The Rhode Island Department of Environmental Justice has released a new environmental justice policy to prioritize racial and socioeconomic fairness in its agency practices. Professor Meredith Hastings commented, saying she listened to input from community members when deciding where exactly to put the air monitors for her research. “More needs to be done to better understand what residents are exposed to, what sources/industries are responsible and our regulatory system needs to move beyond simply expecting industry to comply by making it harder for these businesses to cause harm in the first place,” Hastings wrote to The Public's Radio.
Researchers used temperature and humidity data along with climate models to analyze humanity’s exposure to potentially lethal heat as the world warms. IBES Director and DEEPS Professor Kim Cobb said the study’s conclusions are “compelling” but not surprising. “Extreme heat is already responsible for countless deaths worldwide every year,” Cobb told CNN.
In response to economic isolation due to the Ukraine invasion, Russia is seeking help from China to develop shipping routes through the Arctic. Professor Amanda Lynch shared her perspective with The Wall Street Journal, including concerns about traversing the icy passages with limited emergency support options.
A new 3-year grant from the Department of Energy will investigate carbon storage in soil. The project is led by Rice University scientists, Assistant Professor Mark Torres and Postdoctoral Fellow Evan Ramos. DEEPS Assistant Professor Daniel Ibarra is one of the grant's co-investigators.
Professor Meredith Hastings and Breathe Providence project coordinator, Grace Berg, speak with Providence Business News about local air quality and public health.
DEEPS Professor Baylor Fox-Kemper and EEOB Professor Stephen Porder have co-authored a piece in TIME about the Earth's rising temperatures. "As earth system scientists, we've learned it's sometimes more helpful to look at Earth as, well, a system. In this case, the system of the air and the oceans. Understanding how they interact is the key to understanding what is, and what isn’t, unusual about this very hot year."
Providence’s sewer systems are not prepared for the amount of rain falling on the city this year, according to Mayor Brett Smiley. And all that extra water is wreaking havoc and endangering lives. Professor Baylor Fox-Kemper commented saying it’s good that the city is taking action on upgrading its sewer infrastructure, given that we can only expect more rainfall and flooding as the climate continues to warm.
Professors Kim Cobb and Alberto Saal have been elected as American Geophysical Union’s (AGU) Fellows. They join 53 other individuals in the 2023 Class of Fellows. AGU, the world's largest Earth and space sciences association, annually recognizes a select number of individuals for its highest honors. Since 1962, the AGU Union Fellows Committee has selected less than 0.1% of members as new Fellows.
Professor Meredith Hastings discussed Providence air quality and the Breathe Providence project with the Providence Journal. Breathe Providence has set out to address what its researchers see as a gap in air quality data by investing in a network of measuring instruments that they hope will yield more detailed information that reflects a person’s actual exposure to ozone and other pollutants.
Three members of IBES faculty will join Director Kim Cobb and Director of Undergraduate Studies Dawn King to form an expanded IBES Leadership Team, as outlined in the Institute’s 2023-2028 Strategic Plan. Dan Ibarra, Assistant Professor in IBES and DEEPS, has been appointed Director of Diversity, Equity, and Inclusion. He sees his new role as having two aspects: promoting inclusivity within IBES and working to diversify environmental science as a whole.
Building on a deep interest in synthetic biology, the rising Brown University senior spent his summer helping to develop a sustainable alternative to arsenic detection and removal methods.
“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.”
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.
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.
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.
$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."
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.
For the past two years, paleoclimatologist Natasha Sekhon has enriched IBES & DEEPS with her collaborative work. In a recent IBES article, Natasha discussed the connections she's made by teaching at Brown & conducting cave research in the Philippines.
On 31st May, DEEPS Professor and Chair of the WMO Research Board Amanda Lynch invited the Nineteenth World Meteorological Congress to adopt eight recommendations developed by her Board to advance key elements of the World Meteorological Organization (WMO) mission.
The World Meteorological Organization (WMO) recently released its latest findings on the human and economic impact of weather-related disasters during the quadrennial World Meteorological Congress in Geneva. The congress is centered around the implementation of the UN's Early Warnings for All initiative. Professor Amanda Lynch, as the Chair of the WMO Research Board, plays a vital role in guiding the objectives and execution of this significant initiative.
Kim Cobb, a Brown University professor and director of the Institute at Brown for Environment and Society, spoke about the need to act on climate change, urging that action must be taken collaboratively and equitably.
Baylor Fox-Kemper, alongside Katelyn Moretti, Charles Lawrence, and John Nicklas, has received a 2023 Seed Award for his project, "Bayesian Modeling of Climate-Dependent Mortality Risk among US Residents from 1989 to 2020." This project builds toward a complete, transparent estimation of mortality from the latest generation of climate model projections to 2100.
The newly launched Initiative for Sustainable Energy will serve as a campus hub for driving technological advances in sustainable energy and preparing the next-generation of leaders in net-zero-carbon energy solutions.
A trek through tropical forest, mud fields, and scree reveals the last remnants of the once-sprawling ice fields in Uganda’s Rwenzori Mountains. “The loss of these glaciers is the loss of a critical component of a system, and it isn’t going to come back any time in the foreseeable future,” said James Russell, who has led expeditions to the Rwenzoris almost every year since 2006.
New research describes evidence that deep sea methane deposits change into gas more frequently than could be monitored previously and that a set of fossilized organisms has a unique ability to detect these releases.
In honor and celebration of World History Month, NASA's Center for Climate Simulation spotlights the career of DEEPS alumn Dr. Chelsea Parker. In her own words, Dr. Parker shares the story of her unique career journey and current role at NCCS.
A new study shows vascular plants may have contributed to shaping Earth’s atmosphere long before trees evolved. DEEPS Assistant Professor Daniel Ibarra, who was not involved in the study, is quoted saying “It would be interesting to see this method applied to the whole time series from the Devonian to our time.”
A new U.S. Geological Survey reports that the world has enough rare earth minerals and other critical raw materials to switch from fossil fuels. “There are enough materials in reserves. The analysis is robust and this study debunks those (running out of minerals) concerns,” said DEEPS Assistant Professor Daniel Ibarra, who wasn’t part of the study but looks at lithium shortages.
In a WFLA interview, IBES Director & DEEPS Professor Kim Cobb discusses marine limestone as a climate proxy. “The corals that I work with in the middle of the Pacific Ocean are as good, if not better than the temperature records from satellites.”
In his interview with Short Wave co-host Emily Kwong, Professor Laurence Smith argues that implementing new approaches to managing rivers is essential for healthier waterways and sustaining the communities that depend on them. Moreover, strategic management today is the way to a better, climate-adapted future.
A study led by Brown researchers showed how melting ice water from massive glaciers can ultimately lead to droughts and flooding in East Africa and Indonesia.
The Office of Sustainability and The Climate Solutions Initiative have announced the recipients for the Fall 2022 Seed Grants for Sustainability. Recipients include the research project, "Quantifying Carbon Dioxide and Methane Concentrations in Providence, RI," led by Professor Meredith Hastings, and "Detection and Measurement of Methane Gas Leaks on Brown’s College Hill Campus" led by Caitlyn Carpenter ‘25 and advised by Hastings.
Professor Baylor Fox-Kemper explains the effects of different emissions scenarios on our ocean & frozen parts of our planet. Fox-Kemper was one of the Coordinating Lead Authors for the IPCC Sixth Assessment Report, Chapter 9: "Ocean, Cryosphere and Sea Level Change."
Two Brown researchers are part of an international science expedition currently off the coast of Portugal. DEEPS graduate student Bryce Mitsunaga and professor Tim Herbert are at sea onboard the JOIDES Resolution, part of a team that wants to learn more about the past and help us plan for, and possibly avert, the worst impacts of climate change.
Assistant Professor (Research) Christopher Horvat and colleagues, using underwater instruments and a NASA satellite, have found evidence of potentially significant blooms beneath the sea ice encircling Antarctica.
Professor Laurence Smith reflects on the impact of drought and climate change on “economic powerhouse rivers” and offers ideas to reimagine their use, such as diverting rivers to deposit sediment on fragile coastline or removing structures to restore rivers to a free-flowing state. “Radical new thinking is the only way to make sure our rivers endure,” he said. “There are no new rivers left to tap.”
To better understand the local distribution of air quality, University researchers (including professor Meredith Hastings) are setting up air pollution monitors across Providence in a study called Breathe Providence. Funded by the Clean Air Fund, the study aims to provide communities — especially those of lower socioeconomic status — with data to inform pollution reduction initiatives.
“All bets are off” when it comes to how climate systems will respond to more warming, warned DEEPS Professor Kim Cobb. This story is part of an ongoing series answering some of the most fundamental questions around climate change, the science behind it, the effects of a warming planet, and how the world is addressing it.
Ethan Kyzivat, PhD candidate in Earth, Environmental and Planetary Sciences, discusses the challenges in making maps of wetlands and their importance to climate change. This talk was part of Research Matters, featuring short talks about research by Brown University Graduate Students on April 21, 2022.
Kristin Kimble, PhD Candidate in Earth, Environmental, and Planetary Sciences, describes how she uses marine sediment from the tropical Pacific Ocean to reconstruct how Earth’s climate has changed from three million years ago to the present. This talk was part of Research Matters, featuring short talks about research by Brown University Graduate Students on April 21, 2022.
One of the newest DEEPS faculty members, Assistant Professor Harriet Lau, has received the prestigious Packard Fellowship for Science and Engineering. This is in recognition of Harriet's outstanding work to understand the relationships between Earth's deformation and climate.
This year, DEEPS graduate student Bryce Mitsunaga and Professor Tim Herbert are participating in the International Ocean Discovery Program Expedition 397: Iberian Margin Paleoclimate.
A new paper published by Frontiers, led by Assistant Professor (Research) Christopher Horvat, challenges our current understanding of the Antarctic ecology and the lifecycles of growth that happen under the ice.