Drought and warmth stresses are essential risk obstacles to plant development and sustainable agriculture worldwide. Our point is to give an evaluation of plant reactions and varieties to dry season and increased temperature, for example, roots, shoots, and last yield and administration procedures for assuaging unfavorable impacts of the stresses primarily based totally on latest literature. The areas of the paper address plant reactions which incorporate root improvement, transpiration, photosynthesis, water utilize execution, phenotypic adaptability, accumulation of compounds of sub-atomic mass (eg proline and gibberellins), and expression of few genes and proteins for building up the tolerance to the abiotic stresses. Soil and crop management practices to mitigate negative results of drought and warmth stresses are also discussed. Investigations with respect to dedication of plant assimilate partitioning, phenotypic plasticity, and recognizable of of most extreme weight tolerant plant genotypes are fundamental for expertise the complexity of the reactions and for destiny plant breeding. The negative impacts of dry season and warmth strain can be relieved through soil control rehearses, crop establishment, and foliar application of development regulators via retaining the suitable level of water inside the leaves because of osmotic adjustment and stomatal overall execution.