Person

Sam Purdom

Graduate Teaching Assistant, Ms Student | Plant Sciences
Overview

Before coming to UTK, I served for 3 years as a Peace Corps volunteer in Zambia, in southern Africa. I really gained a passion for agriculture and sustainability while I observed and experienced some of the massive environmental and social challenges to food production that much of the world faces. It was this passion that led me to University of Tennessee, to study the interactions of plants, water, and climate in the context of sustainable production systems. I am interested in continuing to explore how climate will shape the future of food production and how we, as scientists, can develop ideas and models for resilient agroecosystems.

Research Focus

Crop stress physiology and plant water use - specifically stomatal response of crops to drought and heat stress.

Research Questions
  • How do soybean genotypes differ in stomatal response and recovery from drought?
  • Can thermal imaging be used as a tool for phenotyping drought tolerance traits in crops?

Sam Purdom

Graduate Teaching Assistant, Ms Student | Plant Sciences
Picture of Sam Purdom image
Overview

Before coming to UTK, I served for 3 years as a Peace Corps volunteer in Zambia, in southern Africa. I really gained a passion for agriculture and sustainability while I observed and experienced some of the massive environmental and social challenges to food production that much of the world faces. It was this passion that led me to University of Tennessee, to study the interactions of plants, water, and climate in the context of sustainable production systems. I am interested in continuing to explore how climate will shape the future of food production and how we, as scientists, can develop ideas and models for resilient agroecosystems.

Research Focus

Crop stress physiology and plant water use - specifically stomatal response of crops to drought and heat stress.

Research Questions
  • How do soybean genotypes differ in stomatal response and recovery from drought?
  • Can thermal imaging be used as a tool for phenotyping drought tolerance traits in crops?