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Development of Irrigation Potential In Malikhedi Sericulture Farm of Ujjain District, M.P. In: Technologies for Sustainable Rural Development having Potential of socio-economic upliftment. Allied Publishers Pvt. Ltd. New Delhi
(Raghuvanshi Ram, J. P. Shukla, C. Padmakar and R. N. Yadava,,,,Year : 2017)
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No information is available
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Biosorption of safranin onto chemically modified biomass of marine Aspergilluswentii: A kinetic study(Environmental Engineering and Management Journal)
(Y. Khambhaty, K. ModyShaikBashaand B. Jha,152,,1-13,Year : 2016)
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No information is available
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Development of Irrigation Potential in Malikhedi Sericulture Farm of Ujjain District, M.P(" Technologies for Sustainable Rural Development having Potential of socio-economic upliftment")
(Raghuvanshi Ram, J. P. Shukla, C. Padmakar and R. N. Yadava,377-381,,,Year : 2014)
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"sericulture, particularly mulberry sericulture has attained industry status by involving the landless poor women living in rural india. This activity has been in practice in traditional rearing areas throughout the state of Madhya Pradesh. The existing irrigation potential of the farm has been utilised upto the optimal extent, still there exists a huge gap between supply and demand. On an average it has been estimated that the present irrigation potential should be doubled to meet the crop water requirement. In this regard, an attempt has been made in the present study to understand the aquifer geometry and the development of irrigation potential of mulberry plantation in one of the sericulture farms of Ujjain district using extensive field visits through geological mapping and geo-electrical surveys. After detailed study, the present farm status could be brought to the good category from moderate irrigation potential farm."
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Evaluation of Surface And Groundwater Quality In Kymore Area, Katni, M.P., India In: Technologies for Sustainable Rural Development having Potential of socio-economic upliftment. Allied Publishers Pvt. Ltd. New Delhi(" Technologies for Sustainable Rural Development having Potential of socio-economic upliftment")
(J. P. Shukla, Raghuvanshi Ram, E. Peters, and R. N. Yadava,350-363,,350-363,Year : 2014)
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"The present work encompasses the geo chemical studies of groundwater occuring in limestone terrain around ACC Ltd. Kymore, Katni. The study is based on chemical analysis and interpretation of samples collected from respective localities. The results are presented in terms of their specific use for drinking purposes. It has been observed that the chemical analysis carried out during the study period (Aplil, 2001 - December 2002) for various physico-chemical characteristics indicate in general the surface water and ground water quality of the study area is quite normal as per BIS and WHO norms. In certain cases, local anomalies in some elements are observed. It is also observed that the hardness of water is slightly high at some villages due to the limestone as aquifier but it is well within the standard limits of drinking water. The influence could be attributed to the geological and hydro-geological control of the quifer system on the qater quality with specific reference to the limestone/shale formation."
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Hexabromocyclododecane in the environment –Issues and Challenges(Indian Journal of Environmental Protection)
(Z.V.P. Murthy ,234-253,,,Year : 2010)
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The brominated flame retardant, hexabromocyclododecane (HBCD) is extensively used in Europe, and to smaller extent in India, has become of increasing concern to scientists over the past decade. HBCD is not produced in India and the current industrial use-is moderate. Possible emission sources of this chemical in India were identified through a systematic analysis of the use in a life cycle perspective. The information on the environmental concentrations of HBCD is scarce. Environmental studies conducted primarily in Europe, Japan and North America indicates that HBCDs are ubiquitous in sediment and biota. The levels of HBCD seem to be increasing and several trends indicate that this increase may be rapid. The relatively high concentrations detected in herring and foodstuffs provide evidence for bioaccumulation of HBCD. The presence of HBCD in remote background air implies that HBCD has potential for long-range atmospheric transport. The occurrence of high concentrations of HBCD may be sufficient to elicit adverse effects in some wildlife. There is also concern that levels of HBCD could cause adverse effects in sensitive human populations, such as young children, indigenous peoples, and fish consumers. However, our knowledge about these chemicals, their sources, environmental behaviour, and toxicity is limited, making risk assessment difficult. In this paper, the current state of knowledge about HBCD is reviewed and areas for further research recommended for improving future monitoring and risk assessment efforts.
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