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Exploring crop G x E towards climate-resilient cultivars

Latest News 

New NSF-funded program

June 2021

Plant Science for Global Food Security (PSGFS), developed in collaboration with Gary Burniske of Purdue Center of Global Food Security, is funded by NSF. 

 

We will bring 8 undergraduates each year to the International Rice Research Institute (IRRI) in Los Baños, Philippines to conduct research for six weeks during Summers '22, '23, and '24. Applications for Cohort 1 will be due in early 2022. Stay tuned!

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New paper in

American Journal of Botany

June 2021

An "On the Nature of Things" essay with Rob Baker of Miami University using data collected from Purdue's AAPF (formerly CEPF).

Welcome Rae McDowell

May 2021

Rae is a senior Agronomy major (Plant Breeding & Genetics) also working in the Rocheford Lab. 

Welcome Emily Burns 

May 2021

Emily is a junior NRES major with a minor in soil science. 

Welcome Luis Vargas

January 2021

Luis is a new PhD student advised by Davide Cammarano and Diane Wang. He arrives to Purdue from Mexico, and his dissertation work will involve a collaboration with CIMMYT.

Our research

Crop species, along with their wild and weedy relatives, are equipped with an arsenal of strategies to cope with environmental variability. These strategies have differential effects on survival and productivity that are influenced by the temporal sequences of abiotic factors (e.g., temperature, precipitation, solar radiation) and their interaction with genetically-conditioned plant features. A vast array of the morphological, physiological, and molecular variation we can observe within and between plant species are emergent properties that arise from the interaction of plant and environment. Our program aims to clarify these interactions towards greater understanding of how variation in physiological responses to abiotic stress is partitioned across genetic groups; we seek to understand their consequences on plant behavior under novel environmental scenarios and ultimately to provide crop breeders with new tools for prediction.

Approaches

Our work links genetics and physiology with iterative development, testing and validation of process-based models. We collect and utilize data from controlled environments (e.g., the Purdue Controlled Environment Phenotyping Facility) as well as from field sites through a number of collaborations. Currently, our field-based collaborators include Duke Pauli (University of Arizona [cotton]), Michael Kantar and Robert Paull (University of Hawaii [papaya]), Amelia Henry (International Rice Research Institute [rice]) and Georgia Eizenga (USDA [rice]). Of course, we are also working with soybean and maize, which are more commonly found growing here in Indiana!

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Plant physiology
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Process-based
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Process-based
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