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Autor: Kaushal, M.

Plant growth-promoting microbes function as bacterial inoculants and contribute to the enhancement of agronomic efficacy by lowering production costs and environmental pollution. Interactions between plants and microbes are either antagonistic or synergistic within soil. The efficiency of plant g...


Kaushal, M.[Climatic resilient agriculture for root, tuber, and banana crops using plant growth-promoting microbes]Climatic resilient agriculture for root, tuber, and banana crops using plant growth-promoting microbes
Autor: Kaushal, M.

Plant pathogens are one of the dominating components which restrain crop productivity. Preliminary step headed for managing plant disease is to accurately recognize the pathogen under lab, glasshouse, and field conditions. Modern approach, such as culture-based, antibody-based rapid methods and q...


Kaushal, M.[Role of microbes in plant protection using intersection of nanotechnology and biology]Role of microbes in plant protection using intersection of nanotechnology and biology
Hauser, S.Clifford, G.Pasberg-Gauhl, C.Gauhl, F.Akello, J.Jacobsen, K.Norgrove, L.Coyne, D.Kumar, P.L.Mahuku, G.Kaushal, M.Nakato, V.Tripathi, L.Tripathi, J.[Identifying and managing plant health risks for key African crops: banana and plantain]Identifying and managing plant health risks for key African crops: banana and plantain
Autor: Kaushal, M.

Sub-Saharan regions are exceptional ecosystems in which crop plants suffer from dual impairment of low soil fertility and gate crasher phytopathogens. Worldwide common practice of intensive agriculture with the use of agrochemical inputs is ground lacking truth for the small holder farmers of Sub...


Kaushal, M.[Endophytic animations to blossom sub-Saharan agriculture]Endophytic animations to blossom sub-Saharan agriculture
Autor: Kaushal, M.

Drought stress creates water deficit conditions which negatively affect physiological and biochemical processes that ultimately impede crop production. Recent research investigations have revealed that rhizobacterial inoculation of plants induces defense responses or drought tolerance in plants t...


Kaushal, M.[Portraying rhizobacterial mechanisms in drought tolerance: a way forward toward sustainable agriculture]Portraying rhizobacterial mechanisms in drought tolerance: a way forward toward sustainable agriculture

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