October 22, 2019 — Harmful algae blooms that shut down fisheries and sicken people are the target of new research funding from National Oceanic and Atmospheric Administration (NOAA) across the nation.
New national effort to predict, respond to algae blooms
October 16, 2019 — Harmful algae blooms that shut down fisheries and sicken people are the target of new research funding from NOAA across the nation.
About $8.4 million of that will cover the first year of new 3- to 5-year projects, and $1.78 million will go to 3-year projects already in process. Funded under existing NOAA programs, new projects will begin in Alaska, California, Chesapeake Bay, Florida, the Great Lakes, New England and the Pacific Northwest.
Florida is in line for $2.9 million of that funding, which could help state planners now scrambling to improve how monitor and manage algae outbreaks. The state was hit with severe events from 2017 to 2019 when Karenia brevis, also known as red tide, occurred throughout southwest Florida. The bloom killed fish, turtles, marine mammals, and birds. It caused cases of neurotoxic shellfish poisoning in people, and even respiratory irritation in beachgoers and waterfront residents exposed to the algae.
NOAA Awards WHOI $2.9 Million for Harmful Algal Bloom Research
October 9, 2019 — NOAA’s National Centers for Coastal Ocean Science (NCCOS) recently announced funding for 12 new research projects around the country to better understand and predict harmful algal blooms (HABs) and improve our collective response to them.
Woods Hole Oceanographic Institution (WHOI) will receive approximately $2.9 million over the next five years for studies of HABs in New England coastal waters, which have long been impacted by Alexandrium—a species that causes paralytic shellfish poisoning. While Alexandrium blooms can cause shellfish closures throughout the spring and summer, additional HAB species that produce different toxins are becoming more common in the Gulf of Maine, resulting in nearly year-round HAB threats to aquaculture, fisheries, and tourism in the region.
“We’ll be deploying a network of advanced technologies that detect both Alexandrium and emergent HAB species in the region like Pseudo-nitzschia and Dinophysis, species that cause amnesic shellfish poisoning and diarrhetic shellfish poisoning syndromes,” says Mike Brosnahan, WHOI assistant scientist and principal investigator on the project. “The project team will also develop an open system for sharing these data and other products among managers and stakeholders in real time so that they can better protect seafood resources and human health.”
NOAA awards $10.2 million for harmful algal bloom research
October 2, 2019 — The following was released by NOAA:
NOAA will fund 12 new research projects around the country to better understand and predict harmful algal blooms (HABs) and improve our collective response to them.
NOAA’s National Centers for Coastal Ocean Science (NCCOS) is allocating $10.2 million in FY 2019 to fund HAB research across the nation. Approximately $8.4 million of that will cover the first year of new 3- to 5-year projects, and $1.78 million will go to 3-year projects already in process. Funded under NOAA’s ECOHAB and MERHAB programs, new projects will begin in Alaska, California, Chesapeake Bay, Florida, the Great Lakes, New England and the Pacific Northwest. A full list of the new grant awards is available online.
Award recipients will conduct research to identify conditions that increase bloom toxicity; model toxin movement from the water into shellfish, fish and marine mammals; and improve toxin monitoring and forecasts. NCCOS research programs help states and regions around the nation mitigate the effects of HABs, which can include contaminated drinking water, fisheries closures and disruption to recreation and tourism.
Shipwrecks may help tropical fish adapt to climate change
May 10, 2019 — When Chris Taylor presses play, footage of blue wrasse and greater amberjack fills the screen. The fish whirl and spin against a vivid backdrop of corals, sponges, and algae. When Taylor, an ecologist at NOAA’s National Centers for Coastal Ocean Science in Beaufort, North Carolina, asks visitors to the Centers where they think the video was taken, he’s not surprised to hear the Florida Keys or the Caribbean. But the guesses are invariably wrong.
“These highly structured reefs are right off our coast,” Taylor says. “There are all of these brightly colored fishes that defy expectations.”
A new study in Nature Communications Biology by Taylor and Avery Paxton, a marine ecologist who divides her time between NOAA and the Duke University Marine Laboratory, shows artificial deepwater reefs off the coast of North Carolina increased the number of tropical and subtropical fishes at the northern edge of their ranges. These findings have important implications for fishes in warming waters. As ocean temperatures rise, artificial reefs may facilitate the movement of these species towards the poles, where they may be able to find a habitat that is more suitable in the future.
NOAA Awards $1.7M For Harmful Algal Bloom Research To Protect Public Health From Toxins In Shellfish
Multi-year awards to focus on bloom prevention in seven states
September 20, 2017 — NOAA has announced nine research grants will go to organizations around the country seeking to better understand and measure the toxicity of harmful algal blooms, known as HABs.
In the first year, $1.68M will fund research for projects in Alaska, California, Florida, Maine, Maryland, Ohio and Virginia. The grants are administered by NOAA’s National Centers for Coastal Ocean Science.
NOAA funding enhances state and regional monitoring with advanced harmful algae detection capabilities, including shellfish toxin tests. (Credit: Washington State Department of Ecology Marine Monitoring Unit)
Grant recipients will conduct research to identify conditions that increase a bloom’s toxicity; model toxin movement from the water into shellfish, fish and marine mammals; and improve toxin monitoring and forecasts. The dense scum, strong odors and toxins produced by HABs can contaminate drinking water, trigger fisheries closures and disrupt tourism.