“The oceans do a lot of the work in reducing the level of warming,” DEEPS Professor Baylor Fox-Kemper told CNBC. “Over 90 percent of the excess energy on earth due to climate change is found in warmer oceans, some of it in surface oceans and some at depth.”
Associate Professor Victor Tsai has published a new article in GeoScienceWorld's Seismological Research Letters about the challenges with available Earth imaging techniques, and explores opportunities for improvement.
A new technique for measuring past topography shows the Himalayas were more than halfway to their summit before a continental collision made them the highest range in the world. “Experts have long thought that it takes a massive tectonic collision, on the order of continent-to-continent scale, to produce the sort of uplift required to produce Himalaya-scale elevations,” said DEEPS Assistant Professor Daniel Ibarra. “This study disproves that and sends the field in some interesting new directions.”
The project, supported by the National Science Foundation, will focus on creating a set of tools and convening experts to address climate change related challenges faced by communities along the New England coast.
DEEPS PhD student Peter Van Katwyk and Assistant Professor Karianne Bergen are coauthors on a new Nature Review article exploring the ways AI can contribute to scientific discovery.
From lake sediments to post-fire landscapes, many DEEPS undergraduate students are engaged in groundbreaking research throughout the summer break. We are proud to showcase some of these research projects with this photo series.
This summer, an article was published in AGU's Geophysical Research Letters representing work from former Ph.D. graduate Aron Buffen, Professor Meredith Hastings, and other colleagues using a model to better understand how sunlight changes snow nitrate. The work was featured as the cover art for the June issue of AGU's Geophysical Research Letters.
With a new scholarship model removing barriers, the number of Providence Public School District students exploring interests through the University's summer Pre-College Programs has quadrupled.
Assistant Professor Mara Freilich and graduate student Élise Beaudin embarked on the Submesoscale-Mesoscale Ocean Dynamics Experiment (S-MODE) mission this past April to study the role of surface layer submesoscale eddies on climate and biological elements in the upper ocean.
A Brown University alumnus will lead the investigation for a lunar lander mission to study volcanic activity on the Moon, a mission first proposed by a Brown researcher and Brown-affiliated scientists.
This past spring, Voss Postdocs Jayson Maurice Porter and Lina C. Pérez-Angel worked together to develop a four-class learning module for the fifth graders of SouthSide Elementary Charter School.
Non-native English speakers reported having their papers rejected specifically because of writing issues 2.5 times as often as native speakers. Lina Pérez-Angel, a Colombian palaeoclimatologist and DEEPS Voss Postdoctoral Research Associate, says “I have had reviewers that explicitly said that my English puts in doubt the quality of the research, or mostly gave me feedback on my English in a harsh way that made me think it was based on my Latinx/Hispanic-sounding last name.”
F. Scott Anderson ‘90 of the Southwest Research Institute is the Principle Investigator on the mission Dating an Irregular Mare Patch with a Lunar Explorer (DIMPLE), which will investigate the Ina Irregular Mare Patch, discovered in 1971 by Apollo 15 orbital images. "Our mission," said Professor Jim Head, "is designed to land, explore, and date in situ, the enigmatic Ina D-shaped pit crater, a volcanic features whose impact crater-count age is interpreted to be an astoundingly young ~33 million years, but whose geological context suggests could be over 3 billion years."
Get ready for a journey across the rivers of our Solar System in this week's Planetary Radio. Sam Birch, an assistant professor at Brown University, explores what we know about the alluvial rivers of Earth, Mars, and Saturn’s moon Titan.
In late June, NASA Administrator Bill Nelson traveled to the Ocean State for a firsthand look at the research and technology that Rhode Island colleges, universities and businesses are producing to support the space agency’s mission.
$1.5 million worth of repairs for hurricane barriers in Fox Point will start in July, Providence Mayor Brett Smiley announced on the wettest July 10 on record in the last century. Rain, and with it flooding, are only expected to increase in Providence in the future, according to Professor Baylor Fox-Kemper.
In addition to the grueling heat of the past few weeks, wildfire smoke, the early arrival of El Niño, and shrinking Antarctic sea ice are also indicators of a global environmental crisis. "Heat sets the pace of our climate in so many ways," IBES Director and DEEPS Professor Kim Cobb commented for the Associated Press. "It’s never just the heat."
Over the 14 years since its launch, the Lunar Reconnaissance Orbiter (LRO) spacecraft has produced images and data proven that have transformed our understanding of Earth's celestial neighbor. Professor and noted lunar researcher Carle Pieters spoke with Space.com about the importance of future orbital observations of the moon.
Jim Russell, Senior Associate Dean of the Faculty and Professor of Earth, Environmental, and Planetary Sciences, has been elected as a Geological Society of America Fellow. Society Fellowship is an honor in recognition of a sustained record of distinguished contributions to the geosciences.
On the Brown University campus, NASA Administrator Bill Nelson met with researchers and students engaged in nation's planetary science exploration and STEM education efforts.
A Brown University-led research team explains in a new study how gullies on the slopes of Martian craters could have formed by on-and-off periods of meltwater from ice on and beneath the planet’s surface.
Kim Cobb, DEEPS Professor and Director of the Institute at Brown for Environment and Society, said the week’s events embodied the “multiple stressors linked to man-made climate change” that the United Nations has warned about through its scientific panel on global warming.
Baylor Fox-Kemper, co-author of a new study looking at how climate scientists communicate risk, explains why prompting urgent action on climate change is often so difficult despite the dire consequences.
Laura Lark and her team discover potential carbon enrichment in impact basins on Mercury's surface, shedding light on volatile-driven processes and the formation of dark low-reflectance material.