河口的微塑料

新英格兰的河口对野生动物和水产养殖至关重要, 但微塑料构成了越来越大的威胁. 主要研究 researchers are studying microplastic movement and accumulation to mitigate risks.

沙漠老鼠为潜在的气候变化适应提供了洞见

联合国大学的研究人员研究仙人掌鼠对干旱环境的适应性, uncovering strategies to help animals and humans survive in a rapidly warming, 干旱的气候.

表彰水生科学成就

联合国大学环境科学名誉教授William H. McDowell was recently named a 2024 Fellow of the international Society for Freshwater Science (SFS) for his research contributions to...

听驼鹿的足迹

Explore 主要研究's innovative bioacoustic research for non-invasive monitoring and understanding of New Hampshire's vital moose populations and habitats.

走出这个世界的海螺蛋

主要研究 researcher Elizabeth Fairchild is leading a study examining the effects of changing water temperatures on the fertility and reproduction of channeled whelk.

提前觅食以改善土壤健康

主要研究 research explores how cutting frequency in pasture lands can boost soil health, 提高新罕布什尔州家庭农场的可持续性.

改进跟踪碳排放的工具

Learn 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.

积雪深度是区域狐狸种群的关键因素

Discover how snow depth influences red fox populations in northern New England. 主要研究 research reveals climate's pivotal role over prey availability and competition.

如何提高狮子保护计划的成功率?

New 主要研究-supported research explores strategies for lion conservation, focusing on ecological and sociopolitical factors to protect vulnerable African lions effectively.

海洋酸化如何影响新英格兰的渔业?

Explore 主要研究's research on how ocean acidification could potentially impact New Hampshire's lobster industry and the broader marine ecosystem.