Earth and Oceanographic Science
The tool is Bowdoin’s new augmented sandbox, which mesmerizes while it demonstrates hydrological and geological concepts, such as how water moves through land, both during floods and in droughts.
Emily Peterman discovers new findings that are at the forefront of a completely new research field in nano geochronology.
To give people a sense of the activity that went on in Druckenmiller throughout the summer, we’ve put together an interactive blueprint of the buildings.
In about a week, Dana Bloch ’17 will depart for Rarotonga, the largest of the Cook Islands, to work for a whale research and conservation organization based there. Satya Kent ’19 has already begun working for a program that is relocating beavers in order to conserve water for lowland regions beset with drought.
When Senior Interactive Developer David Francis looks at the Bowdoin Summer 2016 map he built, he says it’s obvious the “Bowdoin bubble” is a myth. The interactive map allows students to post their summer location and a brief description of what they’re doing.
Paleontologist Kenneth Lacovara studies the largest creatures to ever walk this planet, the herbivorous sauropods. He visited Bowdoin recently to talk about his discovery of a new sauropod he found about a decade ago, the Dreadnoughtus schrani.
“Indigenous groups know the region better than anyone on earth, so I think in terms of informing the kind of science that gets done in the Arctic they’re critical, also in terms of understanding how the environment’s changing and what it means for people who live there.”
Members of the Bowdoin student organization, the Coalition for Expanding the Reach of Earth Sciences (CERES), invited two classes from Harriet Beecher Stowe Elementary School to a science fair last Friday.
A new center for the study of the environment will bring faculty from many academic disciplines together to encourage collaboration and creativity in the teaching and scholarship of the environment and further strengthen Bowdoin’s position as a preeminent institution in this area of study.
The new electron scanning microscope, which was purchased with a grant from the National Science Foundation, replaces an older one bought in 1999, which was growing less reliable as the years wore on. The new microscope not only can do what the old one did more quickly, it also has additional capabilities.
Ocean scientist Nick Record, from the Bigelow Laboratory for Ocean Sciences in Boothbay, held a public lecture December 2, 2015, at Adams Hall at the invitation of students from the Earth and Oceanographic Science Department. Record, who was a visiting assistant professor during the 2012-2013 academic year, talked about ways to adapt to the changing […]
Hannah Miller ’17, studying the retreat of glaciers in Norway, talks about the science of climate change on ‘The CBS Evening News.’
By studying micron-millimeter sized slices of fist-sized rocks collected from the earth’s surface, Professor of Earth and Oceanographic Science Rachel Beane can discern what has been happening miles below ground, in the depths of supervolcanoes. Her investigation of volcanic rocks is pushing forward our understanding of these enormous volcanoes, and could lead one day to better prediction models for their eruptions.
Two students opened exhibitions in the Edwards Center for Art and Dance last week to display works from independent art projects they pursued during the summer.
Assistant Professor of Earth and Oceanographic Science Michèle LaVigne has a National Science Foundation grant to research deep-sea bamboo corals and what they can tell us about the connections between the ocean depths and climate.
Karina Graeter, who graduated in 2014, is the lead author of an article published in this month’s issue of the journal American Mineralogist.
Megan Maher ’16 and Meg Freiberger ’16 are this year’s recipients of the Clare Boothe Luce Fellowship, which is targeted at women doing research in the STEM fields of science, technology, engineering and math.
Several students this summer have internships to work with local nonprofits that are working to strengthen the natural resources and communities of coastal Maine.
After four years of conducting research in the vast stretches of peatlands that cover much of the Arctic landscape, plant ecologist Phil Camill and his research partners are sharing an important finding that could upend the standard story of climate change.
Over the past year, Bowdoin faculty from every corner of campus received grants and fellowships to support new and ongoing research projects. Others were honored for their work.