Areas of Specialization
- Human Health
- Plant Environmental Stresses
Biography & Education
Rajashekar or “Raj” as he is known in the HNR department is originally from Bangalore, India. His interest in horticulture came at an early age, as his father is a renowned entomologist in India.
"I was always interested in bugs and science, so I decided it couldn’t be a bad career to follow," said Raj.
After receiving his Ph.D. at Colorado State University, Raj took a post-doctorate position at the University of Minnesota, where he focused on environmental stress. Upon completion of his post-doctorate, there was a job opening at K-State.
A large part of Raj’s position at K-State revolves around research. He primarily focuses on environmental stress, which is looking at how plants handle environmental stress, such as freezing and survival in extreme temperatures. He then uses this information to more fully understand the mechanism and develop strategies for plant improvement. Raj and his associates use environmental stress and molecular approaches to improve health-promoting phytochemicals and nutritional quality of food crops.
Raj says of the HNR department, “The people are wonderful to work with and I enjoy interacting with the students. The whole atmosphere is just great.”
Outside of research, Raj enjoys reading and spending time with his kids and family.
- B.S. Agriculture, University of Agricultural Sciences, India
- B.S. Environmental Stress Physiology, Colorado State University
- B.S. Soil Science, University of Agricultural Sciences, India
- A. Woolley, S. Sumpter, M. Lee, J. Xu, S. Barry, W. Wang and C. B. Rajashekar, 2019, Accumulation of mineral nutrients and phytochemicals in lettuce and tomato grown in high tunnel and open field, Amer. J. Plant Science 10:125-138
- C. B. Rajashekar, 2018, Elevated CO2 levels affected phytochemicals and nutritional quality of food crops, Amer. J. Plant Sci. 9: 150-162
- C. B. Rajashekar, 2018, More reasons to eat your greens- Boosting phytochemicals in vegetables, Scientia 1-8, doi.org/1026320scientia145
- A. Giri, B. Armstrong, and C. B. Rajashekar, 2016, Elevated carbon dioxide level suppresses nutritional quality of lettuce and spinach, Amer. J. Plant Sci. 7: 246-258
|Course #||Title||Semester||Delivery Method|
|HORT 800||Horticultural Physiology||Spring||On Campus|
|HORT 960||Environmental Plant Stress||Fall||On Campus|