NC State Team Finds Solution for Sweetpotato Problem
An NC State team led by Jonathan Schultheis has determined a new curing process that greatly reduces internal necrosis in Covington sweetpotatoes. This will save N.C. sweetpotato producers millions of dollars in crop loss.
New Grants Support Microbiome and Resiliency Studies
Christine Hawkes and Kevin Garcia recently received separate federal grants to study plant and soil microbiomes to understand how the soil captures carbon and how symbiotic root fungi help legumes get potassium. This research will improve the resiliency of agriculture.
For the Next Agricultural Revolution, Look to the Microbiome
A national task force led by scientists with NC State ties says the plant microbiome could be key to unlocking the agricultural revolution needed to feed a fast-growing world population.
Using Leaf Fungi to Improve Crop Resilience
An interdisciplinary team led by Christine Hawkes is identifying beneficial fungi found in five key crops with the aim of using them to help plants fend off diseases and tolerate drought stress.
CALS Researchers Return to the Bench and Field
As NC State ramps up the Research Restart process, here’s how three researchers from across the College of Agriculture and Life Sciences are returning to the lab bench and test field after time away due to COVID-19.
Low-Cost Cameras Could Be Sensors to Remotely Monitor Crop Stress
Researchers from CALS and COE, led by postdoctoral research scholar Paula Ramos-Giraldo, have worked together to construct a low-cost camera system to monitor crop stress remotely. Their StressCam will aid researchers, plant breeders and ultimately farmers.
NC State Spin-off TreeCo To Breed a Better Forest
TreeCo, start-up company founded by by two NC State researchers, is setting out to revolutionize the forestry industry by combining insights from tree genetics with the power of genome editing.
Big Data for Better Sweetpotatoes
An interdisciplinary team led by Cranos Williams is setting out on a three-year project to use artificial intelligence to make sweetpotatoes even more profitable. The team will image hundreds of thousands of sweetpotatoes to increase the percentage of sweetpotatoes grown that are USDA grade 1.
CRISPR Plants: New Non-GMO Method to Edit Plants
Wusheng Liu has developed a new way to get CRISPR/Cas9 into plant cells without inserting foreign DNA. This will allow for precise genetic deletions or replacements for specialty crops, without GMO regulatory hurdles.
NC State Researchers Continue Improving Sweetpotatoes for Africa
Craig Yencho and his team recently received part of a grant from the Bill & Melinda Gates Foundation to continue their work improving sweetpotatoes in Sub-Saharan Africa. The genomic tools developed through the three-year, $15-million-dollar grant will also improve sweetpotato breeding for North Carolina farmers.