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Atmospheric science

First spaceborne measurement of vertical cloud motion

A radar developed by Japan’s National Institute of Information and Communications Technology and partners has made the world’s first measurement of vertical cloud motion from space.

Understanding turbulence through numerical simulations

Through extensive use of High-Performance Computing, a team at the National Research Council, Italy, challenges the established theory of turbulence.

Understanding our planet through aurora

Scientists at the University of Calgary in Canada are spearheading aurora studies, that will help us model and predict space weather and understand the Earth’s magnetosphere.

Connecting students to Saildrone and Berkeley Lab

Thanks to a new agreement between CENIC and the City of Alameda in Northern California, students will get to work with first-of-its-kind data captured from autonomous ocean vehicles studying everything from marine wildlife to climate models.

Armenian weather predictions get help from the Cloud

“Strong winds, storms, heavy rain, heatwaves, and severe frosts all cause hundreds of millions of dollars of damage in the region. Also we had loss of lives and injuries so it is a very important issue.” Dr. Artur Gevorgyan, Hydromet Service of Armenia