NH Agricultural Experiment Station
Phytoplankton Monitoring in Gulf of Maine as a Signal of Climate Change Impacts
UNH researchers study phytoplankton dynamics in the Gulf of Maine to understand climate change impacts, marine biodiversity shifts, and sustainable ecosystem management. Read More
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12/04/24How Migratory Marine Life Connects Ecosystems from New England to Florida
Discover how UNH researchers use acoustic telemetry to track migratory patterns of marine species, revealing insights for sustainable fisheries and... -
11/20/24Rising Above Traditional Crop Disease Scouting
Discover how UNH researchers are using drones to detect crop diseases early, offering affordable solutions to support New England's small and mid-... -
11/19/24Sustainability: From the Ground Up
UNH's Soil BioME team collaborates with industry to explore soil microbes' role in sustainability, tackling climate change, nitrogen efficiency, and... -
11/05/24Coyotes Thrive Despite Human and Predator Pressures
UNH research reveals how human hunting and competition with large predators influence coyote populations, shedding light on their adaptability across...
Recent Stories
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04/23/24 - For Dairy, Focusing on the EssentialsDiscover how New Hampshire Agricultural Experiment Station's research using Agolin in organic dairy cow feed can boost milk production and reduce methane emissions, aiding climate... Read More -
04/18/24 - Listening to Moose TracksExplore UNH's innovative bioacoustic research for non-invasive monitoring and understanding of New Hampshire's vital moose populations and habitats. Read More -
04/17/24 - Out of This World Whelk EggsUNH researcher Elizabeth Fairchild is leading a study examining the effects of changing water temperatures on the fertility and reproduction of channeled whelk. Read More -
04/16/24 - Wetland Restoration Falls Short of Fixing Gulf of Mexico Dead ZoneUNH research indicates that wetland restoration efforts are falling short of expectations to help fix the Gulf of Mexico's dead zone. Read More -
04/04/24 - Maine Farmers Receptive to Seaweed FeedNew research involving UNH scientists reveals Maine organic dairy farmers prioritize cost and supply issues but are open to paying more for sustainable, methane-reducing feed. Read More -
03/21/24 - Foraging Ahead to Improving Soil HealthUNH research explores how cutting frequency in pasture lands can boost soil health, enhancing New Hampshire family farms' sustainability. Read More -
03/18/24 - COLSA Faculty Spotlight: Remington MollExplore Assistant Professor Remington Moll’s journey from aspiring athlete to wildlife ecologist, his global research, and the discovery that changed his path. Read More -
03/13/24 - Alternative Syrups: What Are They and How Can They Improve Resiliency of Maple Syrup Industry?UNH doctoral candidate David Moore, a member of the Ecohydrology Lab at the UNH College of Life Sciences and Agriculture, led research into best management practices for... Read More -
03/06/24 - Improving Tools to Track Carbon EmissionsLearn how University of New Hampshire scientists have optimized CO2 sensors for moving water systems, offering better insight into greenhouse gas emissions from rivers and streams... Read More -
03/01/24 - Snow Depth a Key Factor in Regional Fox PopulationsDiscover how snow depth influences red fox populations in northern New England. UNH research reveals climate's pivotal role over prey availability and competition. Read More