How to Make Photosynthesis More Efficient
Photosynthesis is how plants convert light into food, and this team of scientists test how gene changes can multiply the process.
Making Science Make Sense
Photosynthesis is how plants convert light into food, and this team of scientists test how gene changes can multiply the process.
Reintroducing ancient maize genes into corn crops can benefit soil health and save costs while satisfying the need for higher yields.
A research model explains how foods produced with less impact on animal habitats can preserve biodiversity and prevent species extinction.
Agricultural pesticides stay in the air long after they are sprayed, latching onto particles in the air instead of breaking down.
Scientists test protein upcycling by using maize leftovers to grow mushrooms, then using the more nutritious by-product to feed earthworms.
This invasive species threatens agriculture but perhaps for not much longer, as trained dogs can detect their eggs in vineyards and forests.
Nitrogen-fixing bacteria help plants obtain a usable form of nitrogen. But what’s the science behind it, and how can it benefit crops?
Cell-derived coffee gets its start in a lab instead of a field, and soon its flavor profile will be comparable enough to meet the rising coffee demand.
Droughts can wreak havoc on food supply and crop production, but a new study shows that ethanol can help crops survive.
Genomics opens the way for scientists to track where and which plants are affected most by rapidly spreading pathogens.