Day-542 | Daily MCQs | UPSC Prelims | ENVIRONMENT AND ECOLOGY

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  1. Question 1 of 5
    1. Question

    1. Consider the following statements in the context of lead pollution:
    1. Lead is commonly found in paints and cigarette smoke.
    2. Exposure to lead can cause neurodegenerative diseases.
    3. Unlike other toxins, lead can be naturally excreted from the human body.
    How many of the above statements are correct?

    Correct

    Answer: B
    Explanation:
    Statement 1 is correct: Lead is commonly found in paints, ceramic cookware, cigarette smoke, PVC plastics, lead acid batteries, etc.
    Cigarette smoke is known to contain several toxic and heavy metals such as cadmium, lead, copper, nickel, chromium, and zinc.
    The sources of lead are as follows:

    Statement 2 is correct: Lead is a metal which harms both the environment and human health. Exposure to lead can cause numerous and severe neurological problems including nerve damage, cognitive problems, loss of IQ and possibly even conditions such as Alzheimer’s disease.
    During pregnancy, if the woman consumes lead in some form, there is no placental barrier either, so the lead is transferred to the foetus. In a newborn, lead poisoning can result in premature birth, low birth weight and slow growth. In children and adults, it can cause anaemia as well as neurological, skeletal and neuromuscular illnesses.
    There is no known safe level of lead in the human body. However, WHO regulations specify a tolerable limit of 5 μg/dL for lead exposure, beyond which lead poisoning occurs.
    Treatment for lead poisoning involves chelation, in which the patient is given medication that binds with lead molecules and facilitates their excretion through urine.
    Statement 3 is incorrect: Lead, unlike many other toxins, does not get diluted when exposure decreases. Nor does the body excrete it naturally. Instead, it accumulates in the bones and leaches into blood.

    Additional information-
    ● Management of lead-acid batteries came under the Batteries (Management and Handling) Rules, 2001.
    ● In 2022, the Union Ministry of Environment, Forest and Climate Change notified the Battery Waste Management Rules, 2022. The new rules aim at reducing share of battery recycling in the informal sector and stress on extended producer responsibility.

    Incorrect

    Answer: B
    Explanation:
    Statement 1 is correct: Lead is commonly found in paints, ceramic cookware, cigarette smoke, PVC plastics, lead acid batteries, etc.
    Cigarette smoke is known to contain several toxic and heavy metals such as cadmium, lead, copper, nickel, chromium, and zinc.
    The sources of lead are as follows:

    Statement 2 is correct: Lead is a metal which harms both the environment and human health. Exposure to lead can cause numerous and severe neurological problems including nerve damage, cognitive problems, loss of IQ and possibly even conditions such as Alzheimer’s disease.
    During pregnancy, if the woman consumes lead in some form, there is no placental barrier either, so the lead is transferred to the foetus. In a newborn, lead poisoning can result in premature birth, low birth weight and slow growth. In children and adults, it can cause anaemia as well as neurological, skeletal and neuromuscular illnesses.
    There is no known safe level of lead in the human body. However, WHO regulations specify a tolerable limit of 5 μg/dL for lead exposure, beyond which lead poisoning occurs.
    Treatment for lead poisoning involves chelation, in which the patient is given medication that binds with lead molecules and facilitates their excretion through urine.
    Statement 3 is incorrect: Lead, unlike many other toxins, does not get diluted when exposure decreases. Nor does the body excrete it naturally. Instead, it accumulates in the bones and leaches into blood.

    Additional information-
    ● Management of lead-acid batteries came under the Batteries (Management and Handling) Rules, 2001.
    ● In 2022, the Union Ministry of Environment, Forest and Climate Change notified the Battery Waste Management Rules, 2022. The new rules aim at reducing share of battery recycling in the informal sector and stress on extended producer responsibility.

  2. Question 2 of 5
    2. Question

    2. Consider the following provisions of the Wildlife (Protection) Act, 1972:
    1. The onus of immunization of livestock within at least ten km of a Wildlife Sanctuary is on the government authorities.
    2. The diversion of area of two (or more) connected tiger reserves for unsustainable projects requires the approval of the National Tiger Conservation Authority as well as the National Board for Wildlife.
    3. Plants and their derivatives lawfully collected from any National Park are considered the property of respective State governments.
    How many of the above statements are correct?

    Correct

    Answer: A
    Explanation:
    Statement 1 is incorrect: As per the provisions of Section 33(A) of the Wildlife (Protection) Act 1972, the onus of immunization of livestock within at least 5 km of Wildlife Sanctuary is on the State government.
    It states that it is the responsibility of the Chief Wildlife Warden to take measures necessary for immunisation against communicable diseases of the live-stock kept in or within five kilometres of a sanctuary. Also, it prohibits the entry of any livestock in a sanctuary without getting it immunised.
    Statement 2 is correct: The Sec. 38(O) of the Wildlife (Protection) Act 1972 states that the diversion of area of two (or more) connected tiger reserves for unsustainable projects requires the approval of both the National Tiger Conservation Authority (NTCA) and the National Board for Wildlife (NBW).
    Sec. 38(W) of the Act also specifies that no alteration in the boundaries of a tiger reserve shall be made except on a recommendation of the Tiger Conservation Authority and the approval of the National Board for Wildlife.
    Statement 3 is incorrect: As per the provisions of Section 17(H) of the Wildlife Protection Act, every specified plant or part or derivative thereof, which has been lawfully collected or acquired from a sanctuary or National Park declared by the Central Government, shall be the property of the Central Government.

    Incorrect

    Answer: A
    Explanation:
    Statement 1 is incorrect: As per the provisions of Section 33(A) of the Wildlife (Protection) Act 1972, the onus of immunization of livestock within at least 5 km of Wildlife Sanctuary is on the State government.
    It states that it is the responsibility of the Chief Wildlife Warden to take measures necessary for immunisation against communicable diseases of the live-stock kept in or within five kilometres of a sanctuary. Also, it prohibits the entry of any livestock in a sanctuary without getting it immunised.
    Statement 2 is correct: The Sec. 38(O) of the Wildlife (Protection) Act 1972 states that the diversion of area of two (or more) connected tiger reserves for unsustainable projects requires the approval of both the National Tiger Conservation Authority (NTCA) and the National Board for Wildlife (NBW).
    Sec. 38(W) of the Act also specifies that no alteration in the boundaries of a tiger reserve shall be made except on a recommendation of the Tiger Conservation Authority and the approval of the National Board for Wildlife.
    Statement 3 is incorrect: As per the provisions of Section 17(H) of the Wildlife Protection Act, every specified plant or part or derivative thereof, which has been lawfully collected or acquired from a sanctuary or National Park declared by the Central Government, shall be the property of the Central Government.

  3. Question 3 of 5
    3. Question

    3. Consider the following statements:
    Statement I: Black rhinos have hooked upper lips, whereas white rhinos have squared lips.
    Statement II: The black rhino is a browser and feeds on leaves, shoots, and branches.
    Which one of the following is correct in respect of the above statements?

    Correct

    Answer: A
    Explanation:
    Black Rhino and White Rhino are found in the African continent.
    Statement 1 is correct: Among black and white rhinos, black rhinos are the smaller of the two African rhino species. Black and white rhinos can be distinguished by the shape of their lips. Black rhinos have hooked upper lips, whereas white rhinos are characterized by a square lip.
    Statement 2 is correct and explains statement 1: Black rhinos are browsers, rather than grazers, meaning they are herbivores who do not feed on low-growing vegetation, and their pointed lip helps them feed on leaves from bushes and trees.
    A white rhinoceros has a very broad, flat, wide lip, which gives this creature the right idea as a grazer and requires a mouth designed for it. The broad muscular lips are ideal for tearing and tearing the grass.
    HABITATS: Semi-Desert Savannah, Woodlands, Forests, Wetlands
    DISTRIBUTION: Black rhinos or Dicerosbicornis are spread across 12 African countries including Kenya, Namibia, Botswana, South Africa, Tanzania, Zimbabwe, and Zambia.

    Additional Information:
    DIFFERENCES BETWEEN WHITE RHINO AND BLACK RHINO:

    PARAMETER – BLACK RHINO – WHITE RHINO
    1. Size of body – Smaller and more compact physical structure.It has shorter face compared to white rhino. However, it prefers keeping its head lifted because it spends most of its time eating trees. – Taller, bigger, and more complex physical structure.It has a long face, small eyes and a neck weakened because it does not need to be raised so large to feed.
    2. Structure of lips – Black rhinos feed on leaves and branches. Accordingly, their lips shape has evolved into a pointed lip (with the shape of a hook) to be able to grab hold of the trees. – Squared lips. White rhinos are grazers, so flat and broad lips serve excellently to the purpose.
    3. Ears – Since black rhinos are less dependent on just one sense, as they have better eye-sight than white rhinos. This results in black rhinos having smaller and rounded ears. – White rhinos’ ears are tubular and very long, acting as little satellites to keep them aware of the surroundings.
    4. Volume of body – A black rhino that weighs between 800 – 1,400 kg. – A white rhino female weighs about 1,700 kg and a male weighs about 2,300 kg.
    5. Length of horn – The black rhinos have shorter front horns than white rhinos, but the second horn is slightly shorter. – A white rhino will usually have a longer front horn and a much shorter second horn.
    6. Habitat and Behaviour – The black rhinos are most commonly spotted in dense brush.Black rhinos have a reputation for being more aggressive and territorial than white rhinos. – White rhinos prefer to live in grasslands and fields. White rhinos are calmer and more placid.
    7. IUCN status – Critically Endangered (CR) – Near Threatened (NT)

    Incorrect

    Answer: A
    Explanation:
    Black Rhino and White Rhino are found in the African continent.
    Statement 1 is correct: Among black and white rhinos, black rhinos are the smaller of the two African rhino species. Black and white rhinos can be distinguished by the shape of their lips. Black rhinos have hooked upper lips, whereas white rhinos are characterized by a square lip.
    Statement 2 is correct and explains statement 1: Black rhinos are browsers, rather than grazers, meaning they are herbivores who do not feed on low-growing vegetation, and their pointed lip helps them feed on leaves from bushes and trees.
    A white rhinoceros has a very broad, flat, wide lip, which gives this creature the right idea as a grazer and requires a mouth designed for it. The broad muscular lips are ideal for tearing and tearing the grass.
    HABITATS: Semi-Desert Savannah, Woodlands, Forests, Wetlands
    DISTRIBUTION: Black rhinos or Dicerosbicornis are spread across 12 African countries including Kenya, Namibia, Botswana, South Africa, Tanzania, Zimbabwe, and Zambia.

    Additional Information:
    DIFFERENCES BETWEEN WHITE RHINO AND BLACK RHINO:

    PARAMETER – BLACK RHINO – WHITE RHINO
    1. Size of body – Smaller and more compact physical structure.It has shorter face compared to white rhino. However, it prefers keeping its head lifted because it spends most of its time eating trees. – Taller, bigger, and more complex physical structure.It has a long face, small eyes and a neck weakened because it does not need to be raised so large to feed.
    2. Structure of lips – Black rhinos feed on leaves and branches. Accordingly, their lips shape has evolved into a pointed lip (with the shape of a hook) to be able to grab hold of the trees. – Squared lips. White rhinos are grazers, so flat and broad lips serve excellently to the purpose.
    3. Ears – Since black rhinos are less dependent on just one sense, as they have better eye-sight than white rhinos. This results in black rhinos having smaller and rounded ears. – White rhinos’ ears are tubular and very long, acting as little satellites to keep them aware of the surroundings.
    4. Volume of body – A black rhino that weighs between 800 – 1,400 kg. – A white rhino female weighs about 1,700 kg and a male weighs about 2,300 kg.
    5. Length of horn – The black rhinos have shorter front horns than white rhinos, but the second horn is slightly shorter. – A white rhino will usually have a longer front horn and a much shorter second horn.
    6. Habitat and Behaviour – The black rhinos are most commonly spotted in dense brush.Black rhinos have a reputation for being more aggressive and territorial than white rhinos. – White rhinos prefer to live in grasslands and fields. White rhinos are calmer and more placid.
    7. IUCN status – Critically Endangered (CR) – Near Threatened (NT)

  4. Question 4 of 5
    4. Question

    4. Consider the following statements about rhododendrons:
    1. Rhododendrons are restricted to the Eastern Himalayas only.
    2. Usually, they are not found in the regions where mosses and lichens are found.
    3. The phenology of rhododendrons can be an important indicator of climate change.
    How many of the above statements are correct?

    Correct

    Answer: A
    Explanation:
    Rhododendron is mostly concentrated in the temperate regions of northern hemisphere especially in Sino-Himalayas (Eastern Himalayas and Western China). A good number are also found in Myanmar, China, Japan, Thailand, Malaysia, Indonesia, Philippines and New Guinea. Most rhododendrons are found in high rainfall, humid temperate regions of highly organic well-drained acidic soils and reach their magnificent development in the high hills and mountains that have dry, cool summer and rainy seasons.
    Statement 1 is incorrect: Rhododendrons are found in abundance in the eastern Himalayas in India but they are also distributed in the Western Himalayas and Western Ghats.

    ● Of the four parallel ranges in Himalayas, rhododendrons are practically absent in the Shiwaliks, a few are found in the lesser Himalayas and majority of them are in the greater Himalayas.
    ● Only one species occurs in Trans-Himalayan region located in extreme north-west of India (including the cold deserts of Jammu and Kashmir and Himachal Pradesh). The greater Himalayas are thus an ideal locality for rhododendrons in India.
    ● Besides this, a good number of species are found in north-eastern India particularly in Naga and Khasi hills.
    ● One subspecies, nilagiricum of Rhododendron arboreum occurs in Western Ghats.
    ● State-wise, Arunachal Pradesh harbours the maximum number of species (67 species) followed by Sikkim (36 species).
    Statement 2 is incorrect: Mosses and lichens are commonly found in association with rhododendron species. The epilithic/epiphytic rhododendrons grow on the moss-wrapped rocks and tree trunks associated with Agapetes, Vaccinium and orchids.
    Eight species are found growing epilithically/epiphytically, which are confined to eastern Himalayas and north-east India. Such species are entirely absent in western Himalayas.
    Statement 3 is correct: Rhododendron, meaning rose tree in Greek, is considered an indicator species for climate change. Generally, the flowering season for rhododendrons starts in March and continues till May. However, recently, flowering was found to begin as early as January for some species. This is an indication that those areas are getting warmer, and the phenology (the timing of biological events such as flowering and fruiting) of rhododendrons can be an important indicator of climate change.
    Of the 45 taxa of rhododendrons documented by the Botanical Survey of India, five are facing a high threat due to anthropological pressures and climate change.

    Incorrect

    Answer: A
    Explanation:
    Rhododendron is mostly concentrated in the temperate regions of northern hemisphere especially in Sino-Himalayas (Eastern Himalayas and Western China). A good number are also found in Myanmar, China, Japan, Thailand, Malaysia, Indonesia, Philippines and New Guinea. Most rhododendrons are found in high rainfall, humid temperate regions of highly organic well-drained acidic soils and reach their magnificent development in the high hills and mountains that have dry, cool summer and rainy seasons.
    Statement 1 is incorrect: Rhododendrons are found in abundance in the eastern Himalayas in India but they are also distributed in the Western Himalayas and Western Ghats.

    ● Of the four parallel ranges in Himalayas, rhododendrons are practically absent in the Shiwaliks, a few are found in the lesser Himalayas and majority of them are in the greater Himalayas.
    ● Only one species occurs in Trans-Himalayan region located in extreme north-west of India (including the cold deserts of Jammu and Kashmir and Himachal Pradesh). The greater Himalayas are thus an ideal locality for rhododendrons in India.
    ● Besides this, a good number of species are found in north-eastern India particularly in Naga and Khasi hills.
    ● One subspecies, nilagiricum of Rhododendron arboreum occurs in Western Ghats.
    ● State-wise, Arunachal Pradesh harbours the maximum number of species (67 species) followed by Sikkim (36 species).
    Statement 2 is incorrect: Mosses and lichens are commonly found in association with rhododendron species. The epilithic/epiphytic rhododendrons grow on the moss-wrapped rocks and tree trunks associated with Agapetes, Vaccinium and orchids.
    Eight species are found growing epilithically/epiphytically, which are confined to eastern Himalayas and north-east India. Such species are entirely absent in western Himalayas.
    Statement 3 is correct: Rhododendron, meaning rose tree in Greek, is considered an indicator species for climate change. Generally, the flowering season for rhododendrons starts in March and continues till May. However, recently, flowering was found to begin as early as January for some species. This is an indication that those areas are getting warmer, and the phenology (the timing of biological events such as flowering and fruiting) of rhododendrons can be an important indicator of climate change.
    Of the 45 taxa of rhododendrons documented by the Botanical Survey of India, five are facing a high threat due to anthropological pressures and climate change.

  5. Question 5 of 5
    5. Question

    5. Consider the following statements:
    Statement I: Antibiosis is a specific type of amensalism.
    Statement II: In antibiosis, one organism produces toxic chemicals that may have antagonistic effect on another organism but has no effect on the former.
    Which one of the following is correct in respect of the above statements?

    Correct

    Answer: A
    Explanation:
    Statement 1 is correct: Antibiosis is a specific type of amensalism. Amensalism defines the association between organisms of two different species in which one is inhibited or destroyed and the other is unaffected. There are two basic modes:
    ● Competition, in which a larger or stronger organism excludes a smaller or weaker one from living space or deprives it of food, and
    ● Antibiosis, in which one organism is unaffected but the other is damaged or killed by a chemical secretion.
    Statement 2 is correct and explains statement 1: Antibiosis can be defined as the antagonism resulting from the toxicity of secondary metabolites produced by one microorganism for other microorganisms.
    The classic demonstration of antibiosis is the destructive effect that the bread mold Penicillium has upon certain bacteria; the secretion, known as penicillin, has become a potent medicine in combating bacterial infections.
    Some higher plants secrete substances that inhibit the growth of—or kill outright—nearby competing plants. An example is the black walnut (Juglans nigra), which secretes juglone, a substance that destroys many herbaceous plants within its root zone.
    Antibiosis may involve an important role in plant disease suppression by certain bacteria and fungi. Microorganism performs an active role in the suppression of pathogens by secreting one or more antibiotics.

    Incorrect

    Answer: A
    Explanation:
    Statement 1 is correct: Antibiosis is a specific type of amensalism. Amensalism defines the association between organisms of two different species in which one is inhibited or destroyed and the other is unaffected. There are two basic modes:
    ● Competition, in which a larger or stronger organism excludes a smaller or weaker one from living space or deprives it of food, and
    ● Antibiosis, in which one organism is unaffected but the other is damaged or killed by a chemical secretion.
    Statement 2 is correct and explains statement 1: Antibiosis can be defined as the antagonism resulting from the toxicity of secondary metabolites produced by one microorganism for other microorganisms.
    The classic demonstration of antibiosis is the destructive effect that the bread mold Penicillium has upon certain bacteria; the secretion, known as penicillin, has become a potent medicine in combating bacterial infections.
    Some higher plants secrete substances that inhibit the growth of—or kill outright—nearby competing plants. An example is the black walnut (Juglans nigra), which secretes juglone, a substance that destroys many herbaceous plants within its root zone.
    Antibiosis may involve an important role in plant disease suppression by certain bacteria and fungi. Microorganism performs an active role in the suppression of pathogens by secreting one or more antibiotics.

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SAGITTARIUS C (SGR C)

TAG: GS 3: SCIENCE AND TECHNOLOGY

THE CONTEXT: Recently, the James Webb Space Telescope (JWST) has captured a stunning image of the dense center of the Milky Way galaxy with clarity never seen before.

Sagittarius C (Sgr C)

  • It is the star-forming region known situated approximately 300 light-years from the Milky Way’s central supermassive black hole, Sagittarius A*.
  • It is revealing a bustling cluster of protostars within an infrared-dark cloud.
  • These nascent stars are in the process of accumulating mass, their outflows glowing intensely in the infrared spectrum, akin to embers in a cosmic bonfire.
  • The cloud that protostars are emerging from is so dense that the light from stars behind it cannot reach Webb.
  • Scattered throughout are smaller infrared-dark clouds, akin to celestial voids against the starry backdrop, signaling the birthplaces of future stars.
  • Webb’s Near-Infrared Camera (NIRCam) has detected extensive emissions from ionised hydrogen on the periphery of the dark cloud, highlighted in a striking cyan hue.

Key facts about James Webb Space Telescope

  • It was built in collaboration between NASA, the European Space Agency (ESA) and the Canadian Space Agency.
  • It was launched in December 2021.
  • It is presently at a point in space known as the Sun-Earth L2 Lagrange point.
  • Lagrange Point 2 is one of the five points in the orbital plane of the Earth-Sun system.
  • It’s the largest, most powerful infrared space telescope ever built.
  • Objectives: It will examine every phase of cosmic history, from the Big Bang to the formation of galaxies, stars, and planets to the evolution of our Solar System.

SOURCE: https://www.indiatoday.in/science/story/heart-of-milky-way-galaxy-has-a-mysterious-structure-james-webb-telescope-2468011-2023-11-27




UNDERSTANDING UNSEASONAL RAINS AND LIGHTNING STRIKES IN GUJARAT

TAG: GS 1: GEOGRAPHY

THE CONTEXT: Recently, 27 fatalities were reported due to unexpected lightning strikes accompanying unseasonal heavy rainfall in Gujarat.

EXPLANATION:

  • Despite prior warnings from the India Meteorological Department (IMD), the disaster management system in the region primarily focuses on earthquakes and heavy rainfall, lacking specific mechanisms for lightning alerts, which contribute to numerous deaths across India annually.

IMD’s Weather Attribution

  • The IMD has linked the lightning occurrences to three distinct weather systems:
  • Cyclonic circulation over the Northeast Arabian Sea and adjacent Saurashtra and Kutch regions.
  • Influence of Western Disturbances, originating from the Mediterranean Sea, bringing winter rainfall to northwestern India.
  • Presence of an Easterly trough with airflow from the Southwest to Northeast Arabian Sea.

Insights from Meteorological Experts

  • According to the regional director of IMD, the convergence of these three weather systems isn’t uncommon and has previously occurred, not just during current events but also in monsoon seasons.
  • The group director at ISRO’s Space Applications Centre, attributes the unseasonal rainfall to passing Western disturbances that occasionally extend rainfall into southern latitude areas such as Gujarat.

Understanding Lightning Occurrences

  • The lightning strikes result from interactions between weather systems and Western Disturbances.
  • Additionally, the initial activity after a prolonged dry spell triggers convective activity, leading to lightning strikes, as observed during the recent rainfall in Gujarat.
  • The increased moisture interacting with the Western disturbance contributes to thunderstorm activity and lightning incidents.

Warnings and Preparedness

  • While the Gujarat State Disaster Management Authority (GSDMA) was initially established post-2001 earthquake to manage rehabilitation and reconstruction, its disaster preparedness focuses on heavy rainfall and earthquakes, lacking a specific plan for lightning warnings.

Long-Term Disaster Preparedness

  • GSDMA aims to develop an early warning system for cyclones as part of its long-term disaster mitigation strategy, aiming to minimize losses due to disasters.
  • However, as of now, the authority lacks a dedicated lightning warning system.
  • This incident highlights the importance of comprehensive disaster management planning that includes specific strategies for various weather-related calamities to ensure public safety and mitigate the impact of unforeseen natural occurrences.

SOURCE: https://indianexpress.com/article/explained/explained-climate/lightning-deaths-gujarat-unseasonal-rains-explained-9045217/  




THE PARTHENON SCULPTURES

TAG: GS 1: ART AND CULTURE

THE CONTEXT: Over the years, Greece has repeatedly asked for the sculptures’ permanent return to Athens, but Britain and the British Museum have refused to do so. A diplomatic row sparked between Greece and the UK recently after British Prime Minister cancelled a meeting with his Greek counterpart over the status of the Parthenon Sculptures housed at the British Museum.

Background and Historical Significance

  • The Parthenon Sculptures is also known as the Elgin Marbles.
  • It represents a collection of over 30 ancient stone sculptures from Greece, dating back more than 2,000 years.
  • Originating from the Parthenon temple on the Acropolis hill in Athens, built around 432 BC to honor the goddess Athena, these sculptures symbolize the pinnacle of Athens’ Golden Age.

Controversy Surrounding Removal and Ownership

  • The dispute stems from the sculptures’ removal in the early 19th century by Thomas Bruce, the 7th Earl of Elgin, during his tenure as the British ambassador to the Ottoman Empire.
  • Transported to Britain, the sculptures were later acquired by the British Museum in 1816.
  • Greece has persistently sought their permanent return to Athens since gaining independence in the 1830s.
  • However, the British Museum maintains ownership, asserting that Elgin obtained them legally through a contract with the Ottoman Empire.
  • Nevertheless, the validity of the permission granted to Elgin remains contentious due to the absence of original documentation.

Evolution of the Conflict and Conflicting Positions

  • The controversy has seen periodic escalations, notably highlighted during the 1980s when Greek actress championed the cause for repatriation during her tenure as Greece’s culture minister.
  • Despite Greece’s consistent demands, the British Museum staunchly refuses to return the sculptures, citing legal acquisition.
  • British Museum proposed that the sculptures remain divided between museums due to losses and potential safety concerns associated with reunification.

Recent Developments and Diplomatic Strains

  • Recent events, including the cancellation of a meeting between British Prime Minister and Greek Prime Minister, have heightened tensions.
  • Greece vows to continue discussions with the British Museum regarding the sculptures’ return.
  • Speculation arises that the Labour Party, expected to win upcoming national elections, might consider a loan agreement between the British Museum and the Greek government, potentially signaling a policy shift regarding ownership and repatriation of the Parthenon Sculptures.

Ongoing Diplomatic Implications

  • The unresolved dispute remains a focal point in diplomatic relations between Greece and the UK, revolving around the cultural heritage and rightful ownership of these ancient artifacts.
  • The debate underscores the complexities of cultural diplomacy and the ongoing global discourse surrounding the repatriation of historically significant artifacts.

SOURCE: https://indianexpress.com/article/explained/explained-culture/parthenon-sculptures-britain-greece-9046166/




ZIMBABWE’S VENTURE INTO GEOTHERMAL ENERGY

TAG: GS 3: ECOLOGY AND ENVIRONMENT

THE CONTEXT: Recently, Zimbabwe announced that it will construct its first utility-scale geothermal energy Independent Power Producer (IPP) and support the reduction of greenhouse Gas (GHG) emissions in the country, of which the energy sector is the highest contributor.

Project Origins and Climate Fund Support

  • The endeavor emerges from the Green Resilient Recovery Rapid Readiness (GRRRR) and Geothermal Energy Development Project in Zimbabwe.
  • This initiative, identified under the Green Climate Fund, aims to reduce the country’s reliance on fossil fuels and address the highest contributor to greenhouse gas emissions, primarily from the energy sector.

Current Energy Scenario and Climate Challenges

  • Zimbabwe’s energy makeup in 2021 comprised 71% from renewable sources, with hydropower dominating at 69%.
  • However, climate change-induced factors like increased droughts and erratic rainfall have impacted hydropower levels, leading to severe load shedding and heightened dependence on imported electricity and fossil fuels.

Geothermal Project Details

  • The geothermal project entails the establishment of a 10MW geothermal power plant in the Chimbwatata Hot Springs, Binga District.
  • The chosen binary cycle geothermal technology harnesses electricity and waste heat, offering an additional revenue stream.

Integration and Transmission

  • The generated electricity will be integrated into the existing energy grid via Zimbabwe Electricity Transmission and Distribution Company (ZETDC) transmission lines.

Climate Change Sensitivity and Hydropower Challenges

  • Despite Zimbabwe’s minor global contribution to greenhouse gas emissions, it ranks among the top 10 nations most affected by climate change.
  • The nation’s heavy reliance on hydropower, especially from the Kariba South hydroelectric power plant, faces a crisis due to plummeting water levels in Lake Kariba, exacerbating power shortages and affecting neighboring Zambia.

Geothermal as a Viable Alternative

  • The initiative highlights the significance of diversifying the energy mix to mitigate climate-induced vulnerabilities.
  • Geothermal power emerges as a promising alternative, offering reliability amidst climate-induced uncertainties impacting hydropower.

Challenges and Exploration of Other Renewable Sources

  • While geothermal energy represents a significant step, Zimbabwe has untapped potential in various renewables like solar, wind, and biofuels.
  • However, challenges such as financial constraints and reluctance in venturing into solar energy, despite its substantial potential, persist due to limitations in meeting diverse energy demands.

Future Prospects and Energy Dynamics

  • Efforts to expand renewable energy, including geothermal exploration, are crucial to Zimbabwe’s energy landscape.
  • Collaboration through joint ventures or international investments becomes imperative for implementing large-scale projects beyond the utility’s financial capabilities.

Conclusion

  • Zimbabwe’s foray into geothermal power marks a pivotal shift in energy strategy, aiming to bolster energy security, mitigate climate risks, and diversify the energy portfolio for sustainable development.
  • The exploration of alternative renewable sources aligns with the nation’s quest for energy resilience amid climate-induced challenges.

GREEN CLIMATE FUND (GCF) :

  • The Green Climate Fund (GCF) was adopted by 194 governments as a financial mechanism of the United Nations Framework Convention on Climate Change.
  • Its goal is to limit or reduce greenhouse gas emissions in developing countries and help adapt vulnerable societies to the already-felt impacts of climate change.
  • It aims to make an ambitious contribution to attaining the mitigation and adaptation goals of the international community with the goal of keeping the temperature increase of the planet below 2 degrees Celsius.
  • The Fund aims to support a paradigm shift in the global response to climate change.
  • It allocates its resources to low-emission and climate-resilient projects and programmes in developing countries.
  • It is designed as an operating entity of the Convention’s financial mechanism and is headquartered in the Republic of Korea.
  • It is governed by a 24 Board member Board, representing countries, and receives guidance from the Conference of the Parties to the Convention (COP).

SOURCE: https://www.downtoearth.org.in/news/africa/zimbabwe-to-construct-first-utility-geothermal-power-plant-93036




MICHAUNG – A CYCLONIC STORM

TAG: GS 1: GEOGRAPHY

THE CONTEXT: As per the IMD, there is a strong possibility of the development of a potential cyclonic storm named ‘Michaung’ in the Bay of Bengal, originating from a low-pressure area.

EXPLANATION:

  • The India Meteorological Department (IMD) has issued warnings and forecasts regarding the progression of this weather system.

Cyclone Formation:

  • Initially identified as a low-pressure area in the South Andaman Sea, it has evolved into a well-marked low-pressure area.
  • Predicted to intensify into a depression by November 30 and further evolve into a cyclonic storm named ‘Michaung’ over the Southwest and adjoining Southeast Bay of Bengal within the next 48 hours.

Anticipated Weather Conditions:

  • South Andaman Sea and Andaman & Nicobar Islands are expected to experience strong winds initially, reaching speeds of 25-35 kmph gusting to 45 kmph on November 29.
  • Forecasted light to heavy rainfall in the Nicobar Islands and Andaman Islands between November 29 and December 1.
  • Squally weather with increasing wind speeds in the Southeast Bay of Bengal from November 30 onwards, likely reaching gale wind speeds by December 2.
  • Fishermen advisories have been issued for different regions to avoid venturing into the sea during specific periods due to the expected severe weather conditions.

Rainfall Forecasts in Other Regions:

  • Various regions across India, including Jammu-Kashmir-Ladakh-Gilgit-Baltistan-Muzaffarabad, Himachal Pradesh, Uttarakhand, Northwest India, Madhya Pradesh, Maharashtra, Vidarbha, Tamil Nadu, Puducherry, Karaikal, Kerala, and Mahe are also forecasted to experience light to heavy rainfall, accompanied by thunderstorm activities at isolated places, during specific time frames.

State Preparations and Alerts:

  • The Odisha government has placed seven coastal districts on alert due to the anticipated cyclonic storm formation, advising necessary precautions.
  • The IMD’s proactive approach in issuing warnings and advisories regarding the cyclonic storm’s progression reflects a commitment to public safety and preparedness.

Significance of warnings:

  • The significance of these warnings is to alert not only coastal regions but also inland areas prone to heavy rainfall and thunderstorms, emphasizing the need for precautions and preparedness measures.
  • The coordinated efforts of meteorological departments, regional governments, and the dissemination of information to potentially affected areas demonstrate a proactive approach towards minimizing the impact of the cyclonic storm on both coastal and inland regions.
  • Residents, especially in the warned areas, are urged to follow safety instructions and preparedness guidelines to mitigate potential risks associated with severe weather conditions.
  • It’s essential for individuals and authorities in these regions to stay updated with the latest forecasts and advisories from official weather monitoring agencies to ensure appropriate actions are taken to safeguard lives and property.

SOURCE: https://www.hindustantimes.com/india-news/cyclonic-storm-michaung-over-bay-of-bengal-likely-in-next-48-hours-imd-101701227978409-amp.html




INTERNATIONAL LABOUR ORGANIZATION (ILO)

TAG: GS 2: INTERNATIONAL RELATIONS

THE CONTEXT: Recently, the International Labour Organization (ILO) report revealed an alarming statistics of work-related fatalities globally, highlighting the urgent need for enhanced safety measures and comprehensive health protocols in workplaces.

KEY FINDINGS:

  • Global Work-Related Deaths:
    • Approximately 30 lakh workers lose their lives annually due to work-related accidents and diseases.
    • The Asia-Pacific region alone accounts for more than 63% of these fatalities.
  • Leading Causes of Deaths:
    • Long working hours, exposure to occupational hazards like particulate matter, gases, and fumes, followed by occupational injuries, are the major contributors to these fatalities.
  • Occupational Risk Factors:
    • Exposure to long working hours (55 hours or more per week) stands as the most significant risk factor, resulting in approximately 7.45 lakh deaths.
    • Work-related diseases contribute to a significant number of fatalities, with circulatory diseases, malignant neoplasms, and respiratory diseases being the primary causes.
  • ILO Conventions and Ratification:
    • Only 79 out of 187 member countries have ratified the ILO Occupational Safety and Health Convention (No. 155), and 62 countries have ratified the Promotional Framework for Occupational Safety and Health Convention, 2006 (No. 187).
    • India has yet to ratify both conventions.
  • Work-Related Diseases and Occupational Hazards:
    • Most deaths (26 lakh) are due to work-related diseases, while 3.3 lakh deaths result from work accidents.
    • Occupational exposure to certain elements like chromium, asbestos, and other hazards has contributed to a rise in diseases like lung cancer, mesothelioma, and skin cancer.

Recommendations:

  • The report emphasizes “Fundamental Principles and Rights at Work” for ensuring safety and health at workplaces.
  • It encompasses the freedom of association, elimination of forced labor and child labor, eradication of employment discrimination, and the provision of a safe working environment.

Implications:

  • The data underscores the need for robust safety frameworks and collective efforts to prevent work-related fatalities and illnesses.
  • Ratification of ILO conventions and adherence to safety protocols are crucial to ensuring a safer working environment globally.
  • The rise in occupational diseases due to exposure to various hazards necessitates more stringent safety measures and increased awareness regarding health risks in specific industries.

Overall Assessment:

  • The report serves as a stark reminder of the imperative to prioritize occupational safety and health standards universally.
  • It stresses the significance of international collaboration and adherence to fundamental rights at work to mitigate the alarming rates of work-related deaths and diseases.

SOURCE: https://www.thehindu.com/news/national/as-deaths-due-to-work-related-factors-increase-ilo-report-calls-for-countries-to-strengthen-safety-net/article67580297.ece




DOLLARISATION OF ECONOMY

TAG: GS 2: INTERNATIONAL RELATIONS, GS 3: ECONOMY

THE CONTEXT: Javier Milei, the recent winner of Argentina’s presidential election, has drawn attention for his unconventional policies, one of them being the plan to replace the country’s currency of peso with the dollar.

Argentina’s Recent Election and Dollarisation Proposals:

  • Context of Argentina’s Election:
    • Javier Milei, the recent winner in Argentina’s presidential election, has gained attention due to his unorthodox policies, including proposing the replacement of the peso with the dollar.
  • Economic Challenges in Argentina:
    • Argentina grapples with high inflation exceeding 100%, significant poverty levels, and a weakened purchasing power affecting its citizens.
  • Milei’s Policy Stand:
    • Milei’s campaign promises included dollarisation, elimination of the Central Bank, and considerable government spending cuts.
  • Adjustment in Approach:
    • Post-election, Milei appears to backtrack on immediate dollarisation and currency control relaxation due to Argentina’s limited dollar reserves.

The Pros and Cons of Dollarisation:

  • Benefits of Dollarisation:
    • Dollarisation can potentially curb hyperinflation by disconnecting rising prices from increased money supply controlled by political interests.
    • It may encourage economic growth by necessitating export focus and foreign capital inflows into a stable currency environment.
  • Drawbacks of Dollarisation:
    • Economies lose policy leverage with limited control over money supply.
    • Currency depreciation for export advantages becomes unavailable.
    • Critics highlight the challenges of losing monetary policy control and the potential constraints on boosting exports.

Ecuador’s Experience with Dollarisation:

  • Successful Outcomes of Dollarisation:
    • Ecuador, after adopting the dollar, showcased substantial economic growth, poverty reduction, and improved inequality metrics.
    • Notable achievements included reduced inflation rates, GDP growth, and lowered foreign debt ratios.
  • Role of Other Factors in Success:
    • Ecuador’s natural resource reserves, particularly oil and gas, played a significant role in economic progress during the commodity boom.
    • Government policies under Rafael Correa expanded state intervention, increased social spending, and altered fiscal policies, impacting economic growth.

Complexity of Economic Prosperity:

  • Role of Active Fiscal Policy:
    • Ecuador’s economic prosperity wasn’t solely due to dollarisation but involved active fiscal policy, especially during rising oil prices, resulting in substantial social spending.
  • Challenges and Lessons from Greece:
    • Greece’s Euro adoption led to growth but constrained policy options during the Eurozone crisis, leading to austerity measures imposed by external institutions like the IMF and ECB.
  • Evaluation of Dollarisation:
    • Dollarisation isn’t a cure-all but can succeed with strategic domestic policy.
    • However, overreliance on external currency without independent policy may lead to limitations similar to Greece’s experience.

Argentina’s Prospective Scenario:

  • Milei’s Approach and Concerns:
    • Milei’s intent to abolish the Central Bank and slash government spending raises concerns about limited policy space and potential austerity measures.
  • Awaiting Economic Outcomes:
    • Argentina faces a potential shift in economic policy under Milei’s leadership, with the public watching the impact of such macroeconomic decisions on their lives.

SOURCE: https://www.thehindu.com/business/Economy/can-dollarisation-save-an-economy-explained/article67580968.ece/amp/




JAMES WEBB SPACE TELESCOPE

TAG: GS 3: SCIENCE AND TECHNOLOGY

THE CONTEXT: The James Webb Space Telescope has observed early galaxies that are in a “teenage” phase, having formed approximately 2-3 billion years after the Big Bang.

Observations by James Webb Space Telescope:

  • Focus of Observation:
  • Characterizing Teenage Galaxies:
    • The telescope observed 23 such galaxies, analyzing light across various wavelengths to understand their chemical makeup or “chemical DNA.”
    • These galaxies show characteristics of being relatively mature with substantial star formation while still rapidly growing, akin to teenagers.
  • Unique Characteristics:
    • Galaxies during this phase differ significantly from modern-day galaxies, undergoing vital but not fully understood processes shaping their future characteristics.
    • The temperature of gas in star-forming regions is notably higher (~24,000 degrees Fahrenheit) compared to present-day galaxies, indicating differences in stars and gas properties.

Chemical Composition and Galactic Evolution:

  • Chemical Analysis:
    • Detection of eight elements within these galaxies, including oxygen, helium, nitrogen, sulfur, argon, nickel, and silicon.
    • Oxygen is particularly significant for tracking past galactic growth.
    • The presence of nickel, typically not detectable in nearby galaxies, suggests uniqueness in the massive stars causing the gas to emit light.
  • Understanding Galactic Evolution:
    • The presence of elements beyond hydrogen and helium provides insights into the star formation history, revealing how many stars formed in the past and the rate at which they occurred.
    • The findings suggest that these galaxies are still in a chemically ‘immature’ state and are evolving rapidly.

Significance of James Webb Space Telescope and CECILIA Survey:

  • Impact of Webb Telescope:
    • The JWST, operational since 2021, has significantly reshaped our understanding of the early universe by providing detailed observations of distant galaxies.
    • While it has enabled the observation of the earliest galaxies, the study suggests limited knowledge about them. However, it offers profound insights into galaxies a bit further along in development.
  • CECILIA Survey’s Contribution:
    • The study presents initial findings from the CECILIA Survey, leveraging JWST’s capabilities to study the chemistry of distant galaxies.
    • This survey is named after Cecilia Payne-Gaposchkin, a prominent 20th-century astronomer, and represents a groundbreaking use of JWST’s capabilities.

Conclusion:

  • The James Webb Space Telescope’s observations of ‘teenage’ galaxies provide crucial insights into the early phases of galactic evolution.
  • The study, using the CECILIA Survey, analyzes the chemical composition of these galaxies, shedding light on their unique characteristics and rapid evolution.
  • These observations reshape our understanding of galactic development in the early universe, highlighting the significance of JWST’s capabilities in unraveling cosmic mysteries.

SOURCE: https://www.thehindu.com/sci-tech/science/james-webb-space-telescope-spies-precocious-teenage-galaxies/article67565120.ece




OPTICAL FIBRES

TAG: GS 3: SCIENCE AND TECHNOLOGY  

THE CONTEXT: Along with quantum optics, fibre optic communication stands on the cusp of a new era. So, in this article we will discuss the intricacies of fibre optic cables, their historical evolution, working principles, technological advancements, and their current and potential future applications.

Introduction to Optical Fibres:

  • Optical fibres are slender glass strands used for transmitting data in the form of light pulses.
  • They’re incredibly thin, almost resembling the diameter of a human hair.
  • They are capable of carrying vast amounts of digital information over long distances.

Evolution and Development:

  • Historical background:
    • It traces the historical timeline of light guidance and manipulation from Colladon’s demonstration of light’s narrow stream in water jets to the early use of thin glass rods in medicine and defense.
  • Landmark moments:
    • The contributions of scientists like John Tyndall, Clarence Hansell, John Logie Baird, and the significant breakthroughs by Harold Hopkins, Narinder Singh Kapany, Lawrence E. Curtiss, and Theodore Maiman have been significant.

Working Principle of Optical Fibres:

  • Nature of Light:
    • Light is an electromagnetic wave with a spectrum of frequencies, including visible light, X-rays, radio waves, and heat.
    • Optical fibres utilize the properties of light to transmit data.
  • Total Internal Reflection (TIR):
    • When light passes from one medium to another, such as from glass to air, its path bends due to the change in the refractive index.
    • Refractive index refers to how fast light can travel in a medium.
    • Total Internal Reflection (TIR) is the phenomenon where light traveling within a material strikes the boundary with another material at an angle greater than the critical angle and is reflected back into the original material instead of refracting outwards.
  • Light Propagation in Optical Fibres:
    • Optical fibres consist of thin cylindrical strands of glass with a diameter close to that of a human hair.
    • These fibres serve as the medium for transmitting information encoded as digital data.
    • When a beam of light (carrying encoded information) enters an optical fibre, it passes through the glass but experiences partial reflection at the boundary between the glass and air due to the differences in refractive index.
    • If the angle of incidence is within a certain range (greater than the critical angle), the light will be totally reflected back within the glass fibre.
    • This total internal reflection allows the light to propagate through the fibre over long distances without significant loss of optical power.
    • The information encoded in the form of electromagnetic waves travels within the glass walls, bouncing off the internal surfaces of the fibre, and traverses several kilometers while retaining the integrity of the signal.
  • Components of Fibre Optic Communication:
    • A fibre optic communication system comprises three essential components:
      • Transmitter: Encodes information into optical signals (rapidly blinking light pulses representing zeros and ones).
      • Optical Fibre: Carries the encoded signal over long distances using the principles of total internal reflection.
      • Receiver: Decodes the transmitted optical signals, reproducing the original information.
    • Advantages of Optical Fibres:
      • Optical fibres enable high-speed data transmission rates, capable of carrying large volumes of information, such as text, images, videos, and voice calls, almost at the speed of light.
      • Unlike traditional communication mediums like radio or copper cables, optical fibres are less susceptible to external interferences such as lightning and weather conditions.

CURRENT AND FUTURE APPLICATIONS:

  • Telecommunications:
    • Fiber optics are extensively used in modern communication networks for transmitting data, providing high-speed internet, and enabling phone calls.
  • Medical Science:
    • Optical fibers are employed in endoscopy, illuminating surgical sites, and transmitting images for medical procedures.
  • Laser Technology:
    • Fiber optics contribute to laser technology, used in various industries for cutting, welding, and medical procedures like laser eye surgery.
  • Sensing Technology:
    • Optical fibers have applications in sensing systems, including environmental monitoring and industrial sensors.
  • Quantum Technologies:
    • Integration of fiber optics with quantum technologies is expected to revolutionize secure communication and computing.
  • Expanded Connectivity:
    • Further advancements may bring enhanced fiber optic networks into homes and rural areas, providing faster and more reliable internet access.
  • Smart Cities and IoT:
    • Fiber optics could play a pivotal role in creating interconnected smart cities and powering the Internet of Things (IoT) for improved efficiency and connectivity.

IMPACT AND SIGNIFICANCE:

  • Global Connectivity:
    • Fiber optic technology has connected the world, facilitating instant communication, information exchange, and global interconnectedness.
  • Technological Advancements:
    • Its continuous development has led to faster data transmission, better signal quality, and more durable and efficient fiber optic cables.
  • Scientific Contributions:
    • Scientists, engineers, and researchers’ contributions in developing fiber optics have significantly impacted modern communication systems and various technological fields.
  • National and Economic Importance:
    • Governments recognize its strategic importance, as reflected in initiatives like India’s national mission on Quantum Technologies and Applications, which highlights the technology’s potential economic and scientific benefits.

SOURCE: https://www.thehindu.com/sci-tech/science/fibre-optic-cables-explained/article67579264.ece




MQ-9B PREDATOR ARMED DRONES

TAG: GS 2: INTERNATIONAL RELATIONS. GS 3: SCIENCE AND TECHNOLOGY

THE CONTEXT: India is procuring MQ-9B Predator armed drones from the United States to enhance its surveillance capabilities, particularly along the Line of Actual Control (LAC) with China.

EXPLANATION:

  • India aims to boost its surveillance capacity, particularly along the LAC with China, by procuring MQ-9B Predator drones which are known for their long-endurance and versatile capabilities.
  • The procurement deal involves 31 MQ-9B Predator armed drones from General Atomics (GA) under a government-to-government framework with the U.S.

Negotiations and Deal Finalization:

  • The deal is expected to be finalized by March 2024, pending clearance from the US Congress.
  • Negotiations between American and Indian officials are ongoing to settle details like cost and specifications.
  • The procurement agreement will be established between the Indian government and American authorities. The Pentagon will convey India’s requirements to General Atomics.
  • Estimated Cost:
    • While the final cost is yet to be determined, the estimated procurement is valued at around $3 billion.
  • Negotiation Process:
    • The negotiation process will ascertain the pricing and other intricate details, involving respective teams from India and the U.S.

Additional Aspects of the Deal:

  • Previous Collaboration:
    • A prior agreement between the U.S. and India involved General Electric partnering with Hindustan Aeronautics Ltd. to manufacture jet engines for Indian military aircraft in India.
  • Drone Allocation:
    • The drones (Sea Guardian and Sky Guardian) will be distributed among the three services (Navy, Air Force, and Army) for various purposes like maritime surveillance, anti-submarine warfare, and targeting.

Drone Capabilities and Prior Engagement:

  • MQ-9B Sea Guardian Drones:
    • These drones are high-altitude, long-endurance vehicles capable of remaining airborne for over 35 hours.
    • They can carry weaponry like Hellfire missiles and bombs, enhancing India’s surveillance and offensive capabilities.
  • Prior Engagement:
    • In 2020, the Indian Navy leased two MQ-9B Sea Guardian drones from General Atomics for one year, subsequently extending the lease for surveillance in the Indian Ocean.

Conclusion:

  • India’s pursuit of MQ-9B Predator drones underscores its focus on bolstering defense capabilities, particularly in surveillance and potential offensive operations along the LAC with China.
  • The impending deal signifies a significant stride in India’s defense modernization efforts and strategic partnership with the United States in the realm of military technology and cooperation.

SOURCE: https://www.thehindu.com/news/national/india-us-look-at-finalising-mq-9b-predator-drone-deal-by-early-next-year/article67579519.ece




NOT A PANACEA: ON THE MARATHA DEMAND FOR RESERVATION

THE CONTEXT: In a sign of significant socioeconomic churning in various parts of India, there have been demands for reservation by communities that are known to be politically dominant and are not traditionally classified as “backward”.

WHO ARE THE MARATHAS?

  • The Marathas are a group of castes comprising peasants and landowners among others constituting nearly 33 per cent of state’s population.
  • While most Marathas are Marathi-speaking, not all Marathi-speaking people belong to the Maratha community.
  • This politically dominant community in state comprises nearly one-third of the population of the state.
  • Historically, they have been identified as a ‘warrior’ caste with large land holdings.
  • Since the formation of Maharashtra state in 1960, of its 20 chief ministers, 12 have been from the Maratha community.

ABOUT MARATHA COMMUNITY

  • Maratha community has had significant representation in positions of political power, over 35% of MLAs since 1967 and 12 of 18 Chief Ministers in the State.
  • It has also traditionally been economically influential in rural areas due to landowning, over 75% of the cultivable land in the State, besides controlling an overwhelming majority of sugar factories.
  • Data from the India Human Development Survey (IHDS) in 2011-12 in the State:
    • Marathas had a per capita consumption expenditure only lower than that of Brahmins.
    • Poverty incidence among Marathas was comparable to that of other forward communities and significantly lower than that of Scheduled Castes and Scheduled Tribes and marginally lower than that of Other Backward Classes.
  • There are significant intra-community variations in terms of income and educational outcomes.
    • The IHDS survey showed that the highest quintile of the community had an average per capita income of ₹86,750, while the per capita income of the lowest quintile was one-tenth of this.
  • The Marathas have been demanding reservation in government jobs and educational institutions for a long time.

ISSUES AROUND THE MARATHA RESERVATION

GOVERNMENT’S RESPONSE:

Government bowed to the demands of the latest agitation and set up a committee to help expedite the issue of Kunbi certificates to all Marathas so that they could benefit from reservations as part of the OBCs.

THE WAY FORWARD

Comprehensive socio-economic survey: The need for a comprehensive socio-economic survey across states, instead of knee-jerk responses to agitations, is a must to evaluate the implementation of reservation, its outcomes, and to find out which group deserves it based on constitutional provisions.

Bringing in proper framework: There is a need to bring proper framework for job ecosystem. As the role of the government is not in the matter of job creation but that of building an ecosystem conducive to creation of jobs. It has become common to suggest that the “New India” is characterised by the overwhelming importance of private enterprise, therefore new frameworks are needed.

Alternative ways to provide benefits: Alternative ways to provide benefits to the Maratha community, such as through scholarships or targeted subsidies. This would allow the government to address the specific needs of the Maratha community without creating a new reservation category.

CONCLUSION:

Any solution to the Maratha reservation issue will need to be carefully considered and will likely require a combination of approaches. The Maharashtra government will need to work closely with the Maratha community to develop a fair and equitable solution for all.

PREVIOUS YEAR QUESTION:

Q) Whether National Commission for Scheduled Castes (NCSC) can enforce the implementation of constitutional reservation for the Schedules Castes in the religious minority institutions? Examine. (2018)

MAINS PRACTICE QUESTION:

Q) Discuss the issues around the demand for reservation for the Marathas. Can we say that the time has come to extend the scope of reservation to private sector in India?. Argue.

SOURCE: Not a panacea: The Hindu Editorial on the Maratha demand for reservation – The Hindu