Avat Shekoofa
Specialization: Crop physiology and water management
Dr. Shekoofa's Ph.D research was focused on kernel development of maize as affected by source/sink ratio. (Her dissertation was written and presented in English.) She was a visiting scientist at Universidad Nacional de Rosario, Argentina from 2009-2010. She conducted postdoc research at North Carolina State University (NCSU) on water stress in turfgrass and crop species. Particular emphasis was given to identifying genetic traits that impart drought tolerance. Dr. Shekoofa's current research in the Department of Plant Sciences centers on developing an active and nationally recognized program in crop physiology with a focus on plant water saving potential. Her true passion in research lies in discovering more about the action of the environment on plant water movement, leaves stomata conductance, transpiration response, plant resistance, and resilience to environmental changes such as water and/or heat stress.
- Identifying genetic traits that impart drought tolerance in row crops
- Physiological response of crops to environmental stress such as drought, heat, high temperature and evaporative demand
- Drought and water-saving assessment using thermal infrared (TIR) images technology in conjunction with unmanned aerial systems (UAS)
- Optimizing irrigation efficiency in crop production
605 Airways Boulevard
Jackson, TN 38301-3201
- Doctorate, Plant Sciences, General, Other, 2011
- MS, Agronomy and Crop Science, Other, 2005
- BS, Agricultural Engineering, Bu-Ali Sina University, 2001
- Agriculture and Natural Resources
Avat Shekoofa
605 Airways Boulevard
Jackson, TN 38301-3201
- Doctorate, Plant Sciences, General, Other, 2011
- MS, Agronomy and Crop Science, Other, 2005
- BS, Agricultural Engineering, Bu-Ali Sina University, 2001
- Agriculture and Natural Resources
Dr. Shekoofa's Ph.D research was focused on kernel development of maize as affected by source/sink ratio. (Her dissertation was written and presented in English.) She was a visiting scientist at Universidad Nacional de Rosario, Argentina from 2009-2010. She conducted postdoc research at North Carolina State University (NCSU) on water stress in turfgrass and crop species. Particular emphasis was given to identifying genetic traits that impart drought tolerance. Dr. Shekoofa's current research in the Department of Plant Sciences centers on developing an active and nationally recognized program in crop physiology with a focus on plant water saving potential. Her true passion in research lies in discovering more about the action of the environment on plant water movement, leaves stomata conductance, transpiration response, plant resistance, and resilience to environmental changes such as water and/or heat stress.
- Identifying genetic traits that impart drought tolerance in row crops
- Physiological response of crops to environmental stress such as drought, heat, high temperature and evaporative demand
- Drought and water-saving assessment using thermal infrared (TIR) images technology in conjunction with unmanned aerial systems (UAS)
- Optimizing irrigation efficiency in crop production