Upcycling Microplastics: From Pollutants to New Products
Researchers use algae to remove microplastics from water sources and upcycle them into new biomaterial product.
Making Science Make Sense
Researchers use algae to remove microplastics from water sources and upcycle them into new biomaterial product.
Reintroducing ancient maize genes into corn crops can benefit soil health and save costs while satisfying the need for higher yields.
Autism is a brain wiring pattern linked to genetic and environmental factors, including prenatal exposure to air pollutants from wildfires.
A research model explains how foods produced with less impact on animal habitats can preserve biodiversity and prevent species extinction.
Large predators can’t be added or subtracted to an ecosystem like simple arithmetic—many factors shift simultaneously.
Shifts in fish populations show the impact of climate change on Arctic food webs and Indigenous communities as river temperatures increase.
Rocks break down through weathering or erosion, but did you know there’s a cycle from air to land to ocean that loops this process?
Renewable energy sources include wind, solar, geothermal, and hydroelectric power. In the battle for renewable energy, which will come out on top? Which do you want?
Freshwater shorelines absorb more carbon than previously thought, shifting the estimated balance of carbon sources and carbon sinks.
Agricultural pesticides stay in the air long after they are sprayed, latching onto particles in the air instead of breaking down.