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  • Stop the dithering and encourage green elections in India

    Mains Pyq: ‘Simultaneous election to the Lok Sabha and the State Assemblies will limit the amount of time and money spent in electioneering but it will reduce the government’s accountability to the people’ Discuss.

    Prelims Pyq: 

    Consider the following statements :​
    1. In India, there is no law restricting the candidates from contesting in one Lok Sabha election from three constituencies.​

    2. In 1991 Lok Sabha Election, Shri Devi Lal contested from three Lok Sabha constituencies.​

    3. As per the existing rules, if a candidate contests in one Lok Sabha election from many constituencies, his/her party should bear the cost of bye-elections to the constituencies vacated by him/her in the event of him/her winning in all the constituencies.​

    Which of the statements given above is/are correct?​

    a.1 only
    b.2 only​
    c.1 and 3
    d. 2 and 3

     

    Some states have embraced online voting. It's a huge risk. - POLITICO

    Why is it in news?

    • Amidst the climate crisis, shifting to sustainable practices across every sphere of human activity has become inevitable and urgent. In August 2023, ahead of the Assembly elections in five States, the Election Commission of India (ECI) voiced its concern over the environmental risks associated with the use of non-biodegradable materials in elections.

    What is the Concept of Green Elections?

    • Green elections involve adopting eco-friendly practices throughout the electoral process, including campaign materials, rallies, and polling booths.
    • Transitioning to sustainable alternatives can mitigate the environmental impact and promote citizens’ health.

    Why there is need of Green Elections?

    • Given that the conduct of every election results in an avoidable carbon footprint, there is a need for eco-friendly elections, which would be a boost to environmental stewardship alongside civic participation.
    • Sri Lanka and Estonia, for instance, have conducted environmentally-conscious elections. As India, the world’s most populous democracy, gears up for the next general election, environmental considerations must be prioritised, paving the way for ‘green elections’.

    Environmental Impact of Elections:

    • In the 2016 US presidential elections, emissions from campaign flights of just one candidate equaled the annual carbon footprint of 500 Americans.
    • Traditional election methods involve energy-intensive activities like rallies, use of loudspeakers, PVC flex banners, hoardings, and disposable items, contributing to environmental degradation.
    • India’s massive elections involving crores of voters and large political rallies exacerbate the environmental impact.
    • Paper-based materials and energy-intensive campaign practices further escalate the environmental footprint.

    Challenges in India for green elections:

    • Technological Challenges: Implementing electronic and digital voting systems requires robust infrastructure, especially in rural areas, to ensure reliable access to technology. Measures to prevent hacking and fraud must be put in place to maintain the integrity of the electoral process.
    • Access and Training: Ensuring fair access to new voting technologies for all voters, including marginalized communities, poses a significant challenge. Training election officials and voters alike on the use of new technologies is essential to facilitate smooth adoption.
    • Financial Constraints: Governments may face substantial upfront costs for acquiring eco-friendly materials and implementing new technology, which could deter financially constrained administrations from pursuing such initiatives.
    • Cultural and Behavioural Hurdles: Overcoming cultural inertia and the perception of physical presence at polling booths as sacrosanct poses a behavioural challenge. Public scepticism towards new approaches and concerns about compromises to vote security must be addressed to gain widespread acceptance.
    • Transparency and Auditing: Ensuring transparency in the adoption of new technologies and implementing effective auditing mechanisms are crucial to building trust in environmentally-friendly election practices.
    Research Findings for mains answer value addition:
    • Research by Willemson and Krips from Estonia (2023) identified transportation of voters and logistics to and from polling booths as the primary source of carbon emissions during elections.
    • The running of polling booths constitutes the secondary source of emissions.
    • Transitioning to digital voting systems could potentially reduce the carbon footprint by up to 40%.

     

    Successful examples of green elections

    Kerala:

    • Campaigning Restrictions: During the 2019 general election, the Kerala State Election Commission urged political parties to avoid single-use plastic materials.
    • Ban on Non-Biodegradable Materials: The Kerala High Court imposed a ban on flex and non-biodegradable materials in electioneering, promoting the use of alternatives like wall graffiti and paper posters.
    • Collaboration for Green Elections: Government bodies collaborated with the district administration in Thiruvananthapuram to ensure eco-friendly elections, including conducting training sessions for election workers in villages.

    Goa:

    • Eco-Friendly Election Booths: In 2022, the Goa State Biodiversity Board introduced eco-friendly election booths for the Assembly elections, utilizing biodegradable materials crafted by local traditional artisans.

    Sri Lanka:

    • Carbon-Sensitive Campaign: The Sri Lanka Podujana Peramuna (SLPP) party launched the world’s first carbon-sensitive environmentally friendly election campaign in 2019.
    • Carbon Emission Measurement: SLPP measured carbon emissions from vehicles and electricity used during political campaigns and compensated for them by planting trees in each district through public participation.

    Estonia:

    • Digital Voting Initiative: Estonia pioneered digital voting as an online alternative, promoting voter participation while reducing the environmental footprint of traditional paper-based elections.
    • Robust Security Measures: The success of Estonia’s digital voting system demonstrates that accompanying robust security measures can ensure both eco- and electorate-friendly elections.

    Suggested blueprint and Way-forward for Green elections

    • Involving All Stakeholders: The green transition must involve all stakeholders, including political parties, Election Commissions, governments, voters, the media, and civil society.
    • Integration of Directives: Success lies in integrating top-level directives with grassroots initiatives to foster a green transition effectively.
    • Leadership Role: Political parties should take the lead in enacting legislation mandating eco-friendly electoral practices.
    • Legislative Initiatives: This involves campaigning through digital platforms or door-to-door campaigning, reducing energy-intensive public rallies, and encouraging the use of public transportation for election work.
    • Supporting Local Alternatives: Incentivizing the replacement of plastic and paper-based materials with sustainable local alternatives for polling booths, such as natural fabrics, recycled paper, and compostable plastics, aids waste management and supports local artisans.
    • Advocacy for Digital Voting: The ECI can push for digital voting, despite the need for training and capacity building of officials.
    • Ensuring Equal Participation: To ensure equal participation of all voters in the digital electoral process, the government must educate and support voters and ensure equitable access to digital technology.
    • Catalyst Role: Civil society should act as a catalyst in promoting eco-conscious electoral practices.
    • Media’s Crucial Role: The media can emphasize the environmental impact of conventional election methods and shed light on innovative eco-friendly alternatives.
    • Setting an Example: Embracing eco-conscious electoral practices can help India set an example for other democracies around the world.

  • Representative Concentration Pathways (RCPs) by IPCC

    In the news

    • This newscard is an excerpt from an original article published in the TIE.

    What are Representative Concentration Pathways (RCPs)?

    • The Representative Concentration Pathways (RCPs) were rolled out as part of the Fifth Assessment Report (AR5) of the IPCC in 2014.
    • These are basically emission scenarios that depict pathways of greenhouse gas and aerosol emissions resulting from human activities over time, crucial for climate modelling and forecasting.
    • These pathways were introduced to provide a consistent set of GHGs concentration trajectories for climate modelling and research purposes.
    • The RCPs were officially selected and defined based on their total radiative forcing levels in the year 2100.

    These pathways describe various climate change scenarios based on the amount of greenhouse gases emitted.

    1. RCP 2.6: Limits global warming to less than 2°C above pre-industrial levels while also attempting to keep ocean acidification under control. Greenhouse gas emissions must be reduced significantly compared to current levels.
    2. RCP 4.5: Reflects an intermediate scenario where emissions peak around 2040 and then gradually decrease. Global mean temperature rise is projected to reach approximately 2°C above pre-industrial levels by 2100.
    3. RCP 6: Stabilizes radiative forcing at 6 watts per square meter (W/m²) after 2100 following peaking around mid-century. It aims to achieve a lower level of global warming but does not exclude temporary overshoots beyond 2°C.
    4. RCP 8.5: Presents a high-emission scenario characterized by increasing radiative forcing throughout the century. By 2100, it results in a global mean temperature increase of over 4°C above pre-industrial levels.

    Back2Basics: Intergovernmental Panel on Climate Change (IPCC)

    Description
    Establishment Established in 1988 by WMO and UNEP
    Membership 195 member countries.
    Objective Assess scientific info on human-induced climate change, impacts, and mitigation/adaptation options.
    Main Activity Prepares assessment, special, and methodology reports, crucial for international climate negotiations.
    Scientific Research Relies on global scientific community for literature review and conclusions.
    Working Groups Comprises three groups:

    1. I (climate physics),
    2. II (impacts/adaptation), and
    3. III (mitigation)
    Reports Each group issues reports, compiled into a synthesis report.

    Try this PYQ from CSP 2018:

    “Momentum for Change: Climate Neutral Now” is an initiative launched by:

    (a) Intergovernmental Panel on Climate Change

    (b) UNEP Secretariat

    (c) UNFCCC Secretariat

    (d) World Meteorological Organisation

    [wpdiscuz-feedback id=”vot1xq3ins” question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • In news: Theyyam Performance Art of Kerala

    Theyyam

    In the news

    • This newscard is an excerpt from an image published in today’s edition of TH.

    About Theyyam

    • Theyyam is a traditional ritualistic performance art form native to the northern region of Kerala.
    • It is believed to have evolved over centuries, combining elements of music, dance, and drama to honor various Hindu deities, especially Goddess Kali.

    Key Features

    • Unique format: Theyyam performances take place at village shrines or in joint-family homes rather than on stages.
    • Lengthy duration: Performances can span from 12 to 24 hours, reflecting their importance within the community.
    • Ritual: The chief dancers live near the shrine during the entire event and do not eat after sunset.
    • Masks and costumes: Various types of masks and face paints are used, characterized by vibrant colors.
    • Musical accompaniment: Traditional Kerala instruments like chenda (drum), tuti (flute), kuzhal (wind instrument), and veekni (percussion instrument) support the dancers.
    • Dance steps: Specific dance steps called “Kalaasams” follow a structured sequence.
    • Religious influence: Certain aspects of Theyyam, such as abstaining from eating after sunset, indicate religious influences from Jainism and Buddhism.

    Try this PYQ from CSP 2017:

    Q. With reference to Manipuri Sankirtana, consider the following statements:

    1. It is a song and dance performance.
    2. Cymbals are the only musical instruments used in the performance.
    3. It is performed to narrate the life and deeds of Lord Krishna.

    Which of the statements given above is/are correct?

    a) 1, 2 and 3

    b) 1 and 3 only

    c) 2 and 3 only

    d) 1 only

    [wpdiscuz-feedback id=”fw67t8vamo” question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • An expansive land management policy is overdue

     

    Mains Pyq:  Discuss the role of land reforms in agricultural development. Identify the factors that were responsible for the success of land reforms in India. (UPSC CSE 2016)

     

    Prelims Pyq: With reference to land reforms in independent India, which one of the following statements is correct?  (UPSC CSE 2019)

    1. The ceiling laws were aimed at family holdings and not individual holdings.
    2. The major aim of land reforms was providing agricultural land to all the landless.
    3. It resulted in cultivation of cash crops as a predominant form of cultivation.
    4. Land reforms permitted no exemptions to the ceiling limits. 

    India lost 2.5 per cent of GDP to land degradation

    Context:

    Land is central to all human activities. It provides ecological, economic, social, and cultural services. But this multi-dimensional character of land is often overlooked in land management practices, resulting in excessive stress, land degradation, and environmental draw down.

    What do various reports highlight about land degradation and management?

    • Global Losses Due to Land Degradation: The annual losses of ecosystem services due to land degradation have been estimated at a staggering $6 trillion globally. This highlights the significant economic impact of neglecting land management.
    • UN Convention to Combat Desertification (COP14): The COP14 held in New Delhi in 2019 focused on discussing the problem of land degradation experienced by different countries. It emphasized the need to achieve land degradation neutrality, indicating the urgency of addressing this issue on a global scale.
    • Intergovernmental Panel on Climate Change (IPCC) Special Report: The IPCC’s special report on ‘Climate Change and Land’ in 2019 underscored the importance of country-level stocktaking of land management practices. It recommended near- and long-term actions aimed at reducing competition for land while maximizing co-benefits and minimizing negative impacts on key ecosystem services.
    • Food and Agriculture Organization (FAO) Report: The FAO’s report titled ‘State of the World’s Land and Water Resources for Food and Agriculture: The System at Breaking Point’ in 2021 emphasized the urgent need to prioritize land, soil, and water management. It highlighted the neglected area of public policy and human welfare, stressing the importance of caring for the long-term future of land resources.

    What are the challenges in land management in India?

    • Limited Geographical Area, High Population Density: Despite having only 2.4% of the world’s geographical area, India accommodates more than 17% of the world population. This high population density exacerbates land management issues, increasing pressure on available land resources.
    • Degraded Land: Approximately 30% of India’s total geographical area is degraded land. This degradation reduces agricultural productivity, diminishes ecosystem services, and contributes to environmental issues such as soil erosion and desertification.
    • Competition for Arable Land: With around 55% of India’s total geographical area classified as arable land, there is intense competition among farmers and various sectors for access to agricultural land. This competition is further fueled by the demand for land due to rapid urbanization, infrastructure development, and industrial expansion.
    • Urbanization and Infrastructure Development: Rapid urbanization and infrastructure development are leading to the conversion of agricultural land into urban areas, resulting in the loss of fertile land and natural habitats. This trend contributes to land use conflicts, escalating land prices, and changing land rights.
    • Environmental Degradation and Loss of Ecological Functions: The encroachment on natural areas and degradation of land lead to the loss of ecological functions and biodiversity. This not only affects the livelihood opportunities of people dependent on environmental resources but also undermines the buffering capacity of natural ecosystems against disasters such as floods, droughts, and pollution.
    • Climate Change Impacts: Climate change exacerbates land management challenges by altering precipitation patterns, increasing the frequency of extreme weather events, and contributing to temperature rise. These changes further stress land resources, exacerbating land degradation and impacting agricultural productivity.

    What is the current status of land management in India?

    • Sectoral Approach and Administrative Complexity: Land management practices in India are predominantly sectoral, with different government departments implementing their own approaches. This fragmented governance structure leads to administrative complexity and coordination challenges among various stakeholders involved in land management.
    • State Government Jurisdiction: Land management falls under the purview of state governments in India. While this decentralization allows for localized decision-making, it can also lead to inconsistencies in policies and regulations across different regions.
    • Privately Owned Cultural Land: A significant portion of land in India, particularly cultural land, is privately owned. Land-use decisions are constitutionally vested with the owner, which further complicates the regulatory framework and implementation of land management practices.

    Status of Adoption and Implementation Land management practices:

    • Knowledge Gaps: Limited understanding of sustainable land management practices and their implications.
    • Short-Term Planning Bias: Emphasis on short-term gains over long-term sustainability in land-use planning.
    • Fragmented Approach: Lack of coordination among government agencies and stakeholders, leading to disjointed efforts in land management.
    • Lack of Action for Unforeseen Events: Inadequate preparedness and response mechanisms for unforeseen events such as natural disasters or climate change impacts.
    • Regulatory Barriers: Complex regulatory frameworks and bureaucratic hurdles that impede effective land management initiatives.

    What suggestions does this article give for addressing land management challenges in India?

    • Establishment of Multi-Stakeholder Platforms: Setting up multi-stakeholder platforms at the district and sub-district levels to bring together farmers, land managers, policymakers, civil society organizations, business leaders, and investors. This collaborative approach aims to facilitate sectoral integration and collective decision-making in land management.
    • Activation of District Planning Committees: Utilizing Article 243ZD (1) of the Constitution, which provides for district planning committees, to consolidate plans from panchayats and municipalities. These committees can be activated to prepare comprehensive land management plans covering both agricultural and non-agricultural sectors.
    • Adoption of a Landscape Approach: Embracing a landscape approach to land management, which considers the interconnectedness of various land uses and ecosystems. This approach provides deep insights into the potential of land and facilitates the allocation and reallocation of land for appropriate uses. It also enables evaluation, negotiation, trade-offs, and decision-making processes.
    • Integration of Climate-Smart Strategies: Incorporating climate-smart strategies into land management practices to address climate objectives, enhance agricultural production, improve local livelihoods, and promote the conservation of biodiversity. This entails implementing measures that mitigate climate change impacts and enhance resilience in land use planning and management.

     

    Case study of netherland for value addition 

    • Room for the River Program initiated by the Dutch government in 2006 to address flood risks.
    • Program adopts an integrated approach to water and land management, recognizing interconnectedness of river systems, floodplains, and landscapes.
    • Emphasizes nature-based solutions like creating floodplains, restoring wetlands, and constructing bypass channels.
    • Stakeholder engagement crucial for success, involving local communities, landowners, and stakeholders.
    • Aims for resilient landscapes, employing adaptive management for flexible responses to changing environmental conditions.

    In conclusion, effective land management is paramount for sustainable development, global stability, and environmental resilience. By embracing integrated approaches, nature-based solutions, and community engagement, India can address its land management challenges and pave the way for a more sustainable future. It is imperative for policymakers to prioritize these strategies, fostering collaboration and adaptability to safeguard India’s landscapes for generations to come.

     

  • Ancient Chalukyan Temples and Inscription Found

    chalukya

    Introduction

    • Recent archaeological findings in Mudimanikyam village, Nalgonda district, unveiled two Badami Chalukya temples dating back 1,300-1,500 years and a label inscription from the 8th or 9th century AD.
    • These discoveries shed light on the rich historical heritage of the region.

    Ancient Mudimanikyam Temples

    • Dating: The two temples, constructed between 543 AD and 750 AD, exhibit the distinctive Kadamba Nagara style in the Rekha Nagara format, a rarity in Telangana.
    • Architectural Significance: Research emphasizes the importance of these temples as testimonies to the Badami Chalukya period. With minimal restoration, they can serve as valuable relics of ancient architecture in Telangana.
    • Comparison: Apart from the Badami Chalukya temples at Alampur, these temples stand out as exceptional examples of architectural prowess from that era.

    Details of Label Inscription

    • Discovery: The label inscription, found on a pillar of a group of five temples in the village, dates back to the 8th or 9th century AD.
    • Meaning: While the exact meaning of the inscription, ‘Gandaloranru,’ remains unclear, ASI suggests it may denote a heroic title, with ‘Ganda’ in Kannada meaning ‘hero.’
    • Historical Context: The presence of the inscription indicates the existence of five temples, known as Panchakuta, during the late Badami Chalukya period. However, these temples are no longer in use, with one missing the Shivalinga and another containing a Vishnu idol.

    Badami Chalukyas: Legacy and Achievements

    • Establishment: Pulakeshin I founded the Chalukya dynasty in 550, establishing Badami (Vatapi) in present-day Karnataka as the capital.
    • Extent of Empire: The Badami Chalukyas ruled over territories encompassing modern Karnataka and large parts of Andhra Pradesh.
    • Pulakesi II’s Reign:
      1. Notable Conquests: Pulakeshin II expanded the empire northwards, halting Harsha’s advance and defeating the Vishnukundins in the southeastern Deccan.
      2. Diplomatic Relations: His reign saw diplomatic exchanges with Chinese and Persian empires, highlighting the dynasty’s international stature.
    • Vikramaditya Dynasty: The dynasty experienced resurgence under Vikramaditya I, who expelled the Pallavas from Badami, and reached its zenith under Vikramaditya II, who conquered Kanchipuram from the Pallavas.
    • Decline and End: The Rashtrakuta Dantidurga dethroned the last Badami Chalukya king, Kirtivarman I, in 753, ending the dynasty’s rule.

    Cultural Feats

    • Art and Architecture: The era witnessed the emergence of Vesara architecture, blending South Indian and North Indian styles, epitomized by monuments like the rock-cut temples of Pattadakal, Badami, and Aihole.
    • Coinage: Unique Coinage: Chalukya coins bore legends in Nagari and Kannada scripts, featuring symbols like temples, lions, and lotuses.
    • Religious Patronage: Initially adherents of Vedic Hinduism, the Chalukyas later embraced Shaivism, fostering sects like Pashupata, Kapalikas, and Kalamukhas, while also promoting Jainism.

    Government and Administration:

    • Military Prowess: The Chalukya army, comprising infantry, cavalry, and a formidable navy, employed innovative strategies, including intoxicating elephants before battle.
    • Administrative Structure: The empire was divided into provinces, districts, and smaller administrative units, with feudal lords governing autonomous regions.

    Try this PYQ from CSP 2019:

    Q. Building ‘Kalyaana Mandapas’ was a notable feature in the temple construction I the kingdom of:

    a) Chalukya

    b) Chandela

    c) Rashtrakuta

    d) Vijayanagara

    [wpdiscuz-feedback id=”duaaprqhs2″ question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • 200 Years of Kittur Uprising: Commemorating Rani Chennamma

    kittur

    Introduction

    • In 1824, a fleet of 20,000 British soldiers attempted to invade the former princely state of Karnataka, positioning themselves at the foothills of the Kittur fort.
    • However, Rani Chennamma, the Queen of Kittur, led a valiant resistance, marking one of the earliest woman-led anti-colonial struggles in India.

    Kittur Uprising: Historical Context

    • Background: Rani Chennamma’s rebellion against the British East India Company in 1824 is celebrated as a significant event in Karnataka’s political history.
    • Revolt Catalyst: The Company’s refusal to recognize Shivalingappa, adopted as the successor of Kittur under the ‘doctrine of lapse’, triggered the conflict.
    • Military Confrontation: Rani Chennamma led the Kittur army in a fierce battle against the British forces, resulting in the death of British official John Thackery.

    Doctrine of Lapse

    • Introduced by Lord Dalhousie in 1848, the Doctrine of Lapse aimed at expanding British territories in India.
    • The policy was based on the principle that a princely state without a suitable heir should become part of the British Empire.
    • Applied to princely states where the ruler died without a natural or legally adopted male heir, enabling the British to annex those states.
    • The policy was seen as illegitimate by many Indian rulers and played a role in the Indian Rebellion of 1857.
    • Several states annexed due to this Doctrine, include Satara (1848), Jaitpur (1849), Sambalpur (1849), Udaipur (1850), Jhansi (1853), and Nagpur (1854).
    • Prior to the Doctrine of Lapse, princely states had a traditional practice of selecting an heir from a group of candidates known as bhajans.
    • The policy was abandoned in 1859, two years after the end of the Company Rule in India.

    Legacy of Rani Chennamma

    • Political Leadership: Rani Chennamma’s role as an astute administrator and seasoned stateswoman is highlighted in historical records.
    • Popular Perception: Despite her contributions, Rani Chennamma’s significance in national consciousness emerged later, as Karnataka became a state much later than other regions.
    • Historical Interpretation: Folklore and local traditions fondly remember Rani Chennamma’s bravery and resilience, portraying her as a protector and guardian in Kannada lavanis or folk songs.

    Post-Rebellion Period

    • Imprisonment and Death: Following the British capture of Kittur Fort in 1824, Rani Chennamma and her family were imprisoned. She passed away in captivity in 1829.
    • Historical Records: Historians emphasize Rani Chennamma’s commitment to serving her people, even during her imprisonment, as evidenced by her efforts to support her family and people.

    Commemoration and Contemporary Relevance

    • Naanoo Rani Chennamma Campaign: Social groups across India are organizing a national campaign on February 21, commemorating Rani Chennamma’s rebellion.
    • Campaign Objectives: The campaign aims to mobilize women against patriarchal, anti-democratic, and casteist forces, invoking Rani Chennamma’s memory as a symbol of resistance and empowerment.
    • Political Significance: The campaign underscores the need for gender equality, representation, and social justice, drawing inspiration from Rani Chennamma’s legacy of courage and leadership.

  • Singhbhum Craton: Insights from the Archaean Age

    Why in the News?

    • Some recent study about the Singhbhum Craton in India, reveals that explosive volcanic eruptions were frequent around 3.5 billion years ago in regions that are also present in South Africa, and Australia.

    What are Cratons?

    • Cratons are stable, ancient portions of the continental lithosphere, consisting of Earth’s two topmost layers—the crust and the uppermost mantle.
    • Cratons are typically found in the interiors of tectonic plates and are characterized by their ancient crystalline basement rock, often dating back to the Archean Eon.
    • Mantle plume events have played a significant role in the evolution of cratons.

    About Singhbhum Craton:

    • The Singhbhum Craton is a geological region in India.
    • Location: It is located in eastern India, covering parts of the states of Jharkhand, Odisha, and West Bengal. The craton is separated from the Bastar Craton by the Mahanadi Graben and is in the vicinity of two Proterozoic mobile belts: the Satpura Mobile Belt and the Eastern Ghat Mobile Belt.
    • Geological features:
      • The rocks in the Singhbhum Craton are predominantly of Archean age, ranging from Paleoarchean to Paleoproterozoic.
      • It is a part of the larger Indian Shield, which is a stable continental crust that formed during the Archean Eon.
      • The Singhbhum Craton is known for its abundant occurrences of Banded Iron Formations (BIFs), which are closely associated with basic volcanic and ultrabasic intrusive. The craton is also known for its iron ore deposits, which are found in the Iron Ore Group (IOG) and are closely associated with lavas and tuffs.
      • The Singhbhum Craton has undergone regional metamorphism of the amphibolite facies and is believed to have evolved as a consequence of multiple phases of compressive deformation.
      • The craton is made up of multiple pulses of discrete mantle plume events, resulting in a complex geological history.

    Archaean Eon

    • The Archaean Eon, one of the two formal divisions of Precambrian time, began about 4 billion years ago and extended to the start of the Proterozoic Eon.
    • During this period, life on Earth was limited to simple single-celled organisms lacking nuclei, known as Prokaryota.
    • The atmosphere lacked oxygen, and the Earth’s crust had cooled enough to allow the formation of continents.
    • Volcanic activity was considerably higher than today, with numerous lava eruptions.
    • The oldest rock formations exposed on Earth are from the Archaean Eon.
    • The Archaean rock system includes Archaean Gneisses and Schists, which are the oldest metamorphosed rocks found in abundance in regions like the Dharwar district of Karnataka.

    What are the recent key findings?

    • Submarine Mafic Volcanism: The prevalence of submarine mafic volcanic eruptions between 3.5 and 3.3 billion years ago is documented, enriching our understanding of ancient volcanic and sedimentary processes.
    • Geodynamic Insights: Comparative analysis enhances our comprehension of early Earth tectonic activities and surface/atmospheric processes during the Archaean.

    Research Methodology Used:

    • Field Studies and Radiometric Dating: Detailed field-based studies coupled with uranium-lead radiometric-age dating were employed to establish geological timelines and understand magma crystallization.
    • Comparative Analysis: The geological similarities between the Singhbhum Craton and counterparts in South Africa and Australia were studied, focusing on volcanic eruption patterns.

    Implications and Significance of the study:

    • Earth’s Formative Years: Insights into Earth’s early tectonic activities contribute significantly to understanding the planet’s formative years.
    • Habitable Conditions: Unique geological features, such as greenstone belts, provide invaluable information about early habitable conditions and the emergence of life.
    • Global Geodynamic Processes: Comparative studies across cratons worldwide facilitate the construction of comprehensive models elucidating ancient geodynamic processes prevalent during the Archaean.

  • What are ‘Super Pollutants’?

    Why in the News?

    • Recently, the annual meeting of the Climate and Clean Air Coalition (CCAC) which took place from 21 to 23 February 2024 in Nairobi, Kenya on the margins of the Sixth session of the United Nations Environment Assembly (UNEA-6) highlighted the critical importance of international collaboration in combating short-lived climate pollutants, commonly known as “Super Pollutants.”

    What are Super Pollutants?

    • Super pollutants, or short-lived climate pollutants (SLCPs), have a shorter atmospheric lifespan compared to CO2 but significantly impact climate change and air quality. Methane (CH4), black carbon (soot), hydrofluorocarbons (HFCs), and tropospheric ozone (O3) are some of the major superpollutants.

    Impacts of Super Pollutants

    • Methane (CH 4):
      • Characteristics: Potent greenhouse gas emitted from various sources such as livestock and fossil fuel production.
      • Its Impact: Traps heat in the atmosphere, exacerbating climate change.
    • Black Carbon (Soot):
      • Characteristics: Fine particulate matter from incomplete combustion of fuels.
      • Its Impact: Absorbs sunlight, heats the atmosphere, and accelerates the melting of snow and ice.
    • Hydrofluorocarbons (HFCs):
      • Characteristics: Synthetic greenhouse gases used in refrigeration.
      • Its Impact: High global warming potential despite short atmospheric lifespan.
    • Tropospheric Ozone (O3):
      • Characteristics: Secondary pollutants formed from VOCs and NOx.
      • Its Impact: Contributes to smog, has adverse health effects, and acts as a greenhouse gas.

    About Climate and Clean Air Conference 2024:

    • What is the aim and objective?
      • The CCAC 2024 moved the dialogue forward, focusing on the cost of inaction, highlighting ways to further scale up implementation of the Global Methane Pledge, Clean Air Flagship and Kigali Amendment, and collectively charting the course to 2025 and beyond.
    • What did the CCAC 2024 Feature for?
      • National policy and planning: High-level plenary sessions on global, regional and national efforts to reduce methane, black carbon, and HFCs, including the benefits of fast action, and financing for implementation.
      • Science and Technology: Science Policy Dialogue sessions on latest emerging science and how new information can inform policy development. Technical sessions among CCAC Sector Hub members to showcase best practices in key emitting sectors: agriculture, cooling, fossil fuels, heavy-duty vehicles and engines, household energy, and waste.
      • Focus on Implementation: Practical sessions to further refine work plans among CCAC National Consultants; Non-State Partners and Scientific Advisory Panel Members.
    • What are the Functions?
      • The CCAC works at the nexus of climate and air quality, to deliver multiple benefits from the fast mitigation of short-lived climate pollutants.
      • Driven by policy-relevant science and pragmatism, CCAC works from the ground up, equitably and inclusively, empowering our partners to achieve their respective National Goals and catalyzing action — as well as from the top down, bringing together ministers and leaders to drive high-level ambition.
    • About the previous Conference:
      • The CCAC 2023 was held in Bangkok.
      • As an outcome of this conference, CCAC 2023 integrated planning on climate and clean air is essential to identify priority actions in key emitting sectors to scale up mitigation, and action at the national and regional level is motivating collaboration at the global scale.

  • Paruveta Utsavam of Ahobilam

    Paruveta Utsavam

    Why in the News?

    The Indian National Trust for Art and Cultural Heritage (INTACH) is spearheading efforts to secure UNESCO recognition for the annual ‘Paruveta’ Festival celebrated at the Sri Narasimha Swamy temple in Ahobilam, Andhra Pradesh.

    About Paruveta Festival

    • The festival takes place at the Sri Narasimha Swamy temple in Ahobilam, Andhra Pradesh, attracting devotees from diverse backgrounds.
    • Celebrated by people of all castes, the festival fosters communal harmony, with devotees from various religious communities, including Muslims, offering prayers to Lord Narasimha.
    • Folklore narrates that Lord Vishnu married Chenchulakshmi, a tribal girl, in Ahobilam, strengthening ties between the deity and the local Chenchu tribe.
    • Unlike other temples where Paruveta rituals occur during Vijayadasami or Sankranti, at Ahobilam, the festival celebration spans a ‘mandala’ of 40 days.
    • Rituals:
      1. The deity is ceremoniously taken to the 32 Chenchu tribal villages surrounding Ahobilam, signifying the community’s reverence.
      2. Chenchus demonstrate their protective devotion by symbolically aiming arrows at the deity’s palanquin.
      3. Chenchu devotees undertake ‘Narasimha Deeksha’, donning yellow robes and observing celibacy during the 40-day period.
      4. Temple staff reside in these hamlets, reflecting a historical casteless society devoid of untouchability.

    UNESCO Criteria for Inclusion into the Cultural Heritage List:

    • To represent a masterpiece of human creative genius;
    • To exhibit an important interchange of human values, over some time or within a cultural area of the world, on developments in architecture or technology, monumental arts, town-planning or landscape design;
    • To bear a unique or at least exceptional testimony to a cultural tradition or to a civilization that is living or which has disappeared;
    • To be an outstanding example of a type of building, architectural or technological ensemble or landscape that illustrates (a) significant stage(s) in human history;
    • To be an outstanding example of a traditional human settlement, land use, or sea use which is representative of a culture (or cultures), or human interaction with the environment especially when it has become vulnerable under the impact of irreversible change;
    • To be directly or tangibly associated with events or living traditions, with ideas, or with beliefs, with artistic and literary works of outstanding universal significance. (The Committee considers that this criterion should preferably be used in conjunction with other criteria);

    Try this PYQ from CSP 2014:

    Every year, a month long ecologically important campaign/festival is held during which certain communities/ tribes plant saplings of fruit-bearing trees. Which of the following are such communities/tribes?

    a) Bhutia and Lepcha

    b) Gond and Korku

    c) lrula and Toda

    d) Sahariya and Agariya

    [wpdiscuz-feedback id=”l66hqdgtsf” question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • Kapilvastu Relics of Buddha

    Kapilvastu Relics

    Introduction

    • India will showcase some relics of Lord Buddha, currently in its possession, in Thailand from February 22 to March 18.

    Kapilvastu Relics: Details

    • Designation: The relics of Lord Buddha and his disciples Arahata Sariputra and Arahata Maudgalayana are known as the ‘Kapilvastu Relics.’
    • Origin: These relics, comprising 20 bone fragments, have been preserved at India’s National Museum.
    • Discovery: They were recovered in 1898 from a site in Bihar believed to be the ancient city of Kapilvastu. It was an inscribed casket found at the stupa site in Piprahwa (near Siddharthnagar in UP) that helped identify Kapilavastu.
    • Age: Dating back to the 4th or 5th Century BC, these relics were discovered in Bihar’s Piprahwa, believed to be the ancient city of Kapilvastu.
    • Excavation Details: The ASI unearthed these relics during excavations conducted from 1971 to 1977, discovering two inscribed steatite stone caskets containing 12 and 10 sacred relics, respectively.

    Public Display in Thailand

    • Previous Exhibitions: Portions of these relics were earlier exhibited in Sri Lanka (1976, 2012), Mongolia (1993, 2022), Singapore (1994, 2007), South Korea (1995), and Thailand (1995).
    • Construction of Pagoda: The Thai government has built a special pagoda in Bangkok to enshrine the relics during the exhibition.

    Significance of Display: Promotion of Indian Diplomacy

    • Diplomatic Achievement: This event signifies a diplomatic achievement for India, strengthening ties with Thailand and promoting cultural exchange.
    • Buddhist Circuit Development: The initiative aligns with India’s ‘Look East’ policy and emphasizes the promotion of soft power through cultural exchanges.
    • Past Engagements: India previously sent the relics to Mongolia in 2022 and Sri Lanka in 2012, showcasing its commitment to fostering cultural and spiritual ties.