Please join us for episode #59 of MN CropCast. In this episode, Dave and Seth are diving deep into the DNA of the plants that feed us, and we are thrilled to sit down with Dr. Peter Morrell, a Professor of Computational Biology and Plant Genetics right here at the University of Minnesota.

Dr. Morrell has had a fascinating journey to the U of M. He grew up in southern Oklahoma, earned his Ph.D. back in 1997, and spent time researching genetics in the corporate world at Monsanto in St. Louis before officially joining the Minnesota faculty in 2009. Today, he is essentially a master codebreaker for plant DNA. As an evolutionary geneticist, Dr. Morrell uses big data and computer science to figure out exactly how wild plants evolved into the reliable crops we rely on today—specifically focusing on crops like barley, soybeans, and common beans. His lab looks at the genetic fingerprints left behind by breeders and farmers to understand how plants mix, match, and mutate their DNA to survive.

In fact, his work recently made waves in the journal Science. He co-authored a study on a mind-boggling, 100-year evolutionary experiment on barley, giving us an unprecedented, real-time look at how crops naturally adapt to their local environments over a century. On top of tracking what happens when farmed crops accidentally swap genetics with wild weeds, he also teaches a popular undergraduate course on the science and agronomy of marijuana, breaking down the complex biology of the plant for his students.

Join us for another Minnesota Crop Cast today.

This week, we are thrilled to feature Agronomist Matt Leavitt. Matt’s work focuses on integrating new crops that provide broad ecosystem services to our landscapes while helping to diversify and de-risk the economic portfolios of Minnesota crop producers.

Originally from Eau Claire, Wisconsin, Matt completed his graduate work right here in the Department of Agronomy and Plant Genetics with Craig Sheaffer and Don Wyse. Currently, Matt serves as the Perennial Grains and Winter Annuals Agronomy Specialist for the Department and the Forever Green Initiative (FGI).

In this episode, Matt dives into the most established crops in the FGI portfolio, including Kernza, Camelina, Winter barley, and Hybrid Winter Rye. He shares his experience working one-on-one with farmers to identify alternative crop species that fit their unique operations, maximizing ecological and economic benefits while reducing overall risk. Beyond the field, Matt also writes extension publications for producers and lectures at winter meetings and summer field days.
Please join David and Seth for another fun and fascinating episode of the Minnesota CropCast!
For more information on the Forever Green Initiative and new value-added crops, visit:
https://forevergreen.umn.edu

A conversation with Dr. Bob Stupar, Professor of Agronomy and Plant Genetics

In this edition of Minnesota CropCast (Episode #57), hosts Dave Nicolai and Seth Naeve sit down with Dr. Bob Stupar, Professor of Agronomy and Plant Genetics and Legume Geneticist at the University of Minnesota. The conversation traces Bob’s unique path from suburban Milwaukee to his current role leading legume genetics and genomics research at the U.

The group takes a shallow dive (cannonball?) into the complex world of soybean engineering. Dr. Stupar explains the critical process of identifying genes of interest, validating their functionality, and engineering soybeans to possess important, novel traits. He also highlights the importance of maintaining and updating reference genomes—the essential "blueprints" for scientific advancement—using historical examples to illustrate their impact. Additionally, the discussion covers how gene editing is being used to improve quality traits, such as reducing antinutritional components in soybeans.

Despite these technical achievements, Dr. Stupar shares that his proudest contribution in his lab isn't just the data, but the people. He emphasizes that his #1 priority is graduate student training and workforce development, ensuring the next generation of scientists is ready to lead.