Emerging Technologies and Management of Crop Stress Tolerance

Tolerance Salt Nanotechnology Fire Global-warming Resistance Cold Drought Irrigation Adaptation Genetic engineering Herbicides Humus Molecular biology Risk assessment Ros Bioremediation Transcription factors Metabolism Carbohydrates Transgenic plants Biological control Trace elements Compost Carbon dioxide Plant biotechnology Gene silencing Proteins Climatic change Metabolites MicroRNAs Insect resistance Oxidative stress Antioxidants Ozone Genes Silicon Pesticides Signal Transduction Selenium Climate change Micronutrients Rhizosphere Signaling Nutrigenomics Metabolomics Organic acids Feedback Loops Bioactivity Ca2+ influx Nutrient stress Environmental stress Biosafety Nac SiRNAs Spectroscopy ABA Bt cotton Root exudates Circadian clock Target genes RNAi Antioxidant defense system Isothiocyanates Metabolite profiling Cold stress Abiotic stress Glucosinolates Soil biota Abscisic acid High Temperature Abiotic stress tolerance Biotic stress Productivity Abiotic stresses Plant adaptation Plant Metabolism Tolerance Mechanisms Biotic stresses Fruit quality Nanoparticle uptake Crop plants Micronutrient deficiency Plant genomics Myrosinase Gating Vermicompost Root zone Proline Beneficial elements Agricultural yield Antioxidant defense Accumulation and translocation Arbuscular mycorrhizal fungi (AMF) AP2/ERF Economic benefit dsRNA Dystrophic soils Dicer Compatible osmolytes Cyt P450 Metabolite fingerprinting MYB/MYC Freezing resistance Osmotic balance Planting pattern Osmoprotectants Osmo-protectants Humic substances Ion transport channels Rhizosphere acidification Sugar yield ROS generation Transcriptional factors Stress-signaling genes Soil moisture depletion Mitigation of stress Net field benefit N-fixing organisms Micronutrient use efficiency Planting geometry Plants growth Plant Stress Responses Sugar Distribution