Advances in Pesticide Toxicity to Rhizobacteria-Legume Symbiosis - Ahemad, Munees;Saghir Khan, Mohammad
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In modern agronomic opertaions, pesticides are used globally to prevent/kill the organisms causing detrimental effects on crop plants. After application, a large portion of pesticides persists in soils and poses a major threat to both soil- microbial diversity of plant-growth-promoting- rhizobacteria (PGPR)including their plant-beneficial physiological activities and productivity of many agronomically important crops. Although, a lot of information on the toxic effects of pesticides on various legumes is available, there is however, a large inconsistency in the reported results. Consequently,…mehr

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Produktbeschreibung
In modern agronomic opertaions, pesticides are used globally to prevent/kill the organisms causing detrimental effects on crop plants. After application, a large portion of pesticides persists in soils and poses a major threat to both soil- microbial diversity of plant-growth-promoting- rhizobacteria (PGPR)including their plant-beneficial physiological activities and productivity of many agronomically important crops. Although, a lot of information on the toxic effects of pesticides on various legumes is available, there is however, a large inconsistency in the reported results. Consequently, it becomes difficult to draw a firm conclusion about the actual effects of pesticides on legumes and their respective symbiotic partners. This book presents the findings concerning the parallel study of a wide array of pesticides belonging to diverse chemical groups on legumes and rhizobacteria isolated from different legume and non- legume rhizospheres. This book also reveals a novel approach to enhance the performance and efficiency of legume crops like chickpea, pea, greengram and lentil grown in pesticide-stresses soils.
Autorenporträt
Dr. Munees Ahemad has received his master and Ph.D. degree from Aligarh Muslim University, Aligarh, India and has publications in reputed national and international journals. His major area of interest is environmental microbiology, pesticide-interaction with microflora and plant growth promoting rhizobacteria.