The cryosphere is the best and most sensitive barometer of climate change.

Collectively, these make up the cryosphere, and although we may not live near glaciers or ice sheets or sea-ice, and the ground under our feet may not be frozen, there are many reasons why we ...

National Snow and Ice Data Center monitors sea ice, tracks snow, examines Arctic conditions and informs global decision-makers The frozen parts of the planet, known collectively as the cryosphere, are ...

Changes to our oceans and cryosphere - the world's frozen places - have global climate impacts for nature and people. We're already seeing more extreme weather, extensive coral reef bleaching and sea ...

We address glacial and periglacial processes in polar and alpine environments – the cryosphere -- as their evolution most clearly reflects the variations in climatic forcing, and as these landscapes ...

Cryosphere and polar science study the frozen water part of the Earth system, ranging from the glaciers of Greenland to the ice sheets of the Antarctic. Antarctica photo by Jack Pan.

The location of climate tipping elements in the cryosphere (blue), biosphere (green) and ocean/atmosphere (orange), and global warming levels their tipping points will likely be triggered at.

The formation, movement and melting of icebergs offer insights into some of the most extreme areas of the cryosphere, like Antarctica and Greenland.

AtriCure, Inc. (ATRC) has launched the cryoSPHERE MAX cryoablation probe, which enhances Cryo Nerve Block (cryoNB) therapy by ...

Microbial communities thrive in the cryosphere with adaptations to extremes of temperature, desiccation and ultraviolet radiation. These diverse assemblages of microalgae, bacteria and fungi have ...

The atmosphere interacts closely with the rest of the Earth system – including the biosphere, hydrosphere, cryosphere, and lithosphere – as well as with urban areas and societies on time scales from ...