The first lesson is that the main source of environmental destruction in the world is the demand for natural resources generated by the consumption of the rich (weather they are rich nations or rich individuals and groups within nations)….
The second lesson is that it is the poor who are affected the most by environmental destruction.
(Anil Agrawal, 1986)
Environmental movements of various countries have emerged due to different reasons. It is basically due to prevailing environmental quality of the locality. The environmental movements in the north are basically on the issue of quality of life. Whereas the environment movements in the south arise due to some other reasons, such as due to conflicts for controling of natural resources and many more. It is being said that the, environmental movements in U.S.A arises, when the book silent spring written by Rachel Carson came in the market in the year 1962. In this book she had written about the impacts of poisonous chemicals, particularly the DDT on the environment. This book had raised the public consciousness. And it leads to the emergence of environmental movements in the U.S.A. The participants of these movements in North are the middle class and upper class people, who have concern for the nature. But in the south the protesters are generally the marginal population – hill peasants, tribal communities, fishermen and other underprivileged people. The different environmental movements in our own country support this argument. The examples could be taken as Chipko, N.B.A. , Mitti Bachao Andolan, Koel-Karo Andolan etc. That is why the environmentalism of the North is refereed as “full stomach” environmentalism and the environmentalism of the south is called as “empty – belly” environmentalism.
THE REASONS FOR EMERGENCE OF ENVIRONMENTAL MOVEMENTS IN INDIA?
CONTROL OVER NATURAL RESOURCES.
Control over natural resources is an important reason for emergence of environmental movement in India. Some good examples of these kinds of movements are like Chipko and N.B.A. In the first case, the reason for conflict was control over forest; whereas, in the second the reason was control over water. Let’s have a look on the reasons behind the emergence of Chipko movement in the Garwhal Himalyas.
The movement started in the Garhwal Himalaya in April 1973. Between 1973 and 1980, over a dozen instances were recorded where, through an innovative technique of protest, illiterate peasants, men, women and children- threatened to hug forest trees rather than allow then to be logged for export. Notably the peasants were not interested in saving the trees per se, but in using their produce for agricultural and household requirements. In later years, however the movement turned its attention to broader ecological concerns, such as the collective protection and management of forest, and the diffusion of renewable energy technologies.
The Chipko movement was the forerunner of and in some cases the direct inspiration for a series of popular movements in defense of community rights to natural resources. Sometimes these struggles resolved around forest and in other instances, around the control and use of pasture, water, and mineral or fish resources. Most of these conflicts have pitted rich against poor: Logging companies against hill villagers, dam builders against forest tribal communities, multinational corporations deploying trawlers against traditional fisher folk in small boats. Here one party (e.g. loggers or trawlers) seek to setup the pace of resource exploitation to service an expanding commercial – industrial economy. A process which often involves the partial, or total dispossession of these communities who earlier had control over the resources in question, and whose own patterns of utilization were less destructive of the environment.
One important factor is that those poor peoples are solely dependent upon those natural resources for there survival hood. So, the changes in control of resources directly hamper their subsistence economy due to which their survival hood came in danger. Therefore the protest of the people rise against those outsiders, which had ultimately taken the shape of environmental movement in many instances.
POLITICAL REASONS
Let’s see the political scenario of the country after independence; it will answer some part of our question. After independence in 1947 people have great expectation from the indigenous government, it was assumed that the new government which was more aware of the Indian problems and was equally concerned for the people would definitely seek to eradicate all problems, with the installation of new government under the leadership of Nehru , with the observations of industrializations raised hopes but the government policies were only for industrialization without looking the environment and equal sharing of natural resources.
The governmental policies resulted into a lot of displacement of people due to large projects such as dams like Bhakra – Nangal and many others. These policies pushed the local people on the edges more often than not, the agents of resource intensification are given preferential treatment by the states through the grant of generous long leases over mineral or fish stocks, e.g., or the provision of raw materials at an enormously subsidised prices, with the injustice so compounded local communities at the receiving end of this process have no recourse except direct actions, resisting both the state and out side exploiters through a variety of protest techniques. So we can say these struggles might perhaps as seen as manifestation a new kind of ‘traditional’ class conflict were fought in the cultivated field or in the factory, these new struggles are waged over gifts of nature such as forests, and waters, gifts that are coveted by all but increasingly monopolized by a few.
If we talk in explicitly ecological terms then we can say that history of development in India can be interpreted as being, in essence, a process of resources capture by the omnivorous (individuals and groups with the social power to capture, transform and use natural resources from a much wider catchment area) at the expanse of ecosystem people (those communities which depend very heavily on the natural resources of their own locality). So, we can say the environmental movement is the resistance offered by ecosystem people to the resource capture by omnivorous: as embodied in movements against large dams by tribal communities to be displaced by them or struggles by peasants against diversion of forests and grazing land to industry.
SOCIO-ECONOMIC REAONS
The other angles by which we look upon the cause of emergence of environmental movements are the socio-economic reasons. Almost most of the environmental movements in India are some how related with this aspect, also, if we see the location where these movements have started then we would found that most of these areas are tribal dominated. These people have strong beliefs regarding their forests, land and water. At the same time they are also totally dependent upon these resources for their survival hood. Therefore, when these forests or other sources of livelihood get disturbed by the outsiders, their socio-economic conditions get hampered and the ultimate recourse is the movement against those people who were harnessing those resources. Also, women had generally played an important role in these movements, in tribal groups; women are accustomed to responsibility and leadership for community survival. There work involves them directly and daily with forests and natural resources. So, whenever their survival came into risk, they take the lead role for the protection of their community and its resources.
ENVIRONMENTAL DEGRADATION/DESTRUCTION
Environmental degradation is also an important cause which many time leads to environmental movement. One such e.g. was the silent valley case. Here the proposed dam by the Kerala State Electricity Board was supposed to submerge a large tract of virgin forest. Those are one of the few virgin rain forests left in the country. So, the local people of vicinity along with the N.G.O.s resisted this move. In this movement the K.S.S.P. also get help from scientist community of India and abroad. And the result was withdrawal of this project by the government.
One another e.g. of movement which arose due to the degradation of local environment was the movement against the limestone quarrying, in the Doon Valley in the late 1970s and early 1980s.In this case the retired officials and executives of the locality formed the ‘friends of the Doon’ and the ‘Save Mussoorie’ committees to safeguard the habitat of the valley. They were joined by hotel owners in Mussoorie, who were worried about the impacts of environmental degradation on the tourist in-flow in this well known ‘ hill station.’ They used different techniques of resistance. Finally they put a Public Interest Litigation ( PIL ) that resulted in a landmark judgment of the Supreme Court, recommending the closure of all six limestone mines in the Doon Valley.
ENVIRONMENTAL AWARENESS AND MEDIA
The spread of environmental awareness and media has also played pivotal role in emergence of environmental movement. People were previously unaware of the importance of the environment. But as the environmental awareness increased due various reasons people started protecting their environment. Some e.g. are the local movements to protect the purity of different rivers such as Ganga and Yamuna. The greening of many Indian cities also comes under this category. The Bhagidari movement of Delhi is a good e.g. Of this kind of environmental movement. Media has also played an important role in sustaining theses movements.
CONCLUSION
Now on the above arguments the conclusion could be drawn that the nature based conflicts, the false developmental policies of the government, the marginalization of the tribal and other underprivileged groups and the environmental degradation are the root causes of emergence of environmental movements in India. The lopsided, inequitous, and environmentally destructive processes of development have propelled the people to go against the state in many cases and this leads to the emergence of environmental movements in the country. The risks on the survival hood of the marginal people due to the above mentioned factors had resulted in the emergence of these movements. Therefore the point comes that the environmental movements in different parts of the country grows out of the distribution conflict over the ecological resources needed for livelihood. So we can conclude that environmental movements in India are the resistances by the people for their livelihood and for their survival.



VERY GOOD EDUCATING PRECISE LOGICAL ANALYSIS
CONFIRMED: Oroya PERÜ in the most polluted city of the world
Dr. Godofredo Arauzo
Blacksmith Institute visited the Oroya city in May 2008. The observations about the achievements in the pollution by this metallurgic complex, according to statements of The Inter American Association for the Defense of the Environment (AIDA) by its name in Spanish.are DECEIVING, because such statements have no basis; is a summary presented by Doe Run. AIDA sustain that the environmental quality and the fulfillment or the degree of protection for human health of the Oroya city can not be evaluated based on the quantity of investment made by the company but it should be done based on the current data about the quality of air, lead level in the blood and another environmental and health indicators, that the report does not take into account (1).
Critic that Blacksmith is based on limited datum in order to evaluate, for example, the sulphur bioxide (SO2) level in the zone. Blacksmith Institute affirms that the SO2 concentration in the Oroya city has a day time average of 5.000 ug/m3 (maximum allowed is 13 ug/m3) (CDC); but during the day that Blacksmith was in the Oroya, the SO2 concentration was 0.(1)
Finally AIDA concludes that the Blacksmith report undermines the efforts to really reach the remediation and cleaning of Oroya city (1)
AIDA express too that the quality of air in the Oroya has deteriorated seriously after the metallurgic complex came into Doe Run’s hands. Doe Run itself said that the lead concentration raised to 1.163%, the arsenic to 606% and the cadmium to 1990% (2). The concentrations of lead, cadmium, arsenic, sulphur dioxide and others have substantially increased since 1997, mainly due to the increasing of production; for example, the lead production raised 25% (3). The inhabitants of Oroya city are contaminated by a toxic cocktail (4); it is a living laboratory.
The cadmium concentration (Cd) raised dramatically since the acquisition of the complex by Doe Run. In 1999 the Cd concentration was 0.22 ug/m3 in the Syndicate (the level allowed was 0.0055 ug/m3); it surpassed by more than 40 times the frontier and did not inform anymore to the Ministry for Mines and Energy (MEM) since year 2000; in the same way, the arsenic concentration soared meaningly since 1997. There is not monitoring of particulate material smaller than 2.5 micra (PM 2.5), that are the most dangerous to human health and move easily. Ceverstav says that the parameters of air quality have been deteriorated dramatically after Doe Run have in charge of the complex (5)
The Environment Protection Agency of USA (EPA), has 1467 chemical compounds registered as the most harmful and the sulphur dioxide (SO2) is ranking number 16 in dangerousness (6). Cevestav showed based on the same figures that Doe Run sends to MEM every 3 months, that SO2 emission had incremented in more than 200% since Doe Run has in charge the complex (5).
Blacksmith affirms that the SO2 concentration in the Oroya is in average 5,000 ug/m3 (1); another author reports that this average is 934 ug/m3 (2); the level allowed is 13 ug/m3 (7). The day time concentration is higher between 8 am and 5 pm and it reaches a peak of 2,100 ppb (the allowed value is 280 ppb) (5). In August 13. 2008 the SO2 concentration arrived to an historic and horrifying limit: 27,000 ug/m3 (8-9-10) (the allowed figure is 13 ug/m3 (7).
Another heavy metals and highly toxic compounds are not analysed in the Oroya: vanadium, uranium, mercury, antimony, barium, selenium, chromium, cobalt, molybdenum, nickel, and aluminum (2). The inhabitants of the Oroya are contaminated, not only with lead but too with cadmium, arsenic, sulphur dioxide, and antimony, as well; the antimony concentration is 30 times higher than in USA (11): .
There has not been any decrease in the air concentration of lead in the last 5 years in the Oroya; in Huanchan such concentration is above 15 times the level permitted; in the months of January and February 2007 it was an excess of 245% above the allowed level in Huanchan station; in 2006 the cadmium concentration exceeded 48 times the levels allowed by the WHO (12): lead production increased by 25% (2).
Doe Run monitors only specific sources; it does not monitor the toxic agents that are emitted through the 95 small chimneys neither it monitors to the deposits of concentrateds and deposits to arsenic of Vados and Malpaso, as it does not monitor either the elimination coming from the industrial incinerator and the cock plant that was emitting 23,800 meters cubits per day of toxic gases (PAMA).
Doe Run explained that the pollution of the Oroya had diminished; one attendant person spitted that the pollution has increased; the lecturer answered: show me a document about your statement and the person replied: the best document who I count of is my contaminated body’ (4).
The SO2 emissions from the cooper Peruvian smelting are among the production sources of the highest sulphur dioxide concentration in the world and they are also among the most contaminated production sources in the world (13).
There is not concrete information about the quality control systems to the sampling and to the analysis of the monitoring procedure used by the company; we are not certain about the accuracy, confidentiality and suitable of the information reported to MEM; the figures reported to MEM could be considered as an approximation and are under valuated and they are not in electronic neither in graphic form (5).
The contamination generated in La Oroya is not only limited to this city, but it also pollutes distant areas like Concepcion, 100 km far away of Oroya: University of Missouri found lead in the blood of children with ages 0 to 6 years: 20 to 44 ug/dl in the 72.22% ; 10 to 19 ug/dl in the 16.67%; 45 to 69 ug/dl in the 8.33% and less than 10 ug/dl in the 2.78%; it means that the 97.22% of the children of the city of Conception are contaminated with more than 10 ug/dl of lead in their blood; the amount permitted was 10 ug/dl; but, at present the Academy of Paediatrics of USA says that the maximum allowed is 0 ug/dl of lead in the blood (14). In the rural zone near the Oroya, Cuchimachay there is an amount of 59.26 ppm (the allowed level being 3 ppm) of cadmium in the soil; there is no vegetal cap in this place (15).
The metallurgic complex of Oroya has 37 liquid flows that go to the Mantaro river; Doe Run monitors only 12. The rules of the Peruvian state about monitoring of the quality of water in the mining works state that all the liquid discharges that go to surface waters must be constantly monitored (5-16).
The 2006, 26 July Doe Run obtained the ISO 14001:2004 certificate (17) and the 2008, 11 March was removed because the company did not fulfull the Peruvian environmental laws, and did not have appropriate measures for preventing the pollution (18).
Doe Run the 2007 commited 4 heavy and 1 simple violence environment that the Peruvian state had to put to Doe Run a fine to $ 724,500 (The Comercio 08. 20-12)
In Huancayo, 120 km far away from La Oroya there is jurisprudence. In 1942 the Judiciary Power orders to the Cerro de Pasco Copper Corporation, owner of Oroya at that time, to pay a compensation of $ 200,000 to Bazo Velarde, because of the harms caused to the Jatunhuasi Livestock, by the smokes of the Oroya (19).
The Judiciary Power (20), the Constitutional Court (21) and the Inter American Commission for Human Rights (CIDH, for its name in Spanish) (22), demanded that the Peruvian state to be aware about the health of the inhabitants of Oroya..
Oroya pollutes the surface and deep waters, the soil, the air, and generates acid rain (23), factors that cause damages to human and animal health, the ecosystems and biodiversity, in a way greatly irreversible. The smokes of the Oroya have affected 700,000 hectares around the Oroya (2-24).
Doe Run will reduce its contamination in two circumstances: when it uses up to date technology as put in practice in Herculeanum, or when it reduces the refining tons. The Trial plant, in Canada, decreased in 25% the lead concentration in the children blood, and reduced the concentration of heavy metals in the air in more than 75%, by the use of clean technology; in the Paso when the foundry was closed, the lead concentration in the air decreased immediately and the lead concentration in the children’s blood plummeted by more than 75%; in Torreón Mexico, the government ordered to refine only a 50%, and similar effects were obtained (5). The damages must be paid by Doe Run according to the world consensus THE THAT POLLUTE PAY, set in practice in Europe since 1972 (25); the way as it does in Herculaneum can reply these actions in Oroya city (2-27).
.The 2008 August 13 Oroya city has been confirmed as the most polluted city to the world. This day the SO2 concentration in air in the Oroya reached an historical and horrifying level: as journal The Comercio said (8); it arrive 27,000 ug/m3; while the allowed level was 13 ug/m3 (7) and the device that measured the concentration got to its maximum limit probably if the device had had more space in its scale that figure would have been higher (8-9-10), but when Blacksmith was visiting the Oroya the SO2 concentration in air was 0 (zero) (1). Some other figures confirm that Oroya is the most polluted city on the earth: according the report Mantaro Revive 2007: in the Ancienty Oroya has a soil concentration of 4713 ppm of arsenic (As) while the allowed amount is 12 ppm, and the cadmium (Cd) has 193.87 ppm while the permitted amount is 14 ppm, according to the Canadian Environmental Quality Guidelines (28).
good job!!!!!
very good
Excellent summary, Aviran Sharma! Do keep writing. Your texts are needed. I will quote you in my next textbook about the climate changes
Thanks for the post. Helped a lot for my project