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Subject: Environment

  • In news: Bhopal Gas Leak Tragedy

    bhopal

    The Supreme Court has grilled the Centre on how the settlement can be reopened, when Union Carbide has already paid over $ 470 million to the Bhopal gas tragedy victims, and also expressed concern over Rs 50 crore undisbursed funds.

    Why in news?

    • Union Carbide, now a part of Dow Jones – has not fulfilled its responsibility in terms of providing just compensation.
    • Around 19 years after compensation was agreed upon, the Indian government filed a curative petition in 2010 to seek additional compensation from Dow, of more than ten times the amount it gave in 1989.

    Bhopal Gas Tragedy

    • On the night of December 2, 1984, one of the biggest industrial disasters to ever take place began unfolding in Bhopal.
    • Harmful Methyl Isocyanate (MIC) gas started leaking from a nearby Union Carbide pesticide plant, eventually resulting in the Bhopal Gas tragedy.
    • An estimated 3,000 people died within the first few days.
    • Over time, similarly horrifying numbers of those who suffered life-long health issues would become known.

    Health hazards of the disaster

    • Its effects were such that apart from killing thousands of people in a short span of time, it led to disease and other long-term problems for many who inhaled the gas.
    • The sources of water around the factory were deemed unfit for consumption and many handpumps were sealed.
    • To date, the reproductive health of many of Bhopal’s women has been affected.
    • Children born to those exposed to the gas have faced congenital health problems.

    How did govt respond to the disaster?

    The incident pointed to the lack of specific laws in India at the time for handling such matters.  This changed after Bhopal.

    • Environment (Protection) Act, 1986: It authorised the central government to take relevant measures and regulate industrial activity for environmental and public safety.
    • Public Liability Insurance Act of 1991: It was also passed to provide public liability insurance for providing immediate relief to the persons affected by an accident occurring while handling any hazardous substance.

     

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  • Ozone Hole filling up now

    ozone

    The ozone ‘hole’, once considered to be the gravest danger to planetary life, is now expected to be completely repaired by 2066, a scientific assessment has suggested.

    What is Ozone and Ozone Layer?

    ozone

    • An ozone molecule consists of three oxygen atoms instead of the usual two (the oxygen we breathe, O2, makes up 21% of the atmosphere).
    • It only exists in the atmosphere in trace quantities (less than 0.001%), but its effects are very important.
    • Ozone molecules are created by the interaction of ultra-violet (UV) radiation from the Sun with O2 molecules.
    • Because UV radiation is more intense at higher altitudes where the air is thinner, it is in the stratosphere where most of the ozone is produced, giving rise to what is called the ‘ozone layer’.
    • The ozone layer, containing over 90% of all atmospheric ozone, extends between about 10 and 40km altitude, peaking at about 25km in Stratosphere.

    Why need Ozone Layer?

    • The ozone layer is very important for life on Earth because it has the property of absorbing the most damaging form of UV radiation, UV-B radiation which has a wavelength of between 280 and 315 nanometres.
    • As UV radiation is absorbed by ozone in the stratosphere, it heats up the surrounding air to produce the stratospheric temperature inversion.

    What is Ozone Hole?

    • Each year for the past few decades during the Southern Hemisphere spring, chemical reactions involving chlorine and bromine cause ozone in the southern polar region to be destroyed rapidly and severely.
    • The Dobson Unit (DU) is the unit of measure for total ozone.
    • The chemicals involved ozone depletion are chlorofluorocarbons (CFCs for short), halons, and carbon tetrachloride.
    • They are used for a wide range of applications, including refrigeration, air conditioning, foam packaging, and making aerosol spray cans.
    • The ozone-depleted region is known as the “ozone hole”.

    Tropical Ozone Hole

    • According to the study, the ozone hole is located at altitudes of 10-25 km over the tropics.
    • This hole is about seven times larger than Antarctica, the study suggested.
    • It also appears across all seasons, unlike that of Antarctica, which is visible only in the spring.
    • The hole has become significant since the 1980s. But it was not discovered until this study.

    What caused an ozone hole in the tropics?

    • Studies suggested another mechanism of ozone depletion: Cosmic rays.
    • Chlorofluorocarbon’s (CFC) role in depleting the ozone layer is well-documented.
    • The tropical stratosphere recorded a low temperature of 190-200 Kelvin (K).
    • This can explain why the tropical ozone hole is constantly formed over the seasons.

    Try this PYQ

    Q.Consider the following statements:

    Chlorofluorocarbons, known as ozone-depleting substances are used:

    1. In the production of plastic foams
    2. In the production of tubeless tyres
    3. In cleaning certain electronic components
    4. As pressurizing agents in aerosol cans

    Which of the statements given above is/are correct?

    (a) 1, 2 and 3 only

    (b) 4 only

    (c) 1, 3 and 4 only

    (d) 1, 2, 3 and 4

     

    [wpdiscuz-feedback id=”4vi3n055n3″ question=”Please leave a feedback on this” opened=”1″]Post your answers here:[/wpdiscuz-feedback]

     

     

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  • Orderly path to net zero

    zero

    Context

    • India’s per capita emissions are relatively low (1.8 tons of CO2e per person), but we are still the world’s third-largest single emitter. India has pledged to get to net zero by 2070. This goal can only be met with urgent actions in this decade, potentially accelerated through India’s recently-assumed G20 presidency.

    Current trajectory

    • Emissions are set to grow: On its current trajectory, India’s emissions are set to grow from 2.9 GtCO2e a year to 11.8 GtCO2e in 2070.
    • Decarbonisation comes with the cost: According to a recent McKinsey report, effective decarbonisation, down to 1.9 GtCO2e by 2070, would require India to spend a total of $7.2 trillion on green initiatives by 2050. This line of sight (LoS) scenario is based on announced policies and expected technology adoption.
    • Investment needed: Deeper decarbonisation an accelerated scenario that would reduce emissions to just 0.4 GtCO2e by 2050, or close to net zero would require $12 trillion in total green investments by 2050. Under this scenario, India could create 287 gigatonnes (GT) of carbon space for the world, almost half of the global carbon budget, for an even chance at limiting warming to 1.5 degrees Celsius.

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    Memory shot: Net Zero

    • Net zero means cutting greenhouse gas emissions to as close to zero as possible, with remaining emissions re-absorbed by oceans/ forests.
    • China, US, EU and India contribute 75% of total GHG emissions
    • However, per capita GHG emissions for US, EU and China are7,3 and 3 times of India
    • India has set target to achieve net zero emissions by 2070.

    zero

    What India needs to speed up the decarbonization?

    • Orderly transition will benefit but the projects are of heavy investments: To take just one example, If India shifted to a predominantly renewable (and hydrogen)-based energy and materials system, it could save as much as $3 trillion in foreign exchange by 2070. While the investment is large, a vast majority of the abatement projects are in the money.
    • Investment, regulation and capacity building is necessary: Three-quarters of the buildings, infrastructure, and industrial capacity of India in 2050 is yet to be built. We have a choice to invest in current technologies or to invest futuristically. Futuristic investment will need India to take urgent actions in this decade on regulation, technology development, and on technology adoption to make the right investments.
    • Employing the experience in renewable power: In renewable power, the right policies, strong institutions and industrial capabilities built in the last decade are providing India with the base to scale up four to five times in this decade.
    • Making electric vehicles competitive in the market: India also has other advantages. For example, its high taxation on automotive fuels translates to an imputed carbon tax of $140 to $240 per tonne of carbon dioxide. This makes electric vehicles competitive against petrol or diesel ones, explaining the recent rapid growth of electric two-wheelers.

    zero

    Ideas for India’s orderly transition

    • Setting up national and structural decarbonisation plans: Set out five-year, 10-year, and 25-year national decarbonisation plans. Policies that enable carbon prices or blending mandates can make the economics viable. Such policies need to be held steady and require coordination across sectors like power, hydrogen and steel. A national decarbonisation plan would enable timely investment decisions.
    • Defining a national land use plan and consider using barren lands for renewables: India risks being land-short for its dual goals of growth and decarbonisation. For example, McKinsey estimates that renewable power and forest carbon sinks need 18 million additional hectares of land. India would need to maximise the use of barren land for renewable power, urbanise vertically, improve agricultural productivity, and increase forest density.
    • Accelerate compliance with carbon markets: Pricing carbon creates demand signals that accelerate emissions reductions, especially in hard-to-abate sectors. Let’s illustrate this through steel, demand for which could multiply eight times by 2070; right now, much of the new capacity is likely to be added using high-emission coal. With a price on carbon emissions, more expensive green steel becomes competitive against high-emission steel. For example, a carbon price of $50 a ton could make green steel cost competitive by 2030, leading to the possibility of the next 200 million tons of capacity being created through low-emissions technologies.
    • Investing in opportunities: Companies can aim to play on the front foot, investing in opportunities like recycling, hydrogen, biomass, electrolysers, rare earths, battery materials and battery making. Some of these opportunities would take time to mature. Meanwhile, companies could invest in opportunities opened up by decarbonisation of other countries, such as exporting green hydrogen derivatives like ammonia.

    Conclusion

    • To embark on an orderly path to net zero, India needs imagination, realism, determination and a sense of urgency. An orderly transition to net zero could help India decarbonize while creating an engine for growth. We must take steps this decade to set things up, to establish momentum, and to build India right for generations to come.

  • What is Joshimath Crisis?

    joshimath

    Many families living in Uttarakhand’s Joshimath has shifted to safe places after their homes developed deep cracks, leaving them in a panicked state.

    Joshimath Crisis

    • Joshimath lies on an ancient landslide, resting on a deposit of sand and stone, not rock.
    • The rivers Alaknanda and Dhauli Ganga play their part in triggering landslides, by eroding the river banks and mountain edges.
    • It is believed that increased construction activity and growing population have contributed to frequent landslides in the area, the 1976 Mishra Committee Report had pointed out.

    What is Land Subsidence?

    • Land subsidence is when the ground sinks or settles.
    • It can happen because people are taking too much water or minerals from the ground, which causes the ground to sink.
    • It can also be caused by natural processes, like soil compaction or the movement of the earth’s crust.
    • Land subsidence can cause problems like damage to buildings and roads, and can make it more likely for flooding to occur.

    Why is it sinking?

    • Joshimath is a deposit of sand and stone — it is not the main rock — hence it was not suitable for a township.
    • Vibrations produced by blasting, heavy traffic, etc. has led to a disequilibrium in natural factors.
    • Lack of proper drainage facilities also leads to landslides.
    • A lot of water has been percolating down into the porous crystalline rocks beneath the surface, softening them further.
    • When water is not allowed to flow down its natural course, it creates a lot of pressure, either over the ground, or underneath.
    • The existence of soak pits, which allow water to slowly soak into the ground, is responsible for the creation of cavities between the soil and the boulders.
    • This leads to water seepage and soil erosion.

    Issues with Joshimath’s town-planning

    • Overt tourism: The place is now the hub of tourists headed to at least three important shrines — Badrinath, Hemkund Sahib and Shankaracharya temple — as a result of which major infrastructure development has taken place.
    • Ignoring topography: There are lots of loose soft rocks, moraine (material left behind by retreating glaciers), and sediments. The soil is, therefore, not ideal for large constructions.
    • Seismically active area: Added to this is the fact that the area falls in a highly seismic zone, and experiences regular tremors, making the top soil unstable.

    Preventing a disaster

    1976 Mishra Committee Report suggested-

    • Imposition of restrictions on heavy construction: Construction should only be allowed after examining the load-bearing capacity of the soil and the stability of the site, and restrictions should also be imposed on the excavation of slopes.
    • Keeping the boulders: In the landslide areas, stones and boulders should not be removed from the bottom of the hill as it would remove toe support, increasing the possibility of landslides.
    • Sealing of cracks: Cracks which have developed on the slopes should be sealed. The toe of a landslide is its bottom-most point.
    • Conserving of trees: It has also advised against cutting trees in the landslide zone, and said that extensive plantation work should be undertaken in the area, particularly between Marwari and Joshimath, to conserve soil and water resources.
    • Agriculture on the slopes must be avoided: Activities like ploughing loosens the soil thereby triggering the scope for landslides.
    • Preventing water seepage: To prevent any more landslides in the future, the seepage of open rain water must be stopped by the construction of a pucca drainage system.
    • Cobbled roads: Roads should be metalled and without scuppers, that drain away the water from the road surface.
    • River training: The construction of structures to guide the river’s flow should be carried out. Hanging boulders on the foothills should be provided with appropriate support.

    Way forward

    • Ensuring safety of people: This should be immediate priority. State government should establish a clear and continuous communication channel with the affected people.
    • Time-bound reconstruction plan must be prepared.
    • Continuous seismic monitoring must be done.
    • A risk sensitive urban development plan for Joshimath should also be developed.

     

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  • Green Hydrogen Mission: India in the right bus in the right direction

    Mission

    Context

    • As countries work on reducing their dependence on fossil fuels due to climate change considerations, a race is currently on to secure the energy sources of the future. Green hydrogen, produced through a clean process, is rightly seen as the most dependable source of energy of the future.

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    Mission

    Highlights: India’s efforts towards clean energy transition and the challenges

    • Seasonality challenge for solar and Wind energy: Solar and wind energy have almost been tamed, but their intermittency and seasonality continue to be a challenge.
    • High cost of nuclear energy: The Nuclear energy has been in use for several decades now, but its cost remains a constraint.
    • Electric vehicles are still not convenient: Even though electric vehicles are fast gaining in popularity, the convenience of petrol or diesel is still missing.
    • The government approval to the National Green Hydrogen Mission: recently government approved National green hydrogen Mission a keenly-awaited decision. The nearly Rs 20,000 crore mission is aimed at building domestic capabilities in developing technologies to produce hydrogen, an element that is readily available in nature but never alone, because of which it requires segregation.

    What is Green Hydrogen?

    • Clean and no harmful gas emission: The Green hydrogen is the one produced with no harmful greenhouse gas emissions.
    • Produced by electrolysis of water: It is made by using clean electricity from surplus renewable energy sources, such as solar or wind power, to electrolyse water. Electrolysers use an electrochemical reaction to split water into its components of hydrogen and oxygen, emitting zero-carbon dioxide in the process.
    • Energy intensive process: It is an energy-intensive process for splitting water into hydrogen and oxygen using renewable power to achieve this.

    Analysis: Green Hydrogen most dependable source of energy of the future

    • Energy of the future: The Green hydrogen, produced through a clean process, is rightly seen as the most dependable source of energy of the future.
    • Fuel for vehicles or to generate electricity: It can be used to generate electricity or as fuel in industries or vehicles.
    • Not yet cost effective: Even though the technology to produce hydrogen in an emission-free manner is not yet mature or cost-effective, it features prominently in several countries’ strategies to achieve net-zero emission status by the middle of this century.
    • Production is expensive: The green hydrogen currently makes up a small percentage of the overall hydrogen, because production is expensive. The current cost of green hydrogen in India is ₹300 to ₹400 per kg.

    Mission

    Late entry in Solar energy: a lesson to be remembered

    • Green hydrogen is still in a nascent stage: Efforts to harness the energy of hydrogen in a clean and affordable manner have been stepped up significantly in the last few years. In many ways, green hydrogen is where solar energy was 10-12 years ago.
    • Technology was available but not economical: The technology to harness the energy was available, but wasn’t economical. Then, dramatically, in a period of less than five years, a combination of technology improvement and massive demand in countries like China saw the prices of solar photovoltaic cells come down by 80-90 per cent, suddenly making solar energy an extremely attractive proposition.
    • India’s entry in solar revolution was a little late: India joined the solar revolution a little late, after the prices had come down. And while India is now one of the biggest players in solar energy, most of the raw materials and components are imported.
    • The big concern: There are already concerns that inability to develop domestic capabilities in solar manufacturing will only result in India moving from one kind of dependency oil imports to another.

    Mission

    National hydrogen mission: India’s efforts in right direction

    • Early entry in Hydrogen energy: With the hydrogen mission, India is making a relatively early entry into a still nascent technology domain.
    • Emphasis on developing domestic manufacturing capabilities: It is reassuring to see that the bulk of the financial allocation for the mission is geared towards developing domestic manufacturing of electrolysers, the equipment in which hydrogen is separated from water molecules, and the production of hydrogen.
    • Allocation of funds for R&D, a move in right direction: A substantial part of the money has been earmarked for R&D activities with the aim of developing globally competitive technologies.

    Conclusion

    • With the much-needed hydrogen mission, India is making a relatively early entry into a still nascent technology domain. It is important not to miss the bus like the solar revolution this time. For now, the government seems to be moving in the right direction.

  • What are Black Carbon Aerosols?

    black carbon

    Black carbon aerosols have indirectly affected the mass gain of the Tibetan Plateau glaciers by changing long-range water vapour transport from the South Asian monsoon region, a study has found.

    What are Black Carbon Aerosols?

    • Black Carbon (BC) aerosol, often called soot, is the dominant form of light absorbing particulate matter in the atmosphere.
    • They are emitted by incomplete combustion processes, both human (e.g., diesel engines) and natural (e.g., wildfire).
    • Its ability to absorb visible and infrared radiation means BC can heat the atmosphere and darken surfaces, specifically snow and ice.
    • These effects have important consequences on earth’s climate and climate change.
    • BC may also have adverse impacts on human health. Unlike long-lived greenhouse gases such as carbon dioxide, BC is removed from the atmosphere in 1-2 weeks, so its impacts tend to be more regional rather than global.

    Deposition over Himalayas

    • The South Asia region adjacent to the Tibetan Plateau has among the highest levels of black carbon emission in the world.
    • Many studies have emphasised black carbon aerosols from South Asia can be transported across the Himalayas to the inland region of the Tibetan Plateau.

    Impact on glaciers melting

    • Black carbon deposition in snow reduces the albedo of surfaces — a measure of how much of Sun’s radiations are reflected.
    • This accelerates the melting of glaciers and snow cover, thus changing the hydrological process and water resources in the region.
    • They heat up the middle and upper atmosphere, thus increasing the North-South temperature gradient.
    • As a result, precipitation in the central and the southern Tibetan Plateau decreases during the monsoon, especially in the southern Tibetan Plateau.
    • The decrease in precipitation further leads to a decrease of mass gain of glaciers.
    • From 2007 to 2016, the reduced mass gain by precipitation decrease accounted for 11% of the average glacier mass loss on the Tibetan Plateau and 22.1% in the Himalayas.

     

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  • Silent Valley Bird Species goes up to 175

    silent valley

    A bird survey conducted at the Silent Valley National Park identified 141 species, of which 17 were new. So far, 175 species of birds have been spotted in Silent Valley.

    Silent Valley National Park

    • It is located in the border of Mannarkkad Taluk of Palakkad district, Nilambur Taluk of Malappuram district, Kerala, and Nilgiris district of Tamil Nadu.
    • This national park has some rare species of flora and fauna. This area was explored in 1847 by the botanist Robert Wight.
    • It is located in the rich biodiversity of Nilgiri Biosphere Reserve.
    • Mukurthi peak, the fifth-highest peak in South India, and Anginda peak are also located in its vicinity.
    • Bhavani River, a tributary of Kaveri River, and Kunthipuzha River, a tributary of Bharathappuzha river, originate in the vicinity of Silent Valley.
    • The Kadalundi River has also its origin in Silent Valley.

    New species spotted

    • Brown wood owl, Banded bay cuckoo, Malabar woodshrike, White-throated kingfisher, Indian nightjar, Jungle nightjar, and Large cuckooshrike were among the 17 species newly identified in the Silent Valley.

     

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  • Nilgiri Tahr Conservation Project

    nilgiri tahr

    The Tamil Nadu government launched an initiative for the conservation of the Nilgiri Tahr, the State animal.

    Nilgiri Tahr

    IUCN Conservation Status: Endangered

    Wildlife (Protection) Act of India, 1972: Schedule I

    • It is endemic to the Nilgiri Hills and the southern portion of the Western Ghats in the states of Tamil Nadu and Kerala in Southern India.
    • It is the state animal of Tamil Nadu.
    • The Nilgiri tahr inhabits the open montane grassland habitat of the South Western Ghats montane rain forests eco-region.
    • At elevations from 1,200 to 2,600 metres (3,900 to 8,500 ft), the forests open into grasslands interspersed with pockets of stunted forests, locally known as sholas.
    • Eravikulam National Park is home to the largest population of this Tahr.
    • It is estimated that there are 3,122 Nilgiri Tahrs in the wild. It has become locally extinct in around 14% of its traditional shola forest-grassland habitat.

     

    Nilgiri Tahr Conservation Project

    • Under The Nilgiri Tahr project, TN government plans to develop a better understanding of the Nilgiri Tahr population through-
    1. Surveys and radio telemetry studies;
    2. Reintroduce the Tahrs to their historical habitat;
    3. Address proximate threats; and
    4. Increase public awareness of the species.
    • The project is to be implemented from 2022 to 2027.
    • Furthermore, October 7 will be celebrated as ‘Niligiri Tahr Day’ in honour of E.R.C. Davidar, who was responsible for pioneering one of the first studies of the species in 1975.

    Historic significance of Nilgiri Tahr

    • There are multiple references to the Nilgiri Tahr in Tamil Sangam literature dating back to 2,000 years.
    • The late Mesolithic (10,000-4,000 BC) paintings highlight the significance of the Tahr in folklore, culture and life.
    • It was designated as the State animal in recognition of its ecological and cultural significance.

     

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  • No Rhinos poached in Assam in 2022

    rhino

    Assam CM announced that no rhinos were poached in the state in 2022.

    Indian Rhinoceros

    • The Indian rhinoceros (Rhinoceros unicornis) is found only in the Brahmaputra valley, parts of North Bengal, and parts of southern Nepal.
    • It has a single black horn that can grow up to 60 cm, and a tough, grey-brown hide with skin folds, which gives the animal its characteristic armour-plated look.
    • It is listed as Vulnerable (better than endangered, worse than near threatened) in the IUCN Red List; it was earlier placed in the endangered category.
    • It is listed as a Schedule I animal in the Wildlife Protection Act, 1972.

    Why are Rhinos poached for horns?

    • Ground rhino horn is used in traditional Chinese medicine to cure a range of ailments, from cancer to hangovers, and also as an aphrodisiac.
    • In Vietnam, possessing a rhino horn is considered a status symbol.
    • Due to demand in these countries, poaching pressure on rhinos is ever persistent against which one cannot let the guard down.

    Flourishing population

    • According to the WWF, there are around 3,700 Indian rhinos in the wild today.
    • Assam’s Kaziranga National Park (KNP) alone has 2,613 animals, according to a census carried out in March 2022.
    • There are more than 250 other rhinos in the Orang, Pobitora, and Manas parks.
    • The WWF says the “recovery of the greater one-horned rhino is among the greatest conservation success stories in Asia”.

    Try this PYQ:

    Q. Consider the following statements:

    1. Asiatic lion is naturally found in India only.
    2. Double-humped camel is naturally found in India only.
    3. One-horned rhinoceros is naturally found in India only.

    Which of the statements given above is/are correct?

    (a) 1 only

    (b) 2 only

    (c) 1 and 3 only

    (d) 1, 2 and 3

     

    [wpdiscuz-feedback id=”3drlg6spyj” question=”Please leave a feedback on this” opened=”1″]

    Post your answers here.

    [/wpdiscuz-feedback]

     

     

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  • E-waste sector and Gender Justice

    E-waste

    Context

    • According to the Global E-waste Monitor 2020, out of the total 56.3 million tonnes of discarded e-waste products generated in 2019, only 17.4 percent was officially recorded as being collected and recycled. The rest end up in landfills, in scrap trade markets or are recycled by the informal markets.

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    E-waste in India

    • Third largest contributor: India is the third largest contributor to this great wall of waste after China and the United States (US) with a whopping 1,014,961.21 tonnes generated in 2019-2020, out of which only 22.7 percent was collected, recycled or disposed of.
    • More than 12 million workers: For the 12.9 million women working in the informal waste sector, Waste Electric and Electronic Equipment (WEEE’s) are lifelines as it contains valuable recyclable metals notwithstanding the detrimental effects it can have on health and the environment.

    E-waste and Burden on women

    • Less women in value chain: Inequalities are particularly pronounced in this largely gender-neutral sector across the value chain which is heightened by the barriers in decision-making roles.
    • Negligible percent of women: With reliable data hard to come by from this sector recent reports indicate that an estimated 0.1 percent of waste pickers account for India’s urban workforce with women populating the lower tiers in this economy as collectors and crude separators at landfill sites.
    • Men at skilled position: Men unsurprisingly dominate the entire spectrum of skilled positions as managers, machinery operators, truck drivers, scrap dealers, repair workers and recycling traders.
    • Women mostly from poor background: Workers in this ‘grey sector’ are some of the most marginalised, poverty-stricken, uneducated people from vulnerable backgrounds with little social or financial security. They remain unprotected at their workplaces, and often are victims of sexual abuse with no bargaining power in selling their goods. All of these factors then act upon their exclusion as cities begin to formalise the waste sector to effectively control discarded goods.

    E-waste

    E-waste Impact on Health

    • Incineration and leaching: Open incineration and acid leeching often used by informal workers are directly impacting the environment and posing serious health risks, especially to child and maternal health, fertility, lungs, kidney and overall well-being.
    • Occupational health hazards: In India, many of these unskilled workers who come from vulnerable and marginalised are oblivious to the fact that that what they know as ‘black plastics’ have far reached occupational health hazards especially when incinerated to extract copper and other precious metals for their market value.
    • Exposures to children: This ‘tsunami of e-waste rolling out of the world’, as described in an international forum on chemical treaties, poses several health hazards for women in this sector as they are left exposed to residual toxics elements mostly in their own households and often the presence of children.
    • Constant contact with organic pollutants: According to a recent WHO report, a staggering 18 million children, some as young as five, often work alongside their families at e-waste dumpsites every year in low- and middle-income countries. Heavy metals such as lead, as well as persistent organic pollutants (POPs), like dioxins, and flame retardants (PBDEs) released into the environment, have also added to air, soil, and water pollution.

    Laws and regulations related to E-waste

    • India’s E-waste (Management) Rules, 2016: Released by the Ministry of Environment, Forest and Climate Change (MoEFCC) flagged e-waste classification, extended producer responsibility (EPR), collection targets, and restrictions on imports of e-wastes containing hazardous substances.
    • Amendment to Rules: The amended Electronic Waste Management Draft Rules 2022, expected to come into effect by early next year has also emphasised on improving end-of-life waste throughout the circular economy.
    • Lack of clear guidelines: These progressive measures, however, lack clear guidelines on the role of informal recyclers and have particularly blind sighted the role of women creating a lacuna in equitable growth.
    • The Beijing Platform of Action: It is worth mentioning that The Beijing Platform of Action clearly maintains that a properly designed e-waste processing system can meet both economic and environmental goals to improve the status of women in the informal economy. Sculpting this blueprint in a variegated social and cultural milieu can perhaps play out to examine best practices and success stories around the world.

    E-waste

    How to make E-waste sector more gender inclusive

    • Ownership of supply chain: The social stigma attached to this sector progressively manifests in discrimination and loss of dignity. Women lack ownership at the end of the value chain as business owners of material processing units nor have access to capital for starting business ventures.
    • Separate policy for ground workers: Educating the un-educated takes more than simply designing training modules, skill development and generating awareness about e-waste should be tailored to run at ground-zero where workers operate without disrupting their daily work schedules.
    • Gendered data collection: All of these factors compounded by the severe lack of gender-disaggregated data necessitate earmarked gender budgeting to shape an inclusive e-waste management system.

    Conclusion

    • The concept of the 3R’s, Reduce, Reuse, recycle as envisaged under Mission LiFE will have to invest in women as drivers of a responsible waste management economy, recognising their critical role to minimise the quantum of waste with the ultimate objective of zero waste.

    Mains Question

    Q. Analyze the gender inequality in the E-waste sector? What are the ways to make e-waste sector more gender Inclusive?

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