Perennial grain cropping systems provide many beneficial attributes for the environment as compared to their annual analogues . Perennial crops are more resource-use efficiency and contribute less to soil erosion. The domestication of the perennial Intermediate Wheatgrass (IWG) for grain and forage production is being developed and a semi-commercial variety is currently used (i.e. Kernza®) in USA and Canada. However, the effect(s) of domestication on the
Perennial grain cropping systems provide many beneficial attributes for the environment as compared to their annual analogues . Perennial crops are more resource-use efficiency and contribute less to soil erosion. The domestication of the perennial Intermediate Wheatgrass (IWG) for grain and forage production is being developed and a semi-commercial variety is currently used (i.e. Kernza®) in USA and Canada. However, the effect(s) of domestication on the
POST-DOCs
PhD CANDIDATES
Zechariah Haber
Ph.D Candidate zacharyhaber@mail.tau.ac.il
Project: Regulation of water use efficiency and osmotic adjustment in wheat under abiotic stress conditions
Tomer Parpar
Ph.D. Candidate
Project: Genetic variability of source/sink relations in Aegilops longissima
MSc CANDIDATES
Paz Haboub
M.Sc candidate
Project: genome wide association mapping of root system architecture, metabolimics and microbiome on wild wheat
Dr. Ahan Dalal
Post-doc
Project: System biology approach for elucidating drought tolerance of wild millet
Atara Gal
M.Sc candidate atarag.gal92@gmail.com
Project: Mechanisms controlling root hydraulic conductivity and root-to-shoot signalling
Aiman Egbaria Lab Manager aimanegb@gmail.com