A new interdisciplinary science team, led by experts from Yale and Johns Hopkins universities and funded by the U.S. Environmental Protection Agency, will try to figure how power generation trends, climate change and public policy interact to affect air quality. A key goal is to trace how the resulting changes in air pollution may affect the health of people who live and work in the mid-Atlantic area.
Recent news from The Johns Hopkins University
This section contains regularly updated highlights of the news from around The Johns Hopkins University. Links to the complete news reports from the nine schools, the Applied Physics Laboratory and other centers and institutes are to the left, as are links to help news media contact the Johns Hopkins communications offices.
A microscopic marine alga is thriving in the North Atlantic to an extent that defies scientific predictions, suggesting swift environmental change as a result of rising carbon dioxide in the ocean, a study led a by Johns Hopkins University scientist has found.
Cities like Miami are all too familiar with hurricane-related power outages. But a Johns Hopkins University analysis finds climate change will give other major metro areas a lot to worry about in the future.
Drawing on faculty expertise in environmental science and engineering, public health and other areas, The Johns Hopkins University has launched an Environment, Energy, Sustainability and Health Institute to promote research and education in topics ranging from green energy practices to climate change and related health issues.
Using a $736,000 grant administered through the federal stimulus act, Johns Hopkins earth scientist Thomas Haine is working with researchers at the Massachusetts Institute of Technology to develop what promises to be the biggest, most cutting-edge and detailed computer model of ocean currents ever made. The supercomputer model, which will be run by a National Science Foundation–built supercomputer capable of doing a million billion calculations per second, will simulate currents in the Arctic, Antarctic and Atlantic oceans in hopes of shedding light on how small-scale turbulent eddies affect large currents, such as the powerful Gulf Stream.