After Donald Trump began his second term as president of the U.S. in 2025, his administration moved to dramatically cut federal funding for agencies including the National Oceanic and Atmospheric Administration (NOAA), which administers grants for community-based projects that often focus on climate resilience. The nonprofit Grant Witness has created a database of those awards and found that as of Sept. 2, NOAA awarded just 229 grants this year, a 74% drop compared to an average of 891 by that date in an average year. NOAA also terminated at least 26 existing grants including $1.2 million for the nonprofit New Orleans Community Support Foundation. The grant was intended to support climate-resilient water management, particularly for Black and Indigenous communities in New Orleans, a flood-prone city chronically facing extreme weather events and sea level rise. The grant would have supported “planning around infrastructure to prevent flooding and other types of challenges associated with living on the coast,” Scott Delaney, a co-founder of Grant Witness, told Mongabay in a video call. NOAA also terminated more than $2.5 million in funding for the University of Washington’s Northwest Climate Resilience Collaborative. In a statement, organizers said the termination was “a major blow to climate adaptation and community-based resilience in the Northwest.” The grant supported ongoing projects with rural and tribal communities in the region to build resilience to extreme heat, drought and sea level rise associated with climate change. “I believe that inclusion of terms like ‘indigenous,’ ‘resilience,’ and ‘climate change’ in the grant…This article was originally published on Mongabay

Wind energy is a valuable tool for addressing the climate crisis, but wind turbines can be deadly for birds. A recent study found that a low-tech, relatively inexpensive fix can dramatically reduce bird collisions with turbines: A can of paint. When wind turbines rotate their massive white blades can become a transparent blur, making them difficult to discern for birds, a phenomenon known as a motion smear or motion blur. Breaking up that blur, by painting one blade a different color, can theoretically make the turbine more visible to birds so they can navigate around the deadly blades. Researchers recently reported results from a long-term experiment that did exactly that: Between 2020 and 2021, Acciona Energía, owner of El Ruedo wind farm in Cadiz, Spain, painted one of three rotor blades black on four of its turbines. Another 16 turbines had all white blades and served as controls. Every day, from 2012 to 2024 (before and after the turbines were painted), they looked for dead birds under all 20 wind turbines and recorded their data. The researchers found that annual bird fatality rates dropped by nearly 74% for the painted turbines compared to the controls. The Spanish study joins others that have found similar results. A study in Norway found a more than 70% drop in annual bird fatalities after turbines had one of their blades painted black, while a South African study found bird deaths decreased by 83% after painting one of the three blades red. However, a study…This article was originally published on Mongabay

From the seafloor to turtle stomachs, scientists are finding plastic everywhere they look for it. Now, researchers in Japan have found plastic thermally adhered to coral rubble, an amalgamation they’ve termed “plasticoral,” according to a new study. The finding is raising concerns about potential ocean chemical leaching, habitat degradation and a new way for microplastics to enter the marine environment, they say. Ifenna Ilechukwu, first author of the study with the University of Ryukyus in Japan, and his colleagues found five pieces of “plasticoral” on three different beaches during a routine marine litter survey on Japan’s Okinawa Island in August 2024. “We did not set out to discover plasticoral,” Ilechukwu told Mongabay in an email.  Researchers have previously described plastiglomerates, melted plastic debris fused with rocks, wood or other natural materials. However, when the team found coral rubble with plastic not just stuck on the surface but permanently adhered to it, they knew they’d found something unusual. Plasticoral is a subset of plastiglomerates, however, “plasticorals represent something different,” Ilechukwu said. “The melted polymers literally liquidized and conformed to the intricate, porous skeleton of the coral rubble.” Researchers suspect the plastic was burned into the rubble by a beach fire, though further research is needed to confirm that, Ilechukwu said. Laboratory analysis found that four of the plastic samples were polyethylene, commonly used for single-use bottles. One sample was polypropylene, a more rigid plastic used in food containers and bottle caps. Both are among the most common types of plastic found…This article was originally published on Mongabay