Physiological and Molecular Characterization of Crop Resistance to Abiotic Stresses (MDPI - Multidisciplinary Digital Publishing Institute, 2020)
Keywords: Abiotic stress; abiotic stress biomarkers; agriculture; ALA; alfalfa; antioxidant activity; antioxidant enzyme; antioxidants; aquaporin; arbuscular mycorrhizal fungus (AMF); ascorbic acid; barley; bean landraces; biochemical; biology; Biology, life sciences; Brassica rapa; breeding; canopy temperature; Capsicum annuum; Capsicum annuum L; CBL gene family; chitosan oligosaccharide; chlorophyll; chlorophyll fluorescence; climate change; coated-urea fertilizer; cold stress; combined drought and heat stress; common buckwheat; cotyledon; drought; drought stress; drought tolerance; education; eggplant; evaluation; female panicle; flood; flooding; gas exchange parameters; gene expression; genetic approach; genetic resources; germination; growth; heat stress; hormonal homeostasis; humic acid; ion homeostasis; ion homeostasis-transport determinants; landrace; landrace accessions; LEA; lignosulfonate; lunar phases; lycopene; macrominerals; maize; Mathematics and Science; morphological; natural herbicides; natural polymers; nutrient; nutrient stress; okra; osmolytes; osmotic stress; oxidative stress; P-starvation; Phaseolus; phosphorus use efficiency; photosynthesis; physics; physiological; physiological activity; physiological response; physiological traits; phytotoxicity; plant breeding; plant growth; plants; pomegranate; postemergence; potassium; proline; Provitamin A; pseudo-science; Reference, Information and Interdisciplinary subjects; Research and information: general; Rhizophagus clarus; root; root anatomy; root hairs; root hydraulic conductance; root structure; ROS; salicylic acid; salinity; salinity tolerance