12-14 September, 2011, Lucknow - Earth Science India
12-14 September, 2011, Lucknow - Earth Science India
12-14 September, 2011, Lucknow - Earth Science India
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National Conference on <strong>Science</strong> of Climate Change and <strong>Earth</strong>’s Sustainability: Issues and Challenges ‘A Scientist-People Partnership’<br />
<strong>12</strong>-<strong>14</strong> <strong>September</strong>, <strong>2011</strong>, <strong>Lucknow</strong><br />
about 515.87 MLD. The financial, administrative and technical deficiencies of the<br />
supply system have led to the deterioration of the water supply in the city. The demand<br />
of water has considerably increased due to the improvement in standard of living vis-àvis<br />
growth. The increasing pressure on the ground water resources, has led to an<br />
alarming situation. Though, the rate of declining of ground water is different in different<br />
localities, however, the average is 0.82 m per year for the entire city.<br />
In the present RWH model, the RS and GIS methodology has been successfully<br />
incorporated to visualize the suitability of different classes for best use of rain water. In<br />
total, nine zones have been indentified for land utilization purpose. These are based on<br />
the suitability index according to their use in agriculture, water body and settlement<br />
mask with least proportion designated as poor or very poor class. The zones 1 to 7<br />
represent excellent to satisfactory in RWH model this indicate that these sectors have to<br />
be primarily used for the rain water harvesting practices. This includes the agricultural<br />
land with settlement masks and natural water bodies. The 8 and 9 th class designated as<br />
poor and very poor zones are salt affected or wasteland. The present RWH model can<br />
be used for utilization of rainwater for recharging ground water. In addition it is<br />
sustainability that counts in the end and the present model has been stipulated for the<br />
betterment of land use of the given area in future.<br />
ALTERNATIVE TO MINING AND METALLURGY<br />
C.D. Dwivedi<br />
DRDO MUD GOI, DMSRDE, Kanpur<br />
email: dwivedi.chandradhar@rediffmail.com<br />
The day is not for of when we will have to look for an alternative to our mother<br />
earth for our survival. The pace with which we are draining our resources the day is not<br />
for of when certain of our most valuable natural resources such as ores, minerals will<br />
disappear. So sooner the better we realize and start conserving, preserving and ensure<br />
optimal utilization so as to avoid the wastage. At the same time we should start looking<br />
for possible synthetic route for our valuable ores in the laboratory which will be helpful<br />
in controlling environmental degradation due to mining and excavation. We have<br />
ventured to synthesize in the laboratory minerals of the alunite series in the laboratory.<br />
Alunite has potential value as a source of both aluminium and potassium compounds.<br />
Alunite and related jarosites are of the mineralogical interest on account of many types<br />
of isomorphous replacements shown by them. A clearer understanding of the structure<br />
of these minerals may pave the way in aiding mineralogist and geologist in study of the<br />
genetic significance of the aluminium hydroxide minerals and possible of related clay<br />
minerals. Lattice parameters and densities of the synthesized minerals as well as<br />
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