Titlebook: Arsenic Contamination in the Environment; The Issues and Solut Dharmendra Kumar Gupta,Soumya Chatterjee Book 2017 Springer International Pu

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Fatigue and Environment-Assisted Fracture,s on human health. More than 200 million people in different parts of the world are exposed to arsenic concentrations in drinking water with more than the recommended limit of 10 μg L.. Several countries of the world are facing this crisis, acknowledging the adverse health implications and deteriora

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Crack Growth Based on Energy Balance,ties, including agriculture. As is present in various oxidative forms in environment and enters into food chain through soil and water. As-contaminated underground water used for irrigating the crops affects crop production and creates a human health risk and even death. Further, a couple of importa

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Fatigue and Environment-Assisted Fracture, its elemental state. As is a nonessential metalloid and does not play any biological role in algae, plants and causes toxic response after gaining entry into the cell. Upon translocation to the shoots As can severely impede growth of the plants by slowing or arresting accumulation of biomass, as we

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Fatigue and Environment-Assisted Fracture, and development of low arsenic accumulating plants are two main research foci that hold much promise in helping to tackle the arsenic pollution problem. Plant tissue culture has been useful to aid arsenic toxicity and resistance studies in the laboratory which could better inform phytoremediation s

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Micromechanics and homogenization,hropogenic activities. The detrimental effects of arsenicals on humans is an increasing menace chiefly due to contaminated drinking water and foods as the levels of As have been elevated in soil and groundwater across the globe. Remediation of arsenic-contaminated soil and groundwater therefore, is