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Fb2 Effect of heavy metal contaminated sewage effluents on the soil arthropods in and around Calcutta (Records of the Zoological Survey of India) ePub

by A Chattopadhyay

Subcategory: Different
Author: A Chattopadhyay
ISBN: 8185874379
ISBN13: 978-8185874371
Language: English
Publisher: Zoological Survey of India (2000)
Pages: 109
Fb2 eBook: 1633 kb
ePub eBook: 1149 kb
Digital formats: txt mbr lrf doc

Records of the zoological survey of india. Zoological Survey of India Calcutta 2000. Published at the Publication Division, by the.

Records of the zoological survey of india. Occasional paper no. 186. Effect of heavy metal contaminated sewage effluents on the soil Arthropods in and around Calcutta. CITATION CHATTOPADHYAY, A. and HAZRA, A. K. 2000. Director, Zoological Survey of India, 234/4 A. J. C. Bose Road, 2nd MSO Building, Nizam Palace (13th floor), Calcutta 700 020 after laser typesetting by P. S. B. Agency Service, Calcutta 14, and printed at Hooghly Printing Co. Ltd. (A Govt. of India Enterprises), 41, Chowringhi Road, Calcutta 700.

Effect of heavy metal. contaminated sewage effluents on the soil arthropods in and. around Calcutta. In India however, a few studies on different groups of soil microarthropods in degraded and polluted areas have been attempted (Hazra et a. 1982;Hazra and Choudhuri, 1990;Bhattacharya and Chakraborti, 1994;Ghosh et a. 2007), but specific studies relating edaphic factors and abundance of acarines in degraded or polluted sites is limited when the magnificent variability of observations in their. ecology is considered.

Effect of Heavy Metal Polluted Soil on Plant Growth. The effect of heavy metal toxicity on the growth of plants varies according to the particular heavy metal involved in the process

Effect of Heavy Metal Polluted Soil on Plant Growth. Although plants require certain heavy metals for their growth and upkeep, excessive amounts of these metals can become toxic to plants. The effect of heavy metal toxicity on the growth of plants varies according to the particular heavy metal involved in the process. Table 1 shows a summary of the toxic effects of specific metals on growth, biochemistry, and physiology of various plants.

Soils in clay pigeon shooting ranges can be seriously contaminated by heavy metals

Soils in clay pigeon shooting ranges can be seriously contaminated by heavy metals. The pellets contained in ammunition are composed of Pb, Sb, Ni, Zn, Mn and Cu. The total concentrations of these metals in soils, and the effects of their increasing levels on the arthropod community were investigated at seven sampling sites in a clay pigeon shooting range and compared with two controls.

With respect to the negative effect of heavy metal oxides on the biological properties of the soils, they form the .

With respect to the negative effect of heavy metal oxides on the biological properties of the soils, they form the following sequence: CrO3 CuO PbO ≥ NiO. View. The effect of pollution of an ordinary chernozem with oil and oil products depends on the nature and concentration of the pollutants, their distribution in the soil profile, and the period of the pollution. The soil contamination causes a rise in the number of microorganisms and changes in their species composition: a decrease in the diversity of micromycetes and an increase in the diversity of bacteria.

The concentrations of heavy metals decreased in the sequence as leafy vegetables stalk vegetables/root .

The concentrations of heavy metals decreased in the sequence as leafy vegetables stalk vegetables/root us vegetables legume vegetables/melon vegetables. The ability of leafy vegetables to uptake and accumulate heavy metals was the highest, and that of melon vegetables was the lowest. This indicated that the low accumulators (melon vegetables) were suitable for being planted on contaminated soil, while the high accumulators (leafy vegetables) were unsuitable.

Heavy metal analysis. Therefore, applying sewage sludge develops soil physicochemical properties, thus increasing the yield of the plants (Antonkiewicz and Pelka 2014)

Heavy metal analysis. The results of heavy metals of soils are given in Table 6. Table 6. Mean values of heavy metals in soil in mg/kg after harvesting. Therefore, applying sewage sludge develops soil physicochemical properties, thus increasing the yield of the plants (Antonkiewicz and Pelka 2014). In our experiment, the yield of beans increased under the application of Kala compost compared to NPK fertilizer. The increases were 22% (TWW) and 77% (GW) for beans and 33% (TWW) and 96% (GW) for radish.

6 Effects of heavy metals on soil health: soil chemistry, biochemistry an. Effects of heavy metal pollution on the enzymatic activities of soils were investigated in the Ishiagu mining area of Ebonyi State, Nigeria.

6 Effects of heavy metals on soil health: soil chemistry, biochemistry and. microbiology. changes mainly caused by the use of chemical fertilizers and sewage sludge (Ikem et a. 2008). Soil dehydrogenase, polyphenol oxidase, hydrogen peroxidase, alkaline and acid phosphatases and urease were measured to evaluate the effects of heavy metals mining operations on soil biochemical characteristics.

Soil Pollution by Sewage effluents Exponentially increasing urbanization in India. contents ;n berseem plant also increased with in-. Many industries in India discharge their un

Consumption of heavy metals-contaminated food can seriously deplete some essential nutrients in the body causing . Effects of municipal sewage sludge doses on the yield, some yield components and heavy metal concentration of dry bean (Phaseolus vulgaris .

Consumption of heavy metals-contaminated food can seriously deplete some essential nutrients in the body causing a decrease in immunological defenses, intrauterine growth retardation, impaired psycho-social behavior, disabilities associated with malnutrition and a high prevalence of upper gastrointestinal cancer (Arora et a. African Journal Biotechnology. Tsuda, . Inoue, . Kojima, M. and Aoki, . 995.

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