Titlebook: Role of Rhizospheric Microbes in Soil; Volume 1: Stress Man Vijay Singh Meena Book 2018 Springer Nature Singapore Pte Ltd. 2018 Nutritional

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X. Q. Wang,D. L. Zhao,L. L. Shen,C. L. Jing,C. S. Zhangerwertungsinteressen; Wissenschaftsverwertung ist auf Gewinnmaximierung ausgerichtet und kann die Bindung von Wissenschaft und Wissenschaftlern erfordern. Hochschule und Wirtschaft sind insofern unabh?ngig voneinander; Technologieerarbeitung und Technologieeinsatz geschehen .. Andererseits sind Wiss

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A. Lies,A. Delteil,Y. Prin,R. Duponnoiserwertungsinteressen; Wissenschaftsverwertung ist auf Gewinnmaximierung ausgerichtet und kann die Bindung von Wissenschaft und Wissenschaftlern erfordern. Hochschule und Wirtschaft sind insofern unabh?ngig voneinander; Technologieerarbeitung und Technologieeinsatz geschehen .. Andererseits sind Wiss

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Rhizospheric Microbes for Sustainable Agriculture: An Overview,echnique in agriculture system that might be able to provide adequate supply of essential nutrients for the alarming growing rate of human populations through qualitative and quantitative improvement of agricultural products. Conventional agriculture plays a crucial role to fulfill the increasing fo

Conflagration

Current Perspectives on Rhizobacterial-EPS interactions in Alleviation of Stress Responses: Novel S development and survival, host colonization, and bacterial autoaggregation, including host specificity, quorum sensing, participation in early stages of host plant infection, signaling molecule during plant development, and most importantly protection from environmental stresses. These adverse cond

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Role of ACC Deaminase as a Stress Ameliorating Enzyme of Plant Growth-Promoting Rhizobacteria Usefult, flood, drought, temperature, wounding, various pathogens, etc. The agricultural production was intensified by management of these stresses with increased use of chemicals, and it needs more attention for incoming population explosion. These chemical inputs caused several harmful effects on the e

MODE

Toward the Unculturable Microbes for Sustainable Agricultural Production,arious environments like soils. As per the information available from published researches, a big portion of microbial wealth is unculturable which may contain several beneficial traits, including the plant growth-promoting activities for sustainable agricultural production. Exploitation of these un

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Induction of Anatomical, Enzymatic, and Molecular Events in Maize by PGPR Under Biotic Stress,e plant. The association of these isolates within maize root has been ensured by 2,3,5-triphenyl tetrazolium chloride (TTC) staining of root sections. The study has been conducted to analyse the effect of these bacteria alone or in combination on maize for the induction of defense related enzymes li