Julia Guimond, Dalhousie University Sponsored by: AOP&E Department This will be held virtually. Please join:https://us02web.zoom.us/j/82576663398?pwd=NjRlMmFNZWdROWpxVVBYMmYyYTJpZz09 Meeting ID: 825 7666 3398 Password:…Read More
Intense tropical cyclones are expected to become more frequent as climate change increases temperatures in the Pacific Ocean. But not every area will experience storms of the same magnitude.
Britt Raubenheimer Sponsored by: AOP&E Department This will be held virtually. Please Join: https://whoi-edu.zoom.us/j/94850236990?pwd=akJrTDFBeDJYakhOdVc2c1hDWVdYQT09 Meeting ID: 948 5023 6990 Passcode: 0xTFe+…Read More
WHOI researchers studied 25 years of data in search of cause behind rising ocean temperatures.
Brian Arbic, University of Michigan & Winn Johnson, University of North Carolina, Wilmington Sponsored by: MC&G Department This will be…Read More
Coastal cities lie at the intersection of many issues—ocean and climate, ecosystems and human infrastructure, and a rapidly growing population on a constantly changing landscape between land and sea. Our safety, economic security, and cultural growth depend on us learning how to live more wisely in this complex landscape. Sea-level rise and other fundamental changes are already reshaping coastal cities around the globe. Whether this evolution is incremental or, in the case of hurricanes, present dramatic and often wholesale change, we will need multidisciplinary, collaborative solutions, that focus on supporting communities through uncertain times.Read More
During an era of increasing sea level rise, WHOI marine policy experts Hauke Kite-Powell, Di Jin, and Porter Hoagland quantify the ecological value of shore-stabilizing ecosystems like wetlands and barrier islandsRead More
The Marshall Islands is home to some pristine coral reefs, but storm-driven waves could erode these natural coastal barriers. A new wave abrasion simulator offers insights on coral erosion rates that could aid coastal planning in this low-lying island nation and elsewhere.Read More
As the tropics get wetter, as many climate models predict, soils are likely to experience greater rates of respiration and decomposition, limiting the carbon storage abilities of tropical soils and intensifying global warming.
Tom Bell, University of California, Santa Barbara Sponsored by: AOP&E Department Please join: https://us02web.zoom.us/j/83656706048?pwd=OHV5aDUvZHhhenVQWlorNUxoY0lqQT09 Meeting ID: 836 5670 6048 Password:…Read More
Matt Charette, WHOI & Chris Reddy, WHOI Sponsored by: MC&G Department This will be held virtually over Webex. Event address…Read More
Borja Reguero, University of California, Santa Cruz Sponsored by: AOP&E Department Please join: https://zoom.us/j/97274223820?pwd=aU5xWUM3MkppVCtXcEltbVdyK1pQUT09 Meeting ID: 972 7422 3820 Password:…Read More
A new study by researchers at Woods Hole Oceanographic Institution (WHOI) and their international colleagues found that freshwater runoff from rivers and continental shelf sediments are bringing significant quantities of carbon and trace elements into parts of the Arctic Ocean via the Transpolar Drift—a major surface current that moves water from Siberia across the North Pole to the North Atlantic Ocean.Read More
A new study shows for the first time how massive flood events in the eastern North Pacific Ocean—known as the Missoula Floods—may have in part triggered abrupt climate changes in the Northern Hemisphere during the last deglaciation (approximately 19,000–11,700 years ago).Read More
Delta areas worldwide have gained land in the past 30 years, despite river damming. However, recent land gains are unlikely to last throughout the 21st century due to expected, accelerated sea-level rise.Read More
The state commission tasked with studying ocean acidification and its regional impact — particularly in relation to the aquaculture industry — held its first meeting Friday in Woods Hole with a sobering presentation on the phenomenon.
Researchers have assembled a 1,500-year history of hurricanes in the Bahamas, based on sand and shell fragments pulled up from submarine caverns known as blue holes.
Shawnee Traylor, a science and technology advisor for the project, formerly at LDEO and currently at MIT/WHOI, developed a site-specific algorithm with McGillis that predictively measures the water’s quality based on historical data.