Career Center

The postdoctoral researcher (PR) will contribute to a new NSF PGRP-funded research project integrating high-throughput field-based phenomics with biophysical process-based modeling in plants to examine mechanisms of drought response in upland cotton. The PR will be responsible for leading model development and liaising with partner institutions (University of Arizona, University of Wyoming and Boyce Thompson Institute). Aims of project are to characterize transcriptional and biophysical responses of genetically diverse cotton genotypes, adapt a biophysical process-based model to simulate genotype-specific acclimation responses to water limitation in cotton, and characterize the genetic and physiological bases of drought resistance.

The primary role for the PR will be to iteratively adapt a process-based model for use in cotton, testing against field-based data collected from conventional and high-throughput methods. They will also coordinate the transfer of data, materials, and model results across organizations as well as mentor undergraduate students over the summer as part of Broader Impact activities. This project is a collaborative effort requiring a team-oriented approach across multiple partner institutions and is led by a group of dynamic, early-career faculty.

The postdoctoral researcher is expected to publish project results in peer-reviewed journals and participate in broad dissemination of project findings and other outreach activities. Travel to Arizona and Wyoming to assist in experimental work may be required. The PR will be supervised by Diane Wang (Assistant Professor in the Dept. of Agronomy).

To apply: 

Send a cover letter, CV, and copies of two recent publications to drwang@purdue.edu

• Ph.D. in a relevant discipline (e.g., plant physiology, process modeling, ecology) to be completed by the start of the appointment
• Proficiency in one or several programming languages
• Demonstrated interest in working on topics related to agriculture, crop diversity, and climate impacts (especially drought)
• Experience and commitment to outreach efforts
• Evidence of ability to work collaboratively as well as independently