Search Results (461)
Deploying Novel Sensor Technology and Proven Data Analytics to Assess Fugitive Emissions from the Hydrogen Supply Chain
…highly flammable. H2 in the atmosphere can warm the climate indirectly by extending the lifetime of methane, triggering reactions that form tropospheric ozone, and breaking down into water vapor in…
Allasandra Valdez (Ecology and Evolutionary Biology)
…the impact of forage type on methane flux, potentially linked to plant transport, and how soil methane oxidation rates vary with management decisions like water retention. Findings will inform scalable…
Hotspots of Nitrogen Loss in River Basins
Researchers will examine nitrogen runoff in the watersheds of both the Upper Mississippi River Basin and the Chesapeake Bay. Nitrogen is a vital nutrient for agricultural production, but nitrogen runoff…
Heavy Metals in Baby Food: Cumulative Neurodevelopment Effects
…and pesticides contribute to elevated levels in soil and water and the food supply. Recently, the presence of Lead, Mercury, Cadmium, and Arsenic contamination of commercial infant/toddler food has come…
Samantha Davies (Biological and Environmental Engineering)
…variability of MeHg in five New York lakes, focusing on its concentrations in sediment and water and the factors driving its production. Through field sampling, isotopically labeled mercury incubations, and…
Emily Bernhardt
…at Cornell University. An ecosystem ecologist, she focuses her research on how human activities reshape freshwater ecosystems, particularly the ways land use, climate change, and energy development affect water quality,…
Novel Polymer Membranes to Accelerate Green Hydrogen Technologies
Green hydrogen is created by using wind or solar power to generate electricity, which is then used to split water molecules into hydrogen and oxygen. The resulting “green hydrogen” can…