Titlebook: Strontium Contamination in the Environment; Pankaj Pathak,Dharmendra K. Gupta Book 2020 Springer Nature Switzerland AG 2020 Strontium Cont

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Uptake, Transport, and Remediation of Strontium,SrCO.), in nonradioactive and nontoxic forms. However, a small amount of strontium as radioactive .Sr has been contributed to the geo-environment by the anthropogenic activities of nuclear testing and fission reactions. The contamination caused by the radioactive by-products of such activities poses

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Spatial Distribution of 90Sr in the Ecosystems of Polesye State Radiation-Ecological Reserve,ne of Chernobyl NPP after three decades of accident is shown. Lateral migration of .Sr and variability of its activity in the topsoil in different forest types are discussed here. Influence of soil properties and peculiarities of species in plant communities on the accumulation of the radioisotope i

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90Sr in the Components of Pine Forests of Belarusian Part of Chernobyl NPP Exclusion Zone,ied by the pine stands. The forest litter in case of mossy, heath, bilberry types of pine forest remained to be the accumulator of large part of .Sr retaining from 26 to 38% of its inventory. The common peculiarity of distribution of .Sr through mineral part of soil profile in pine stands was its ac

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Removal of Strontium by Physicochemical Adsorptions and Ion Exchange Methods,le Sr. ion from water, mainly seawater, can be achieved through one or a combination of methods such as adsorption, chemical precipitation, ion exchange, membrane technology and solvent extraction, amongst which adsorption and membrane processes are popular solutions. The regeneration of spent adsor

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Use of Sorption Method for Strontium Removal,ents of liquid radioactive waste and pollutants of the environment. Sorption method is used for decreasing toxicity of drinking waters when elevated concentrations of stable isotopes are present as well as for deactivation of aqueous media containing radioactive isotopes of strontium. The chapter di

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Assessment of the Alkaline Earth Metals (Ca, Sr, Ba) and Their Associated Health Impacts,for quantifying sources (viz. natural and anthropogenic) of the alkaline earth metals along with describing the physicochemical characteristics of calcium, strontium, and barium. The isotopes of strontium, calcium, and barium are found to have significant impact not only onto the human health but al

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