Poleward transport of warm, moist, and dust-laden air masses from the Sahara Desert results in ice melting in southeast Greenland, NYU Abu Dhabi scientists have found.
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In the News
NYU Abu Dhabi science researchers are frequently featured in local and international media.
Desertification an imminent threat, creating unstable grounds for development
More than 3.2 billion people, or two in every five, are affected by land degradation today and up to 143 million could move within their countries by 2050 to escape water scarcity and falling crop productivity caused by climate change.
Arab News | November 8, 2018
How the Sahara ended up in the Arctic
The polar jet is an atmospheric circulation that is capable of transporting dust and warm, moist air from subtropics and mid-latitudes to the Arctic. This is a severe concern because roughly half of the warming in the Arctic is now being placed on higher levels of moisture and heat transported to the region from elsewhere.
labroots | October 12, 2018
New mechanism found for Arctic warming and melting ice
Researchers at NYU Abu Dhabi, along with other global scientists published their findings in the peer-reviewed Journal of Geophysical Research: Atmospheres, on October 10, 2018.
Digital Journal | October 13, 2018
Sahara desert sand is finding a newer, quicker route to the Arctic, sparks global warming fears
Research carried out at New York University Abu Dhabi could have stark consequences for climate change.
The National | October 11, 2018
Changes in polar jet circulation bring more dust from Sahara Desert to the Arctic
Researchers at NYU Abu Dhabi, along with other global scientists, have identified a new mechanism by which warm dust travels from the Sahara Desert to the Arctic Circle, which has been proven to affect rising temperatures and ice melt in Greenland.
Science Daily | October 10, 2018