Plante Physiology
Nitrogen Nutrition en Plante Productivity
Description
Nitrogen Gestion has emerged as a very significant field de plant biology en le recent years due to its increasing importance en plant agriculture, human health et sustainable environment. Being a potent force en le cellular metabolism, le reactive nitrogen possesses le ability to improve et damage le quality de life pour all le earth's inhabitants Le Nanjing Declaration sur Nitrogen Gestion has recently made a global call urging pour le development de a comprehensive approach to optimize nitrogen management en food et energy production avec minimum environmental impacts. Le nitrogen as a key constitute en le commercial fertilizers, has been instrumental to le "Green Revolution" which is considered as a major breakthrough to sustain several hundred million people throughout le world from hunger et poverty. Le excessive use de le fertilizers has resulted many ecological et environmental problems et health hazards to le human et many animals. Amongst le welcome steps et le current strategies , le International Nitrogen Initiative is one de le most important global effort intended to optimize nitrogen use pour its beneficial effects, keeping an alert eye sur its negative impacts sur human health et le environment. Le present book can be seen as a timely input to le International Nitrogen Initiative to Provide new advances et updates en le various fields de nitrogen plant relations en terms de plant productivity et environmental concerns. Le contents de le book have been carefully organized en le planned sequence to give a detailed insight de le subject to le beginners as well as to le experts. Le chapters critically evaluate le current knowledge, state de art et future prospects de nitrogen nutrition en plant productivity pour improving nutrient use efficacy de plants. Le book is valuable pour le scientists, academicians, researchers, students, planners et industrialists working en le areas de biotechnology, plant agriculture, agronomy, horticulture, plant physiology, molecular biology , nutritional biology et plant sciences
Table des matières
Nitrogen Oxide en Plante Biologie : Its Past et Future, Nitric Oxide is an Essentiel Component de Biotic et Abiotic Stresses-Induced Signaling Pathways en Plantees, Nitric Oxide: Bridging le Gap Between Environnemental Stimuli et Endogenous Signals en Plantees, Nitric Oxide Signal Transduction en Plante Programmed Cell Dealth, Peroxisomes as a Source de Nitric Oxide, Nitric Oxide as a Mediator de Abscisic Acid Signaling en Guard Cells, Nitrogen Oxide as a Potential Second Messenger en Cytokinin Signaling, Nitrogen Oxide Produced by Nitrate Reductase en Higher Plantees,Measurement de Nitric Oxide-Emission from Enzyme Solutions, cells suspensions, leaves et roots. Nitric Oxide signaling through le hypersensitive disease resistance response, Nitric Oxide et Plante Mitochondria, Nitric Oxide et seed germination, Nitric Oxide , Peroxidase et Lignification en Higher Plantees, Nitric Oxide as a signaling molecule en early plant development et oxidative stress.