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  • Ram Setu and The Sethusamudram Project (SSCP)

    Ram Setu

    Context

    • On November 10, the Supreme Court gave the Centre four weeks’ time to file a response clarifying its stand on a plea seeking national heritage status for the ‘Ram Setu’.

    Ram Setu

    • Also known as Adam’s bridge, Ram Setu is a 48-km long bridge-like structure between India and Sri Lanka.
    • It finds mention in the Ramayana but little about its formation is known or proven, scientifically.

    Interesting Research on “Ram Setu”

    • Conclusion by the researchers that Ram Setu is not man-made:
    • In 2003, space-based investigations, using satellite remote sensing imagery, by researchers at the Space Applications Centre in Ahmedabad concluded that Ram Setu is not man-made, but comprises 103 small patch reefs lying in a linear pattern with reef crest, sand cays and intermittent deep channels.
    • Cays, also known as keys, refer to low-elevation islands situated on surfaces made of coral reef.
    • Reasoning behind the conclusion:
    • It is reasonable to assume that Ram Setu is a linear ridge made of coral reefs and forms a shallow part of the ocean that is being constantly impacted by sedimentation processes.
    • Like the Great Barrier Reef, the Ram Setu is also a continuous stretch of limestone shoals that runs from Pamban Island near Rameswaram to the Mannar Island on the northern coast of Sri Lanka.
    • During glaciation period: During a global glaciation period that began around 2.6 million years ago and ended 11,700 years ago, the Indian coast, including parts of the Sethusamudram, may have been raised above water.
    • Post glaciation: The post-glaciation period witnessed a steady rise in sea levels around the world and coral polyps could once again have grown higher on the newly submerged platforms. And in time, the platforms may have been used by migrants to cross oceans.
    • Ramayana belief: The Ramayana refers to a putative land bridge in this region; believers hold it as the structure that Lord Rama and his army built to reach Lanka. This ridge may have been used in the distant past as a migratory route.

    Ram Setu

    Sethusamudram Ship Channel Project (SSCP)

    • Sethusamudram Ship Channel Project (SSCP) can be traced back to the British, who Proposed as channel to link the Palk Strait with the Gulf of Mannar.
    • It was only in 2005 that the project was inaugurated.
    • Separating the shallow sea consisting of the Gulf of Mannar in the south and Palk Bay in the north is a somewhat linear coral ridge called Adam’s Bridge or Ram Setu.
    • This runs between Rameswaram in Tamil Nadu and Thalaimannar in Sri Lanka.
    • The SSCP, if completed, is expected to considerably reduce the navigation time between the east and west coasts of India.

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    Memory shot

    • “The Sethusamudram project envisages dredging of a channel across the Palk Strait between India and Sri Lanka to allow ships to sail between the east and west coasts of India, instead of circumventing the island nation.”

    What are the Concerns raised about the project?

    • High energy waves may bring sediments: Computer models suggest that the central, eastern and north-eastern parts of the Palk Bay may be impacted by waves of higher energy. This means that these areas also receive more sediment, rendering them more turbid.
    • Alignment is not easy: The models also indicate that waves enter the Bay from its north and south, corresponding to how the channel is aligned.
    • High frequency of cyclonic storms: The area is also vulnerable to cyclonic storms. A cyclone in 1964 was so powerful that it wiped out the town of Dhanushkodi. Such storms can cause the local sedimentary dynamics to go haywire.
    • Dumping of dredged material may harm marine ecosystem: Finding safe places for dumping dredged material without harming terrestrial or marine ecosystems is therefore a big challenge.
    • Air and water pollution by the ships: Emissions from ships traversing the narrow channel will pollute the air and water. And if a rogue ship carrying oil or coal is grounded or strays from its course within the canal, it could cause an ecological disaster.
    • Religious belief of Significant Ram Setu: While environmental groups have been protesting against the project for the huge environmental cost it would entail, religious groups have been opposing it as they believe that the structure, which is mentioned in the Ramayana, is of religious significance.

    Ram Setu

    What is the need of protection?

    • Marine biosphere reserves: The coral reef platforms between Thoothukudi and Rameswaram in the Gulf of Mannar were notified as a marine biosphere reserve in 1989.
    • Biodiversity rich area:
    • More than 36,000 species of flora and fauna reportedly live there, flanked by mangroves and sandy shores which are considered conducive for turtles to nest.
    • This is also a breeding ground for fish, lobsters, shrimps and crabs.
    • Of the 600 recorded varieties of fish in the region, 70 are said to be commercially important.
    • Area is already under stress:
    • This area is already threatened by discharge from thermal plants, brine run-off from salt pans, and illegal mining of corals.
    • The SSCP, if it becomes a reality, will be the final blow to this sensitive environment and to the livelihoods of the people there.

    Perspective: Area is not only a religious belief but also a “Geo heritage site”.

    • While considering this issue from a believer’s point of view, it is also important to consider this feature from a ‘geoheritage’ perspective.
    • The geoheritage paradigm is used in nature conservation to preserve the natural diversity of significant geological features.
    • The value of abiotic factors like geology, soils and landforms is also recognised for their roles in supporting habitats for biodiversity.
    • Geodiversity here consists of varied landforms and features representative of dynamical natural processes, is under threat from human activities and needs protection.

    Ram Setu

    Do you Know Underwater archaeological project at Ram Setu?

    • The National Institute of Oceanography (NIO) will undertake a three-year scientific project.
    • The idea is to see whether Ram Setu is a man-made structure or not.
    • The most important aspect of the project is to establish its age, scientifically.
    • The explorers will apply a number of scientific techniques while attempting to date the Ram Setu, study its material composition, outline the sub-surface structure along with attempting to excavate remnants or artefacts, if any, from the site.
    • Once it is known, the information can be verified and co-related with its mention in the Ramayana and similar scriptures.

    Conclusion

    • The Ram Setu carries the unique geological imprints of an eventful past. Therefore, it needs to be preserved not just as a national heritage monument, but also as a Geoheritage structure as defined from a scientific perspective.

    Mains Question

    Q. What is Sethusamudram Ship channel project? Discuss the Concerns raised over the stability of the project.

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  • What is the Koronivia Joint Work on Agriculture (KJWA)?

    India has expressed its concern over the draft decision text to implement the Koronivia Joint Work on Agriculture.

    What is the news?

    • India said developed countries are blocking a pro-poor and pro-farmer decision by insisting on expanding the scope for mitigation to agriculture.
    • Developed countries are thereby compromising the very foundation of food security in the world.

    What is the Koronivia Joint Work?

    • The KJWA is a decision under the United Nations Framework Convention on Climate Change (UNFCCC).
    • It seeks to recognize the unique potential of agriculture in tackling climate change.
    • It emphasizes reducing emissions of greenhouse gases due to the agriculture sector.
    • The Koronivia decision addresses six interrelated topics on soils, nutrient use, water, livestock, methods for assessing adaptation, and the socio-economic and food security dimensions of climate change across the agricultural sectors.

    India’s arguments against Koronivia joint work

    • India said that agricultural emissions are not “luxury” emissions but “survival” emissions of the poor.
    • The world is facing a climate crisis today because of the excessive historic cumulative emissions by the developed nations.
    • These nations are unable to reduce their emissions domestically by any worthwhile change in their lifestyles.
    • Rather, they are searching for cheaper solutions abroad.
    • In most developing countries across the world, agriculture is done by small and marginal farmers who toil hard and brave the vagaries of extreme weather and climate variability to ensure food security.

    Back2Basics: Agricultural Emissions

    koronivia

    • Farms emitted 6 billion tonnes of GHGs in 2011, or about 13 percent of total global emissions.
    • That makes the agricultural sector the world’s second-largest emitter, after the energy sector (which includes emissions from power generation and transport).
    • Most farm-related emissions come in the form of methane (CH4) and nitrous oxide (N2O).
    • Cattle belching (CH4) and the addition of natural or synthetic fertilizers and wastes to soils (N2O) represent the largest sources, making up 65 percent of agricultural emissions globally.
    • Smaller sources include manure management, rice cultivation, field burning of crop residues, and fuel use on farms.

     

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  • Uda Devi: A Dalit freedom fighter

    uda devi

    On November 16, events to commemorate the martyrdom of Uda Devi, a freedom fighter from the Pasi community, were held at various places in Uttar Pradesh.

    Who was Uda Devi?

    • Uda Devi is remembered not only for her stories of valour but also for her skill as a leader who managed to mobilise people — especially Dalit women — to take up arms against the British.
    • Born in Ujirao, Lucknow, she was part of the royal guard of Begum Hazrat Mahal of Awadh.
    • Her husband, Makka Pasi, worked as a foot soldier in the army of Awadh’s Nawab, Wajid Ali Shah.
    • Hazrat Mahal’s palace had several women belonging to marginalised communities, and their occupation was mostly to take care of the needs of the royalty.
    • Some of them, who showed promise, were also trained as warriors. Uda Devi was one of them.

    Her legend

    • Amid the revolt of 1857, on June 10, at Chinhat near Ismailganj, a battle was fought between the army of Lucknow and the British troops led by Henry Lawrence, in which Makka Pasi lost his life.
    • The death of her husband spurred Uda Devi on to take up a more active role in the mutiny.
    • On November 16, 1857, Uda Devi was among the soldiers who clashed with the British regiment stationed near the Gomti River.
    • Although not much of the fight has been documented in history, it is said that Uda Devi killed at least three dozen British soldiers from atop a tree before she could be spotted.

    Can you recall the Eka Movement of 1921 from your modern history references? If not, take your time to revise. Read about the contribution of Madari Pasi in this movement.

     

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  • Festival in news: Cuttack Baliyatra

    baliyatra

    In his address to the Indian diaspora in Bali on the sidelines of the G20 summit, PM Modi mentioned the annual Baliyatra on the banks of the Mahanadi in Cuttack, which celebrates the ancient trade relations between India and Indonesia.

    Baliyatra

    • Baliyatra/ Balijatra, literally ‘voyage to Bali’, is one of India’s largest open-air fairs.
    • It is organised every year to commemorate the 2,000-year-old maritime and cultural links between ancient Kalinga (today’s Odisha) and Bali and other South and Southeast Asian regions.

    Origins of the festival

    • The origins of the festival, which begins on Kartik Purnima (full moon night in the month of Kartik) can be traced back more than 1,000 years.
    • The Bay of Bengal region had several ports, and sadhavas (traders) traditionally began their voyage across the sea on this auspicious day, when the winds were favourable for the boats, known as boita, to sail.
    • The traders would set sail to distant lands of Bali, as well as Java (at the time of the voyage known as “Yawadvipa”), Sumatra, Borneo (all in Indonesia), and Sri Lanka (formerly Ceylon) for trade and cultural expansion.
    • According to historians, popular items of trade between Kalinga and Southeast Asia included pepper, cinnamon, cardamom, silk, camphor, gold, and jewellery.
    • Even today, thousands of people across Odisha sail decorative miniature boats made of banana stems, paper, or thermocol to celebrate boita bandana, or the worshipping of the boats.

     

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  • Handloom in news: Patan Patola

    patola

    At the G20 summit, Prime Minister gifted traditional artworks from Gujarat- the ‘Patan Patola’ scarf to his Italian counterpart Giorgia Meloni.

    What is Patan Patola?

    • The ancient art of double ikat or Patola woven in pure silk dates back to the 11th century.
    • The Patola fabrics bear an equal intensity of colours and design on both sides.
    • This peculiar quality has its origins in an intricate and difficult technique of dyeing or knot dyeing, known as ‘bandhani’, on the warp and weft separately before weaving.

    How is it woven?

    patola

    • Patola is woven on primitive hand-operated harness looms made out of rosewood and bamboo strips. The loom lies on a slant.
    • The other commonly worn Patola is the Rajkot Patola, woven on a flat loom.
    • The process involves warp and weft silk threads that are tied with cotton thread on portions marked with the proposed design.
    • This tied portion then remains unexposed to colours while dyeing, which is followed by tying, untying, redyeing and dyeing in different shades.
    • Single and primary colours are applied one after another as mixed shades develop by overlapping. This makes the design stand out.

    Who weaves it?

    • The last surviving family into Patola weaving is the Salvi family in Patan.
    • From the oldest 70-year-old Rohit to the youngest 37-year-old Savan, the entire nine member-family of five men and four women is engaged with this art form.
    • The Salvi family shared that before World War II, Indonesia was the major buyer of Patolas.
    • Legend has it that King Kumarpal of the Solanki dynasty invited some 700 families of Patola weavers from Jalna (Maharashtra) to settle in Patan in North Gujarat, and the Salvis are among them.
    • The family has also been honoured with several national awards.

    How costly it is?

    • While possessing and wearing a Patola is considered a matter of pride, the fabric has largely remained inaccessible to common people because of its high price.
    • The base price of a Patola saree in the Patan weave starts from Rs 1.5 lakh up and can go up to Rs 6 lakh.
    • A typical 46-inch dupatta or scarf sells in the range of Rs 80,000, depending on the intricacy of the design.

     

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  • Is climate change affecting global health?

    A recent report by Lancet, has traced in detail the intimate link between changing weather events and their impact on the health of people.

    What is the news?

    • The 2022 Lancet Countdown on Health and Climate Change: Health at the Mercy of Fossil Fuels points out that the world’s reliance on fossil fuels increases the risk of disease, food insecurity and other illnesses related to heat.

    Impact of climate change on health

     (1) Extreme Events

    • Heatwaves: The Lancet report indicates that rapidly increasing temperatures exposed vulnerable populations (adults above 65 years old and children younger than 1) to 3.7 billion more heatwave days in 2021 than annually in 1986–2005.
    • Shift in patterns: There is no doubt that events such as floods, droughts and recurrent cyclones are direct outcome of climate change.

    (2) Impact on health

    • Infectious diseases: The changing climate is affecting the spread of infectious disease, raising the risk of emerging diseases and co-epidemics. For instance, coastal waters are becoming more suited for the transmission of Vibrio pathogens.
    • More vector borne diseases: The number of months suitable for malaria transmission has increased in the highland areas of the Americas and Africa.
    • More lives loss: The WHO has predicted that between 2030 and 2050, climate change is expected to cause approximately 2,50,000 additional deaths per year, from malnutrition, malaria, diarrhoea and heat stress.
    • Others: Low air quality, Rise in zoonotic diseases.

    (3) Food security

    • Crop loss: Higher temperatures threaten crop yields directly, with the growth season shortening for many cereal crops.
    • Supply chain disruptions: Extreme weather events disrupt supply chains, thereby undermining food availability, access, stability, and utilisation.
    • Malnutrition: The prevalence of undernourishment increased during the COVID-19 pandemic, and up to 161 million more people faced hunger in 2020 than in 2019.

    Way forward

    • Health-centred response: A health-centred response to the coexisting climate, energy, and cost-of-living crises provides an opportunity to deliver a healthy, low-carbon future.
    • Realization of the problem: The governments’ commitment to assess and address the threats from climate change, are positive signs, the report stresses.
    • Holistic approach: This is the way a health-centred response would work – it would reduce the likelihood of the most catastrophic climate change impacts, while improving energy security and creating an opportunity for economic recovery.
    • Shift in dietary patterns: The report also calls for an accelerated transition to balanced and more plant-based diets, as that would help reduce emissions from red meat and milk production, and prevent diet-related deaths.
    • Easing the healthcare: The report emphasizes reducing the strain on health-care providers, and leading to more robust health systems.

     

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  • Birth anniversary of Birsa Munda: The leader, his contributions

    birsa

    On the occasion of the birth anniversary of tribal leader Birsa Munda, the Centre marked the second Janjatiya Gaurav Divas on November 15 to celebrate the contributions of tribal communities to Indian culture.

    Who was Birsa Munda (1875-1900)?

    birsa

    • Birsa Munda was a tribal freedom fighter, religious leader, and folk hero who belonged to the Munda tribe.
    • He spearheaded a tribal religious millenarian movement that arose in the Bengal Presidency (now Jharkhand) in the late 19th century, during the British Raj.

    His legacy

    (A) Birth and early childhood

    • Born on November 15, 1875, Birsa spent much of his childhood moving from one village to another with his parents.
    • He belonged to the Munda tribe in the Chhotanagpur Plateau area.
    • He received his early education at Salga under the guidance of his teacher Jaipal Nag.
    • On the recommendation of Jaipal Nag, Birsa converted to Christianity in order to join the German Mission school.
    • He, however, opted out of the school after a few years.

    (B) New faith ‘Birsait’ against religious conversion

    • The impact of Christianity was felt in the way he came to relate to religion later.
    • Having gained awareness of the British colonial ruler and the efforts of the missionaries to convert tribals to Christianity, Birsa started the faith of ‘Birsait’.
    • Soon members of the Munda and Oraon community started joining the Birsait sect and it turned into a challenge to British conversion activities.
    • The Mundas called him Dharati Aaba, the father of earth.

    (C) The Ulgulan

    • The Great Tumult or Ulgulan was a movement started by Birsa Munda against the exploitation and discrimination against tribals by the local authorities.
    • Although the movement failed, it did result in the Chotanagpur Tenancy Act which forbade tribal lands passing to non-tribals, protecting their land rights for the foreseeable future.

    (D) Death

    • On March 3, 1900, Birsa Munda was arrested by the British police while he was sleeping with his tribal guerilla army at Jamkopai forest in Chakradharpur.
    • He died in Ranchi jail on June 9, 1900, at the young age of 25.

    (E) Creation of Jharkhand

    • Birsa Munda’s achievements are known to be even more remarkable by virtue of the fact that he came to acquire them before he was 25.
    • In recognition of his impact on the national movement, the state of Jharkhand was created on his birth anniversary in 2000.

     

    Try this PYQ from CSP 2020

    With reference to the history of India, “Ulgulan” or the Great Tumult is the description of which of the following event?

    (a) The Revolt of 1857

    (b) The Mappila Rebellion of 1921

    (c) The Indigo Revolt of 1859-60

    (d) Birsa Munda’s Revolt of 1899-1900

     

    [wpdiscuz-feedback id=”49eza8o2rp” question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

     

     

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  • MARS A new alert system to detect Methane emissions

    MARS

    Context

    • A new satellite-based system will now help governments detect methane emissions and tackle them. The Methane Alert and Response System (MARS) was launched at the 27th Conference of Parties (COP27) to the United Nations Framework Convention on Climate Change in Sharm El-Sheikh, Egypt.

    What is Methane Alert and Response System (MARS)?

    • MARS is a part of global efforts to slow climate change by tracking the global warming gas.
    • The system will be the first publicly available global system to connect methane detection to notification processes transparently.
    • The data-to-action platform was set up as part of the UN Environment Programme’s (UNEP) International Methane Emissions Observatory (IMEO) strategy to get policy-relevant data into the right hands for emissions mitigation.

    MARS

    How the “MARS” will work?

    • The Methane Alert and Response System, or MARS, will integrate data from a large number of existing and future satellites to identify significant methane emission events anywhere in the world.
    • It will send out notifications to the relevant stakeholders and support and track mitigation progress.
    • According to the UN statement MARS will track the large point emission sources, mainly in the fossil fuel industry, but with time, would be able to detect emissions from coal, waste, livestock and rice fields as well.
    • UNEP will continue to monitor the event location and make the data and analysis available to the public between 45 and 75 days after detection.

    MARS

    Methane a dangerous greenhouse gas

    • A major greenhouse gas: Methane is the second-most common of the six major greenhouse gases, but is far more dangerous than carbon dioxide in its potential to cause global warming.
    • One of major contributor of GHG emissions: Contribution Accounting for about 17 per cent of the current global greenhouse gas emissions.
    • One of the key reasons behind Temperature rise: Methane is blamed for having caused at least 25 to 30 per cent of temperature rise since the pre-industrial times.
    • Methane largely a Sectoral gas: Unlike carbon dioxide, methane is largely a sectoral gas, and there are only a few sources of emission.
    • Few sources large emissions of methane: The global warming potential of methane is about 80 times that of carbon dioxide. It accounts for a small portion of human-induced greenhouse gas emissions compared to carbon dioxide.

    MARS

    Why such alert system is necessary?

    • To achieve the target set by Global methane pledge: At the Glasgow climate conference last year, nearly 100 countries had come together in a voluntary pledge the Global Methane Pledge to cut methane emissions by at least 30 per cent by 2030 from the 2020 levels. More countries have joined in this initiative since then, bringing the total to nearly 130.
    • To keep the temperature, rise below 5-degree Celsius: A 30 per cent reduction in methane emissions by 2030 is expected to result in avoiding 0.2 degree rise in temperature by the year 2050, and is considered absolutely essential in the global efforts to keep the temperature increase below the 1.5-degree Celsius target. This is a global, not a national reduction target.
    • Reducing methane emissions from the atmosphere provides multiple benefits: Methane being a sectoral gas with few sources of emission, it is possible to cut down on methane emissions without having widespread impact on the economy, a reduction in methane emissions brings big benefits in a short time.
    • MARS Provides technical and advisory to the partners: If requested, MARS partners will also provide technical or advisory services, such as help in assessing mitigation opportunities. 

    All you need to know about Conference of Parties (COP).

    • Unless the parties decide otherwise, every year The United Nations Framework Convention on Climate Change (UNFCCC) convenes what is called a Conference of Parties (COP), a meeting that brings together leaders and delegates from around the world to strengthen their commitments and actions against specific climate change goals.
    • The parties are the 198 countries that ratified the UNFCCC.
    • The UNFCCC is an international treaty focused on preventing dangerous human interference with the climate system, primarily by stabilizing greenhouse gas (GHG) emissions.

    Conclusion

    • Cutting methane is the fastest opportunity to reduce warming and keep 1.5°C within reach, and this MARS a new alert and response system is going to be a critical tool for helping all of us deliver on the Global Methane Pledge.

    Mains Question

    Q. Methane is thought to be 80 times more efficient than carbon dioxide at trapping atmospheric heat in the 20 years following its release. Discuss how MARS a new alert system would be helpful to keep the temperature rise below 1.5 degree Celsius?

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  • Elephant in the Room at COP 27- Energy Equity

    COP

    Context

    • 27th Conference of Parties (COP27, beginning November 6, in Egypt) of the United Nations Framework Convention on Climate Change (UNFCCC).

    Realization of climate action: Birth of UNFCCC

    • The idea led to the formation of the United Nations Framework for Climate Change Convention (UNFCCC, also known as ‘The Convention’) in 1992, at the Earth Summit in Rio de Janeiro.
    • The convention divided the countries on the basis of their differing commitments: Annex I and II consisted of industrialized and developed countries and Non-Annex I comprised developing countries.

    COP

    Summary of COP26

    • Inadequate reduction commitment: In the runup to COP26, last year in Glasgow, several developed countries had declared their intention to reach net zero emissions by 2050. These declarations did not square with the requirements of “keeping 1.5 deg. C alive”.
    • Global carbon budget: Four fifths of the global carbon budget to limit warming to 1.5°C (with 50% probability) has already been exhausted. Developed countries are responsible for more than half of these historical CO2 emissions. Nevertheless, there was much celebration of these targets.
    • Politics over phasing out coal: There was also high drama at COP26, with moral grandstanding by many developed country negotiators who invoked the future of their children, because India and other countries understandably balked at the singling out of any one fossil fuel for immediate action.
    • Developed countries didn’t meet the commitment: It is important to recall some of these shenanigans at COP26, as in the last year, it has become clear that developed countries may be unlikely to meet even the inadequate targets they have set, keeping to the trend of the last three decades.

    What is the present energy situation in developing countries?

    • Energy poverty concentrated in the developing countries: Global energy poverty is concentrated in the developing countries. In 2021, 733 million people had no access to electricity and almost 2.6 billion people lacked access to clean fuels and technologies.
    • The average per capita energy: Energy use of the richest 20 countries is 85 times higher than that of the 20 poorest countries. Addressing this stark energy poverty in developing countries is important because there is a strong correlation between energy supply and human development.
    • The average annual per capita electricity: Electricity consumption of sub-Saharan Africa is 487 kilowatt hours (kWh), alongside an infant mortality rate of 73 per 1,000 live births; maternal mortality ratio of 534 per 1,00,000 live births, and per capita GDP of $1,645. On the other hand, the OECD group of countries have a per capita electricity consumption of 7,750 kWh, corresponding to an infant mortality rate of seven, maternal mortality ratio of 18, and per capita GDP of $42,098.
    • Slowdown due to lack of energy: The reality of global inequality was acutely evident during the COVID19 pandemic. Several countries in Africa, Asia and Latin America are facing severe agricultural and industrial slowdowns in the post pandemic period.
    • The lack of reliable energy infrastructure: Infrastructure unavailability has compounded the difficulties and has multidimensional impacts across developmental indicators. In 2022, these inequalities have been aggravated by soaring energy and food prices.
    • Rising cost of living: Several countries face a severe rise in the cost of living and nearly 70 million additional people are estimated to fall below the poverty line of $3.20 per person per day. Poor and vulnerable communities in the energy importing countries of the global South suffer the most. Almost 90 million people in Asia and Africa, who gained access to electricity recently, cannot afford to pay their energy bills.
    • No acknowledgement of problem by developed countries: In this background, COP27 affords a critical moment to acknowledge and address the concerns surrounding energy access and security in developing countries. Unfortunately, these longstanding problems of the global South have been ignored by developed country governments, academia, and civil society. At a time when the language of energy poverty and security is re-entering the northern vocabulary, it is time to call out the hypocrisy of the advice on fossil fuel use given by the north to some of the world’s poorest regions since the Paris Agreement was signed.

    COP

    How developed countries are hypocritic about energy use and commitments?

    • Fossil fuel as primary energy source: In the United States, 81% of primary energy is from fossil fuels. In Europe, fossil fuels constitute 76% of the energy consumption (coal, oil, and natural gas contribute 11%, 31%, and 34% respectively).
    • Negligible efforts for decarbonization: Thirty years after acknowledging the problem of anthropogenic global warming and committing in the UNFCCC, to take the lead in climate change mitigation, the level of decarbonization in the global North has been minuscule.
    • Increasing coal consumption: In July 2022, the European Union (EU) voted to classify the use of natural gas for some uses as “green and sustainable”. Natural gas was responsible for 7.5 billion tonnes of CO2 (i.e., 23% of the total CO2 by the major fossil fuels), in 2020. Additionally, in 2022, even coal consumption in the U.S. and the EU is estimated to increase by 3% and 7%, respectively.
    • Double standard for fossil fuel: These same developed countries argue that green energy constitutes a great business opportunity for developing countries as it has become cheaper. They have used this dubious argument to dismiss differentiation between developed and developing countries and are lobbying for banning the financing of any fossil fuel projects in some of the poorest countries.

    What should be the agenda of developing countries at COP 27?

    • Bring the energy poverty issue: At COP27, the global South must put the question of its energy poverty and the severe global inequalities in energy access squarely at the Centre of all discussions.
    • Achieving SDGs with climate actions: We need to achieve zero hunger, zero malnutrition, zero poverty, and universal wellbeing even as we collectively contribute to ensuring effective climate action.
    • No empty commitments: As the strapline for COP27 (“Together for Implementation”) suggests, we must work together to ensure that these developmental goals are not side-lined, as they were at COP26, in the pursuit of hollow declarations of net zero targets three decades into the future.

    COP

    Conclusion

    • A developing country leadership at COP27 can ensure effective discussions, based on equity and common but differentiated responsibilities and respective capabilities, on the relative responsibilities and sharing of mitigation and adaptation burdens while coping with loss and damage.

    Mains Question

    Q. Describe the energy inequality situation among developed and developing countries. How India can lead the developing countries for negotiations at COP27?

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  • LT-LEDS (Long Term-Low Emission Development Strategy)

    strategy

    India has announced its long-term strategy to transition to a “low emissions” pathway at the United Nations Conference of Parties (COP) ongoing in Sharm el-Sheikh, Egypt.

    What are LT-LED Strategy?

    • The LT-LEDS are qualitative in nature and are a requirement emanating from the 2015 Paris Agreement.
    • Hereby, countries explain how they will transition their economies beyond achieving near-term NDC targets.
    • It signifies their path towards the larger climate objective of cutting emissions by 45% by 2030 and achieve net zero around 2050.

    BACKGROUND

    What is the meaning of Net Zero?

    • A state in which a country’s emissions are compensated by absorption and removal of greenhouse gases (GHGs) from the atmosphere is called Net Zero State; it is also referred to as carbon-neutrality.
    • It is done through natural processes as well as futuristic technologies such as carbon capture and storage.

    Nationally Determined Contributions (NDCs): 

    • To achieve the targets under the agreement, the member countries must submit the targets themselves, which they believe would lead to substantial progress towards reaching the Paris temperature goal.
    • Initially, these targets are called Intended Nationally Determined Contributions (INDCs).
    • They are converted to NDCs when the country ratifies the agreement.

    Key announcements by India

    • Nuclear energy: India is set to expand its nuclear power capacity by at least three-fold in the next decade.
    • Green hydrogen: India aims for becoming an international hub for producing green hydrogen through the National Hydrogen Mission.
    • Ethanol blending: India aspires to maximise the use of electric vehicles, with ethanol blending to reach 20% by 2025 (it is currently 10%) and a “strong shift” to public transport for passenger and freight traffic.
    • Energy efficiency: India will also focus on improving energy efficiency by the Perform, Achieve and Trade (PAT) scheme.
    • Carbon sequestration: India’s forest and tree cover are a net carbon sink absorbing 15% of CO2 emissions in 2016, and it is on track to fulfilling its NDC commitment of 2.5 to 3 billion tonnes of additional carbon sequestration in forest and tree cover by 2030.

    Hurdles in achieving net-zero

    • Huge cost of transition: The transition to low carbon pathway will entail several costs amounting to several trillion dollars. It involves the development of new technologies, new infrastructure, and other transaction costs.
    • No climate finance mechanism: Provision of climate finance by developed countries will play a very significant role and needs to be considerably enhanced.

    Significance of India’s LTS

    • India’s long-term strategy (LTS) follows up on the net zero pledge.
    • It clearly outlines key interventions across sectors that are going to be the focus of India’s efforts.

    Considerations made by India

    India’s approach is based on the following four key considerations that underpin its long-term low-carbon development strategy:

    1. India has contributed little to global warming: its historical contribution to cumulative global GHG emissions being minuscule despite having a share of ~17% of the world’s population.
    2. Huge domestic energy demand: India has significant energy needs for development.
    3. National circumstances: India is committed to pursuing low-carbon strategies for development and is actively pursuing them, as per national circumstances
    4. India needs to build climate resilience: It is the capacity of social, economic and ecosystems to cope with a hazardous event or trend or disturbance.

     

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