BRICS Indore Declaration, Key Commitments, Priority Areas, Initiatives

BRICS Indore Declaration

Why in the News?: The 16th BRICS Agriculture Ministers’ Meeting, held in Indore on June 12-13, 2026 under India’s BRICS Presidency, concluded with the unanimous adoption of the Indore Declaration — a landmark agricultural cooperation framework.

About BRICS Indore Declaration 

The BRICS Indore Declaration is the outcome document adopted at the 16th BRICS Agriculture Ministers’ Meeting held in Indore, Madhya Pradesh, under India’s BRICS Presidency. 

  • The meeting brought together agriculture ministers, senior officials, and delegates from BRICS member countries to discuss common challenges related to agriculture, food security, climate change, and farmer welfare.
  • The declaration provides a shared framework for agricultural cooperation among BRICS nations, with a strong focus on farmers, food security, climate-resilient agriculture, and technological innovation. 
  • It also outlines new institutional mechanisms to promote research collaboration, digital agriculture, seed security, and sustainable farming practices.

Indore Declaration Core Commitments

The Indore Declaration reflects shared BRICS priorities to strengthen food systems, improve farmer welfare, and promote sustainable agricultural development.

  • Food and Nutrition Security: Strengthening production systems, supply chains, and distribution networks to ensure affordable and stable food availability during global disruptions.
  • Farmer Livelihoods: Improving access to technology, markets, institutional credit, and knowledge systems to enhance the income and resilience of small and marginal farmers.
  • Women and Youth Participation: Encouraging greater involvement of women and youth in agriculture as key contributors to innovation and future agricultural growth.
  • Climate-Resilient Agriculture: Promoting sustainable farming practices to address climate variability, land degradation, and water stress.
  • Trade and Investment Cooperation: Enhancing agricultural trade and investment among BRICS countries while supporting a fair, inclusive, and transparent multilateral trading system.

Indore Declaration Four Priority Areas 

The Indore Declaration structures BRICS agricultural cooperation around four key priority areas that guide long-term policy coordination and collective action among member countries.

  • The first priority is Farmers, which places rural producers at the centre of agricultural policy and emphasizes improving their income, resilience, and access to modern agricultural systems. This reflects a shift towards farmer-centric governance rather than production-centric policy alone.
  • The second priority is Food Security, which focuses on strengthening production systems, stabilizing supply chains, and improving trade coordination among member countries to ensure uninterrupted food availability.
  • The third priority is Climate, which integrates climate adaptation and mitigation strategies into agriculture, recognizing the increasing vulnerability of farming systems to extreme weather events and ecological stress.
  • The fourth priority is Technology, which promotes the use of advanced digital tools, innovation systems, and scientific research to modernize agriculture and improve productivity and efficiency across BRICS nations.

Four New Institutional Platforms under Indore Declaration

The Indore Declaration introduces four major institutional mechanisms aimed at strengthening cooperation in agriculture through seed security, digital innovation, sustainable farming, and genetic resource sharing across BRICS countries.

Global Forum on Farmers’ Rights in Seed Systems

  • This initiative aims to establish a dedicated global platform to protect farmers’ rights over seeds and traditional knowledge systems.
  • It focuses on conserving indigenous seed diversity, which is crucial for food security, biodiversity preservation, and climate resilience.
  • The forum also addresses concerns related to the increasing commercialization and corporate control of seed systems, ensuring that farmers retain their traditional rights over seed saving, exchange, and innovation.
  • India will coordinate this initiative, reflecting its strong domestic focus on seed sovereignty and traditional agricultural practices.

BRICS Network on Digital Agriculture 

  • The BRICS AGRIN Network is designed to promote digital transformation in agriculture across member countries.
  • It focuses on integrating technologies such as Artificial Intelligence (AI), Internet of Things (IoT), geospatial technologies, and digital public infrastructure into agricultural systems.
  • This initiative aims to create a data-driven agricultural ecosystem where farmers can access real-time information on weather, soil conditions, crop health, and markets.
  • India’s IIT Delhi has been assigned the role of initial coordinating institution, highlighting India’s leadership in agri-digital innovation.

BRICS Centres of Excellence on Agroecology and Regenerative Agriculture

  • This initiative seeks to establish a network of research centres dedicated to sustainable and climate-resilient agricultural systems.
  • It focuses on promoting agroecology, regenerative agriculture, natural farming, and organic farming practices, which aim to restore soil health, improve biodiversity, and reduce dependence on chemical inputs.
  • The centres will facilitate joint research, knowledge exchange, and capacity building among BRICS countries, allowing them to share best practices and local innovations.
  • The Indian Institute of Farming Systems Research (IIFSR), Modipuram, under ICAR, will coordinate initial activities, reflecting India’s institutional strength in sustainable agriculture research.

BRICS AgriN (Agro Inputs, Genetic Resources and Information Network)

  • The BRICS AgriN Network focuses on strengthening cooperation in agricultural inputs, seeds, and genetic resources.
  • It enables structured exchange of agricultural technologies, high-yield crop varieties, and genetic material among member countries.
  • The network also promotes capacity building and technical cooperation to improve productivity and resilience in agriculture.
  • By facilitating access to diverse genetic resources, it enhances food security and climate adaptability across BRICS nations.

Indore Declaration Other Key Decisions

The Indore Declaration was accompanied by several important decisions aimed at strengthening agricultural trade, research collaboration, and knowledge-sharing within BRICS.

  • BRICS Grain Exchange: Member countries agreed to advance discussions on establishing a BRICS Grain Exchange to strengthen foodgrain trade, improve market linkages, enhance supply chain integration, and promote greater stability in agricultural commodity markets within the BRICS bloc.
  • Knowledge to Action Hub: The existing BRICS Agricultural Research Platform will be transformed into a Knowledge to Action Hub to accelerate the conversion of research findings into practical solutions, ensuring that scientific innovations reach farmers more effectively and contribute to field-level agricultural improvements.
  • BRICS Urban Research and Knowledge Network: Alongside the agricultural declaration, the BRICS Urbanisation Forum held in Delhi approved India’s proposal for a BRICS Urban Research and Knowledge Network. This network will function as a Chairship-led, flexible, and virtual platform for urban cooperation among BRICS countries. It aims to facilitate policy exchange, city-level learning, and implementation-focused urban governance solutions, thereby strengthening sustainable urban development within BRICS.

Significance of the BRICS Indore Declaration

BRICS nations collectively represent nearly half of the world’s population, around 42% of global agricultural land, and approximately 42% of global foodgrain production, making any agricultural consensus among them globally significant.

  • Strengthens Global Food Security: Cooperation among major food-producing nations can improve food availability, supply-chain resilience, and crisis response mechanisms.
  • Promotes Farmer-Centric Agricultural Governance: Places farmers, especially small and marginal farmers, at the centre of agricultural policies and cooperation frameworks.
  • Advances Climate-Resilient Agriculture: Encourages adoption of sustainable, regenerative, and climate-smart farming practices to address climate-related risks.
  • Accelerates Agricultural Modernisation: Promotes digital agriculture, AI, IoT, and data-driven farming solutions to improve productivity and efficiency.
  • Strengthens South-South Cooperation: Enhances collaboration among developing countries through technology sharing, capacity building, and institutional partnerships.
  • Boosts Agricultural Trade Integration: Initiatives such as the proposed BRICS Grain Exchange can improve market access, trade connectivity, and food supply stability.

Significance for India

  • Enhances India’s Leadership in BRICS: India’s role as coordinator of several initiatives strengthens its influence in shaping global agricultural cooperation.
  • Supports Domestic Agricultural Priorities: The declaration aligns with India’s focus on natural farming, digital agriculture, seed conservation, and farmer welfare.
  • Strengthens India’s Research Ecosystem: Institutions such as IIT Delhi and ICAR-IIFSR gain greater global relevance through their coordinating roles.
  • Expands India’s Soft Power: India can leverage these platforms to promote South-South cooperation and showcase its agricultural innovations and best practices.

BRICS Indore Declaration FAQs

Q1: What is the BRICS Indore Declaration?

Ans: The BRICS Indore Declaration is a farmer-centric agricultural cooperation framework adopted at the 16th BRICS Agriculture Ministers’ Meeting in Indore under India’s BRICS Presidency.

Q2: What are the four priority areas of the BRICS Indore Declaration?

Ans: The declaration focuses on four priorities: Farmers, Food Security, Climate, and Technology.

Q3: What are the four new institutional initiatives launched under the BRICS Indore Declaration?

Ans: The initiatives include the Global Forum on Farmers’ Rights in Seed Systems, BRICS Digital Agriculture Network (AGRIN), BRICS Centres of Excellence on Agroecology and Regenerative Agriculture, and BRICS AgriN Network.

Q4: What is the objective of the proposed BRICS Grain Exchange?

Ans: It aims to strengthen foodgrain trade, improve market linkages, enhance supply-chain integration, and promote food security among BRICS countries.

Q5: Why is the BRICS Indore Declaration important for India?

Ans: It strengthens India’s leadership role in BRICS, aligns with its priorities in digital and sustainable agriculture, and gives Indian institutions a key role in coordinating major initiatives.

Speaker of Lok Sabha, Powers, Functions, Election, Removal

Speaker of Lok Sabha

The Speaker of Lok Sabha is the Presiding Officer of the Lower House of Parliament. The Speaker is responsible for conducting the proceedings of the Lok Sabha and ensuring that the House functions smoothly and efficiently. The office of the Speaker is one of the most important positions in India's parliamentary system because the Speaker acts as the guardian of the rights and privileges of members and maintains discipline during debates and discussions.

Speaker of Lok Sabha Constitutional Provisions

The Constitution of India provides detailed provisions regarding the election, tenure, powers, resignation, removal, and functioning of the Speaker of Lok Sabha to ensure the smooth and effective conduct of parliamentary proceedings.

Speaker of Lok Sabha Constitutional Provisions

Article

Constitutional Provision

Details

Article 93

Election of Speaker and Deputy Speaker

Mandates that the Lok Sabha shall choose two members as the Speaker and Deputy Speaker as soon as possible after its constitution.

Article 94

Vacation, Resignation and Removal of Speaker

The Speaker vacates office if they cease to be a member of Lok Sabha, resigns by writing to the Deputy Speaker, or is removed by a resolution passed by an effective majority of the House.

Article 95

Powers of Deputy Speaker

The Deputy Speaker performs the duties of the Speaker when the office is vacant or when the Speaker is absent from a sitting of the House.

Article 96

Speaker Not to Preside During Removal Motion

When a resolution for the removal of the Speaker is under consideration, the Speaker cannot preside over the proceedings but has the right to participate in the debate and vote.

Article 97

Salaries and Allowances

Provides that the salaries and allowances of the Speaker and Deputy Speaker shall be determined by Parliament and charged on the Consolidated Fund of India.

Article 100

Voting in the House

The Speaker does not ordinarily vote but can exercise a casting vote in case of a tie between votes for and against a motion.

Article 110

Certification of Money Bills

The Speaker has the authority to certify whether a Bill is a Money Bill, and this certification is crucial for the legislative process.

Article 118

Rules of Procedure

Parliament may make rules for regulating its procedure and conduct of business, which are interpreted and enforced by the Speaker.

Tenth Schedule

Anti-Defection Law

The Speaker decides disqualification cases of Members of Parliament under the Anti-Defection Law for defection from political parties.

Election of the Speaker of Lok Sabha

The Speaker of Lok Sabha is elected by the members of the Lok Sabha from among themselves soon after the constitution of a new House.

  • Election After Formation of Lok Sabha: The election of the Speaker takes place after a new Lok Sabha is constituted following General Elections.
  • Date Fixed by the President: The President of India fixes the date on which the election of the Speaker will be held.
  • Elected from Among Members: Only a sitting member of the Lok Sabha can be elected as the Speaker.
  • Nomination Process: A candidate's nomination must be moved and seconded by other members of the Lok Sabha and submitted before the prescribed deadline.
  • Consensus Candidate Preferred: Traditionally, political parties try to elect the Speaker through consensus to maintain the dignity and impartiality of the office.
  • Voting if Necessary: If more than one candidate contests the election, voting is conducted in the House and the candidate securing a majority of votes is elected.
  • Simple Majority Required: The Speaker is elected by a simple majority of members present and voting in the Lok Sabha.
  • Pro Tem Speaker Conducts Election: Before the election of the Speaker, the President appoints a Pro Tem Speaker who administers the oath to newly elected members and conducts the Speaker's election.

Removal of Speaker of Lok Sabha

The Speaker of Lok Sabha can be removed from office by the House through a resolution passed by an effective majority of all the then members of the Lok Sabha as provided under Article 94 of the Constitution.

  • Constitutional Provision: The removal of the Speaker is governed by Article 94 of the Constitution of India.
  • Removal by Lok Sabha: The Speaker can be removed only by the Lok Sabha, as the Speaker is elected by and accountable to the House.
  • Notice of Resolution: A minimum 14 days' notice must be given before moving a resolution for the removal of the Speaker.
  • Effective Majority Required: The resolution must be passed by an effective majority, i.e., a majority of all the then members of the Lok Sabha.
  • Discussion in the House: After the notice period, the resolution is taken up for discussion and debate in the Lok Sabha.
  • Speaker Cannot Preside: When a resolution for the removal of the Speaker is under consideration, the Speaker cannot preside over the sitting of the House.
  • Deputy Speaker Presides: During such proceedings, the Deputy Speaker or another member authorized by the House presides over the session.
  • Right to Participate: The Speaker has the right to participate in the debate on the removal resolution and can defend their position before the House.
  • Right to Vote: The Speaker can vote in the first instance on the resolution but cannot exercise a casting vote in such proceedings.
  • Vacates Office After Removal: If the resolution is passed by the required majority, the Speaker immediately vacates the office.

Powers and Functions of the Speaker of Lok Sabha

The Speaker of Lok Sabha is the Presiding Officer of the Lower House of Parliament and occupies a position of great authority and responsibility. The Speaker ensures the smooth conduct of parliamentary proceedings, maintains discipline in the House, protects the rights of members, and safeguards the dignity and independence of the Lok Sabha.

  • Presides over the sittings of the Lok Sabha and conducts debates, discussions, and legislative business while ensuring that parliamentary rules and procedures are followed.
  • Maintains order, discipline, and decorum in the House by regulating members' conduct, preventing disruptions, and taking disciplinary action against unruly members when necessary.
  • Interprets the Rules of Procedure and Conduct of Business and gives final rulings on procedural matters, points of order, and disputes arising during House proceedings.
  • Conducts the legislative business of the House by allowing the introduction of bills, motions, resolutions, amendments, and supervising voting on various matters.
  • Certifies whether a Bill is a Money Bill under Article 110, and this certification plays a crucial role in determining the legislative procedure to be followed.
  • Exercises administrative control over the Lok Sabha Secretariat, supervises parliamentary staff, and manages the day-to-day functioning of the House.
  • Protects the rights, privileges, and immunities of Members of Parliament and safeguards the dignity, authority, and independence of the Lok Sabha.
  • Appoints and supervises Parliamentary Committees, nominates members to committees, and refers bills and important matters for detailed examination.
  • Decides disqualification cases under the Anti-Defection Law (Tenth Schedule) and acts as a quasi-judicial authority in matters relating to party defections.
  • Exercises a Casting Vote in case of a tie, represents the Lok Sabha on national and international forums, and acts as the guardian of parliamentary traditions and democratic values.

Speakers of Lok Sabha from 1950-Till Now

Since the establishment of the Lok Sabha in 1952, several distinguished leaders have served as Speaker and played a vital role in maintaining the dignity, neutrality, and smooth functioning of India's parliamentary democracy.

Speakers of Lok Sabha from 1950-Till Now

S. No.

Speaker of Lok Sabha

Tenure

Key Highlights

1

Ganesh Vasudev Mavalankar

1952–1956

First Speaker of Lok Sabha, known as the "Father of the Lok Sabha".

2

M. Ananthasayanam Ayyangar

1956–1962

First Deputy Speaker to become Speaker of Lok Sabha.

3

Hukam Singh

1962–1967

First Sikh Speaker of Lok Sabha.

4

Neelam Sanjiva Reddy

1967–1969

Later became the sixth President of India.

5

Gurdial Singh Dhillon

1969–1971

First term as Speaker.

6

Gurdial Singh Dhillon

1971–1975

Re-elected Speaker for a second consecutive term.

7

Bali Ram Bhagat

1976–1977

Served during the Emergency period.

8

K. S. Hegde

1977–1980

Strengthened parliamentary accountability after the Emergency.

9

Balram Jakhar

1980–1985

First Speaker to complete a full five-year term.

10

Balram Jakhar

1985–1989

Longest-serving Speaker with two consecutive terms.

11

Rabi Ray

1989–1991

Known for encouraging parliamentary reforms.

12

Shivraj Patil

1991–1996

Presided over the House during major economic reforms.

13

P. A. Sangma

1996–1998

First Speaker from a tribal community.

14

G. M. C. Balayogi

1998–1999

Youngest Speaker of Lok Sabha.

15

G. M. C. Balayogi

1999–2002

First Dalit Speaker of Lok Sabha.

16

Manohar Joshi

2002–2004

Former Chief Minister of Maharashtra.

17

Somnath Chatterjee

2004–2009

Widely respected for impartiality and parliamentary discipline.

18

Meira Kumar

2009–2014

First woman Speaker of Lok Sabha.

19

Sumitra Mahajan

2014–2019

Second woman Speaker of Lok Sabha.

20

Om Birla

2019–2024

Presided over the 17th Lok Sabha and major legislative reforms.

21

Om Birla

2024–Present

Re-elected as Speaker of the 18th Lok Sabha.

Speaker of Lok Sabha FAQs

Q1: Who is the Speaker of Lok Sabha?

Ans: The Speaker of Lok Sabha is the Presiding Officer of the Lower House of Parliament who conducts House proceedings, maintains discipline, and ensures the smooth functioning of parliamentary business.

Q2: Which Article of the Constitution deals with the Speaker of Lok Sabha?

Ans: Article 93 of the Constitution provides for the election of the Speaker and Deputy Speaker of the Lok Sabha. Other related provisions are contained in Articles 94 to 97.

Q3: How is the Speaker of Lok Sabha elected?

Ans: The Speaker is elected by the members of the Lok Sabha from among themselves after the constitution of a new House. The election is conducted by a simple majority of members present and voting.

Q4: What is the tenure of the Speaker of Lok Sabha?

Ans: The Speaker remains in office from the date of election until immediately before the first meeting of the next Lok Sabha. Even after the dissolution of the House, the Speaker continues in office until a new Speaker is elected.

Q5: How can the Speaker of Lok Sabha be removed?

Ans: The Speaker can be removed by a resolution passed by an effective majority of all the then members of the Lok Sabha after giving a minimum notice of 14 days.

India’s Agricultural Transformation (2014-2026), Key Reforms, Growth

India’s Agricultural Transformation

Agriculture remains the backbone of India’s rural economy, providing livelihood to nearly half of the country’s population and contributing around 18 percent to the Gross Value Added (GVA). Over the last decade, India has witnessed significant agricultural transformation through higher production, improved irrigation, expanded credit and insurance coverage, stronger MSP support, digital innovations, and growth of allied sectors. These reforms have gradually shifted Indian agriculture from a subsistence-oriented system towards a more productive, resilient, technology-driven, and farmer-centric sector.

Growth of Agriculture and Allied Sectors

The agriculture and allied sector recorded substantial growth during the last decade.

  • The Gross Value Added (GVA) of agriculture and allied activities increased from ₹20.9 lakh crore in 2014-15 to ₹48.7 lakh crore in 2023-24, registering a Compound Annual Growth Rate (CAGR) of 8.83 percent.
  • The GVA of the crop sector increased from ₹12.93 lakh crore in 2014-15 to ₹26.53 lakh crore in 2023-24.
  • Public investment in agriculture increased significantly, with budgetary allocation for the Department of Agriculture and Farmers Welfare rising from ₹27,663 crore in 2013-14 to ₹1,40,528.78 crore in 2026-27.

Rising Agricultural Production and Food Security

Improving food security while enhancing farmer incomes remained a key objective of agricultural policy.

Expansion of Foodgrain Production

  • Total foodgrain production increased from 265.05 million tonnes in 2013-14 to 357.73 million tonnes in 2024-25, strengthening national food security.
  • Rice production reached a record 150.18 million tonnes, making India the world’s largest rice producer.
  • Wheat production increased to 117.94 million tonnes, while maize production nearly doubled to 43.40 million tonnes.

These achievements were supported by the National Food Security and Nutrition Mission, which promoted improved seeds, scientific farming practices, mechanisation, and technology adoption.

Progress in Oilseeds Production

  • Oilseed production increased from 27.51 million tonnes in 2014-15 to 42.99 million tonnes in 2024-25.
  • Expansion in cultivated area and improvements in productivity contributed to reducing edible oil import dependence from 63.2 percent to 56.25 percent.

Growth of Horticulture

  • Horticulture production increased from 280.70 million tonnes to 369.05 million tonnes.
  • The sector contributed nearly 37 percent of Gross Value Output within the crop sector, reflecting increasing diversification towards high-value crops such as fruits, vegetables, spices, and flowers.

Agricultural Exports and Global Integration

India’s agricultural exports have expanded significantly due to higher production, value addition, and improved competitiveness.

  • Agricultural exports increased from USD 37.29 billion in 2013-14 to USD 51.1 billion in 2024-25.
  • India emerged as a leading exporter of rice, spices, marine products, cotton, and sugar.
  • The export basket has gradually shifted from primary commodities towards higher-value processed products.
    • For example: The share of processed food exports increased from 13.7 percent to 20.4 percent of total agricultural exports, indicating rising value addition.
  • Seafood exports increased from USD 3.64 billion to USD 7.52 billion and now reach more than 130 countries worldwide.

Growth of Allied Sectors

The growth of allied sectors such as livestock, dairy, fisheries, beekeeping, and bio-energy has played an important role in diversifying rural livelihoods, reducing dependence on crop income, and creating additional sources of employment and income for farmers.

Livestock and Dairy

  • The livestock sector emerged as one of the fastest-growing components of agriculture.
  • Livestock GVA increased from ₹5.10 lakh crore to ₹15.06 lakh crore, registering a CAGR of 12.77 percent.
  • India remains the world’s largest milk producer, accounting for nearly one-fourth of global milk production.
  • Milk production increased from 146.31 million tonnes to 247.87 million tonnes between 2014-15 and 2024-25.
  • Per capita milk availability reached 485 grams per day, significantly above the global average of 328 grams.
  • India also became the second-largest producer of eggs and the fourth-largest producer of meat globally.

Fisheries

  • The fisheries sector recorded a CAGR of 8.74 percent.
  • Fish production increased from 9.58 million tonnes in 2013-14 to 19.78 million tonnes in 2024-25.
  • Inland fisheries expanded by 147 percent during the period, becoming the primary driver of growth.

Beekeeping and Bio-Energy

  • The National Beekeeping and Honey Mission significantly expanded honey production and exports.
  • Honey production increased from 0.081 million tonnes to 0.152 million tonnes, while exports grew by 240 percent.
  • The Ethanol Blended Petrol Programme emerged as a major avenue for agricultural diversification.
    • Ethanol procurement increased from 38 crore litres in 2013-14 to 904 crore litres in 2024-25.
  • Sugar mills earned over ₹1.29 lakh crore through ethanol sales, while investments exceeding ₹42,000 crore were mobilized in the sector.

Food Processing: Bridging Agriculture and Industry

Food processing emerged as an important bridge between agriculture and industry.

  • Food processing GVA increased from ₹1.34 lakh crore in 2014-15 to ₹2.24 lakh crore in 2023-24.
  • The sector contributes 12.83 percent of organized manufacturing employment.

Evolution of Agricultural Policy Architecture

Agricultural reforms gradually evolved from production enhancement towards a broader framework encompassing productivity, risk management, farmer welfare, infrastructure development, and sustainability.

Improving Productivity and Resource Efficiency

The initial phase focused on improving the efficient use of agricultural resources.

  • The Pradhan Mantri Krishi Sinchayee Yojana expanded irrigation coverage and promoted micro-irrigation, thereby improving water-use efficiency.
    • Irrigation coverage increased from 49.3 percent to 55 percent of gross cropped area between FY16 and FY21.
  • The Soil Health Card Scheme institutionalised scientific nutrient management by providing soil-specific recommendations to farmers.
    • Nearly 26 crore Soil Health Cards were issued by March 2026.
    • More than 70,000 Krishi Sakhis were trained to provide soil health advisory services.
  • The Sub-Mission on Seeds and Planting Materials improved the availability of quality seeds and strengthened crop productivity.
  • The Rashtriya Gokul Mission promoted indigenous cattle breeds and enhanced dairy productivity through scientific breeding programmes.

Strengthening Risk Management and Market Access

Subsequent reforms focused on reducing production risks and improving market connectivity.

  • The Pradhan Mantri Fasal Bima Yojana (PMFBY) expanded affordable crop insurance coverage against natural calamities, pest attacks, and crop losses.
    • More than 92.46 crore farmer applications were insured under PMFBY.
    • Claims worth ₹1.96 lakh crore were disbursed to approximately 24.31 crore farmers.
  • The National Agriculture Market (e-NAM) integrated agricultural mandis through a digital trading platform, improving market access and transparent price discovery.
    • By March 2026, 1,656 mandis, 1.80 crore farmers, and 4,724 FPOs were connected to the platform.
  • The MSP reforms introduced in 2018 ensured that Minimum Support Price were fixed at least 50 percent above the cost of production, thereby strengthening price assurance for farmers.
    • Total procurement increased from 698.7 million tonnes during 2004-2014 to 1,229.2 million tonnes during 2014-2026, representing a growth of approximately 76 percent.
    • The total MSP value reached ₹26.32 lakh crore during 2014-2026, which was nearly 3.5 times higher than the ₹7.41 lakh crore recorded during the previous decade.
    • Among Kharif crops, Ragi recorded the highest MSP growth of 236 percent, followed by Nigerseed at 179 percent and Hybrid Jowar at 163 percent.
    • Among Rabi and commercial crops, Jute recorded MSP growth of 147 percent, while Masur registered an increase of 128 percent.

These trends indicate sustained efforts to provide remunerative prices and reduce income uncertainty for farmers.

Expanding Income Support and Social Security

The policy focus gradually shifted towards strengthening farmers’ financial security.

  • PM-KISAN introduced direct income support through annual transfers of ₹6,000 to eligible farmer families.
    • More than ₹4.28 lakh crore was transferred directly to over 9.44 crore farmer families.
    • More than one-fourth of beneficiaries were women.
  • The Kisan Credit Card scheme expanded access to affordable institutional credit for agriculture and allied activities.
    • The number of operative KCC accounts increased from 6.46 crore in 2013-14 to 7.81 crore in 2024-25.
    • Outstanding credit under KCC increased from ₹4.26 lakh crore in March 2014 to ₹10.20 lakh crore in March 2025.
  • The Pradhan Mantri Kisan Maandhan Yojana established a pension framework for small and marginal farmers, providing social security after the age of sixty.
    • The scheme provides a monthly pension of ₹3,000 after the age of sixty.
    • Around 24.95 lakh farmers were enrolled by February 2026.

Building Infrastructure and Institutions

The reform agenda increasingly emphasised strengthening agricultural infrastructure and farmer institutions.

  • The Agriculture Infrastructure Fund promoted investment in warehousing, storage, logistics, and post-harvest management.
    • By March 2026, loans worth ₹84,202 crore had been sanctioned for 1.68 lakh projects, mobilizing investments worth ₹1.33 lakh crore.
  • The Pradhan Mantri Kisan Samriddhi Kendras (PMKSK) established approximately 1.8 lakh centres providing inputs, extension services, and advisory support.
  • The Mega Food Park Scheme expanded from only two parks in 2014 to forty-one parks in 2025, strengthening storage, logistics, and processing infrastructure.
  • The Pradhan Mantri Kisan Sampada Yojana strengthened food processing infrastructure and value addition.
  • The Ministry of Cooperation, established in 2021, provided focused support for cooperative reforms.
  • Farmer Producer Organisations strengthened collective bargaining power and improved market participation.

Promoting Diversification and Self-Reliance

Recent reforms have focused on reducing import dependence and improving sustainability.

Sustainable Agriculture and Climate Resilience

The agricultural sector increasingly adopted sustainability-oriented approaches to address climate change, soil degradation, and resource stress.

  • The Paramparagat Krishi Vikas Yojana (PKVY) promoted organic farming through cluster-based approaches.
    • By December 2025, the programme had covered 18.84 lakh hectares and benefited 33.93 lakh farmers.
  • The Mission Organic Value Chain Development for North Eastern Region supported 2.70 lakh farmers across 2.36 lakh hectares.
  • The National Mission on Natural Farming covered approximately 9 lakh hectares and registered 19 lakh farmers under chemical-free farming practices.
  • Climate adaptation efforts were strengthened through the release of 2,996 climate-resilient crop varieties between 2014 and 2025.
  • Climate-resilient village programmes covered 448 villages and benefited approximately 8.5 lakh farmers.
  • Integrated Farming Systems expanded to 1.04 lakh farm households across 79 districts, increasing farm incomes to between ₹1.5 lakh and ₹3.6 lakh per hectare annually.
  • The PM-KUSUM scheme promoted solar-powered agriculture and renewable energy adoption.
    • More than 21.77 lakh farmers benefited under the scheme, while over 10 lakh standalone solar pumps and 13 lakh solarized grid-connected pumps were installed.

Digital Agriculture and Technology Adoption

Digital transformation has become an important driver of agricultural modernization.

  • Under the Digital Agriculture Mission, 7.63 crore Farmer IDs were created and 23.5 crore crop plots were digitized by February 2026.
  • The National Pest Surveillance System covers 66 crops and monitors more than 432 pest species through real-time surveillance and digital advisories.
  • The Namo Drone Didi initiative promotes drone-based agricultural services through women Self Help Groups, combining technological innovation with women’s empowerment.
  • Kisan e-Mitra has handled more than 95 lakh farmer queries in eleven regional languages, improving access to information and government services.

These initiatives have improved transparency, service delivery, precision farming, and risk management.

India’s Agricultural Transformation FAQs

Q1: How has agricultural policy evolved in India over the last decade?

Ans: Agricultural policy has evolved from a narrow focus on production enhancement towards a comprehensive framework encompassing farmer welfare, market reforms, infrastructure development, climate resilience, and technology-driven agriculture.

Q2: What were the major drivers of India’s agricultural transformation between 2014 and 2026?

Ans: The transformation was driven by improved irrigation, scientific farming practices, crop insurance, MSP support, income transfers, digital agriculture, infrastructure development, and growth of allied sectors such as dairy, fisheries, and food processing.

Q3: Examine the role of food processing in agricultural transformation.

Ans: Food processing acts as a bridge between agriculture and industry by promoting value addition, reducing wastage, generating employment, increasing exports, and improving farmers’ share in the value chain.

Q4: Why are Farmer Producer Organisations (FPOs) important?

Ans: FPOs enable farmers to aggregate produce, procure inputs at lower costs, access larger markets, undertake value addition, and improve price realization through collective bargaining.

Q5: How has digital technology contributed to agricultural modernization?

Ans: Initiatives such as the Digital Agriculture Mission, Farmer IDs, digitized crop records, Kisan e-Mitra, National Pest Surveillance System, and Namo Drone Didi have improved precision farming, service delivery, transparency, and risk management.

Nameri National Park, Location, Flora & Fauna, Significance

Nameri National Park

Nameri National Park is a famous protected area located in the Sonitpur district of Assam in the foothills of the Eastern Himalayas. Situated along the beautiful Jia Bhoroli River, the park shares its northern boundary with the Pakke Tiger Reserve in Arunachal Pradesh, forming an important wildlife conservation landscape. Known for its rich biodiversity, dense forests, rare bird species, and scenic beauty, Nameri is one of the most significant national parks in Northeast India. It was declared a wildlife sanctuary in 1985 and later upgraded to a national park in 1998.

Nameri National Park Flora & Fauna

Nameri National Park is renowned for its rich biodiversity, supporting a wide variety of plant and animal species due to its dense forests, riverine habitats, grasslands, and favorable climatic conditions in the Eastern Himalayan foothills.

Flora of Nameri National Park

  • Tropical Evergreen Forests: Large portions of the park are covered with evergreen forests that remain green throughout the year and support diverse wildlife.
  • Semi-Evergreen Forests: These forests contain a mix of evergreen and deciduous tree species, creating varied habitats for birds and mammals.
  • Moist Deciduous Forests: Trees shed leaves seasonally and provide important grazing and browsing grounds for herbivores.
  • Riverine Forests: Found along the Jia Bhoroli River and its tributaries, these forests help prevent soil erosion and support aquatic ecosystems.
  • Bamboo and Cane Groves: Extensive bamboo and cane vegetation provide shelter and nesting sites for many animals and birds.
  • Hollong (Dipterocarpus macrocarpus): One of the dominant tree species and the state tree of Assam.
  • Nahor (Mesua ferrea): A valuable timber tree known for its fragrant flowers and ecological importance.
  • Simul (Bombax ceiba): A tall deciduous tree that provides food and nesting opportunities for birds.
  • Gamari (Gmelina arborea): An economically important tree species commonly found in the park.
  • Orchids and Medicinal Plants: The park supports several orchid species and medicinal plants, contributing to its botanical diversity.

Fauna of Nameri National Park

  • Royal Bengal Tiger: The park forms part of the Nameri Tiger Reserve and provides a crucial habitat for tigers.
  • Indian Elephant: Large herds of elephants move through the park, making it an important elephant conservation area.
  • Clouded Leopard: A rare and elusive wild cat found in the dense forests of the park.
  • Leopard: An important predator that helps maintain ecological balance.
  • Himalayan Black Bear: Found in forested areas, particularly near the foothills.
  • Gaur (Indian Bison): The world's largest wild cattle species, commonly seen in grassland habitats.
  • Sambar Deer: One of the major prey species for large carnivores.
  • Barking Deer: A small deer species known for its distinctive barking call.
  • Wild Boar: Widely distributed throughout the park and plays an important role in the ecosystem.
  • Capped Langur and Assamese Macaque: Primates commonly found in the forest canopy.

Avifauna (Bird Species)

  • White-winged Wood Duck: An endangered species and the most iconic bird of Nameri National Park.
  • Great Hornbill: Known for its large casque and role in seed dispersal.
  • Rufous-necked Hornbill: A globally threatened hornbill species found in the Eastern Himalayas.
  • Wreathed Hornbill: Frequently observed in the forested regions of the park.
  • Black Stork: A rare migratory bird recorded in the park.
  • Palla's Fish Eagle: An important raptor associated with riverine habitats.
  • Blue-bearded Bee-eater: A colorful bird species found in forest clearings.
  • Ibisbill: A unique bird species inhabiting riverbanks and gravel beds.
  • Kingfishers and Woodpeckers: Represent the rich bird diversity of the park.
  • More than 300 Bird Species: Making Nameri one of the finest birdwatching destinations in India.

Reptiles and Amphibians

  • King Cobra: One of the world's longest venomous snakes found in the park.
  • Indian Python: A large non-venomous snake inhabiting forested areas.
  • Monitor Lizard: Commonly found near water bodies and forest edges.
  • Cobra and Krait: Important venomous snake species recorded in the park.
  • Turtle Species: Various freshwater turtles inhabit the river systems and wetlands.
  • Frogs and Toads: Numerous amphibian species thrive in the moist forest environment.

Nameri National Park Significance

Nameri National Park is one of the most ecologically important protected areas in Northeast India, known for its rich biodiversity, unique riverine ecosystem, and role in conserving endangered wildlife species.

  • Biodiversity Hotspot: Nameri forms part of the Eastern Himalayan Biodiversity Hotspot, one of the world's richest regions for flora and fauna.
  • Tiger Conservation Area: The park is the core area of the Nameri Tiger Reserve and provides a protected habitat for the Royal Bengal Tiger.
  • Elephant Corridor: It serves as an important elephant migration corridor, facilitating the movement of elephants between Assam and Arunachal Pradesh.
  • Habitat of Rare Species: The park protects several endangered species, including the White-winged Wood Duck, Clouded Leopard, and Himalayan Black Bear.
  • Bird Conservation Centre: With more than 300 bird species, Nameri is recognized as one of India's premier birdwatching destinations and an important avian conservation area.
  • Protection of Riverine Ecosystems: The Jia Bhoroli River and its tributaries support aquatic biodiversity and maintain ecological balance within the park.
  • Wildlife Corridor Function: Nameri provides ecological connectivity with Pakke Tiger Reserve in Arunachal Pradesh, allowing the free movement of wildlife and enhancing genetic diversity.
  • Forest Conservation: The park preserves extensive evergreen, semi-evergreen, and riverine forests that help maintain environmental stability and natural habitats.
  • Climate Regulation: Dense forests act as significant carbon sinks, helping mitigate climate change and regulate local climatic conditions.
  • Watershed Protection: The forests and river systems of the park protect soil resources, prevent erosion, and ensure sustainable water availability.
  • Conservation of Endemic Flora: The park safeguards numerous medicinal plants, orchids, bamboo species, and other valuable plant resources.
  • Scientific Research Importance: Nameri provides opportunities for wildlife research, biodiversity monitoring, and ecological studies in the Eastern Himalayan region.
  • Eco-tourism Development: The park promotes sustainable tourism through birdwatching, nature walks, river rafting, and wildlife observation, generating local employment.
  • Support for Local Livelihoods: Conservation and eco-tourism activities contribute to the socio-economic development of nearby communities.
  • National Conservation Network: Nameri strengthens India's protected area network and plays a vital role in achieving long-term wildlife conservation goals.

Nameri National Park FAQs

Q1: Where is Nameri National Park located?

Ans: Nameri National Park is located in the Sonitpur district of Assam, near the foothills of the Eastern Himalayas and along the banks of the Jia Bhoroli River.

Q2: When was Nameri declared a National Park?

Ans: Nameri was declared a National Park in 1998 after initially being notified as a wildlife sanctuary in 1985.

Q3: What is the total area of Nameri National Park?

Ans: Nameri National Park covers an area of approximately 200 square kilometers.

Q4: Which river flows through Nameri National Park?

Ans: The Jia Bhoroli River flows along the southern boundary of Nameri National Park and is an important part of its ecosystem.

Q5: Why is Nameri National Park famous?

Ans: Nameri is famous for its rich biodiversity, tiger habitat, birdwatching opportunities, river rafting, and the endangered White-winged Wood Duck.

World Crocodile Day 2026, Theme, Importance, Conservation Efforts

World Crocodile Day 2026

World Crocodile Day is observed every year on 17 June to spread awareness about crocodiles and the need to protect them. The day highlights the importance of conserving crocodiles, gharials, alligators, and other crocodilian species that play a vital role in maintaining healthy aquatic ecosystems. In 2026, World Crocodile Day will be celebrated on 17 June across the world.

World Crocodile Day 2026 Theme

The theme of World Crocodile Day 2026 is “Legacy in Every Scale.” Observed annually on 17 June, this global awareness campaign focuses on the conservation of crocodiles, gharials, alligators, and other crocodilian species. The theme highlights the rich evolutionary history of these ancient reptiles and emphasizes the importance of protecting their populations for future generations.

World Crocodile Day 2026 Importance

World Crocodile Day 2026 is an important global observance that raises awareness about crocodile conservation, protects aquatic ecosystems, and encourages efforts to safeguard endangered crocodilian species and their habitats.

  • Promotes awareness about crocodile conservation and wildlife protection.
  • Highlights the importance of wetlands, rivers, lakes, and mangrove ecosystems.
  • Encourages the protection of endangered crocodilian species across the world.
  • Supports biodiversity conservation by protecting species that share crocodile habitats.
  • Educates people about the ecological role of crocodiles as apex predators.
  • Raises awareness about threats such as habitat loss, pollution, and climate change.
  • Promotes scientific research and monitoring of crocodile populations.
  • Encourages community participation in wildlife conservation programs.
  • Helps reduce human-crocodile conflicts through education and awareness.
  • Supports the conservation of aquatic and coastal ecosystems.
  • Encourages governments to strengthen wildlife protection laws and policies.
  • Inspires students and young people to participate in environmental conservation efforts.
  • Highlights the need for sustainable management of natural resources.
  • Promotes global cooperation for the protection of threatened reptile species.

Major Threats Faced by Crocodiles

Crocodiles face several threats due to human activities and environmental changes, which have led to the decline of many crocodilian populations across the world.

  • Habitat Loss: Destruction of rivers, wetlands, mangroves, and swamps due to urbanization and development projects.
  • Wetland Degradation: Shrinking and pollution of aquatic habitats reduce suitable living and breeding areas.
  • Illegal Hunting and Poaching: Crocodiles are hunted for their skin, meat, and body parts.
  • Human-Wildlife Conflict: Encounters between humans and crocodiles often result in injury or death to crocodiles.
  • Pollution: Industrial waste, plastic pollution, and chemical contaminants harm crocodiles and their habitats.
  • Climate Change: Rising temperatures and changing rainfall patterns affect nesting and breeding success.
  • Loss of Nesting Sites: Sand mining, riverbank erosion, and human activities destroy important nesting areas.
  • Overfishing: Excessive fishing reduces the availability of prey for crocodiles.
  • Accidental Entanglement: Crocodiles may get trapped in fishing nets and other aquatic equipment.
  • Encroachment of Human Settlements: Expansion of agriculture and settlements near wetlands increases habitat disturbance.
  • Disturbance from Tourism: Unregulated tourism activities can disrupt crocodile behavior and breeding.
  • Invasive Species: Non-native species can compete with crocodiles for food and habitat resources.

Crocodile Conservation Efforts in India

India has been a global leader in crocodile conservation and has successfully revived crocodile populations through habitat protection, captive breeding programs, scientific research, and community participation. These efforts have helped protect the country's three crocodilian species, the Mugger Crocodile, Saltwater Crocodile, and Gharial.

  • The Government of India launched the Crocodile Conservation Project in 1975 to protect declining crocodile populations.
  • The project focused on captive breeding, rehabilitation, and habitat conservation of crocodilian species.
  • Several crocodile breeding and rearing centers were established across the country.
  • Special efforts were made to conserve the critically endangered Gharial in major river systems.
  • Important crocodile habitats were brought under the protection of National Parks, Wildlife Sanctuaries, and Protected Areas.
  • Bhitarkanika National Park (Odisha) became a major center for Saltwater Crocodile conservation.
  • The National Chambal Sanctuary was established to protect Gharials and other aquatic wildlife.
  • Conservation programs include regular population monitoring and scientific surveys.
  • Authorities protect nesting and breeding sites during the reproductive season.
  • Awareness campaigns educate local communities about the importance of crocodile conservation.
  • Efforts are being made to reduce human-crocodile conflict through community participation and safety measures.
  • Wetland, river, and mangrove restoration projects help improve crocodile habitats.
  • Crocodiles receive legal protection under the Wildlife (Protection) Act, 1972.
  • Research institutions and wildlife organizations conduct studies on crocodile ecology and behavior.
  • Conservation initiatives have significantly increased crocodile populations in several parts of India.

About Crocodile

Crocodiles are large, carnivorous reptiles that belong to the order Crocodylia. They are among the oldest living animals on Earth and have existed for more than 200 million years, making them one of the few species to survive major extinction events.

  • They are often called "living fossils" because their body structure has changed very little over millions of years.
  • Crocodiles are found in tropical and subtropical regions of Asia, Africa, Australia, and the Americas.
  • They are cold-blooded (ectothermic) animals and depend on external heat sources to regulate their body temperature.
  • Crocodiles are carnivores and feed on fish, birds, reptiles, and mammals.
  • They possess one of the strongest bite forces in the animal kingdom.
  • Their eyes, ears, and nostrils are located on top of the head, allowing them to stay mostly submerged while watching for prey.
  • Crocodiles are excellent swimmers and use their powerful tails for movement in water.
  • They can remain underwater for long periods by slowing their heart rate.
  • Female crocodiles lay eggs and protect their nests until the hatchlings emerge.
  • Crocodile mothers often carry their young to the water in their mouths for protection.
  • These reptiles play an important role as apex predators, helping maintain ecological balance in aquatic ecosystems.
  • Crocodiles can live for 50–70 years or more, depending on the species.
  • The Saltwater Crocodile (Crocodylus porosus) is the largest living reptile in the world.
  • Crocodiles have highly developed senses, including excellent night vision and hearing.
  • Crocodiles are considered keystone species because they help maintain healthy aquatic ecosystems.

World Crocodile Day 2026 FAQs

Q1: When is World Crocodile Day 2026 observed?

Ans: World Crocodile Day 2026 is observed on 17 June 2026 to raise awareness about crocodile conservation and the protection of aquatic ecosystems.

Q2: What is the theme of World Crocodile Day 2026?

Ans: The theme of World Crocodile Day 2026 is "Legacy in Every Scale." The theme highlights the long evolutionary history of crocodilians and the need to conserve them for future generations.

Q3: Why is World Crocodile Day celebrated?

Ans: The day is celebrated to promote awareness about crocodiles, highlight the threats they face, and encourage efforts to protect their habitats and populations.

Q4: Which animals are included in the crocodilian family?

Ans: The crocodilian family includes crocodiles, alligators, caimans, gharials, and false gharials.

Q5: Why are crocodiles important for ecosystems?

Ans: Crocodiles act as apex predators and help maintain ecological balance by controlling prey populations and supporting healthy aquatic ecosystems.

Inclusive Development of Marginalised Communities in India

Inclusive Development of Marginalised Communities in India

Over the past decade, India has increasingly adopted the principle of Antyodaya - uplifting the last person in society. The focus has shifted from fragmented welfare delivery to inclusive development through saturation-based coverage, last-mile service delivery, and targeted interventions for historically marginalised communities.

Inclusive Development and its Significance

Inclusive development ensures that the benefits of growth are shared equitably across all sections of society and helps reduce socio-economic disparities.

  • It promotes social justice by addressing historical inequalities and barriers faced by vulnerable communities.
  • It strengthens human capital through improved access to education, healthcare, nutrition, and skill development.
  • It enhances economic productivity by enabling marginalised populations to participate in the workforce and entrepreneurship.
  • It reduces regional and social disparities, thereby promoting social cohesion and national integration.
  • It contributes to the vision of Viksit Bharat 2047 by ensuring that development reaches every citizen.

Inclusive Development Constitutional Provisions

India’s commitment to the welfare of disadvantaged groups is rooted in the Constitution.

  • Directive Principles of State Policy emphasise social welfare, equitable distribution of resources, and protection of vulnerable groups.
  • Article 46 directs the State to promote the educational and economic interests of Scheduled Castes, Scheduled Tribes, and weaker sections.
  • Articles 15(4) and 16(4) enable affirmative action for socially and educationally backward communities.
  • Fifth and Sixth Schedules provide special governance arrangements for tribal areas.

Empowerment of Tribal Population 

India’s tribal population has historically faced challenges arising from geographical remoteness, poor infrastructure, limited educational opportunities, and restricted access to healthcare and markets.

Recognising these challenges, tribal development has emerged as a major focus area of public policy.

PM JANMAN

The Pradhan Mantri Janjati Adivasi Nyaya Maha Abhiyan (PM JANMAN) was launched in 2023 to improve the socio-economic conditions of Particularly Vulnerable Tribal Groups (PVTG).

  • The programme focuses on providing housing, roads, electricity, drinking water, healthcare, education, and livelihood support to PVTG communities residing in remote areas.
  • It adopts a multi-ministerial convergence model to ensure comprehensive development rather than fragmented welfare delivery.
  • It seeks to bridge long-standing developmental gaps in some of India’s most isolated tribal settlements.

PM-JUGA

The Pradhan Mantri Janjatiya Unnat Gram Abhiyan (PM-JUGA) aims to accelerate development in tribal-majority villages through coordinated interventions.

  • It promotes convergence among multiple ministries to simultaneously address deficiencies in infrastructure, education, healthcare, livelihoods, and social services.
  • It seeks to ensure that tribal development becomes outcome-oriented rather than scheme-centric.

Van Dhan Vikas Kendras

  • Van Dhan Kendras help tribal communities move up the value chain by promoting processing, packaging, branding, and marketing of minor forest produce.
  • They encourage entrepreneurship and increase incomes by reducing dependence on middlemen.
  • Traditional knowledge relating to medicinal plants and forest resources is being converted into sustainable livelihood opportunities.
  • As of April 2026, 491 such centres had become operational against a target of 500. 
  • More than 38,000 members of PVTG communities have undergone entrepreneurship development training, creating new avenues for income generation based on forest resources.

Eklavya Model Residential Schools (EMRS) 

The expansion of Eklavya Model Residential Schools (EMRS) has significantly improved educational access for tribal students.

  • These schools provide quality residential education with modern facilities such as laboratories, libraries, sports infrastructure, and digital learning tools.
  • They reduce educational disadvantages arising from geographical isolation and poor local schooling facilities.
  • Increasing numbers of tribal students are qualifying for competitive examinations such as JEE and NEET, indicating improved educational outcomes.

Preservation of Tribal Culture

Development efforts increasingly recognise the importance of protecting tribal identity and heritage. For example: 

  • Women from the Kamar PVTG community in Chhattisgarh have transformed traditional medicinal knowledge into sustainable livelihoods through Van Dhan Vikas Kendras. Earlier dependent on selling raw forest produce at low prices, they now produce value-added AYUSH-certified herbal products. Products are marketed under the “Chhattisgarh Herbals” brand, enhancing income and market reach.
  • The initiative has generated sales exceeding ₹1.59 crore, illustrating how traditional knowledge can be integrated into modern economic opportunities.

Empowerment of Scheduled Castes

Despite constitutional safeguards, Scheduled Castes have historically faced social exclusion, educational disadvantages, and economic deprivation. Recent initiatives focus on improving educational attainment, livelihood opportunities, and social mobility.

PM-AJAY

The Pradhan Mantri Anusuchit Jaati Abhyuday Yojana (PM-AJAY) promotes integrated development of Scheduled Caste-majority villages.

  • It focuses on improving infrastructure, livelihood opportunities, and access to essential services.
  • It seeks to reduce regional disparities and improve quality of life in SC-dominated settlements.

Development Action Plan for Scheduled Castes (DAPSC)

  • DAPSC ensures dedicated budgetary allocations for Scheduled Caste welfare across ministries.
  • It promotes targeted spending on education, housing, healthcare, livelihoods, and skill development.
  • It improves accountability and monitoring of welfare expenditure.

Educational Empowerment

Education remains one of the most effective instruments of social transformation.

  • Scheme for Higher Education Youth in Apprenticeship and Skills (SHREYAS): Provides scholarships, fellowships, free coaching, and support for higher education and overseas studies to SC students, helping them access premier institutions and improve career opportunities.
  • Scheme for Residential Education for Students in High Schools in Targeted Areas (SHRESHTA):  Provides quality residential education in reputed private schools to meritorious SC students from disadvantaged backgrounds, reducing educational inequalities and promoting social mobility.

Improving Educational Outcomes : Recent years have also seen measurable improvements in educational indicators among Scheduled Castes.

  • Scheduled Caste enrolment in higher education reached 66.23 lakh in 2021-22, representing a 44 percent increase since 2014-15.
    • Female enrolment rose by 51 percent during the same period, while the Gross Enrolment Ratio for SC students increased from 18.9 percent to 25.9 percent.

Empowerment of OBCs, DNTs and Nomadic Communities

Development efforts have also increasingly targeted Other Backward Classes, Economically Backward Classes, and Denotified and Nomadic Tribes.

PM-YASASVI

  • Launched in 2021-22, PM-YASASVI provides scholarships and hostel facilities for students from OBC, EBC and DNT communities.
  • The scheme covers education from school level through higher education, with all benefits transferred directly into Aadhaar-linked bank accounts.

PM-DAKSH

  • The PM-DAKSH programme has trained more than 2.08 lakh beneficiaries since its launch in 2020-21.
  • The scheme offers free certified skill training linked to employment and self-employment opportunities for SCs, OBCs, EBCs, DNTs and sanitation workers.

SEED Scheme

  • The Scheme for Economic Empowerment of DNTs (SEED) addresses longstanding challenges faced by denotified and nomadic tribes through coaching support, health insurance, livelihood assistance and housing aid.
  • In 2025-26 alone, thousands of beneficiaries received educational support, livelihood funding and Ayushman Bharat health cards.

Minority Welfare and Skill Development

The Government has sought to integrate various minority welfare initiatives under a unified framework.

PM VIKAS

  • Focuses on skill development, entrepreneurship, leadership training, and economic empowerment of minority communities.
  • Supports employability in both traditional occupations and modern sectors such as healthcare, aviation, and digital technologies.
  • Promotes income generation and economic participation among disadvantaged minority groups.

Dignity and Welfare of Sanitation Workers

Sanitation workers often face occupational hazards, social stigma, and unsafe working conditions.

NAMASTE Scheme

The National Action for Mechanised Sanitation Ecosystem (NAMASTE) seeks to eliminate hazardous manual cleaning practices.

  • It promotes mechanisation of sewer and septic tank cleaning operations.
  • It provides skill training, livelihood support, safety equipment, and social security benefits.
  • It aims to restore dignity and occupational safety for sanitation workers.
  • The inclusion of waste pickers has expanded the programme’s social impact.

Aspirational Districts and Aspirational Blocks Programme

  • The Aspirational Districts Programme, launched in 2018, represents another major pillar of inclusive governance.
  • Covering 112 underdeveloped districts, the initiative focuses on health, education, nutrition, agriculture and financial inclusion through data-driven monitoring and competition.
  • The programme was expanded in 2023 through the Aspirational Blocks Programme, which now covers 500 blocks across 329 districts.

Achievements of Inclusive Development Efforts

The recent emphasis on last-mile delivery has produced measurable outcomes.

  • Expansion of educational opportunities has enabled greater participation of marginalised communities in higher education and professional careers.
  • Tribal and Scheduled Caste students are increasingly entering premier institutions such as IITs, AIIMS, NITs, and IIMs.
  • Livelihood initiatives have promoted entrepreneurship and income generation among vulnerable groups.
  • Infrastructure expansion has improved access to roads, electricity, healthcare, housing, and drinking water in remote regions.
  • Direct Benefit Transfer (DBT) mechanisms have enhanced transparency and reduced leakages.
  • Digital governance has improved accessibility and efficiency in welfare delivery.

While challenges such as poverty, social discrimination, regional disparities, and unequal access to opportunities persist, the policy emphasis on Antyodaya, social justice, and last-mile delivery has strengthened the foundations of inclusive growth.

Wayforward 

Going forward, sustained investments in human capital, stronger institutional support, greater community participation, and effective implementation of welfare programmes will be crucial for ensuring that no section of society is left behind in India’s journey towards Viksit Bharat 2047.

Inclusive Development of Marginalised Communities in India FAQs

Q1: What is meant by Inclusive Development?

Ans: Inclusive Development refers to a growth process in which the benefits of economic and social progress reach all sections of society, especially vulnerable and marginalised communities, ensuring equitable access to opportunities, resources, and public services.

Q2: What is the constitutional basis of inclusive development in India?

Ans: The constitutional basis lies in the Directive Principles of State Policy, Article 46, affirmative action provisions under Articles 15(4) and 16(4), and special safeguards for tribal communities under the Fifth and Sixth Schedules.

Q3: What are the major challenges to inclusive development in India?

Ans: Persistent poverty, social discrimination, regional disparities, educational inequalities, digital divide, unemployment, and uneven implementation of welfare schemes remain key challenges.

Q4: What is the principle of Antyodaya?

Ans: Antyodaya means the upliftment of the last and most vulnerable person in society. It guides welfare policies towards last-mile delivery, saturation-based coverage, and targeted support for disadvantaged groups.

Q5: Why is Antyodaya important for inclusive development?

Ans: Antyodaya reduces socio-economic inequalities by prioritising vulnerable groups and integrating them into mainstream development.

Tomar Dynasty, Origin, Rulers, Delhi Foundation & Decline

Tomar Dynasty

The Tomar Dynasty was an important medieval ruling dynasty in northern India. They are mainly known for ruling parts of present-day Delhi and surrounding regions. The dynasty played a significant role in the early development of Delhi as a political center. Over time, the Tomars contributed to the region’s culture, architecture, and administration, before being replaced by other rising powers. 

About the Tomar Dynasty

  • The Tomar Dynasty was a small but important ruling family in early medieval northern India. Their history is not very detailed because information comes from limited and scattered sources.
  • Most of what we know about them comes from inscriptions, coins, and later literary sources, which provide partial but useful information.
  • According to Puranic texts, their early origin is believed to be in the Himalayan region, from where they later moved towards the plains.
  • As per bardic traditions, the Tomars were considered one of the 36 Rajput clans, which gave them a place among the well-known warrior groups of that time.
  • One of their most important rulers, Anangapala, is credited with founding the early city of Delhi in the 11th century CE, making the dynasty historically significant.
  • The rule of the Tomars mainly continued from the time of Anangapala until the mid-12th century, when Delhi came under the control of the Chauhan Dynasty around 1164 CE.
  • Even after losing direct control, some Tomar rulers like Madanapala likely continued to govern as feudatories (subordinate rulers) under the Chauhans.
  • Their presence in Delhi possibly continued until the late 12th century, when the region was finally conquered during the Muslim invasions around 1192-93 CE.

Administration of Tomar Dynasty

  • The Tomar dynasty followed a monarchical system, where the king held supreme authority over administration and governance.
  • The position of the king was hereditary, meaning it was passed down within the ruling family.
  • The king was assisted by a group of ministers, who were usually chosen from powerful and influential families, and these posts were often hereditary as well.
  • The commonly used language during their rule was Apabhraṃśa, a form of early Indo-Aryan language.
  • Their main religion was Hinduism, which influenced their culture, administration, and architecture.

Territory of Tomar Dynasty

  • The Tomars ruled over regions that include modern-day Delhi, Haryana, and parts of Western Uttar Pradesh.
  • Historical inscriptions refer to their rule over the Hariyanaka region (Haryana).
  • They are credited with establishing Dhillika (early Delhi) and strengthening it as a fortified settlement.
  • One of their major constructions was Lal Kot, a fortified wall around Delhi built by Anangpal Tomar, which is considered one of the earliest forts of Delhi.
  • Their kingdom possibly extended from areas like Asigarh to Thanesar, indicating a significant regional presence.

Tomar Dynasty as Feudatories

  • In the early phase of their rule, the Tomars were vassals of the Gurjara-Pratiharas, serving under their authority from the 8th-10th century.
  • During this time, they gradually gained strength and resources, which later helped them establish independence.
  • Some Tomar rulers and nobles contributed to religious activities, such as building temples, including Vishnu temples at Pehowa.
  • This phase was important in shaping their political and economic foundation.

Tomar Dynasty as Independent Rulers

  • With the decline of the Pratihara power, the Tomars became independent rulers around the 10th-12th century CE.
  • They started expanding their control and were involved in conflicts with neighboring dynasties like the Chauhans of Ajmer and the Gahadavalas.
  • Bardic sources mention that the dynasty was founded by Anangpal I in 736 CE, though this claim is debated.
  • Over time, several rulers succeeded one another, including Tejapala, Madanapala, Kritapala, Mahipala, Lakhanapala, and Prithvipala.
  • These rulers played a role in maintaining and expanding the kingdom despite constant regional conflicts.

About Anangpal II (Anangpal Tomar)

  • Anangpal II is considered the most important ruler of the Tomar dynasty and is widely credited with founding Delhi (Dhillika Puri) around 1052 CE.
  • He is believed to have rebuilt the city from earlier ruins and made it a strong political and military center.
  • He constructed important structures like Lal Kot, Anang Tal Baoli, and the Anangpur Dam, which show his contribution to infrastructure and water management.
  • His rule is supported by inscriptions and coins, making him one of the better-documented Tomar rulers.
  • According to tradition, Prithviraj Chauhan, the famous Rajput king, was his descendant.

Other Important Contributions

  • The Tomars contributed to the development of early Delhi as an urban center, which later became a major capital in Indian history.
  • They built important water structures like Suraj Kund, believed to be constructed by Surajpala, a Tomar ruler.
  • Their architectural works, especially fortifications and reservoirs, show their understanding of defense and water management systems.
  • Their rule helped lay the foundation for later dynasties, especially the Chauhans and the Delhi Sultanate.

Tomar Dynasty Decline

  • In the 12th century, the Tomars were defeated and replaced by the Chahamanas (Chauhans) of Ajmer.
  • After losing power, they once again became feudatories, this time under the Chauhans.
  • There are different views about how Delhi passed to the Chauhans:
    • Bardic traditions say that the last Tomar ruler Anangpal handed over the throne to Prithviraj Chauhan.
    • However, inscriptions suggest that Chauhan rulers captured Delhi through conquest.
  • Eventually, after the defeat of Prithviraj Chauhan in 1192, Delhi came under Muslim rule, marking the end of Tomar influence.

Tomar Dynasty FAQs

Q1: What was the Tomar Dynasty known for?

Ans: The Tomar Dynasty is mainly known for ruling parts of northern India, especially Delhi. They played an important role in establishing Delhi as an early political and administrative center.

Q2: Who founded Delhi in the Tomar period?

Ans: Anangpal Tomar, especially Anangpal II, is credited with founding and developing the early city of Delhi (Dhillika) in the 11th century CE.

Q3: Where did the Tomar Dynasty rule?

Ans: The Tomars ruled regions that include present-day Delhi, Haryana, and parts of western Uttar Pradesh. Their rule also extended across important areas like Thanesar and nearby regions.

Q4: What were the major contributions of the Tomar Dynasty?

Ans: The Tomars contributed to the development of early Delhi, built important structures like Lal Kot, Suraj Kund, and Anang Tal, and improved water management systems.

Q5: Were the Tomars always independent rulers?

Ans: No, in the early period they were feudatories of the Gurjara-Pratiharas. Later, around the 10th century CE, they became independent rulers before again losing power to the Chauhans.

Coral Translocation in Great Nicobar Island, Process, Significance

Coral Translocation in Great Nicobar Island

The Zoological Survey of India (ZSI) has identified four new translocation sites on the west coast of Great Nicobar Island for shifting coral colonies and Giant Clams that will be disturbed by the transhipment port being constructed at Galathea Bay as part of the Great Nicobar Island (GNI) mega project. 

Coral Translocation Meaning and Process

Coral translocation involves the scientific relocation of coral colonies from areas facing ecological disturbance to suitable habitats where they can continue to survive and grow. Key Components of Translocation include: 

  • Identification and mapping of coral colonies within project impact zones.
  • Selection of suitable recipient sites possessing similar environmental characteristics.
  • Physical relocation of coral colonies using specialised scientific techniques.
  • Long-term monitoring of survival rates and ecological adaptation.

Conditions Necessary for Successful Translocation: Experts emphasise that recipient sites should possess environmental conditions similar to the original habitat, including: comparable water depth, similar current patterns, adequate light availability, appropriate water pressure and suitable ecological characteristics for coral growth.

Coral Translocation under the Great Nicobar Project

Coral Translocation under the Great Nicobar Project is a major environmental mitigation measure aimed at reducing the ecological impact of the proposed Galathea Bay Transhipment Port.

    • As part of the conditions attached to the project’s Environmental Clearance (EC) and Coastal Regulation Zone (CRZ) clearance, coral colonies and Giant Clams located within the project impact area must be relocated before major construction activities commence. 
    • Objective: The objective is to minimise biodiversity loss and reduce damage to sensitive marine ecosystems.
  • Scale of Coral Presence and Translocation: Scientific surveys conducted in the project area recorded approximately 20,668 coral colonies within a 10-hectare area of Galathea Bay. Of these, around 16,150 coral colonies have been identified for translocation, while the remaining 4,518 colonies are under scientific observation before a final decision is taken regarding their relocation.
  • Monitoring and Scientific Tracking: To ensure effective monitoring after relocation, GPS tags will be attached to each translocated colony. This will enable scientists to maintain systematic records and track survival, growth, and adaptation of coral colonies over time. Continuous monitoring will help assess the long-term success of the translocation programme.
  • Legal and Regulatory Safeguards: Coral colonies and Giant Clams are protected under Schedule I of the Wildlife (Protection) Act, 1972, which gives them the highest level of protection. Therefore, ZSI must obtain all necessary statutory approvals before handling or relocating them.
  • Role of Zoological Survey of India: The Zoological Survey of India (ZSI) is the main scientific agency responsible for implementing coral translocation in the Great Nicobar project. It conducts detailed surveys of the 10-hectare impact area in Galathea Bay and has proposed translocation of around 16,150 coral colonies, while the remaining are under observation. ZSI ensures that relocation is carried out before construction begins, in line with Environmental Clearance conditions.
  • Role of the National Green Tribunal (NGT): The National Green Tribunal (NGT) examined the Great Nicobar project from an environmental perspective and allowed it to proceed with strict safeguards. It directed the authorities to ensure protection of coral reefs in the affected coastal stretch and to undertake coral regeneration in suitable adjoining areas to minimise ecological damage.

Institutional Oversight and Biodiversity Conservation

Biodiversity Monitoring Committee: The coral translocation programme is being supervised through a biodiversity-related monitoring committee constituted under the project’s Environmental Management Plan.

  • Its primary responsibility is to oversee wildlife conservation measures and ensure that biodiversity protection commitments are effectively implemented during various stages of the project.
  • The committee monitors conservation efforts relating to several ecologically important and endemic species, including:
    • Nicobar Megapode – an endemic bird species found only in the Nicobar Islands.
    • Leatherback Sea Turtle – one of the world’s largest marine turtles and a globally significant species.
    • Saltwater Crocodile – an apex predator inhabiting coastal and estuarine ecosystems.
    • Nicobar Macaque – a primate species endemic to the Nicobar Islands
    • Robber Crab (Coconut Crab) – the world’s largest terrestrial arthropod.
    • Coral reefs and Giant Clams – critical components of marine biodiversity.

Integrated Environmental Management: Apart from the biodiversity committee, two additional committees have been constituted to oversee:

  • Pollution control and environmental quality management.
  • Welfare and protection of the Shompen and Nicobarese tribal communities.

Together, these mechanisms aim to ensure that developmental objectives are pursued alongside biodiversity conservation and social safeguards.

About Galathea Bay

Galathea Bay is an ecologically significant coastal region located at the southern tip of Great Nicobar Island. 

  • The bay supports rich marine biodiversity, including coral reefs, Giant Clams, and several endemic coastal and marine species.
  • It  is recognised as one of the most important nesting sites in the world for the Leatherback Sea Turtle.
  • The area forms part of the biodiversity-rich environment of Great Nicobar Island, which is known for its high levels of endemism.
  • Galathea Bay has been selected as the location for the proposed transhipment port, one of the four major components of the Great Nicobar Mega Project.

Previous Coral Restoration Efforts in India

India has undertaken coral restoration and transplantation projects in several regions.

  • Gulf of Mannar (2002–present): India’s largest coral restoration programme, led by Sugamya Development and Marine Research Institute (SDMRI), has transplanted over 51,000 coral fragments of 20 native species, significantly increasing live coral cover.
  • Gulf of Kutch, Gujarat: The Zoological Survey of India (ZSI) and the Gujarat Forest Department pioneered the use of Biorock (Mineral Accretion) Technology.The technology uses low-voltage electrical currents to accelerate coral growth by 4–6 times compared to natural conditions. The initiative successfully reintroduced a staghorn coral species that had disappeared from the region for more than 10,000 years.
  • Andaman & Nicobar Islands: ReefWatch Marine Conservation has been transplanting corals onto artificial reef structures since 2018, while ZSI has developed coral nurseries for heat-resistant species.
  • Lakshadweep (Kavaratti and Agatti): Coral nurseries established using coral fragments on mesh-frame structures have improved live coral cover and demonstrated the feasibility of reef restoration.
  • Sindhudurg, Maharashtra: Coral fragments were cultivated on concrete frames and later deployed in suitable marine habitats. The project demonstrated the feasibility of ex-situ coral cultivation followed by in-situ transplantation.

About Corals

Corals are marine animals belonging to the phylum Cnidaria. They consist of thousands of tiny organisms called polyps, which live together in colonies and secrete limestone skeletons that gradually form coral reefs over thousands of years. Key Features of Corals include: 

  • Corals are living animals, not plants or rocks.
  • Individual coral organisms are called polyps.
  • Polyps live in large colonies and function as a single unit.
  • Hard corals build coral reefs by secreting calcium carbonate (limestone) skeletons.
  • Microscopic algae called zooxanthellae live inside coral tissues and provide nutrients through photosynthesis.
  • These algae are also responsible for the colourful appearance of corals.
  • Coral reefs are often called the “Rainforests of the Sea” because of their rich biodiversity.

Significance of Coral Reefs

Coral reefs are among the most productive and biodiverse ecosystems on Earth, providing ecological, economic, and coastal protection benefits.

  • Natural Coastal Barriers: Absorb up to 97% of wave energy, protecting coastlines from storms, cyclones, and flooding.
  • Support Marine Biodiversity: Provide habitat, breeding grounds, and shelter for thousands of marine species.
  • Prevent Coastal Erosion: Act as natural wave breaks and reduce shoreline degradation.
  • Enhance Fisheries: Support fish populations and sustain livelihoods of coastal communities.
  • Economic Value: Generate commercial goods and ecosystem services worth billions of dollars annually.
  • Source of Medicinal Compounds: Contain bioactive substances used in research on cancer, pain management, and other diseases.
  • Promote Tourism: Attract diving, snorkeling, and marine tourism activities.
  • Carbon and Nutrient Cycling: Contribute to nutrient recycling and ecological balance in marine ecosystems.
  • Indicators of Ocean Health: Serve as sensitive indicators of climate change, ocean warming, and marine pollution.

Coral Translocation in Great Nicobar Island FAQs

Q1: What is coral translocation and why is it being undertaken in Great Nicobar Island?

Ans: Coral translocation is the scientific relocation of coral colonies from areas facing ecological disturbance to suitable habitats where they can survive and grow. In Great Nicobar Island, it is being undertaken to reduce the ecological impact of the proposed transhipment port at Galathea Bay and is a condition of Environmental Clearance (EC) and CRZ clearance.

Q2: What role is being played by the Zoological Survey of India (ZSI) in the Great Nicobar Project?

Ans: ZSI has identified four translocation sites on the west coast of Great Nicobar Island, will undertake the relocation of coral colonies and Giant Clams, obtain statutory approvals under the Wildlife (Protection) Act, 1972, and monitor translocated colonies through GPS tagging.

Q3: Why is Galathea Bay ecologically important?

Ans: Galathea Bay is one of the world’s most important nesting sites for the Leatherback Sea Turtle. It also supports coral reefs, Giant Clams, and several endemic marine and coastal species, making it a biodiversity-rich ecosystem.

Q4: Why are coral reefs often called the “Rainforests of the Sea”?

Ans: Coral reefs support immense marine biodiversity, provide habitat and breeding grounds for thousands of species, protect coastlines from storms and erosion, support fisheries and tourism, and perform vital ecological functions. Hence, they are known as the “Rainforests of the Sea”.

Q5: What measures have been adopted to ensure the success of coral translocation under the Great Nicobar Project?

Ans: The programme includes scientific mapping of coral colonies, selection of environmentally suitable recipient sites, GPS tagging of each relocated colony, continuous monitoring of survival and adaptation, and compliance with legal safeguards under Schedule I of the Wildlife (Protection) Act, 1972.

Purandara Dasa, Life, Contributions, Bhakti Philosophy, Legacy

Purandara Dasa

Purandara Dasa was a 16th-century saint-poet of Karnataka and a leading figure of the Haridasa movement under the Vijayanagara Empire. He is widely regarded as the “Pitamaha of Carnatic Music” because he systematised its pedagogy and transformed it into a structured, teachable discipline. At the same time, his compositions in Kannada played a crucial role in spreading Bhakti ideals among the masses, making him a key figure in both India’s musical and devotional traditions.

About Purandara Dasa

  • Purandara Dasa was born as Srinivasa Nayaka, a wealthy merchant in a prosperous Vijayanagara society.
  • His early life reflects the urban commercial culture of medieval South India before his spiritual transformation.
  • He was initiated into the Haridasa tradition by Vyasatirtha, a prominent philosopher of the Dvaita Vedanta school.
  • After initiation, he adopted the name Purandara Dasa and dedicated his life to devotion to Lord Vishnu (Vittala).
  • He spent his final years in Hampi, which was a major cultural and religious centre of the Vijayanagara Empire.

About Haridasa Movement

  • The Haridasa movement emerged from the Dvaita Vedanta philosophy of Madhvacharya, emphasizing dualism between God and soul.
  • It aimed to popularise Bhakti through simple, accessible Kannada devotional literature known as Dasa Sahitya.
  • The movement rejected excessive ritualism and Sanskrit exclusivity, promoting direct emotional devotion to God.
  • Purandara Dasa, along with Sripadaraja and Kanakadasa, is considered part of the core trio that shaped the Haridasa tradition in Karnataka.
  • The movement represented a broader democratisation of religion and spirituality in medieval India.

Purandara Dasa Contributions to Carnatic Music

Purandara Dasa’s most significant contribution lies in the systematisation of Carnatic music education, which continues to form its foundation today.

  • He transformed Carnatic music from an informal oral tradition into a structured pedagogical system.
  • He introduced graded exercises — Svaravalis and Alankaras — as the foundational curriculum for beginners in Carnatic music.
  • He standardized Mayamalavagowla raga as the basic scale for early musical training, ensuring pedagogical uniformity.
  • He composed simple Gitas to bridge the gap between basic exercises and advanced compositions.
  • He laid the foundation of the systematic Carnatic music learning tradition that continues in modern practice.
  • He used the signature “Purandara Vittala” in his compositions.
  • His compositions are primarily in Kannada, making classical music accessible beyond Sanskrit literary circles.
  • Tradition attributes nearly 4,75,000 compositions to him, of which about 1,000 survive today, forming the core of early Carnatic repertoire.

Social Reform and Bhakti Philosophy

Purandara Dasa’s works reflect a strong egalitarian and reformist spirit within the Bhakti tradition.

  • He emphasized bhakti (devotion) over ritualistic practices, making spirituality more personal and emotional.
  • By composing in Kannada, he ensured that religious and philosophical ideas reached ordinary people.
  • He strongly opposed caste discrimination and social exclusion prevalent in medieval society.
  • His teachings highlight that spiritual merit is independent of birth, wealth, or social status.
  • He promoted values of humility, moral conduct, compassion, and surrender to God.
  • His compositions reflect early ideas of spiritual democratization and social inclusivity in South India.

Purandara Dasa Association with Vijayanagara Empire

  • Purandara Dasa lived during the golden age of the Vijayanagara Empire, which supported art, literature, and religion.
  • The empire created a strong environment for Bhakti movement and devotional temple activities.
  • He is believed to have been associated with the court of Krishnadevaraya, but he remained spiritually independent.
  • His songs often gave messages on good governance, moral responsibility of rulers, and the temporary nature of power.
  • The Vittala Temple in Hampi became an important centre for Haridasa music and devotional performances.

Literary and Cultural Contributions

  • He is a key figure in the development of Dasa Sahitya (devotional literature in Kannada).
  • His works include kirtanas, padams, suladis, and ugabhogas, blending poetry with music.
  • His compositions are collectively referred to as “Purandaropanishat”, reflecting their philosophical depth.
  • He played a major role in strengthening Kannada as a language of high literary and spiritual expression.
  • His work helped bridge the gap between classical music, philosophy, and popular devotion.

Purandara Dasa Legacy and Significance

  • He is universally acknowledged as the Pitamaha (Grandfather) of Carnatic Music.
  • He is traditionally regarded as an incarnation of sage Narada, symbolizing divine association with music.
  • His pedagogical framework became the foundation for later Carnatic composers, including the Carnatic Trinity—Tyagaraja, Muthuswami Dikshitar, and Syama Sastri.
  • His influence continues through the annual Purandara Dasa Aradhana, celebrated across South India.
  • His legacy represents the integration of devotion, music, and social reform in Indian culture.

Purandara Dasa FAQs

Q1: Who was Purandara Dasa?

Ans: Purandara Dasa was a 16th-century saint-poet of Karnataka and the “Pitamaha of Carnatic Music.” He was a Haridasa saint who systematised Carnatic music learning and promoted Bhakti devotion to Lord Vishnu through Kannada compositions.

Q2: What is the significance of the Haridasa movement in which Purandara Dasa participated?

Ans: The Haridasa movement was a Bhakti tradition rooted in Dvaita Vedanta, which promoted devotion through simple Kannada compositions. It rejected ritualism and made spirituality accessible to the masses through Dasa Sahitya, with Purandara Dasa as one of its most influential figures.

Q3: What are the major contributions of Purandara Dasa to Carnatic music?

Ans: His major contributions include systematising music education, introducing graded exercises like Svaravalis and Alankaras, standardising Mayamalavagowla raga for beginners, and composing simple devotional songs that form the foundation of Carnatic training.

Q4: How did Purandara Dasa contribute to social reform?

Ans: He promoted Bhakti-based egalitarianism, opposed caste discrimination, and emphasized that devotion is independent of birth, wealth, or status. By composing in Kannada, he made spiritual knowledge accessible to common people.

Q5: What is Purandara Dasa’s legacy in Indian cultural history?

Ans: Purandara Dasa’s legacy lies in his dual contribution to Carnatic music and Bhakti tradition. He is regarded as the founder of Carnatic pedagogy and his influence continues through later composers like the Carnatic Trinity and the annual Purandara Dasa Aradhana.

Saddle Peak National Park, Location, Physical Features, Flora, Fauna

Saddle Peak National Park

Saddle Peak National Park is a beautiful natural area known for its lush forests, hills, and rich wildlife. It is located in the Andaman and Nicobar Islands and is famous for its peaceful environment and scenic landscapes. The park is home to a wide variety of plants and animals and plays an important role in conserving the region’s natural biodiversity

About Saddle Peak National Park

  • Saddle Peak National Park is a beautiful natural area located in the Diglipur region of the Andaman and Nicobar Islands, known for its dense forests, scenic hills, and rich wildlife.
  • It is named after Saddle Peak, which is the highest point in the Andaman and Nicobar Islands (around 732-737 meters above sea level).
  • The park was established in 1979 and covers an area of about 32-33 sq. km, protecting a rich and diverse natural environment.
  • The peak gets its name from its saddle-like (double-humped) shape, and from the top, visitors can enjoy panoramic views of the coastline and nearby islands.

Physical Features of Saddle Peak National Park

  • The park stretches along the eastern coast of North Andaman Island, with one side bordered by the sea and rocky beaches.
  • It includes lush evergreen forests, moist deciduous forests, bamboo patches, and coastal (littoral) vegetation, making it ecologically diverse.
  • There are around 10 perennial streams and more than 100 seasonal streams, along with a freshwater pool that supplies water to nearby areas like Diglipur.
  • Even though parts of the forest were logged in the past, the vegetation today is still thick, green, and rich in biodiversity.

Flora of Saddle Peak National Park

  • The park has a variety of tropical forest types, including evergreen and semi-evergreen forests that remain green throughout the year.
  • Important plant species include trees like Dipterocarpus, Diospyros, and Cratoxylum, along with bamboo and cane vegetation.
  • The forests are dense and provide a natural habitat for many animals, while also helping maintain the region’s ecological balance.

Fauna of Saddle Peak National Park

  • The park is home to many unique and native species, including the Andaman wild pig, Andaman hill myna, and imperial pigeon.
  • Other animals include saltwater crocodiles, water monitor lizards, bats, and civets, along with occasional sightings of dolphins and whales nearby.
  • It also supports a variety of birds, insects, and reptiles, making it an important biodiversity zone.

Challenges Faced by Saddle Peak National Park

  • Illegal Activities (Poaching & Logging): Despite protection, poaching of wildlife and illegal cutting of trees sometimes occur, threatening the park’s biodiversity.
  • Climate Change Impact: Changes in temperature, rainfall patterns, and sea levels affect the park’s delicate ecosystems and coastal areas.
  • Human Encroachment: Expansion of nearby settlements and human activities can lead to habitat loss and disturbance to wildlife.
  • Tourism Pressure: Unregulated or excessive tourism may cause littering, pollution, and disturbance to natural habitats.
  • Natural Disasters: The Andaman region is prone to cyclones, heavy rains, and earthquakes, which can damage forests and wildlife habitats.
  • Invasive Species: Introduction of non-native plants and animals can disturb the natural balance and compete with native species.

Conservation Efforts in Saddle Peak National Park

  • Legal Protection Status: The park is a protected national park, which means activities like hunting, poaching, and deforestation are strictly prohibited to safeguard wildlife and forests.
  • Biodiversity Conservation: Special efforts are made to protect endemic and rare species of plants and animals that are found only in the Andaman region.
  • Forest Protection Measures: The evergreen and tropical forests are preserved by restricting logging and human interference, allowing natural vegetation to grow freely.
  • Wildlife Protection: Animals such as the Andaman wild pig, saltwater crocodile, and native birds are protected through continuous monitoring and conservation programs.
  • Control of Human Activities: Activities like grazing, land clearing, and unplanned tourism are limited to reduce environmental damage.
  • Water Resource Conservation: The park’s streams and freshwater sources are protected, ensuring clean water supply and maintaining ecological balance.
  • Eco-friendly Tourism: Visitors are encouraged to follow sustainable tourism practices, such as avoiding littering and respecting wildlife habitats.

Significance of Saddle Peak National Park

  • Highest Point of the Andaman Islands: The park contains Saddle Peak, the highest peak in the Andaman and Nicobar Islands, offering strategic and scenic importance.
  • Rich Biodiversity Hotspot: It is home to many endemic (native) species of plants, birds, and animals, making it an important biodiversity-rich region.
  • Key Biodiversity Area (KBA): The park is recognized as a Key Biodiversity Area of international importance, highlighting its global ecological value.
  • Protection of Unique Forest Ecosystems: It conserves different forest types like tropical evergreen, semi-evergreen, moist deciduous, and littoral forests, which are rare and ecologically significant.
  • Habitat for Rare and Endemic Species: Species like the Andaman wild pig, Andaman hill myna, and imperial pigeon depend on this habitat for survival.
  • Water Resource Importance: The presence of streams and freshwater sources supports local water needs and maintains ecological balance.
  • Support to Ecological Balance: The dense forests help in climate regulation, soil conservation, and maintaining natural cycles in the region.

Saddle Peak National Park FAQs

Q1: What is Saddle Peak National Park famous for?

Ans: Saddle Peak National Park is famous for its lush forests, rich wildlife, and scenic landscapes, and for having the highest peak in the Andaman and Nicobar Islands.

Q2: Where is Saddle Peak National Park located?

Ans: It is located in the Diglipur region of North Andaman Island in the Andaman and Nicobar Islands, India.

Q3: What is the height of Saddle Peak?

Ans: Saddle Peak is about 732-737 meters above sea level, making it the highest point in the Andaman archipelago.

Q4: What kind of wildlife is found in Saddle Peak National Park?

Ans: The park is home to species like the Andaman wild pig, hill myna, imperial pigeon, saltwater crocodile, and various birds, reptiles, and marine animals.

Q5: When was Saddle Peak National Park established?

Ans: The park was established in 1979 to protect the region’s fragile ecosystem and biodiversity.

2-Bromo-4-Methylpropiophenone

2-Bromo-4-Methylpropiophenone

2-Bromo-4-Methylpropiophenone Latest News

Recently, the Department of Revenue has notified 2-Bromo-4-Methylpropiophenone as a “controlled” substance under the Narcotic Drugs and Psychotropic Substances (Regulation of Controlled Substances) Order, 2013. 

About 2-Bromo-4-Methylpropiophenone

  • It is an organic compound that falls under the category of aromatic ketones.
  • It is most widely known as the primary starting material for manufacturing mephedrone (4-methylmethcathinone), a synthetic stimulant and psychotropic substance.
  • It is primarily produced by specialised pharmaceutical manufacturers, as it’s highly valued in organic synthesis for several legal industrial applications.
  • Properties
    • It has a phenyl ring attached to a propiophenone group, substituted by a bromine atom at the 2-position and a methyl group at the 4-position.
    • Physically, 2-bromo-4-methylpropiophenone appears as a white or off-white crystalline powder.
    • It is sparingly soluble in water but exhibits good solubility in various organic solvents such as ethanol, acetone, and chloroform.
  • Applications
    • It acts as an important intermediate in the synthesis of various pharmaceuticals, agrochemicals, and fine chemicals.
    • It exhibits potential biological activities, including antimicrobial, antifungal, and anti-inflammatory effects.
    • It serves as a vital building block or intermediate for synthesising legal medical drugs, specifically analgesics, which are pain relievers, sedatives, and anticonvulsants (used to treat epilepsy and seizures). 

What is Controlled Substance?

  • A control substance is generally a drug or chemical whose manufacture, possession, or use is regulated by a government, such as illicitly used drugs or prescription medications that are designated by law. 

Source: TH

2-Bromo-4-Methylpropiophenone FAQs

Q1: Under which Act and Schedule was 2-Bromo-4-Methylpropiophenone notified as a 'controlled substance' in India?

Ans: NDPS Act, 1985 – Schedule A of NDPS (Regulation of Controlled Substances) Order, 2013; amended 2023

Q2: 2-Bromo-4-Methylpropiophenone is primarily known as a key precursor for manufacturing which category of substances?

Ans: Synthetic cathinones like Mephedrone

Hamataliwa mawlyngot

Hamataliwa mawlyngot

Hamataliwa mawlyngot Latest News

Researchers recently identified a new species of spider named Hamataliwa mawlyngot from Meghalaya’s East Khasi Hills.

About Hamataliwa mawlyngot

  • It is a new species of lynx spider.
  • It was discovered from a hillside shrub in Meghalaya’s East Khasi Hills.
  • Researchers found male and female specimens living on Molucca brambles growing along the slopes of the hills. 
  • It was named after Mawlyngot Village, where it was discovered. 
  • It marks the first recorded presence of the lynx spider genus Hamataliwa in Meghalaya.  
    • Lynx spiders are agile hunters that do not build webs to trap prey. 
    • Instead, they actively stalk insects among leaves and shrubs, relying on sharp vision and quick movements. 
    • Because they prey on a wide range of insects, they are considered important natural predators in ecosystems and may also contribute to biological pest control in agricultural landscapes. 
  • While several species of Hamataliwa have been recorded from parts of China, Southeast Asia, and southern India, northeastern India remains poorly studied.  
  • The finding also helps bridge a gap in the known distribution of the genus between the Indian subcontinent and Southeast Asia.

News: ME

Hamataliwa mawlyngot FAQs

Q1: What is Hamataliwa mawlyngot?

Ans: It is a newly discovered species of lynx spider.

Q2: Where was Hamataliwa mawlyngot discovered?

Ans: It was discovered in the East Khasi Hills of Meghalaya.

Q3: Do lynx spiders build webs to trap prey?

Ans: No, they do not build webs to trap prey.

Q4: How do lynx spiders capture their prey?

Ans: They actively stalk and hunt insects.

Venus Flytrap

Venus flytrap

Venus Flytrap Latest News

Recently, scientists have found the physical mechanism ‌behind the snapping action of Venus flytrap. 

About Venus Flytrap

  • It is a small perennial carnivorous plant of the sundew family.
  • Distribution: It is native to a limited region of North Carolina and South Carolina in the United States.
  • Characteristics
    • The plant grows in moist, acidic soil.
    • It grows in nutrient-poor environments and supplements its nutrition by capturing ​and digesting insects.
  • Mechanism of Snapping
    • The “trap” is made of two hinged lobes at the end of each leaf.
    • It uses specialized trigger hairs called trichomes located on the inner surface of the trap.
    • When an insect touches these hairs twice within a short period of time, the trap closes. ​Closure can occur in as little as one tenth of a second.
    • After the plant absorbs the nutrient-rich liquid produced by the digestive processes, the trap ​reopens, with the insect’s empty exoskeleton left behind.
    • This type of movement is called thigmonasty—a nondirectional plant response to being touched.

Findings of the new Study

  • The research says that when the trap is stimulated, the cell walls of the outer epidermal layer rapidly soften by roughly 30 to 40%, and the cell wall becomes more flexible.
  • This releases internal stresses stored in the ‌tissue and causes ⁠the trap to bend and close.
  • When the trap snaps shut, the insect is sealed inside for digestion.

Source: DD News

Venus Flytrap FAQs

Q1: Venus Flytrap (Dionaea muscipula) is a carnivorous plant native to which region?

Ans: Subtropical wetlands of North & South Carolina, USA

Q2: What type of electrical signal is generated when trigger hairs are touched, leading to trap closure?

Ans: Action potential – similar to animal neurons, causes rapid change in turgor pressure

Drop Shipping

Drop Shipping

Drop Shipping Latest News

The success of Amazon, the largest e-commerce retailer in the world, can be credited at least in part to drop shipping practices. 

About Drop Shipping

  • Dropshipping is a retail business model in which a seller accepts customer orders without keeping the products in stock. 
  • Instead, when a customer places an order, the seller purchases the product from a third-party supplier, who then ships it directly to the customer. 
  • A dropshipper is an intermediary between consumers and suppliers, curating and promoting the goods that suppliers ship to customers. 
  • Because they are middlemen, they may charge more money.  A dropshipper keeps the profits from the high sale price. 
  • Many businesses prefer dropshipping because it removes costs like warehouse storage and unsold inventory.
  • The dropshipping model is attractive to smaller retailers and entrepreneurs because it requires relatively little capital investment and overhead.  
  • Drop-shipping is not illegal, but there can be problems for buyers and sellers.

How Does Drop Shipping Work?

  • The company signs an agreement with a wholesaler, manufacturer, or other retailer to provide the goods it advertises.
  • Customers place orders online.
  • The company receives the order.
  • The customer receives an order confirmation.
  • The company forwards the order to the wholesaler, manufacturer, or other retailer.
  • The wholesaler, manufacturer, or other retailer ships the order.
  • Customers receive their product.

Drop Shipping Example

  • You list a phone case on your website for ₹500.
  • A customer buys it for ₹500.
  • You order it from a supplier for ₹300.
  • The supplier ships it directly to the customer.
  • Your gross profit is ₹200 (before marketing and other costs).

News: TH

Drop Shipping FAQs

Q1: What is dropshipping?

Ans: Dropshipping is a retail business model in which a seller accepts customer orders without keeping products in stock.

Q2: Who ships the product to the customer in a dropshipping model?

Ans: A third-party supplier ships the product directly to the customer.

Q3: Who is a dropshipper?

Ans: A dropshipper is an intermediary between consumers and suppliers.

Q4: Why may a dropshipper charge a higher price for products?

Ans: Because they act as middlemen and earn profits from the price difference.

Q5: Is dropshipping illegal?

Ans: No, dropshipping is not illegal.

San Andreas Fault

San Andreas Fault

San Andreas Fault Latest News

According to new research, stress along the San Andreas fault in Southern California has reached the highest levels in 1,000 years.

About San Andreas Fault

  • Location: It is a major continental transform boundary that is situated in the extreme western part of the continent of North America.
  • It is believed that the San Andreas Fault started to form about 30 million years ago in the mid-Cenozoic Era.
  • It forms the border between two principal tectonic plates: the North American Plate on the eastern side and the Pacific Plate on the western side.
  • Geologists classify the San Andreas Fault as a “strike-slip fault”, as the Pacific Plate slides laterally over the North American Plate in a northward direction.
  • It is one of the world’s largest and most extensively studied faults.
  • It extends in the northwestward direction for over 1,300km from the northern edge of the Gulf of California through the western part of the US State of California and passes out to the Pacific Ocean close to the city of San Francisco.
  • The northward movement along the San Andreas Fault had led to the creation of the Baja Peninsula.

What is Strike-Slip Fault?

  • It occurs in an area where two plates are sliding past horizontally with little to no vertical movement. 
  • Strike-slip faults are found in California, the San Andreas Fault being the most famous, which has caused many powerful earthquakes.

Source: IT

San Andreas Fault FAQs

Q1: San Andreas Fault is a famous geological feature located in which country and represents what type of plate boundary?

Ans: It is in USA, California – Transform boundary between Pacific Plate and North American Plate

Q2: What type of seismic waves are most destructive during earthquakes along the San Andreas Fault?

Ans: Surface waves

Indocolea devendrae

Indocolea devendrae

Indocolea devendrae Latest News

A team of researchers from Kerala recently identified a new genus of bryophyte plant named Indocolea devendrae from the forests of northern Kerala.

About Indocolea devendrae

  • It is a new species of bryophyte plant.
  • It was discovered in the  forests of northern Kerala.
  • It has been named 'Indocolea devendrae' in honour of noted bryologist and specialist in the study of non-flowering plants, Dr. Devendra Kumar Singh of the Botanical Survey of India (BSI). 
  • A unique feature of the newly identified plant is that it grows on the mushroom Phellinus fastuosus, which develops on tree trunks.  
  • Indocolea is an entirely new genus discovered in India and belongs to liverworts, a group within the bryophytes. 
    • The first such genus, Aitchisoniella, was discovered in the Western Himalayas in 1914 by renowned botanist Professor Shiv Ram Kashyap. 
    • It was followed by Sewardiella in 1915. 
    • Nearly a century later, Indopottia was discovered from Silent Valley in Kerala in 2013, while Udaria was reported from Himachal Pradesh in 2018 and later revised as Ramudaria in 2020. 

What is a Liverwort?

  • It is any of more than 9,000 species of small nonvascular (lacking xylem and phloem) spore-producing plants. 
  • They are closely related to mosses and hornworts. 
  • Unlike flowering plants, liverworts lack true roots, stems, and leaves. 
  • Rather than having distinct stems and leaves, liverworts have a combined structure called a ‘’thallus’’ that branches, creating flattened lobes.  
  • They absorb water and nutrients directly through their surface. 
  • Liverworts are distributed worldwide, though most commonly in the tropics. 
  • The plants are not economically important to humans but do provide food for animals, facilitate the decay of logs, and aid in the disintegration of rocks by their ability to retain moisture. 
  • Liverworts are among the oldest terrestrial plants on Earth, with fossil records dating back over 470 million years. 

News: ETVB

Indocolea devendrae FAQs

Q1: What is Indocolea devendrae?

Ans: It is a newly discovered species of bryophyte plant.

Q2: Where was Indocolea devendrae discovered?

Ans: It was discovered in the forests of northern Kerala.

Q3: To which group of plants does Indocolea devendrae belong?

Ans: It belongs to liverworts, a group within bryophytes.

Q4: What is the unique feature of Indocolea devendrae?

Ans: It grows on the mushroom Phellinus fastuosus.

New GI Tags

New GI Tags

New GI Tags Latest News

Recently, Jharkhand’s Bhagaiya silk, Kuchai silk, Munda jewellery and bamboo craft have been granted the prestigious Geographical Indication (GI) tag. 

About New GI Tags

  • Bhagaiya silk
    • It is a hand spun silk textile mainly woven by Santhal tribal women.
    • These silk varieties, deeply rooted in local knowledge systems and indigenous craftsmanship, represent generations of skill passed down within rural communities
  • Kuchai silk
    • It is produced by tussar silkworms cultivated on the trees of Asan and Arjun.
    • It is a part of ancient tradition of Jharkhand, which provides livelihood in rural areas.
    • It was started in the small village of Seraikela-Kharsawan – ‘Kuchai’ and is now spread all over Jharkhand.
  • Munda Jewellery
    • It is the distinctive artistic tradition of the Munda tribal community.
    • It is characterised by its unique motifs, craftsmanship and cultural significance, the jewellery embodies the rich tribal heritage of Jharkhand. 
  • Jharkhand bamboo craft
    • This product is made from locally available bamboo and will now be accessible to a wider market.
    • It involves creativity and craftsmanship of rural artisans who transform locally available bamboo resources into a wide range of utility and decorative products.

Source: NIE

New GI Tags FAQs

Q1: Bhagaiya Silk of Jharkhand is known for which specific characteristic?

Ans: Organic wild tussar silk

Q2: Which Jharkhand art form uses bamboo sticks and natural colours for wall painting during harvest festivals?

Ans: Sohrai Painting

Rani Jhansi Marine National Park, Location, Threats, Conservation

Rani Jhansi Marine National Park

Rani Jhansi Marine National Park is a protected natural area known for its rich marine life and coastal beauty. It is located in the Andaman and Nicobar Islands and includes many small islands, coral reefs, and clear blue waters. The park plays an important role in protecting marine biodiversity and offers a glimpse of unique underwater ecosystems. 

About Rani Jhansi Marine National Park

  • Location and Overview

      • Rani Jhansi Marine National Park is a protected marine area located in the Andaman and Nicobar Islands, India.
      • It covers an area of around 249 sq. km and lies in the southern part of Ritchie’s Archipelago, near well-known islands such as Havelock Island and Neil Island.
      • The park is recognized for its pristine natural environment, calm surroundings, and rich marine biodiversity, making it an important ecological zone in the Bay of Bengal.
  • Physical Features and Ecosystem

    • The park is mainly composed of coral reefs, clear lagoons, mangrove forests, and shallow coastal waters.
    • The coral reefs here are highly diverse and act as the foundation of the marine ecosystem, supporting thousands of marine species.
    • The mangrove forests grow along the coastline and serve as natural protectors against erosion while also acting as breeding and nursery grounds for fish.
    • The nearby islands are covered with tropical evergreen vegetation, including trees like padauk and Andaman redwood, which add to the green landscape.

Rani Jhansi Marine National Park Flora and Fauna

  • Flora
    • Rani Jhansi Marine National Park has a rich and diverse plant system made up of mangrove forests, tropical rainforests, and coastal vegetation, which together support the park’s fragile ecosystem.
    • Mangrove forests grow densely along the shoreline and act as natural protectors against coastal erosion while also serving as important breeding and nursery areas for many marine organisms.
    • The park also contains lowland evergreen and semi-evergreen rainforests, which remain green throughout the year and support a variety of tropical plant species adapted to humid conditions.
    • Along the coastal zones, littoral vegetation is found where sandy beaches gradually merge into lagoons and coral reef areas, creating a smooth transition between land and sea ecosystems.
    • The surrounding marine environment also supports underwater plant life such as algae and seagrass beds, along with extensive coral reef systems, which form the foundation of the marine ecosystem and provide shelter and nutrients for many species.
  • Fauna
    • The park is home to a wide variety of wildlife, making it one of the richest marine biodiversity zones in the Andaman and Nicobar Islands, India.
    • One of the most important species found here is the dugong (sea cow), a rare and endangered marine mammal that is considered the flagship species of the region.
    • The waters of the park also support several species of sea turtles, including olive ridley, green, hawksbill, and leatherback turtles, which come ashore for nesting.
    • Occasional sightings of dolphins and large whales, including blue whales, highlight the ecological richness of the deep waters around the park.
    • Reptiles such as saltwater crocodiles are found in creeks, while land and coastal areas support monitor lizards, forest lizards, and skinks.
    • The park also has rich birdlife, including species like white-bellied sea eagles, kingfishers, herons, and hornbills, which depend on both forest and coastal habitats.
    • Fruit bats are commonly seen and play an important role in pollination and seed dispersal, helping maintain forest regeneration.
    • The coral reef ecosystem supports over 80 species of corals along with a wide range of marine life such as clownfish, angelfish, parrotfish, starfish, sea cucumbers, and reef crabs, making the underwater world highly diverse and vibrant.

Conservation Measures in Rani Jhansi Marine National Park

  • Regulated Tourism Activities: Strict eco-tourism guidelines are followed, with controlled access, designated zones, and limits on visitor numbers to reduce environmental pressure.
  • Monitoring of Recreational Activities: Activities like snorkeling, scuba diving, and boating are carefully supervised to prevent damage to coral reefs and marine life.
  • Coral Reef Protection: Measures are taken to prevent coral bleaching and physical damage caused by human interference.
  • Coral Restoration Programs: Active efforts are made to restore damaged coral reefs and support their natural recovery.
  • Awareness on Coral Safety: Visitors and fishermen are educated to avoid touching or stepping on coral structures.
  • Protection of Endangered Species: Special focus is given to conserving species like dugongs and sea turtles.
  • Sea Turtle Conservation: Nesting sites are monitored and protected, especially during breeding seasons.
  • Fishing Regulations: Fishing is restricted or controlled in sensitive areas to protect breeding and feeding grounds.
  • Mangrove Conservation: Mangrove forests are strictly protected as they prevent coastal erosion and support marine life.
  • Ban on Mangrove Cutting: Deforestation and cutting of mangroves are prohibited within the park.
  • Mangrove Restoration: Efforts are made to replant and restore degraded mangrove areas.
  • Pollution Control Measures: Strict rules are enforced to reduce marine pollution, including limits on plastic use and waste disposal.
  • Cleanliness Initiatives: Regular clean-up drives are conducted to remove waste from beaches and marine areas.
  • Community Participation: Local communities are involved in conservation activities and sustainable livelihood practices.
  • Awareness and Education Programs: Campaigns are conducted to spread awareness about marine biodiversity conservation.
  • Support from Local Communities: Locals help in reporting illegal activities like poaching and fishing.
  • Scientific Monitoring: Continuous monitoring of coral health, water quality, and marine biodiversity is carried out.
  • Research and Data Collection: Scientific studies help in understanding ecosystem changes and improving conservation strategies.
  • Improved Management Planning: Data-driven policies are used to ensure long-term protection of the ecosystem.

Major Threats in Rani Jhansi Marine National Park

  • Overfishing and Destructive Fishing Practices: Indiscriminate and excessive fishing is damaging coral reef ecosystems and significantly reducing fish populations.
  • Poaching and Illegal Collection: Activities like shell diving and sea cucumber collection are putting immense pressure on marine biodiversity.
  • Tourism Pressure: Easy accessibility from Port Blair has led to a rapid increase in both domestic and international tourists, causing stress to fragile ecosystems.
  • Habitat Disturbance from Settlements: Expanding human settlements along park boundaries are disturbing natural habitats and wildlife.
  • Pollution and Waste Disposal: Dumping of domestic waste into the sea is harming coral reefs and affecting marine organisms.
  • Deforestation and Plantation Activities: Tree-felling and plantation practices have contributed to habitat degradation within and around the park.
  • Historical Timber Extraction: Large-scale logging by companies like Wimco and Andaman Timber Industries during the 1960s-70s caused long-term environmental damage.
  • Past Logging Activities: Continued forest department logging until 2002 (stopped after a Supreme Court order) also led to habitat loss.
  • Rising Human Dependence on Resources: Increasing reliance on marine and forest resources by nearby populations is adding pressure on the ecosystem.

Rani Jhansi Marine National Park Significance

  • It is an important marine biodiversity hotspot supporting diverse ecosystems like coral reefs, mangroves, seagrass beds, fish, sea turtles, and rare species such as the dugong.
  • It plays a crucial role in the protection of coral reef ecosystems, which support marine life and help maintain oceanic balance.
  • The coral reefs act as natural barriers, protecting coastal areas from strong waves and erosion.
  • The presence of mangroves, coral reefs, and seagrass beds together helps maintain ecological balance and environmental stability in the region.
  • Mangroves in the park help in improving water quality, preventing soil erosion, and providing breeding grounds for marine organisms.
  • The park supports complex marine food chains, ensuring survival of species from plankton to large marine predators.
  • Healthy marine ecosystems in the park contribute to the sustainability of fisheries in nearby areas.
  • It is a major center for eco-tourism, attracting visitors for activities like scuba diving, snorkeling, and glass-bottom boat rides.
  • Eco-tourism in the park helps in generating awareness about marine conservation and supports the local economy.
  • The park serves as an important site for scientific research and environmental studies, especially related to coral reefs and climate change.
  • It plays a key role in climate regulation and coastal protection, reducing the impact of storms and sea-level changes.
  • Overall, the park is significant for biodiversity conservation, environmental protection, and sustainable development.

Rani Jhansi Marine National Park FAQs

Q1: Where is Rani Jhansi Marine National Park located?

Ans: It is located in the Andaman and Nicobar Islands, India, in the southern part of Ritchie’s Archipelago near Havelock and Neil Islands.

Q2: Why is Rani Jhansi Marine National Park important?

Ans: It is an important marine biodiversity hotspot known for coral reefs, mangroves, seagrass beds, and rare species like the dugong.

Q3: What type of ecosystem is found in the park?

Ans: The park includes coral reefs, lagoons, mangrove forests, and tropical evergreen vegetation, forming a rich and diverse marine ecosystem.

Q4: Which animals are found in Rani Jhansi Marine National Park?

Ans: It is home to dugongs, sea turtles, dolphins, saltwater crocodiles, reef fish, birds, and many other marine and coastal species.

Q5: What are the major threats to the park?

Ans: Major threats include overfishing, pollution, tourism pressure, habitat destruction, and past logging activities.

Long Range Land Attack Cruise Missile

Long Range Land Attack Cruise Missile

Long Range Land Attack Cruise Missile Latest News

Recently, the Defence Research & Development Organisation conducted a successful flight-test of Long Range Land Attack Cruise Missile (LRLACM) from Dr APJ Abdul Kalam Island off the coast of Odisha. 

About Long Range Land Attack Cruise Missile

  • It is a subsonic, surface‑launched cruise missile designed to strike land targets at long distances with high precision.

Features of Long Range Land Attack Cruise Missile

  • Range: It is capable of striking targets at ranges approaching 1,000km while carrying a 450kg warhead.
  • It integrates a turbofan or turbojet propulsion unit for sustained flight, an advanced inertial navigation system augmented by satellite navigation for midcourse guidance, and a terminal seeker or terrain‑contour matching capability for accurate target engagement.
  • It is designed for low‑altitude, terrain‑hugging flight.
  • It minimises detection and interception risk while delivering a conventional warhead on designated high‑value targets.
  • It introduces a survivable terrain-hugging precision strike capability capable of threatening high-value command infrastructure, logistics hubs, radar installations, and naval assets.
  • It is developed by the Aeronautical Development Establishment (ADE) in Bengaluru and contributions from various DRDO laboratories and Indian Industry partners. 

Source: PIB

Long Range Land Attack Cruise Missile FAQs

Q1: What is the propulsion system used in DRDO’s LRLACM that enables long range subsonic cruise?

Ans: Small Turbofan Engine (STFE) called Manik

Q2: Which DRDO lab is the nodal agency for design and development of LRLACM?

Ans: Aeronautical Development Establishment (ADE), Bengaluru

India Slovakia Bilateral Relations Elevated to Comprehensive Partnership

India Slovakia Bilateral Relations

India Slovakia Bilateral Relations News

  • India and Slovakia have elevated their bilateral relationship to a Comprehensive Partnership during Prime Minister Narendra Modi's historic visit to Bratislava, the first by an Indian Prime Minister since Slovakia's founding in 1993.

India-Slovakia Bilateral Relationship

  • India and Slovakia share a warm and steadily growing partnership, rooted in shared democratic values and mutual interest in technology, manufacturing, and trade. 
  • Slovakia, a Central European nation and member of the European Union (EU) and NATO, has emerged as a significant partner for India in the region.
  • Historical Ties
    • India's relations with Slovakia began with the establishment of independent diplomatic ties in 1993, following the peaceful dissolution of Czechoslovakia into the Czech Republic and Slovakia. 
    • Prior to this, India had strong relations with Czechoslovakia, which was among the earliest countries to recognise India after independence.
    • Both countries have maintained cordial ties characterised by:
    • Shared democratic values and pluralistic societies
    • Active engagement in multilateral forums
    • Cultural exchanges and people-to-people contacts
    • Steady growth in trade and economic cooperation

Strategic and Diplomatic Engagement

  • India and Slovakia have engaged at multiple levels through:
    • High-level political dialogue, including ministerial visits
    • Slovakia's strong support for India's bid for permanent UN Security Council membership
    • Cooperation within EU frameworks, especially in trade negotiations
    • Collaboration on global issues like terrorism, climate change, and UN reform
    • Shared positions on multilateralism and rules-based international order
  • Slovakia has been a constructive voice within the EU for stronger India-EU engagement, including the India-EU Free Trade Agreement (FTA) that was recently concluded.

Trade and Economic Cooperation

  • Economic ties between India and Slovakia have witnessed steady expansion. Total bilateral trade during  2024 crossed one billion Euros and stood at Euros 1.28 billion.
    • The bilateral trade in the year 2023 was Euros 858.1 million and Euros 711.9 million in the year 2022.
  • The major items of India’s export to Slovakia are mobile phones, footwear, part of footwear, garments, motor vehicle parts, tyres, medicaments, seats, electrical apparatus. 
  • Major items of import from Slovakia include motor vehicles, machinery and mechanical appliances, pumps, transmission shafts, measuring instruments, wire and cables, bearings.

Indian Diaspora in Slovakia

  • The Indian community in Slovakia is relatively small but growing:
    • Approximately 5,000-7,000 Indians reside in Slovakia.
    • Primarily engaged in IT, engineering, academia, and business.
  • The community contributes to cultural exchanges through festivals and academic engagements.

Key Outcomes of PM Modi's Visit to Slovakia

  • PM Modi's visit to Bratislava marked a transformational moment in India-Slovakia relations, with multiple agreements signed and the bilateral relationship elevated to a Comprehensive Partnership.

Elevation to Comprehensive Partnership

  • The most significant outcome was the elevation of bilateral ties to a Comprehensive Partnership, symbolising:
    • Shared trust, shared priorities, and a shared future
    • A structured framework for deeper engagement across sectors
    • Recognition of the growing strategic importance of the relationship
  • PM Modi described the visit as a "historic moment," while Slovak PM Robert Fico emphasised his commitment to strengthening ties with India.

Defence Cooperation

  • Defence ties received a major boost during the visit:
    • A Letter of Intent was signed in the defence sector
    • Focus on joint development and joint production of defence equipment
    • Strengthening defence industrial cooperation between the two countries
  • PM Modi described defence cooperation as a "testament to deep mutual trust and strategic convergence."

Trade and Economic Ties

  • Both countries are committed to significantly boosting trade and investment in priority sectors:
    • Automobiles: leveraging Slovakia's strong automotive industry
    • Railways: cooperation in modernisation and equipment
    • Advanced manufacturing: including precision engineering
    • Green technology: clean energy and sustainability
    • Electronics: manufacturing and supply chain integration
  • Slovakia expressed support for the early implementation of the India-EU FTA, which would benefit industries, startups, and traders from both countries.

Technology and Digital Cooperation

  • Technology emerged as a central theme of the talks:
    • MoU on Digital Technology signed to create opportunities in digital public infrastructure.
    • Establishment of an India Chair on Artificial Intelligence at a Slovak university.
    • Cooperation in space sector, with Slovak companies invited to participate in India's expanding space industry.
    • Collaboration in civil nuclear energy.
  • PM Modi emphasised that "technology is a key pillar of our future partnership."

Labour Mobility and Migration

  • A significant outcome was the MoU on Labour Migration signed to:
    • Facilitate the mobility of workers between the two countries
    • Enable the exchange of information between authorities
    • Address the manpower needs of Slovakia, which faces labour shortages
    • Provide structured opportunities for Indian workers
  • Both sides also agreed to conclude a Social Security Agreement to protect the rights and benefits of workers in each other's countries.

Counter-Terrorism Cooperation

  • Both leaders strongly condemned the April 2025 Pahalgam terror attacks and agreed to:
    • Form a Joint Working Group on Terrorism
    • Work towards the adoption of the Comprehensive Convention on International Terrorism (CCIT) at the UN
    • Take action against the UN Security Council 1267 Sanctions Committee listed terrorists
    • Address state sponsors of terrorism
    • Reject double standards in counter-terrorism

Multilateralism and UN Reform

  • Both countries reaffirmed their support for:
    • Multilateralism and rules-based international order
    • Reform of the United Nations, including the UN Security Council
    • Expansion of permanent and non-permanent seats on the UNSC
    • India's bid for permanent UNSC membership

Source : TH | TOI

India Slovakia Bilateral Relations FAQs

Q1: When was PM Modi's visit to Slovakia historic?

Ans: It was the first-ever visit by an Indian Prime Minister to Slovakia since the country's founding in 1993.

Q2: To what level were India-Slovakia relations elevated?

Ans: Both countries elevated their bilateral relationship to a Comprehensive Partnership.

Q3: What key agreement was signed in the defence sector?

Ans: A Letter of Intent was signed focusing on joint development, joint production, and defence industrial cooperation.

Q4: What is the significance of the Labour Migration MoU?

Ans: It facilitates mobility of workers and information exchange between the two countries, addressing Slovakia's labour shortages while providing opportunities for Indian workers.

Q5: What stance did both nations take on counter-terrorism?

Ans: They formed a Joint Working Group on Terrorism, condemned the Pahalgam attacks, and agreed to work towards adoption of the Comprehensive Convention on International Terrorism at the UN.

Exercise Pitch Black

Exercise Pitch Black

Exercise Pitch Black Latest News

India will participate in Australia's Exercise Pitch Black 2026 from July 20 to August 7 alongside 18 other nations.

About Exercise Pitch Black

  • It is a biennial and multinational exercise hosted by the Royal Australian Air Force (RAAF).
  • It is the RAAF’s flagship international flying exercise. 
  • The name ‘Pitch Black’ was derived from the emphasis on nighttime flying over large unpopulated areas.
  • 2026 Edition:
    • It will run from July 20 to August 7, 2026, with operations based out of RAAF Bases Darwin and Tindal in the Northern Territory, as well as RAAF Base Amberley in Queensland. 
    • It features a massive assembly of global air forces, providing an unparalleled platform for interoperability. 19 nations, including India, with 100+ aircraft and 4,400+ personnel are participating in the exercise. 
    • The exercise focuses on highly complex aerial manoeuvres, including offensive counter-air operations, air defence tracking, and tactical coordination between completely different styles of aircraft and communication systems.  
    • The IAF has dispatched a highly capable multi-role task force to the exercise, ensuring robust participation across multiple operational spectrum.
    • For the IAF, training alongside advanced air assets from nations like the US, UK, Australia, France, and regional partners offers crucial exposure to contemporary air warfare tactics, electronic warfare defence, and modern network-centric operations. 
    • Previous participation of India: The IAF has previously participated in the 2018, 2022, and 2024 editions of this exercise.

News: IS

Exercise Pitch Black FAQ's

Q1: What is Exercise Pitch Black?

Ans: It is a biennial multinational air exercise hosted by the Royal Australian Air Force (RAAF).

Q2: Which country hosts Exercise Pitch Black?

Ans: Australia.

Q3: How often is Exercise Pitch Black conducted?

Ans: It is conducted biennially (every two years).

Q4: How many nations are participating in Exercise Pitch Black 2026?

Ans: Nineteen nations.

Q5: Is India participating in Exercise Pitch Black 2026?

Ans: Yes, India is one of the participating nations.

United Nations Convention against Transnational Organized Crime (UNTOC)

United Nations Convention against Transnational Organized Crime

The United Nations Convention against Transnational Organized Crime (UNTOC) is an international agreement that aims to prevent and combat organized crime across countries. It brings nations together to cooperate in tackling crimes such as trafficking, smuggling, and other illegal activities that operate beyond borders. The convention promotes law enforcement cooperation, justice, and stronger legal systems to ensure safety and security worldwide. 

Background of the United Nations Convention against Transnational Organized Crime (UNTOC)

  • The United Nations Convention against Transnational Organized Crime (UNTOC) is the main international legal framework to fight organized crime that operates across countries. It was adopted by the United Nations General Assembly on 15 November 2000.
  • The Convention was officially opened for signature in Palermo, Italy (December 2000) during a high-level conference and later came into force on 29 September 2003, marking an important global step against organized crime.
  • The Convention has received wide global support, with 147 signatories and around 194 parties (as of August 2025), reflecting strong international commitment to tackling organized crime. 
  • UNTOC is supported by three important Protocols, each focusing on specific types of crime:
    • The Trafficking in Persons Protocol, especially for women and children
    • The Smuggling of Migrants Protocol
    • The Firearms Protocol dealing with illegal manufacturing and trafficking of weapons
      Countries must first join the Convention before becoming part of these Protocols.
  • The Convention reflects a global recognition that transnational organized crime is a serious issue and requires strong international cooperation. Countries that adopt it agree to take several actions, such as:
  • Creating laws against organized criminal groups, money laundering, corruption, and obstruction of justice
  • Strengthening systems for extradition, mutual legal assistance, and law enforcement cooperation
  • Promoting training and technical support to improve national capacities
  • The Trafficking in Persons Protocol (2003) is the first legally binding global agreement that clearly defines human trafficking. It aims to improve cooperation between countries and also focuses on protecting and supporting victims, while respecting their human rights.
  • The Smuggling of Migrants Protocol (2004) addresses the growing issue of illegal migrant smuggling by criminal groups. It provides a clear international definition of migrant smuggling and works to prevent exploitation while protecting the rights of migrants.
  • The Firearms Protocol (2005) is the first global legally binding agreement on small arms control. It aims to prevent illegal manufacturing and trafficking of firearms by introducing measures like:
    • Criminalizing illegal firearm activities
    • Setting up licensing systems for legal production and trade
    • Ensuring proper marking and tracing of firearms

India and United Nations Convention against Transnational Organized Crime(UNTOC)

  • On December 12, 2002, India became a signatory to the United Nations Convention against Transnational Organised Crime (UNTOC), showing its commitment to tackling serious cross-border crimes.
  • Along with the main Convention, India also signed three important Protocols, which focus on specific types of crimes:
    • Protocol to Prevent, Suppress and Punish Trafficking in Persons, especially women and children, aiming to protect vulnerable groups from exploitation.
    • Protocol against the Smuggling of Migrants by Land, Sea and Air, which addresses illegal movement of people across borders.
    • Protocol against the Illicit Manufacturing and Trafficking in Firearms, including their parts, components, and ammunition, to control illegal weapons trade.
  • By signing the Convention, India joined a large global group of  countries, including both developed and developing nations, working together against organised crime.
  • This step clearly reflects India’s strong commitment to the objectives of the Convention, and its intention to become a full Party to this important international agreement.
  • The Convention provides a comprehensive framework to combat various forms of organised crime, including:
    • Money laundering
    • Illegal arms trade
    • Criminal networks and conspiracies
    • Smuggling activities
    • Human trafficking, particularly involving women and children
  • Over the past decades, transnational organised crime has become a serious global threat, often linked with international terrorism, making international cooperation more important than ever.
  • Recognizing this, India places high importance on the Convention and its Protocols, and hopes that their implementation will strengthen the global fight against cross-border crime and terrorism.

Transnational Organized Crime

  • The term “transnational” means that these criminal activities cross the borders of different countries. These networks are not limited to one place - they operate in both developed and developing nations.
  • Criminal groups move people, goods, and money illegally across countries, such as trafficking people between continents, smuggling drugs internationally, or hiding illegal money in offshore accounts.
  • Although the forms of crime may vary, the outcomes are often similar, including corruption, weak governance, violence, lawlessness, and loss of human lives.
  • Transnational organized crime refers to large-scale illegal activities carried out by criminal groups that operate across national borders. These activities include serious crimes like human trafficking, drug smuggling, weapons trade, corruption, and money laundering, making it a global issue.
  • It is a multi-billion-dollar illegal industry that takes advantage of weak systems and vulnerable people. Criminal networks deal in illegal goods and services such as drugs, firearms, wildlife, natural resources, organs, and even waste, spreading their operations worldwide.
  • This type of crime does not just involve financial loss, it also destroys lives, damages communities, and weakens economies. For example, huge amounts of money are lost every year through illegal financial activities, which could otherwise be used for development and improving people’s lives.
  • To address this growing global threat, the United Nations declared 15 November as the International Day for the Prevention of and Fight against All Forms of Transnational Organized Crime, first observed in 2024. The aim is to raise awareness and promote global cooperation to fight these crimes.

Major Types of Transnational Organized Crime

  • Drug Trafficking
    • Drug trafficking is one of the most profitable illegal activities, with millions of people involved in drug use worldwide, including substances like cocaine, methamphetamine, and opium.
    • The rise in global drug consumption has led to an increase in drug-related disorders and health issues, affecting millions of people.
    • Modern drug trade has evolved with technology, shifting from traditional methods to online platforms, social media, and darknet markets, making it harder to control.
    • Synthetic drugs, such as fentanyl, are especially dangerous because they are cheap to produce and extremely harmful even in small quantities.
  • Human Trafficking
    • Human trafficking is a serious violation of human rights and is often described as modern-day slavery. Victims are usually people who are poor, displaced, or socially vulnerable.
    • Traffickers exploit individuals for forced labour, sexual exploitation, or organ removal, causing immense suffering and long-term harm.
    • A large percentage of victims are women and girls, especially in cases of sexual exploitation, while children are increasingly becoming victims, with their numbers rising significantly over the years.
    • With the rise of technology, traffickers now use online platforms and social media to target and trap victims, making the crime even more widespread.
  • Smuggling of Migrants
    • Migrant smuggling involves helping people illegally cross borders for money, often exploiting those who are desperate to escape conflict or poverty.
    • This activity generates billions of dollars in profit, making it a highly organized and dangerous business.
    • Migrants, especially young men and unaccompanied children, face serious risks such as violence, exploitation, accidents, and even death during these journeys.
    • Many lives are lost every year due to drowning, harsh weather, or dangerous travel conditions, highlighting the severity of this issue.
  • Money Laundering
    • Money laundering is the process of hiding the origin of illegally earned money and making it appear legal or “clean”.
    • It plays a major role in supporting other criminal activities by allowing criminals to use their illegal profits without suspicion.
    • Criminals use methods like shell companies, offshore accounts, and investments in expensive assets like real estate or art to hide money.
    • The rise of digital currencies and online financial systems has made money laundering more complex and difficult for authorities to track.
    • Every year, around $1.6 trillion, which is about 2.7% of the global GDP, is laundered worldwide.
    • This shows the massive scale of financial crime and its impact on the global economy.
  • Illicit Trade in Firearms
    • The illegal trade of firearms contributes to violence, conflicts, and rising crime rates around the world.
    • A large number of deaths occur each year due to firearms, showing the serious impact on global safety and security.
    • Many weapons are unregistered, making them easy to misuse and difficult to trace.
    • Criminal organizations and armed groups often use illegal firearms for power, profit, and control, leading to instability in many regions.
  • Cybercrime
    • Cybercrime refers to crimes committed using digital technologies, including online fraud, hacking, data theft, and exploitation.
    • With more than half of the global population online, cybercrime has become a rapidly growing threat affecting individuals, businesses, and governments.
    • Criminals use advanced tools like malware, ransomware, and artificial intelligence to carry out attacks.
    • One major concern is ransomware attacks, where systems are locked and money is demanded, disrupting essential services like healthcare and banking.

Also Read : Cybersecurity

Transnational Organized Crime and Conflict

  • The connection between transnational organized crime and conflict works like a vicious cycle, where both problems keep strengthening each other. Crime increases conflict, and at the same time, conflict creates conditions where crime can grow easily.
  • This dangerous relationship leads to instability in countries, weakens governments, and reduces the effectiveness of law enforcement agencies. As a result, maintaining peace and resolving conflicts becomes even more difficult.
  • How Conflict Creates Opportunities for Crime
    • Areas affected by conflict often have weak government control, making them ideal places for criminal groups to operate freely and expand their activities.
    • For example, the production of illegal drugs like methamphetamine and captagon has shifted to conflict-affected regions such as Syria and Myanmar, where monitoring and regulation are limited.
    • In such environments, environmental crimes like illegal mining and exploitation of natural resources also increase, as armed groups use these resources to fund and continue conflicts.
  • Human Trafficking in Conflict Zones
    • Conflict situations make people more vulnerable and easy targets for traffickers, especially those who are displaced, poor, or without protection.
    • Armed groups often exploit people for forced labour, sexual exploitation, and recruitment into armed activities, including the use of child soldiers.
    • Trafficking is also used as a tool to create fear and control populations, or for personal exploitation such as forced marriages, domestic labour, and abuse.
    • According to reports, about 12% of identified human trafficking victims in 2020 came from countries affected by conflict, showing how closely these issues are linked.
  • Impact on Peace, Security, and Human Rights
    • The combination of organized crime and conflict creates a serious threat to global peace, security, and human rights.
    • It leads to violence, exploitation, and long-term instability, affecting not only the countries involved but also the wider international community.
    • To effectively deal with this issue, it is important to take a comprehensive approach that addresses both:
      • The root causes of conflict, and
      • The criminal networks that take advantage of these situations

Transnational Organized Crime and Terrorism

  • There is a strong link between transnational organized crime and terrorism, where terrorist groups often depend on criminal activities for funding and support.
  • Organized crime provides terrorists with not only money but also logistical help, such as access to weapons, transportation networks, and illegal routes.
  • According to the UN Global Counter-Terrorism Strategy, terrorist organizations rely on activities like drug trafficking, human trafficking, arms smuggling, and illegal trade of natural resources to finance their operations and maintain their networks.
  • Role of the United Nations and Security Measures
    • The United Nations Security Council has recognized this growing connection and has urged countries to take strong and coordinated action.
    • Member States are encouraged to:
      • Disrupt illegal financial flows that fund terrorism and crime
      • Strengthen border security to prevent illegal movement of goods and people
      • Address root issues like conflict, corruption, instability, and weak governance, which allow both crime and terrorism to grow
    • These efforts aim to reduce the space in which both terrorist groups and criminal networks operate.
  • Role of UNODC (United Nations Office on Drugs and Crime)
    • The UNODC plays a key role in helping countries fight the link between organized crime and terrorism.
    • It provides technical assistance to improve:
      • Criminal justice systems
      • Law enforcement capabilities
      • Border management and control
    • It also works to track and stop illegal financial activities, which are often used to support terrorism.
    • Additionally, UNODC promotes international cooperation and information sharing, helping countries stay updated on the changing methods used by criminals and terrorists.
  • Addressing Root Causes of Terrorism and Crime
    • The UN Global Counter-Terrorism Coordination Compact highlights that terrorism and organized crime both grow in conditions like:
      • Poverty and unemployment
      • Inequality and lack of opportunities
      • Social and political instability
    • These conditions make people more vulnerable to being recruited or exploited by both criminal groups and terrorist organizations.
    • Therefore, it is important to not only focus on law enforcement but also on long-term solutions, such as improving economic opportunities, education, and governance.

Significance of United Nations Convention against Transnational Organized Crime(UNTOC)

  • The signing of the United Nations Convention against Transnational Organized Crime by India reflects a strong commitment to fight global crime in a coordinated and effective manner. It shows India’s willingness to work with other nations to address crimes that go beyond national borders.
  • It strengthens international cooperation, allowing countries to share information, intelligence, and legal assistance. This is important because crimes like human trafficking, smuggling, and illegal arms trade often involve multiple countries.
  • The Convention helps in combating serious crimes such as human trafficking, smuggling of migrants, money laundering, and illegal firearms trade, which pose threats to both national and global security.
  • By signing the Protocols, India shows special concern for protecting vulnerable groups, especially women and children, who are often victims of trafficking and exploitation.
  • It promotes the development of strong legal frameworks and policies within the country. This means India can improve its laws and enforcement mechanisms to better deal with organized crime.
  • The treaty also highlights the link between organized crime and terrorism, emphasizing the need to tackle these issues together to ensure safety and stability.
  • It sends a clear message of India’s global responsibility and leadership, as it joins many other nations in addressing a common international problem.

United Nations Convention against Transnational Organized Crime FAQs

Q1: What is the United Nations Convention against Transnational Organized Crime (UNTOC)?

Ans: United Nations Convention against Transnational Organized Crime is an international treaty adopted in 2000 to combat organized crime across borders. It promotes global cooperation to fight crimes like human trafficking, smuggling, money laundering, and illegal arms trade.

Q2: When did UNTOC come into force?

Ans: The Convention came into force on 29 September 2003, after being adopted by the UN General Assembly in November 2000.

Q3: What are the three Protocols of UNTOC?

Ans: The United Nations Convention against Transnational Organized Crime is supported by three key Protocols: Trafficking in Persons Protocol, Smuggling of Migrants Protocol and Firearms Protocol. These focus on specific types of transnational crimes.

Q4: Why is UNTOC important for global security?

Ans: The United Nations Convention against Transnational Organized Crime strengthens international cooperation, improves legal systems, and helps countries work together to prevent organized crime, ensuring global peace, safety, and justice.

Q5: When did India sign the United Nations Convention against Transnational Organized Crime?

Ans: India signed the United Nations Convention against Transnational Organized Crime on 12 December 2002, showing its commitment to tackling cross-border organized crimes.

Drone Warfare and Modern Warfare: How Drone Warfare Is Reshaping Military Power

Drone Warfare

Drone Warfare Latest News

  • The ongoing wars in Ukraine, Lebanon, and West Asia (US-Israel-Iran conflict) have demonstrated a fundamental shift in how modern wars are fought. 
  • Drones — cheap, mass-produced, and rapidly adaptable — have moved from support tools to central instruments of warfare, challenging decades-old assumptions about military power.

End of Conventional Superiority

  • For decades, battlefield dominance belonged to nations with advanced tanks, aircraft, warships, precision missiles, and large defence budgets. 
  • Smaller militaries and non-state actors were largely confined to guerrilla and asymmetric tactics.
  • This paradigm has now been shattered. Commercially derived drones, produced at scale and deployed widely, have redefined military power. 
  • They perform functions spanning:
    • Intelligence, Surveillance and Reconnaissance (ISR)
    • Target acquisition and artillery spotting
    • Precision strikes and deep-strike missions
    • Electronic warfare and logistics support
  • The result is a continuous and interconnected battlespace where no position is truly safe, no movement remains concealed for long, and detection is rapidly followed by destruction.

Ukraine: The World's First Industrial-Scale Drone War

  • Russia's invasion of Ukraine (February 2022) began as a conventional war. Within two years, it became the world's first industrial-scale, drone-intensive conflict.
  • Ukraine initially adapted commercially available drones — designed for photography, mapping and surveying — into improvised reconnaissance and strike systems. 
  • By 2024, drones were integrated into every layer of Ukrainian combat: battlefield surveillance, frontline targeting, and deep-strike missions against Russian logistics and infrastructure.

The FPV Revolution

  • At the core of Ukraine's drone warfare is the First-Person View (FPV) drone — a cheap, commercially available platform originally built for recreational racing. 
  • Operators control them via live video fed to VR-style goggles, giving exceptional precision and manoeuvrability.
  • FPV drones were rapidly converted into:
    • Kamikaze/Strike drones — small quadcopters carrying explosive payloads, flown directly into targets as disposable precision missiles. A drone worth a few hundred dollars can destroy armoured vehicles worth millions.
    • Bomber drones — adapted from commercial DJI Mavic and Matrice platforms; they drop grenades and anti-tank mines and survive missions, enabling repeated sorties against trenches and bunkers.
    • Interceptor and long-range attack variants — used to strike deep inside Russian territory against airbases, logistics hubs and critical infrastructure.

Loitering Munitions

  • Ukraine also deploys loitering munitions — drone-missile hybrids that loiter over a target area before striking:
    • RAM II — short-range precision munition used alongside reconnaissance drones like Shark and PD-2
    • UJ-31 Zozulya — an aerially deployed "parasite drone" carried by the larger UJ-22 UAV, enabling penetration of heavily contested airspace under intense electronic warfare conditions

Ukraine's Most Significant Innovation: Fibre-Optic FPV Drones

  • Conventional drones rely on radio-frequency links, which are vulnerable to jamming. 
  • Ukraine's most critical innovation is the fibre-optic FPV drone, which transmits commands and video through ultra-thin fibre-optic cables that unspool during flight.
  • This makes them immune to electronic jamming — a decisive advantage in heavily contested electromagnetic environments, and one that Russia has struggled to counter.

Iran's Strategic Drone Model

  • Iran represents a structurally distinct model of drone warfare. The Islamic Revolutionary Guard Corps (IRGC) does not use drones merely as tactical tools. 
  • Instead, it integrates them into a broader strategy of deterrence, coercion and power projection across West Asia.
  • Through Shahed variants and platforms supplied to proxy forces in Iraq, Syria, Lebanon and Yemen, Iran has demonstrated the ability to threaten US and Israeli military bases, naval assets and critical infrastructure across the region — at remarkably low cost.

The Economics of Drone Warfare

  • The drone revolution is defined as much by economics as by technology. Key shifts include:
    • Cheap, mass-produced drones are replacing expensive conventional platforms
    • Industrial production capacity has become a core military capability
    • Warfare is increasingly a test of industrial endurance — the ability to build, deploy and counter ever-evolving drone systems continuously

India's Relevance and Takeaways

  • India faces active drone threats on both its western and northern borders. Pakistan has used Turkish Bayraktar TB2 drones; China has an advanced indigenous drone programme. 
  • Several key lessons from global drone warfare are directly relevant to India:
    • India must invest in domestic drone manufacturing under Make in India / iDEX frameworks.
    • Counter-drone systems — both kinetic and electronic — need to be integrated into India's air defence architecture.
    • Asymmetric warfare capability using drones is as important as conventional platforms.
    • The fibre-optic drone technology gap must be urgently addressed.

Conclusion

  • Drones are no longer just weapons — they are the infrastructure of modern war, shaping how conflicts are surveilled, fought, sustained and decided. 
  • The nation that can out-produce, out-innovate and out-counter in the drone domain will hold the decisive military edge in 21st-century conflicts.

Source: TH | CNN | TH

Drone Warfare FAQs

Q1: Why is Drone Warfare considered a revolution in modern warfare?

Ans: Drone Warfare has shifted battlefield dominance from expensive conventional platforms to low-cost, mass-produced systems capable of surveillance, targeting and precision strikes.

Q2: How has Drone Warfare changed the conflict in Ukraine?

Ans: Drone Warfare enabled Ukraine to integrate reconnaissance, FPV attacks, loitering munitions and deep-strike capabilities into every layer of military operations.

Q3: What role does Drone Warfare play in Iran's military strategy?

Ans: Drone Warfare allows Iran to project power, strengthen deterrence and support regional allies through affordable and scalable drone capabilities.

Q4: Why is the economics of Drone Warfare important?

Ans: Drone Warfare reduces costs by replacing expensive military assets with cheaper systems, making industrial production capacity a key factor in conflict outcomes.

Q5: What lessons does Drone Warfare offer for India?

Ans: Drone Warfare highlights the need for indigenous drone manufacturing, advanced counter-drone systems and stronger integration of drones into defence planning.

US-Iran Peace Deal: Understanding the Fragile Truce and Nuclear Challenges

US-Iran Peace Deal

US-Iran Peace Deal Latest News

  • The United States and Iran have announced a framework peace deal, ending nearly four months of war that began with joint US-Israeli strikes on Iran in February 2026. 
  • The Memorandum of Understanding (MoU) is scheduled to be formally signed on June 19 in Switzerland. The full text of the MoU has not been officially released.

Background: Timeline

  • Dec 2025 - Iranian rial collapses to a record low; economic protests in Tehran
  • Feb 28, 2026 - US-Israel launch coordinated strikes on Iran; Supreme Leader Ali Khamenei killed
  • April 7, 2026 - A fragile first ceasefire announced; Israel kept out of talks
  • June 15, 2026 - US-Iran reach interim peace deal; Hormuz set to reopen
  • The war has killed thousands, disrupted global energy markets. Earlier, the US strike had severely damaged Iran's nuclear enrichment facilities at Natanz, Isfahan and Fordow during Operation Midnight Hammer (June 2025).

Key Points of the MoU

  • The final agreement is to be approved by a UN Security Council resolution.

Military Provisions

  • Permanent ceasefire on all fronts, including Lebanon
  • US to lift its naval blockade on Iranian ports within 30 days
  • US forces to withdraw from areas surrounding Iran
  • US commits not to increase its regional military presence or impose new sanctions

Strait of Hormuz

  • Iran to immediately open the Strait to all commercial vessels
  • Reopening to happen "under Iranian arrangements" — a significant diplomatic win for Tehran
  • The Strait carries one-fifth of all globally traded oil, making its reopening critical for world energy markets

Economic Provisions

  • US to release $24 billion in Iranian frozen assets
  • Oil and energy sanctions to be temporarily waived
  • US and allies to negotiate a $300 billion reconstruction plan for Iran within 60 days
  • Final negotiations will not begin until half of Iran's frozen funds are released and the naval blockade is lifted

Nuclear Provisions

  • Iran reiterates commitment to not produce nuclear weapons
  • Iran to maintain status quo on its nuclear programme — no further uranium enrichment — pending a final deal within 60 days
  • The comprehensive nuclear deal is deferred to subsequent negotiations

What Triggered the Signing

  • The immediate catalyst was an Israeli airstrike on Beirut just before the deal announcement. This provoked Iran to prepare retaliation. 
  • Trump quickly distanced the US from the Israeli action, stating it "should not have happened."
  • To prevent a collapse of ceasefire talks, Trump announced an immediate lifting of the naval blockade — rather than waiting 30 days as originally planned. 
  • This was Iran's non-negotiable pre-condition for negotiations. Iran, in turn, held back from striking Israel and agreed to sign the MoU.
  • Key mediators credited with brokering the deal: Pakistan, Qatar, Saudi Arabia, and Turkey.

The Nuclear Question: Why Was It Deferred

  • Before the war, the US had two key sources of leverage over Iran — comprehensive sanctions that had crippled Iran's economy, and damage to Iran's nuclear facilities during Operation Midnight Hammer. 
  • However, Iran countered both by weaponising control over the Strait of Hormuz and demonstrating the reach of its missiles and drones against US allies' infrastructure.
  • Iran has actually retaliated against nearly double the number of targets that US-Israel struck during the ceasefire period since April 8. This proved that American military action could not dislodge Iran's new leverage.
  • The MoU essentially restores the nuclear status quo to pre-war levels (as of February 27) — meaning the war achieved little on the nuclear front. This is why the comprehensive nuclear deal has been left for later.

Iran's Internal Dilemma: Why Accept the Deal at All

  • America's military card has been spent. Trump used military force and failed to achieve strategic objectives. Tehran can now negotiate from a position of demonstrated strength.
  • Economic relief is urgent. Frozen asset releases and sanction waivers are immediate economic gains. Iran's economy is under severe stress — missing this window is not in Tehran's interest.
  • Iran retains its deterrent. The MoU places no limits on Iran's missile programme or drone capabilities. Iran can return to pre-MoU conditions if the US violates the terms. This gives Tehran a safety net.

The 60-Day Litmus Test

  • The MoU initiates a 60-day verification and implementation period. Experts argue this period is more important than the deferred nuclear deal itself. 
  • Four factors will determine if a final agreement is achievable:
    • How effectively the US restrains Israel from provocative strikes
    • The pace of US naval withdrawal from Iranian ports
    • The scale of frozen asset releases by Washington and Arab allies
    • The scope of the broader US military pullback from the region

India's Stakes

  • India imports a substantial portion of its crude oil from the Persian Gulf region; Hormuz disruption directly raised energy costs.
  • Indian sailors on ships in the Strait were reportedly endangered during the conflict — EAM Jaishankar protested attacks on vessels carrying Indian nationals.
  • India's energy security, Chabahar port access, and West Asia connectivity all depend on regional stability.
  • Resolution of the Iran energy crisis also has implications for Bangladesh's economy, which was already suffering from an energy shortage linked to the US-Iran war.

Source: IE | IE

US-Iran Peace Deal FAQs

Q1: What is the significance of the US-Iran Peace Deal?

Ans: The US-Iran Peace Deal establishes a ceasefire framework, reopens the Strait of Hormuz and creates conditions for future negotiations.

Q2: Why was the nuclear issue deferred in the US-Iran Peace Deal?

Ans: The US-Iran Peace Deal postpones nuclear negotiations because neither side achieved decisive leverage, making a comprehensive settlement politically difficult.

Q3: What economic benefits are included in the US-Iran Peace Deal?

Ans: The US-Iran Peace Deal includes frozen asset releases, temporary sanctions relief and discussions on a major reconstruction programme for Iran.

Q4: What factors will determine the success of the US-Iran Peace Deal?

Ans: The US-Iran Peace Deal depends on sanctions implementation, military de-escalation, asset releases and preventing renewed regional hostilities.

Q5: Why is the US-Iran Peace Deal important for India?

Ans: The US-Iran Peace Deal affects India's energy security, crude oil imports, maritime trade routes, Chabahar connectivity and regional stability in West Asia.

Daily Editorial Analysis 16 June 2026

Daily-Editorial-Analysis

Circular Water Economy - A Sustainable Solution to India’s Urban Water Crisis

Context

  • Recurring heatwaves and rising temperatures across cities such as Narsinghpur (MP), Ahmedabad (Gujarat), and Barmer (Rajasthan) have intensified urban water scarcity.
  • High evaporation rates, growing domestic demand, and dependence on distant water sources have exposed the vulnerabilities of India's urban water management system.
  • With annual per capita water availability projected to decline from about 1,500 m³ to below 1,200 m³ by 2050, India is moving closer to the internationally recognised water-scarcity threshold of 1,000 m³ per capita.
  • This necessitates a shift towards a circular water economy centred on the reuse of treated wastewater.

Why Water Reuse Matters

  • Treated domestic wastewater (used water) can be reused for several non-potable purposes, including:
    • Agriculture and horticulture
    • Landscaping and urban greening
    • Construction activities
    • Public sanitation facilities
    • Industrial processes such as textiles
    • Lake and water-body rejuvenation
  • According to the Council on Energy, Environment and Water (CEEW), large-scale wastewater reuse can:
    • Create an investment opportunity exceeding ₹3 lakh crore.
    • Generate nearly 1 lakh additional jobs by 2047.
    • Reduce freshwater stress in urban areas.
  • For example, Thane can bridge its current water deficit of 53 million litres per day through expanded reuse of treated wastewater.

Key Actions to Build a Circular Water Economy

  • Develop city-specific water reuse plans

    • While around 14 Indian States have introduced water reuse policies, broad policy frameworks alone are insufficient.
    • Cities require tailored reuse plans that define water deficit reduction targets, water quality standards, sector-wise reuse priorities, revenue models, and institutional implementation mechanisms.
    • This is because of diverse urban needs, for example,
      • Delhi, Varanasi, Bengaluru (agriculture in peri-urban areas);
      • Chennai (lake and water-body rejuvenation);
      • Thane (construction sector); and
      • Surat (industrial applications).
    • City-specific planning can maximise local benefits and improve resource efficiency.
  • Mobilise private financing

    • India's wastewater infrastructure remains inadequate. For example, less than 50% of urban sewage is connected to treatment networks, and only about one-third of sewage was actually treated in 2021.
    • Major constraints include insufficient sewerage infrastructure, lack of skilled manpower, energy shortages, and poor maintenance funding. To bridge the investment gap, private capital must complement public expenditure.
    • Blended finance models:
      • The Hybrid Annuity Model (HAM) adopted under the National Mission for Clean Ganga (NMCG) offers a useful template by sharing financial risks between governments and private developers.
      • Such models can accelerate the development of sewage treatment and reuse infrastructure.
    • Improve functionality of Sewage Treatment Plants (STPs):
      • Many sewage treatment plants fail to meet the discharge standards prescribed by the Central Pollution Control Board (CPCB).
      • Major challenges are poor operation and maintenance, mixing of domestic sewage with industrial effluents, and discharge of untreated waste by non-compliant industries.
      • Most STPs depend on biological treatment processes using microorganisms. Heavy metals and toxic chemicals from industrial waste can destroy these microorganisms, reducing treatment efficiency.
      • Strengthening compliance: Strict enforcement of Zero Liquid Discharge (ZLD) norms, use of AI and digital monitoring systems, real-time tracking of industrial violations, and incentives for compliant industries.
      • Gujarat’s financial support mechanisms for industries implementing ZLD provide a successful model.
    • Launch a National Circular Water Mission:
      • India requires a comprehensive mission to transition from the traditional "use-and-dispose" approach to a regenerative water management model.
      • Key reform areas:
        • Technological reforms: Expansion of decentralised wastewater and faecal sludge treatment systems. Focus on rapidly growing peri-urban regions.
        • Institutional reforms: Empower Urban Local Bodies (ULBs), establish Special Purpose Vehicles (SPVs) for reuse projects, and convert wastewater management into a viable economic activity.
        • Financial reforms: Incentivise users of treated wastewater, recognise freshwater as an economic asset, introduce efficient water pricing mechanisms, and protect vulnerable sections through targeted subsidies.
        • Behavioural reforms: Promote public acceptance of treated wastewater reuse. Encourage citizen participation in water conservation. Mainstream wastewater reuse as a normal urban practice.

Policy Support and Emerging Roadmap

  • The vision for a circular water economy has received policy backing through:
    • The study "Water, Nature, Progress"
    • Economic Survey 2025–26
  • Both documents advocate institutional, financial, and technological reforms to enhance water resilience and reduce dependence on freshwater resources.

Conclusion

  • India's aspiration of becoming a Viksit Bharat by 2047 hinges on strengthening water security amidst rising climate risks and urbanisation.
  • A circular water economy offers a transformative pathway. The policy framework and successful examples already exist; the challenge now is rapid and large-scale implementation to build long-term water resilience.

Circular Water Economy FAQs

Q1. How can a circular water economy help address urban water scarcity in India?

Ans. It promotes the treatment and reuse of wastewater for non-potable purposes such as agriculture, construction, and industrial use.

Q2. Why are city-specific water reuse plans necessary for effective urban water management?

Ans. These can set targeted goals for reducing water deficits, establish quality standards, identify sector-wise reuse applications, etc.

Q3. What is the role of private sector participation in strengthening India's wastewater treatment infrastructure?

Ans. Private investment can bridge financing and technological gaps in sewage treatment infrastructure.

Q4. What are the major challenges affecting the performance of sewage treatment plants (STPs) in India?

Ans. Key challenges include inadequate maintenance, energy shortages, lack of sewer connectivity, etc.

Q5. What is the significance of a National Circular Water Mission?

Ans. It can institutionalise wastewater reuse through technological, financial, institutional, and behavioural reforms.

Source: IE


The Trust Deficit in India-Bangladesh Ties

Context

  • Over 100 days have passed since Tarique Rahman's BNP government assumed power in Bangladesh.
  • Despite initial optimism, India-Bangladesh relations remain strained — much as they were under the preceding interim government led by Muhammad Yunus.
  • This article highlights the growing trust deficit in India-Bangladesh relations despite the formation of a new government in Bangladesh and multiple diplomatic outreach efforts by India.
  • It examines the unresolved issues driving bilateral tensions, including trade restrictions, visa policies, water-sharing concerns, immigration rhetoric, and the looming renewal of the Ganga Water Treaty, while underscoring the need for pragmatic engagement to safeguard regional stability.

India's Outreach: Gestures Without Substance

  • India made two diplomatic gestures even before Rahman formally took charge:
    • EAM S. Jaishankar visited Dhaka in December 2025, to condole the death of Rahman's mother and former PM Khaleda Zia.
    • Foreign Secretary Vikram Misri delivered PM Modi's invitation letter, and Lok Sabha Speaker Om Birla attended Rahman's swearing-in ceremony on February 17.
  • However, BNP insiders consider these gestures insufficient. They expected India to reverse concrete punitive measures taken during the Yunus-led interim period.

Pending Grievances: What Dhaka Wants

  • Bangladesh's key expectations from India remain unmet:
    • Transhipment revival — resumption of goods transit from Bangladesh through India
    • Visa restoration — full reinstatement of business and medical visas
    • Market access — removal of restrictive trade barriers on Bangladeshi goods
    • Ganga Water Treaty — renewal of the 1996 treaty due to expire on December 31, 2026
  • Dhaka argues that without these actions, India has given Rahman no political capital to spend while managing anti-India domestic forces, including the Jamaat-e-Islami and student groups.

The Hasina Factor and the Immigration Rhetoric

  • BNP's veteran leadership made a significant concession by publicly stating that Sheikh Hasina's continued presence in India would not be a dealbreaker for normalising ties — a departure from the hard position of the Yunus government.
  • India did not reciprocate. Instead, after the recent elections in West Bengal and Assam, New Delhi intensified its rhetoric around illegal immigration from Bangladesh in official communications.
  • Bangladeshi diplomats expected this language to be toned down after the elections. The Ministry of External Affairs' continued stridence has generated what officials in Dhaka's secretariat describe as "a sense of betrayal."

Rahman's China Option

  • Sensing a stall in normalisation, Rahman is reportedly in the final stages of planning visits to Malaysia and China in late June 2026 — a signal that Dhaka may seek to diversify its partnerships further if India does not engage meaningfully.
  • However, the China pivot has its limits. Bangladesh's ties with China, the US, and others have grown since August 2024 — but these cannot substitute for India on one critical issue: river water.

The Ganga Treaty: A Ticking Clock

  • The 1996 Ganga Water Treaty — a 30-year agreement — must be renewed before December 31, 2026.
  • The stakes are high:
    • River experts warned that a delay would jeopardise the Ganges-Kobadak irrigation project, affecting large parts of western and central Bangladesh.
    • Unpredictable water supply will disrupt upcoming sowing seasons and hurt an economy already battered by an energy crisis caused by the US-Israel war on Iran.

Bangladesh's Domestic Vulnerabilities

  • The Rahman government faces compounding internal pressures:
    • A severe measles outbreak has killed at least 600 infants, with the government criticised for poor crisis management.
    • Rising incidents of sexual violence reflect a law and order breakdown that has persisted since the August 2024 protests.
    • A banned but mobilising Awami League under Sheikh Hasina's banner stands to gain if Rahman fails to deliver on the Ganga treaty before the year-end deadline.

The Case for Pragmatism

  • Both capitals need to act on material realities, not political optics.
  • If Bangladesh spirals into instability — economic, hydrological, or political — it would directly hurt India's northeastern connectivity, border security, and regional influence. Instability in Bangladesh is emphatically not in India's interest.

Conclusion

  • India and Bangladesh are caught in a cycle of unmet expectations — India offers gestures, Dhaka wants action; Dhaka softens on Hasina, India escalates immigration rhetoric.
  • With the Ganga treaty deadline looming, pragmatism must replace posturing before bilateral inertia becomes irreversible damage.

The Trust Deficit in India-Bangladesh Ties FAQs

Q1. Why do India-Bangladesh relations remain strained despite diplomatic outreach?

Ans. Bangladesh believes India's symbolic diplomatic gestures have not been matched by substantive actions on trade, visas, transhipment facilities, and water-sharing concerns.

Q2. What are Bangladesh's key expectations from India?

Ans. Bangladesh seeks restoration of transhipment facilities, easier visa access, improved market access for exports, and timely renewal of the Ganga Water Treaty.

Q3. Why is the Ganga Water Treaty important for Bangladesh?

Ans. The treaty supports irrigation and agricultural productivity, particularly in western Bangladesh, making its renewal critical for economic and food security.

Q4. How has immigration rhetoric affected bilateral relations?

Ans. Continued references to illegal immigration by Indian authorities have created resentment in Bangladesh, weakening trust despite political changes in Dhaka.

Q5. Why is stability in Bangladesh important for India?

Ans. A stable Bangladesh supports India's northeastern connectivity, border security, economic interests, and broader strategic influence in the region.

Source: TH

Daily Editorial Analysis 2026 FAQs

Q1: What is editorial analysis?

Ans: Editorial analysis is the critical examination and interpretation of newspaper editorials to extract key insights, arguments, and perspectives relevant to UPSC preparation.

Q2: What is an editorial analyst?

Ans: An editorial analyst is someone who studies and breaks down editorials to highlight their relevance, structure, and usefulness for competitive exams like the UPSC.

Q3: What is an editorial for UPSC?

Ans: For UPSC, an editorial refers to opinion-based articles in reputed newspapers that provide analysis on current affairs, governance, policy, and socio-economic issues.

Q4: What are the sources of UPSC Editorial Analysis?

Ans: Key sources include editorials from The Hindu and Indian Express.

Q5: Can Editorial Analysis help in Mains Answer Writing?

Ans: Yes, editorial analysis enhances content quality, analytical depth, and structure in Mains answer writing.

Important Waterfalls in the World, Top 10 with Heights & Locations

Important Waterfalls in the World

Waterfalls are natural features where water flows from a higher level to a lower level, often creating a beautiful and powerful scene. They are found in different parts of the world, usually in rivers, mountains, and forests. Some waterfalls are famous for their great height, while others are known for their wide flow of water or scenic surroundings. They play an important role in nature, helping in the movement of water, supporting wildlife, and shaping the land over time. Important Waterfalls in the World are discussed in detail below.

Some of the Famous Waterfalls in the World

Waterfalls are stunning natural formations found in different parts of the world,known for their height, flow, and scenic surroundings. Some are famous for their size, while others for their unique landscapes. A few of the most well-known waterfalls are discussed below. 

  • Iguazu Falls
    • Iguazu Falls lies on the border between Argentina and Brazil and is considered the largest waterfall system in the world.
    • It consists of hundreds of small waterfalls spread across a wide area.
    • The most famous section is the Devil’s Throat, known for its powerful flow and mist.
    • The surrounding rainforest is rich in biodiversity.
  • Niagara Falls
    • Located between Canada and the United States.
    • It is a group of three waterfalls: Horseshoe, American, and Bridal Veil.
    • Known for its strong water flow and hydroelectric power generation.
    • A major tourist attraction worldwide.
  • Victoria Falls
    • Situated on the Zambezi River between Zimbabwe and Zambia.
    • Known as one of the Seven Natural Wonders of the World.
    • Called “The Smoke That Thunders” due to its noise and mist.
    • One of the largest waterfalls on Earth.
  • Kaieteur Falls
    • Located in Guyana.
    • Known for its single powerful drop.
    • Much higher than Niagara Falls and very impressive.
    • Surrounded by dense forest, giving it a wild look.
  • Angel Falls
    • Found in Venezuela.
    • It is the highest waterfall in the world.
    • Water falls from a great height and often turns into mist.
    • Located in a remote natural region.
  • Paulo Afonso Falls
    • A group of waterfalls on the São Francisco River in Brazil.
    • Flows through rocky valleys and canyons.
    • Important for hydropower generation.
  • Livingstone Falls
  • Boyoma Falls (Stanley Falls)
    • A series of seven cataracts on the Lualaba River.
    • Located in the Democratic Republic of the Congo.
    • Important for local transport and fishing.
  • Tugela Falls
    • Located in the Drakensberg Mountains, South Africa.
    • One of the tallest waterfalls in the world.
    • Has multiple steps and is seasonal.
  • Utigord Falls (Ramnefjellsfossen)
    • Located in Norway.
    • Among the tallest waterfalls globally.
    • Flows down steep mountains into fjords.
  • Alexandra Falls
    • Located on the Hay River in Canada.
    • Known for its strong flow and scenic beauty.
  • Idaho Falls
    • Located on the Snake River, USA.
    • A man-made enhanced waterfall with a park nearby.
  • International Falls
    • Located on the Rainy River in Minnesota, USA.
    • Known more for its river scenery than a large waterfall.
  • Browne Falls
    • Located in New Zealand near Doubtful Sound.
    • One of the tallest waterfalls in the country.
  • Yosemite Falls
    • Located in California, USA.
    • One of the tallest waterfalls in North America.
    • Falls in three sections and is very popular in Yosemite National Park.
  • Plitvice Waterfalls
    • Located in Croatia.
    • A group of beautiful cascading lakes and waterfalls.
    • Famous for its clear blue-green water and scenic beauty.
  • Detian Falls
    • Located on the border of China and Vietnam.
    • One of the largest waterfalls in Asia.
    • Surrounded by green hills and natural landscapes.
  • Jog Falls
    • Located in Karnataka, India.
    • One of the highest waterfalls in India.
    • It is formed by the Sharavathi River and looks most beautiful during monsoon.
  • Gullfoss Falls
    • Located in Iceland.
    • Known as the “Golden Falls”.
    • Famous for its two-step drop and powerful flow.
  • Sutherland Falls
    • Located in New Zealand.
    • One of the tallest waterfalls in the world.
    • Surrounded by mountains and forests.
  • Havasu Falls
    • Located in Arizona, USA.
    • Known for its bright blue-green water.
    • A popular spot for tourists and photographers.
  • Rhine Falls
    • Located in Switzerland.
    • One of the largest waterfalls in Europe.
    • Known for its wide and powerful flow.

Also Read : List of Waterfalls in India

List of Highest Natural Waterfalls in the World

The highest natural waterfalls in the world are known for their great height and powerful flow of water. They are mostly found in mountainous and forest regions, where rivers fall from steep cliffs. These waterfalls are important for their natural beauty and geographical significance. The list below shows some of the tallest waterfalls along with their location and height

S. No.

Waterfall Name

Height (Metres / Feet)

Location

Country

1

Angel Falls

979 m (3,212 ft)

Canaima National Park, Bolívar

Venezuela

2

Tugela Falls

948 m (3,110 ft)

KwaZulu-Natal

South Africa

3

Tres Hermanas Falls

914 m (2,999 ft)

Otishi National Park, Junín

Peru

4

Olo’upena Falls

900 m (2,953 ft)

Molokai, Hawaii

United States

5

Yumbilla Falls

896 m (2,940 ft)

Amazonas

Peru

6

Vinnufossen

860 m (2,822 ft)

Møre og Romsdal

Norway

7

Balåifossen

850 m (2,789 ft)

Hordaland

Norway

8

Pu’uka’oku Falls

840 m (2,756 ft)

Hawaii

United States

9

James Bruce Falls

840 m (2,756 ft)

British Columbia

Canada

10

Browne Falls

836 m (2,743 ft)

Doubtful Sound, Southland

New Zealand

11

Strupenfossen

820 m (2,690 ft)

Sogn og Fjordane

Norway

12

Ramnefjellsfossen

818 m (2,684 ft)

Sogn og Fjordane

Norway

13

Waihilau Falls

792 m (2,598 ft)

Hawaii

United States

14

Colonial Creek Falls

788 m (2,585 ft)

Washington

United States

15

Mongefossen

773 m (2,536 ft)

Møre og Romsdal

Norway

16

Gocta Cataracts

771 m (2,530 ft)

Amazonas

Peru

17

Mutarazi Falls

762 m (2,500 ft)

Manicaland

Zimbabwe

18

Kjelfossen

755 m (2,477 ft)

Sogn og Fjordane

Norway

19

Yosemite Falls

739 m (2,425 ft)

California

United States

20

Cascades de Trou de Fer

725 m (2,379 ft)

Réunion

France

21

Olmaafossen

720 m (2,362 ft)

Møre og Romsdal

Norway

22

Manawainui Falls

719 m (2,359 ft)

Hawaii

United States

23

Kjeragfossen

715 m (2,346 ft)

Rogaland

Norway

24

Avalanche Basin Falls

707 m (2,320 ft)

Montana

United States

25

Harrison Basin Falls

707 m (2,320 ft)

Montana

United States

26

Haloku Falls

700 m (2,297 ft)

Hawaii

United States

27

Chamberlain Falls

700 m (2,297 ft)

Southland

New Zealand

28

Alfred Creek Falls

700 m (2,297 ft)

British Columbia

Canada

29

Døntefossen

700 m (2,297 ft)

Møre og Romsdal

Norway

30

Brufossen

698 m (2,290 ft)

Hordaland

Norway

31

Spirefossen

690 m (2,264 ft)

Sogn og Fjordane

Norway

32

Lake Unknown Falls

680 m (2,231 ft)

Otago

New Zealand

33

Kukenam (Salto)

674 m (2,211 ft)

Bolívar

Venezuela

34

Yutaj (Salto)

671 m (2,201 ft)

Amazonas

Venezuela

35

La Chorrera Falls

590 m (1,936 ft)

Cundinamarca

Colombia

World’s Top 10 Highest Natural Waterfalls

The world’s highest natural waterfalls are known for their great height and stunning beauty. These waterfalls are mostly found in mountainous and remote regions across different countries. The top 10 highest natural waterfalls are discussed below with their key details. 

  1. Angel Falls - Venezuela : Height: 979 m (3,212 ft); Located in Canaima National Park. It is the highest waterfall in the world. Drops from a tepui (flat-topped mountain). Due to its great height, water often turns into mist before reaching the ground.
  2. Tugela Falls - South Africa : Height: 948 m (3,110 ft); Situated in the Drakensberg Mountains (Royal Natal National Park). Made up of five distinct cascading tiers. Considered the second-highest waterfall in the world. Best seen after rainfall when water flow is stronger.
  3. Tres Hermanas Falls - Peru : Height: 914 m (2,999 ft); Located in Otishi National Park. The name means “Three Sisters” due to its three visible sections. Surrounded by dense forest and rich biodiversity. One of the tallest waterfalls in South America.
  4. Olo’upena Falls - USA (Hawaii) :
    Height: 900 m (2,953 ft); Found on Molokai Island. Falls from some of the highest sea cliffs in the world. Very narrow and seasonal, often difficult to view clearly. Strong winds may break the water into fine mist.
  5. Yumbilla Falls - Peru : Height: 896 m (2,940 ft); Located in the Amazonas region. One of the tallest waterfalls in Peru. Has multiple tiers (around four drops). Surrounded by lush green vegetation and wildlife.
  6. Vinnufossen - Norway : Height: 860 m (2,822 ft); The tallest waterfall in Europe. Formed by melting glaciers feeding the river. Water flows in several stages down a steep mountainside. Most powerful during summer due to glacier melt.
  7. Balåifossen - Norway : Height: 850 m (2,789 ft); Known for its long and narrow vertical drop. Water flow is seasonal and depends on rainfall. Located in a mountainous and scenic region.
  8. Pu’uka’oku Falls - USA (Hawaii) : Height: 840 m (2,756 ft); Situated on Molokai Island. One of the tallest waterfalls in the United States. Located in a remote and steep cliff area. Not easily accessible, mostly seen from a distance.
  9. James Bruce Falls - Canada : Height: 840 m (2,756 ft); Located in British Columbia. The tallest waterfall in North America. A seasonal waterfall, mainly active during snowmelt. Flows down a steep rocky mountain face.
  10. Browne Falls - New Zealand : Height: 836 m (2,743 ft); Found in Fiordland National Park. Drops from a hanging valley into Doubtful Sound. Surrounded by high mountains and natural landscapes. One of the tallest waterfalls in New Zealand.

List of World’s Highest Artificial Waterfalls

The world's highest artificial waterfalls are man-made structures designed to imitate the beauty and flow of natural waterfalls. They are usually built in parks, buildings, or tourist places to enhance attraction and design. These waterfalls show the creative use of engineering and architecture. The list below highlights some of the tallest and most impressive artificial waterfalls in the world

Artificial Waterfall

Height (Metres/Feet)

Location (Country)

Key Feature / Description

Cascata delle Marmore

165 m (541 ft)

Italy

The tallest man-made waterfall, originally created by the Ancient Romans; it flows in multiple tiers and is a historic engineering marvel.

Liebian Waterfall

108 m (354 ft)

China

The largest artificial waterfall built on a building, located on a skyscraper, making it a unique urban attraction.

Rain Vortex

40 m (131 ft)

Singapore

The world’s largest indoor waterfall, located inside an airport, known for its circular design and light shows.

Cloud Forest Waterfall

35 m (115 ft)

Singapore

A beautiful indoor waterfall inside a glass dome, surrounded by lush greenery and a cool mist environment.

Jurong Falls

30 m (98 ft)

Singapore

A scenic waterfall located inside a bird park, adding to the natural habitat setting.

Viktoriapark Waterfall

24 m (79 ft)

Germany

A charming artificial waterfall flowing through a public park, designed to resemble a natural mountain stream.

Lotte Music Fountain

18.2 m (60 ft)

South Korea

A musical fountain waterfall that combines water flow with lights and music for entertainment.

Important Waterfalls in the World FAQs

Q1: Which is the highest natural waterfall in the world?

Ans: Angel Falls in Venezuela is the highest, with a height of 979 metres (3,212 ft).

Q2: Which is the second highest waterfall in the world?

Ans: Tugela Falls in South Africa is the second highest, measuring 948 metres (3,110 ft).

Q3: Which country has the most waterfalls in the top 10 list?

Ans: Norway has multiple waterfalls in the list, including Vinnufossen and Balåifossen, showing its rich mountainous landscape.

Q4: Which is the tallest waterfall in New Zealand?

Ans: Browne Falls is the tallest in New Zealand, with a height of 836 metres (2,743 ft).

Q5: Are all the highest waterfalls continuous single drops?

Ans: No, many of them (like Tugela Falls) are tiered waterfalls, meaning the water falls in multiple steps rather than one single drop.

Crohn’s Disease

Crohn’s Disease

Crohn’s Disease Latest News

A detailed cellular study of Crohn’s disease recently mapped how gene activity changes across more than 50 cell types in the gut.

About Crohn’s Disease

  • It is a chronic inflammatory bowel disease (IBD) that causes swelling and irritation of the tissues, called inflammation, in the digestive tract. 
  • It can affect any part of your digestive tract, which runs from your mouth to your anus. But it usually affects the end of the small intestine and the beginning of the large intestine. 
  • The inflammation often spreads into the deeper layers of the bowel.
  • Crohn’s disease can be both painful and debilitating. Sometimes, it may lead to serious or life-threatening complications.

Crohn’s Disease Causes

  • Experts aren’t sure what causes Crohn’s disease but think genes, abnormal immune reactions, and the microbiome play a role.
  • People with a first-degree relative, such as a parent, sibling, or child, are at higher risk to have the disease.  
  • Crohn’s disease can develop at any age, but usually first appears in people aged in their 20s and 30s. 
  • It is more common in people living in the Western world, but it’s also becoming more common in developing countries.  

Crohn’s Disease Symptoms

  • The symptoms of Crohn’s disease can vary, depending on where and how severe your inflammation is. 
  • The most common symptoms include:
    • Diarrhea.
    • Fever.
    • Fatigue.
    • Belly pain and cramping.
    • Blood in the stool.
    • Mouth sores.
    • Reduced appetite and weight loss.
    • Pain or drainage near or around the anus due to inflammation from a tunnel into the skin, called a fistula.
  • These symptoms often come and go in cycles, called flares and remission.  

Crohn’s Disease Treatment

  • Crohn’s is a lifelong condition. There’s no known cure for Crohn’s disease.
  • But treatment can help you manage symptoms, reduce inflammation, and live an active life.

News: NM

Crohn’s Disease FAQs

Q1: What is Crohn’s disease?

Ans: Crohn’s disease is a chronic inflammatory bowel disease (IBD) that causes inflammation in the digestive tract.

Q2: What is the most common digestive symptom of Crohn’s disease?

Ans: Diarrhea.

Q3: Is Crohn’s disease a lifelong condition?

Ans: Yes, it is a lifelong condition.

Q4: Is there a known cure for Crohn’s disease?

Ans: No, there is no known cure.

Q5: What is the main goal of Crohn’s disease treatment?

Ans: To manage symptoms and reduce inflammation.

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