Rutgers Sandy Operation Helps Forecasters Predict Severe Storms, Saving Livelihood Worldwide

Travis Miles inspects a Rutgers ocean glider at the Marine Field Station on the Mullica Hill Estuary. Photo: Shelley Kusnetz

Researchers continue to advance hurricane science, leading to increased forecast accuracy and lead times. As Superstorm Sandy approached the New Jersey coastline, a single Rutgers glider deployed off Tuckerton by hurricane scientists at Rutgers University Center for Ocean Observing Leadership (RUCOOL), provided an ominous warning. The water mass known as the “Mid-Atlantic cold pool”– an area of cool water off the coast that traditionally …

How Rutgers Is Forging the Next Generation of Climate Change Problem Solvers

Larry Niles, an independent wildlife biologist, describes the ecosystem of the Cumberland County shore to Rutgers students, with the Delaware River behind him. The students are banding migratory shorebirds. Photo: Lisa Auermuller

Training program created in wake of Superstorm Sandy brings graduate students from varied disciplines together to solve real-world climate problems. As a child, Dan Blanco watched low-income neighborhoods in his native Chicago flood during storms while the more affluent enclaves did not. Now, he is pursuing a doctoral degree in atmospheric sciences at Rutgers so he can further explore – …

Scientists Believe Evolution Could Save Coral Reefs, If We Let It

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Research shows protecting “hot reefs” is key to saving coral reefs. Coral reefs can adapt to climate change if given the chance to evolve, according to a study led by Coral Reef Alliance, Rutgers University, the University of Washington and other institutions. The recent study, published in the journal Nature Ecology and Evolution, finds that coral reefs can evolve and adapt …

Rutgers Marine Field Station: On the Edge of Climate Change

RU Marine Field Station by Micah Seidel

As the facility marks its 50th anniversary, here is a look back at its history and how it developed into a crucial research station in New Jersey.   Rutgers Marine Field Station stands at the heart of where climate change is happening the fastest in the world, providing a unique and crucial window into the future for researchers.  A former U.S. Coast …

Cultivating Super Corals Alone Is Unlikely to Protect Coral Reefs From Climate Change

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Restoration efforts need to be conducted at much greater spatial and temporal scales to have long-term benefits A popular coral restoration technique is unlikely to protect coral reefs from climate change and is based on the assumption that local threats to reefs are managed effectively, according to a study co-authored by Rutgers, Coral Research Alliance and researchers at other institutions. …

Rutgers Researcher Uses Genomics and Gene Editing to Help Save Coral Reefs

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Debashish Bhattacharya, a professor at the School of Environmental and Biological Sciences, aims to identify the genes believed to be involved in coral bleaching. A Rutgers researcher who has been recognized for trying to save dying coral reefs will examine their genetic makeup to try to pinpoint the genes involved in coral bleaching caused by climate change, which could have …

New Jersey’s Temperatures Rise by 4 Degrees Fahrenheit, Twice the Global Average Since 1900

Boyd Park, submerged under flood water from the Raritan River in the aftermath of Tropical Storm Ida.

Heavy rainfall, flooding, increasing heat waves and heat-related illness are likely to become more common in New Jersey by 2100, according to a report by researchers from Rutgers University-New Brunswick, the Office of the New Jersey State Climatologist and the University of Delaware. State of the Climate: New Jersey 2021 is an annual overview for state and local decision-makers, hazard planning …

Climate Change Will Reshuffle Marine Ecosystems in Unexpected Ways, Rutgers Study Finds

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Sophisticated model reveals how predator-prey relationships affect species’ ranges. Warming of the oceans due to climate change will mean fewer productive fish species to catch in the future, according to a new Rutgers study that found as temperatures warm, predator-prey interactions will prevent species from keeping up with the conditions where they could thrive. The new study, published in the journal Proceedings of …