Thoms Leustek – Department of Plant Biology
Alan Robock – Department of Environmental Sciences
Scott Glenn – Department of Marine and Coastal Sciences
Paul G. Falkowski, Department of Earth and Planetary Sciences and the Rutgers Energy Institute
Robert E. Kopp, Rutgers Energy Institute
The data center for the pioneering Ocean Observatories Initiative, which collects and shares data from more than 800 sophisticated instruments and a transmission network across the Atlantic and Pacific oceans, is now operating at Rutgers University… The OOI cyberinfrastructure team is led by Manish Parashar, distinguished professor of computer science and founding director of the Rutgers Discovery Informatics Institute (RDI2), in collaboration with Scott Glenn and Oscar Schofield, distinguished professors of marine and coastal sciences and directors of the Rutgers University Center for Ocean “Our OOI partners have deployed advanced platforms and a wide variety of sensors in challenging environments at sea,” Glenn said. “Enabling unprecedented access to scientists and educators through an equally advanced cyberinfrastructure is our goal. We are excited that Rutgers is part of the team.”
Experts say climate change is contributing to the wildfires raging across Canada, and the increasing frequency of such fires may overwhelm one of Earth’s most important ecosystems, the boreal forest… “There is almost certainly a connection between the exceedingly warm Arctic, especially so this past winter, and the early fire season in high-latitude land areas, which includes much of Canada,” said Jennifer Francis, research professor at Rutgers University.
lya Raskin is seeking cures and treatments for ailments afflicting hundreds of millions of people. And he’s trying to find them – along with anti-aging and other beneficial compounds – in myriad plants in 20 countries on four continents. Raskin’s labor…
The predictions only get worse. In 2007, a United Nations panel of scientists studying the rise of sea level related to climate change predicted that, if nothing was done to reduce greenhouse gas emissions, seas could rise by about 2 feet by 2100. By 2…
Vanishing Arctic sea ice. Dogged weather systems over Greenland. Far-flung surface ice melting on the massive island. These dramatic trends and global sea-level rise are linked, according to a study coauthored by Jennifer Francis, a research professor in Rutgers University’s Department of Marine and Coastal Sciences. During Greenland summers, melting Arctic sea ice favors stronger and more frequent “blocking-high” pressure systems, which spin clockwise, stay largely in place and can block cold, dry Canadian air from reaching the island. The highs tend to enhance the flow of warm, moist air over Greenland, contributing to increased extreme heat events and surface ice melting, according to the study.