Prelims Pinpointer 27 March 2026

About the Act

  • ESMA is an Act of Parliament enacted in 1968 to ensure the continuity of essential services, disruption of which would affect normal life.
  • Objective
    • To prohibit strikes in essential services and ensure uninterrupted delivery of critical public services.
    • Employees cannot refuse to work citing bandhs or curfews once ESMA is enforced.
  • Includes services related to:
  • Public health and sanitation, water supply, hospitals, national defence
  • Production and distribution of petroleum, coal, electricity, steel, fertiliser
  • Banking services
  • Communication and transport services
  • Government activities related to food grain distribution

Implementation

  • Both Central and State Governments can invoke ESMA.
  • States have their own ESMA laws with slight variations.
  • States can enforce ESMA for localised disruptions.
  • In case of nationwide disruptions (e.g., railways), the Central Government may invoke ESMA.
  • States can decide which services to classify as essential under the Act.

Penal Provisions

  • Participation or instigation of strike becomes illegal after ESMA is invoked.
  • Offenders are liable for disciplinary action, including dismissal.
  • Legal action can be initiated against violators.
  • Police can arrest without warrant.
  • Punishment may include imprisonment up to 1 year, or fine, or both.

About

  • Bt Cotton is a genetically modified (GM) crop developed by inserting genes from Bacillus thuringiensis (soil bacterium).
  • These genes enable the plant to produce Cry proteins (insecticidal toxins) that target specific pests.
  • Mechanism
    • Bt genes produce Cry proteins, which are toxic to certain insect larvae.
    • Effective against major cotton pests such as tobacco budworm and bollworm larvae.

Types of Bt Cotton

  • Bollgard I (1996):
    • Produces Cry1Ac toxin.
    • Effective against tobacco budworm and pink bollworm.
  • Bollgard II (2003):
    • Contains additional gene producing Cry2Ab toxin.
    • Broader pest resistance compared to earlier version.

Key Features and Advantages

  • Reduced pesticide use, lowering costs and risk to farmers and animals.
  • Higher yields due to improved pest control.
  • Supports Integrated Pest Management (IPM) practices.
  • No observed adverse impact on soil invertebrates, microflora, or animal health (as per studies including ICAR).
  • Environment-friendly, with reduced dependence on chemical insecticides.
  • Biosafety studies indicate no harmful effects on livestock and poultry.

Bt Cotton in India

  • Cotton is a major cash crop, supporting over 60 million people and contributing significantly to the textile sector.
  • Bt cotton is the only GM crop approved for commercial cultivation in India.
  • Approved by the Genetic Engineering Appraisal Committee (GEAC) in 2002.
  • Regulation involves from Department of Biotechnology (Ministry of Science and Technology) and Ministry of Environment, Forest and Climate Change
  • Production Trends
    • Bt cotton adoption reached about 95% of total cotton area.
    • Yield increased from 278 kg/ha (2000–01) to 566 kg/ha (2013–14).
    • Post-2013, yields declined to about 447 kg/ha (2022–23).
    • Decline attributed to pest resistance (especially pink bollworm) to Bt toxins.
  • Benefits of Bt Cotton in India
    • Employment generation, particularly increasing participation of women in agricultural activities.
    • Leads to higher farmer incomes due to improved productivity and reduced crop losses.
    • Replacement of traditional varieties with Bt hybrids across major cotton-growing regions.
    • Reduction in insecticide use, especially against bollworm pests.
    • Higher yields due to effective pest control.
  • Limitations of Bt Cotton in India
    • Effective mainly against bollworms, but not resistant to other pests, requiring continued pesticide use.
    • Indian conditions have diverse pest population, unlike limited pest environment in some developed countries.
    • Concerns over incompatibility with Indian agro-climatic conditions.
    • High risk of pest resistance development over time, reducing long-term effectiveness.

About Herbicide-Tolerant (HT) Bt Cotton

  • A modified variant of Bt cotton that is resistant to herbicide glyphosate.
  • Developed by inserting Cp4-EPSPS gene from Agrobacterium tumefaciens.
  • Not approved for commercial cultivation in India.
  • Concerns Related to HT Bt Cotton
    • Increasing illegal cultivation, estimated around 15% of cotton area.
    • Glyphosate associated with health concerns, including carcinogenic risks.
    • Risk of herbicide resistance spreading to nearby plants, leading to superweeds.
    • Unregulated seed sales may result in poor quality seeds and environmental issues.
    • Causes revenue loss to government and affects legitimate seed industry.

Pink Bollworm (Pectinophora gossypiella)

  • Pink bollworm (PBW) is a moth species that acts as a major pest of cotton crops globally.
  • Identification
    • Larvae are small caterpillars with eight pairs of legs.
    • Initially white, they develop distinct pink bands as they mature, giving the name “pinky”.
  • Life Cycle and Damage
    • Adult moth lays eggs on cotton bolls.
    • After hatching, larvae bore into bolls and squares.
    • Feed on seeds and internal tissues, leading to:
      • Destruction of seeds
      • Staining and deterioration of cotton lint

About

  • The World Gold Council (WGC) is a non-profit association of leading global gold producers.
  • Established in 1987 by major mining companies.
  • Headquarters: London, United Kingdom.
  • Key Contribution: Credited with creating the first gold Exchange-Traded Fund (ETF)

Nature and Composition

  • Functions as a market development organisation for the gold industry.
  • Comprises 33 members, primarily gold mining companies.
  • Covers markets accounting for about three-fourths of global gold consumption.

Objectives

  • To promote demand and usage of gold across sectors.
  • To maximize growth potential of the gold industry.
  • To monitor and support existing gold consumption patterns.

Functions and Activities

  • Develops and promotes gold standards and policies.
  • Ensures fairness and sustainability in gold mining practices.
  • Provides research, market analysis, and industry insights.
  • Publishes quarterly reports on gold demand and market trends.
  • Supports research for new uses and applications of gold.
  • Acts as a global authority on gold-related data and analysis.

About

  • The S-400 Triumf is a long-range, multi-layered surface-to-air missile (SAM) system developed by Russia.
  • NATO codename: SA-21 Growler.
  • Developed by Almaz-Antey Air and Space Defence Corporation.
  • Inducted into Russian service in 2007.
  • In India, it is known as ‘Sudarshan Chakra’.

India’s Procurement

  • Deal signed in October 2018 worth about ₹35,000 crore.
  • 5 squadrons ordered, with 3 delivered so far.
  • Remaining units expected by 2026 and 2027.

Purpose and Role

  • Designed to neutralise aerial threats including:
    • Fighter aircraft
    • Ballistic missiles
    • Cruise missiles
    • Unmanned Aerial Vehicles (UAVs)
  • Provides airspace denial and strategic deterrence.
  • Protects critical infrastructure, cities, and military installations.

Key Features

  • Detection Range: Up to 600 km.
  • Engagement Range: Up to 400 km with multiple missile types.
  • Multi-target capability: Can track and engage up to 80 targets simultaneously.
  • Capable of countering stealth aircraft, drones, and hypersonic threats.
  • Rapid response system with quick tracking-to-launch cycle.
  • Uses active and semi-active radar guidance.
  • System Components includes:
  • Command and control vehicle
  • Long-range surveillance radar
  • Engagement radar
  • Launcher vehicles
  • Each squadron consists of multiple mobile units (16+ vehicles).

Deployment in India

  • Deployed in strategic locations such as:
    • Pathankot
    • Siliguri Corridor
    • Western front
  • Used for air defence operations against aerial threats

About

  • The Registrar General of India (RGI) is a permanent office established in 1949 under the Ministry of Home Affairs.
  • Headed by the Registrar General and Ex-Officio Census Commissioner of India.
  • Responsible for systematic collection of population data, including size, growth, and distribution.
  • The Registrar General is typically a civil servant of Joint Secretary rank.

Key Responsibilities

  • Conducts the decennial Census of India, providing data on demographic, socio-economic, and geographic characteristics.
  • Implements the Registration of Births and Deaths Act, 1969.
  • Undertakes demographic and linguistic surveys across the country.

Major Functions

  • Census of India
    • Provides comprehensive data on population characteristics.
    • Conducted every 10 years.
  • Linguistic Survey of India (LSI)
    • Documents linguistic diversity of India.
    • First survey conducted by George Abraham Grierson (completed in 1928).
  • Civil Registration System (CRS)
    • System for registration of births and deaths.
    • Functions as a continuous and real-time population data system.
    • Birth certificate issued under Section 12 of Registration of Births and Deaths Act, 1969.
    • Amendment (2023): Mandatory registration of all births and deaths on a centralised portal from October 1, 2023.

About

  • The Indian Cyber Crime Coordination Centre (I4C) was launched in 2020 under the Ministry of Home Affairs.
  • It serves as a centralised framework to address cyber crimes in a coordinated manner, including cyber fraud.

Objectives and Functions

  • Acts as a nodal agency to combat cybercrime in the country.
  • Focuses on cybercrimes against women and children.
  • Facilitates online reporting of cybercrime complaints.
  • Identifies cybercrime trends and patterns for better policy response.
  • Functions as an early warning system for law enforcement agencies.
  • Promotes public awareness on cybercrime prevention and cyber hygiene.
  • Supports capacity building of police, prosecutors, and judicial officers in cyber forensics and investigation.

Core Components of I4C

  • National Cybercrime Threat Analytics Unit (TAU): Analyses and reports cybercrime threats and trends.
  • National Cybercrime Reporting Portal (NCRP): Enables 24×7 online reporting of cybercrime complaints across India.
  • National Cybercrime Training Centre (NCTC): Provides training to law enforcement and government officials.
  • National Cybercrime Research and Innovation Centre: Develops indigenous tools and technologies for cybercrime prevention.
  • Platform for Joint Cyber Crime Coordination Team: Facilitates coordination and information sharing among States/UTs law enforcement agencies.
  • Cybercrime Ecosystem Management Unit: Promotes public awareness and cyber hygiene practices.
  • National Cybercrime Forensic Laboratory Ecosystem: Supports cyber forensic investigation by law enforcement agencies.

Other Key Initiatives under I4C

  • Citizen Financial Cyber Fraud Reporting and Management System: Enables immediate reporting of financial frauds and helps prevent fund diversion in near real time.
  • National Helpline ‘1930’: Provides assistance for reporting cyber fraud complaints.
  • “CyberDost” Initiative: Social media platform for disseminating cyber safety awareness.
  • Cyber Crime Volunteers Program: Encourages citizen participation in reporting and preventing cybercrime. 

About

  • NSDL is India’s first securities depository, established under the Depositories Act, 1996 and operational since 1996.
  • Introduced the system of dematerialisation (demat) of securities in India.
  • Functions as a market infrastructure institution for electronic holding and transfer of securities.
  • Earlier system based on physical share certificates faced issues like loss, theft, forgery, delays, and bad deliveries.
  • NSDL enabled a shift to a secure, efficient, electronic system, reducing risks and inefficiencies.
  • Regulation and Oversight
    • Regulated by the Securities and Exchange Board of India (SEBI).
    • Coordinates with the Reserve Bank of India (RBI) in matters related to banking and government securities.

Core Functions

  • Provides electronic custody of securities through demat accounts.
  • Enables electronic transfer of securities (book-entry system).
  • Facilitates settlement of trades on stock exchanges.
  • Supports pledge and hypothecation of securities for loans.
  • Handles corporate actions such as dividends, bonus, and rights issues.
  • Role in Banking and Financial System
    • Banks act as Depository Participants (DPs) linking investors with NSDL.
    • Facilitates use of demat securities as collateral, improving liquidity and risk management.

Significance

  • Reduced settlement risks, fraud, and transaction costs.
  • Improved market efficiency, liquidity, and investor participation.
  • Supports growth of mutual funds, ETFs, and capital markets.
  • Contributes to capital formation and economic growth

Leave a Comment

Your email address will not be published. Required fields are marked *

Scroll to Top