A twisted tale: Plant roots form helices as they encounter barriers

Using 3-D time-lapse imaging, physicists, working with plant biologists, have discovered that certain roots, when faced with barriers like a patch of stiff dirt, form helical spring-like shapes. (Sept. 24, 2012)

Undergraduate leads research team and says, 'It's a way of giving back'

Ben Wie '13, a Hunter R. Rawlings III Cornell Presidential Research Scholar, supervised an animal behavior research team this past summer. The team looked at chemicals in mice brains. (Sept. 14, 2012)

Emr reappointed as Weill Institute director

Scott Emr has kept the institute focused on hypothesis-driven science that uses genetics, biochemistry, proteomics and bioinformatics to answer fundamental questions in cell biology. (Sept. 12, 2012)

Shoals Lab vulnerable to rockweed harvests

A Shoals Marine Lab researcher believes that commercial harvest of rockweed, a brown seaweed found in intertidal zones, poses a threat to the community of 150 species that use this seaweed habitat. (Sept. 10, 2012)

Project provides bird migration forecasts to inform conservation, climate change

Ornithologist Andrew Farnsworth in New York City told members of the media Sept. 6 about a project that develops bird migration forecasts. (Sept. 10, 2012)

Proteins barge in to turn off unneeded genes and save energy

Cornell researchers have identified two mechanisms cells use to turn off gene transcription as quickly and efficiently as possible. (Sept. 5, 2012)

Paul Sawyer lectures on writer John Ruskin

Paul Sawyer, professor of English, launched the Plantations' Fall Lecture Series with a talk about John Ruskin, the 'first ecologist,' Aug. 29. (Sept. 4, 2012)

Experts agree on need for partnerships to speed New York tech transfer

Cornell President David Skorton moderated an Aug. 22 panel in New York City that looked at ways to spur technology transfer from academia to business. (Aug. 28, 2012)

New method helps researchers decode genomes

Using a new approach to decode the human genome, scientists assert that knowing where genes start to encode amino acid chains can predict what proteins they produce. (Aug. 27, 2012)