TAILIEUCHUNG - Effect of zinc nutrition in mitigating late sowing induced heat stress in wheat crop

Intending to scrutinise the effect of zinc nutrition in mitigating heat stress in late sown wheat crop, an experiment was conducted at Norman E. Borlaug crop research centre and Department of Plant Physiology, CBSH, G. B. Pant University of Agriculture and Technology, Pantnagar, Uttarakhand. Effect of three different Zn treatments soil ZnSO4 treatment (T1), foliar ZnSO4 spray (T2) and soil ZnSO4 treatment+foliar ZnSO4 spray (T3) were studied on three varieties of wheat varieties , UP 2425 (V1), UP 2565 (V2) and HD 3059 (V3) sown at late sown conditions on the dates 24- 12-2017 and 24-12-2018 during first (2017) and second (2018) seasons respectively to expose wheat crop to late sowing induced heat stress. Effect of Zn treatments on growth and yield parameters like plant height, number of leaves, panicle length and 1000 grains weight were evaluated under Zn treatments. Although Zn treatments showed no significant effect on growth parameters, a significant per cent improvement of and was observed for thousand grain weight under Zn treatments over control. | Effect of zinc nutrition in mitigating late sowing induced heat stress in wheat crop

• Nông nghiệp
• Heat stress
• Grain weight
• Zinc nutrition
• Mitigating late sowing induced heat stress
• Wheat crop
• BMC Genomics
• Populus qiongdaoensis
• Heat shock protein
• Heat stress tolerance
• Small heat shock protein
• Heat susceptibility index
• Thermal stress tolerant
• Bread wheat
• Heat stress tolerance for yield
• Contributing attributes
• Farm workers
• Heat stress on farm workers
• Policy making strategies implementation
• Heat stress on farmers
• Combined stress
• Canopy temperature
• Variation in NDVI
• Individual heat
• Combined heat drought stresses in wheat
• Thermal stress
• Tasar silkworm
• Tropical tasar silkworm
• Heat shock
• Heat illness
• Organ damage
• Risk assessment strategies
• Heat transfer type
• Residual stress distribution
• Welding residual stress
• Finite element method
• Heat transfer method
• Heat stress on poultry production
• Poultry production
• Their managemental approaches
• Relative humidity
• Path analysis
• Grain yield and heat stress
• Maize (Zea mays L
• Grain yield
• Character association and path analysis
• Vitamin C
• Corn oil
• Broiler performance under heat stress
• Corn oil supplementation
• Dietary vitamin C
• Triticum aestivum L
• Proteomic analysis in wheat
• Effect of heat stress on flag leaf
• Heat stress on flag leaf
• Crop improvement programme
• Flag leaf
• Booting and heat stress
• Wheat (Triticum aestivum L )
• Grown under heat stress
• Boron accumulation in flag leaf
• Physiological analysis
• Heat stress on wheat genotypes
• Wheat genotypes
• Plant material comprises
• Ascorbic acid
• Commercial broilers
• Heat stress in commercial broilers
• Biochemical parameters
• Ascorbic acid on biochemical parameters
• Plant Biology
• Creeping bentgrass
• Abiotic stress
• Especially heat stress
• Tamarix hispida
• BMC Veterinary Research
• Dairy cattle
• Vascular endothelial growth factor
• Heat stressed cattle
• Public health
• Agricultural workers
• Core body temperature
• Heat related illness
• Heat strain
• Heat tolerance
• Temperature stress
• Heat tolerance in wheat
• Date of transplanting
• Enzymatic antioxidants
• Nonenzymatic antioxidants
• Sensitivity to heat stress
• Ipomoea aquatica
• Long term heat stress
• RNA seq
• Starch and sucrose metabolism
• Pearl millet
• Pacbio sequencing
• Illumina sequencing
• Drought stress
• BMC Plant Biology
• Bax inhibitor 1
• Heat responsive genes
• Heat stress response
• Adrenal glands
• Transcriptional regulation
• Cleistogenes songorica
• RNA sequencing
• Conserved heat responsive genes
• Co expression
• Regulatory network