A powerhouse of ice flows rapidly on Greenland’s west coast, heading toward the ocean. Some of Earth’s largest icebergs are produced here, tumbling from the tip of Jakobshavn Glacier.

The Juneau Glacial Flood Dashboard was developed by the University of Alaska Southeast and the Alaska Climate Adaptation Science Center.

Below ocean wind farms, oil rigs and other offshore installations are mammoth networks of underwater structures, including pipelines, anchors, risers and cables, that are essential to harness the energy source.

When it comes to carbon emissions, there’s no bigger foe than the building and construction sectors, which contribute at least a third of global greenhouse gases.

What if some of the smallest ocean currents turned out to be some of the most powerful forces shaping our planet’s climate?

In a discovery three decades in the making, scientists at Rutgers and Brookhaven National Laboratory have acquired detailed knowledge about the internal structures and mode of regulation for a specialized protein and are proceeding to develop tools that can capitalize on its ability to help plants combat a wide range of diseases.

Below ocean wind farms, oil rigs and other offshore installations are mammoth networks of underwater structures, including pipelines, anchors, risers and cables, that are essential to harness the energy source.

An international study has found that Earth’s glaciers will lose 76% of their 2020 mass under current climate policy pledges made by nations.

The Atlantic meridional overturning circulation, commonly referred to as the "AMOC," is a system of ocean currents confined to the Atlantic basin that plays a crucial role in regulating Earth's climate by transporting heat from the Southern to the Northern Hemisphere.

We typically spend 80% of our time indoors, where the quality of the air we breathe depends on the age and type of building we occupy, as well as indoor pollution and outdoor pollution sources.