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Archives: News

  • New Species of Plants and Animals Discovered

    Seals Trade Safety for Food: Arctic Study 

    Why in News

    • A study published in Ecology Letters (March 2026) by University of British Columbia and collaborators shows ringed seals risk predation to access diverse food in the Arctic.

    Key Species Involved

    • Ringed seal: Primary prey species in Arctic marine ecosystems
    • Polar bear: Main predator dependent on sea ice for hunting

    Study Area & Method

    • Location: Eastern Hudson Bay (Arctic region)
    • Tracked: 26 seals and 39 polar bears
    • Tools: GPS tracking, Dive data analysis and Sea-ice mapping + fish diversity models

    Core Findings

    1. Food vs Fear Trade-off

    • Seals avoid high-risk zones (areas with many polar bears)
    • BUT:
      • Enter these zones if food diversity is high
      • Stay longer underwater (long dives) even in danger zones

    2. “Landscape of Fear” Concept

    • Animals modify behavior based on predator presence
    • Seals:
      • Move quickly through risky areas
      • Adjust diving patterns depending on threat level

    3. Portfolio Effect (Very Important)

    • Seals prefer diverse prey instead of a single food source
    • Similar to financial diversification:
      • Reduces risk of food scarcity in changing environments

    4. Behavioral Adaptations

    • Possible ability to: Detect predators (e.g., listening for polar bears on ice)
    • Limitation: Hard to scientifically capture such micro-behaviors

    5. Climate Change Impact

    • Melting sea ice leads to:
      • Altered predator-prey interactions
      • Increased bear density in smaller ice areas
      • Entry of new predators like killer whales

    Key Ecological Insight

    • Wildlife survival depends on dual factors:
      1. Food availability
      2. Predation risk
    [2015] The term ‘IndARC’, sometimes seen in the news, is the name of: (a) an indigenously developed radar system inducted into Indian Defence (b) India’s satellite to provide services to the countries of Indian Ocean Rim (c) a scientific establishment set up by India in Antartic region (d) India’s underwater observatory to scientifically study the Arctic region
  • Electric and Hybrid Cars – FAME, National Electric Mobility Mission, etc.

    Quantum Battery Breakthrough  

    Why in the News

    • Scientists from CSIRO, RMIT University, and University of Melbourne developed the first proof-of-concept quantum battery (March 2026).

    What is a Quantum Battery

    • A quantum battery is an energy storage device that uses principles of quantum mechanics instead of chemical reactions.
    • It can charge, store, and discharge energy like conventional batteries.

    Key Quantum Principles Used

    • Superposition: A system can exist in multiple states simultaneously.
    • Entanglement: Particles become interconnected, enabling coordinated energy transfer.

    Key Features of the Prototype

    • Built using multi-layered organic microcavity.
    • Wireless charging using laser.
    • Operates at room temperature.
    • Energy stored lasts much longer than charging time (very high efficiency).

    Unique Property

    • Charging speed increases with size
      • Opposite to classical batteries.
      • Known as quantum advantage in charging.

    Potential Applications

    • Ultra-fast charging of electric vehicles.
    • Wireless energy transfer over long distances.
    • High-efficiency next-generation energy storage systems.

    Current Limitations

    • Still at proof-of-concept stage.
    • Major challenge: extending energy storage duration for practical use.

    Significance

    • Confirms theoretical predictions in quantum thermodynamics.
    • Could revolutionize energy storage, transmission, and efficiency.
    [2022] Which one of the following is the context in which the term “qubit” is mentioned? (a) Cloud Services (b) Quantum Computing (c) Visible Light Communication Technologies (d) Wireless Communication Technologies
  • Climate Change Negotiations – UNFCCC, COP, Other Conventions and Protocols

    [18th March 2026] The Hindu OpED: A bit of blur over India’s new carbon credit plan

    PYQ Relevance[UPSC 2025] What is Carbon Capture, Utilization and Storage (CCUS)? What is the potential role of CCUS in tackling climate change?Linkage: The PYQ covers climate change mitigation and environmental technology (GS 3), especially emission reduction strategies like CCUS. The article applies this through India’s CCUS-focused carbon credit policy, highlighting tension with agriculture-based carbon markets.

    Mentor’s Comment

    India’s Carbon Capture, Utilization, and Storage (CCUS) initiative aims to reduce greenhouse gas emissions to meet 2070 net-zero targets, focusing on high-emitting industrial sectors. The Union Budget 2026-27 announced a ₹20,000 crore scheme to scale up CCUS deployment, specifically targeting power, steel, cement, refineries, and chemical industries. The Budget 2026 announcement highlights the tension between industrial decarbonisation via CCUS and nature-based carbon markets involving agriculture. This raises issues of policy clarity, sectoral prioritisation, and climate governance design.

    What is the core objective of India’s carbon credit plan?

    1. Industrial Decarbonisation Focus: Targets sectors like power, steel, cement, refineries, and chemicals where emissions are concentrated and difficult to eliminate.
    2. CCUS Deployment: Ensures capture of CO₂ from industrial flue gases and its utilization or storage underground.
    3. Technology-led Transition: Supports R&D roadmap released by Department of Science and Technology (Dec 2025).
    4. Budgetary Commitment: ₹20,000 crore over five years for large-scale CCUS deployment.

    Why is agriculture excluded from CCUS strategy?

    1. Emission Characteristics: Agricultural emissions (methane, nitrous oxide) are diffuse and biologically mediated.
    2. Technological Limitation: CCUS is suited for point-source emissions, not dispersed sources like farms.
    3. Policy Segregation: Clear distinction between CCUS (industrial) and Carbon Dioxide Removal (CDR) via soil, biochar, agroforestry.
    4. Role of Agriculture: Positioned under carbon sequestration pathways, not industrial capture.

    What is causing confusion around ‘farmer carbon credits’?

    1. Terminology Overlap: Use of “carbon credit programme” creates perception of inclusivity across sectors.
    2. Parallel Narratives: Media and discourse suggest farmers can directly earn credits under Budget allocation.
    3. Existing Voluntary Markets: Agriculture and forestry projects already generate credits for domestic and global buyers.
    4. Policy Communication Gap: Lack of clear distinction between regulated compliance markets and voluntary carbon markets.

    What are the implications of prioritising CCUS over agriculture?

    1. Industrial Competitiveness: Supports decarbonisation of sectors contributing ~25% of India’s emissions.
    2. Net-Zero Alignment: Essential for achieving India’s climate commitments.
    3. Missed Rural Opportunity: Delays monetisation of agriculture’s carbon sequestration potential.
    4. Fiscal Prioritisation: Directs public funds toward capital-intensive technologies instead of nature-based solutions.

    Can agriculture-based carbon markets emerge as a parallel opportunity?

    1. Soil Carbon Sequestration: Enhances carbon storage through regenerative practices.
    2. Agroforestry Potential: Integrates trees into farming systems to generate carbon credits.
    3. Private Sector Initiatives: Pilot programmes compensate farmers for sustainable practices.
    4. Policy Requirement: Needs separate funding, institutional frameworks, and certification mechanisms.

    What policy approach is required to resolve the ambiguity?

    1. Clear Sectoral Demarcation: Separates ‘smokestack’ (industrial) and ‘soil’ (agriculture) carbon pathways.
    2. Dedicated Agricultural Policy: Establishes structured carbon farming programme with incentives.
    3. Market Development: Creates trusted domestic carbon market for agriculture credits.
    4. Communication Clarity: Ensures alignment between policy design and public narrative.

    Conclusion

    India’s carbon credit framework reflects a dual transition challenge: industrial decarbonisation through CCUS and agricultural transformation through carbon sequestration. Policy clarity, sector-specific instruments, and institutional coherence are essential to avoid misaligned expectations and unlock full climate and economic potential.

  • LGBT Rights – Transgender Bill, Sec. 377, etc.

    Why Transgender Protection (Amendment) Bill 2026 has attracted criticism

    Why in the News?

    Transgender Protection (Amendment) Bill, 2026 was introduced in Lok Sabha in March 2026.  The Bill seeks to amend the Transgender Persons (Protection of Rights) Act, 2019.  The Act provides for rights of transgender persons and their welfare. The Amendment Bill proposes major changes to India’s transgender rights framework, drawing criticism for moving away from the rights-based approach recognised by the Supreme Court in NALSA judgement (2014) and partially reflected in the 2019 Act. The controversy is sharp because the proposed law is seen as replacing self-identification with medical and bureaucratic control, while also narrowing the definition of who qualifies for protection

    What does the Transgender Persons (Protection of Rights) Act, 2019 currently recognise?

    1. Assigned Gender at Birth: The 2019 Act defines a transgender person as one whose gender does not match the gender assigned at birth.
    2. Recognised Categories: The law includes trans men, trans women, persons with intersex variations, genderqueer persons, and persons with socio-cultural identities such as kinnar, hijra, aravani, and jogta.
    3. Broad Coverage: The definition extends protection across both gender identity and socio-cultural community-based identities.
    4. Policy Basis: The law emerged in the backdrop of the Supreme Court’s recognition of gender identity as a matter of dignity, autonomy, and constitutional protection.

    How did the NALSA judgment shape transgender rights in India?

    The 2014 NALSA v. Union of India judgment revolutionized transgender rights in India by legally recognizing “third gender” identities, affirming self-identified gender without medical intervention, and extending fundamental rights protections.

    1. Self-Identification: The Supreme Court in NALSA (2014) upheld the fundamental right of transgender persons to identify as male, female, or third gender.
    2. Constitutional Protection: The judgment located transgender rights within equality, dignity, freedom, and non-discrimination under the Constitution.
    3. State Obligation: The Court directed governments to frame legal recognition measures and welfare safeguards for the transgender community.
    4. Recognition Principle: The judgment treated gender identity primarily as a matter of self-identification, not medical certification.
    5. Normative Shift: The decision marked a shift from welfare-based tokenism to a rights-based constitutional framework.

    How did the Transgender Persons (Protection of Rights) Act, 2019 depart from the NALSA principle?

    1. Reduced Scope of Identity: The 2019 Act provided formal recognition but did not fully preserve the autonomy-based spirit of NALSA.
    2. Administrative Regulation: It introduced a process that made legal recognition dependent on official certification mechanisms.
    3. Partial Inclusion: The law included a wider set of identities, including socio-cultural communities, but remained contested for not fully adopting unconditional self-identification.
    4. Continuing Debate: The Act became a compromise framework rather than a complete implementation of the Supreme Court’s vision.

    What definitional changes does the Transgender Persons (Protection of Rights) Amendment Bill, 2026 propose?

    1. Trans Person Definition: The 2019 Act defines a transgender person as a person whose gender does not match with the gender assigned at birth, and specifies certain persons who are included.  The 2026 Bill removes this definition.  It instead lists categories of persons to be included.  The Bill also states that it will not include or will never have included persons with different sexual orientations and self-perceived sexual identities.
      1. The 2019 Act includes: (i) a person with socio-cultural identity such as kinner, hijra, aravani, or jogta (ii) a person with variations at birth in characteristics such as primary sexual characteristics, external genitalia, chromosomes, or hormones from the normative standard of male or female body.  The 2026 Bill retains these categories. 
      2. The 2026 Bill removes the following categories included in the 2019 Act:
        1. a trans-man or trans-woman, irrespective of whether such a person has undergone sex reassignment surgery, hormone therapy, laser therapy, or such other therapy
        2. Genderqueer.
    2. Narrowed Coverage: Introduces a separate category for individuals forcibly made to assume a transgender identity through practices such as mutilation, emasculation, castration, surgical procedures, or hormonal intervention.
    3. Exclusion of Self-Perception: The proposal reportedly removes the explanation in Section 2(4) of the 2019 Act that linked gender identity to self-perceived gender identity.
    4. Removal of NALSA Influence: The Bill deletes the 2019 provision that reflected the self-identification principle.
    5. Socio-Cultural Impact: Activists argue that excluding persons from recognised socio-cultural transgender communities would weaken protection for historically marginalised groups.

    Why is the medical certification requirement controversial?

    Under the 2019 Act, a transgender person may apply to the District Magistrate for issuing a certificate of identity as a transgender person. But the 2026 Bill includes the following:

    1. District Magistrate Certification: Under the Bill, a person can be recognised as transgender and receive an identity card only after the District Magistrate receives a certificate from the designated medical board. The board will be headed by a Chief Medical Officer or a Deputy Chief Medical Officer. The District Magistrate may take assistance from other medical experts. 
    2. Medical Examination: The DM must satisfy himself that the board’s recommendation was issued after medical experts were relevantly consulted before granting a certificate of identity.
    3. Bureaucratic Control: The process shifts recognition from self-identification to medical verification plus administrative approval.
    4. Privacy Concerns: The model raises concerns regarding clinical gatekeeping, invasive examination, and possible disclosure of intimate personal information.
    5. Departure from Dignity Framework: The requirement reverses the principle that gender identity is fundamentally self-determined, not State-certified.

    What new punishments does the Bill introduce?

    1. Existing Offences (2019 Act): Covers acts such as forced or bonded labour, denial of access to public places, forced eviction from residence, and physical, sexual, verbal, emotional, or financial abuse; punishable with imprisonment of 6 months to 2 years and fine.
    2. Enhanced Penal Framework: Retains earlier offences but supplements them with graded and stricter punishments for aggravated forms of coercion and violence.
    3. Kidnapping and Grievous Harm: Criminalises kidnapping or causing grievous hurt to force a person to assume a transgender identity; prescribes 10 years to life imprisonment with minimum ₹2 lakh fine for adults, and life imprisonment with minimum ₹5 lakh fine for children.
    4. Identity Compulsion for Exploitation: Penalises forcing a person to present as transgender and engage in begging, servitude, or bonded labour; punishment includes 5-10 years imprisonment with minimum ₹1 lakh fine for adults, and 10-14 years imprisonment with minimum ₹3 lakh fine for children.
    5. Forced Identity Violation: Introduces punishment for forcing a person to act against their sex/gender identity, recognising identity-based coercion as a punishable offence.
    6. Child Protection Dimension: Establishes higher penalties where victims are children, reflecting aggravated vulnerability and need for stricter deterrence.
    7. Expanded Penal Reach: Shifts from general protection to specific criminalisation of identity-based coercion, organised exploitation, and violence.
    8. Implementation Constraint: Raises concerns regarding over-reliance on punitive measures without parallel safeguards such as rehabilitation, livelihood support, and social integration mechanisms.

    What are the criticisms of the 2026 Bill?

    1. Violation of Human Rights: Trans persons and activists argue that the amendment violates the right to individual self-determination of gender identity.
    2. Identity Concern: Activists state that gender identity cannot be reduced to medical approval or official certification.
    3. Continuity with Qualification: The Bill retains recognition of socio-cultural identities such as kinnar and hijra, but alters the definitional framework and recognition process, raising concerns about effective access to rights.
    4. Risk of Exploitation: Activists argue that for many trans persons, especially from marginalised backgrounds, dependence on coercive systems may itself be a form of exploitation.
    5. Conflict with Constitutional Morality: The Bill is seen as inconsistent with constitutional values of dignity, autonomy, equality, and privacy.

    Does the Bill strengthen protection or dilute rights?

    1. Protective Intent: The penal clauses seek to address abuse, coercion, forced presentation, prostitution, bonded labour, and denial of access.
    2. Rights Dilution: The definitional narrowing and medical certification requirements are seen as diluting the rights framework.
    3. Institutional Contradiction: The Bill combines stronger punishment with weaker recognition rights.
    4. Policy Tension: It reflects a tension between protective criminal law and autonomy-based civil recognition.
    5. Net Effect: The criticism arises because the Bill may expand state control while narrowing community inclusion.

    What constitutional and policy issues emerge from the debate?

    1. Equality: Differential treatment through medical certification may undermine substantive equality.
    2. Dignity: State scrutiny over gender identity affects dignity and personal autonomy.
    3. Privacy: Mandatory medical processes raise concerns regarding bodily privacy and informational privacy.
    4. Freedom of Expression: Gender expression forms part of personal liberty and identity.
    5. Welfare Access: Restrictive recognition can affect access to welfare entitlements, documentation, healthcare, and social justice measures.
    6. Administrative Justice: District-level certification may produce delays, discretion, exclusion, and uneven implementation.

    Conclusion

    The Bill reflects a shift from a rights-based framework of self-identification to a more regulated, certification-driven approach, raising concerns over autonomy and dignity. While it strengthens penal provisions against exploitation, its procedural constraints may limit effective access to rights. A balanced approach must align legal safeguards with constitutional principles of equality, privacy, and individual agency.

    PYQ Relevance

    [UPSC 2023] Explain the constitutional perspectives of Gender Justice with the help of relevant Constitutional Provisions and case laws.

    Linkage: This question directly applies to transgender rights as gender justice extends beyond binary identities, supported by Articles 14, 15, 19, and 21 and cases like NALSA (2014) and Navtej Johar (2018). It helps analyse how the Bill’s shift from self-identification to medical certification may conflict with constitutional morality, dignity, and privacy jurisprudence.

  • BRICS Summits

    On scientific collaborations in BRICS

    Why in the News?

    BRICS scientific cooperation has gained renewed attention amid expanding membership and India’s upcoming 2026 presidency, which aims to deepen collaboration in AI, climate tech, and public health.

    How has BRICS evolved as a platform for scientific cooperation?

    1. Multipolar Vision: Establishes an alternative to Western-dominated global governance; aligns with development-oriented global cooperation.
    2. Institutional Expansion: Includes new members (Saudi Arabia, Egypt, UAE, Ethiopia, Indonesia, Iran), increasing diversity and capacity.
    3. Strategic Shift: Moves from basic science to applied domains such as energy, water, health, and environment.
    4. Innovation Focus: Integrates STI into economic development frameworks; promotes technology-enabled ecosystems.

    What institutional mechanisms support Science, Technology, and Innovation (STI) cooperation in BRICS?

    1. BRICS STI Framework (2011): Formalises cooperation in science, technology, and innovation.
    2. BRICS STI Steering Committee: Coordinates joint calls, project approvals, and implementation.
    3. Thematic Working Groups: Focus on priority areas like AI, biotechnology, climate tech, and space.
    4. BRICS Young Scientist Forum: Promotes youth engagement and research collaboration.
    5. BRICS Institute of Future Networks: Advances ICT and emerging technologies.
    6. New Development Bank Linkages: Supports infrastructure and innovation financing.

    What are the major achievements in BRICS scientific collaboration?

    1. Expanded Research Scope: Moves from fundamental science to applied and socially relevant sectors. Ex: COVID-19 vaccines: From basic biology to applied vaccine development & public health systems
    2. Joint Research Projects: Facilitates cross-border innovation through coordinated funding calls.
      1. Ex: BRICS TB Research Network: Enables collaborative innovation in tuberculosis control; e.g., cross-border research on diagnostics, vaccines, and treatment strategies
      2. BRICS energy research cooperation: Structured under the BRICS Energy Research Cooperation Platform (ERCP), it focuses on advancing sustainable, secure, and affordable energy transitions through joint research, technological innovation, and policy exchanges.
    3. Artificial Intelligence Integration: 2025 BRICS Leaders’ Declaration (Brazil Summit-Rio de Janeiro) recognised Artificial Intelligence as a central pillar of STI cooperation, prioritising its use in economic development, governance, healthcare, and climate solutions
    4. Space and ICT Collaboration: Strengthens partnerships in satellite applications and digital technologies.
      1. BRICS Remote Sensing Satellite Constellation: Enables shared satellite data for disaster management, agriculture, and environmental monitoring
      2. BRICS Institute of Future Networks (BIFN): Promotes ICT cooperation in 5G, AI, and next-gen communication technologies.
    5. COVID-19 Response: Enhances cooperation in vaccine research, biosecurity, and public health systems.

    What structural limitations hinder effective STI cooperation?

    1. Funding Constraints: Maintains limited financial resources compared to European Union’s (EU’s) Horizon programmes.
    2. Institutional Weakness: Lacks a permanent secretariat or central coordination mechanism.
    3. Uneven Participation: Shows disparities in engagement levels; newer members less integrated.
    4. Limited Data Systems: Restricts evidence-based policymaking due to weak monitoring frameworks.
    5. Geopolitical Fragmentation: Faces barriers from techno-nationalism and global tensions.

    Why is progress uneven across sectors and members?

    1. Capacity Asymmetry: Reflects disparities in R&D expenditure; China dominates, others lag.
    2. Infrastructure Gaps: Slows progress in mega-science areas like ocean research and polar science.
    3. Diverse Priorities: Creates coordination challenges due to heterogeneity in development goals.
    4. Weak Commercialisation: Limits scaling of innovations into market-ready technologies.

    What are the implications of BRICS expansion for STI cooperation?

    1. Increased Diversity: Expands scientific and economic heterogeneity across members.
    2. Coordination Complexity: Makes consensus-building and priority alignment more difficult.
    3. Opportunity for Scale: Enhances potential for large-scale collaborative innovation networks.
    4. South-South Cooperation: Strengthens development-oriented research and knowledge exchange.

    What reforms are required to strengthen BRICS STI collaboration?

    1. Institutionalisation: Establishes a permanent secretariat for coordination and monitoring.
    2. Funding Enhancement: Increases pooled funding mechanisms for large-scale projects.
    3. Long-term Projects: Promotes mega-science collaborations (e.g., climate modelling, space research).
    4. Governance Integration: Expands STI into treaty negotiations and global governance frameworks.
    5. Data Systems: Develops monitoring frameworks for evidence-based decision-making.

    Conclusion

    BRICS has transitioned into a significant platform for scientific cooperation but remains constrained by weak institutionalisation, limited funding, and uneven participation. Strengthening governance mechanisms, financing, and long-term collaboration frameworks is essential for translating strategic intent into tangible outcomes.

    PYQ Relevance

    [UPSC 2024] Critically analyse India’s evolving diplomatic, economic and strategic relations with the Central Asian Republics (CARs) highlighting their increasing significance in regional and global geopolitics.

    Linkage: The PYQ highlights India’s engagement with regional groupings and extended neighbourhood (like BRICS) in a multipolar geopolitical order. It links to themes of strategic connectivity, energy security, and balancing major powers, core to India’s global partnerships like BRICS.

  • Wildlife Conservation Efforts

    Wild Buffalo Translocation: Kaziranga to Kanha Initiative

    Why in the News

    Authorities have planned to translocate ~50 Asiatic wild water buffaloes from Kaziranga National Park to Kanha Tiger Reserve in a phased manner, starting with a smaller group.

    About the Species

    • Asiatic Wild Water Buffalo
      • Scientific name: Bubalus arnee
      • Status: Endangered (IUCN)
      • India holds major global population

    Key Details of the Plan

    • Total planned: ~50 buffaloes
    • Initial phase: 5–15 individuals
    • Method:
      • Tranquilization and capture
      • Gradual relocation after feasibility checks

    Why Translocation is Being Done?

    • Species Conservation: Avoids over-concentration in one area
      • Reduces risk from: Disease outbreaks and Natural disasters.
    • Kanha Tiger Reserve historically had wild buffaloes
      • Aim: restore lost populations
    • Genetic Diversity: Helps maintain: Healthy breeding populations and Reduced inbreeding.

    Why Kaziranga?

    • Hosts 1000+ wild buffaloes
    • One of the strongest populations globally
    • Suitable as a source population

    Why Kanha?

    • Suitable: Habitat (grasslands + water sources)
    • Part of central Indian landscape restoration
    [2017] According to the Wildlife (Protection) Act, 1972, which of the following animals cannot be hunted by any person except under some provisions provided by law? 
    1. Gharial Indian 
    2. Wild ass 
    3. Wild buffalo 
    Select the correct answer using the code given below: 
    (a) 1 only (b) 2 and 3 only (c) 1 and 3 only (d) 1, 2 and 3
  • Climate Change Negotiations – UNFCCC, COP, Other Conventions and Protocols

    India Submits First National Report on Nagoya Protocol (ABS)

    Why in the News?

    India has submitted its First National Report (NR1) on the implementation of the Nagoya Protocol (ABS) to the Convention on Biological Diversity (CBD) on 27 February 2026, fulfilling obligations under Article 29.

    Key Highlights of the Report

    1. Reporting Period

    • Covers 1 November 2017 to 31 December 2025
    • Earlier Interim Report submitted in 2017

    2. Legal & Institutional Framework

    • Based on: Biological Diversity Act, 2002, Biological Diversity Rules, 2024 and ABS Regulations, 2025. 
    • Three-tier structure:
      • National Biodiversity Authority (NBA)
      • State Biodiversity Boards (SBBs) / UT Biodiversity Councils
      • Biodiversity Management Committees (BMCs)
    • 2,76,653 BMCs established → strong grassroots participation

    3. Access and Benefit Sharing (ABS) Performance

    • Total approvals (2017–2025): 12,830
      • NBA: 5,913 approvals (research, IPR, commercial use, etc.)
      • SBBs/UTBCs: 6,917 approvals (commercial utilization)

    4. Global Leadership in Compliance

    • 3,556 IRCCs (Internationally Recognised Certificates of Compliance) published
    • Accounts for over 60% of global total
    • Shows leadership in transparency under Nagoya Protocol

    5. Financial Benefits Generated

    • ₹216.31 crore mobilised through NBA approvals
      • ₹139.69 crore disbursed to: Local communities, Farmers, and Traditional knowledge holders
    • ₹51.96 crore generated via SBBs/UTBCs

    6. Non-Monetary Benefits

    • 395 approvals included: Capacity building, Technology transfer, Training and Collaborative research. 

    7. Monitoring of Foreign Biological Resources

    • 41 declarations received for use of foreign bioresources
    • Ensures compliance with international ABS norms

    8. Capacity Building & Awareness

    • 2,56,393 individuals trained
    • Through: 3,724 workshops and 600+ capacity-building initiatives

    9. Strategic Contribution

    • Supports Target 13 of India’s NBSAP (National Biodiversity Strategy and Action Plan)
    • Strengthens: Biodiversity conservation, Livelihood security, and Community participation
    [2025] Consider the following statements: 
    1. In India, the Biodiversity Management Committees are key to the realisation of the objectives of the Nagoya Protocol. 
    2. The Biodiversity Management Committees have important functions in determining access and benefit sharing, including the power to levy collection fees on the access of biological resources within its jurisdiction. 
    Which of the statements given above is/are correct? 
    (a) 1 only (b) 2 only (c) Both 1 and 2 (d) Neither 1 nor 2
  • New Species of Plants and Animals Discovered

    New Fish Species Discovered: Butis bargabhimae in West Bengal

    Why in the News

    Scientists have discovered a new estuarine fish species, named Butis bargabhimae, in the Rupnarayan River near Tamluk.

    About the Species

    1. Classification

    • Family: Butidae (gudgeon gobies)
    • Habitat: Brackish water (estuaries)
    • Found where rivers meet the sea

    2. Discovery Process

    • Time: 2022–2024
    • Institutions: Tamralipta Mahavidyalaya and Vidyasagar University.
    • Method:
      • Field collection by local fishermen
      • Morphological + DNA analysis

    Unique Features

    • Presence of interorbital scales (between eyes)
    • Additional auxiliary body scales
    • Distinct light and dark bands on pectoral fins
    • DNA similarity only ~86% with closest relatives
    • Confirms it as a new species

    Naming Significance

    • Named after Bargabhima, a local deity of Tamluk
    • Reflects link between biodiversity and cultural heritage

    Scientific Importance

    • Taxonomic Clarity: Helped correct misidentification of similar species in:
      • India
      • Bangladesh
    • Role of DNA Barcoding: Shows importance of genetic tools in species identification
    • Hidden Biodiversity: Suggests many undiscovered species in Indian rivers and estuaries
    [2022] DNA Barcoding can be a tool to: 
    1. Assess the age of a plant or animal. 
    2. Distinguish among species that look alike. 
    3. Identify undesirable animal or plant materials in processed foods. 
    Select the correct answer using the code given below: 
    (a) 1 only (b) 3 only (c) 1 and 2 (d) 2 and 3
  • Monsoon Updates

    ‘Super El Niño’ Alert: Risk of Record Global Heat

    Why in the News

    Forecasters, including NOAA Climate Prediction Center, warn of a possible El Niño in 2026, with chances it could intensify into a “super El Niño”, potentially pushing global temperatures to new highs.

    What is El Niño?

    • A warm phase of the El Niño–Southern Oscillation (ENSO)
    • Occurs when Pacific Ocean surface waters become warmer than normal

    What is a “Super El Niño”?

    • When sea surface temperature rises ≥ 2°C above average
    • Much stronger than normal El Niño
    • Rare events: Last major one: 2015–16

    Current Situation

    • Present phase: La Niña (cool phase) is ending
    • Forecast: ~62% chance of El Niño by mid-2026 and ~15% chance of super El Niño

    How El Niño Works

    • Warm water shifts toward eastern Pacific
    • Weakens trade winds
    • Alters global weather systems
    [2011] La Niña is suspected to have caused recent floods in Australia. How is La Niña different from El Niño? 
    1. La Niña is characterized by unusually cold ocean temperature in the equatorial Indian Ocean whereas El Niño is characterized by unusually warm ocean temperature in the equatorial Pacific Ocean. 
    2. El Niño has an adverse effect on the southwest monsoon of India, but La Niña has no effect on monsoon climate. 
    Select the correct answer: 
    (a) 1 only (b) 2 only (c) Both 1 and 2 (d) Neither 1 nor 2
  • Pharma Sector – Drug Pricing, NPPA, FDC, Generics, etc.

    Biopharma SHAKTI Scheme: Boosting India’s Biologics & Biosimilars Sector

    Why in the News

    The Government has announced the Biopharma SHAKTI Scheme with an outlay of ₹10,000 crore (5 years) to strengthen India’s biopharmaceutical ecosystem and enhance global competitiveness.

    What is Biopharma SHAKTI?

    • A flagship initiative to:
      • Promote biologics and biosimilars manufacturing
      • Support R&D, clinical trials, and innovation
    • Goal: Make India a global biopharma hub and ensure affordable healthcare

    Key Objectives

    • Build a self-reliant biopharma ecosystem
    • Reduce import dependence
    • Improve global competitiveness
    • Promote innovation-driven manufacturing

    Major Components of the Scheme

    • Funding Support: Discovery Grant Fund and Equity Fund for drug development
    • R&D Ecosystem
      • Strengthening: National Institute of Pharmaceutical Education and Research (NIPER)
      • Creation of a National Biopharma R&D Network
    • Clinical Trials Expansion
      • 1,000 accredited trial sites across India
      • Led by Indian Council of Medical Research (ICMR)
    • Manufacturing Boost
      • Incentives for: Fermentation-based bulk drugs and Biopharma manufacturing inputs
    • Devices & Packaging
      • Develop ecosystem for: Drug delivery devices and Advanced packaging. 
    • Biosimilars & Biologics Production: Biosimilars (cost-effective versions of biologics) and Emerging biologics like gene therapies.
    • Regulatory Strengthening: Strengthen Central Drugs Standard Control Organisation (CDSCO)
      • Create scientific review cadre
      • Faster and globally credible approvals

    What are Biologics & Biosimilars?

    • Biologics: Medicines derived from living organisms (e.g., vaccines, monoclonal antibodies)
    • Biosimilars: Cheaper versions of biologics with similar efficacy
    • Not identical (due to complexity of biologics)
    • Must show no clinically meaningful differences in safety, purity, and effectiveness
    [2025] With reference to monoclonal antibodies, consider the following: 
    1. They are man-made proteins. 
    2. They stimulate the patient’s immune system to fight the specific disease. 
    3. They are produced using animal cells only. 
    Select the correct answer using the code given below: 
    (a) I and II only (b) II and III only (c) I and III only (d) All the three

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