Titlebook: Mercury Toxicity Mitigation: Sustainable Nexus Approach; Nitish Kumar Book 2024 The Editor(s) (if applicable) and The Author(s), under exc

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Antioxidant Defense Mechanism in Plants Exposed to Mercury Toxicity: Response, Tolerance and Remediaon a worldwide scale since it adversely impacts agricultural productivity, the environment, and human health. The toxicity of mercury results in oxidative damage, which seriously impairs plant growth and productivity. The defense mechanisms of plants against mercuric toxicity have recently been the

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The Role of Plant Growth Promoting Bacteria on Mercury Remediationh-promoting bacteria (PGPB) that aids phytoremediation have recently received a lot of attention for their ability to increase plant growth and metal tolerance while removing Hg on a massive scale. This chapter focuses on the PGPB traits that affect plants and the ways in which they respond to chall

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Treatment Methods for Mercury Removal From Soil and Wastewater and in sewage sludge (0.3–7.7 mg/L). To protect the environment and general welfare, it is imperative to address the treatment of Hg in wastewater and soil. In this analysis, we have examined a range of physical, chemical, and biological methods that have proven effective in the removal of Hg from

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Suganthi Rajendran,Sara Parwin Banu Kamaludeen,Avudainayagam Subramanianufenden Einsatzerfahrung von PSNV-Mitarbeitern in „kleineren“ Einsätzen ist aus diesen Gründen eine entscheidende Bedeutung beizumessen. Die Erkenntnisse, die die PSNV aus den „täglichen“ Einsätzen gewinnt, sind wesentliche Faktoren für professionelles Arbeiten der PSNV bei Einsätzen in komplexen Schadenslagen.