Plant Perspectives to Global Climate Changes

Transformation Drought Environment Genetic engineering Genomics Microorganisms Nanoparticles. Rice Crop improvement Transgenic plants Hybridization Mutagenesis Heavy metals Nitrification Crops Adverse effects Salinity Oxidative stress Antioxidants Proteomics Plants Climate change Ecosystem Ethylene Rhizobacteria Food security Jasmonic acid Salicylic acid Gene Editing -omics Gene pool Biotic and abiotic stresses Signaling pathways Genome editing Stress Adaptation Arbuscular mycorrhiza Stress tolerance Plant stress Cold Acclimation Secondary metabolites Omics Carbon sink Adaptability Sustainable Environment Abiotic stress Molecular breeding Crop productivity Transcriptomics Aquaporin Abiotic stress tolerance Microbial interaction Biotic stress Genome engineering Abiotic stresses MiRNA Systemic Acquired Resistance Water fluxes Environmental changes Reactive Oxygen Species ROS Molecular mechanisms Reactive nitrogen species (RNS) Adaptation Strategies Abiotic and biotic factors Antioxidant defense systems Chilling-induced sugar ­transport ecosystem degradation Chloroplast ion transporters CRISPR/CRISPR-associated protein 9 (Cas9) Climate resilient crops Co-overexpression Heat stress resistance crop water productivity Ecological cycles miRNAi Nutrient deficiency Nitrogen synthesis Osmolyte transport ­Multiomics approaches Organellar retrograde signaling Omics interaction Protective metabolites Photosynthetic and respirational processes stress hormones Magnetopriming ß-Aminobutyric acid Stress response and tolerance Temperature stress signaling Soil fauna and flora Soil-water-plant-­atmosphere system Wild species of crop Microbial fixation Plant defense system Plant adaptation strategies Plant water distribution Transporter interaction