Titlebook: Microbial Applications for Environmental Sustainability; Arun Karnwal,Abdel Rahman Mohammad Said Al-Tawaha Book 2024 The Editor(s) (if app

RECUR

Aarushi Gautam,Manu Pant,Gaurav Pant,Gaurav Kumarod.Redirects attention from the figure of the author to the .This book shows that the publishers and editors of the radical press deployed Romantic-era texts for their own political ends—and for their largely working-class readership—long after those works’ original publication. It examines how the

Spartan

Priyanka Thakur,Anjuvan Singhod.Redirects attention from the figure of the author to the .This book shows that the publishers and editors of the radical press deployed Romantic-era texts for their own political ends—and for their largely working-class readership—long after those works’ original publication. It examines how the

止痛药

ENACT

Microbes for Sustainable Development of Environmental Issues,una. Agriculture is completely dependent on the quality of soil and various climatic factors which are deteriorating day by day, ultimately impacting word’s ecosystem and daily life of living beings because food and nutrition heavily relies on the agriculture. These problems are interlinked to each

先锋派

细胞膜

Microbial Technology: Tools for Waste Management; Environmental Sustainability and Environmental Sadirectly or indirectly. Although most of the pollution is self-generated by mankind due to the establishment of various industries without appropriate norms, unmanaged waste of livestock, municipal solid waste, and excess use of chemicals in agriculture and daily life. The best method to rid off fro

Barrister

Microbial-Meditated Remediation of Crude Oil-Contaminated Soil,d other toxic substances, which affect the soil fertility, nature, and its physical and chemical properties to a considerable degree. Therefore, this complication is significant for the community and environment. By remediating the soil damaged by the oil contaminant, microbial-mediated remediation

致敬

Microbial Degradation of Pesticides in the Environment,ication of toxicity in living tissues. Such hazardous pesticidal loads can currently be reduced by means of physical, chemical, biological, and enzymatic methods. Among these, microbial enzymatic methods have proven to be more economically viable and thermodynamically reliable than other measures. I

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