A new analysis says human-caused climate change had a key role in the record-breaking heat wave in Iceland and Greenland in May.

Climate change is accelerating the melting of ice in Greenland at an alarming rate, with serious implications not only for the Arctic, but also for the global climate, including Europe. According ...

Greenland does not just reflect climate change: it predicts it. Understanding how this region adapts to a warmer climate offers crucial clues for anticipating transformations in other parts of the ...

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, said Ohio University security and environment professor Geoff Dabelko. Advertisement ...

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.

Greenland is where climate change, scarce resources, tense geopolitics and new trade patterns all intersect, ... That impact is “perhaps unstoppable,” NYU's Holland said.