Synthetic strigolactones could also improve nutrient uptake in crops

Supercomputers and machine learning will help scientists optimize light-driven electron transfer

External application could reduce agricultural reliance on fungicides

A catalyst that destroys perchlorate in water could clean Martian soil

Grants support continued development of tomatoes for vertical farming

The filter could help curb airborne spread of COVID-19 virus

Electromagnetic field directs shape formed by gas phase metal molecules

Activated carbon made from corn stover filters 98% of a pollutant from water

Water disinfectant reacts with chromium in iron pipes to form hexavalent chromium

A new hemp pulping method that converts 100% of the plant to useful components moves toward commercialization

While quarantined bakers discover sourdough starters, bioengineers tweak yeast to produce compounds that could fight cancer

The disposable, low-cost tool will improve the speed and accuracy of investigations

Scientists call for more research to understand whether water treatment methods kill the virus responsible for the COVID-19 pandemic

Air quality improvements lead to unique atmospheric chemical behavior

Excess electrons could help break the strong chemical bonds in products that contaminate water supplies

The patented lightweight, impact-resistant technology could change the way we play sports, and improve wind-farm productivity and automotive fuel economy

Researchers combine supercomputing with nano-imaging to reveal how to efficiently break down plant biomass and transform it into transportation fuels

How it’s inspiring a new class of lightweight, impact-resistant materials

Pointing the new nanoscopy tool like a Harry Potter wand reveals a high-resolution image of molecules

Grant to UC Riverside could help put tiny tomato plants on the International Space Station