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Researchers find new carbon-capture potential

Basalt is applied to fields at the University of Illinois Energy Farm. (Photo courtesy of iSEE)
A five-year study at the University of Illinois Energy Farm found applying ground-up silicate rock to Midwestern farm fields can capture significant amounts of carbon dioxide and prevent it from accumulating in the atmosphere.Working with Eion Corp., researchers at the University of Illinois Urbana...

Windows to the Deep Past

A cross section of a coal ball with the collection of others behind it.
 Paleobotanists at the University of Illinois understand one thing better than perhaps anyone in the world: Studying coal balls is a long-term commitment. The late plant biologist Tom Phillips began hauling the prehistoric objects out of the ground more than a half-century ago and filled a...

The Key to Species Diversity May Be in Their Similarities

graphic of plants in cog wheels
More than four decades ago, field ecologists set out to quantify the diversity of trees on a forested plot on Barro Colorado Island in Panama, one of the most intensively studied tracts of forest on the planet. They began counting every tree with a trunk wider than a centimeter.They identified the...

Head of Plant Biology Andrew Leakey speaks with The Science Coalition

man using machine on a plant
Andrew Leakey, professor and head of plant biology, was featured in a weeklong "Science is for Everyone" promotion on social media by The Science Coalition, which kicked off with a short video featuring 17 questions.It covered everything from his daily bike commute to CABBI's interdisciplinary work...

Illinois scientists rank among world's most influential

Lisa and Don
Nine researchers at the University of Illinois Urbana-Champaign have been named to the 2022 Clarivate Analytics Highly Cited Researchers list. The list recognizes research scientists and social scientists who have demonstrated exceptional influence – reflected through their publication of multiple...

CABBI Team Adds Powerful New Dimension to Phenotyping Next-Gen Bioenergy Crop

drone above field
Miscanthus is one of the most promising perennial crops for bioenergy production since it is able to produce high yields with a small environmental footprint. This versatile grass has great potential to perform even better, as much less effort has been put into improving it through breeding...