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SoMAS Professor is Advancing Nobel Prize-Winning Science

SoMAS Professor is Advancing Nobel Prize-Winning Science

From the RFSUNY Annual Report 2016 Dr. Edmund Chang, professor of atmospheric sciences at the Institute of Terrestrial and Planetary Atmospheres at the School of Marine and Atmospheric Sciences at Stony Brook University and coleader of a NOAA task force,  investigates...
SoMAS Celebrates Earthstock 2017

SoMAS Celebrates Earthstock 2017

Earthstock, the Stony Brook University annual celebration of Earth Day, has been an annual tradition for years.  This year, in honor of our 50th Anniversary, SoMAS had a very significant presence at the event. On Monday April 17th, New York State Assemblyman Steve...
SoMAS Study Uses Radar to Better Predict Shallow Cloud Coverage

SoMAS Study Uses Radar to Better Predict Shallow Cloud Coverage

Shallow convection plays a critical role in the heat and moisture transfer between the boundary layer and free atmosphere above about 2 km. However, with an average spatial scale of 0.5–1.5 km, shallow cumuli are not resolved in weather forecast and climate models,...
SoMAS Research on Cloud Microphysics – Atmospheric Ice Formation featured in Physical Chemistry Chemical Physics

SoMAS Research on Cloud Microphysics – Atmospheric Ice Formation featured in Physical Chemistry Chemical Physics

The prediction of the formation of ice crystals in the atmosphere presents one of the biggest challenges in the atmospheric sciences. Ice crystals will affect the properties of clouds with consequences for climate and the hydrological cycle and thus precipitation. In the atmosphere ice forms on pre-existing airborne particles, also called aerosols, which are present in sizes from a few nanometers to hundreds of micrometers. The physical and chemical properties of these aerosol particles govern the conditions under which ice can form. To improve our fundamental knowledge of atmospheric ice crystal formation, a novel experimental setup has been developed that allows to observe ice formation on the nanoscale. An environmental chamber, in the size of a poppy seed, that allows to simulate atmospheric conditions up to ~13 km in height, is implemented within an electron microscope. This approach allows to observe in situ and at high resolution how and where ice forms on nano- and micrometer sized aerosol particles, i.e. being witness of the birth of an embryonic ice crystal.

Welcome Back!

Welcome Back!

From Larry Swanson, Interim Dean of SoMAS and Director of MSRC. Welcome to all new faculty, staff and students and welcome back to those who have been away for the summer either on vacation or undertaking research projects in the field.  Certainly there has been...
Sharknado Touches Down on Long Island!

Sharknado Touches Down on Long Island!

This weekend marks the release of another #Sharknado film, and The School of Marine and Atmospheric Sciences at Stony Brook University remains at the forefront of the Sharknado phenomenon with a Minor in Sharknado Studies and faculty conducting research that addresses...
SoMAS Convocation 2016

SoMAS Convocation 2016

Congratulations to our graduates!  The annual SoMAS Convocation occurred on Friday, May 20, 2016 at the SAC auditorium. Students gathered with their friends and family and SoMAS faculty and staff to celebrate the completion of their journey at Stony Brook University....

SoMAS Student Named to America East All-Academic Team

Three members of the Stony Brook indoor track & field teams were named America East All-Academic Team selections by the conference office Friday, as junior Christina Melian (Staten Island, N.Y.) and senior Kate Pouder (Miller Place, N.Y.) earned spots on the women’s team and senior Joe Clark (Worcester, Mass.) was tabbed for the men’s team.

Clark, an Applied Math & Statistics/Atmospheric & Oceanic Sciences double major, holds a 3.73 GPA. Clark scored in both the DMR and the mile at the America East Championships in February.

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