Newswise Feature Channel: Environmental Health /articles/channels/Environmental Health This feature channel highlights experts, research, and feature stories related to Environmental Health. en-us Copyright 2025 Newswise Newswise Feature Channel: Environmental Health 115 31 / /images/newswise-logo-rss.gif UA Little Rock Economist Awarded Nearly $750K NSF Grant to Study Water Use in Agriculture /articles/ua-little-rock-economist-awarded-nearly-750k-nsf-grant-to-study-water-use-in-agriculture/?sc=c6264 /articles/ua-little-rock-economist-awarded-nearly-750k-nsf-grant-to-study-water-use-in-agriculture/?sc=c6264 Mon, 10 Mar 2025 09:45:33 EST Agriculture,Budgets and Funding,Climate Science,Environmental Health,Environmental Science,Drought Life News (Education) Announcement <img src="/legacy/image.php?image=/images/uploads/2025/03/10/67ceee00b4896_kentkovacsportrait20251.jpg&width=100&height=150" alt="Newswise image" />Dr. Kent Kovacs, an associate professor of accounting, economics, and finance at the University of Arkansas at Little Rock, has received a nearly $750,000 grant from the National Science Foundation's Division of Research, Innovation, Synergies, and Education (RISE) to study how farmers' risk preferences impact water use during droughts. /articles//images/uploads/2025/03/10/67ceee00b4896_kentkovacsportrait20251.jpg University of Arkansas at Little Rock Bringing Expansion Microscopy to Plants /articles/bringing-expansion-microscopy-to-plants/?sc=c6264 /articles/bringing-expansion-microscopy-to-plants/?sc=c6264 Mon, 10 Mar 2025 08:30:49 EST All Journal News,Environmental Health,Environmental Science,Plants Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/10/67ced92501653_ExPOSEimage.png&width=100&height=150" alt="Newswise image" />Biologists have discovered a low-cost way to more easily study the detailed makeup of plant cells. The ultimate goal is to help grow better crops, improving food security. /articles//images/uploads/2025/03/10/67ced92501653_ExPOSEimage.png,/images/uploads/2025/03/10/67ced986bac0b_Hydrogelimage.png Washington University in St. Louis The Two Faces of Liquid Water /articles/the-two-faces-of-liquid-water/?sc=c6264 /articles/the-two-faces-of-liquid-water/?sc=c6264 Mon, 10 Mar 2025 05:00:49 EST All Journal News,Chemistry,Environmental Health,Environmental Science,Materials Science,Physics,Nature (journal),Grant Funded News Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/07/67cb75c537d0e_liquidliquidwater1.jpg&width=100&height=150" alt="Newswise image" />Scientists from UC San Diego have uncovered a key finding to one of water's unique properties: at high pressure and low temperature, liquid water separates into two distinct liquid phases -- one high-density and one low-density. /articles//images/uploads/2025/03/07/67cb75c537d0e_liquidliquidwater1.jpg University of California San Diego An Emissions Tale of Two Cities: Salt Lake vs. Los Angeles /articles/an-emissions-tale-of-two-cities-salt-lake-vs-los-angeles/?sc=c6264 /articles/an-emissions-tale-of-two-cities-salt-lake-vs-los-angeles/?sc=c6264 Fri, 07 Mar 2025 20:00:03 EST All Journal News,Climate Science,Environmental Health,Environmental Science,Pollution,Top Hit Stories Science News Research Results Researchers from the University of Utah and University of California set out to compare how freeway emissions trends differed in their states' largest metropolitan areas, Salt Lake City and Los Angeles. University of Utah Study Raises the Possibility of a Country Without Butterflies /articles/study-raises-the-possibility-of-a-country-without-butterflies/?sc=c6264 /articles/study-raises-the-possibility-of-a-country-without-butterflies/?sc=c6264 Fri, 07 Mar 2025 19:35:22 EST All Journal News,Climate Science,Environmental Health,Environmental Science,Nature,PLOS,Top Hit Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/07/67cb31eed8bf4_Image1-EliseZipkin.png&width=100&height=150" alt="Newswise image" />Butterflies are disappearing in the United States. All kinds of them. With a speed scientists call alarming. /articles//images/uploads/2025/03/07/67cb31eed8bf4_Image1-EliseZipkin.png,/images/uploads/2025/03/07/67cb321c61555_Image2-NickHaddad.jpg,/images/uploads/2025/03/07/67cb324b318d8_Image3-DorcasCopperButterflies.jpg,/images/uploads/2025/03/07/67cb3272ab021_Image4-FalcateOrangetip.jpg,/images/uploads/2025/03/07/67cb329850d35_Image5-Solider.jpg,/images/uploads/2025/03/07/67cb32c1194ba_Image6-BerrysSkipper.jpg,/images/uploads/2025/03/07/67cb32e5799e3_Image7-MelissaBlue.jpg,/images/uploads/2025/03/07/67cb330c33281_Image8-RuddyCopper.jpg,/images/uploads/2025/03/07/67cb3333743a6_Image9-GreatSpangledFritillary.jpg,/images/uploads/2025/03/07/67cb3359b90d8_Image10-PalosVerdesBlue.JPG,/images/uploads/2025/03/07/67cb338ed2238_Image11-ZebraLongwingButterfly.jpg Michigan State University Recycling Products From the Inside Out /articles/recycling-products-from-the-inside-out/?sc=c6264 /articles/recycling-products-from-the-inside-out/?sc=c6264 Thu, 06 Mar 2025 18:00:48 EST Environmental Health,Environmental Science,Nature,Pollution Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/06/67ca0a969bdbd_CFB1578lb-Enhanced-NR.jpg&width=100&height=150" alt="Newswise image" />What if plastics could self-destruct when their time as a useful product ends? Scientists at Sandia National Laboratories are exploring this concept in one of their latest projects. /articles//images/uploads/2025/03/06/67ca0a969bdbd_CFB1578lb-Enhanced-NR.jpg,/images/uploads/2025/03/06/67ca0ad2438a8_Graphic1forrecyclingrubberlabnews.png,/images/uploads/2025/03/06/67ca0add5b7f5_Graphic2v2forrecyclingrubberlabnews.png,/images/uploads/2025/03/06/67ca0af1c8a19_CFA1517la.jpg Sandia National Laboratories Researcher Discusses Decline in Butterfly Populations /articles/experts-discuss-decline-in-butterfly-populations-and-environmental-impact/?sc=c6264 /articles/experts-discuss-decline-in-butterfly-populations-and-environmental-impact/?sc=c6264 Thu, 06 Mar 2025 14:00:00 EST Environmental Health,Environmental Science,Newswise Live Events Science News Research Results Butterfly populations have been declining at an alarming rate, raising concerns about the broader implications for the environment. Experts from Binghamton University are available in this live virtual event to discuss the causes of this decline and what it may signal for the health of ecosystems. Newswise 20% of Butterflies in the U.S. Have Disappeared Since 2000 /articles/20-of-butterflies-in-the-u-s-have-disappeared-since-2000/?sc=c6264 /articles/20-of-butterflies-in-the-u-s-have-disappeared-since-2000/?sc=c6264 Thu, 06 Mar 2025 14:00:00 EST All Journal News,Climate Science,Environmental Health,Environmental Science,Nature,Wildlife,Top Clipped Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/03/67c5a2044bd36_DanauseresimusJackCochran.jpeg&width=100&height=150" alt="Newswise image" />According to new research featuring faculty at Binghamton University, State University of New York, butterflies are disappearing at an alarming rate. /articles//images/uploads/2025/03/03/67c5a2044bd36_DanauseresimusJackCochran.jpeg Binghamton University, State University of New York Small and Nutritious Fish: A Healthy and Sustainable Alternative for the Amazon Region /articles/small-and-nutritious-fish-a-healthy-and-sustainable-alternative-for-the-amazon-region/?sc=c6264 /articles/small-and-nutritious-fish-a-healthy-and-sustainable-alternative-for-the-amazon-region/?sc=c6264 Thu, 06 Mar 2025 10:45:45 EST Environmental Health,Environmental Science,Marine Science,Pollution,Public Health Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/06/67c9bfeda1f9c_AmazonRegion.jpg&width=100&height=150" alt="Newswise image" />A study conducted by Cornell University and the Wildlife Conservation Society (WCS), both members of the Amazon Waters Alliance, reveals that small, abundant, and nutritious fish species in the Amazon can be a solution for both public health and biodiversity conservation. /articles//images/uploads/2025/03/06/67c9bfeda1f9c_AmazonRegion.jpg Wildlife Conservation Society New Study Challenges Circular Fashion's Economic and Environmental Claims /articles/new-study-challenges-circular-fashion-s-economic-and-environmental-claims/?sc=c6264 /articles/new-study-challenges-circular-fashion-s-economic-and-environmental-claims/?sc=c6264 Thu, 06 Mar 2025 10:40:33 EST All Journal News,Business Ethics,Economics,Environmental Health,Top Hit Stories Science News,Life News (Social and Behavioral Sciences),Business News Research Results A new study reveals that circular fashion (CF) - the practice of recycling, reselling, and renting clothing to reduce waste - might not be the green solution it claims to be. Loughborough University Sand Topdressing in Turfgrass Management: Insights Into Organic Matter Control and Soil Health /articles/sand-topdressing-in-turfgrass-management-insights-into-organic-matter-control-and-soil-health/?sc=c6264 /articles/sand-topdressing-in-turfgrass-management-insights-into-organic-matter-control-and-soil-health/?sc=c6264 Thu, 06 Mar 2025 10:20:33 EST All Journal News,Environmental Health,Environmental Science,Nature,Top Hit Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/06/67c9b920702b9_1.PNG&width=100&height=150" alt="Newswise image" />A research team sheds light on the longstanding debate regarding sand topdressing and its role in managing organic matter in turfgrass systems. /articles//images/uploads/2025/03/06/67c9b920702b9_1.PNG Chinese Academy of Sciences Climate Risks: A Double-Edged Sword for Digital and Low-Carbon Economies /articles/climate-risks-a-double-edged-sword-for-digital-and-low-carbon-economies/?sc=c6264 /articles/climate-risks-a-double-edged-sword-for-digital-and-low-carbon-economies/?sc=c6264 Thu, 06 Mar 2025 09:20:45 EST All Journal News,Climate Science,Economics,Environmental Health,Environmental Science Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/06/67c9a0e31cbc2_1.jpg&width=100&height=150" alt="Newswise image" />A recent study explores the intricate relationship between climate physical risks and the merging of digital and low-carbon economies in China. By examining the disruptive effects of extreme weather events such as severe cold spells and droughts, the research reveals how these climate challenges obstruct the seamless development of both sectors. Utilizing cutting-edge models, the study identifies regional disparities and outlines the mechanisms through which climate risks hinder technological innovation and economic integration, calling for urgent adaptive strategies to ensure sustainable economic growth. /articles//images/uploads/2025/03/06/67c9a0e31cbc2_1.jpg Chinese Academy of Sciences Arsenic Detoxification: How Bacteria and Minerals Work Together /articles/arsenic-detoxification-how-bacteria-and-minerals-work-together/?sc=c6264 /articles/arsenic-detoxification-how-bacteria-and-minerals-work-together/?sc=c6264 Thu, 06 Mar 2025 08:15:26 EST Agriculture,All Journal News,Environmental Health,Environmental Science,Pollution Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/06/67c99c093a0cf_1.jpg&width=100&height=150" alt="Newswise image" />A pioneering study has uncovered a novel approach to detoxifying toxic arsenic in contaminated soils, offering hope for tackling one of the world's most pressing environmental health challenges. /articles//images/uploads/2025/03/06/67c99c093a0cf_1.jpg Chinese Academy of Sciences U of I-Led Underwater Forest Research Provides Rare Glimpse to Past Climate Conditions /articles/u-of-i-led-underwater-forest-research-provides-rare-glimpse-to-past-climate-conditions/?sc=c6264 /articles/u-of-i-led-underwater-forest-research-provides-rare-glimpse-to-past-climate-conditions/?sc=c6264 Wed, 05 Mar 2025 19:00:35 EST All Journal News,Climate Science,Environmental Health,Environmental Science,Geology,Nature Medical News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/05/67c8853277dda_Underwaterforest1.png&width=100&height=150" alt="Newswise image" />Cypress trees found on the ocean floor 5 miles south of coastal Alabama are helping scientists from University of Idaho build climate models based on conditions 75,000 years ago. /articles//images/uploads/2025/03/05/67c8853277dda_Underwaterforest1.png,/images/uploads/2025/03/05/67c88541f23e4_Underwaterforest3.png University of Idaho Secret Lives of Ancient Antarctic Penguins and Seals Uncovered /articles/secret-lives-of-ancient-antarctic-penguins-and-seals-uncovered/?sc=c6264 /articles/secret-lives-of-ancient-antarctic-penguins-and-seals-uncovered/?sc=c6264 Wed, 05 Mar 2025 05:00:00 EST All Journal News,Environmental Health,Environmental Science,Evolution and Darwin,Nature,Wildlife,Nature (journal) Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/02/67c5149b943cb_AdeliepenguinsandWeddellSealonthebeachatCapeBirdRossIslandcreditJamieWood.jpg&width=100&height=150" alt="Newswise image" />Analysis of sedimentary ancient DNA has illuminated 6000 years of the lives of Adelie penguin colonies on Antarctica's Ross Sea coast, showing how animals in the region responded to climate and environmental change events over millennia. /articles//images/uploads/2025/03/02/67c5149b943cb_AdeliepenguinsandWeddellSealonthebeachatCapeBirdRossIslandcreditJamieWood.jpg University of Adelaide Efficient Hydrogen Production using Non-Noble Metal CoFe-Based Ammonia Decomposition catalyst /articles/efficient-hydrogen-production-using-non-noble-metal-cofe-based-ammonia-decomposition-catalyst/?sc=c6264 /articles/efficient-hydrogen-production-using-non-noble-metal-cofe-based-ammonia-decomposition-catalyst/?sc=c6264 Wed, 05 Mar 2025 00:00:18 EST All Journal News,Energy,Engineering,Environmental Health,Top Hit Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/02/28/67c14fa8e677d_1EnhancementofAmmoniaDecompositionPerformanceinNon-NobleMetalCoFe-BasedLayeredDoubleOxidewithCeriumOxideIncorporation.jpg&width=100&height=150" alt="Newswise image" />The research team led by Dr. Su-Un Lee and Dr. Ho-Jeong Chae from the Korea Research Institute of Chemical Technology (KRICT) has successfully developed a high-performance ammonia decomposition catalyst by incorporating cerium oxide (CeO₂) into a cobalt-iron-based layered double oxide (LDO) structure. /articles//images/uploads/2025/02/28/67c14fa8e677d_1EnhancementofAmmoniaDecompositionPerformanceinNon-NobleMetalCoFe-BasedLayeredDoubleOxidewithCeriumOxideIncorporation.jpg,/images/uploads/2025/02/28/67c14faade3f4_2ComparisonofAmmoniaDecompositionPerformanceBetweentheDevelopedCatalystandExistingCatalysts.jpg National Research Council of Science and Technology Amphibians Bounce-Back From Earth's Greatest Mass Extinction /articles/amphibians-bounce-back-from-earth-s-greatest-mass-extinction/?sc=c6264 /articles/amphibians-bounce-back-from-earth-s-greatest-mass-extinction/?sc=c6264 Tue, 04 Mar 2025 19:05:00 EST All Journal News,Environmental Health,Environmental Science,Nature,Wildlife,Top Hit Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/03/67c57bca4ac8f_Amphibian.jpg&width=100&height=150" alt="Newswise image" />Ancient frog relatives survived the aftermath of the largest mass extinction of species by feeding on freshwater prey that evaded terrestrial predators, University of Bristol academics have found. /articles//images/uploads/2025/03/03/67c57bca4ac8f_Amphibian.jpg University of Bristol Older Trees Remember Their Past Water Conditions /articles/older-trees-remember-their-past-water-conditions/?sc=c6264 /articles/older-trees-remember-their-past-water-conditions/?sc=c6264 Tue, 04 Mar 2025 18:10:45 EST Climate Science,Environmental Health,Environmental Science,Nature,All Journal News Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/04/67c73c8f601d6_Scotstreestreememory.jpg&width=100&height=150" alt="Newswise image" />Older Trees Remember Their Past Water Conditions /articles//images/uploads/2025/03/04/67c73c8f601d6_Scotstreestreememory.jpg Cal Poly Humboldt Study Details Method for Recycling Platinum Catalysts From Industrial Streams /articles/study-details-method-for-recycling-platinum-catalysts-from-industrial-waste/?sc=c6264 /articles/study-details-method-for-recycling-platinum-catalysts-from-industrial-waste/?sc=c6264 Tue, 04 Mar 2025 09:05:11 EST All Journal News,Engineering,Environmental Health,Top Hit Stories Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/03/67c5e05cc7e29_Process-Diagram.jpg&width=100&height=150" alt="Newswise image" />University of Illinois researchers have developed a method to recycle platinum catalysts used in the production of valuable silicone materials. A team led by chemical and biomolecular engineering professor Xiao Su details a method to recover these catalysts using specially designed molecular attachments and advanced electrochemical separation technologies. /articles//images/uploads/2025/03/03/67c5e05cc7e29_Process-Diagram.jpg College of Liberal Arts and Sciences, University of Illinois Urbana-Champaign Innovative Forest Phenology Monitoring Technology: A New Perspective for Ecology /articles/innovative-forest-phenology-monitoring-technology-a-new-perspective-for-ecology/?sc=c6264 /articles/innovative-forest-phenology-monitoring-technology-a-new-perspective-for-ecology/?sc=c6264 Tue, 04 Mar 2025 07:25:39 EST All Journal News,Climate Science,Environmental Health,Environmental Science,Nature,Technology Science News Research Results <img src="/legacy/image.php?image=/images/uploads/2025/03/04/67c6ed3a899d5_1.jpg&width=100&height=150" alt="Newswise image" />A new method for forest phenology detection, called the Change Point Estimation of Forest Photosynthetic Phenology based on the Maximum Perpendicular Distance (CBPD), has been developed to accurately extract the start and end of the growing season in forests. Using Solar-Induced Chlorophyll Fluorescence (SIF) data, this innovative approach provides a powerful tool for understanding how forests respond to climate change and offers crucial insights into forest ecosystem dynamics. /articles//images/uploads/2025/03/04/67c6ed3a899d5_1.jpg Chinese Academy of Sciences