Test: Geographical Perspective on Selected Issues and Problems- Source Based Questions - Humanities/Arts MCQ

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“…. Buses merely skirt the periphery. Auto rickshaws cannot go there, Dharavi is part of central Mumbai where three wheelers are banned. Only one main road traverses the slum, the miscalled ‘ninety-foot road’, which has been reduced to less than half of that for most of its length. Some of the side alleys and lanes are so narrow that not even a bicycle can pass. The whole neighbourhood consists of temporary buildings, two or three storeyed high with rusty iron stairways to the upper part, where a single room is rented by a whole family, sometimes accommodating twelve or more people; it is a kind of tropical version of the industrial dwelling of Victorian London’s East End. But Dharavi is a keeper of more sombre secrets than the revulsion it inspires in the rich; a revulsion, moreover, that is, in direct proportion to the role it serves in the creation of the wealth of Bombay. In this place of shadowless, treeless sunlight, uncollected garbage, stagnant pools of foul water, where the only non- human creatures are the shining black crows and long grey rats, some of the most beautiful, valuable and useful articles in India are made. From Dharavi come delicate ceramics and pottery, exquisite embroidery and zari work, sophisticated leather goods, high-fashion garments, finely-wrought metalwork, delicate jewellery settings, wood carvings and furniture that would find its way into the richest houses, both in India and abroad. Dharavi was an arm of the sea that was filled by waste, largely produced by the people who have come to live there: Scheduled Castes and poor Muslims. It comprises rambling buildings of corrugated metal, 20 metres high in places, used for the treatment of hides and tanning. There are pleasant parts, but rotting garbage is everywhere…”

Q. To which place has Dharavi been compared to?

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Based on the universal law “Polluter pays”, a silent but strong effort to restore the ecology and safeguard human health with people’s participation has taken place in Daurala near Meerut. These efforts are now bearing fruits after a span of three years when a Meerut based NGO had developed a model for ecological restoration. The recent meeting of the Daurala Industries officials, NGOs, Government officials and other stakeholders at Meerut has brought out results which usually come out mainly through the Court’s decisions The powerful logics, authentic studies and the pressure of the NGO has in a way brought a new lease of life to the twelve thousand residents of this village. It was in the year 2003 that the pitiable condition of Dauralaites drew the attention of the civil society. The groundwater of this village with a population of 12,000 persons was contaminated with heavy metals. The reason was that the untreated wastewater of Daurala industries was leaching to the groundwater table and was also being used for irrigation. The activists of the NGO conducted a door-to-door survey of the health status of the residents and came out with a report. The group reported that 192 deaths in the past five years have been recorded in the village due to consumption of contaminated water. The industry came under pressure due to activism. The organisation, the village community and people’s representatives sat together to find out sustainable solutions to this problem. The industrialists showed a keen interest towards checking the deteriorating ecology. The overhead water tank’s capacity in the village was enhanced and a 900 m extra pipeline was laid to serve potable water to the community. The silted pond of the village has been cleaned and recharged by desilting it. Large quantity of silt was removed paving way to pure water so that it percolated deep down the aquifers. Rainwater harvesting structures have been constructed at different places which has helped in diluting the contaminants of the groundwater after the monsoons. About 1000 trees have also been planted which have improved the environment.

Q. What is potable water?

Read the case study given below and answer the questions that follow:

Based on the universal law “Polluter pays”, a silent but strong effort to restore the ecology and safeguard human health with people’s participation has taken place in Daurala near Meerut. These efforts are now bearing fruits after a span of three years when a Meerut based NGO had developed a model for ecological restoration. The recent meeting of the Daurala Industries officials, NGOs, Government officials and other stakeholders at Meerut has brought out results which usually come out mainly through the Court’s decisions The powerful logics, authentic studies and the pressure of the NGO has in a way brought a new lease of life to the twelve thousand residents of this village. It was in the year 2003 that the pitiable condition of Dauralaites drew the attention of the civil society. The groundwater of this village with a population of 12,000 persons was contaminated with heavy metals. The reason was that the untreated wastewater of Daurala industries was leaching to the groundwater table and was also being used for irrigation. The activists of the NGO conducted a door-to-door survey of the health status of the residents and came out with a report. The group reported that 192 deaths in the past five years have been recorded in the village due to consumption of contaminated water. The industry came under pressure due to activism. The organisation, the village community and people’s representatives sat together to find out sustainable solutions to this problem. The industrialists showed a keen interest towards checking the deteriorating ecology. The overhead water tank’s capacity in the village was enhanced and a 900 m extra pipeline was laid to serve potable water to the community. The silted pond of the village has been cleaned and recharged by desilting it. Large quantity of silt was removed paving way to pure water so that it percolated deep down the aquifers. Rainwater harvesting structures have been constructed at different places which has helped in diluting the contaminants of the groundwater after the monsoons. About 1000 trees have also been planted which have improved the environment.

Q. How long has it taken to show results of the efforts taken by the NGO?

Read the case study given below and answer the questions that follow:

Based on the universal law “Polluter pays”, a silent but strong effort to restore the ecology and safeguard human health with people’s participation has taken place in Daurala near Meerut. These efforts are now bearing fruits after a span of three years when a Meerut based NGO had developed a model for ecological restoration. The recent meeting of the Daurala Industries officials, NGOs, Government officials and other stakeholders at Meerut has brought out results which usually come out mainly through the Court’s decisions The powerful logics, authentic studies and the pressure of the NGO has in a way brought a new lease of life to the twelve thousand residents of this village. It was in the year 2003 that the pitiable condition of Dauralaites drew the attention of the civil society. The groundwater of this village with a population of 12,000 persons was contaminated with heavy metals. The reason was that the untreated wastewater of Daurala industries was leaching to the groundwater table and was also being used for irrigation. The activists of the NGO conducted a door-to-door survey of the health status of the residents and came out with a report. The group reported that 192 deaths in the past five years have been recorded in the village due to consumption of contaminated water. The industry came under pressure due to activism. The organisation, the village community and people’s representatives sat together to find out sustainable solutions to this problem. The industrialists showed a keen interest towards checking the deteriorating ecology. The overhead water tank’s capacity in the village was enhanced and a 900 m extra pipeline was laid to serve potable water to the community. The silted pond of the village has been cleaned and recharged by desilting it. Large quantity of silt was removed paving way to pure water so that it percolated deep down the aquifers. Rainwater harvesting structures have been constructed at different places which has helped in diluting the contaminants of the groundwater after the monsoons. About 1000 trees have also been planted which have improved the environment.

Q. How has the groundwater been recharged?

Read the case study given below and answer the questions that follow:

Based on the universal law “Polluter pays”, a silent but strong effort to restore the ecology and safeguard human health with people’s participation has taken place in Daurala near Meerut. These efforts are now bearing fruits after a span of three years when a Meerut based NGO had developed a model for ecological restoration. The recent meeting of the Daurala Industries officials, NGOs, Government officials and other stakeholders at Meerut has brought out results which usually come out mainly through the Court’s decisions The powerful logics, authentic studies and the pressure of the NGO has in a way brought a new lease of life to the twelve thousand residents of this village. It was in the year 2003 that the pitiable condition of Dauralaites drew the attention of the civil society. The groundwater of this village with a population of 12,000 persons was contaminated with heavy metals. The reason was that the untreated wastewater of Daurala industries was leaching to the groundwater table and was also being used for irrigation. The activists of the NGO conducted a door-to-door survey of the health status of the residents and came out with a report. The group reported that 192 deaths in the past five years have been recorded in the village due to consumption of contaminated water. The industry came under pressure due to activism. The organisation, the village community and people’s representatives sat together to find out sustainable solutions to this problem. The industrialists showed a keen interest towards checking the deteriorating ecology. The overhead water tank’s capacity in the village was enhanced and a 900 m extra pipeline was laid to serve potable water to the community. The silted pond of the village has been cleaned and recharged by desilting it. Large quantity of silt was removed paving way to pure water so that it percolated deep down the aquifers. Rainwater harvesting structures have been constructed at different places which has helped in diluting the contaminants of the groundwater after the monsoons. About 1000 trees have also been planted which have improved the environment.

Q. What was the groundwater being used for?

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Environmental pollution by solid wastes has now got significance because of enormous growth in the quantity of wastes generated from various sources. Solid waste refers to a variety of old and used articles, for example-stained small pieces of metals, broken glassware, plastic containers, polythene bags, ash, floppies, CDs, etc., dumped at different places. These discarded materials are also termed as refuse, garbage and rubbish, etc. and are disposed of from two sources : (i) household or domestic establishments, and (ii) industrial or commercial establishments. The household wastes are disposed of either on public lands or on private contractors’ sites, whereas the solid wastes of industrial units are collected and disposed off through public(municipal) facilities at low lying public grounds (landfill areas). The huge turnout of ashes and debris from industries, thermal power houses and building constructions or demolitions have posed problems of serious consequences.

Q. What are the examples of solid waste?

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Environmental pollution by solid wastes has now got significance because of enormous growth in the quantity of wastes generated from various sources. Solid waste refers to a variety of old and used articles, for example-stained small pieces of metals, broken glassware, plastic containers, polythene bags, ash, floppies, CDs, etc., dumped at different places. These discarded materials are also termed as refuse, garbage and rubbish, etc. and are disposed of from two sources : (i) household or domestic establishments, and (ii) industrial or commercial establishments. The household wastes are disposed of either on public lands or on private contractors’ sites, whereas the solid wastes of industrial units are collected and disposed off through public(municipal) facilities at low lying public grounds (landfill areas). The huge turnout of ashes and debris from industries, thermal power houses and building constructions or demolitions have posed problems of serious consequences.

Q. ___________ is the unwanted or useless solid materials generated from human activities in residential, industrial or commercial areas.

Read the case study given below and answer the questions that follow:

Environmental pollution by solid wastes has now got significance because of enormous growth in the quantity of wastes generated from various sources. Solid waste refers to a variety of old and used articles, for example-stained small pieces of metals, broken glassware, plastic containers, polythene bags, ash, floppies, CDs, etc., dumped at different places. These discarded materials are also termed as refuse, garbage and rubbish, etc. and are disposed of from two sources : (i) household or domestic establishments, and (ii) industrial or commercial establishments. The household wastes are disposed of either on public lands or on private contractors’ sites, whereas the solid wastes of industrial units are collected and disposed off through public(municipal) facilities at low lying public grounds (landfill areas). The huge turnout of ashes and debris from industries, thermal power houses and building constructions or demolitions have posed problems of serious consequences.

Q. What has caused the increase in solid waste?

Read the case study given below and answer the questions that follow:

Environmental pollution by solid wastes has now got significance because of enormous growth in the quantity of wastes generated from various sources. Solid waste refers to a variety of old and used articles, for example-stained small pieces of metals, broken glassware, plastic containers, polythene bags, ash, floppies, CDs, etc., dumped at different places. These discarded materials are also termed as refuse, garbage and rubbish, etc. and are disposed of from two sources : (i) household or domestic establishments, and (ii) industrial or commercial establishments. The household wastes are disposed of either on public lands or on private contractors’ sites, whereas the solid wastes of industrial units are collected and disposed off through public(municipal) facilities at low lying public grounds (landfill areas). The huge turnout of ashes and debris from industries, thermal power houses and building constructions or demolitions have posed problems of serious consequences.

Q. How can we control the solid waste pollution?