Developing Climate-Resilient Chickpea Involving Physiological and Molecular Approaches With a Focus on Temperature and Drought Stresses

Agricultural and Biological Sciences

• Drought 100%
• Chickpea 100%
• Climate 100%
• Temperature 100%
• Pods 36%
• Face 27%
• Reproductives 18%
• Cultivar 18%
• Anthesis 18%
• Environment 18%
• Crops 18%
• Winter 18%
• Proteins 9%
• Viability 9%
• Pollen 9%
• Marker-Assisted Selection 9%
• Genetic Variability 9%
• Climate Change 9%
• Plant Response 9%
• Stigma 9%
• Quantitative Trait Loci 9%
• Freezing Tolerance 9%
• Pollen Tube 9%
• Pollen Germination 9%
• Transcriptomics 9%
• Genetics 9%
• Seeds 9%
• Seasons 9%
• Flowers 9%
• Sequencing 9%
• Foods 9%
• Incidence 9%
• Legume 9%

Biochemistry, Genetics and Molecular Biology

• Temperature 100%
• Stress 27%
• Temperature Stress 27%
• Heat 27%
• Cultivar 18%
• High Temperature 18%
• Flowering 18%
• Crop 18%
• Abiotic Stress 18%
• Genetic Divergence 9%
• Cold Stress 9%
• Heat Stress 9%
• Growth 9%
• Development 9%
• Quantitative Trait Locus 9%
• Electric Potential 9%
• Pollen Tube Growth 9%
• Vegetative Stage 9%
• Plant Response 9%
• Pollen Germination 9%
• Whole Genome Sequencing 9%
• Cold 9%
• Gene Expression Profiling 9%
• Protein 9%
• Comprehension 9%
• Incidence 9%
• Genetics 9%
• Experience 9%
• Genetic Marker 9%
• Genomic Selection 9%