Unmanned aerial systems with multispectral sensors provide a rapid, safe, and effective way to monitor harmful cyanobacteria blooms in New Hampshire l...
Explore how zinc pollution disrupts duckweed-microbiome interactions in urban waterways, revealing indirect impacts on aquatic plant traits and ecosys...
Explore how climate change impacts nitrogen dynamics in precipitation, shifting seasonal patterns and affecting ecosystems in NH’s Lamprey River water...
Study on PFAS impact: NHAES CREATE project assesses 'forever chemicals' in water, soils, and health for informed regulations and environment...
A new meta-analysis determined that fertilizer pollution in rivers can result in algal blooms and fish kills, an urgent issue for water conservation e...
Discover how duckweed and diverse microbiomes enhance freshwater bioremediation by transforming organic contaminants like benzotriazole in urban runof...
Explore how suburban growth and climate shifts impact water chemistry in NH's Lamprey River, highlighting trends in nitrate levels and estuarine ...
Small streams play a critical role in methane emissions, with unique diffusion processes and bacterial dynamics. Discover their impact on greenhouse g...