Environmental degradation poses well-established risks to human health. But the relationship between the two isn’t a one-way street.
solutions
Engineering a Cleaner Way to Extract Lithium
The new chemical solvent technique could cut water use, speed extraction, and unlock reserves like California’s Salton Sea.
Satellite Radar Advances Could Transform Global Snow Monitoring
The recent SnowEx campaign and the new NISAR satellite mission are lighting the way to high-resolution snowpack monitoring and improved decisionmaking in critical river basins around the world.
Shining a Light on the People Behind Solar Science
A new database provides a comprehensive who’s who of scientists in solar and heliospheric physics research, offering a valuable resource for that community and a model for other fields to follow.
When Should a Tsunami Not Be Called a Tsunami?
It’s time to redefine the term so it more clearly conveys meaningful risks to coastal communities and prompts them to act when needed.
Pamir Glacier Expedition Returns with High-Elevation Ice Cores
The three glacial cores will unlock mysteries about past climate and weather patterns in central Asia.
Building Better Weather Networks
A lack of weather data often leaves African communities vulnerable. Convergent efforts to improve observational networks throughout the continent are slowly filling the gaps.
Living Near an Indigenous Forest Could Reduce the Risk of Disease
An analysis of 20 years of health data in eight Amazonian countries, published today in Communications Earth and Environment, shows that protecting Indigenous-managed forests may help reduce various kinds of disease, including fire-related respiratory diseases and illnesses spread by animals.
Protein-Powered Biosensors with a Nose for Environmental Ills
Odorant-binding proteins derived from pigs, bovines, and other animals are the next frontier in localized, climate-smart sensing of pesticide spills, greenhouse gas precursors, and more.
Residents Know When Floods Happen, But Data Must Catch Up
Federal flood measurements often don’t match what people see in their communities. Scientists have created a hyperlocal solution.
