New London County

An image of the Avery Point campus captured via drone camera.

UConn Part of Coalition Vying for $100 Million Grant for Wind Energy and Blue Tech Projects

The proposal would position UConn Avery Point at the hub of a regional network of blue tech companies and startups

Increased flood risk is not confined to coastal development. Inland towns and cities also faced increased flooding risks.

CIRCA Awarded $5 million in New Funding to Strengthen CT’s Climate Change Resilience

CIRCA is creating a 'project pipeline' to move resilience planning and adaptation forward

An image of the Avery Point campus captured via drone camera.

UConn Researchers to Explore Marine Life, Human-Sea Interaction

The projects touch on everything from the effects of climate change on marine animals to how coastal communities respond to flood risk

A magnolia tree blossoming outside the Ratcliffe Hicks School of Agriculture, where a new program for Native students will be launched.

New CAHNR Program Provides Scholarships, Support for Native Students

A new initiative provides Native students with financial, cultural, and academic support to make college more accessible

The UConn Avery Point campus, with the lighthouse in the foreground.

CT Sea Grant to Address Key Questions About Environmental Contaminants

Pharmaceuticals, plastic microfiber, personal care products and others are becoming more common in water supplies

Sustainability, Community, and Food – Theory Meets Action for UConn Undergrads

Where 'learning by doing' means baking bread, growing vegetables, and working for justice

A photograph from the exhibition showing a closeup of a smiling woman's face in black and white.

Benton Museum Provides Look at Joe Standart’s ‘Immigrant Eyes’ Project

An intimate insight into the lives of immigrants to Connecticut

Throwing Nitrogen Out with the Stormwater: UConn Extension Educator, Team Helps Coastal Communities Reduce Runoff Pollution

A team of UConn researchers is training students and providing coastal municipalities in Connecticut with green infrastructure plans to reduce stormwater runoff

Aiden Barry '19 (CAHNR), lead author of the study, in a drowning salt marsh on the Connecticut coast.

Learning How Salt Marsh Plants May Signal Carbon Capture Capacity

Learning how the composition of salt marshes can predict their ability to serve as reservoirs for carbon

A new method of calculating the flow of water through coastal areas like salt marshes can help residents and planners better prepare for sea level rise and major storms.

A Simple Simulation to Help Coastal Towns Plan for Rising Sea Levels

Knowing how water moves through coastal structures can yield important insights for residents and planners