Through a joint competition with the U.S. Coastal Research Program (USCRP), ten new projects were selected for a total of $3.9 million in funding to translate research into application for communities. Additionally, Sea Grant programs across the nation received an additional total of $4.2 million in NOAA Sea Grant funds to increase local capacity, engagement, research, and implementation for addressing resilience challenges.
NOAA Sea Grant today announced approximately $14 million in federal funding across four strategic areas for improving U.S. aquaculture. The competitively selected projects will advance early stage propagation strategies for various aquaculture species, marine finfish juvenile production technologies, aquaculture collaboratives and establishment of an aquaculture information exchange.
Sea Grant announced three initiatives today, all of which focus on freshwater systems and management. Projects include examining contaminants of emerging concern along the East Coast, mitigating pollution resulting from runoff in the mid-Atlantic, and managing stormwater to reduce flooding in the Great Lakes.
Sea Grant rapid response investments in aquaculture in 2020 provide multifaceted benefits
Several Sea Grant projects purchased farm fresh seafood originally intended for local restaurants and repurposed it to restore aquatic and marine environments. Not only did this creative solution aid in local restoration efforts but it also provided immediate relief to aquaculture producers whose sales were impacted by the pandemic.
New Jersey Sea Grant and NOAA programs partner to offer professional development opportunities for undergraduate students.
NOAA recently awarded New Jersey Sea Grant funding to plan and host an event focused on workforce development for the field of fisheries population and ecosystem dynamics. The program is a partnership effort supported by Sea Grant, NOAA’s Office of Education and the National Marine Fisheries Service (NMFS) aimed at engaging undergraduate students in the specialized field of population and ecosystem dynamics, which combines science with mathematics for science-based management of U.S. fisheries.