be raised and provide pedestrian and train access between the South End and downtown Bridgeport, while protecting the interior of the South End from floodwaters.

Climate Resiliency Project Wins Federal Competition

UConn researchers helped design the project, which works with the local geography to protect Bridgeport residents and infrastructure.

Graphic showing mid-ocean ridge. (Source: adapted from physicalgeography.net)

Activity on Seafloor Linked to Icy Ebb and Flow on Surface

Hydrothermal activity along mid-ocean ridges helps explain why ice ages come and go, according to a UConn marine scientist.

William Mustain, associate professor of chemical and biomolecular engineering, in a lab at C2E2 on Jan. 21, 2016. (Peter Morenus/UConn Photo)

Using Advanced Chemistry to Combat Climate Change

UConn researcher William Mustain is building a new device that captures carbon dioxide from power plant exhaust using advanced materials and chemistry.