Ph.D. (Plant Pathology), University of Wisconsin-Madison, 1988
M.S. (Biometry), University of Wisconsin-Madison, 1987
M.S. (Plant Pathology), University of Wisconsin-Madison, 1985
B.S. (Biology/Pathology), St. Olaf College, 1981
Areas of Interest
Epidemiology and Ecology of Plant Diseases
Research in my laboratory is focused on the ecology of plant-associated micro-organisms, especially antibiotic-producing bacteria, in native prairie and in agricultural soils. Antibiotics are hypothesized to confer a selective advantage to the producer when competition is important to microbial fitness. Antibiotic-producing microbes can also have significant negative effects on soil-borne plant pathogens, and can enhance plant fitness. Our work is directed to identifying factors that influence the frequency and intensity of such activities within the soil-borne streptomycete community. We have recently quantified the genetic and phenotypic diversity of antibiotic-producing streptomycetes in native prairie soils, and in prairie soils that have been subjected to enrichments in nitrogen or atmospheric CO2.me. In native prairie soils, we have also been evaluating the hypothesis that some plant species actively enrich the indigenous antibiotic-producing bacteria as a means of protecting themselves from soil-borne plant pathogens (protective mutualism). In addition, using both experimental and modeling work, we have been studying the co-evolutionary dynamics of inhibition and resistance among soil-borne microbes, and the influences of genetic relatedness, spatial proximity, and nutrient utilization on the probability of inhibition among streptomycetes. In agricultural soils, we have been using green manures to alter the naturally-occurring soil-borne microbial populations in an effort to enhance indigenous pathogen inhibitory activity. Using this approach, we have been successful in significantly reducing multiple soil-borne diseases, including Phytophthora root rot on alfalfa, and Verticillium wilt and scab on potato. Finally, recent work has also considered inoculative strategies for controlling soil-borne plant pathogens.
These days, most conferences and meetings are on-line. But what are the best strategies for organizing a successful virtual meeting? An article written by Nevin Young featuring the research of Linda Kinkel, along with post-doctoral fellows, Michael Fulcher, Marian Bolton, Michael Millican and Matt Michalska-Smith.
For the fall 2018 edition of Cedar Creek Ecosystem Science Reserve's newsletter Field Notes, Linda Kinkel writes about the lab's research in microbes that suppress plant pathogens and make healthier, more productive plants, and in the microbial and plant-microbe species interactions that mediate microbiome composition. Read >>
Linda Kinkel, Corby Kistler, and Sarah Castle received a NIFA competitive grant “Developing Predictive Understanding of Management Effects on Microbiome Composition, Microbial Interactions, and Pathogen Suppression in Soil”. This three-year, $499,987 project will explore the effects of nitrogen and residue amendments within long-term crop monocultures on soil microbiome composition and pathogen suppression. Read more >>
Malian researchers Drs. Babana Amadou, Kadia Maiga, and Dicko Amadou spent two weeks at the University of Minnesota working with researchers in Linda Kinkel’s lab as part of the USAID-funded project: More Rice for Africa: Enhancing rice yields for small-sized farmers in Africa through the application of endophytic Actinomycetes-based biopesticides. Read more >>
Linda Kinkel shares her experience as an invited speaker at National Taiwan University in Taipei, National Chung-Hsing University in Taichung, and National Chiayi University in Chiayi. Kinkel, along with Jacque Fletcher from Oklahoma State University presented information on the Phytobiomes Initiative, as well as on their research, career paths, and other elements related to the initiative, including pathways to commercialization and science communication. Read more >>
In late September Linda Kinkel was invited to speak at the Science Protecting Plant Health conference in Brisbane, Australia. Kinkel was invited to give two seminars. One titled "Diffuse symbioses: competition, coevolution, and pathogen suppression in the rhizosphere" (the final plenary of the conference) and another other titled "Interaction networks shed light on the ecology and evolution of soil microbiomes" (this was a keynote invited talk to open the session on soil health).
By trying to disentangle the reasons plants in native prairies have been able evade significant disease in the prairie, are there important lessons that can be applied to agriculture to create healthier, more productive plants? Linda Kinkel and her research team are trying to find ways to harness microbes indigenous to Minnesota's native prairies by using them to create disease suppressive soils. Read more >>
Science is not only knowledge, but is an ongoing activity where the application of this knowledge can help explain nature in a reproducible way.
This sentiment uttered by professor Linda Kinkel at the beginning of the Plant Pathology freshman seminar course “Antibiotics: Promise, Profits, and Pitfalls” set a precedent for a day of hands-on laboratory exercises where undergraduate students spent the day applying the teachings of Kinkel and fellow professor Carol Ishimaru on the scientific method by evaluating various antibiotics and learning about pharmaceutical drug discovery. The seminar focuses on providing a holistic perspective of antibiotics for freshman undergraduates across the University with topics ranging from antibiotics in the natural world, drug development and patent law, and media perceptions of antibiotics, in order to help the next generation of students develop scientific literacy and critical thinking skills.