In News:

The Bharat Ranbhoomi Darshan initiative, launched by Defence Minister coinciding with the 77th Army Day celebrations, is a collaborative effort between the Ministry of Defence and the Ministry of Tourism.

Key Highlights:

• This initiative is designed to promote battlefield and border tourism by providing citizens with access to historically significant battlefields and military sites.

Objectives

• Promote Battlefield and Border Tourism: Encourage citizens and tourists to explore India's military history.
• Enhance Awareness: Educate visitors about India’s historic battles and military valor.
• Socio-Economic Development: Boost infrastructure, connectivity, and local economies in border regions.

Features of Bharat Ranbhoomi Darshan

• Virtual Tours and Interactive Content: The platform offers historical narratives, virtual tours, and interactive multimedia to provide a detailed account of each battlefield.
• Travel Planning Assistance: Visitors can access information regarding permits, travel routes, and accommodations.
• Integration with the Incredible India Campaign: The initiative is part of the government’s broader tourism strategy, ensuring widespread promotion.
• Collaborative Infrastructure Development: The Indian Army is working with local civil authorities to facilitate safe tourism without compromising operational preparedness.

Key Locations Covered

• Galwan Valley (Ladakh): Site of the 2020 India-China clash.
• Doklam: A tri-junction between India, Bhutan, and China.
• Line of Control (LoC) and Line of Actual Control (LAC) Sites:
  • Nathu La Pass (Sikkim): Significant in the 1967 Indo-China clashes.
  • Longewala (Rajasthan): Site of a key battle during the 1971 Indo-Pak war.
  • Other Sites: Locations of the 1962 war with China and various Indo-Pak conflicts.

Significance

• Historical and Patriotic Engagement: Provides citizens firsthand insights into the challenges faced by soldiers in remote, strategic locations.
• Tourism Development in Border Areas: Previously restricted areas now open for visitors, leading to economic benefits for local communities.
• National Security Awareness: Encourages greater appreciation of India's defense forces and their contributions.

Implementation

The first phase of the Bharat Ranbhoomi Darshan project includes key battlefields and border sites across seven major regions. Future phases will expand coverage to additional historical military locations.

In News:

The Government of India is launching the Fast Track Immigration Trusted Traveller Program (FTI-TTP) to streamline immigration at seven major airports.

Key Highlights:

• The initiative, inaugurated by Union Home Minister Amit Shah, aims to enhance the travel experience for Indian nationals and Overseas Citizen of India (OCI) cardholders.
• This comes seven months after the programme was first introduced at Indira Gandhi International (IGI) Airport, New Delhi. The airports included in this initial phase are: Mumbai, Chennai, Kolkata, Bengaluru, Hyderabad, Cochin and Ahmedabad

Objectives of FTI-TTP

• Provide seamless and secure immigration services.
• Reduce human intervention using automated e-gates.
• Align with the Viksit Bharat@2047 vision for modern infrastructure.

How the Programme Works

The FTI-TTP simplifies immigration with automated e-gates. Travellers must complete a one-time online registration to enroll. The process involves:

• Online Registration: Submit personal details and upload necessary documents via the official portal (https://ftittp.mha.gov.in).
• Biometric Submission: Fingerprints and facial images must be submitted at an airport or Foreigners Regional Registration Office (FRRO).
• Immigration Clearance via E-Gates:
  • Passengers scan their boarding passes and passports at e-gates.
  • Biometrics are automatically verified.
  • Upon authentication, the e-gate opens, granting clearance.

Validity: Registration is valid for five years or until the registered passport expires, whichever comes first.

Who is Eligible?

The first phase of the FTI-TTP is open to:

• Indian nationals.
• OCI cardholders aged between 12 and 70 years.
• Children aged 12-18 can register using their parents’ email/phone number.
• ECR (Emigration Check Required) passport holders are not eligible.

Documents Required for Registration

• Passport-sized photograph (as per Indian passport specifications).
• Scanned copy of passport (front and back pages).
• Proof of current address.
• OCI card details (if applicable).

Key Points to Note

• Registration may take up to a month due to verification by field agencies.
• Applications with incorrect or outdated information may be rejected.
• In case of passport loss or expiry, travellers must reapply and submit fresh biometrics.
• Passports must have at least six months’ validity at the time of applying.
• For support, travellers can reach out via email at india.ftittp-boi@mha.gov.in.

Implementation Phases

The FTI-TTP will be implemented in two phases:

• Phase 1: Covers Indian citizens and OCI cardholders.
• Phase 2: Will extend to foreign travellers.
• The programme will be expanded to 21 major airports across the country.

Comparison with Similar Global Programmes

Several countries have implemented similar fast-track immigration systems:

United States: Global Entry

• Introduced in 2008.
• Offers self-service kiosks for pre-approved travellers.
• Requires background checks and in-person interviews.

United Kingdom: Registered Traveller Service

• Launched in 2015.
• Allows frequent visitors from select countries, including India, to use e-gates.
• Requires visa eligibility or multiple prior visits.

European Union: Smart Borders Initiative

• Implemented in 2016, with full deployment expected by 2024.
• Pre-registers biometric data for faster processing at Schengen Area borders.

Australia: SmartGate

• Started in 2007 for Australian and New Zealand passport holders.
• Uses automated kiosks for identity verification via passport scans and photos.

Saudi Arabia: Smart Travel System

• Launched in 2019.
• Uses automated e-gates for faster immigration clearance.
• Expanding as part of Vision 2030 to improve travel experience, particularly for Hajj pilgrims.

In News:

The QS World Future Skills Index 2025, released by Quacquarelli Symonds (QS), evaluates countries' readiness to meet the evolving demands of the global job market. It assesses nations based on skill development, education, and economic transformation, highlighting their preparedness for emerging technologies, artificial intelligence (AI), and sustainability.

India’s Performance in the Index:

• Overall Ranking: India is ranked 25th globally, categorizing it as a “Future Skills Contender.”
• Future of Work Category: India ranked 2nd, only behind the United States, reflecting its preparedness for AI, digital, and green jobs.
• Economic Transformation: India scored 58.3, the lowest among the top 30 countries, reflecting challenges in innovation and sustainability.
• Skills Fit: India received a score of 59.1, the weakest among the top 30 nations, indicating a gap between workforce skills and industry requirements.
• Academic Readiness: India’s education system is struggling to keep pace with employer demands, necessitating curriculum reforms and stronger academia-industry collaboration.

Key Findings from the Report:

Strengths:

• Digital Readiness: India has demonstrated strong capabilities in integrating digital talent into the workforce.
• Youth Advantage: A large, young population provides a demographic dividend for sustained economic growth.
• Startup Ecosystem: India’s startup culture and government initiatives support technological advancement and innovation.

Weaknesses:

• Higher Education-Industry Gap: Mismatch between education and employer requirements, particularly in AI, green skills, and entrepreneurship.
• Limited R&D Investment: India’s research and development spending is 0.6% of GDP, far below the global average of 2.7%.
• Low Innovation in Sustainability: India scored 15.6 out of 100, ranking poorly in future-oriented innovation for sustainability.

Challenges and Concerns:

• Skilled Workforce Shortage: The National Skill Development Corporation (NSDC) estimates a 29 million skilled workforce gap in critical sectors such as healthcare, semiconductor manufacturing, and AI.
• Low Employability Rates: Only 25% of management professionals, 20% of engineers, and 10% of graduates meet global employability standards.
• Higher Education Accessibility: Many students face difficulties in accessing quality tertiary education, particularly in skill-intensive fields.

Opportunities for Growth:

• Leverage Demographic Dividend: India can capitalize on its young workforce to dominate skill-based industries while other nations struggle with aging populations.
• Policy Support:
  • National Education Policy (NEP) 2020: Focuses on modular education and reskilling initiatives.
  • ULLAS Program: Aims to expand lifelong learning and skill development.
• Technological Integration: Advancements in AI and digital learning can help modernize academic curricula and improve job readiness.

Recommendations for Improvement:

• Enhancing Academia-Industry Collaboration: Universities should prioritize problem-solving, entrepreneurship, and creativity to align education with employer needs.
• Increasing R&D Investment: Raising spending on research and development to promote innovation and sustainability.
• Expanding Access to Education: Bridging regional disparities in tertiary education through flexible and modular learning.
• Strengthening Policy Implementation: Ensuring effective execution of skilling programs to reduce the workforce-employability gap.

In News:

The Union government has approved the constitution of the Eighth Pay Commission, benefiting 50 lakh central government employees and 65 lakh pensioners, including serving and retired defence personnel. The decision, taken ahead of the Delhi Assembly elections, aims to address long-standing demands from trade unions and employee organizations.

Key Features of the 8th Pay Commission

• Early Constitution: Although the Seventh Pay Commission's term ends in 2026, the early establishment of the Eighth Pay Commission ensures timely recommendations and implementation.
• Composition: The commission will have a Chairperson and two members, typically led by a retired Supreme Court judge.
• Terms of Reference (ToR):
  • Revision of Pay: Recommend updates to salary structures and allowances.
  • Addressing Pay Disparities: Resolve wage differences across various cadres.
  • Market Parity: Align pay structures with industry standards.
  • Pension and Retirement Benefits: Improve pension schemes and adjust them for inflation.
  • Economic Impact Analysis: Assess how salary hikes contribute to economic growth.
  • Stakeholder Consultations: Engage with governments and other stakeholders before finalizing recommendations.

Economic Implications of the 8th Pay Commission

• Employee Well-being: Higher wages will enhance the quality of life for government employees.
• Boost to Consumption: Increased salaries are expected to stimulate demand and support economic expansion.
• Ripple Effect on PSUs & States: Many public sector undertakings and state governments follow the central pay commission’s recommendations, potentially leading to wider economic benefits.
• Fiscal Considerations: The implementation of the Seventh Pay Commission in 2016-17 led to an expenditure increase of ?1 lakh crore. A similar rise in 2026-27 could impact fiscal space for capital expenditures.

Challenges and Concerns

• Implementation Delays: Past commissions have taken two years to submit recommendations, which could push implementation beyond 2027.
• Living Wage & Pension Issues: Existing formulas for minimum wage and pension calculations may need revision to reflect rising healthcare, education, and digital access costs.
• Financial Burden on the Exchequer: A significant increase in revenue expenditure could limit the government’s ability to invest in infrastructure and development projects.

In News:

The World Bank has released its Global Economic Prospects (GEP) report for 2025, a flagship biannual publication analyzing trends and projections in the global economy, with a focus on emerging markets and developing economies (EMDEs). The report highlights economic growth forecasts, trade dynamics, and the challenges and opportunities shaping the global economic landscape.

Global Economic Outlook

• The world economy is projected to expand at a steady yet subdued rate of 2.7% in both 2025 and 2026, maintaining the pace of 2024.
• Inflation, which peaked above 8% in recent years, is expected to stabilize at an average rate of 2.7% in 2025 and 2026, aligning with central bank targets.
• Despite growth, the global economy remains 0.4 percentage points below the 2010-2019 average, raising concerns about its ability to tackle poverty effectively.

Challenges and Risks

• Trade Restrictions: New trade restrictions imposed in 2024 were five times higher than the 2010-19 average, contributing to a slowdown in global trade and economic growth.
• Rising Protectionism: Increased fragmentation in global trade policies is limiting exports and hampering economic integration.
• Policy Uncertainty: Adverse policy shifts, sluggish progress in reducing inflation, and weaker performance in major economies pose downside risks to global recovery.
• Debt and Investment Concerns: Developing economies are experiencing sluggish investment growth and high debt levels, exacerbated by climate change-related costs.

Emerging Markets and Developing Economies (EMDEs)

• EMDEs have significantly evolved since 2000, now contributing about 45% of global GDP, compared to 25% at the start of the century.
• The three largest EMDEs—India, China, and Brazil—have accounted for approximately 60% of annual global growth over the past two decades.
• Growth in low- and middle-income developing countries is expected at 4.1% in 2025 and 4% in 2026, with a notable slowdown compared to the early 2000s.
• Low-income countries are projected to rebound to 5.7% in 2025 and 5.9% in 2026, aided by easing conflicts in some regions.
• The world's poorest nations, with annual per capita incomes below USD 1,145, recorded growth of 3.6% in 2024, impacted by conflicts in regions like Gaza and Sudan, alongside lingering effects of COVID-19 and geopolitical tensions.

India-Specific Highlights

• Fastest-Growing Major Economy: India is expected to maintain its position as the world’s fastest-growing major economy, with a projected growth rate of 6.7% in both 2025 and 2026.
• Sectoral Growth: The services sector will remain robust, while manufacturing activity is expected to strengthen.
• Investment Growth: Supported by rising private investment, improved corporate balance sheets, and favorable financing conditions, investment growth in India is expected to remain steady.
• Key Growth Drivers:
  • Infrastructure development under the PM GatiShakti National Master Plan.
  • Innovation-driven initiatives like Startup India and the Production Linked Incentive (PLI) Scheme.
  • Expansion of the digital economy and financial inclusion efforts.
• Rural Demand and Consumption: Growth in rural demand and a recovery in farm production have bolstered consumer spending, although urban consumption remains affected by inflation and slow credit growth.

In News:

January is Cervical Cancer Awareness Month, and the focus on this month underscores the critical importance of preventing cervical cancer, a disease responsible for significant mortality among women in India. At the heart of this prevention is the Human Papillomavirus (HPV) vaccine, which is recognized as the most effective measure to prevent cervical cancer and other HPV-related cancers. Despite its potential, the HPV vaccine remains out of reach for many due to its high cost and the need for greater awareness.

HPV and its Impact in India

HPV is responsible for 99.7% of cervical cancers worldwide, making it one of the primary causes of cancer in women. In India, cervical cancer is the third most common cancer among women, accounting for about 6-29% of all cancers in women. As of GLOBOCAN 2020, India alone has 20% of the global burden of cervical cancer, with over 123,000 cases and a 9.1% mortality rate.

Additionally, HPV can lead to several other cancers, including anal, vulvar, vaginal, penile, and throat cancers, making its vaccination vital for overall cancer prevention.

The HPV Vaccine: A Game-Changer

The HPV vaccine is the most effective tool to prevent infections caused by the virus and reduce the incidence of associated cancers. The vaccine works by stimulating the immune system to produce antibodies that neutralize the virus before it can cause damage. There are different types of vaccines authorized in India, including:

• Gardasil (protects against HPV types 6, 11, 16, and 18)
• Cervarix (a bivalent vaccine targeting HPV 16 and 18)
• Cervavac (India's first HPV vaccine, developed by the Serum Institute of India)

The vaccine is recommended for both males and females between 9 and 26 years, with a special focus on children aged 12 to 13 years, as the vaccine is most effective when administered before exposure to the virus. It’s also suitable for people who are immunocompromised or HIV-infected.

Challenges to HPV Vaccination in India

Despite the obvious benefits, the uptake of the HPV vaccine in India faces several barriers:

• High Costs: The price of the vaccine remains prohibitively high. For example:
  • Gardasil 9 costs ?10,850 per dose.
  • Gardasil 4 is priced between ?2,000 to ?4,000 per dose.
  • Cervavac, the Indian-made vaccine, costs around ?2,000 per dose, which is more affordable but still out of reach for many.
• Awareness and Cultural Perceptions: There is a lack of awareness about HPV and its link to cervical cancer. Cultural factors, particularly around reproductive health, can also create reluctance to vaccinate, especially in rural or conservative areas.
• Limited Access: Currently, the vaccine is available through private practitioners and is not part of the National Immunisation Programme (NIP), limiting access to the broader population.

The Way Forward: National Immunisation and Awareness Campaigns

The National Technical Advisory Group on Immunisation (NTAGI) has recommended that the HPV vaccine be included in India’s National Immunisation Programme (NIP). This would enable broader access and affordability, especially for girls aged 9–14 years and ensure that a routine vaccination schedule is implemented at the age of 9 years. Some states like Punjab and Sikkim have already taken steps to introduce the vaccine in their state-level immunization programs.

Additionally, a nationwide HPV vaccination campaign could raise awareness about the vaccine and its benefits, helping to overcome the challenges of cost, safety concerns, and cultural perceptions. Regular cervical cancer screenings (such as Pap smears and HPV tests) should also be encouraged to identify precancerous changes early.

In News:

The Union Cabinet, has approved the establishment of a Third Launch Pad (TLP) at the Satish Dhawan Space Centre (SDSC), located at Sriharikota, Andhra Pradesh. This project marks a significant step in enhancing India’s space capabilities and will support the Next Generation Launch Vehicles (NGLV) for ISRO’s evolving space exploration programs.

Key Features of the Third Launch Pad

The TLP will be built with an adaptable design, capable of supporting NGLV and LVM3 vehicles with semi-cryogenic propulsion. The launch pad will also serve as a standby for the Second Launch Pad (SLP) at Sriharikota. This addition will help ISRO meet its growing launch capacity needs, particularly for future human spaceflight missions and space exploration projects. It will facilitate higher launch frequencies, thus boosting the Indian space ecosystem.

Implementation Strategy and Timeline

The Third Launch Pad is planned to be developed within 48 months (4 years), with the total cost pegged at ?3984.86 Crore. The development will involve maximized industry participation and will utilize existing infrastructure at the launch complex. The project will also leverage ISRO’s experience gained from establishing the earlier launch pads.

The Importance of the Third Launch Pad

The TLP is designed to support the Next Generation Launch Vehicles (NGLV), a key part of ISRO’s vision for space exploration. The facility will not only accommodate heavier vehicles but will also ensure standby capacity for the Second Launch Pad (SLP). Its strategic location at Sriharikota ensures several advantages:

• Proximity to the Equator: This offers a substantial increase in payload capacity due to the additional push provided by the Earth's rotation.
• Safety and Accessibility: The site is free from major international maritime or airline routes, ensuring a safe flight path.
• Geographical Advantage: The launch pad is situated on the eastern coast, enabling launches in an easterly direction, maximizing the benefits of Earth’s rotational speed.

Future Plans for Indian Space Exploration

The establishment of the Third Launch Pad is crucial for the expanded vision of India’s space program, particularly in line with the Amrit Kaal period. ISRO aims to achieve ambitious milestones, such as the Bharatiya Antariksh Station (BAS) by 2035 and an Indian Crewed Lunar Landing by 2040. The NGLV will play a pivotal role in these plans, with features like:

• A three-stage vehicle and reusable first stage.
• Semi-cryogenic propulsion, using refined kerosene and liquid oxygen, which will increase payload capacity by three times at 1.5 times the cost of current vehicles.

The Role of Sriharikota in India’s Space Program

Sriharikota, the hub of ISRO’s launch operations, has been integral to India’s space exploration. Currently, the Indian Space Transportation Systems rely on two operational launch pads:

• First Launch Pad (FLP): Established over 30 years ago for PSLV and SSLV missions, FLP continues to support Polar Satellite Launch Vehicle (PSLV) and Small Satellite Launch Vehicle (SSLV) launches.
• Second Launch Pad (SLP): Built primarily for GSLV and LVM3 vehicles, SLP also serves as a standby for PSLV. Over its 20 years of operation, SLP has supported several national missions, including Chandrayaan-3, and is preparing for the Gaganyaan missions.

In News:

The concept of ‘blood money’ has come under scrutiny recently, especially in the context of the death sentence awarded to Indian nurse Nimisha Priya from Kerala in Yemen. This case, where the focus is on monetary compensation paid to the victim’s family, has sparked renewed discussions on the practice of blood money.

What is ‘Blood Money’?

‘Blood money’ or diya is a term used in Islamic Sharia law and refers to a sum of money that the perpetrator of a crime must pay to the victim or the victim’s family, typically in cases of unintentional murder or homicide. The custom is designed to offer compensation to the family for the loss of income and alleviate their suffering, rather than placing a price on human life. This practice allows the victim’s family to forgive the accused and avoid retribution, called qisas, under the Sharia.

However, even when blood money is paid, the community or state retains the authority to impose a penalty or punishment, which could include imprisonment or other penalties, based on the seriousness of the crime.

How Does Blood Money Figure in Islamic Sharia Law?

In Islamic law, the amount of blood money varies based on several factors such as the victim’s gender, religion, and nationality. The following examples demonstrate the application of blood money in different Islamic countries:

• Saudi Arabia: In Saudi Arabia, blood money is part of traffic regulations, where the perpetrator must pay compensation to the heirs of victims who die in road accidents. While a Sharia court determines the amount of compensation, the police handle the determination of the guilty party. In workplace accidents, a special committee sets the amount. Saudi Arabia has considered reforming its laws to ensure equal compensation for men and women, Muslims and non-Muslims. However, efforts to amend the laws have not yet been fully implemented.
• Iran: In Iran, blood money differs based on the gender and religion of the victim. A woman’s compensation is typically set at half of that of a man’s. While the Supreme Court of Iran upheld a law to equalize compensation for all individuals in 2019, full implementation of the law has yet to be realized.
• Pakistan: Pakistan has incorporated provisions for diya and qisas in its legal system through the Criminal Laws (Amendment) Ordinance, 1991, aligning its practices with those of Islamic law.
• Yemen: In Yemen, parties involved can negotiate compensation, with judicial oversight ensuring fairness.

India’s Stand on ‘Diya’ and Blood Money

India does not include the provision for blood money in its formal legal framework. However, a similar concept exists in the form of plea bargaining, which allows the accused to negotiate with the prosecution in exchange for a reduced sentence or charge. Plea bargaining involves the defendant pleading guilty to a lesser offense in return for a concession, either in terms of the charges or the sentence.

Plea Bargaining in India:

Introduced under the Criminal Law (Amendment) Act, 2005, plea bargaining was added to the Code of Criminal Procedure, 1973. While it bears some resemblance to blood money in that it allows for compensation to the victim, it has significant limitations:

• It can only be applied to crimes punishable by imprisonment of less than seven years.
• It is not applicable to heinous crimes such as murder or rape, or offenses involving women or children under 14.
• The accused must voluntarily agree to plead guilty, with no coercion involved.

While plea bargaining may include compensation under Section 265E of the Code, discussions continue to refine this provision to make it more inclusive, similar to the reforms seen in Islamic countries regarding blood money.

Historical Practices Similar to Blood Money

Throughout history, various cultures have had practices similar to blood money. These include:

• Brehon Law (Ireland): In the 7th century, Brehon law established the concept of Éraic (body price) and Log nEnech (honor price). These were compensation systems that allowed for the amicable resolution of crimes, avoiding capital punishment.
• Galanas (Wales): Galanas in Welsh law determined compensation based on the victim's social status, where a blood fine was required in cases of murder, unless the killing was justified.
• Wergeld (Germany): The Wergeld system in early medieval Germany required compensation for homicide or grave offenses, often in monetary terms.
• Other Medieval States: Several medieval states established a standard payment for the victims’ families in the event of homicide or serious crimes, much like blood money.

Cases of Indians Pardoned with Blood Money

India has witnessed instances where blood money has been invoked for Indian nationals facing death sentences abroad:

• Arjunan Athimuthu (Kuwait, 2019): Arjunan’s death sentence was commuted to life imprisonment after his family paid ?30 lakh in blood money.
• Abdul Rahim (Saudi Arabia): Abdul Rahim, convicted for the murder of a Saudi boy in 2006, was pardoned after ?34 crore in blood money was paid. However, he has not been released from prison yet.
• UAE Cases:
  • In 2017, 10 Indians were pardoned after paying 200,000 dirhams as blood money.

In 2009, 17 Indians on death row for the murder of a Pakistani national were pardoned after a blood money amount of nearly ?4 crore was paid.

In News:

Days before demitting office, the Joe Biden administration has released an expansive regulatory framework on the export of artificial intelligence (AI) hardware such as graphics processing units (GPUs), which could have far-reaching consequences for India’s AI ambitions.

Three-Tier Framework for AI Hardware Export Restrictions

• Tier 1: Closest US Allies
  • Countries: Australia, Belgium, Canada, South Korea, UK, etc.
  • No restrictions on computing power deployment.
  • Minimal security requirements.
  • Impact: Free access to AI technology for these nations.
• Tier 2: Majority of Countries (Including India)
  • Countries: India, Brazil, South Africa, etc.
  • Restrictions: Limited to importing approximately 50,000 advanced AI chips (around $1 billion) through 2027.
  • Potential to Double Cap: If countries sign agreements to uphold strict security standards.
  • Impact on India:
    • Short-Term: Likely to fulfill current demand for 10,000 GPUs for the IndiaAI Mission.
    • Long-Term: Challenges in scaling AI infrastructure, with possible delays in large AI data centers and difficulty acquiring large-scale GPUs.
• Tier 3: Countries of Concern (Restricted Nations)
  • Countries: Russia, China, North Korea, Iran, etc.
  • No Access to US AI Technology: Nearly total prohibition of AI tech exports.

Special Provisions for India and China

• General Validated End User (GVEU) status for India and China:
  • India: Authorisation for civilian and military use, excluding nuclear applications.
  • China: Only civilian use permitted under similar conditions.

Why the US Imposed These Restrictions?

• National Security: Prevent adversaries (China, Iran, Russia) from acquiring advanced AI technologies.
• US Technological Leadership: To protect US AI leadership and prevent loss of competitive edge.
• Trusted Ecosystem: Build secure and trusted AI environments for allied nations.

Impact on India

• Short-Term:
  • IndiaAI Mission: Current procurement of 10,000 GPUs unlikely to be affected.
  • Subsidized GPUs: Available for startups, academia, and researchers.
• Long-Term Concerns:
  • Licensing Uncertainties: Possible delays in large-scale AI deployments and AI data centers.
  • Impact on Large Firms: Companies like Reliance and Yotta may face challenges scaling up AI compute infrastructure.
  • National AI Mission Challenges: Difficulty in acquiring enough GPUs for large-scale AI projects beyond 2027.
  • Strategic Leverage: US could use AI export restrictions to negotiate trade deals or tariff adjustments.

Nvidia’s Criticism of the AI Diffusion Rules

• Overreach and Bureaucratic: Nvidia criticized the 200+ page regulatory framework as excessive, secretive, and bureaucratic.
• Harming US Competitiveness: Claims that the rules would hinder US innovation and global leadership, weakening the competitiveness of the US semiconductor and software industries.
• Contrast with Trump’s Approach: Praises the earlier Trump administration for fostering AI growth through industry competition without compromising national security.

Enforcement of the Rules

• Regulatory Control: Managed by the US Bureau of Industry and Security (BIS) under the Department of Commerce.
• Technology Access: Ensures AI chips and models do not reach adversaries or nations posing security risks.

Potential Impact on India’s AI Strategy

• AI Hardware Infrastructure: Challenges in large-scale AI hardware deployment.
• Competitive Disadvantage: Potential delays or downsizing of AI data centers could affect India’s competitiveness in AI technology.
• Strategic Partnerships: India may need to secure General National Validated End User authorizations to ensure uninterrupted access to advanced chips.
• AI Market Growth: India’s AI market projected to grow to $17 billion by 2027, with an annual growth rate of 25%-35%.

In News:

On January 16, 2025, India marks nine years of Startup India, a transformative journey that began in 2016. Designated as National Startup Day, this occasion celebrates the nation’s strides in fostering a robust and inclusive entrepreneurial ecosystem.

Current Status (as of Jan 2025)

 Over 1.59 lakh startups recognized by DPIIT, making India the 3rd largest startup ecosystem globally.

• More than 100 unicorns (startups valued over $1 billion).
• Key hubs: Bengaluru, Hyderabad, Mumbai, Delhi-NCR; growing contribution from smaller cities.

Key Sectors

• Major sectors: Fintech, Edtech, Health-tech, E-commerce.
• Notable companies: Zomato, Nykaa, Ola exemplify India's shift from job seekers to job creators.

Key Milestones (2016–2025)

• Startups grew from around 500 in 2016 to 1.59 lakh in 2025.
• 73,151 startups with at least one-woman director as of 2024, showcasing rise in women entrepreneurship.
• Over 16.6 lakh jobs created by DPIIT-recognized startups by 2024.

Core Features of Startup India

• Ease of Doing Business: Simplified compliance, self-certification, and single-window clearances.
• Tax Benefits: Three-year tax exemptions for eligible startups.
• Funding Support: ?10,000 crore Fund of Funds for Startups (FFS) supports early-stage funding.
• Sector-Specific Policies: Policies focusing on sectors like biotechnology, agriculture, and renewable energy.

Industry-wise Jobs Created

• IT Services: 2.04 lakh jobs.
• Healthcare & Lifesciences: 1.47 lakh jobs.
• Professional & Commercial Services: 94,000 jobs.
• Total direct jobs created: 16.6 lakh (as of Oct 2024).

Flagship Schemes

• Startup India Seed Fund Scheme (SISFS).
• Credit Guarantee Scheme for Startups (CGSS).
• Fund of Funds for Startups (FFS) Scheme.

Other Key Initiatives

• Capacity Building & Handholding: Workshops for regional ecosystems, especially in non-metro cities.
• Outreach & Awareness: Initiatives to facilitate funding, incubation, and mentorship opportunities.
• Ecosystem Development: National-level events like Startup Mahakumbh to bring together key stakeholders.
• International Linkages: India’s G20 Presidency institutionalized Startup20 to enhance global collaborations.

BHASKAR Platform (Launched in Sept 2024)

• Objective: Centralize and streamline interactions within the entrepreneurial ecosystem.
• Key Features:
  • Networking: Connects startups, investors, mentors, and government bodies.
  • Resources: Provides quick access to essential tools and knowledge for scaling startups.
  • Global Outreach: Promotes India as a global innovation hub.

Startup Mahakumbh

• 2024 Edition: Hosted 1,300 exhibitors, 48,000 visitors, and 392 speakers, including unicorn founders and policymakers.
• 2025 Edition (3-5 April, New Delhi): Theme - “Startup India @ 2047 – Unfolding the Bharat Story.”

In News:

Odisha has become the 34th state to implement the Ayushman Bharat Pradhan Mantri Jan Arogya Yojana (AB PM-JAY). The National Health Authority (NHA) of the Union Ministry of Health signed a Memorandum of Understanding (MoU) with the Department of Health and Family Welfare, Government of Odisha to onboard the state under the scheme.

Key Highlights:

• The scheme will be implemented alongside the existing Gopabandhu Jan Arogya Yojana in Odisha.
• It provides health coverage of Rs. 5 lakh per family per annum, with an additional Rs. 5 lakh for women members.
• Approximately 1.03 crore families will be covered under the scheme.
• Shri JP Nadda, Union Health Minister, emphasized that the scheme is the world’s largest and fastest-growing health coverage initiative.
• Shri Mohan Charan Majhi, Chief Minister of Odisha, highlighted that people will now have access to cashless treatment in over 29,000 empaneled hospitals.

About Ayushman Bharat PM-JAY:

• Launched in 2018 under the Ministry of Health & Family Welfare (MoH&FW).
• Targets 12 crore families (~55 crore beneficiaries).
• Provides cashless hospital coverage for secondary and tertiary care.
• Fully funded by the government, with cost-sharing between the Centre and states.
• Covers nearly 2,000 medical procedures, including major surgeries.

Since its inception, over 8.19 crore hospital admissions have been recorded, with ?1.13 lakh crore spent on healthcare for marginalized sections.

Cyclone Dikeledi struck Mayotte, a French overseas territory in the Indian Ocean, located in the Mozambique Channel. The cyclone caused severe flooding and damage, following closely after Cyclone Chido, which had hit the region in December 2024.

About Mayotte:

• Comprises two islands from the Comoros archipelago: Mayotte (Grande Terre) and Pamandzi (Petite Terre).
• It is the poorest region in both France and the European Union.
• Colonized by France in 1843 and annexed along with the Comoros in 1904.
• In a 1974 referendum, while 95% of Comoros opted for independence, 63% of Mayotte voted to remain French.
• While Comoros declared independence in 1975, Mayotte continues to be governed by France.

Cyclone Chido, which struck in December 2024, was recorded as the most severe storm to hit Mayotte in 90 years.

In News:

In a major boost to India’s maritime defense capabilities, three frontline warships—INS Nilgiri, INS Surat, and INS Vaghsheer—were commissioned into the Indian Navy at the Naval Dockyard in Mumbai. This marks a significant step in India's self-reliance in defense manufacturing and strengthens its presence in the Indian Ocean Region (IOR).

INS Nilgiri: Project 17A Stealth Frigate

INS Nilgiri is the lead ship of the Project 17A class, an advanced version of the Shivalik-class frigates, designed for multi-mission capabilities in blue-water operations.

Key Features:

• Advanced stealth technology reducing radar and infrared signatures.
• Equipped with supersonic surface-to-surface missiles, Medium Range Surface-to-Air Missiles (MRSAM), upgraded 76 mm guns, and rapid-fire close-in weapon systems.
• Versatile roles in anti-surface, anti-air, and anti-submarine warfare.
• Constructed using integrated modular design for faster assembly.
• Other ships in this class—Himgiri, Taragiri, Udaygiri, Dunagiri, and Vindhyagiri—are under construction at Mazagon Dock Shipbuilders Limited (MDL) and Garden Reach Shipbuilders and Engineers (GRSE).

INS Surat: Project 15B Stealth Destroyer

INS Surat is the fourth and final guided missile destroyer under Project 15B, following INS Visakhapatnam, INS Mormugao, and INS Imphal. It represents an upgraded version of the Kolkata-class destroyers.

Key Features:

• AI-Enabled Operations: First Indian warship integrated with artificial intelligence solutions for enhanced combat efficiency.
• High-Speed Capability: Can exceed speeds of 30 knots (56 km/h).
• Advanced Armament: Equipped with modern surface-to-air and anti-ship missiles, torpedoes, and sophisticated network-centric warfare sensors.
• Strategic Role: Acts as a high-speed, maneuverable warship with increased strike capability and endurance.

Project 15B was initiated in 2011, with ships named after major Indian cities to symbolize national unity. These destroyers serve as critical assets in naval operations, ensuring dominance in maritime warfare.

INS Vaghsheer: Project 75 Scorpene-Class Submarine

INS Vaghsheer is the sixth and final Kalvari-class submarine built under Project 75, designed for stealth and versatile naval operations.

Key Features:

• Scorpene-Class Design: Developed in collaboration with the French Naval Group.
• Diesel-Electric Propulsion: Silent and highly maneuverable, making it one of the world’s most advanced attack submarines.
• Mission Capabilities: Specializes in anti-surface warfare, anti-submarine warfare, intelligence gathering, and special operations.
• Weapons Systems: Armed with wire-guided torpedoes, anti-ship missiles, and state-of-the-art sonar systems.

The Kalvari-class submarines continue India's legacy of submarine warfare, named after decommissioned Soviet-origin Foxtrot-class submarines post-Independence.

In News:

Iran has announced plans to relocate its capital from Tehran to the Makran coastal region due to economic and environmental concerns.

Reasons Behind Relocation

• Overcrowding and Resource Constraints: Tehran, the capital for over 200 years since the Qajar dynasty (1794-1925), faces overpopulation, air pollution, water scarcity, and energy shortages.
• Strategic Importance of Makran: Located in Sistan and Baluchestan Province, Makran’s proximity to the Gulf of Oman enhances its potential for economic development.
• Economic and Maritime Significance: Home to key ports like Chabahar, Makran is vital for Iran’s petroleum reserves and coastal trade.
• Geopolitical Considerations: The development of Makran as an international trade hub could strengthen Iran’s economic ties with Central Asia and the Indian Ocean region.

About Makran

• Geographical Overview: A semi-desert coastal plateau shared by Pakistan and Iran, bordered by the Arabian Sea and the Gulf of Oman.
• Key Ports and Trade Routes: Gwadar (Pakistan) and Chabahar (Iran) serve as critical gateways to the Strait of Hormuz, a global oil supply route.

Alexander’s Invasion and Makran’s Historical Significance

Background of Alexander’s Invasion (327–325 BCE)

• Entry into India: Alexander, King of Macedonia (336-323 BCE), entered India via the Khyber Pass after conquering Kabul.
• Key Battles:
  • Battle of Hydaspes (Jhelum): Faced and defeated King Porus, later reinstating him as an ally.
  • Retreat at Hyphasis (Beas River): His army, exhausted and wary of the Nanda Empire’s strength, refused to march further east.

The Gedrosian Desert March

• Extreme Hardships: While retreating through the Makran Desert, Alexander lost a third of his army to dehydration, starvation, and exhaustion.
• Comparison with Cyrus the Great: Unlike Cyrus II, who failed to cross the desert, Alexander’s army endured the harsh terrain, albeit with heavy casualties.

Impact of Alexander’s Invasion on India

• Cultural and Trade Exchanges: Facilitated early Indo-Greek interactions and opened key trade routes linking South Asia and Europe.
• Greek Settlements: Established cities like Alexandria (Kabul) and Boukephala (Jhelum), influencing local governance and trade.
• Mauryan Expansion: Weakened regional rulers enabled Chandragupta Maurya to establish the Mauryan Empire.
• Influence on Art and Culture: Indo-Greek fusion led to the Gandhara School of Art, integrating Greek and Indian artistic traditions.

In News:

Kerala police deploy 5,000 personnel at Sabarimala ahead of Makaravilakku festival.

Key Highlights:

• Makaravilakku is a prominent annual Hindu festival held at the Sabarimala Temple in Kerala, dedicated to Lord Ayyappa.
• It marks the celestial event of the Sun entering Capricorn (Makaram Rashi) on Makara Sankranti.
• The festival is a culmination of the 41-day pilgrimage to Sabarimala, celebrated with devotion, discipline, and spiritual purification.
• Sabarimala is one of the largest pilgrimage sites globally, drawing 10-15 million devotees annually.

Location:

• The Sabarimala Temple is located on the Sabarimala hill in Pathanamthitta, Kerala, within the Periyar Tiger Reserve.
• It is surrounded by 18 hills and is located along the banks of the Pamba River.

Key Rituals:

• 41-Day Pilgrimage (Vratham): Devotees observe strict practices like celibacy, fasting, and wearing black or saffron attire to purify the body and soul.
• Makaravilakku (Makara Jyothi): A celestial light appears on Makara Sankranti, believed to be a divine manifestation of Lord Ayyappa.
• Thiruvabharanam Procession: On Makaravilakku day, sacred royal ornaments (Thiruvabharanam) are carried in a procession from the Pandalam Palace to the temple.
• Aarti at Ponnambalamedu: The Makaravilakku light is believed to emanate from camphor lit during the Aarti ritual at Ponnambalamedu, viewed three times from Sabarimala.

Festival Duration:

• The Makaravilakku festival lasts for seven days, starting on Makara Sankranti and concluding with the Guruthi offering, which propitiates the gods of the wilderness.

Significance of Makaravilakku:

• The festival symbolizes the merging of celestial and spiritual energies, highlighting devotion, purity, and self-discipline.
• Devotees chant the mantra "Swamiye Saranam Ayyappa," seeking blessings and protection from Lord Ayyappa.
• The event promotes equality, as all devotees wear simple black or blue attire and carry the sacred bundle, “Irumudi Kettu.”

Cultural and Religious Aspects:

• The festival is an important cultural and religious observance for millions of Hindus.
• Though previously believed to be a supernatural event, Makaravilakku now involves a ritual performed by the Malayaraya tribe, overseen by the Travancore Devaswom Board.

Prohibition on Women:

• The temple traditionally restricts women aged 10-50 from entering. This was challenged in 2018 when the Supreme Court ruled to lift the prohibition, although it remains a contentious issue.

In News:

New observatory at remote Purulia district West Bengal is expected to contribute significantly to Astrophysics.

Key Highlights:

Location and Significance:

• Established by: S.N. Bose Centre for Basic Sciences (SNBCBS), an autonomous institute under the Department of Science and Technology (DST), India.
• Location: The observatory is situated at Panchet Hill, in the Garpanchakot area of Purulia district, West Bengal, at an elevation of 600 meters above ground level.
• Longitude Gap: Positioned at a longitude of approximately 86° E, this observatory fills a critical longitudinal gap in global astronomical observation networks. There are very few observatories along this longitude, making it strategically important for observing transient astronomical phenomena that last from minutes to hours.
• Global Impact: This location will allow for unique contributions to global astrophysical research, especially in observing transient events, which require observatories spread across all global longitudes.

Technological and Educational Role:

• The observatory is equipped with a 14-inch telescope for scientific observations.
• It will serve as a training ground for students and researchers, helping them to handle telescopes, record astronomical data, and engage in research.
• The observatory aims to foster national and international collaborations in astronomical research, furthering India’s contributions to the field.

Collaborations and Ecosystem Development:

• MOU with Sidhu Kanu Birsa University: The observatory will be run jointly with Sidhu Kanu Birsa University, sharing resources and responsibilities. The collaboration promises to bring scientific and educational advancements to Purulia, a district traditionally considered backward.
• The establishment of the observatory is expected to boost the local ecosystem, creating a space for scientific engagement and inspiring students in the region.

Research and Contributions:

• The research team, from the Department of Astrophysics at SNBCBS, contributed to the conceptualization, site characterization, and installation of the telescope.
• Their efforts ensure the observatory will be capable of high-quality scientific observations, especially with regard to weather parameters and astronomical seeing conditions.

Future Prospects:

• Scientists emphasized that the observatory will significantly contribute to the global body of knowledge in observational astronomy.
• Also highlighted the potential of the observatory to create a scientific ecosystem in the region.
• The observatory will also serve as a source of inspiration for students in Purulia and provide a much-needed boost to local education in the fields of science and astrophysics.

In News:

A Konkan secret, the flat-top sada is a freshwater paradise.

Key Highlights:

Geography of Sada:

• The Konkan region lies between the Arabian Sea and the Western Ghats.
• Sada refers to flat-topped hills, formed by centuries of erosion, and is a prominent feature in the Ratnagiri district.
• These areas are typically barren except during the monsoon season when they come alive with flora and fauna.

Biodiversity and Ecosystem Services:

• A biodiversity survey between 2022-2024 recorded 459 plant species, with 105 being endemic to the Konkan region.
• The survey also identified 31 species of reptiles, 13 species of amphibians, 169 species of birds, and 41 species of mammals.
• These ecosystems play a vital role in water conservation. The lateritic soil layer atop the Sada acts as a catchment for rainwater, recharging the groundwater and providing freshwater to local communities year-round.

Traditional Land Use and Agriculture:

• Local Farming: During monsoons, the Sada is used by locals for growing traditional crops like rice and millets (e.g., nanchani), using sustainable farming practices without pesticides or chemical fertilizers.
• Water Management: The locals rely on open wells, springs, and perennial streams for freshwater, which are carefully maintained through cultural rituals and community hygiene practices.

Conservation and Cultural Importance:

• The region is home to geoglyphs, ancient artworks estimated to be 10,000 years old, adding to its cultural and historical significance.
• Waterbodies on the Sada serve as habitats for species like the Indian flapshell turtle (Lissemys punctata) and provide water for other wildlife, including leopards, jackals, hyenas, barking deer, and migratory birds.

Environmental Threats:

• Land-use Change: Increasing conversion of open land and croplands into orchards and residential areas, along with various developmental projects, threatens the region's biodiversity.
• Mining: Extraction of laterite stones for construction purposes is another environmental risk.
• Wasteland Classification: The region is often classified as a ‘wasteland’ in the Wasteland Atlas, further complicating conservation efforts.

In News:

Israel and Hamas have agreed on a Gaza ceasefire and hostage release deal after 15 months of war.

Key Highlights:

Ceasefire Agreement Details:

• Location: The deal was brokered in Doha, Qatar.
• Approval Process: The deal must be approved by Israel’s Cabinet to take effect.
• Mediators: The agreement was negotiated by Qatar, Egypt, and the United States, with their involvement ensuring the implementation of the deal.

Phases of the Deal:

• First Phase (42 Days):
  • Release of 33 hostages by Hamas, including women, children, and elderly people.
  • Hostage Exchange: Hostages will be exchanged for Palestinian prisoners in Israeli jails.
  • Gaza Ceasefire and Withdrawal: Israeli forces will gradually withdraw from Central Gaza and move to the borders.
  • Return of Displaced Palestinians: Displaced Palestinians will be allowed to return to Northern Gaza.
  • Humanitarian Aid: 600 humanitarian aid trucks will be allowed into Gaza daily.
• Second Phase:
  • Hostage Release: Negotiations will begin for the release of remaining hostages.
  • Full Israeli Troop Withdrawal: Israel will fully withdraw its forces.
• Third Phase:
  • Reconstruction of Gaza: Overseen by Egypt, Qatar, and the United Nations.
  • Reopening of Border Crossings: For movement in and out of Gaza.
  • Return of Hostage Bodies: Return of any bodies of hostages who died.

Background of the Israel-Hamas Conflict:

• Start: On October 7, 2023, Hamas launched an attack on Israel, called Operation Al-Aqsa Flood, causing significant casualties.
• Israeli Response: Israel launched Operation Iron Sword in retaliation.
• Casualties: The conflict resulted in 46,707 Palestinian deaths, mostly civilians, and 1,210 Israeli deaths.

About Gaza Strip:

• Location: A Palestinian enclave on the Mediterranean Sea, bordered by Israel and Egypt.
• Administration: The Gaza Strip is governed by Hamas since 2006.
• Movement Restrictions: Israel controls air space and shoreline, imposing restrictions. Egypt controls one border and also restricts movement.

Gaza Truce Deal:

• Nature: A proposed ceasefire to end the ongoing conflict.
• Primary Parties: Israel and Hamas.
• Supporting Nations: United States, Qatar, and Egypt.
• Significance:
  • Aims to stop fighting and address the humanitarian crisis in Gaza.
  • Potential to influence regional stability and Israeli politics.
  • Marks an important moment in U.S. diplomacy under the Biden administration.

In News:

The Defence Research and Development Organisation (DRDO) successfully conducted field evaluation trials of India's indigenous Anti-Tank Missile - Nag Mark 2 at the Pokhran Field Range in Rajasthan.

Overview of Nag Mk-2:

• Type: Third-generation, fire-and-forget anti-tank guided missile (ATGM).
• Development: Indigenous development by Defence Research and Development Organisation (DRDO) under the Integrated Guided Missile Development Programme (IGMDP).
• Functionality: Designed to neutralize modern armored threats, including those with Explosive Reactive Armour (ERA), using advanced fire-and-forget technology.

Technological Features:

• Fire-and-Forget Technology: Operators lock onto targets before launch, allowing the missile to autonomously track and engage targets, ensuring precision strikes.
• Lock-on After Launch: The missile can lock onto the target post-launch, providing flexibility in complex battlefield environments.
• Advanced Guidance System: Equipped with Imaging Infrared (IIR) seekers for enhanced accuracy, both during the day and at night.

Performance and Range:

• Effective Range: The missile has a range of 7 to 10 kilometers, a significant improvement over its predecessor, Nag Mk-1, which had a range of only 4 kilometers.
• Test Trials: Successfully destroyed all targets at both maximum and minimum ranges during the field evaluation trials at Pokhran Field Range, Rajasthan.
• Attack Mode: Includes a top-attack capability to target the vulnerable upper surfaces of armored vehicles, enhancing its effectiveness.

Platform and Integration:

• Launch Platform: The missile is launched from the NAMICA (Nag Missile Carrier) Version 2, a tank destroyer vehicle used by the Indian Army to launch anti-tank missiles.
• Versatility: Designed for integration with multiple platforms, enhancing operational flexibility in different combat scenarios.

Strategic and Operational Significance:

• Indigenous Defence Capability: Reduces India's dependence on foreign weapons systems, strengthening self-reliance in defense technology.
• Enhanced Battlefield Readiness: Provides the Indian Army with a cutting-edge weapon to counter modern armored vehicles, improving tactical advantages.
• Operational Effectiveness: The missile’s precision and ability to neutralize targets with minimal collateral damage make it an essential tool in modern warfare.
• Strategic Deterrence: Demonstrates India’s technological advancements in missile systems, signaling strength and deterrence to adversaries.

In News:

Union Minister of Commerce & Industry Shri Piyush Goyal launches Bharat Cleantech Manufacturing Platform.

Bharat Cleantech Manufacturing Platform:

• Objective: Strengthen India's cleantech value chains, especially in solar, wind, hydrogen, and battery storage sectors.
• Platform Features:
  • Aims to promote collaboration, co-innovation, and knowledge-sharing among Indian firms.
  • Focus on scaling up manufacturing, sharing ideas, technologies, and resources.
  • Acts as a financing platform for the cleantech sector.
  • Designed to position India as a global leader in sustainability and cleantech innovation.

India's Clean Energy Commitment:

• Target: 500 GW of clean energy capacity by 2030.
• India has been a front-runner in fulfilling its Nationally Determined Contributions (NDCs) under the Paris Agreement and UNFCCC.
• Early Achievement: India achieved its 2022 renewable energy target of 200 GW, 8 years ahead of schedule.
• Largest Interconnected Grid: India boasts the world’s largest interconnected power grid, enhancing its renewable energy distribution capacity.
• Gujarat is a pioneer in solar power adoption in India.

Union Minister Shri Piyush Goyal's Views:

• On Product-Linked Incentives (PLIs):
  • PLIs and subsidies are seen as short-term aids; long-term growth of the clean energy sector depends on it becoming self-sustaining.
  • Urged Indian firms to innovate and scale up manufacturing within the country.
• On Clean Energy and Sustainability:
  • Stressed the importance of innovation and collaboration to achieve sustainability goals.
  • India aims to attract international investors by creating a compelling business case for cleantech investments.
• 3S Approach (Speed, Scale, and Skill): Key to implementing India's renewable energy program, emphasizing rapid deployment, large-scale adoption, and skill development in the sector.

Bharat Climate Forum 2025:

• Event Objective: A platform for policymakers, industry leaders, and stakeholders to discuss climate action, clean energy, and India’s role in global climate goals.
• Key Focus Areas:
  • Aligning India’s clean energy initiatives with global climate goals (UNFCCC, Paris Agreement).
  • Emphasizing India’s early achievements in clean energy adoption.
  • Promoting sustainable development and clean energy solutions.

India's Performance in Renewable Energy:

• India’s progress has been commendable in meeting its climate targets and setting up clean energy capacity ahead of schedule.
• The government’s initiatives, led by Prime Minister Narendra Modi, have made solar power affordable and scalable through transparency in auctions, competitive bidding, and speed in project implementation.

In News:

World’s First Cryo-Born Baby Corals Successfully Settled on the Great Barrier Reef.

Introduction to Cryo-Born Corals

• Cryo-born corals are created using cryopreservation techniques, which involve freezing coral cells and tissues at very low temperatures.
• The process preserves coral cells by preventing the formation of ice crystals that would otherwise damage them.
• Cryopreservation involves adding cryoprotectants to remove water from cells, enabling their survival during freezing and thawing.

Significance of the Breakthrough

• Climate Change Resilience: The initiative aims to create heat-tolerant corals, which are crucial in combating the impact of rising ocean temperatures due to climate change.
• Selective Breeding Advantage: Cryopreservation allows for controlled breeding and bypasses the limitations of natural coral spawning, which occurs only once a year. This enables multiple reproduction cycles without disturbing wild populations.

The Process of Cryo-Born Coral Production

• Sperm Collection: During coral spawning events, sperm from various coral species is collected and frozen at -196°C using liquid nitrogen, halting metabolic processes.
• Coral Egg Fertilization: Cryopreserved sperm is used to fertilize fresh coral eggs, which are grown in a specialized research facility called the National Sea Simulator.
• Coral Cradles: After growth, the cryo-born corals are carefully transported and settled into specially designed "coral cradles" placed in the Great Barrier Reef, where their growth is monitored during their critical first year.

Importance of Cryo-Born Corals in Reef Restoration

• The primary aim is to introduce millions of heat-tolerant corals annually to restore reefs affected by climate change.
• The Taronga CryoDiversity Bank houses the world’s largest frozen coral sperm collection from 32 coral species, collected annually since 2011, providing a resource for future restoration efforts.

Coral Reefs: An Overview

• Corals are marine invertebrates from the class Anthozoa, phylum Cnidaria.
• Reefs are built by colonies of coral polyps that secrete limestone skeletons and rely on symbiotic algae (zooxanthellae) for nutrition.
• Coral reefs are typically found in shallow, sunlit waters with a temperature range of 16-32°C and depths less than 50 meters.

Global and Indian Coral Conservation Efforts

• India:
  • The National Committee on Wetlands, Mangroves, and Coral Reefs (1986) advises on conservation measures.
  • The Environment (Protection) Act (1986) prohibits the use of coral and sand in construction.
  • Zoological Survey of India (ZSI) uses Biorock technology for coral restoration.
• Global Efforts:
  • CITES lists coral species in Appendix II, regulating coral trade.
  • The World Heritage Convention designates coral reefs as protected sites.

Global Impact and Future Directions

• The innovative work by Australian scientists opens the door for large-scale restoration efforts by allowing more controlled breeding and genetic diversity, making corals more resilient to climate change.
• This breakthrough could revolutionize coral restoration, scaling up efforts to introduce millions of resilient corals to reefs worldwide, building long-term resilience against climate change.

In News:

• The growth of Artificial Intelligence (AI) has been remarkable in recent years. In 2018, a 340-million-parameter AI model was considered large, whereas models like ChatGPT now have 1.8 trillion parameters.
• As part of its ambition to make the digital economy worth USD 1 trillion by 2028, India is focusing on AI sovereignty and investing in semiconductors and AI technologies to achieve this goal.

What is Sovereign AI?

Definition

• Sovereign AI refers to a nation’s ability to develop, control, and deploy AI using its own resources, including infrastructure, data, workforce, and business networks.
• This involves not just developing AI models but also creating infrastructure and nurturing homegrown talent to lead AI advancements within the country.

Key Aspects of Sovereign AI

• National Control: Ensures AI technologies align with a country's laws, regulations, and ethical standards.
• Data Sovereignty: Emphasizes control of data within the country’s borders, protecting privacy, security, and national interests.
• AI in Governance: Generative AI is transforming industries, markets, and governance, with AI-powered tools assisting professionals and governments.
• Ethical Considerations: Countries define security protocols and ethical frameworks to govern the use of AI technologies.
• Strategic Autonomy: Reduces reliance on foreign technologies, encouraging domestic development in AI to achieve strategic independence.
• Economic Competitiveness: AI is crucial for industrial innovation. Without it, nations risk falling behind in the global economy.

Growth and Importance of AI

Evolution of AI Models

• In 2018, a 340-million-parameter model was considered a significant achievement.
• Today, ChatGPT uses 1.8 trillion parameters, and Google’s Gemini uses 1.5 trillion parameters. In comparison, China’s DeepSeek has a model with 240 billion parameters.
• Parameters are the internal variables of AI models, adjusted during training to improve their performance and accuracy.

Strategic Applications

• Sovereign AI plays a pivotal role in critical sectors such as:
  • Defense
  • Healthcare
  • Transportation
  • Governance
• It helps redefine industries, boost innovation, and streamline operations across various sectors.

India’s Position in Sovereign AI

AI Infrastructure Development

• Tata Group and Reliance are building AI infrastructure in India, including the development of Large Language Models (LLMs).
• India has allocated USD 1.2 billion for a sovereign AI project under the IndiaAI Mission, which includes creating an AI supercomputer with thousands of chips.

Government Initiatives

• The IndiaAI Mission is designed to boost India’s AI capabilities by building infrastructure, fostering talent, and supporting innovation within the country.

Global AI Compact

• A Global AI Compact has been proposed to ensure equitable access to AI technologies across nations.
• The compact advocates for sharing AI resources globally while promoting cooperation and addressing challenges associated with AI governance.

In News:

As wildfires continue to rage across Southern California, authorities are deploying pink fire retardant from aircraft to help combat the blazes. Despite its widespread use, concerns over its effectiveness and environmental risks have surfaced in recent years.

What is Pink Fire Retardant?

• Fire retardant is a chemical mixture designed to slow down or extinguish wildfires. The most commonly used product in the U.S. is Phos-Chek, a brand of retardant.
• Phos-Chek primarily contains ammonium phosphate-based slurry (salts like ammonium polyphosphate), which helps the retardant stay longer and resist evaporation, unlike water.

Purpose and Visibility

• Fire retardants are sprayed ahead of fires to coat vegetation, reducing oxygen and preventing flames from spreading.
• Color is added to the fire retardant, often bright pink, to improve visibility. This ensures firefighters can track its spread and create effective fire lines, helping protect lives and property.

Manufacturer

• Perimeter Solutions manufactures Phos-Chek, which is used for aerial fire suppression efforts.

Effectiveness of Pink Fire Retardant

Limited Effectiveness

• The use of fire retardants like Phos-Chek is not always effective across different wildfire conditions.
  • Aerial retardants depend on environmental conditions like terrain, slope, and weather for optimal effectiveness.
  • Researchers, including Forest Service scientists, suggest that retardant effectiveness is more limited under changing climate conditions.
  • Climate change is narrowing the window of opportunity for using aerial retardants, reducing their impact.

Uncertainty in Impact

• The effectiveness of fire retardants is hard to quantify. Multiple firefighting methods are used simultaneously, making it difficult to attribute wildfire suppression success solely to the retardant.

Environmental Concerns of Pink Fire Retardant

Toxicity and Pollution

• Phos-Chek contains toxic metals such as chromium and cadmium, both of which are harmful to humans and the environment.
  • Chromium and cadmium are linked to serious health issues, including cancer and liver/kidney diseases.
  • Aquatic life is particularly vulnerable to these toxins, as the chemicals can enter waterways, causing extensive damage to ecosystems.

Impact on Rivers and Streams

• The use of pink fire retardant has raised concerns regarding the contamination of rivers and streams.
  • A study by the University of Southern California (USC) in 2024 estimated that 850,000 pounds of toxic chemicals have been released into the environment since 2009 due to fire retardant use.

Growing Use and Pollution

• From 2009 to 2021, over 440 million gallons of retardant were applied across U.S. lands.
  • During this period, an estimated 400 tons of heavy metals were introduced into the environment, further exacerbating the pollution levels.

Financial and Practical Concerns

High Cost and Inefficiency

• The cost of deploying fire retardant is significant. Aerial firefighting operations require substantial resources, including planes, helicopters, and large quantities of retardant.
• Environmental experts argue that using fire retardant from planes is ineffective and expensive, especially in light of the growing environmental concerns.

In News:

UJALA scheme completes 10 years, saves ?19,153 crore annually

UJALA Scheme (Unnat Jyoti by Affordable LEDs for All)

• Launch Date: 5th January 2015 by PM Narendra Modi
• Objective:
  • To promote energy-efficient LED lighting across India
  • To reduce energy consumption, lower electricity bills, and decrease carbon emissions
• Implementing Body: Energy Efficiency Services Limited (EESL), Ministry of Power
• Scheme Relevance: Aims to provide affordable LED bulbs, tube lights, and fans to every household
• Global Recognition: World’s largest zero-subsidy domestic lighting scheme

Key Features:

• Affordability: Subsidized LED bulbs (?70-80), reducing the cost of electricity for households
• Energy Efficiency: LEDs consume 90% less energy than incandescent bulbs, 50% less than CFLs
• Environmental Impact: Significant reduction in CO? emissions by avoiding millions of tonnes annually
• Market Transformation: Over 36.87 crore LED bulbs distributed, saving approximately ?19,153 crore on electricity bills each year
• Consumer Benefit:
  • On-Bill Financing: LED bulbs available for purchase through deferred payment via electricity bills
  • Targeted low-income communities through Self-Help Groups (SHGs)

Achievements:

• Energy Savings: 47.9 billion kWh annually
• Cost Savings: ?19,153 crore saved on electricity bills
• Carbon Emission Reduction: 38.7 million tonnes of CO? avoided per year
• Peak Demand Reduction: 9,586 MW reduction in peak electricity demand
• Street Lighting: Over 1.34 crore LED streetlights installed, saving 9,001 million units annually

Key Initiatives:

• GRAM UJALA Scheme (March 2021): Aimed at rural households, providing LED bulbs at ?10 each
• Street Lighting National Programme (SLNP): Aimed at reducing public lighting costs with energy-efficient streetlights
• Encouraging Domestic Manufacturing: Stimulated local LED production, aligning with the "Make in India" mission
• E-Procurement Transparency: Real-time procurement ensuring price reductions and maintaining quality

Impact on Environment:

• Energy Savings & Carbon Footprint: The scheme significantly reduced the carbon footprint by promoting energy-efficient appliances
• Reduction in Household Consumption: Consumers benefit from reduced energy consumption and lower utility bills

In News:

A recent breakthrough in agricultural research offers a promising solution to improve Nitrogen Use Efficiency (NUE) in crops, particularly in rice and Arabidopsis, by reducing nitric oxide (NO) levels in plants. This innovative approach provides an environmentally sustainable way to enhance crop yields while minimizing the need for synthetic nitrogen fertilizers, which have significant ecological and economic drawbacks.

Key Findings and Research Overview:

• Reducing NO Levels: The study, conducted by researchers at the National Institute of Plant Genome Research (NIPGR), demonstrated that by reducing nitric oxide (NO) levels in plants, nitrogen uptake could be significantly improved. This leads to a better NUE, a crucial factor for enhancing crop yield sustainably.
• NUE and Its Importance: NUE refers to the efficiency with which plants use nitrogen for biomass production. Improving NUE allows for higher crop yields with less fertilizer input, reducing costs and minimizing nitrogen-related environmental pollution.
• Traditional Approaches and Their Limitations: Current techniques to improve NUE primarily rely on the use of inorganic nitrogen fertilizers. These methods, though effective, have several downsides:
  • They involve high operational costs for farmers.
  • Excessive fertilizer use contributes to the emission of nitrogen oxides (NOx) and other pollutants.
  • The production of these fertilizers also contributes to greenhouse gas emissions.

In contrast, the new study proposes a genetic and pharmacological manipulation of NO levels, offering a sustainable alternative to these traditional, resource-heavy methods.

Study Methodology:

The research team employed both genetic and pharmacological approaches to regulate NO levels in plants:

• Phytoglobin Overexpression: By overexpressing phytoglobin (a natural NO scavenger), the researchers increased the expression of high-affinity nitrate transporters (HATs) like NRT2.1 and NRT2.4. These transporters are essential for efficient nitrogen uptake.
• NO Donor and Scavenger Treatments: Plants were treated with NO donor (SNAP) and NO scavenger (cPTIO) to monitor the effects on NUE.
• Results: The treatment led to more efficient nitrogen uptake, especially under low NO conditions, by enhancing the expression of HATs. This method could increase plant growth and nitrogen utilization without relying on excessive fertilizer use.

Significance and Impact:

This research provides a pathway to enhance crop yield sustainably by addressing one of the most critical challenges in modern agriculture—reducing the reliance on nitrogen fertilizers. By modulating NO levels to regulate nitrogen uptake, this approach offers:

• Reduced need for synthetic fertilizers, lowering farmers' operational costs.
• Minimized environmental impact, including lower nitrogen oxide emissions and less nitrogen runoff.
• Improved nitrogen uptake efficiency, ensuring better crop yields, especially under conditions with limited nitrogen availability.

Broader Implications:

• Global Nitrogen Challenges:
  • The overuse of nitrogen fertilizers has been a major driver of nitrogen pollution, leading to issues like eutrophication, biodiversity loss, and climate change.
  • According to the Food and Agriculture Organization (FAO), excessive nitrogen use has worsened environmental conditions globally, while many regions, particularly in low-income countries, suffer from nitrogen depletion, which reduces crop productivity.
• Health and Environmental Risks:
  • Nitrogen pollution contributes to health issues like methemoglobinemia (blue baby syndrome) and various long-term diseases.
  • Nitrogen compounds also play a role in greenhouse gas emissions, further exacerbating climate change.
• Future Directions for Sustainable Agriculture:
  • This study highlights the need for innovative nitrogen management strategies, integrating both biological and genetic approaches to optimize nitrogen use.
  • Research is underway to develop NO scavenging formulations and identify bacteria that could be used in soil to enhance NUE in plants.
• Policy Recommendations:
  • Governments should focus on reducing the environmental and health impacts of nitrogen fertilizer production and usage by promoting sustainable farming practices.
  • Encouraging biological nitrogen fixation through crops like soybeans and alfalfa, and investing in low-emission fertilizers, can help mitigate nitrogen pollution.

In News:

Dr. V. Narayanan has been appointed as the new Chairman of ISRO and Secretary of the Department of Space (DoS), effective from January 14, 2025, succeeding Dr. S. Somanath.

Background and Career of Dr. V. Narayanan:

Dr. Narayanan, currently the Director of Liquid Propulsion Systems Centre (LPSC) in Thiruvananthapuram, has been a key figure in ISRO since joining in 1984. With a focus on cryogenic propulsion, he has played an instrumental role in developing critical technologies for ISRO's launch vehicles. Notably, his work has contributed to India becoming the sixth country globally capable of building and operationalizing cryogenic engines.

Dr. Narayanan’s career highlights include:

• Cryogenic Technology: Leading the development of cryogenic engines for LVM3 (India's heaviest launch vehicle) and PSLV, which are central to missions like Chandrayaan and Gaganyaan.
• Chandrayaan-2 & Chandrayaan-3: As part of ISRO’s missions to the moon, his contributions were pivotal in rectifying the propulsion system issues post-Chandrayaan-2's hard landing, leading to the successful soft landing of Chandrayaan-3 in August 2023.
• Gaganyaan Mission: Overseeing the development of the propulsion systems for crew and service modules, critical for India’s ambitious human spaceflight program.

Dr. S. Somanath's Legacy:

Dr. S. Somanath, who served as ISRO Chairman and DoS Secretary spearheaded multiple landmark missions, including:

• Chandrayaan-3, Aditya-L1, and INSAT missions.
• The Small Satellite Launch Vehicle (SSLV), Re-usable Launch Vehicle (RLV-LEX), and Gaganyaan abort missions.
• National Space Policy 2023 and fostering partnerships between ISRO and private ventures.

Dr. Somanath’s tenure significantly elevated India’s space capabilities, with Chandrayaan-3 marking a historic milestone in India’s lunar exploration.

Dr. Narayanan’s Role in Upcoming ISRO Missions:

As ISRO Chairman, Dr. Narayanan will oversee several ambitious space missions, including:

• NVS-02: The launch of India's navigation satellite as part of the IRNSS constellation.
• Unmanned Gaganyaan Mission: Leading the uncrewed G-1 flight, a precursor to India's first human spaceflight.
• Indo-US NISAR Satellite: A significant collaborative launch with NASA for earth observation.

Additionally, high-profile projects such as Chandrayaan-4, India’s own space station, and future missions to Mars and Venus are in the pipeline, although not all may occur during his tenure.

Vision for ISRO Under Dr. Narayanan:

Dr. Narayanan aims to expand India’s presence in space, targeting increased global market share, particularly in the space economy, which currently holds 2% of the global space sector. His leadership will focus on:

• Increasing Satellite Capacity: Expanding India’s satellite fleet, which currently stands at 53, to meet growing demands for communication, navigation, and earth observation.
• Private Sector Involvement: Leveraging space sector reforms and collaborating with private players to drive innovation and meet burgeoning satellite needs.
• Global Collaboration: Strengthening ties with other space agencies, as ISRO continues to build respect on the global stage.

Upcoming Space Missions and ISRO's Agenda for 2025:

Under Dr. Narayanan's leadership, ISRO has a packed agenda for 2025:

• GSLV Mk-II/IRNSS-1K Mission
• Gaganyaan G-1 Mission (uncrewed flight)
• Chandrayaan-4, Bharatiya Antariksha Station, and Venus Orbiter Mission (VOM) preparations.

Dr. Narayanan’s vision aligns with India's broader goals of becoming a dominant player in the global space economy, aspiring to increase its space market share from 2% to 10%.

In News:

The Flamingo Festival 2025 took place at Sullurpeta, in Tirupati district, Andhra Pradesh. It celebrates the arrival of migratory birds, with a focus on flamingos, to the region's key bird habitats, including Pulicat Lake and Nelapattu Bird Sanctuary.

Key Highlights:

• Birdwatching: Over 200 bird species, including flamingos, are expected to flock to the region during this festival.
• Locations: The event spans across five locations:
  • Nelapattu Bird Sanctuary
  • B.V. Palem (Pulicat Lake)
  • Atakanithippa
  • Sri City
  • Sullurpeta (site for cultural programs and stalls)
• Collaborations: In association with organizations like the Bombay Natural History Society.
• Focus on Local Community: Local residents of the eco-sensitive zone will be prioritized and supported.

Key Facts on Local Wildlife and Significance:

• Pulicat Lake:
  • Location: On the Andhra Pradesh-Tamil Nadu border, with 96% of the lake in Andhra Pradesh.
  • Significance: The second-largest brackish water lake in India (after Chilika Lake in Odisha).
  • Biodiversity: Critical habitat for migratory birds, including flamingos, and home to diverse flora and fauna.
  • Economic Importance: Supports local fisheries and provides livelihood to nearby communities.
• Nelapattu Bird Sanctuary:
  • Location: 20 km north of Pulicat Lake.
  • Ecological Role: Largest breeding site in Southeast Asia for spot-billed pelicans.
  • Biodiversity: 189 bird species, including painted storks and glossy ibises.
  • Flora and Fauna: Features Barringtonia swamp forests and southern dry evergreen scrub, critical for biodiversity conservation.
  • Symbiotic Relationship with Locals: Guano (bird droppings) from pelicans serves as a natural fertilizer for local agriculture, benefiting the farmers.

Flamingo Facts:

• Species: India hosts two flamingo species:
  • Greater Flamingo (larger size, pale pink)
  • Lesser Flamingo (smaller size, bright pink)
• Behavior: Nomadic and social birds, found in large flocks.
• Coloration: Flamingos' pink color comes from carotenoids in their diet, which are broken down and absorbed into their bodies.

Environmental & Economic Impact: The festival, apart from being a celebration of migratory birds, plays a vital role in:

• Eco-tourism development
• Biodiversity conservation

Local community engagement by highlighting sustainable tourism practices and supporting local livelihoods through eco-friendly initiatives like the Mahatma Gandhi National Rural Employment Guarantee Scheme (MGNREGS).

In News:

Union Home Minister Amit Shah inaugurated the ‘Bharatpol’ portal, which aims to streamline international cooperation for law investigating agencies.

Key Highlights:

Bharatpol is a newly launched portal developed by the Central Bureau of Investigation (CBI) in India to facilitate faster and more efficient international cooperation between Indian law enforcement agencies and Interpol. It was inaugurated by Union Home Minister Amit Shah, to streamline the process of sharing criminal intelligence and coordinating efforts in transnational crimes like cybercrime, human trafficking, drug trafficking, financial fraud, and organized crime.

The portal aims to address the current challenges in international collaboration, which previously relied on slower communication methods such as letters, emails, and faxes, often leading to delays in investigations.

Key Features and Functions of Bharatpol:

• Unified Platform: Bharatpol integrates CBI as the National Central Bureau (NCB-New Delhi) with all Indian law enforcement agencies, from state police forces to higher authorities. This allows better coordination and quicker access to international resources.
• Simplified Request Mechanism: The portal provides a standardized method for frontline police officers to request international assistance from Interpol member countries, using templates for efficiency.
• Rapid Information Dissemination: Bharatpol enables the CBI to quickly share criminal intelligence and other pertinent information with law enforcement agencies across India, helping to tackle international criminal activities in real-time.
• Increase in Utilization of Interpol Notices: The portal makes it easier for Indian law enforcement agencies to issue and manage Red Corner Notices and other Interpol notices, which are essential tools in tracking criminals globally.
• Capacity Building and Training: Bharatpol includes resources for training law enforcement personnel, improving their ability to conduct investigations abroad and seek foreign assistance via Interpol.

How Bharatpol Works:

• Key Modules of Bharatpol:
  • Connect: Facilitates the integration of Indian agencies with the Interpol NCB-New Delhi, creating a seamless communication channel.
  • INTERPOL Notices: Supports the rapid issuance and processing of Interpol Notices like Red Corner Notices to locate criminals globally.
  • References: Enables Indian agencies to seek and offer international assistance for investigations.
  • Broadcast: Ensures quick availability of assistance requests from Interpol member countries, facilitating faster responses.
  • Resources: Manages document exchanges and training materials to support the capacity-building efforts of law enforcement agencies.

Potential Benefits of Bharatpol:

• Enhanced Coordination: Bharatpol facilitates better collaboration between central, state, and Union Territory agencies, allowing for a more structured and efficient approach to international crime investigations.
• Faster Investigation: Real-time sharing of information and the use of Interpol notices will help in tracking criminals and criminal activities both in India and abroad.
• Simplified Extradition Process: By streamlining international communication, Bharatpol will assist in expediting the extradition of criminals to India for prosecution.
• Support for Transnational Crime Prevention: It will help address growing threats such as cybercrime, human trafficking, and organized crime by improving the ability of Indian law enforcement to collaborate globally.

In News:

• Union Minister Shri Shivraj Singh Chouhan urges states to accelerate efforts under the National Mission on Edible Oils - Oil Palm (NMEO-OP) to enhance domestic production of edible oils and reduce reliance on imports.

Key Facts Regarding the NMEO-OP Scheme:

About the Scheme:

• Objective: Enhance domestic production of crude palm oil (CPO) and reduce India's dependence on edible oil imports.
• Centrally Sponsored Scheme: Focuses on expanding oil palm cultivation in India.

Key Targets:

• Area Expansion: Aim to cover an additional 6.5 lakh hectares by 2025-26, reaching a total of 10 lakh hectares.
• Production Increase: CPO production is targeted to rise from 0.27 lakh tonnes (2019-20) to 11.20 lakh tonnes by 2025-26, and further to 28 lakh tonnes by 2029-30.
• Per-Capita Consumption: Maintain a consumption level of 19 kg/person/annum until 2025-26.

Focus Regions:

• Special Focus: North-Eastern States and Andaman & Nicobar Islands for oil palm cultivation and CPO production.

Key Features:

• Viability Price (VP) Mechanism: Aims to protect farmers from market volatility by providing price assurance. Payments are made through Direct Benefit Transfer (DBT).
• Increased Assistance:
  • Assistance for planting material increased from Rs 12,000/ha to Rs 29,000/ha.
  • Special assistance of Rs 250 per plant for rejuvenating old gardens.
• Regional Support:
  • For North-East and Andaman, an additional 2% of the CPO price is borne by the government to ensure fair payments to farmers.
  • Special provisions for half-moon terrace cultivation, bio-fencing, and land clearance for integrated farming.

Oil Palm Cultivation:

• Origin: Native to the tropical rainforests of West Africa, oil palm is a new crop in India with high oil-yielding potential.
• Oil Yield: Oil palm produces five times the yield of traditional oilseeds per hectare.
• Types of Oil Produced:
  • Palm Oil: Extracted from the mesocarp (fruit's fleshy part), containing 45-55% oil.
  • Palm Kernel Oil: Derived from the kernel, used in lauric oils.
• Major States for Cultivation: Andhra Pradesh, Telangana, Kerala (98% of total production).
• Other Key States: Karnataka, Tamil Nadu, Odisha, Gujarat, Mizoram, Arunachal Pradesh, Assam, Manipur, Nagaland.

India's Oil Palm Potential:

• Cultivated Area: India currently has 3.70 lakh hectares under oil palm cultivation.
• Total Potential Area: Around 28 lakh hectares.
• Imports: India is the world's largest palm oil importer, with imports of 9.2 million tonnes in 2023-24, accounting for 60% of total edible oil imports. The country primarily imports from Indonesia, Malaysia, and Thailand.

In News:

• Trinidad and Tobago declared a state of emergency, in response to a surge in gang violence, which raised the annual death toll to the highest since 2013.

Trinidad and Tobago:

• Location: An island nation in the southern Caribbean, near Venezuela and Guyana.
• Capital: Port of Spain.
• Population: Approximately 1.5 million.
• Ethnic Composition: African (36.3%), Indian (35.4%), Mixed (22.8%), and others.
• Religions: Christianity (64%), Hinduism (18%), Islam (5%), and others.
• Independence: Gained from the UK on August 31, 1962, and became a republic in 1976.
• Member of: Caribbean Community (CARICOM), Commonwealth of Nations, and the United Nations.
• Major Rivers: Ortoire and Caroni.
• Geography:
  • Total Land Area: 5,128 sq. km (Trinidad: 4,768 sq. km, Tobago: 300 sq. km).
  • Climate: Tropical, with dry and rainy seasons.
  • Highest Point: Mount Aripo.
  • Natural Resource: Pitch Lake, the world’s largest asphalt reservoir.
  • Mountain Range: Northern Range, part of the Andes extension.

Economic and Cultural Significance

• Exports: Major exporter of liquefied natural gas (LNG), methanol, ammonia, and petrochemicals.
• Culture: Known for Carnival, Calypso music, Soca, and the Steelpan (the only musical instrument invented in the 20th century).
• Infrastructure:
  • Ports: Port of Spain, Point Lisas, Scarborough.
  • Airports: Piarco International Airport (Trinidad) and A.N.R. Robinson International Airport (Tobago).

Engagement with India

• Trinidad and Tobago became the first Caribbean country to adopt India’s UPI platform.
• Both countries granted each other Most Favored Nation (MFN) status in 1997.
• Bilateral trade reached USD 368.96 million in FY 2023-24.
• The Indian diaspora constitutes about 42% of the population.

Past Emergency Declarations:

• 2014: State of emergency declared in response to gang violence.
• 2021: Emergency declared for Covid-19 restrictions.
• 2011: Limited state of emergency for drug-related crimes.

In News:

• The Toda tribe, one of the oldest Dravidian ethnic groups in the Nilgiris Hills of Tamil Nadu, celebrated their traditional Modhweth festival marking the New Year.

What is the Modhweth Festival?

• About:
  • Celebrated annually on the last Sunday of December or the first Sunday of January.
  • Held at the Moonpo temple in Muthanadu Mund village, Nilgiri district.
  • The Moonpo temple features a unique vertical spire with a thatched roof and a flat stone on top, making it one of the last Toda temples of its kind in the Nilgiris.
• Rituals and Celebrations:
  • Prayers are offered to the deity, Thenkish Amman, for good health, rains, and bountiful harvest.
  • Participants perform a traditional dance outside the temple.
• Unique Customs:
  • Toda youth showcase their strength and masculinity by lifting a greased boulder weighing around 80 kg.
  • Women are not part of the celebrations as per traditional customs.

What is the Toda Tribe?

• About:
  • A pastoral tribe native to the Nilgiri Hills of Tamil Nadu.
  • Classified as a Particularly Vulnerable Tribal Group (PVTG) in Tamil Nadu.
  • The Toda language is Dravidian but stands out for its uniqueness among Dravidian languages.
• Significance:
  • Toda lands are part of the Nilgiri Biosphere Reserve, a UNESCO International Biosphere Reserve.
  • Their territory is also recognized as a UNESCO World Heritage Site.
• Religion and Beliefs:
  • Their religious practices are based on a pantheon of gods, with Tökisy (goddess) and Ön (god of the underworld) as central deities.

Nilgiri Biosphere Reserve (NBR)

• About:
  • Established in 1986 as India’s first Biosphere Reserve.
  • Located across Tamil Nadu, Karnataka, and Kerala.
  • India’s first biosphere reserve under UNESCO’s Man and the Biosphere Programme.
• Tribal Groups in NBR:
  • Home to several groups such as Adiyan, Aranadan, Kader, Kurichian, Kuruman, and Kurumbas.
• Ecological Significance:
  • Represents the confluence of Afro-tropical and Indo-Malayan biotic zones.
• Fauna:
  • Home to species like Nilgiri tahr, Nilgiri langur, gaur, Indian elephant, Nilgiri danio (freshwater fish), and Nilgiri barbare.
• Protected Areas in NBR:
  • Mudumalai Wildlife Sanctuary, Wayanad Wildlife Sanctuary, Bandipur National Park, Nagarhole National Park, Mukurthi National Park, and Silent Valley.