News

Tom Malone on understanding nutrient pollution in the world’s oceans
September 23, 2020
As a biological oceanographer, Professor Emeritus Tom Malone has focused his recent research on building the requirements for the coastal component of the Global Ocean Observing System, a global system of sustained observations in the world’s oceans to assess the health of the ocean and document the impacts of nutrient pollutions on coastal marine ecosystems, including the Chesapeake Bay.

Two UMCES students awarded Margaret A. Davidson Fellowship
September 22, 2020
Graduate Research Assistants Daniella Hanacek (HPL) and Taylor Armstrong (IMET)were awarded National Oceanic and Atmospheric Administration’s (NOAA) Margaret A. Davidson Fellowship, a new two-year fellowship which includes a generous stipend, tuition, travel, and research (supply/analysis) funding, as well as extensive professional development. 

IMET summer internship program aims to increase diversity in marine sciences
September 10, 2020
Over the past 19 summers, more than 220 students from across the country have had the chance to work with some of the world’s leading scientists at the Institute of Marine and Environmental Technology (IMET). Through the IMET Summer Undergraduate Internship Program, students who are from historically underrepresented backgrounds in marine and environmental science have the opportunity to conduct their own research projects.

Rapid expansion of industrial farming in U.S. contributes to increased pollution, harmful algal blooms
September 10, 2020
A recent paper by University of Maryland Center for Environmental Science phytoplankton ecologist Pat Glibert sheds light on the impacts of both crop and animal industrial farming in the United States on nutrient pollution.

Coastal pollution is causing significant increase in dead zones in oceans around the world
August 31, 2020
A new study by University of Maryland Center for Environmental Science Professor Emeritus Tom Malone and Professor Alice Newton of the University of Algarve spotlights the current global occurrence of "dead zones" within the coastal ocean, where eutrophication has caused significant oxygen depletion resulting in mass mortalities of marine animals.

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