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Jiankang Zhu

Jiankang Zhu

DistinguishedProfessorofPlantBiology​,DepartmentsofHorticultureandLandscapeArchitectureandBiochemistry.Dr.Zhuearnedhisbachelor'sdegreeinsoilsandagriculturalchemistryfromBeijingAgriculturalUniversity;hismaster'sdegreeinbotanyfromtheUniversityofCalifornia,Riverside,andhisdoctorateinplantphysiologyfromPurdue.HecomestoPurduefromtheUniversityofCalifornia,Riverside,wherehewastheJaneJohnsonChairProfessorintheInstituteforIntegrativeGenomeBiologyandDepartmentofBotanyandPlantSciences.Heisinternationallyrenownedforhiscreativeandpath-breakingresearchthathassoughttoelucidatethesignalingpathwaysinplantsthatgoverntheirresponsestoenvironmentalstresses.Hisresearchhascontributedfundamentallytocurrentunderstandingofthemolecular-geneticmechanismsunderlyingsalinitytolerance,droughttolerance,andlowtemperaturestressinplants.Dr.Zhu’slaboratoryhasbeencentralintheefforttoidentifykeygenesthatcouldbemanipulatedtomodifycropresponsestoabioticstresses,withtheultimategoalsofbothenhancedagricultureproductivityanddecre

http://www.zcmsonline.com/index.php/zkzj/48592.html

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Distinguished Professor of Plant Biology​, Departments of Horticulture and Landscape Architecture and Biochemistry. Dr. Zhu earned his bachelor's degree in soils and agricultural chemistry from Beijing Agricultural University; his master's degree in botany from the University of California, Riverside, and his doctorate in plant physiology from Purdue. He comes to Purdue from the University of California, Riverside, where he was the Jane Johnson Chair Professor in the Institute for Integrative Genome Biology and Department of Botany and Plant Sciences. He is internationally renowned for his creative and path-breaking research that has sought to elucidate the signaling pathways in plants that govern their responses to environmental stresses. His research has contributed fundamentally to current understanding of the molecular-genetic mechanisms underlying salinity tolerance, drought tolerance, and low temperature stress in plants. Dr. Zhu’s laboratory has been central in the effort to identify key genes that could be manipulated to modify crop responses to abiotic stresses, with the ultimate goals of both enhanced agriculture productivity and decreased degradation of the environment.