Plant Abiotic Stress Tolerance: Agronomic, Molecular and Biotechnological Approaches

[1]            Abiotic stress responses in plants- an overview

[2]            Better agronomic management practices for the mitigation of abiotic stress

[3]            Agronomic management of crops for salinity tolerance

[4]            Role of plant nutrient in abiotic stress tolerance

[5]            Nutrient management for saline soils

[6]            Irrigation management for drought-prone area

[7]            Manipulation of sowing time to avoid heat and cold stress in crop plants

[8]            Agronomic management for metals/metalloids tolerance

[9]            Use of phytohormones for the mitigation of abiotic stress

[11]        Role of trace elements in mitigating abiotic stress tolerance

[12]        Approaches in enhancing antioxidant defense system in plant for abiotic stress tolerance

[13]        Manipulation of the soil microbiome for abiotic stress tolerance

[14]        Omics approaches in developing stress tolerance to plants

[15]        Use of QTL in developing abiotic stress tolerance

[16]        Systems biology perspective of abiotic stress tolerance

[17]        Tailoring ion homeostasis related traits in developing salt tolerance to crops

[18]        Transgenic approaches in developing abiotic stress tolerant plant varieties

[19]        Epigenetic regulation of plant abiotic stress responses

[20]        Incorporation of rapid breeding tools and new technologies to increase abiotic stress tolerance

[21]        Use of CRISPR/Cas9 genome editing to modify abiotic stress responses in plants