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U.S. Department of Energy grant will fund sorghum research at Illinois

Several institutions to benefit from $16 million grant to research photosynthesis and water use efficiency

Two undergrads improve plant carbon-cycle models

Researchers at the U. of I. found that plants vary a lot in the efficiency with which they uptake carbon dioxide and conserve water. Plant biology professor Andrew Leakey, left, mentored Kevin Wolz, who was an undergraduate at the time he conducted the research. Wolz now holds degrees in civil...

Scientists find world’s oldest fossil mushroom

The world’s oldest fossil mushroom was preserved in limestone, an extraordinarily rare event, researchers say.

Donald Ort elected to the National Academy of Sciences

Donald Ort is among four University of Illinois professors elected to the National Academy of Sciences this year.

Soybean plants with fewer leaves yield more

Using computer model simulations, scientists have predicted that modern soybean crops produce more leaves than they need to the detriment of yield—a problem made worse by rising atmospheric carbon dioxide. They tested their prediction by removing about one third of the emerging leaves on soybeans...

Eight Illinois researchers rank among world’s most influential

Plant biology professors Lisa Ainsworth, Stephen P. Long, and Donald Ort are three of eight Illinois faculty members on the Clarivate Analytics / Thomson Reuters Highly Cited Researchers list, 2016.

Scientists tweak photosynthesis to boost crop yield

As computer models predicted, genetically modified plants are better able to make use of the limited sunlight available when their leaves go into the shade, researchers report.

In Memoriam - Dr. Sharon Gray (1985-2016)

University of Illinois at Urbana-Champaign B.Sc. Integrative Biology, 2006 Ph.D. Plant Biology, 2013

Future drought will offset benefits of higher CO2 on soybean yields

Plant biology professor Andrew Leakey and colleagues report that soybeans will suffer yield losses sooner than previously predicted under future conditions that combine elevated atmospheric carbon dioxide levels with drought.