Back

Discover CALS

See how our current work and research is bringing new thinking and new solutions to some of today's biggest challenges.

Share

A pair of CALS plant disease experts earned honors from the American Phytopathological Society (APS) for their leadership and contributions to the field of plant pathology.

Adam Bogdanove and Christine Smart, both of the Plant Pathology and Plant-Microbe Biology Section in the School of Integrative Plant Science, were recognized at the APS Annual Meeting July 30-Aug. 3 in Tampa, FL.

Bogdanove, Ph. D. ’97, earned the Noel T. Keen Award for Research Excellence in Molecular Plant Pathology. He was selected for this prestigious award in part for the fundamental advances he has made in the understanding of bacterial pathogenesis of plants. Most notably, he was credited for developing genome editing methods inspired by molecular plant pathology, and for furthering understanding of the Xanthomonas-rice interaction. That finding has the potential to impact the control of two important diseases of rice. 

Smart was named an APS Fellow in recognition of her distinguished contributions to plant pathology, including her work as a communicator and teacher. The APS lauded Smart for furthering the understanding of the biology of vegetable pathogens to enable improved disease management, and for her leadership roles. She serves as senior editor of APS Press, as a former associate editor for the journals Plant Disease and Phytopathology, and in various leadership positions across her field.

A group of people stand and smile
Christine Smart, center, was named an APS Fellow at the annual meeting. She received the honor from former APS president Rick Bennett and current president Sally Miller. Photo provided.
A man
Bogdanove, Ph. D. ’97, earned the Noel T. Keen Award for Research Excellence in Molecular Plant Pathology from APS. Credit: Sheryl Sinkow.

Keep Exploring

Several red 'Crimson Beauty" raspberries hang from green leaves and stems.

Report

Relevance Raspberry and strawberry production in the United States is concentrated in California and Florida, where climate variability and rising costs challenge long-term sustainability. Demand for locally grown fruit is increasing, creating...
  • Cornell Cooperative Extension
Charles Midega (left) and Roy Odawa display the Kontiki kiln they modified to make biochar from human feces. Credit: Rebecca Nelson

News

Cornell researchers and Kenyan partners have developed a fertilizer made from human excreta. The product improves soil health and food production, while preventing pollution in informal settlements and the aquatic environment.

  • Ashley School of Global Development and the Environment
  • Global Development Section
  • Agriculture