Current Affairs of 18 May 2026 by Vajiram & Ravi IAS Institute

UPSC Daily Quiz 18 May 2026

May 18, 2026

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UPSC Daily Quiz FAQs

Q1: What is the Daily UPSC Quiz?

Ans: The Daily UPSC Quiz is a set of practice questions based on current affairs, static subjects, and PYQs that help aspirants enhance retention and test conceptual clarity regularly.

Q2: How is the Daily Quiz useful for UPSC preparation?

Ans: Daily quizzes support learning, help in revision, improve time management, and boost accuracy for both UPSC Prelims and Mains through consistent practice.

Q3: Are the quiz questions based on the UPSC syllabus?

Ans: Yes, all questions are aligned with the UPSC Syllabus 2025, covering key areas like Polity, Economy, Environment, History, Geography, and Current Affairs.

Q4: Are solutions and explanations provided with the quiz?

Ans: Yes, each quiz includes detailed explanations and source references to enhance conceptual understanding and enable self-assessment.

Q5: Is the Daily UPSC Quiz suitable for both Prelims and Mains?

Ans: Primarily focused on Prelims (MCQ format), but it also indirectly helps in Mains by strengthening subject knowledge and factual clarity.

Rotterdam Convention, Objectives, PIC Procedure, Annexes & COP

May 18, 2026

The Rotterdam Convention is an international agreement that helps countries stay informed and make safe decisions about trading hazardous chemicals and pesticides. It was adopted in 1998 and came into force in 2004.

About Rotterdam Convention

The Rotterdam Convention was officially adopted on 10 September 1998 in the Netherlands and became legally effective on 24 February 2004.
The main idea behind the Convention is to protect people and the environment from dangerous chemicals by promoting shared responsibility among countries.
It encourages countries to work together and share information about hazardous chemicals so that risks can be reduced.
It also helps countries make informed decisions about whether they want to allow or restrict the import of certain harmful chemicals.
A key feature of the Convention is the Prior Informed Consent (PIC) procedure, which is legally binding and ensures that no hazardous chemical is exported without the knowledge and approval of the importing country.
This PIC system was earlier voluntary (started by UNEP and FAO in 1989) but later became legally binding under the Convention.

Rotterdam Convention Major Provisions

The Convention mainly covers hazardous pesticides and industrial chemicals that have been banned or restricted due to health or environmental concerns.
A chemical is considered for control under the Convention when at least two countries from different regions report concerns, after which it may be added to Annex III.
It also includes highly dangerous pesticide formulations, especially those causing problems in developing countries.
Once a chemical is listed in Annex III, a Decision Guidance Document (DGD) is prepared, which explains the risks and reasons for restriction.
All countries are then given 9 months to decide whether they will allow, restrict, or completely ban the import of that chemical.
These decisions must be fair and non-discriminatory, meaning the same rules apply to both imported and locally produced chemicals.
After a country makes its decision, it is shared with all other countries, and exporting countries must respect and follow that decision.
Information Sharing and Responsibilities
- Countries must inform others when they ban or restrict a chemical within their own territory.
- Developing countries can also report problems they face due to hazardous pesticide use under local conditions.
- If a country plans to export a banned or restricted chemical, it must inform the importing country in advance, before the first shipment and then regularly every year.
- Exporters must provide updated safety data sheets, especially when chemicals are used for occupational purposes.
- Proper labelling of chemicals is mandatory, especially for those under the PIC system or those banned/restricted in the exporting country.
Import Decision Power: Countries have the right to decide whether to allow or ban import of listed hazardous chemicals under the Convention.
Exporting Country Responsibility: Exporting countries must ensure that companies in their jurisdiction follow Convention rules while exporting hazardous chemicals.
Coverage of Chemicals: The Convention covers industrial chemicals, pesticides, and biocides (for example: benzene, chloroform, atrazine, permethrin).
EU Implementation (PIC Regulation): The European Union implements this Convention through the PIC Regulation, which controls export and import of banned or restricted chemicals.
Key Requirements under PIC Regulation: Export of hazardous chemicals involves two main steps: export notification and explicit consent from the importing country.

Rotterdam Convention History of Negotiations

Rising Concern: Over the past few decades, the rapid increase in production and trade of chemicals created serious concerns about their harmful effects, especially in countries that lacked proper systems to monitor their use.
Vulnerability of Developing Countries: Countries with weak infrastructure were more at risk because they could not properly control or assess the dangers of imported hazardous chemicals and pesticides.
Early International Efforts: To address this issue, UNEP and FAO started voluntary information-sharing programmes in the mid-1980s to help countries stay informed.
FAO Initiative (1985): FAO introduced the International Code of Conduct on the Distribution and Use of Pesticides to guide safer handling and use.
UNEP Initiative (1987): UNEP created the London Guidelines to promote the exchange of information on chemicals in international trade.
Introduction of PIC (1989): In 1989, both organizations jointly introduced the voluntary Prior Informed Consent (PIC) procedure to ensure countries receive proper information before importing hazardous chemicals.
Need for Stronger Rules: Although helpful, these measures were voluntary, and countries realized the need for a legally binding system.
Rio Earth Summit (1992): At the Earth Summit in Brazil, countries agreed under Agenda 21 that a binding international agreement on PIC should be developed by the year 2000.
Start of Formal Negotiations: Following this, FAO in 1994 and UNEP in 1995 officially began the process to negotiate a global treaty.
Adoption of Convention (1998): The final text of the Rotterdam Convention was adopted and opened for signature on 10 September 1998 in Rotterdam.
National Authorities Setup: During the interim period, more than 170 countries appointed around 265 designated national authorities to manage and implement the Convention’s processes.
Entry into Force (2004): The Convention officially came into force on 24 February 2004, making its rules legally binding for all member countries.

Rotterdam Convention Objectives

Shared Responsibility: Promotes shared responsibility and cooperation among countries in the international trade of hazardous chemicals.
Accountability in Trade: Aims to ensure shared accountability so that trade in dangerous chemicals does not harm human health and the environment.
Information Sharing: Encourages exchange of information on chemical properties to help countries make informed decisions.
Safe and Sustainable Use: Promotes the environmentally sound and safe use of hazardous chemicals.

Annex III Chemicals and Chemical Review Committee (CRC)

Annex III Chemicals: Annex III contains a list of chemicals that are considered harmful to human health or the environment and are therefore controlled under the Prior Informed Consent (PIC) procedure.
Types of Chemicals Listed: The list includes pesticides and industrial chemicals that have been banned or severely restricted by at least two countries. At present, there are 57 chemicals, including 38 pesticides, 18 industrial chemicals, and 1 chemical that falls under both categories.
Recent Additions: New chemicals like carbosulfan and certain formulations of fenthion were added, and these rules became effective on 22 October 2025. Countries must respond regarding their import decisions by 21 July 2026.
Purpose of PIC Procedure: The PIC procedure ensures that countries are informed about hazardous chemicals before they are imported, allowing them to decide whether to allow or restrict their entry.
Role of Chemical Review Committee (CRC): The CRC is a group of experts created under the Rotterdam Convention to examine chemicals and recommend whether they should be added to Annex III.
How CRC Members are Chosen: Members are selected by the Conference of the Parties and include government-nominated experts from different regions, ensuring balanced global representation.
Working Method of CRC: The committee tries to make decisions by consensus. If agreement is not possible, decisions can be made by a two-thirds majority vote.
Process for Listing Chemicals (General Chemicals): When a country bans or restricts a chemical, it must inform the Secretariat within 90 days. If two countries from different regions report the same chemical, the CRC reviews it and may recommend adding it to Annex III.
Process for Hazardous Pesticide Formulations: Developing countries facing problems due to dangerous pesticide formulations can propose their inclusion in Annex III.
Verification of Proposals: The Secretariat verifies the proposal, collects additional information, and shares it with other countries before sending it to the CRC.
Final Recommendation: The CRC reviews all information and recommends whether the chemical or pesticide should be included in Annex III and brought under the PIC procedure.

Rotterdam Convention Members

Members: The Convention currently has 168 Parties (member countries) with a total of 72 Signatories.
India’s Membership: India became a Party to the Convention on 24 May 2005.
Entry into Force in India: The Convention came into effect in India on 22 August 2005.

Rotterdam Convention Conference of the Parties (COP)

Conference of the Parties (COP): The main governing and decision-making body of the Rotterdam Convention, established under Article 18, and made up of countries that have accepted, ratified, or acceded to the Convention.
Implementation Role: The COP guides the implementation of the Convention through decisions taken at its meetings.
Review Function: It reviews and evaluates implementation of the Convention regularly.
Chemical Review: The COP examines chemicals recommended by the Chemical Review Committee (CRC) for inclusion under the Convention.
Meeting Frequency: COP meetings are generally held every two years, as per agreed rules.
Extraordinary Meetings: Special meetings can be held when necessary or if requested by at least one-third of the Parties.
Continuous Monitoring: The COP keeps continuous review and evaluation of the Convention’s progress.
Cooperation: The COP works with international organizations, intergovernmental bodies, and NGOs.
Chemical Review Committee (CRC): A technical expert body appointed by the COP with balanced geographical representation of developed and developing countries.
CRC Decision-Making: The CRC aims for consensus, but if not possible, decisions are taken by a two-thirds majority vote.
Observers: Organizations like the United Nations (UN), its agencies, the International Atomic Energy Agency (IAEA), and even non-member states can attend as observers.
Participation of Other Bodies: National and international organizations, including NGOs, can also participate as observers unless opposed by one-third of Parties.

Rotterdam Convention Annexes

Annex I: Contains information required for notifications when a country bans or restricts a chemical.
Annex II: Defines criteria for including chemicals in Annex III, based on scientific risk evaluation and national conditions.
Annex III: Lists chemicals that are banned or severely restricted by multiple countries and are officially subject to the PIC procedure. It includes pesticides and industrial chemicals (around 52 chemicals in total).
Annex IV: Provides rules and criteria for listing severely hazardous pesticide formulations (SHPFs) and includes requirements for additional scientific data and risk evaluation.
Export Obligations (Articles 12 & 13): Countries exporting listed chemicals must inform importing countries and provide Safety Data Sheets (SDS) in standard format.

Rotterdam Convention Implementation in India

Role of DCPC: In India, the Department of Chemicals and Petrochemicals (DCPC) handles implementation of PIC-related notifications.
Verification Process: DCPC acts only on signed official notifications (not preliminary or unsigned versions) from the designated national authority.
Industrial Use Confirmation: If a chemical is listed under Annex III, DCPC ensures it is used only for approved industrial purposes and not misused as pesticide or otherwise.
Non-Annex III Chemicals: If a chemical is not listed in Annex III, DCPC informs the European Chemicals Agency (ECHA) that India does not process such notifications under PIC rules.
Pesticide Category Handling: If a chemical is classified as a pesticide under Annex III, the case is forwarded to the Department of Agriculture, Cooperation and Farmers Welfare (DAC&FW) for further action.

Rotterdam Convention Recent Developments

Joint Outcome: The 17th Basel Convention COP, 12th Rotterdam Convention COP, and 12th Stockholm Convention COP were recently held back-to-back in Geneva.The three COPs emphasized stronger cooperation among environmental conventions to improve global chemical and waste governance.
Rotterdam COP-12 Key Outcome:
Added two chemicals to Annex III: Carbosulfan (pesticide) and Fenthion.
Adopted Compliance Committee work programme (2026-2027).
Major Issues in Rotterdam Convention
- Failure to List Hazardous Chemicals: Several dangerous chemicals like methyl bromide, mercury, and chlorpyrifos were delayed from being listed under Annex III.
- Weak Coordination: Some chemicals banned under other conventions (like Stockholm Convention) are still not listed under Rotterdam for information sharing.
- Trade vs Environment Conflict: Producer countries often oppose listing due to trade concerns, even though listing does not ban chemicals but only ensures transparency.
- Overlap of Treaties: Overlapping mandates with conventions like Stockholm, Minamata, and Montreal Protocol sometimes slows decision-making.

Rotterdam Convention FAQs

Q1: What is the Rotterdam Convention?

Ans: It is an international treaty (1998) that came into force in 2004 to regulate trade in hazardous chemicals using the Prior Informed Consent (PIC) system.

Q2: What is the main objective of the Rotterdam Convention?

Ans: To protect human health and the environment by ensuring countries are informed and can decide before importing hazardous chemicals.

Q3: What is the PIC procedure under the Rotterdam Convention?

Ans: It is a system where exporting countries must take prior consent from importing countries before shipping listed hazardous chemicals.

Q4: What is Annex III of the Rotterdam Convention?

Ans: It is the official list of hazardous chemicals and pesticides that are subject to the PIC procedure and require import/export decisions by countries.

Q5: What is the role of CRC?

Ans: The Chemical Review Committee reviews scientific data and recommends whether a chemical should be included in Annex III.

Dam Safety Framework in India, Status, Act, Challenges

May 18, 2026

Dams are important for irrigation, hydropower generation, drinking water supply and flood control in India. They play a major role in supporting agriculture, water security and economic development.

However, many dams in India are becoming old, while climate change and extreme rainfall events are increasing safety risks. To address these challenges, the government is strengthening the Dam Safety Framework in India through the Dam Rehabilitation and Improvement Project (DIRP), the Dam Safety Act, 2021 and technology-driven monitoring systems. These measures aim to improve dam safety, rehabilitation and long-term resilience.

Status of Dams in India

India has the world’s third-largest dam network after the United States and China.

The country currently has 6,628 specified dams, of which 6,545 are operational while 83 are under construction.
Together, these dams possess a gross water storage capacity of nearly 330 billion cubic metres.
Most dams in India are owned by state governments. Around 98.5 per cent of dams, or nearly 6,448 dams, belong to state governments.
Public Sector Undertakings own 49 dams, while private entities own 36 dams.
Maharashtra possesses the highest number of specified dams in the country, followed by Madhya Pradesh, Gujarat, Chhattisgarh, Rajasthan, Karnataka and Odisha.
India’s oldest functioning dam, the historic Kallanai, also known as the Grand Anicut, has remained operational for nearly 2,000 years.

Ageing Dam Infrastructure

A large number of dams in India are becoming old:

Around 1,681 dams are more than 50 years old, including 291 dams that are over 100 years old.
In addition, nearly 42 per cent of dams fall in the 25–50 year age group.
The ageing of dams has increased concerns related to structural deterioration, spillway inefficiency, sedimentation and disaster risks.
Climate change has further intensified the problem by increasing the frequency of extreme rainfall events and hydrological variability.
A study conducted by the Central Water Commission on 439 reservoirs found that reservoirs have lost nearly 19 per cent of their gross storage capacity because of sedimentation.
The average annual storage loss has been estimated at around 0.74 per cent. These developments have made systematic dam rehabilitation and scientific safety management increasingly important.

Dam Rehabilitation and Improvement Project (DRIP)

To strengthen ageing dam infrastructure, the Government of India launched the Dam Rehabilitation and Improvement Project.

It is one of the world’s largest dam rehabilitation programmes and reflects India’s shift towards a systematic and risk-based approach to dam safety management.
The programme focuses on improving the safety and operational performance of dams through structural repairs, spillway modernisation, installation of monitoring systems and institutional strengthening.

DRIP Phase I (2012–2021)

The first phase of the Dam Rehabilitation and Improvement Project was launched in 2012 with support from the World Bank.
The programme covered 223 dams across seven states namely Jharkhand, Karnataka, Kerala, Madhya Pradesh, Odisha, Tamil Nadu and Uttarakhand.
Design flood reviews, dam health inspections and rehabilitation planning were completed for all 223 dams. Rehabilitation works were awarded for 144 dams.
The programme also focused on preparing Emergency Action Plans, strengthening technical expertise and improving maintenance practices.
An important achievement of the first phase was the introduction of the Dam Health and Rehabilitation Monitoring Application, which is a digital platform for inspection management, maintenance tracking and data-driven monitoring.
The programme significantly improved dam safety practices and institutional capacity.

DRIP Phase II and III

The second and third phases of the programme became operational in October 2021.
Together, they cover 736 dams across 19 states and three central agencies, namely the Central Water Commission, the Bhakra Beas Management Board and the Damodar Valley Corporation.
The total financial outlay of the programme is ₹10,211 crore.
It is jointly financed by the World Bank and the Asian Infrastructure Investment Bank.
Around ₹7,000 crore is financed through external loans while participating states and agencies contribute ₹3,211 crore.
Major dams undergoing rehabilitation under the programme include the Bhakra Dam, Ranjit Sagar Dam, Nagarjuna Sagar Dam, Gandhi Sagar Dam and several others across the country.
As of March 2025, rehabilitation proposals for 191 dams worth more than ₹5,053 crore had been approved. Major rehabilitation work had already been completed at 43 dams.
The second and third phases focus on rehabilitation of dams and associated structures, institutional strengthening, revenue generation for sustainable maintenance and effective project management.

Dam Safety Act, 2021

A major institutional reform in India’s dam safety governance came with the enactment of the Dam Safety Act, 2021, which came into force on 30 December 2021.

The Act provides a comprehensive legal framework for surveillance, inspection, operation and maintenance of specified dams across the country.
The Act defines a specified dam as a dam above 15 metres in height or a dam between 10 and 15 metres fulfilling prescribed technical conditions.
The legislation transformed dam safety from an advisory mechanism into a legally enforceable framework with clearly defined obligations and timelines.
The Act created a four-tier institutional structure comprising the National Committee on Dam Safety, the National Dam Safety Authority, State Committees on Dam Safety and State Dam Safety Organisations.
The National Committee on Dam Safety acts as the apex policy-making body responsible for formulating dam safety standards and recommending regulations. Since its constitution in February 2022, it has played an important role in strengthening the regulatory framework for dam safety.
The National Dam Safety Authority functions as the implementing and regulatory body responsible for ensuring compliance with national standards and policies.
At the state level, all 31 dam-owning states have established State Dam Safety Organisations responsible for inspections, monitoring, surveillance and compliance.
The Act mandates several safety measures including regular inspections, instrumentation systems, inflow forecasting, risk assessment studies, Emergency Action Plans, integrated reservoir operations and early warning systems.
It also requires dam owners to allocate adequate funds for maintenance and repairs.
The legislation also includes provisions related to offences and penalties. Any obstruction or refusal to comply with directions issued under the Act can result in imprisonment, fines or both.
If negligence leads to loss of lives or creates imminent danger, punishment may extend to two years of imprisonment.

Digital Monitoring and Technological Reforms

Technology has become a central pillar of India’s evolving dam safety framework.

The Dam Health and Rehabilitation Monitoring Application now hosts data related to all 6,628 specified dams in the country. It enables digital inspection records, maintenance tracking and safety assessments.
Authorities conduct nearly 13,000 dam inspections annually, and the records are maintained digitally through the platform.
Rapid Risk Screening exercises using web-based assessment tools have been completed for 5,553 dams to identify vulnerabilities and prioritise rehabilitation.
The government is also strengthening hydro-meteorological stations, seismological stations, instrumentation systems and early warning mechanisms for real-time monitoring and disaster preparedness.
20 regulations under the Dam Safety Act have already been published in the Official Gazette to standardise dam safety practices across the country.

Capacity Building and Research

India is also investing in technical expertise and scientific research to improve dam resilience and risk management.

The National Centre for Earthquake Safety of Dams is being established at the Malaviya National Institute of Technology Jaipur.
Specialised Centres of Excellence on dam safety are being developed at the Indian Institute of Technology Roorkee and the Indian Institute of Science Bengaluru.

These institutions focus on seismic hazard mapping, reservoir sedimentation studies, advanced rehabilitation technologies, material testing and comprehensive risk assessment.

In addition, Master of Technology programmes on dam safety have been introduced at the Indian Institute of Technology Roorkee and the Indian Institute of Science Bengaluru since the academic session 2021–22.

Responsibilities of Dam Owners

The Dam Safety Act places significant responsibilities on dam owners, including central governments, state governments, public sector undertakings, private companies and local authorities.

Dam owners are required to establish dedicated dam safety units, conduct pre-monsoon and post-monsoon inspections, prepare Emergency Action Plans, allocate maintenance funds and undertake periodic safety evaluations.
The Act also mandates installation of instrumentation systems, establishment of hydro-meteorological stations and implementation of early warning systems.
Under the inspection framework introduced in April 2024, dams are classified into three categories based on their risk levels.
- Category I dams indicate critical deficiencies requiring urgent intervention.
- Category II includes dams with major deficiencies requiring prompt corrective action.
- Category III covers dams with minor or no deficiencies.

According to post-monsoon inspections conducted in 2025, three dams were categorised under Category I and 188 dams under Category II.

Challenges in India’s Dam Safety Framework

Despite major reforms, several challenges continue to affect dam safety in India.

A large number of dams were constructed several decades ago using engineering standards that may not adequately address present-day climatic and hydrological conditions.
Climate change is increasing the frequency of extreme rainfall events, thereby placing additional stress on ageing infrastructure.
Sedimentation continues to reduce reservoir capacity and affects irrigation as well as hydropower generation.
Financial constraints also create difficulties for states in undertaking large-scale rehabilitation work.
Institutional coordination among multiple agencies remains another challenge.
In several regions, disaster preparedness mechanisms and community awareness regarding dam-related risks are still inadequate.

Way Forward

India must adopt a lifecycle-based approach towards dam management with greater emphasis on resilience, safety and sustainability.

Structural audits and scientific risk assessments should be conducted regularly.
Real-time monitoring systems, artificial intelligence, remote sensing and Geographic Information Systems should be integrated into dam management practices.
There is also a need to strengthen coordination among states, improve evacuation planning and enhance public awareness regarding disaster preparedness.
Capacity building and advanced research in seismic safety, reservoir sedimentation and rehabilitation technologies must continue to receive policy attention.

These reforms can significantly improve infrastructure resilience, reduce disaster risks and ensure the long-term sustainability of critical water resources that support agriculture, industry and urban development across the country.

Dam Safety Framework in India FAQs

Q1: Why is dam safety becoming a major concern in India?

Ans: Dam safety is becoming a major concern because many dams are ageing, while climate change and extreme rainfall events are increasing structural and flood-related risks.

Q2: What is the importance of the Dam Rehabilitation and Improvement Project?

Ans: The project aims to improve the safety and operational efficiency of dams through rehabilitation, modernisation and installation of monitoring systems.

Q3: What is the significance of the Dam Safety Act, 2021?

Ans: The Dam Safety Act, 2021 provides a legal and institutional framework for surveillance, inspection, operation and maintenance of specified dams across the country.

Q4: What responsibilities do dam owners have under the Dam Safety Act?

Ans: Dam owners must conduct regular inspections, prepare Emergency Action Plans, install monitoring systems and ensure maintenance and safety compliance.

Q5: How is India strengthening technical expertise in dam safety?

Ans: India is developing Centres of Excellence, research institutions and specialised academic programmes focused on seismic safety, risk assessment and rehabilitation technologies.

Mega Food Parks, Scheme, Objectives, List in India, Components

May 18, 2026

Mega Food Parks are integrated food processing infrastructure projects developed to connect agricultural production with modern markets through a cluster based approach. The scheme was launched by the Ministry of Food Processing Industries in 2008 under the Pradhan Mantri Kisan Sampada Yojana to reduce post harvest losses, improve value addition, strengthen cold chain systems, generate rural employment and increase farmers’ income. These parks create modern processing ecosystems with collection centres, processing units, cold storage, logistics and industrial plots for food industries in identified agricultural and horticultural zones across India.

Mega Food Parks Background

Mega Food Parks were introduced to modernize India’s fragmented food processing system and strengthen agricultural supply chains through integrated infrastructure development.

The Ministry of Food Processing Industries launched the Mega Food Park Scheme in 2008-09 to modernize food processing infrastructure and reduce wastage of agricultural and horticultural produce across supply chains.
The scheme followed a cluster model where food processing industries were developed within a defined agri-horticulture zone supported by common infrastructure, logistics facilities and strong farm to market linkages.
Projects were implemented through Special Purpose Vehicles registered under the Companies Act, while State Governments and cooperatives could directly implement projects without creating separate SPVs.
The Central Government provided grant in aid up to ₹50 crore per project with assistance covering 50% project cost in general areas and 75% in Northeastern and difficult regions.
Scheme guidelines provided a completion timeline of 30 months from final approval for establishing processing units, cold chains, warehouses and enabling infrastructure inside the parks.
A single Mega Food Park was expected to support 30-35 food processing units, benefit around 6,000 farmers directly and provide indirect support to nearly 25,000-30,000 farmers.
The Government discontinued the scheme from 1 April 2021, while allowing funding support only for ongoing projects and committed liabilities under approved food parks.
By November 2025, 41 Mega Food Park projects had been approved across multiple states and union territories, out of which 25 parks became fully operational.

Mega Food Parks Objectives

Mega Food Parks were designed to strengthen food processing through value addition, integrated infrastructure and better market access for farmers and industries.

Market Linkage Creation: The scheme aimed to connect agricultural production directly with processors, retailers and consumers through organized supply chains and integrated food processing infrastructure.
Reduction in Food Wastage: Mega Food Parks focused on minimizing post harvest losses of perishable commodities through cold chains, storage facilities, scientific handling and modern transportation systems.
Promotion of Value Addition: The scheme encouraged processing of raw agricultural produce into higher value food products to improve profitability and expand India’s processed food industry.
Rural Employment Generation: Mega Food Parks were planned to create large scale employment opportunities in rural areas through food processing units, logistics operations, packaging industries and warehousing activities.
Farmers’ Income Enhancement: By providing direct procurement systems, aggregation centres and better market access, the scheme intended to improve price realization and income security for farmers.
Development of Modern Infrastructure: The scheme aimed to establish world class food processing infrastructure including testing laboratories, packaging facilities, cold storage and common utility services within food clusters.

Mega Food Parks Features

Mega Food Parks provide integrated infrastructure facilities for food processing industries through centralized services, modern logistics and efficient supply chain management systems.

Hub and Spoke Model: Mega Food Parks operate through a Central Processing Centre linked with Primary Processing Centres and Collection Centres, ensuring efficient aggregation, storage and transportation of raw agricultural produce.
State of the Art Infrastructure: Parks include warehouses, cold storage units, ripening chambers, packaging centres, quality testing laboratories, effluent treatment plants, roads, electricity and water supply systems.
Industrial Plot Development: Each park generally contains 25-30 fully developed industrial plots where entrepreneurs establish food processing units with access to shared infrastructure and common facilities.
Common Facility Usage: Processing industries use shared infrastructure such as cold chains, testing facilities and storage systems on a hire basis, significantly reducing operational and capital costs.
Focus on Perishable Commodities: Mega Food Parks particularly support processing of fruits, vegetables, dairy, fisheries, meat and other perishable products requiring temperature controlled logistics and quick processing.
Environmental and Safety Standards: The scheme promotes scientific processing systems, food safety compliance, waste management and environmental protection through regulated infrastructure and monitoring mechanisms.
Monitoring Mechanism: Progress of projects was monitored by the Ministry through Programme Management Agencies, Project Management Consultants, periodic reviews, site inspections and financial scrutiny mechanisms.
Investment Promotion Platform: Each Mega Food Park attracted private investment in food processing industries, logistics and allied sectors, with many projects receiving investments exceeding ₹100 crore.

Mega Food Parks Components

Mega Food Parks include integrated processing and aggregation infrastructure connecting farms with processing industries through coordinated supply chain facilities.

Central Processing Centre (CPC): CPC acts as the core processing hub containing warehouses, cold storage, packaging units, testing laboratories, transportation systems and common utilities for multiple food processing industries within the park.
Primary Processing Centre (PCC): PCCs are established near production zones for cleaning, grading, washing, slicing, blanching and preliminary processing of agricultural produce before transportation to the CPC.
Collection Centre (CC): Collection Centres function as aggregation points where produce from farmers is weighed, sorted, graded, pre-cooled and stored before movement to processing facilities.

Mega Food Parks Significance

Mega Food Parks have strengthened India’s food processing sector through infrastructure creation, employment generation and reduction of agricultural wastage across supply chains.

Reduction in Post Harvest Losses: India faces significant losses in perishable commodities due to inadequate storage and transportation, while Mega Food Parks improve preservation through integrated cold chain infrastructure.
Boost to Food Processing Sector: The scheme enhanced processing capacity by promoting modern industrial units and creating integrated facilities supporting value added food production across multiple agricultural commodities.
Rural Industrialization Support: Mega Food Parks promoted industrial development in rural and semi urban areas by attracting private investment and creating local economic opportunities linked with agriculture.
Employment Generation Potential: Operational Mega Food Parks generated thousands of jobs in processing, logistics, packaging and storage activities, with parks like Patanjali Food and Herbal Park employing over 16,000 people.
Increased Farmers’ Market Access: Farmers gained access to organized procurement systems, better storage facilities and direct connectivity with food processing industries, improving agricultural commercialization.
Promotion of Private Investment: Several operational parks received private investment exceeding ₹70-100 crore, strengthening industrial infrastructure and increasing participation of private enterprises in food processing.
Export Promotion Capacity: Modern processing facilities, quality testing systems and packaging infrastructure developed under Mega Food Parks improved export readiness of processed food products from India.
Regional Agricultural Development: Parks were established across diverse states including Assam, Mizoram, Tripura and Uttarakhand, supporting balanced regional development and localized agro processing industries.

List of Operational Mega Food Parks in India

The following Mega Food Parks were operational under the Mega Food Park Scheme across different states of India as of November 2025.

Srini Mega Food Park: Located in Chittoor district of Andhra Pradesh, this was India’s first Mega Food Park and generated employment for nearly 17,200 people through integrated food processing activities.
Godavari Mega Aqua Park: Situated in West Godavari district of Andhra Pradesh, this park focuses on aqua food processing and generated employment opportunities for more than 4,000 people.
North East Mega Food Park: Located in Nalbari district of Assam, the project strengthened food processing infrastructure in Northeastern India with modern supply chain facilities and integrated processing systems.
Indus Best Mega Food Park: Established in Raipur, Chhattisgarh, the park was virtually inaugurated recently and is expected to benefit around 25,000 farmers through processing infrastructure.
Gujarat Agro Mega Food Park: Located in Surat district of Gujarat, the park supports integrated agro processing industries through common infrastructure and centralized logistics systems.
Cremica Mega Food Park: Situated in Una district of Himachal Pradesh, the project promotes food processing industries in hilly regions with grant supported infrastructure development.
Integrated Mega Food Park: Located in Tumkur district of Karnataka, this project generated employment for around 5,400 people through large scale processing and logistics operations.
KINFRA Mega Food Park: Established in Palakkad district of Kerala by Kerala Industrial Infrastructure Development Corporation, the park supports integrated food processing industries and storage systems.
Indus Mega Food Park: Located in Khargone district of Madhya Pradesh, the project supports processing of agricultural commodities through centralized infrastructure and industrial facilities.
Avantee Mega Food Park: Situated in Dewas district of Madhya Pradesh, this Mega Food Park attracted substantial private investment for agro-processing infrastructure and logistics systems.
Paithan Mega Food Park: Located in Aurangabad district of Maharashtra, the project strengthened food processing capacity and generated employment opportunities through integrated industrial facilities.
Satara Mega Food Park: Established in Satara district of Maharashtra, the park supports food processing units through common infrastructure and cluster based industrial development.
Zoram Mega Food Park: Located in Kolasib district of Mizoram, this project enhanced food processing infrastructure in Northeastern India through cold chain and storage facilities.
MITS Mega Food Park: Situated in Rayagada district of Odisha, the project supports agro processing industries and value addition activities in eastern India.
International Mega Food Park: Located in Fazilka district of Punjab, the park promotes processing industries linked with Punjab’s agricultural production systems.
Sukhjit Mega Food Park: Established in Kapurthala district of Punjab, this park supports integrated food processing infrastructure and employment generation in agro industrial sectors.
Greentech Mega Food Park: Located in Ajmer district of Rajasthan, the project developed centralized processing facilities and logistics infrastructure for food industries.
Smart Agro Mega Food Park: Situated in Nizamabad district of Telangana, this Mega Food Park supports food processing industries through cluster based industrial infrastructure.
Tripura Mega Food Park: Located in West Tripura district, the project strengthened food processing and agricultural value chains in the Northeastern region.
Patanjali Food and Herbal Park: Established in Haridwar district of Uttarakhand, the park generated employment for over 16,000 people through large scale food and herbal processing activities.
Himalayan Mega Food Park: Located in Udham Singh Nagar district of Uttarakhand, this project generated employment for around 16,040 people through integrated food processing infrastructure.
Jangipur Bengal Mega Food Park: Situated in Murshidabad district of West Bengal, the project supports agro processing and storage infrastructure in eastern India.
HSIIDC Mega Food Park: Developed by Haryana State Industrial and Infrastructure Development Corporation in Haryana, the project promotes organized food processing industries and logistics systems.
KSIDC Mega Food Park: Established in Alappuzha district of Kerala by Kerala State Industrial Development Corporation, the project supports agro processing and integrated storage infrastructure.
Fanidhar Mega Food Park Pvt. Limited: Located in Mehsana district of Gujarat, this project attracted private investment exceeding ₹100 crore for integrated food processing development.

Mega Food Parks FAQs

Q1: What is a Mega Food Park?

Ans: A Mega Food Park is an integrated food processing hub that connects farmers, processors and markets through modern infrastructure and supply chain facilities.

Q2: Which ministry implemented the Mega Food Park Scheme?

Ans: The Ministry of Food Processing Industries implemented the Mega Food Park Scheme in India.

Q3: When was the Mega Food Park Scheme launched?

Ans: The Mega Food Park Scheme was launched in 2008-09 to promote food processing and reduce agricultural wastage.

Q4: What are the main components of a Mega Food Park?

Ans: The major components include Collection Centres (CC), Primary Processing Centres (PCC) and Central Processing Centres (CPC).

Q5: Which was the first Mega Food Park in India?

Ans: Srini Mega Food Park located in Chittoor district of Andhra Pradesh was India’s first Mega Food Park.

Financial Inclusion in India through AI and DPI

May 18, 2026

India’s financial inclusion ecosystem is witnessing a major transformation through the integration of Artificial Intelligence (AI) and Digital Public Infrastructure (DPI). Platforms such as JAM Trinity, Unified Payments Interface (UPI), Unified Lending Interface (ULI), Account Aggregator (AA) framework, and AI-based credit systems are enabling faster, secure, and inclusive financial services for millions of citizens.

Recent initiatives such as Banking BHASHINI, RBI Regulatory Sandbox, MuleHunter.AI, and Digital ShramSetu further highlight India’s push towards AI-driven financial inclusion.

Financial Inclusion Meaning

Financial inclusion means providing affordable banking, credit, insurance, and payment services to all people, especially poor and vulnerable sections of society.

In India, it has shifted from a welfare-oriented goal to a technology-driven, digital-first system supported by innovation and public digital platforms.

Financial Inclusion through AI

Artificial Intelligence (AI) is transforming financial inclusion in India by making financial services faster, smarter, and more inclusive. AI uses digital data and advanced analytics to improve credit access, detect fraud, enhance customer service, and support better financial decisions. This is especially beneficial for MSMEs, rural populations, informal workers, women, and first-time borrowers.

BHASHINI and Banking BHASHINI

BHASHINI is an AI-powered multilingual initiative aimed at improving financial inclusion by making banking and financial services accessible in multiple Indian languages.

In February 2026, the Digital India BHASHINI Division (DIBD) and the RBI signed an MoU to integrate BHASHINI’s language AI models into the banking ecosystem.
The initiative seeks to provide banking access in all 22 scheduled Indian languages, helping remove language and literacy barriers, especially for rural and underserved populations.
BhashaDaan, a language data initiative, collects speech, text, and translations from people across India to train AI systems and improve language accuracy. Using these datasets, RBI and DIBD are jointly developing “Banking BHASHINI,” a domain-specific AI language model that integrates banking vocabulary, regulatory guidelines, and financial terminology.
By enabling AI-powered multilingual communication and service delivery, BHASHINI enables citizens to access banking services in their preferred language, strengthening inclusive financial access.

RBI Regulatory Sandbox

The RBI Regulatory Sandbox is a controlled framework that allows fintech companies and banks to test new AI-based financial products before full-scale launch.

It promotes responsible innovation while ensuring consumer protection and financial stability.
It allows testing of digital KYC, APIs, cybersecurity tools, and AI-driven financial solutions.
It helps regulators evaluate risks and benefits of new technologies in a safe environment.

MuleHunter.AI

MuleHunter.AI is an AI-powered tool launched by RBI Innovation Hub in December 2024 to detect mule bank accounts used in cybercrime and money laundering.

It uses AI and machine learning to analyze transaction patterns in real-time.
It identifies suspicious activities such as illegal betting and financial fraud.

Digital ShramSetu

Digital ShramSetu is a proposed AI-based national mission launched in October 2025 to improve financial inclusion and digital access for India’s 490 million informal workers.

It uses technologies like AI, blockchain, and digital learning tools to help workers improve their skills, increase productivity, and find better job opportunities.
The mission also provides support for skill verification and access to social security benefits.
Overall, it aims to connect informal workers with the formal economy and improve their income and dignity, contributing to the vision of Viksit Bharat 2047.

AI-Based Credit Scoring

AI is changing traditional lending systems by enabling credit assessment even for those without formal credit histories or CIBIL scores.

AI uses alternative data such as UPI transactions, GST filings, bank statements, and utility bill payments.
It creates dynamic risk profiles for faster and more accurate loan decisions.
It reduces dependence on informal lending and improves credit access for MSMEs and individuals.
AI-based systems can help unlock a credit gap of USD 130–170 billion.

Unified Lending Interface (ULI)

The Unified Lending Interface (ULI) is an AI-enabled digital lending system that improves access to credit through a DPI-based framework.

It connects financial institutions and data providers through a standard API system for seamless credit delivery.
It uses datasets such as land records, authentication systems, satellite data, and banking information for credit assessment.
It helps AI systems evaluate borrower risk more accurately, especially for MSMEs and first-time borrowers.
As of December 2025, 64 lenders (41 banks and 23 NBFCs) were onboarded, using over 136 data services across multiple loan journeys.

ULI is also being expanded to Regional Rural Banks (RRBs) and District Central Cooperative Banks (DCCBs) to improve credit access in rural and semi-urban areas.

What is Digital Public Infrastructure (DPI)?

Digital Public Infrastructure (DPI) refers to digital systems and platforms created by the government that allow people to easily access services such as banking, payments, identity verification, healthcare, and welfare benefits in a secure and efficient manner. Examples of DPI in India include : Aadhaar, UPI (Unified Payments Interface), Jan Dhan Accounts, Direct Benefit Transfer (DBT), and Account Aggregator (AA) Framework.

Financial Inclusion through DPI

In India, DPI has played a major role in improving financial inclusion by enabling secure, affordable, and accessible financial services through interoperable digital platforms.

JAM Trinity (Jan Dhan-Aadhaar-Mobile)

JAM Trinity integrates Jan Dhan bank accounts, Aadhaar digital identity, and mobile connectivity to provide every citizen with a unique financial identity and access to banking services.

Over 144 crore Aadhaar numbers generated as of March 2026.
Jan Dhan accounts increased from 14.72 crore in 2015 to 58.16 crore by April 2026.
Deposits in Jan Dhan accounts crossed ₹3.02 lakh crore.
India has 125.87 crore wireless subscribers.
5G services cover nearly 85% of the population.

It has expanded banking access, enabled direct welfare delivery, and reduced financial exclusion.

Unified Payments Interface (UPI)

UPI is a real-time digital payment system that allows instant money transfer between bank accounts through mobile applications.

In March 2026, UPI processed 2,264.11 crore transactions worth around ₹29.53 lakh crore.
691 banks are connected to the platform.
UPI accounts for nearly 81% of India’s retail digital payment volume.

UPI has democratized digital payments, reduced dependence on cash, and improved financial participation of small merchants and rural users.

Direct Benefit Transfer (DBT)

DBT transfers government subsidies and welfare benefits directly into beneficiaries’ bank accounts.

Cumulative DBT transfers crossed ₹49.09 lakh crore by January 2026.
It has saved over ₹4.31 lakh crore by eliminating fake and duplicate beneficiaries.

DBT has improved transparency, reduced leakages, and strengthened digital governance.

Account Aggregator (AA) Framework

The Account Aggregator framework enables secure and consent-based sharing of financial data across institutions.

Account Aggregators are RBI-regulated NBFCs that transfer financial data based on customer consent.
Over 2.6 billion accounts are enabled for data sharing.
Around 252.9 million users have linked their accounts to the AA ecosystem.
RBI has granted licenses to 17 Account Aggregators.

The framework reduces paperwork, speeds up loan approvals, and strengthens AI-based credit assessment.

Aadhaar-enabled Financial Services

Aadhaar supports secure biometric authentication for banking and welfare services.

It enables Aadhaar Enabled Payment System (AePS), e-KYC, and direct welfare transfers.
It reduces identity fraud and improves access to banking services in remote areas.

Aadhaar has become the foundation of India’s digital financial ecosystem.

Expanding Digital Connectivity

Digital infrastructure expansion is improving last-mile financial access across the country.

Mobile connectivity and internet penetration are increasing rapidly.
5G services now cover nearly all districts in India.

Improved connectivity is supporting digital banking, fintech services, and AI-driven financial inclusion.

Financial Inclusion in India through AI and DPI FAQs

Q1: What is the role of AI in financial inclusion in India?

Ans: AI enables alternative credit scoring, fraud detection, and multilingual banking, expanding credit and services to unbanked and informal users.

Q2: How does Digital Public Infrastructure (DPI) support financial inclusion?

Ans: DPI provides interoperable systems like Aadhaar, UPI, and AA that enable low-cost digital identity, payments, and credit access at scale.

Q3: What is Banking BHASHINI?

Ans: It is an AI-based multilingual banking system that enables financial services in Indian languages, reducing language barriers in access.

Q4: How does UPI promote financial inclusion?

Ans: UPI enables instant, low-cost digital payments, bringing small merchants and rural users into the formal financial system.

Q5: What is the Account Aggregator framework?

Ans: It is a consent-based RBI system that allows secure sharing of financial data to improve credit access and financial services.

Anaimangalam Copper Plates

May 18, 2026

Anaimangalam Copper Plates Latest News

The Netherlands returned the 11th-century Anaimangalam Copper Plates (Leiden Plates) to India during the Prime Minister’s recent visit, restoring a monumental Chola-era record of maritime trade and religious pluralism.

About Anaimangalam Copper Plates

The Anaimangalam Copper Plates, also known as the Leiden Plates, are 11th-century inscriptions associated with the Chola Empire.
The plates are 21 in number and weigh about 30 kg. They are held together by a bronze ring locked with the royal seal of Rajendra Chola I.
The inscriptions on the copper plates date to the reign of Emperor Rajaraja Chola I (985–1014 CE) and his son Rajendra.
The plates are divided into two sections: one has texts in Sanskrit; the other, in Tamil.
- The initial plates are in Sanskrit, offering a detailed genealogy of the Chola rulers and linking them to mythological figures.
- The majority of plates are in Tamil, documenting administrative and grant details.
The Tamil section records Rajaraja’s grant of land revenues and taxes to the Chudamani Vihara, a Buddhist monastery in Nagapattinam.
- The monastery was built by Sri Mara Vijayotunga Varman, the ruler of the Srivijaya kingdom in present-day Indonesia.
- The land grants were originally issued by Rajaraja Chola I, but his son, Emperor Rajendra Chola I, later had the order engraved onto the copper plates to preserve it.
The inscriptions provide a rare insight into the maritime links, religious pluralism, and cultural exchanges that existed between South India and Southeast Asia during the peak of the Chola period.
The plates’ journey abroad began around 1700 when Dutch missionary Florentius Camper acquired them during the Dutch East India Company’s control of Nagapattinam.
They eventually found their way to Leiden University Library, Netherlands, where they have been studied by scholars but are largely inaccessible to the public.

Source: WION

Anaimangalam Copper Plates FAQs

Q1: What are the Anaimangalam Copper Plates?

Ans: The Anaimangalam Copper are 11th-century inscriptions associated with the Chola Empire.

Q2: What are the Anaimangalam Copper Plates also known as?

Ans: The Leiden Plates.

Q3: How many copper plates are there in the Anaimangalam collection?

Ans: 21 plates.

Q4: What does the Sanskrit section of Anaimangalam Copper Plates contain?

Ans: The genealogy of the Chola rulers and links to mythological figures.

Q5: What does the Tamil section of the Anaimangalam Copper Plates mainly record?

Ans: Administrative and land grant details.

Red-Necked Falcon

May 18, 2026

Red-Necked Falcon Latest News

Recently, a rare Red-necked falcon was sighted in Kawal Tiger Reserve.

About Red-Necked Falcon

The red-necked falcon (Falco chicquera ) is a bird of prey in the falcon family.
It has two disjunctive populations, one in India and the other in Africa.
Appearance: It is a medium-sized bird of prey recognised for its distinctive reddish-brown crown and neck, bluish-grey upperparts, sharp talons, and agile flight.
Habitat: The species is usually found in open woodlands, dry deciduous forests, scrublands, and agricultural fields.
Distribution: India up to Himalayan foothills and terrai; Nepal, Pakistan and Bangladesh, South of Sahara in Africa.
Characteristics
- It is known for its hunting abilities. It usually hunts in pairs, often at dawn and dusk.
- They are mostly resident but may make nomadic movements in response to weather.
- Diet: It feeds on small birds, insects, reptiles, and rodents.
Threats: Habitat degradation, deforestation, pesticide usage, and disturbance in nesting areas are among the major threats.
Conservation Status
- IUCN: Near Threatened

Source: TT

Red-Necked Falcon FAQs

Q1: Wildlife Protection Act, 1972 listing of Red-Necked Falcon is?

Ans: Schedule I

Q2: What is the Scientific name of Red-Necked Falcon ?

Ans: Falco chicquera

Nordic Countries

May 18, 2026

Nordic Countries Latest News

In the fourth leg of his visit, the Prime Minister will reach Norway for the 3rd India-Nordic Summit and bilateral engagements.

About Nordic Countries

The Nordic countries, also known as the Nordic region, are a group of countries in northern Europe consisting of Denmark, Finland, Iceland, Norway, and Sweden.
The designation includes the Faroe Islands and Greenland, which are autonomous island regions of Denmark, and the Åland Islands, an autonomous island region of Finland.
The term is sometimes used interchangeably with Scandinavia, a peninsular region of northern Europe that serves as the geographic core of the Nordic countries.
- Scandinavia is typically defined more restrictively, however, and refers primarily to Norway, Sweden, and Denmark.
Sweden is the largest and most populous of the Nordic countries. Iceland is the least populous. Denmark is the smallest.
The countries have many similarities in that they rank highly worldwide in such areas as education, civil liberties, quality of life, and economic competitiveness.
Language:
- Most inhabitants of the Nordic region speak North Germanic languages (also called Nordic or Scandinavian languages): Danish, Norwegian, and Swedish, as well as Faroese and Icelandic.
- Native non-Germanic languages include Greenlandic, Finnish, and Sami languages.
Political System:
- Denmark, Sweden, and Norway are constitutional monarchies and parliamentary democracies.
- Finland and Iceland are democratic republics.
- Iceland's parliament, the Althing, is the oldest parliament in the world.
Cooperation:
- There is close cooperation between the countries through the Nordic Council and the Nordic Council of Ministers.
- Denmark, Sweden, and Finland are members of the European Union (EU).
- Norway and Iceland are European Economic Area (EEA) members.
  - EEA includes EU countries and also Iceland, Liechtenstein, and Norway.

Source: NOA

Nordic Countries FAQs

Q1: What are the Nordic Countries?

Ans: A group of countries in northern Europe consisting of Denmark, Finland, Iceland, Norway, and Sweden.

Q2: Which is the largest Nordic country by area and population?

Ans: Sweden.

Q3: Which is the smallest Nordic country?

Ans: Denmark.

Q4: Which Nordic countries are constitutional monarchies?

Ans: Denmark, Sweden, and Norway.

Q5: Which Nordic countries are democratic republics?

Ans: Finland and Iceland.

Model Collapse

May 18, 2026

Model Collapse Latest News

Researchers recently showed that adding just one outside data point or prior knowledge to training can reliably prevent collapse in tested models.

About Model Collapse

Model collapse is what happens when AI models are trained on data that includes content generated by earlier versions of themselves, known as synthetic data or model-generated data.
Over time, this recursive process causes the models to drift further away from the original data distribution, losing the ability to accurately represent the world as it really is.
This means that large language models (LLMs) and other complex AI systems are increasingly ingesting generated data that is statistically simpler than the human-generated data on which they were originally built, leading to irreversible defects in future models.
Instead of improving, the AI starts to make mistakes that compound over generations, leading to outputs that are increasingly distorted and unreliable.
This takes place because any errors present in one model’s output during its fitting are later included in the training of its successor.
AI Model Collapse Can Cause:
- Limited creativity: Collapsed models can’t truly innovate or push boundaries in their respective fields.
- Stagnation of AI development: If models consistently default to “safe” responses, it can hinder meaningful progress in AI capabilities.
- Missed opportunities: Model collapse could make AIs less capable of tackling real-world problems that require nuanced understanding and flexible solutions.
- Perpetuation of biases: Since model collapse often results from biases in training data, it risks reinforcing existing stereotypes and unfairness.
Some solutions include tracking data provenance, preserving access to original data sources, and combining accumulated AI-generated data with real data to train AI models.

Source: MSN

Model Collapse FAQs

Q1: What is AI model collapse?

Ans: It is the degradation of AI models caused by training them on AI-generated or synthetic data from earlier models.

Q2: What type of data mainly contributes to model collapse?

Ans: Synthetic or model-generated data.

Q3: What happens when AI models are repeatedly trained on their own outputs?

Ans: They drift away from the original real-world data distribution.

Q4: How can model collapse affect AI creativity?

Ans: It can limit creativity and reduce innovation.

India’s External Sector Under Stress: Oil Prices, Capital Outflows and Reforms Needed

May 18, 2026

India’s external sector is witnessing increasing stress due to rising oil prices, geopolitical instability, and volatile foreign capital flows. In 2026, Foreign Portfolio Investors have withdrawn more than ₹2 lakh crore from Indian markets, while the West Asian crisis threatens to push India’s Current Account Deficit close to 2% of Gross Domestic Product. At the same time, global capital flows are becoming increasingly fragmented and geopolitical in nature.

What is Capital Outflow?

Capital outflow refers to the movement of financial assets and investments from one country to another. It takes place when foreign investors withdraw investments from domestic markets or when domestic firms and individuals invest heavily abroad. Capital outflows mainly occur through:

withdrawal of Foreign Portfolio Investments,
overseas expansion of domestic firms,
repayment of external debt,
withdrawal of deposits by foreign investors and Non-Resident Indians,
and panic-driven capital flight during periods of uncertainty.

In emerging economies like India, large capital outflows can weaken the currency, increase inflationary pressures, reduce market confidence and destabilise the Balance of Payments position.

Why is India’s External Sector Under Stress?

A combination of global uncertainties and domestic structural challenges has increased pressure on India’s external sector in recent years.

Rising Oil Prices and Energy Vulnerability

The ongoing conflict in West Asia has increased fears of supply disruptions and rising crude oil prices. India imports nearly 85% of its crude oil requirement, making it highly vulnerable to global energy shocks.

The prolonged disruption around the Strait of Hormuz has pushed global crude prices close to 120 dollars per barrel.
Higher oil prices increase India’s import bill and widen the Current Account Deficit.
They also create inflationary pressures by increasing transportation and production costs across sectors.
Rising energy costs eventually weaken domestic demand and reduce industrial profitability.

Foreign Portfolio Investment Outflows

India has witnessed significant Foreign Portfolio Investment outflows in 2026 as global investors increasingly shift towards developed markets.

High interest rates in the United States and Europe have reduced the attractiveness of emerging market assets.
United States Treasury yields continue to remain above 4%, narrowing the interest-rate differential between India and advanced economies. As a result, risk-averse global capital is moving back towards safer developed markets.
Domestic taxation policies have also contributed to investor concerns. Long-term capital gains are taxed at 12.5%, while short-term gains are taxed at 20%. The removal of indexation benefits has further reduced post-tax returns for foreign investors.
Consequently, foreign ownership in Indian equities declined to a 14-year low of nearly 16% in March 2026, reflecting weakening investor confidence.

Structural Shift in Global Capital Flows

Earlier, foreign investors mainly focused on market size, cheap labour, and higher returns. However, investment decisions are now increasingly influenced by geopolitics, strategic alliances, and industrial policies.

Developed economies such as the United States and European countries are offering large subsidies and incentives to attract industries and supply chains back to their own regions. As a result, global capital is increasingly moving towards advanced economies.

According to the United Nations Conference on Trade and Development, global Foreign Direct Investment increased by 14% to nearly 1.6 trillion dollars in 2025.
However, flows to developing economies declined by 2%, while developed economies witnessed a sharp rise of 43%.

This shows that emerging economies like India are facing tougher competition in attracting stable long-term foreign investment.

Balance of Payments and Rupee Pressures

India’s Balance of Payments position has weakened due to persistent trade deficits and volatile capital inflows.

Although remittances and service exports continue to provide support, rising import bills and capital outflows have increased pressure on external stability.
The Indian Rupee touched record lows against the United States Dollar in 2026 amid growing uncertainty in global markets. Currency depreciation further increases imported inflation and raises the cost of external debt repayment.
India’s foreign exchange reserves have also witnessed pressure due to interventions aimed at stabilising the rupee and managing volatility.

Regulatory and Policy Uncertainty

Global investors increasingly prefer economies with stable and predictable policy environments.

In India, concerns regarding retrospective taxation, regulatory unpredictability and compliance burdens have affected investor sentiment.
Stricter disclosure norms for Foreign Portfolio Investors and intensive compliance requirements in certain sectors have increased perceptions of policy uncertainty.

Implications of Rising Capital Outflows on India

The combined impact of rising oil prices and capital outflows is creating multiple macroeconomic challenges for the Indian economy.

Pressure on the Rupee and Imported Inflation

Persistent capital outflows weaken the rupee as investors convert domestic assets into foreign currency.
Currency depreciation increases the cost of imports, particularly crude oil, fertilizers, and industrial inputs.
As imported inflation rises, the Reserve Bank of India may be forced to maintain tighter monetary conditions, which can slow consumption and investment growth.

Decline in Foreign Exchange Reserves

The Reserve Bank of India often uses foreign exchange reserves to reduce excessive volatility in the currency market.

Continuous intervention during periods of heavy outflows can gradually weaken external buffers.

A decline in reserves reduces India’s ability to manage future external shocks and increases vulnerability to global financial instability.

Increase in Borrowing Costs

- Large capital outflows tighten liquidity conditions in financial markets and increase government bond yields.

India’s benchmark 10-year government bond yield crossed 7% in 2026 amid inflation concerns and volatile capital flows.

Higher borrowing costs increase the cost of credit for businesses and households. This affects private investment, industrial expansion and overall economic growth.
At the same time, liquidity pressures in the banking system can weaken credit availability for productive sectors.

Weakening of Private Investment and Employment

Reduced foreign investment weakens capital formation in sectors such as infrastructure, manufacturing, and technology.

Many private firms postpone expansion plans during periods of uncertainty and expensive credit.
Recent surveys indicate a decline in planned private capital expenditure by major Indian firms. This slowdown may adversely affect job creation, manufacturing growth, and integration into global value chains.
The technology startup ecosystem has also witnessed funding pressures, leading to hiring slowdowns and cost rationalisation.

Fiscal Pressures and Subsidy Burden

Rising oil prices and imported inflation increase pressure on government finances.

To protect vulnerable sections, the government may be forced to expand subsidies on fertilizers, fuel, and food.
This creates a difficult policy trade-off between welfare spending and productive capital expenditure on infrastructure and development projects.

Reforms Needed to Strengthen India’s External Sector

To manage rising external sector pressures and restore investor confidence, India needs reforms at three levels — short-term stabilisation, improving competitiveness and long-term structural reforms.

Short-Term Stabilisation Measures

India needs immediate measures to reduce pressure on capital flows and the Balance of Payments position.

India can consider reducing the tax burden on foreign investors. A more investor-friendly capital gains tax system can encourage Foreign Portfolio Investors to stay invested in Indian markets.
Instead of relying heavily on Foreign Currency Non-Resident (FCNR) bonds , India should focus on improving investor confidence through stable policies and tax reforms. FCNR bonds should remain only an emergency tool.
Efforts must be made to reduce imports of oil and gold, as both increase pressure on the Current Account Deficit. Gradual fuel price adjustments and subsidy reforms, especially in fertilizers, can help reduce external and fiscal pressures.
India can further liberalise Foreign Direct Investment rules by allowing more sectors under the automatic approval route and simplifying investment procedures.
Faster approvals for foreign investments, especially in sectors such as electronics and advanced manufacturing, can improve India’s attractiveness as a global investment destination.

Improving Competitiveness

Along with stabilisation, India must improve its domestic competitiveness to attract long-term investments and strengthen exports.

Faster infrastructure development in roads, ports, logistics and industrial corridors can reduce production and transport costs, making Indian exports more competitive.
Labour reforms must be implemented effectively across states to support labour-intensive sectors such as textiles, food processing and electronics manufacturing.
Increasing labour force participation and supporting agro-processing industries can create employment opportunities and strengthen India’s position in global value chains.
Judicial reforms such as fast-track commercial courts and technology-based case management systems can reduce delays in dispute resolution and improve investor confidence.
Improving the national single-window clearance system can simplify business approvals and reduce bureaucratic hurdles.

Long-Term Structural Reforms

For long-term external sector stability, India needs deeper structural reforms aimed at improving exports and reducing dependence on volatile foreign capital.

India should strengthen trade integration with regions such as ASEAN and the European Union to improve export growth and integration into global value chains.
Production Linked Incentive schemes can be expanded to labour-intensive sectors to increase manufacturing and employment generation.
Reducing dependence on imported energy is essential for external sector stability. Bringing petroleum products and electricity under the Goods and Services Tax framework can improve efficiency and reduce costs.
India must also deepen its corporate bond market and strengthen domestic sources of long-term capital to reduce excessive dependence on volatile Foreign Portfolio Investment flows.

Together, these reforms can strengthen India’s external sector resilience and improve the economy’s ability to manage future global shocks.

India’s External Sector Under Stress FAQs

Q1: What is meant by capital outflow?

Ans: Capital outflow refers to the movement of financial assets and investments from one country to another when foreign investors withdraw investments or domestic entities invest heavily abroad.

Q2: Why is India vulnerable to rising crude oil prices?

Ans: India imports nearly 85% of its crude oil requirement, making the economy highly dependent on global energy markets and vulnerable to supply disruptions and price shocks.

Q3: How do rising oil prices affect India’s external sector?

Ans: Higher oil prices increase the import bill, widen the Current Account Deficit, raise imported inflation and put pressure on the Indian Rupee and foreign exchange reserves.

Q4: What is the Current Account Deficit?

Ans: Current Account Deficit occurs when a country’s total imports of goods, services and transfers exceed its total exports and inflows.

Q5: Why are Foreign Portfolio Investors withdrawing funds from India?

Ans: High interest rates in developed economies, global uncertainty, better returns in advanced markets and concerns related to taxation and policy uncertainty have reduced the attractiveness of Indian financial assets.

Basel Convention, Background, Objectives, Features, Amendments, PIC

May 18, 2026

The Basel Convention is an international agreement that aims to protect people and the environment from the harmful effects of hazardous waste. It was adopted in 1989 and came into force in 1992, at a time when many developed countries were sending dangerous waste to developing nations without proper safety measures.

Background of the Basel Convention

The issue of hazardous waste became a global concern in the early 1980s, when it was included as a priority area under the UNEP’s Montevideo Programme on Environmental Law (1981).
During the 1980s, it was discovered that toxic waste from developed countries was being dumped in developing regions, especially in Africa, which led to strong public protests worldwide.
At the same time, developed countries had started enforcing strict environmental laws in the 1970s and 1980s, which made waste disposal more expensive and difficult.
People in these countries opposed having hazardous waste near their homes, leading to the NIMBY (Not In My Backyard) attitude.
Due to rising costs and public pressure, some companies began sending hazardous waste to Eastern Europe and developing countries, where environmental rules were weaker. This practice became known as “toxic trade.”
To address this issue, the UNEP Governing Council in June 1987 approved the Cairo Guidelines, which helped countries manage hazardous waste but were not legally binding.
In the same year, based on a proposal by Switzerland and Hungary, UNEP formed a working group to draft a global agreement to control the movement of hazardous waste.
The final draft was discussed at the Conference of Plenipotentiaries, held in Basel, Switzerland, from 20-22 March 1989, with participation from 116 countries.
The Basel Convention was adopted unanimously on 22 March 1989, along with eight supporting resolutions.
A total of 105 countries and the European Economic Community (EEC) signed the Final Act of the conference.
The Convention finally came into force on 5 May 1992, after the required number of countries formally accepted it.

Objective of the Basel Convention

The main goal of the Convention is to protect human health and the environment from the harmful effects of hazardous waste.
It covers a wide range of waste types, including those that are dangerous due to their origin, composition, or characteristics.
It also includes certain “other wastes” such as household waste, incinerator ash, some plastic waste, and electronic waste (e-waste).
Aims and Key Provisions
- The Convention aims to reduce the generation of hazardous waste and encourage countries to manage it safely within their own boundaries as much as possible.
- It tries to limit the movement of hazardous waste across borders, allowing it only when it is absolutely necessary and environmentally safe.
- A proper regulatory system is created to control such movements when they are allowed.

Basel Convention Salient Features

Prior Informed Consent (PIC): Hazardous waste cannot be sent from one country to another without prior information and approval from the receiving country.
Restriction on Non-Parties: Countries that are not members of the Convention cannot trade hazardous waste with member countries, unless there is a special agreement.
Domestic Laws Required: All member countries must create their own laws to control, prevent, and punish illegal handling or movement of hazardous waste.
Responsibility of Countries: Each country is responsible for the safe generation, storage, transport, treatment, recycling, and disposal of hazardous waste within its territory.
Environmentally Sound Management (ESM): Waste must be handled in a way that protects human health and the environment at every stage.
Minimisation of Waste: Countries are encouraged to reduce the generation of hazardous waste as much as possible.
Control of Transboundary Movement: The Convention aims to reduce and strictly regulate international movement of hazardous waste.
Conference of Parties (COP): The COP is the main decision-making body, which reviews progress, adopts rules, and guides implementation of the Convention.
Illegal Traffic as Crime: Illegal transport or dumping of hazardous waste is treated as a criminal offence under the Convention.
Technical Cooperation: Encourages sharing of technology, knowledge, and capacity building among countries for better waste management.

Waste under Basel Convention

Waste means any material or object that is thrown away, planned to be thrown away, or required by law to be disposed of.
Annex I lists hazardous wastes (toxic, flammable, harmful), which are strictly controlled.
Annex II covers “other wastes” that need special care, mainly household waste.
Common examples include used lead-acid batteries, biomedical waste, used oils, industrial chemical waste, toxic pesticides, and POP (persistent organic pollutants) waste.
It also includes harmful substances like PCBs, found in plastics, paints, and electrical equipment.
The Convention now also deals with modern issues like e-waste (mobiles, laptops), ship-breaking waste (mercury, asbestos), and illegal dumping of hazardous waste.
It ensures that all such waste is handled, transported, recycled, and disposed of safely to protect human health and the environment.
It also encourages countries to reduce waste generation and adopt cleaner and safer technologies.

Cartagena Declaration

The Cartagena Declaration on the Prevention, Minimization and Recovery of Hazardous Wastes was adopted in 2011 during the 10th meeting of the Conference of the Parties (COP) to the Basel Convention.
It reflects a strong commitment by countries to reduce the generation of hazardous waste and manage it in a safer and more efficient way.
Even after 20 years of the Basel Convention, countries observed that hazardous waste was still increasing globally, and its movement across borders had not reduced significantly.
Due to these growing concerns, the declaration was adopted to protect human health and the environment from the harmful effects of such waste.
Countries agreed to take active steps to:
- Prevent and minimize waste generation
- Promote cleaner production methods
- Reduce the link between economic growth and environmental damage
- Improve global cooperation through technology transfer and capacity building

Basel Convention Members

The Basel Convention (1989) is a widely accepted international agreement, and it currently has 191 member countries (Parties), showing strong global support and 53 signatories.
India is also a member (party) to the Basel Convention and actively follows its rules for managing hazardous waste.
India signed the Convention in June 1992, and it officially came into force for India on 22 September 1992.
Being a party means that India is committed to controlling hazardous waste movement, ensuring safe disposal, and protecting the environment and human health.

Amendments to Basel Convention

Plastic Waste Amendments (2019)
- At the 14th Conference of the Parties (COP-14) held in 2019, important amendments were made to Annexes II, VIII and IX of the Basel Convention.
- The main aim of these amendments was to strengthen control over the movement of plastic waste across countries and to clearly define how plastic waste is covered under the Convention.
- This step was important because plastic waste had become a major global environmental issue, and better regulation was needed.
E-Waste Amendments (2022)
- At the 15th Conference of the Parties (COP-15) held in June 2022, further amendments were made to Annexes II, VIII and IX.
- These amendments focused on electronic and electrical waste (e-waste).
- The goal was to expand control over the movement of e-waste and ensure that all such waste follows the Prior Informed Consent (PIC) procedure.
- This means that countries must inform and get permission before exporting or importing e-waste.

Basel Convention Ban Amendment

The Ban Amendment is a key provision under the Basel Convention that aims to stop the export of hazardous waste from developed countries to developing countries, so that poorer nations are not burdened with waste they cannot safely manage.
It applies to countries listed in Annex VII, which include OECD countries, European Union (EU) members, and Liechtenstein, and restricts them from sending hazardous waste to countries not included in this list.
Under this amendment, all exports of hazardous waste for final disposal are completely prohibited, and exports for recycling, reuse, or recovery are also banned when sent from developed to developing countries. As many developing countries were receiving hazardous waste without having proper facilities to handle it in an environmentally safe way.
It was agreed that exports for final disposal should stop immediately, while exports for recycling or recovery should be gradually phased out and completely banned by 31 December 1997.
Later, at the 3rd Conference of the Parties (COP-3) in 1995, this decision was officially adopted as an amendment to the Convention, which came to be known as the Ban Amendment.
However, for several years, there was confusion among countries about how to interpret the rules for amendments, especially regarding when the Ban Amendment would come into force.
To resolve this, the President of COP-9 suggested a way forward and encouraged countries to create conditions that would support the amendment’s implementation.
Following this, Indonesia and Switzerland launched a Country-Led Initiative (CLI) to improve the effectiveness of the Basel Convention and help move the Ban Amendment forward.
At the 10th Conference of the Parties (COP-10), countries adopted Decision, which clarified the interpretation of the Convention’s amendment rules and supported the progress of the Ban Amendment.

India’s Waste Management Framework

Solid Waste Management (SWM) Rules, 2026
- Notified under the Environment (Protection) Act, 1986; has come into force from 1 April 2026, replacing 2016 rules.
- Makes four-stream waste segregation mandatory: wet, dry, sanitary, and special care waste.
- Follows Circular Economy and Extended Producer Responsibility (EPR) principles.
- Introduces environmental compensation (fines) based on the Polluter Pays Principle for violations like improper waste handling or false reporting.
- Central Pollution Control Board (CPCB) will issue guidelines; State Boards will impose penalties.
- Defines Bulk Waste Generators (BWGs) (large institutions, societies, etc.) and makes them responsible for proper waste processing.
- Introduces Extended Bulk Waste Generator Responsibility (EBWGR); encourages on-site processing of wet waste.
- Sets up a centralised online portal for tracking waste from generation to disposal and for registrations, reporting, and audits.
- Promotes faster land allocation for waste processing facilities with buffer zone guidelines.
- Recognises Material Recovery Facilities (MRFs) for sorting and recycling waste.
- Mandates industries to use Refuse Derived Fuel (RDF), increasing usage from 5% to 15% over time.
- Restricts landfilling only to non-recyclable and inert waste; higher fees for dumping unsegregated waste.
- Focuses on biomining and bioremediation of old dumpsites with regular monitoring.
- Special provisions for hilly areas and islands, including user fees for tourists and decentralised waste management.
- Provides for central and state-level committees to ensure effective implementation of the rules.
Plastic Waste Management (Amendment) Rules 2026
- Built on Plastic Waste Management Rules 2016 and EPR framework 2022
- Mandatory use of recycled plastic in packaging by Producers, Importers and Brand Owners
- Category I rigid plastic requires 30 percent recycled content in 2025-26 increasing to 60 percent by 2028-29
- Category II flexible plastic requires 10 percent initially and increases to 20 percent from 2027-28
- Category III multi-layered plastic requires 5 percent initially increasing to 10 percent from 2027-28
- Mandatory labelling and marking to disclose use of recycled plastic
- Exemptions allowed for sectors like food, medicines and pesticides due to other regulatory laws
- Carry forward provision allows companies to meet shortfall within three years with partial yearly compliance
- Introduction of trading certificates for buying and selling recycling credits
- End-of-life disposal allows use of non-recyclable plastic for energy generation, fuel, cement industry and road construction
E-Waste (Management) Rules, 2022
- Waste management is handled through an online portal managed by CPCB.
- Producers must meet EPR targets for collecting and recycling e-waste.
- Aims to reduce harmful substances and promote safe recycling of electronics.
Hazardous and Other Wastes Rules, 2016
- Covers generation, storage, treatment, and movement of hazardous waste.
- Industries must follow strict rules for classification and safe handling.
- Waste generators are fully responsible for safe disposal to avoid harm.
Bio-Medical Waste Management Rules, 2016
- Applies to hospitals and healthcare facilities.
- Waste must be segregated using color-coded bags at the source.
- Requires proper treatment using incinerators or autoclaves.
Construction and Demolition (C&D) Waste Rules, 2016
- Builders must separate construction waste and submit waste plans.
- Local authorities must set up collection and recycling systems.
- Encourages reuse and processing of construction debris.

Recent COP Meetings of Basel, Rotterdam & Stockholm Conventions

The 17th Basel, 12th Rotterdam, and 12th Stockholm Convention COPs were held together in Geneva to strengthen global environmental governance.
Joint Commitment: All three conventions agreed to improve coordination and cooperation with other global environmental agreements.
Basel Convention (COP-17):
- Updated technical guidelines for managing POPs (Persistent Organic Pollutants) waste.
- Adopted a new Strategic Framework (2025-2031) for better waste management.
- Started new work on transboundary movement of textile waste.
New Focus Area - Textile Waste:
- Often mislabelled as donations or recyclables.
- Creates problems for developing countries (Global South) in identifying usable vs waste materials.
Shipbreaking Issue:
- Around 15,000 ships are expected to be dismantled in the next 15 years.
- Ships contain hazardous materials like POPs and heavy metals.
- Regulatory challenge due to overlap between Basel Convention and Hong Kong Convention rules.

Basel Convention FAQs

Q1: What is the Basel Convention?

Ans: The Basel Convention is an international agreement (1989) to control the movement of hazardous waste between countries and ensure its safe disposal to protect human health and the environment.

Q2: Why was the Basel Convention created?

Ans: It was created to stop the dumping of toxic waste from developed countries into developing nations, a practice known as “toxic trade,” which caused serious environmental and health issues.

Q3: What is the main objective of the Basel Convention?

Ans: Its main goal is to reduce hazardous waste generation and ensure environmentally sound management (ESM) of waste to protect people and nature.

Q4: What is Prior Informed Consent (PIC) under Basel Convention?

Ans: PIC means a country must inform and get approval from another country before exporting hazardous waste to it.

Q5: What types of waste are covered under the Basel Convention?

Ans: It covers hazardous waste (toxic, flammable, chemical waste) and other wastes like household waste, plastic waste, and e-waste.

Indian Divorce Act, 1869, Background, Key Provisions, Cases

May 18, 2026

The Indian Divorce Act, 1869 is a law that deals with divorce and other marital issues, mainly for Christians in India. It provides a legal framework for matters such as separation, divorce, and rights of husband and wife. Over time, the Act has been amended to make it more fair and in line with modern values. In general, it aims to ensure justice and protect the rights of individuals within marriage when relationships break down.

Background

About the Act - The Indian Divorce Act, 1869 deals with the divorce laws for people who follow Christianity. It was introduced by the British before independence and came into force on 1st April 1869.
Applicability in India - This Act applies to Christians living in India (earlier Jammu and Kashmir was excluded). Different religions in India have separate laws for marriage and divorce, like Hindus under the Hindu Marriage Act, Muslims under the Muslim Marriage Act, Parsis under the Parsi Marriage and Divorce Act, and inter-community marriages under the Special Marriage Act. Similarly, Christians are governed by this Act.

Key Provisions

Grounds for Dissolution of Marriage
- General grounds for divorce - Under Section 10, either husband or wife can file a petition in the district court where the marriage took place or where they last lived together. Divorce can be granted on grounds such as adultery, conversion to another religion, unsound mind for two years, diseases like leprosy or venereal disease, refusal to consummate marriage, desertion for two years, or cruelty.
- Additional grounds for wife - A wife can also file for divorce if the husband is guilty of serious offences like rape, sodomy, or bestiality after marriage.
Divorce by Mutual Consent
- Conditions for mutual consent - Under Section 10A, both parties can file for divorce together if they have been living separately for at least two years and are unable to live together.
- Requirements to be proved - They must show that they are living separately, cannot stay together, and have mutually agreed on issues like child custody, property division, and maintenance.
Rights Related to Mutual Consent Divorce
- Maintenance (Alimony) - If both parties agree on maintenance, the court generally accepts it. There is no fixed minimum or maximum limit.
- Custody of children - The couple can mutually decide whether custody will be joint, shared, or given to one parent.
- Property division - Both movable and immovable property are divided based on mutual understanding.
Divorce Without Mutual Consent
- Petition by husband - A husband can file a petition for divorce mainly on the ground that the wife has committed adultery after marriage.
- Petition by wife - A wife can file for divorce on several grounds such as husband’s conversion, remarriage, continuous adultery, bigamy with adultery, rape, cruelty, or desertion for two years.
Dismissal of Petition
- Lack of evidence - The court can dismiss the petition if proper evidence is not provided or the case is not proved.
- False or collusive petitions - If the petition is filed in collusion or the court is not satisfied with the claims, it can be dismissed.
- Further remedy - If dismissed by the district court, the petition can be filed again in the High Court.
Decree for Dissolution of Marriage
- Grant of decree - If the court is satisfied with the evidence, it will declare that the marriage is dissolved.
- When decree may not be granted - The court may refuse if the petitioner is guilty of adultery, has delayed the case unnecessarily, has been cruel, has deserted the spouse, or has caused the situation leading to adultery.
Confirmation by High Court
- Need for confirmation - A divorce decree passed by the district court must be confirmed by the High Court.
- Verification process - The High Court reviews the evidence, may conduct further enquiry, and then confirms the decree based on the opinion of judges.
Decree of Nullity of Marriage
- Meaning of nullity - A marriage can be declared null and void if it was invalid from the beginning.
- Grounds for nullity - These include impotence, prohibited relationship, unsound mind at the time of marriage, or existence of a previous marriage.
- Fraud or force - The High Court can also declare a marriage void if consent was obtained by fraud or force.
Judicial Separation
- Meaning - Judicial separation means the couple lives separately but the marriage is not legally ended.
- Grounds - It can be granted on grounds like adultery, cruelty, or desertion for two years.
Judicial Pronouncements
- Major Frank Ralston Samuel Raj v. Kezia Padmini (2016) - The court held that non-consummation of marriage due to lack of cooperation can be a valid ground for divorce.
- Tomy Joseph v. Smitha Tomy (2018) - The Kerala High Court allowed waiver of the cooling-off period and stated that divorce laws should not discriminate based on religion.
Indian Divorce (Amendment) Act, 2001
- Amendment of the Act - The Act was amended in 2001 to make the law more fair and modern.
- Objective of amendment - The aim was to improve Christian divorce laws and move towards uniformity in personal laws in India.

Indian Divorce Act, 1869 FAQs

Q1: What is the Indian Divorce Act, 1869 and who does it apply to?

Ans: The Indian Divorce Act, 1869 is a law that governs divorce and matrimonial matters for Christians in India. It was introduced during British rule and applies specifically to people who follow Christianity.

Q2: What are the grounds for divorce under the Indian Divorce Act, 1869?

Ans: Divorce can be granted on grounds like adultery, cruelty, desertion for two years, conversion, unsound mind, serious diseases, and refusal to consummate marriage. A wife also has additional grounds such as rape or bestiality by the husband.

Q3: What is divorce by mutual consent under the Indian Divorce Act, 1869?

Ans: It is a type of divorce where both husband and wife agree to end the marriage. They must have lived separately for at least two years and must agree on issues like custody, property, and maintenance.

Q4: Can a divorce petition be dismissed under the Indian Divorce Act, 1869?

Ans: Yes, the court can dismiss a petition if there is no proper evidence, if the case is not proved, or if the petition is filed in collusion. The party can later approach the High Court.

Q5: What is judicial separation under the Indian Divorce Act, 1869?

Ans: Judicial separation means the couple lives separately but the marriage is not dissolved. It can be granted on grounds like adultery, cruelty, or desertion.

Saansad Adarsh Gram Yojana (SAGY) 2014, Objectives, Features

May 18, 2026

Saansad Adarsh Gram Yojana (SAGY) is a rural development programme launched by the Government of India on 11 October 2014 on the birth anniversary of Lok Nayak Jai Prakash Narayan. The scheme aims to transform Gram Panchayats into model villages through holistic development led by Members of Parliament. It was implemented by the Ministry of Rural Development and focuses on infrastructure, social progress, livelihoods, governance, sanitation, education, health, women empowerment and community participation through convergence of existing schemes rather than separate budget allocation.

Saansad Adarsh Gram Yojana Background

Saansad Adarsh Gram Yojana was introduced to create self reliant and developed villages inspired by Mahatma Gandhi’s vision of Gram Swaraj and participatory governance.

Launch: The scheme was launched at Vigyan Bhawan, New Delhi, on 11 October 2014 with the objective of creating Adarsh Grams that become centres of cleanliness, harmony, transparency and sustainable rural development.
Development Targets: Every MP was expected to develop one Adarsh Gram by 2016, three villages by 2019 and a total of eight villages by 2024 including one village every year after 2019.
Scale of Programme: SAGY targeted development of nearly 6,433 Adarsh Grams from India’s approximately 2.65 lakh Gram Panchayats through leadership and convergence of government welfare programmes.
Antyodaya Principles: The programme adopted Gandhian principles such as self reliance, dignity of labour, cleanliness, women’s respect, social justice, ecological balance and welfare of the poorest sections through the Antyodaya approach.
Participatory Governance Model: Unlike traditional top down schemes, SAGY emphasized people’s participation, Gram Sabha involvement, local planning, transparency and community ownership in village development activities.

Saansad Adarsh Gram Yojana Objectives

The Saansad Adarsh Gram Yojana seeks to improve quality of life in villages through integrated socio-economic, institutional and infrastructural development processes.

Holistic Rural Development: SAGY aims to improve education, healthcare, sanitation, infrastructure, livelihoods, governance and social development simultaneously instead of focusing only on physical infrastructure creation.
Better Standard of Living: The programme focuses on improved basic amenities, higher productivity, enhanced human development, reduced disparities and wider access to rights, welfare schemes and public services.
Social Mobilisation: One objective is strengthening social capital through self help groups, voluntarism, community participation, Gram Sabha engagement and inclusion of Scheduled Castes, Scheduled Tribes, women and weaker sections.
Livelihood Enhancement: The scheme promotes diversified agriculture, livestock development, food processing, skill development, micro-enterprises and rural industrialisation to increase rural income and employment opportunities.
Model Village Replication: SAGY intends to create successful development models that can motivate neighbouring Gram Panchayats to adopt similar governance and development practices across rural India.
Good Governance Promotion: The programme emphasizes accountable Gram Panchayats, e-governance, social audits, timely grievance redressal, transparency and active participation of citizens in decision making processes.

Saansad Adarsh Gram Yojana Features

The Saansad Adarsh Gram Yojana combines MP leadership, village participation, convergence funding and institutional coordination for sustainable model village development.

Village Identification Criteria: Gram Panchayats with a population of 3,000-5,000 in plains and 1,000-3,000 in hilly or tribal areas are selected as units for development under SAGY.
MP Selection Process: Lok Sabha MPs select villages within their constituencies, Rajya Sabha MPs choose villages from districts within their states, while nominated MPs can select villages anywhere in India.
Restriction on Personal Villages: MPs are not allowed to select their own villages or villages of their spouses to maintain fairness and avoid conflict of interest during implementation.
No Dedicated Budget Allocation: SAGY functions through convergence of existing schemes such as MGNREGA, PMGSY, PMAY, MPLADS, CSR contributions, philanthropy funds and state government programmes.
Institutional Framework: The District Collector acts as nodal officer and conducts monthly review meetings involving MPs, line departments and Gram Panchayat representatives for implementation coordination.
Community Participation Model: The planning process is participatory in nature where villagers, Gram Sabhas, civil society groups and local institutions prepare Village Development Plans collectively.
Human Development Activities: SAGY promotes universal immunisation, institutional deliveries, smart schools, e-literacy, nutrition improvement, village libraries, disability inclusion and health access for all residents.
Economic Development Measures: Activities include organic farming, soil health cards, micro irrigation, seed banks, agro-service centres, dairy processing, food processing, eco-tourism and rural entrepreneurship promotion.
Environmental Sustainability Focus: Villages are encouraged to adopt household toilets, waste management systems, watershed development, rainwater harvesting, social forestry and renewable energy including solar lighting.
Social Security Coverage: The scheme supports universal access to pensions, insurance schemes, PDS benefits, UIDAI registration and financial inclusion through banks, post offices and ATMs.
Governance and Transparency: Regular Gram Sabhas, Mahila Gram Sabhas, social audits, wall writing disclosures, grievance redressal systems and proactive public information dissemination are mandatory under SAGY.
Participation Status: According to the Ministry of Rural Development, only 252 MPs adopted Gram Panchayats under Phase 4 despite Parliament’s combined strength of nearly 790 elected and nominated members.
Declining MP Participation: In Phase 1, around 703 MPs adopted villages, but participation declined to 497 in Phase 2 and further to 301 in Phase 3, indicating weakening political involvement.
Panchayat Selection: Since inception, 3,390 Gram Panchayats have been identified under SAGY across India, with Uttar Pradesh selecting 549 villages and Tamil Nadu identifying 367 villages.
Scheme Convergence: The Ministry of Rural Development prepared convergence support involving 127 Central Sector and Centrally Sponsored schemes along with 1,806 state level schemes for implementation support.

Saansad Adarsh Gram Yojana Impacts

The programme has contributed toward improved governance practices, infrastructure development and social mobilisation in selected villages despite implementation gaps.

Infrastructure Improvement: Several adopted villages witnessed development of roads, drinking water facilities, toilets, schools, Anganwadis, electrification, digital connectivity and community infrastructure through convergence funding.
Increased Social Awareness: SAGY encouraged campaigns on sanitation, women empowerment, institutional delivery, immunisation, cleanliness and behavioural change through direct community engagement and local participation.
Strengthened Local Governance: Regular Gram Sabha meetings, social audits, transparency practices and participatory planning improved accountability and democratic functioning at village governance levels.
Livelihood Expansion: Skill development, agriculture diversification, self help groups, dairy activities and micro enterprises created additional employment opportunities and helped reduce distress migration from villages.
Demonstration Effect: Some successful SAGY villages emerged as local development models inspiring nearby Gram Panchayats to adopt improved sanitation, governance, education and sustainable development practices.
Better Service Delivery: E-governance initiatives, broadband connectivity, Common Service Centres and digitisation improved rural citizens’ access to welfare schemes, documents and administrative services.

Saansad Adarsh Gram Yojana Challenges

Despite strong vision and institutional support, the Saansad Adarsh Gram Yojana has faced multiple implementation, financial and administrative limitations since its launch.

Low MP Participation: Only 1,753 Gram Panchayats were selected across four phases against expected targets, reflecting limited commitment and declining interest among many Members of Parliament.
Absence of Dedicated Funds: SAGY lacks separate financial allocation and depends heavily on convergence of existing schemes, resulting in inadequate and delayed resource mobilisation in many villages.
Uneven Development Outcomes: Success depends largely on individual MPs’ leadership and administrative coordination, causing significant disparities between proactive and poorly managed adopted villages.
Weak Political and Administrative Will: In several areas, the scheme failed to receive sustained attention from MPs, local officials and implementing agencies, reducing effectiveness of planned interventions.
Coordination Difficulties: Effective implementation requires cooperation among multiple ministries, district administrations, Panchayats and line departments, but bureaucratic delays often slow project execution.
Limited Community Ownership: In many villages, public participation remained weak due to low awareness, inadequate grassroots mobilisation and insufficient training of local institutions and stakeholders.
Monitoring and Evaluation Gaps: Lack of strong real time monitoring systems and measurable outcome evaluation made assessment of actual development impact difficult in many SAGY villages.
Sustainability Concerns: Some villages witnessed development only during active MP involvement, while long term maintenance and continuity weakened after shifts in political priorities or leadership.
Infrastructure Quality Issues: Concerns were raised regarding quality and maintenance of roads, sanitation facilities and other infrastructure created through convergence with state and central schemes.

Saansad Adarsh Gram Yojana Significance

Saansad Adarsh Gram Yojana remains an important rural transformation initiative promoting participatory governance, convergence based development and self reliant village growth across India.

Unique Development Model: SAGY is among the few programmes directly leveraging MPs’ leadership, public accountability and local participation for comprehensive Gram Panchayat development.
Strengthening Grassroots Democracy: The scheme deepens democratic participation through Gram Sabhas, social audits, women’s involvement and community driven planning at the village level.
Rural-Urban Gap Reduction: By improving infrastructure, livelihoods, healthcare, education and digital access, SAGY contributes toward reducing disparities between rural and urban regions.
Focus on Inclusive Development: The programme prioritises welfare of weaker sections including women, Scheduled Castes, Scheduled Tribes, elderly citizens and persons with disabilities through targeted interventions.
Sustainable Development Orientation: Environmental conservation, renewable energy, sanitation, water management and ecological balance are integrated into village planning under the SAGY framework.
Promotion of Convergence Governance: SAGY demonstrates how multiple government schemes, CSR initiatives, local institutions and community participation can be integrated for effective rural development outcomes.
Long Term Rural Transformation: The scheme seeks not only physical infrastructure development but also behavioural change, self reliance, social harmony and institutional strengthening in rural communities.

Saansad Adarsh Gram Yojana FAQs

Q1: When was Saansad Adarsh Gram Yojana launched?

Ans: Saansad Adarsh Gram Yojana was launched on 11 October 2014 on the birth anniversary of Jai Prakash Narayan.

Q2: Which ministry is responsible for implementing Saansad Adarsh Gram Yojana?

Ans: The Ministry of Rural Development is the nodal ministry responsible for implementing Saansad Adarsh Gram Yojana.

Q3: What is the main objective of Saansad Adarsh Gram Yojana?

Ans: The main objective of SAGY is holistic development of Gram Panchayats through better infrastructure, governance, livelihoods, health and education.

Q4: Does Saansad Adarsh Gram Yojana have a separate budget?

Ans: No, SAGY does not have a separate budget and works through convergence of existing government schemes, MPLADS funds and CSR support.

Q5: Who can select villages under Saansad Adarsh Gram Yojana?

Ans: Lok Sabha MPs, Rajya Sabha MPs and nominated MPs can select Gram Panchayats for development under the SAGY framework.

Democratic Republic of Congo

May 18, 2026

Democratic Republic of Congo Latest News

The Democratic Republic of Congo (DRC) is planning to create a new paramilitary unit to protect critical minerals mining sites and transport routes.

About Democratic Republic of Congo

Location: It is located in Central Africa with the equator passing through the country.
Bordering countries: Angola, Republic of the Congo, Central African Republic, South Sudan, Uganda, Rwanda, Burundi, Tanzania, Zambia.
Maritime Border: It has a coastline on the Atlantic Ocean to the southwest.
Capital City: Kinshasa

Geographical Features of Democratic Republic of Congo

Climate: It has an equatorial climate.
High Point: The highest point in the Republic of the Congo is Mount Nabemba.
Plateau region: Katanga. The plateaus are mostly covered in savanna grasslands, with patches of forests in the valleys and lower areas.
Major River: Congo River
Lakes: It has famous lakes like Lake Tanganyika, Lake Albert, Lake Edward, Lake Kivu
Volcanoes: Mount Nyiragongo which is an active volcano located in Virunga Mountains.
Natural Resources: The DRC is rich in natural resources such as industrial diamonds, cobalt, and copper etc.

Source: DTE

Democratic Republic of Congo FAQs

Q1: Which major river flows through DRC?

Ans: Congo River

Q2: What is the capital of Democratic Republic of Congo?

Ans: Kinshasa

Damodar River

May 18, 2026

Damodar River Latest News

Recently, 2 boys were drowned while taking a bath in the Damodar River in Jharkhand’s Ramgarh district.

About Damodar River

Origin: It originates from the Palamau hills of Chota Nagpur in Jharkhand.
It flows through the states of Jharkhand and West Bengal.
It is in the eastern part of the Indian subcontinent and an important part of the Ganges River System.
The river is also known as the “Sorrow of Bengal” because of its devastating floods in the plains of West Bengal.
Course
- From its source, the river flows in a southeastern direction, passing through the Chota Nagpur Plateau, a region known for its rich mineral deposits.
- In its lower course, it flows through West Bengal’s plains and is joined by several tributaries.
- It meets the Hooghly River at Shayampur, which is 48 km from Kolkata.
Tributaries: Barakar River, Konar River, Jamunia River, Bokaro River, Sali River, Ghari River, Guaia River, Khadia River, Bhera River.

Source: TP

Damodar River FAQs

Q1: What is the Major tributary of Damodar River?

Ans: Barakar

Q2: Damodar River flows through which states?

Ans: Jharkhand and West Bengal

Waqf Amendment Bill 2024, Meaning, Highlights & Important Updates

May 18, 2026

The Waqf Amendment Bill 2024 was introduced to bring changes to the existing Waqf Act, 1995 with the aim of improving the management of waqf properties. It focuses on making the system more transparent, accountable, and efficient. The bill also proposes steps like better record-keeping, increased participation, including women in decision-making bodies, and the use of digital systems. At present, the bill is being examined by a Joint Parliamentary Committee.

Waqf Amendment Bill 2024 Highlights

Waqf means a permanent donation of property by a person for religious, charitable, or pious purposes under Muslim law.
Such purposes include maintaining mosques and graveyards, running schools and hospitals, and helping the poor and needy.
Matters related to religious and charitable institutions come under the Concurrent List of the Constitution, so both the Central and State Governments can make laws on them.
At present, waqf properties in India are governed by the Waqf Act, 1995, which replaced earlier laws made in 1913, 1923, and 1954.
Earlier, some states like Uttar Pradesh and West Bengal had their own waqf laws, but these were removed after the 1995 Act came into force.
A waqf can be created in different ways:
- By declaring property through an oral or written statement
- By using land for a long time for religious or charitable purposes
- By donating property after the end of family inheritance
The person who creates a waqf is called a wakif, and the person who manages it is called a mutawalli.
As of September 2024, there are about 8.7 lakh registered immovable waqf properties in India.
India has the largest waqf property holding in the world.
The Sachar Committee (2006) estimated their value at around ₹1.2 lakh crore.
However, there are several issues:
- Around 7% properties are encroached
- 2% are under legal disputes
- The status of nearly 50% properties is unknown
Most waqf properties include graveyards, agricultural land, mosques, and shops.
States with the highest share are Uttar Pradesh, West Bengal, and Punjab.
Over time, waqf laws have expanded:
- 1913 Act: Recognised waqf deeds
- 1923 Act: Made registration compulsory
- 1954 Act: Created Central Waqf Council and State Waqf Boards
- 1995 Act: Introduced tribunals and better management systems
Various committees have pointed out problems such as:
- Poor use of property income
- Encroachment of land
- Lack of proper maintenance
- Delay in tribunal cases
- Weak transparency and survey systems
In 2013, the Act was amended to improve oversight, define encroachers, and strengthen tribunals.
The Waqf Amendment Bill 2024 was introduced in Lok Sabha on August 8, 2024.
It proposes changes related to:
- Structure of Waqf Boards and Council
- Rules for creating waqf
- Powers of the Board in identifying waqf properties
The Bill is currently being examined by a Joint Parliamentary Committee, headed by Jagdambika Pal.

Waqf Amendment Bill 2024 Key Features

Formation of waqf:
- The law earlier allowed waqf through declaration, long-term use (waqf by user), and family endowment (waqf-alal-aulad). The Bill now allows only those who have practiced Islam for at least five years to create waqf and requires them to be the rightful owner of the property. It removes the concept of waqf by user and ensures that waqf-alal-aulad does not deny inheritance rights, including those of women.
Survey of waqf properties:
- The existing system of Survey Commissioner is replaced, and the District Collector will now be responsible for conducting surveys of waqf properties.
Government property as waqf:
- If any government property is identified as waqf, it will no longer be treated as such. In case of disputes, the District Collector will decide ownership and update official records accordingly.
Central Waqf Council composition:
- Earlier, most members had to be Muslims. The Bill removes this requirement for certain members like MPs and judges and makes it mandatory to include at least two non-Muslim members, while continuing representation of women.
Waqf Board composition:
- Instead of elections, members will now be nominated by the state government, and they may be non-Muslims. The Board must include at least two non-Muslims, representation from Shia, Sunni, and backward Muslim groups, and at least two Muslim women members.
Tribunal composition:
- The earlier inclusion of an expert in Muslim law is removed. The Tribunal will now consist of a current or former District Court judge and a senior government officer.
Appeals provision:
- Earlier, Tribunal decisions were final. The Bill allows appeals against these decisions in the High Court within 90 days, increasing scope for judicial review.

Waqf Amendment Bill 2024 FAQs

Q1: What is the Waqf Amendment Bill 2024?

Ans: It is a proposed law to update the Waqf Act, 1995 to improve transparency, accountability, and better management of waqf properties in India.

Q2: What is a waqf?

Ans: Waqf is a permanent donation of property for religious, charitable, or social purposes such as running mosques, schools, or helping the poor.

Q3: What are the main changes proposed in the Waqf Amendment Bill 2024?

Ans: The Bill proposes changes in waqf formation rules, property surveys, board composition, tribunal structure, and allows appeals in High Courts.

Q4: Who can create a waqf under the new Bill?

Ans: Only a person who has practiced Islam for at least five years and owns the property can create a waqf.

Q5: What changes are made in Waqf Board and Council composition?

Ans: The Bill allows inclusion of non-Muslim members, ensures representation of different Muslim groups, and mandates participation of women.

Ecological Niche, Meaning, Types, Importance, Role, Habitat

May 18, 2026

An Ecological Niche refers to the role or position of a living organism in its environment. It describes how a plant or animal lives, survives, and interacts with other organisms and its surroundings. This includes what it eats, where it lives, how it behaves, and how it contributes to the ecosystem.

About Ecological Niche

An Ecological Niche refers to the unique role, position, and way of life of a species within its ecosystem. It explains how a species survives, grows, and interacts with its surroundings.
In simple words, a niche is like the “job” or “function” of an organism in nature, including everything it does to live.
It includes not just the place where an organism lives, but also how it uses resources, how it behaves, and how it affects other organisms.
The concept of Ecological Niche was introduced by Charles Elton, who described it as the functional role of a species in an ecosystem.
It includes:
- What resources a species uses
- How and when it uses those resources
- How it interacts with other species in the ecosystem
Key Components of an Ecological Niche
- Habitat (where it lives): This refers to the physical location of the organism, such as forests, deserts, rivers, or soil.
- Food habits (what it eats): It includes the type of food an organism consumes, whether it is a producer, consumer, or decomposer, and the organisms it competes with for food.
- Reproductive pattern: This explains how, when, and where a species reproduces and raises its young.
- Environmental conditions: These include abiotic factors like temperature, rainfall, humidity, soil type, sunlight, and land features, all of which influence survival.
- Interactions with other organisms: It involves relationships like predation, competition, parasitism, and mutualism.
Importance of Ecological Niche
- Ecological Niche plays a very important role in the conservation and protection of species, as it helps us understand the exact requirements needed for their survival.
- If we want to conserve a species in its natural habitat, it is essential to maintain all aspects of its niche, including food availability, shelter, and suitable environmental conditions.
- It also helps scientists understand the interrelationship between organisms and their environment, including both living (biotic) and non-living (abiotic) components.
Role of Niche in Ecosystem Functioning
- A niche explains how a species responds to the availability of resources and how it is affected by factors such as predators, parasites, diseases, and competition.
- When resources are abundant and threats are low, species tend to grow and reproduce more successfully.
- At the same time, species also influence their environment by:
  - Consuming resources and limiting their availability to others
  - Acting as prey for predators and helping maintain food chains
  - Controlling populations of other organisms
Uniqueness of Niche
- Each species has its own unique Ecological Niche, which means no two species can have exactly the same role and resource use pattern for a long time.
- Even if species appear similar, they usually differ in some aspect such as feeding time, habitat use, or behavior, which allows them to coexist.
Formation of Ecological Niche
- The formation of a niche is influenced by both abiotic factors (such as climate, soil, and temperature) and biotic factors (such as competition, predation, and food availability).
- Through the process of natural selection, species develop special adaptations that help them survive and function efficiently in their specific environment.
- Over time, these adaptations become more specialized, making the species well-suited to its niche.
Example: Xerophytic Plants
- Xerophytic plants are those that live in dry and arid conditions, where water is scarce, and they have developed special adaptations to survive in such niches.
- These plants conserve water through several features such as:
  - A thick waxy coating (cuticle) to reduce evaporation
  - Reduced or modified leaves (like spines) to minimize water loss
  - Thick or hairy leaf surfaces to protect against heat
- Some plants, especially succulents, show a special adaptation where they open their stomata at night and close them during the day, reducing water loss in hot conditions.
Niche and Ecosystem Stability: The stability of an ecosystem depends on the diversity of niches present within it. Greater niche diversity leads to:
- Better and more efficient flow of energy
- Reduced competition for the same resources
- Less fluctuation in species populations
- Overall greater ecosystem stability
Competitive Exclusion Principle: According to the Law of Competitive Exclusion, two species cannot occupy the exact same niche for a long time if they compete for the same resources. In such situations, one species may:
- Move to a different niche (migration)
- Adapt by changing its behavior or habits
- Become extinct if unable to compete
Resource Partitioning: To avoid direct competition, species often divide resources among themselves, a process known as resource partitioning. This allows different species to use the same resource in different ways, such as:
- Feeding at different times
- Using different parts of the habitat
- Consuming different types of food
- This helps multiple species coexist within the same ecosystem.
Dominant vs Less Dominant Species
- Dominant species usually have a broader Ecological Niche, meaning they can use a wide range of resources and tolerate different environmental conditions.
- Less dominant species have a narrower niche, meaning they are more specialized and depend on specific conditions for survival.

Difference Between Niche and Habitat

The habitat of a species is the place where it lives (its “address”), such as a forest, river, or desert, while the Ecological Niche is the role it plays (its “profession”), including how it lives, feeds, and interacts with others.
A habitat can be shared by many species, but each species has its own unique niche based on how it uses resources.
No two species can have the same niche for long, because they will compete for the same resources like food and space.
Due to this competition, one species may adapt, move to another niche, or get eliminated.
However, species can coexist in the same habitat by using resources in different ways.
For example, insects living on the same plant may feed on different parts like leaves, roots, or stems, so they have different niches and avoid direct competition.

Ecological Niche FAQs

Q1: What is an Ecological Niche?

Ans: An Ecological Niche is the role and position of a species in its environment, including how it lives, feeds, survives, and interacts with other organisms and surroundings.

Q2: What are the main components of an Ecological Niche?

Ans: The main components include habitat (where it lives), food habits (what it eats), reproductive pattern, environmental conditions, and interactions with other organisms.

Q3: Why is Ecological Niche important in an ecosystem?

Ans: It helps maintain balance in ecosystems, supports biodiversity, and is essential for conservation as it explains the exact requirements needed for species survival.

Q4: What is the difference between habitat and Ecological Niche?

Ans: Habitat is the physical place where an organism lives, while ecological niche is the role or function it performs in that environment.

Q5: What is the Competitive Exclusion Principle?

Ans: It states that two species cannot occupy the same niche for long if they compete for the same resources, leading to adaptation, migration, or extinction.

Indra Sawhney Case 1992, Issues, Judgement, Creamy Layer

May 18, 2026

The Indra Sawhney Case 1992 is officially known as the Indra Sawhney v. Union of India and Mandal Commission Case. It is one of the most significant constitutional judgments on reservation policy in India. It was decided on 16 November 1992 by a nine judge bench of the Supreme Court. The case examined the constitutional validity of the Mandal Commission recommendations granting 27% reservation to Socially and Educationally Backward Classes (SEBCs) in central government services. The judgement clarified the scope of Article 16(4), introduced the Creamy Layer principle, fixed the 50% reservation ceiling and reshaped reservation jurisprudence in India.

Indra Sawhney Case Historical Background

The historical background of the Indra Sawhney Case emerged from constitutional debates, backward class commissions and political conflicts over reservations after independence.

Constitutional Basis of Reservation: Article 16 (4) empowered the State to make provisions for backward classes inadequately represented in public services. Dr. B. R. Ambedkar supported special provisions for historically excluded communities while maintaining equality of opportunity under Article 16(1).
Kaka Kalelkar Commission: The First Backward Classes Commission, headed by Kaka Kalelkar, was established in 1953 under Article 340 to identify socially and educationally backward classes and recommend welfare measures including reservations.
- In the Kaka Kalelkar Commission Report 1955, Commission identified 2399 castes as backward classes and recommended reservation measures. However, the Central Government rejected the report in 1961 because caste was considered an unsuitable primary basis for identifying backwardness.
State Level Reservation Policies: Southern states such as Tamil Nadu and Karnataka continued providing reservations to backward classes before and after independence. Different states created their own backward class lists and commissions under Articles 15 and 16.
Mandal Commission 1979: The Second Backward Classes Commission was established on 1 January 1979 by the Janata Party government led by Morarji Desai and chaired by B. P. Mandal.
- Objectives: The Commission was tasked with identifying Socially and Educationally Backward Classes and recommending measures for improving their representation in public employment and administration.
- Findings: The Commission estimated OBC population at nearly 52% of India’s total population and recommended 27% reservation in central government jobs in addition to the existing 22.5% quota for SCs and STs.
- Indicators Used: The Commission adopted 11 indicators divided into social, educational and economic categories. Social indicators carried 3 points, educational indicators 2 points and economic indicators 1 point, totaling 22 points.
- Criteria for Backwardness: Social backwardness, low educational attainment, poor housing, dependence on manual labour, high dropout rates and low family assets were used to determine backward class status across communities.
Political Delay in Implementation: Although the Mandal Commission submitted its report in December 1980, successive governments delayed implementation until the Janata Dal government led by V. P. Singh revived it in 1990.
Office Memorandum of 1990: On 13 August 1990, the Central Government issued an Office Memorandum granting 27% reservation to SEBCs in central services, leading to nationwide anti reservation protests and violent unrest.
Narasimha Rao Government Modification: In 1991, the government led by P. V. Narasimha Rao modified the reservation policy by adding economic preference within OBC quota and introducing an additional 10% quota for economically weaker sections.
Nationwide Agitation and Litigation: Violent protests, student self immolations and social tensions followed the implementation announcement. Multiple writ petitions challenging the policy were transferred to the Supreme Court on 11 September 1990.

Indra Sawhney Case Issues Involved

The Supreme Court examined constitutional questions relating to reservation, backward class identification and limits on State power under Articles 14, 15 and 16.

Scope of Article 16(1) and 16(4): The Court examined whether Article 16(4) was merely an exception to equality under Article 16(1) or an independent enabling provision permitting reservation for backward classes.
Meaning of Backward Class: The Court considered whether “Backward Class” under Article 16(4) referred only to socially and educationally backward classes or also included broader categories suffering inadequate representation.
Caste as Identification Criterion: One major issue was whether caste alone could constitute a backward class and whether caste based identification violated equality principles under Articles 14 and 16.
Economic Criteria Debate: The validity of using purely economic criteria for reservation and the constitutional validity of the additional 10% quota for economically weaker sections were examined.
Reservation Ceiling Limit: The Court considered whether reservations exceeding 50% violated constitutional equality and whether adequate representation differed from proportionate representation.
Sub Classification of Backward Classes: The issue involved whether backward classes could be divided into backward and more backward groups to ensure equitable distribution of reservation benefits.
Reservation in Promotions: The Court examined whether Article 16(4) permitted reservations only in initial appointments or also in promotions within government services.
Executive versus Legislative Power: Another issue concerned whether reservation policies could be introduced through executive orders or required legislation passed by Parliament or State Legislatures.
Judicial Review of Reservation Policies: The Court considered the extent to which judiciary could review backward class identification and reservation percentages fixed by governments and commissions.
Petitioners’ Arguments: Senior advocates including Nani Palkhivala and K. K. Venugopal argued that caste based reservation harmed merit, promoted social division and violated equality principles.
Respondents’ Arguments: The Union Government and supporting states argued that reservation was a tool of historical compensation intended to address centuries of social discrimination and exclusion from administration.

Indra Sawhney Case Judgment

The Supreme Court delivered a historic 6:3 majority judgment on 16 November 1992 that permanently shaped India’s reservation framework and constitutional interpretation.

Nine Judge Constitutional Bench: The bench consisted of Chief Justice M. H. Kania and Justices M. N. Venkatachaliah, S. Ratnavel Pandian, T. K. Thommen, A. M. Ahmadi, Kuldip Singh, P. B. Sawant, R. M. Sahai and B. P. Jeevan Reddy.
Majority and Dissent Ratio: The judgment was delivered by a 6:3 majority. Justice B. P. Jeevan Reddy authored the leading opinion supported by Justices Kania, Venkatachaliah and Ahmadi.
Validity of Mandal Commission Reservation: The Court upheld the constitutional validity of 27% reservation for SEBCs in central government jobs based on the Mandal Commission recommendations.
Article 16(4) Interpretation: The Court ruled that Article 16(4) was not an exception to Article 16(1) but an enabling provision intended to achieve substantive equality through affirmative action.
Reservation Limited to Initial Appointments: The majority held that reservations under Article 16(4) applied only to appointments and not to promotions, citing administrative efficiency under Article 335.
Rejection of Economic Reservation: The Court struck down the additional 10% reservation for economically weaker sections because economic criteria alone could not define backwardness under Article 16(4).
Judicial Recognition of Caste: The Court accepted caste as an important indicator of social backwardness in Indian society while clarifying that caste need not be the sole criterion.
Executive Power Upheld: The Court ruled that reservation policies could validly be introduced through executive orders and were not restricted only to parliamentary legislation.
Reliance on Earlier Cases: The Court referred to landmark cases including M. R. Balaji v. State of Mysore and State of Kerala v. N. M. Thomas while interpreting reservation jurisprudence.

Also Read: Non Creamy Layer Principle

Concepts Introduced in Judgment

The judgment introduced several foundational principles that continue to govern reservation law and constitutional interpretation in India today.

Creamy Layer Principle: The Court directed exclusion of socially advanced members of OBCs from reservation benefits to ensure that truly backward sections receive affirmative action advantages. High ranking government officers, wealthy professionals and economically advanced families were considered outside the backward class because they no longer suffered social disadvantages.
50% Ceiling Rule: The Court held that reservations under Article 16(4) should ordinarily remain below 50% to preserve equality and prevent excessive reservation.
Exceptional Circumstances Doctrine: The Court allowed reservation beyond 50% only in extraordinary situations involving unique demographic or social conditions requiring special constitutional treatment.
Adequate Representation Principle: The judgment clarified that Article 16(4) aimed at ensuring adequate representation in services and not proportional representation according to population percentages.
Sub Classification of OBCs: States were permitted to classify backward classes into backward and most backward categories to prevent dominant OBC groups from monopolising reservation benefits.
Vertical Reservations: Reservations for SCs, STs and OBCs under Article 16(4) were recognised as vertical reservations because they apply to distinct social categories.
Horizontal Reservations: Reservations for women, persons with disabilities, veterans and transgender persons were recognised as horizontal reservations cutting across vertical categories.
Carry Forward Rule: The Court upheld the carry forward rule for unfilled reserved vacancies but directed that the 50% ceiling must still be respected annually.
Administrative Efficiency Principle: Referring to Article 335, the Court advised against reservations in highly technical and specialised posts requiring exceptional skill and efficiency.

Indra Sawhney Case Dissent

Three judges delivered dissenting opinions disagreeing with major conclusions of the majority judgment regarding caste, reservation scope and backwardness identification.

Judges in Minority Opinion: Justices T. K. Thommen, Kuldip Singh and R. M. Sahai formed the minority dissenting bench.
Article 16(4) as Complete Code: The dissenting judges argued that all forms of reservation were covered exclusively under Article 16(4) and not under Article 16(1).
Opposition to Caste Criterion: The minority disagreed with the majority view that caste could constitute a backward class and opposed caste as the dominant identifying factor.
Economic Backwardness Emphasis: Justice Kuldip Singh strongly argued that poverty and economic disadvantage were the real causes of backwardness rather than caste identity alone.
Inadequate Representation Standard: The dissenting judges believed inadequate representation in public services should be the principal test for determining backward classes under Article 16(4).
Objection to Sub Classification: Justice S. Ratnavel Pandian differed from the majority on sub classification of OBCs and separate quotas based on varying degrees of backwardness.
Broader Equality Concern: The dissent reflected concern that excessive caste based reservations could weaken constitutional equality and shift reservation policy away from individual merit considerations.

Indra Sawhney Case FAQs

Q1: What is the Indra Sawhney Case?

Ans: The Indra Sawhney Case was a 1992 Supreme Court judgment that upheld 27% reservation for OBCs in central government jobs.

Q2: Which commission’s recommendations were challenged in the Indra Sawhney Case?

Ans: The case challenged the implementation of the Mandal Commission recommendations related to OBC reservations.

Q3: What is the Creamy Layer concept in the Indra Sawhney Judgment?

Ans: Creamy Layer refers to socially and economically advanced OBC members excluded from reservation benefits to help genuinely backward groups.

Q4: What was the reservation limit fixed in the Indra Sawhney Case?

Ans: The Supreme Court fixed a general reservation ceiling of 50% under Article 16(4), except in extraordinary circumstances.

Q5: Did the Indra Sawhney Judgment allow reservation in promotions?

Ans: No, the 1992 judgment held that reservations should apply only to initial appointments and not to promotions.

International Criminal Court

May 18, 2026

International Criminal Court

The International Criminal Court recently unsealed an arrest warrant against Senator Ronald Dela Rosa, accusing him, along with ex-President Rodrigo Duterte and other "co-perpetrators" of the "crime against humanity of murder".

About International Criminal Court

It is a permanent and independent criminal court established to prosecute offenders of serious crimes in the international community.
It is the only permanent international criminal tribunal.
It was created by the Rome Statute, which came into force on July 1, 2002.
Mandate: ICC investigates and, where warranted, tries individuals charged with the gravest crimes of concern to the international community.
Specifically, the ICC is intended to prosecute the following crimes:
- Genocide
- Crimes against humanity
- War crimes
- The crime of aggression
The ICC is meant to serve as a last resort when the courts of sovereign states are unwilling to prosecute.
Therefore, the ICC is complementary to national criminal jurisdiction and does not supersede it.
Additionally, the ICC serves a different purpose than the International Court of Justice, which resolves conflicts between nations.
Members: There are 125 member countries (China, India, Israel, Russia, and the United States are not ICC parties).
Funding: The Court is funded by contributions from the States Parties and by voluntary contributions from Governments, international organizations, individuals, corporations, and other entities.

International Criminal Court Composition

Judges: The court has eighteen judges, each from a different member country, elected to non-renewable nine-year terms.
The Presidency:
- Consists of three judges (the President and two Vice-Presidents) elected from among the judges.
- It represents the Court to the outside world and helps with the organization of the work of the judges.
Office of the Prosecutor (OTP):
- OTP is responsible for receiving referrals and any substantiated information on crimes within the jurisdiction of the Court.
- OTP examines these referrals and information, conducts investigations, and conducts prosecutions before the Court.
Registry: It provides administrative and operational support to the Chambers and the Office of the Prosecutor.

International Criminal Court Jurisdiction

The ICC is only competent to hear a case if:
- The country where the offence was committed is a party to the Rome Statute; or
- The perpetrator’s country of origin is a party to the Rome Statute.
The ICC only has jurisdiction over offences committed after the Statute’s entry into force on 1 July 2002.
Various parties have the right to refer a case to the ICC:
- any State Party to the Rome Statute, irrespective of any involvement in the alleged offence;
- the Prosecutor of the ICC;
- the United Nations Security Council (UNSC)
The UNSC may ask the ICC to defer investigation of a case for a limited period if it considers that the proceedings would constitute an obstruction to its powers.

Source: TH

International Criminal Court FAQs

Q1: What is the International Criminal Court (ICC)?

Ans: It is a permanent and independent international criminal court established to prosecute serious international crimes.

Q2: Which legal instrument created the International Criminal Court (ICC)?

Ans: The Rome Statute.

Q3: What is the main mandate of the International Criminal Court (ICC)?

Ans: To investigate and prosecute individuals accused of grave international crimes.

Q4: Is India a member of the International Criminal Court (ICC)?

Ans: Is India a member of the International Criminal Court (ICC)?

Q5: Who can refer a case to the International Criminal Court (ICC)?

Ans: A State Party, the ICC Prosecutor, or the United Nations Security Council.

Tungabhadra Dam

May 18, 2026

Tungabhadra Dam Latest News

Nearly two years after Gate No. 19 was washed away, the historic Tungabhadra Dam near Hosapete stands renewed with all 33 crest gates replaced.

About Tungabhadra Dam

Tungabhadra Dam, also known as Pampa Sagar, is constructed across the Tungabhadra River, a tributary of the Krishna River.
It is located in Hosapete, Ballari District of Karnataka.
The dam is about 49.5 meters in height and has about 33 crest gates.
The dam’s construction started as a joint project between the erstwhile Hyderabad State and Madras Presidency.
It became a joint project of Karnataka and Andhra Pradesh later, which saw its completion in 1953.
It is a multipurpose dam serving irrigation, electricity generation, flood control, etc.
The dam creates a huge water reservoir on the river with a gross capacity of 101 tmc ft at full reservoir level.
The left canals of the dam serve irrigation in Karnataka only, whereas the right canals serve parts of Karnataka and areas in the Rayalaseema region of Andhra Pradesh.
The Tungabhadra reservoir and the Mullaperiyar dam in Kerala hold the unique distinction of being the only two reservoirs in the country that were built using a combination of mud and limestone.

Key Facts about Tungabhadra River

It is the largest tributary of the Krishna River.
It flows through the states of Karnataka and Andhra Pradesh.
It derives its name from two streams viz., the Tunga, about 147 km long, and the Bhadra, about 178 km long, which rise in the Western Ghats.
The river, after the confluence of the two streams near Shimoga, runs for about 531 km till it joins river Krishna at Sangamaleshwaram in Andhra Pradesh.
It runs for 382 km in Karnataka, forms the boundary between Karnataka and Pradesh for 58 km and further runs for the next 91 km in Andhra Pradesh.
It is influenced chiefly by the West monsoon.
Major Tributaries: Varada River and Hagari (Vedathy) River.
Major Dams: The Tunga Anicut Dam, the Bhadra Dam, the Hemavathy Dam, and the Tungabhadra Dam.

Source: TH

Tungabhadra Dam FAQ's

Q1: What is another name for the Tungabhadra Dam?

Ans: Pampa Sagar.

Q2: The Tungabhadra River is a tributary of which major river?

Ans: The Krishna River.

Q3: Where is the Tungabhadra Dam located?

Ans: Hosapete in Ballari district of Karnataka.

National Test House

May 18, 2026

National Test House Latest News

Recently, the National Test House (NTH) of Northern Region in Ghaziabad, under the Department of Consumer Affairs, has established a state-of-the-art Shoe Testing Laboratory.

About National Test House

It is a premier scientific organization of the Government of India.
It was established in 1912 under the then Railway Board.
It is India’s largest multi-location multidisciplinary industrial central government’s testing laboratory dealing with almost all sorts of testing, calibration and quality evaluation related to industry, commerce, trade etc. as per international and national standards.
Functions

- It offers technical consultancy, testing, calibration, and quality evaluation across various sectors, adhering to both national and international standards.
- It is also actively involved in supporting the National Accreditation Board for Testing and Calibration Laboratories (NABL) and BIS by providing technical assistance in the accreditation and standard formation activities, respectively.
- It is the pioneering governmental entity in India for drone certification.
Its branches are established at Kolkata, Mumbai, Chennai, Ghaziabad, Jaipur, Guwahati, and Varanasi.
Nodal Ministry: It is functioning under the administrative control of the Department of Consumer Affairs, Ministry of Consumer Affairs, Food & Public Distribution.

Source: News On Air

National Test House FAQs

Q1: Where is the headquarters of National Test House is located?

Ans: Kolkata

Q2: National Test House (NTH) functions under which ministry?

Ans: Ministry of Consumer Affairs, Food & Public Distribution

Indian Pharmacopoeia Commission

May 18, 2026

Indian Pharmacopoeia Commission Latest News

Recently, the Indian Pharmacopoeia Commission (IPC) organized a Scientific Conclave & Interactive Session on Indian Pharmacopoeia 2026 at the National Institute of Pharmaceutical Education and Research (NIPER), Hyderabad, Telangana.

About Indian Pharmacopoeia Commission

It is an autonomous Institution of the Ministry of Health and Family Welfare, Govt. of India.
It is created to set standards of drugs in the country.

Functions of Indian Pharmacopoeia Commission

Its basic function is to regularly update the standards of drugs commonly required for treatment of diseases prevailing in this region.
It publishes official documents for improving Quality of Medicines by way of adding new and updating existing monographs in the form of Indian Pharmacopoeia (IP).
It further promotes rational use of generic medicines by publishing National Formulary of India.
It prescribes standards for identity, purity and strength of drugs essentially required from the health care perspective of human beings and animals.
It also provides IP Reference Substances (IPRS) which act as a fingerprint for identification of an article under test and its purity as prescribed in IP.

What is Pharmacopoeia?

The Pharmacopoeias are official compendia of quality standards of the drugs being imported, manufactured for sale, stocked or exhibited for sale or distributed in India.

Source: PIB

Indian Pharmacopoeia Commission FAQs

Q1: Indian Pharmacopoeia (IP) is the official book of standards for drugs under which Act?

Ans: Drugs & Cosmetics Act, 1940

Q2: Where is Headquarters of Indian Pharmacopoeia Commission is located?

Ans: Ghaziabad

Currency Depreciation Amid the Crisis in West Asia – Explained

May 18, 2026

Currency Depreciation Latest News

The Indian rupee has breached the 96-per-dollar mark, hitting a record low amid the West Asia crisis, with policymakers concerned about the possibility of it crossing the psychological barrier of 100.

Understanding Currency Depreciation

Currency depreciation refers to the decline in the value of a country's currency relative to another currency, typically the US dollar in India's case.
It occurs due to market forces such as demand and supply of foreign exchange, capital flows, trade balances, and interest rate differentials.
A depreciating currency makes imports costlier and exports cheaper, affecting inflation, trade balance, and overall economic stability.
For a heavily import-dependent country like India, especially for crude oil and gold, a weakening rupee has significant macroeconomic implications.

Understanding Balance of Payments

The Balance of Payments (BoP) is a comprehensive record of all economic transactions between residents of a country and the rest of the world over a specific period. It comprises two main accounts:
- Current Account: Records trade in goods and services, primary income, and secondary income (remittances).
- Capital and Financial Account: Records foreign investments, loans, and other capital flows.
A BoP surplus occurs when foreign fund inflows exceed the trade deficit, strengthening the rupee. A BoP deficit weakens the currency.

Historical Context: The Phase of Artificial Stabilisation

The current rupee crisis must be understood in the context of the Reserve Bank of India's (RBI) intervention patterns over the past three years.
Rupee Movement Timeline
- September 2022: Rupee breached the 81-per-dollar mark for the first time.
- 2023-2024: Rupee moved in a narrow range of 81-83 per dollar for nearly two years.
- October 2024: Broke past 84 per dollar.
- December 2024: Crossed 85 per dollar.
- Since January 2025: Rupee has fallen by 11%.
- May 2026: Breached 96 per dollar, hitting a record low.
The Stabilisation Years
- According to policymakers, the rupee was artificially held back between 2023 and 2024 through significant RBI interventions in the foreign exchange market. Key data points include:
- 2022-23: BoP deficit of $9 billion; rupee weakened by 7.6%; RBI sold a record $213 billion; forex reserves declined by $29 billion.
- 2023-24: BoP surplus of $64 billion; RBI bought $41 billion net; forex reserves increased by $68 billion; rupee declined only by 1.4%.
- 2024-25: BoP deficit of $5 billion; rupee fell by 2.5%; RBI's gross dollar sales jumped to a record $399 billion.
- The RBI's stated policy is that it does not target any specific exchange rate level and only intervenes to prevent excessive volatility. However, the data suggests significant interventions were made to maintain rupee stability.

Current Crisis: West Asia Conflict and Capital Outflows

The ongoing West Asia crisis has put significant pressure on India's capital account, leading to substantial foreign capital outflows.
Since the war began in late February 2026, the rupee has fallen by 5.2% against the dollar.
Key Factors Driving Depreciation
- Rising Crude Oil Prices: Higher import bills widen the current account deficit.
- Foreign Institutional Investor (FII) Outflows: Sustained capital outflows of ₹1.97 lakh crore in the January-May period.
- Global Uncertainty: Geopolitical tensions affecting investor sentiment.
- Pent-up Depreciation: Markets pricing in depreciation that may have occurred during the earlier phase of artificial stability.
Why Past Stabilisation Matters Now
- Policymakers are increasingly recognising that the prolonged stability of the rupee at 82-83 per dollar during 2023 and 2024 may have created pent-up depreciation pressure. According to internal deliberations:
- The forex market is now pricing in the depreciation that may have occurred earlier.
- The current fall appears steeper because of the earlier artificial stability.
- Effects of long, artificial stabilisation are being felt now.
- The ability of interventions to defend any particular level is increasingly seen as limited.

Economic Implications of Rupee Depreciation

Impact on Inflation
- A weaker rupee increases the cost of imports, particularly crude oil, leading to higher fuel prices and broader inflationary pressures.
- According to State Bank of India's Group Chief Economic Advisor, the rupee has reached a "critical depreciation threshold" beyond which further weakness could erode the benefits of recent domestic fuel price hikes.
Impact on Current Account
Higher import costs widen the current account deficit, putting further pressure on the rupee in a self-reinforcing cycle.
Impact on Investor Sentiment
- A rapidly depreciating currency can hurt investor confidence, accelerating capital outflows and creating further pressure on the rupee.
Impact on External Debt
- A weaker rupee increases the cost of servicing external debt in rupee terms, raising the financial burden on Indian companies and the government.

Comparison with the 2013 Taper Tantrum

The current situation has drawn comparisons with the 2013 Taper Tantrum, when India was labelled among the "Fragile Five" economies. However, key differences include:
- India's forex reserves are significantly higher today.
- The macroeconomic fundamentals are stronger in many respects.
- The policy response toolkit has evolved, including options like swap lines and targeted interventions.
Nevertheless, structural vulnerabilities remain, including high import dependence on crude oil and gold, and exposure to global monetary policy shifts.

Policy Responses

RBI Interventions
- Dollar sales to defend the rupee.
- Forward market interventions to manage volatility.
- Restrictions on certain derivative contracts to curb speculation.
Government Measures
- Higher import duties on gold to reduce non-essential imports.
- Considering cuts in withholding tax to attract foreign investors.
- Fuel price hikes to manage the burden of higher crude oil costs.
- PM's austerity appeal urging citizens to reduce gold and petrol consumption.

Way Forward

Short-Term Measures
- Targeted RBI interventions to prevent disorderly depreciation.
- Attracting NRI deposits through schemes like FCNR(B) deposits.
- Diversifying crude oil sources to reduce dependence on West Asia.
- Promoting gold monetisation to channel idle gold into the economy.
Long-Term Structural Reforms
- Boosting manufacturing exports through PLI and Make in India.
- Deepening financial markets to attract stable long-term capital.
- Strengthening forex reserves as a buffer against external shocks.
- Accelerating the renewable energy transition to reduce crude oil dependence.
- Enhancing competitiveness through labour, land, and capital market reforms.

Source: IE

Currency Depreciation FAQs

Q1: What is the current level of the rupee against the dollar?

Ans: The rupee has breached the 96-per-dollar mark, hitting a record low in May 2026.

Q2: What is Balance of Payments (BoP)?

Ans: BoP is a record of all economic transactions between residents of a country and the rest of the world, comprising the current account and the capital account.

Q3: How much did the rupee depreciate in 2023-24 compared to 2022-23?

Ans: The rupee depreciated by 1.4% in 2023-24, compared to 7.6% in 2022-23, due to RBI interventions.

Q4: What is the significance of the 100-per-dollar mark?

Ans: It is considered a psychological barrier whose breach could further hurt investor sentiment and accelerate capital outflows.

Q5: What structural measures are needed to stabilise the rupee?

Ans: Boosting exports, reducing import dependence, attracting stable foreign capital, and strengthening forex reserves through long-term reforms.

Daily Editorial Analysis 18 May 2026

May 18, 2026

One-Horse Races Are No Triumph for Democracy

Context

Competition is essential in every sphere of life, whether in business, sports, or politics.
An industrialist once remarked that his greatest challenge was the lack of competition, despite his company dominating the market.
Similarly, cricketers consider victories against strong opponents more meaningful than easy wins. In the same way, democracy derives its strength from healthy political competition.
It allows citizens to choose between alternatives, hold governments accountable, and preserve democratic values.

Competition as the Foundation of Democracy

Importance of Political Competition
- Political competition acts as the haemoglobin of democracy. It gives citizens the freedom to remove governments and elect new representatives.
- A democracy without opposition traps people in the idea of TINA; there Is No Alternative.
- In such conditions, elections may continue, but genuine choice disappears.
- Competition also motivates governments to improve their performance.
- Just as businesses become more efficient due to market rivalry, political parties refine their policies when opponents constantly expose failures and weaknesses.
- Strong opposition ensures accountability and prevents the concentration of unchecked power.
Democracy and Public Trust
- A government may legally acquire power, but it earns a true mandate only when citizens believe the electoral process was fair.
- Elections without meaningful contestation create winners without a game. Democratic legitimacy depends not merely on voting, but on the existence of real alternatives.
- Fair competition also gives losing parties hope that they can succeed in future elections. This faith strengthens the peaceful transfer of power, one of democracy’s greatest achievements.

Political Theory and Democratic Contestation

Robert Dahl’s Democratic Perspective
- Political scientist Robert Dahl argued that systems with high participation but low contestation cannot be considered true democracies.
- He described such systems as plebiscitary autocracies. Voting alone is insufficient if citizens lack meaningful alternatives.
Importance of Pluralism
- Democracy depends on pluralism, ideological diversity, and open political rivalry. Different political parties represent varying social groups, interests, and ideologies.
- The weakening of opposition parties reduces democratic accountability and encourages excessive centralization of power.

The Role of Neutral Institutions

Need for a Level Playing Field
- Competition can survive only when there is a level playing field. In democratic systems, institutions like the Election Commission of India (ECI) act as neutral referees responsible for ensuring free and fair elections.
- If the referee appears biased, even legitimate victories lose credibility. In sports, spectators question results when umpires seem partial.
- Similarly, elections lose public trust when constitutional institutions are accused of favouritism.
Institutional Neutrality and Democratic Confidence
- Neutral institutions are essential for maintaining democratic confidence. Citizens must believe that electoral rules apply equally to all parties.
- Without institutional neutrality, opposition groups lose morale, and voters begin to doubt the fairness of elections.

Critique of the Election Commission and the West Bengal Elections

Controversy Surrounding the Special Intensive Revision (SIR)
- The West Bengal Assembly elections became controversial due to the Special Intensive Revision (SIR) of electoral rolls.
- Large-scale deletions of voters and the classification of many electors as under adjudication raised serious concerns regarding electoral fairness.
- Analysts pointed out that the number of deleted voters exceeded victory margins in several constituencies, suggesting that the outcome may have been influenced by the revision process.
Exclusion of Electors and Administrative Concerns
- Nearly 27 lakh electors were reportedly removed after a rushed verification process conducted under severe time pressure.
- Many affected individuals were directed toward non-existent Appellate Tribunals, leaving their voting rights uncertain.
- The inability to identify genuinely ineligible voters under Article 326 further weakened confidence in the process.

The Danger of a One-Party Democracy

Decline of Political Opposition
- The gradual weakening of opposition parties at both state and national levels raises fears of a one-party system.
- Ideas such as One Nation, One Election and Opposition-mukt Bharat appear to reduce political contestation rather than strengthen democratic participation.
Threat to Democratic Values
- A democracy without opposition becomes a one-horse race, lacking accountability, public choice, and political excitement.
- If institutions appear partial and challengers become too weak, elections may continue formally while democracy weakens internally.

Conclusion

Elections alone cannot guarantee legitimacy unless citizens trust the fairness of the process and believe that real alternatives exist.
Strong opposition parties, independent institutions, and fair electoral practices are essential to preserving democratic values.
Just as sports lose excitement without rivalry and businesses stagnate without competitors, nations weaken when political opposition disappears.
The true strength of democracy lies not in guaranteed victories, but in the constant possibility of defeat.

One-Horse Races Are No Triumph for Democracy FAQs

Q1. Why is competition important in democracy?
Ans. Competition is important because it gives citizens real choices and keeps governments accountable.

Q2. What does TINA mean in politics?
Ans. TINA means “There Is No Alternative,” where voters feel they have no real political choice.

Q3. Who described low-contestation systems as “plebiscitary autocracies”?
Ans. Robert Dahl described such systems as “plebiscitary autocracies.”

Q4. Why are neutral institutions necessary in elections?
Ans. Neutral institutions ensure fairness and maintain public trust in the electoral process.

Q5. What danger arises from weak political opposition?
Ans. Weak political opposition can lead to excessive concentration of power and weaken democracy.

Source: The Hindu

Oslo Summit Must Mark India’s Northward Turn

Context

Prime Minister Narendra Modi’s visit to Oslo for the third India-Nordic Summit comes at a time when India’s engagement with Nordic countries has evolved significantly.
Earlier focused mainly on climate cooperation, innovation, digitalisation, and the blue economy, the partnership is now acquiring greater strategic and economic significance due to changing global geopolitics.
Key drivers include the Ukraine war’s impact on Europe’s security architecture, tensions within the trans-Atlantic alliance, and rising strategic interest in the Arctic region, including Greenland.

The Arctic’s Growing Strategic Importance

The Arctic, once largely insulated from geopolitical rivalry, is now becoming a key arena of competition over shipping routes, energy resources, critical minerals, and strategic infrastructure.
Changing Security Dynamics in the Arctic
- The accession of Finland and Sweden to NATO has transformed Nordic security architecture, leaving Russia as the Arctic Council’s only non-NATO member.
- At the same time, the Russia-China partnership has expanded into the Arctic through cooperation in shipping and energy.
Why the Nordics Matter More to India
- The changing Arctic landscape has increased strategic convergence between India and Nordic countries in areas such as technology, supply chains, maritime security, and green energy.
Strategic Roles of Nordic Countries
- Norway: Balancing scientific cooperation with growing security concerns under its revised High North strategy.
- Denmark (via Greenland): Important for emerging Arctic sea routes and critical mineral access.
- Sweden and Finland: Offer advanced defence technologies, innovation ecosystems, and Arctic expertise.
- Iceland: Provides geothermal knowledge relevant to India’s Himalayan regions.
Militarisation and Technological Transformation
- The Arctic is increasingly shaped by deterrence, military positioning, and energy competition, with emerging technologies such as autonomous underwater vehicles, satellite seabed mapping, and concerns over undersea cable vulnerabilities.
India’s Arctic Presence
- India became an Arctic Council observer in 2013 and has established a presence through:
  - Himadri research station
  - IndARC underwater observatory
  - Gruvebadet atmospheric laboratory (Norway)
- While India has a scientific footprint in the Arctic, the region’s growing geopolitical importance means scientific engagement alone will not be sufficient to protect India’s strategic interests.

India as an Emerging Arctic Stakeholder

Although India is not an Arctic nation, it has significant stakes in the region.
The Arctic is warming more than three times faster than the global average, with consequences for India’s climate and economy.
Arctic ice loss, particularly in the Barents-Kara Sea, has been linked to variations in India’s summer monsoon.
Rising polar ice melt also threatens India’s coastline, ports, and island territories through sea-level rise.
Melting Arctic ice is opening new possibilities for shipping, resource extraction, and military activity.
The increasingly navigable Northern Sea Route along Russia’s Arctic coast could reshape global trade and maritime connectivity.
Potential New Maritime Corridor
- Extending the Chennai–Vladivostok corridor to Murmansk and the Nordic region could create a strategic maritime link connecting India, Japan, Russia, and Northern Europe.
- India’s Arctic engagement with the Nordics can complement, rather than conflict with, its partnership with Russia.

Policy Measures India Should Consider

Build Arctic Shipping Capacity - India should develop a small fleet of five Arctic-capable ice-class tankers by 2030-31 under the Shipbuilding Financial Assistance Policy to avoid missing early strategic opportunities.
Create an India-Arctic Economic Forum - Such a platform could connect Indian businesses with opportunities in shipping, energy, infrastructure, and skilled manpower in the Arctic region.
Strengthen Climate Cooperation - India should promote an Arctic-Himalaya Climate Data Corridor with Nordic countries for joint monitoring of climate linkages affecting monsoons and sea-level rise.
Appoint a Special Arctic Envoy - Unlike the other four Asian observer states in the Arctic Council, India does not have a Special Envoy for Arctic Affairs, making this an important institutional gap to address.

Key Focus Areas in India-Nordic Strategic Cooperation

Clean Energy and Green Technology Partnership
- Nordic countries are global leaders in offshore wind, hydrogen, electric mobility, and green shipping, while India’s clean energy transition needs technology, investment, and reliable partnerships.
- Cooperation should move beyond simple trade to joint development and manufacturing in areas such as offshore wind, green hydrogen, and grid-balancing technologies.
Supply Chain Diversification and Critical Minerals
- Nordic countries can help India diversify supply chains amid concerns over China’s dominance in critical mineral processing:
  - Norway: Deep-sea mining potential
  - Sweden: Rare earths and iron ore
  - Denmark (via Greenland): Strategic mineral access
- Nordic strengths in telecommunications, semiconductors, batteries, artificial intelligence, and advanced materials align with India’s manufacturing ambitions and engineering capabilities.
Strengthening Maritime Cooperation
- Maritime collaboration is strategically important as India depends on secure sea routes, resilient ports, and efficient logistics.
- Nordic countries bring expertise in:
  - Shipping technology
  - Maritime digitisation
  - Shipbuilding innovation
  - Sustainable port infrastructure
- Recent disruptions in the Strait of Hormuz have highlighted maritime vulnerabilities, making diversification of routes and partnerships increasingly important.
Mutual Strategic Benefits
- For the Nordics, India offers market scale, economic growth, and a trusted democratic partner in the Indo-Pacific. For India, the Nordics provide technology, capital, and expertise without hegemonic pressures.

Towards a Long-Term Strategic Partnership

As the Arctic becomes more strategically contested, the Oslo Summit should mark a shift from occasional engagement to a sustained India-Nordic strategic partnership.

Oslo Summit Must Mark India’s Northward Turn FAQs

Q1. Why is India’s relationship with Nordic countries becoming more strategically important?

Ans. Changing geopolitics, the Ukraine war, Arctic competition, supply chain concerns, and clean energy needs have given India-Nordic ties greater strategic and economic significance.

Q2. Why is the Arctic important for India despite not being an Arctic nation?

Ans. Arctic changes affect India’s monsoon, sea-level rise, maritime trade routes, energy access, and strategic interests, making India an important stakeholder in the region.

Q3. What strategic opportunities can Arctic engagement offer India?

Ans. The Arctic offers opportunities in shipping, energy logistics, critical minerals, climate cooperation, and new maritime corridors linking India with Russia, Japan, and Northern Europe.

Q4. What policy steps should India take to strengthen Arctic engagement?

Ans. India should build Arctic-capable tankers, create an India-Arctic Economic Forum, establish climate data cooperation, and appoint a Special Envoy for Arctic Affairs.

Q5. What are the major areas of India-Nordic strategic cooperation?

Ans. Key areas include clean energy, green hydrogen, critical minerals, semiconductors, artificial intelligence, maritime technology, sustainable shipping, supply chains, and defence-related innovation.

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.

Bird Sanctuaries in India 2026, Map, List, First & Largest Sanctuary

May 18, 2026

Bird sanctuaries in India are protected natural areas created for conserving resident and migratory bird species along with their habitats. India has nearly 72 major bird sanctuaries and around 1,210 recorded bird species. These sanctuaries include wetlands, grasslands, mangroves, lakes, estuaries, forests and coastal ecosystems. They support ecological balance through pollination, seed dispersal, pest control and biodiversity conservation while also promoting eco tourism, scientific research and environmental awareness across different regions of India.

Bird Sanctuaries in India

Bird Sanctuaries in India conserve avian biodiversity through protected habitats, legal safeguards, scientific monitoring and ecosystem management across India’s ecological regions.

Definition: Bird sanctuaries are legally protected natural areas established for conserving indigenous and migratory birds, protecting breeding grounds, safeguarding wetlands and maintaining ecological balance through habitat preservation and regulated human activity.
Diversity: Indian bird sanctuaries support nearly 1,210 bird species, including flamingos, pelicans, cranes, herons, storks, ibises, ducks, raptors, hornbills, bustards and endemic Western Ghats species.
Habitat: Indian bird sanctuaries include freshwater lakes, mangrove forests, estuaries, grasslands, marshlands, river basins, coastal lagoons, reservoirs, islands and forest ecosystems supporting diverse feeding and nesting requirements.
Migratory Importance: Sanctuaries receive migratory birds from Siberia, Central Asia, Europe, Russia, Kazakhstan, the Arctic Circle, Himalayas and Southeast Asia during winter between October and February every year.
Ecological Functions: Birds assist in pollination, seed dispersal, pest control, scavenging, nutrient cycling and maintaining aquatic ecosystems while acting as indicators of environmental health and climate related ecological changes.
Legal Framework: Most bird sanctuaries are protected under the Wildlife (Protection) Act, 1972, while wetlands receive additional protection under Ramsar Convention provisions and state forest conservation regulations.
Ramsar Recognition: Important bird habitats like Vedanthangal, Chilika Lake, Soor Sarovar, Pong Dam Lake, Khijadiya and Nal Sarovar have international wetland recognition under the Ramsar Convention framework.
Management Authorities: Bird sanctuaries are managed mainly by State Forest Departments, Wildlife Boards, Wetland Authorities and conservation agencies with support from BNHS and local community participation.
Tourism and Research: Sanctuaries promote sustainable eco tourism, birdwatching, photography, biodiversity surveys, ecological studies, migratory tracking and conservation awareness among students, researchers and nature enthusiasts.
Major Threats: Habitat degradation, pollution, invasive species, fishing pressure, agricultural runoff, climate change, urbanization, wetland shrinkage, illegal hunting and water scarcity threaten many Indian bird sanctuaries.

State Wise List of Bird Sanctuaries in India

Bird Sanctuaries in India are distributed across wetlands, forests, rivers, grasslands, mangroves and coastal ecosystems in multiple states and union territories.

Andhra Pradesh

Kolleru Bird Sanctuary: Also known as Atapaka Bird Sanctuary, located between Krishna and Godavari deltas, Kolleru Lake supports grey pelicans and painted storks, both categorized as Near Threatened species under the IUCN Red List.
Nelapattu Bird Sanctuary: Nellore district sanctuary is India’s major breeding site for spot billed pelicans and hosts black capped kingfishers, painted snipes, gull billed terns and whimbrels during migratory seasons.
Rollapadu Great Indian Bustard Sanctuary: This grassland sanctuary protects the endangered Great Indian Bustard while also supporting floricans, larks, harriers and blackbucks in semi arid ecosystems.
Sri Lankamalleswara Wildlife Sanctuary: The sanctuary protects dry deciduous forests and supports Indian long billed vultures, pied kingfishers, black winged stilts, open billed storks and monsoon migratory bird populations.
Pulicat Lake Bird Sanctuary: India’s second largest brackish water lagoon hosts flamingos, pelicans, painted storks, ducks, gulls and terns while serving as an important feeding and nesting ground.
Uppalapadu Bird Sanctuary: This sanctuary near Guntur is known for painted storks, pelicans, black headed ibises, pintail ducks and community led bird conservation practices around village water bodies.

Assam

Bordoibam Bilmukh Bird Sanctuary: This wetland sanctuary protects migratory waterfowl and riverine biodiversity along the Brahmaputra floodplain ecosystem with rich aquatic vegetation and marsh habitats.
Pani Dihing Bird Sanctuary: Located near the Dihing River, the sanctuary supports migratory ducks, storks, eagles and wetland birds in northeastern India’s floodplain ecosystem.

Bihar

Bareli Jheel Salim Ali Bird Sanctuary: This wetland sanctuary supports migratory waterbirds, herons, storks and ducks while providing important feeding habitats in Bihar’s floodplain region.
Kusheshwar Asthan Bird Sanctuary: Located in Darbhanga district, the sanctuary attracts migratory birds from Central Asia and Siberia while conserving floodplain wetlands and marsh ecosystems.
Saraiya Man Bird Sanctuary: The sanctuary preserves freshwater wetlands supporting ducks, cranes, egrets and migratory birds during winter migration seasons across northern India.
Nagi Dam Bird Sanctuary: Jamui district sanctuary hosts more than 136 bird species including bar headed geese, Indian courser, yellow wattled lapwing and Indian robin near Jharkhand border wetlands.

Chandigarh

City Bird Sanctuary: Chandigarh’s urban bird sanctuary protects migratory and resident bird populations while promoting urban biodiversity conservation and environmental education activities.

Delhi

Okhla Bird Sanctuary: Located on the Yamuna River near Noida, this wetland sanctuary supports Oriental skylarks, spot billed ducks, parakeets, stilts, kingfishers and winter migratory waterfowl.
Najafgarh Drain Bird Sanctuary: This important urban wetland habitat supports sarus cranes, painted storks, black necked storks, black headed ibises and migratory waterbird populations near Delhi NCR.

Goa

Salim Ali Bird Sanctuary: Located on Chorao Island along the Mandovi estuary, the mangrove sanctuary supports kingfishers, egrets, drongos, curlews, cormorants and migratory shorebirds.

Gujarat

Naliya Grassland (Lala Bustard WLS): This grassland sanctuary in Kutch region conserves the critically endangered Great Indian Bustard along with desert birds and arid ecosystem fauna.
Khijadiya Bird Sanctuary: Ramsar recognized wetland near Jamnagar supports flamingos, pelicans, geese, buntings, rollers, grebes, storks and migratory waterbirds across freshwater and marine habitats.
Kutch Bustard Sanctuary: Sanctuary protects bustards, pelicans, painted storks, cranes and desert avifauna across saline grasslands and semi arid ecosystems of Kutch.
Nal Sarovar Bird Sanctuary: Gujarat’s largest wetland bird sanctuary spreads over 120.82 square kilometers and hosts flamingos, pelicans, spoonbills, sarus cranes, ducks and marsh birds.
Porbandar Bird Sanctuary: Urban wetland sanctuary supports flamingos, pelicans, geese, spoonbills, jacanas, gulls, storks, avocets and migratory shorebirds throughout winter months.
Thol Lake Bird Sanctuary: Ramsar recognized wetland supports Dalmatian pelicans, flamingos, Indian skimmers, sarus cranes and greater spotted eagles in marshland ecosystems.
Gaga Wildlife Sanctuary: Coastal grassland sanctuary conserves Great Indian Bustards, flamingos, partridges, sand grouses, jackals and blue bulls across western Gujarat.
Wachana Bird Sanctuary (proposed): The sanctuary supports migratory wetland birds and local avifauna within Gujarat’s semi arid ecological landscapes and freshwater habitats.

Haryana

Bhindawas Wildlife Sanctuary: Haryana’s largest wetland sanctuary supports Egyptian vultures, steppe eagles, black bellied terns, migratory ducks and diverse marshland biodiversity.
Sultanpur Bird Sanctuary: Gurgaon district sanctuary hosts nearly 250 bird species including storks, kingfishers, egrets, doves, cranes and winter migratory birds from Europe and Central Asia.
Khaparwas Wildlife Sanctuary: Wetland sanctuary supports peafowls, hornbills, barbets, nilgai, coucals and migratory waterfowl near the Bhindawas ecosystem.

Himachal Pradesh

Bandli Wildlife Sanctuary: Himalayan sanctuary protects forest birds, pheasants and montane biodiversity across high altitude temperate forest ecosystems.
Kais Wildlife Sanctuary: Located in Kullu valley, the sanctuary supports Himalayan birds, monals, pheasants and rich coniferous forest biodiversity.
Pong Dam Lake Bird Sanctuary: Declared bird sanctuary in 1983, the Ramsar wetland attracts migratory bar headed geese, cranes, gulls and ducks from Central Asia.
Gobind Sagar Bird Sanctuary: Reservoir ecosystem sanctuary supports aquatic birds, migratory waterfowl and wetland biodiversity along Sutlej basin habitats.
Gamgul Sanctuary: Chamba district sanctuary conserves Himalayan fauna including ibex, musk deer, goral, tahr and high altitude bird species.

Jharkhand

Udhuwa Lake Bird Sanctuary: Jharkhand’s only bird sanctuary supports migratory ducks, egrets, herons and wetland birds across twin oxbow lake ecosystems near the Ganga basin.

Karnataka

Ghataprabha Bird Sanctuary: Sanctuary supports migratory waterbirds, cormorants, egrets and riverine avifauna along the Ghataprabha River reservoir ecosystem.
Bankapur Peacock Conservation Reserve: Famous for large peacock populations, the reserve also supports owls, bee eaters, kingfishers, robins, parakeets and hornbills.
Gudavi Bird Sanctuary: Shivamogga sanctuary hosts white ibises, cranes, herons, grebes and cormorants amid dense freshwater marsh vegetation.
Kokkare Bellur Community Reserve: Community managed reserve is internationally known for spot billed pelicans and painted storks nesting near village habitats.
Ranganathittu Bird Sanctuary: Karnataka’s largest bird sanctuary on the Kaveri River consists of six islands supporting storks, spoonbills, pelicans, river terns and kingfishers.
Adichanchunagiri Wildlife Sanctuary: Sanctuary protects dry forest ecosystems and bird species associated with scrubland and rocky hill habitats in southern Karnataka.
Attiveri Bird Sanctuary: Sanctuary hosts spoonbills, kingfishers, cormorants, hornbills, ibises and migratory waterbirds around reservoir ecosystems in Belagavi district.
Kaggaladu Bird Sanctuary: This village sanctuary supports painted storks, grey pelicans, blackbucks and herons through community based conservation practices.
Magadi Bird Sanctuary: Reservoir sanctuary supports flamingos, purple herons, ibis species, waterhens and migratory ducks across freshwater wetland habitats.
Mandagadde Bird Sanctuary: River island sanctuary supports darters, storks, herons, egrets and kingfishers along the Tunga River ecosystem.
Puttenahalli Lake Bird Sanctuary: Urban wetland sanctuary near Bengaluru hosts spoonbills, pelicans, storks, sandpipers, ducks and purple moorhens.

Kerala

Kadalundi Bird Sanctuary: Estuarine sanctuary supports sandpipers, gulls, terns, cormorants, herons and Brahminy kites along Kerala’s coastal wetland ecosystems.
Kumarakom Bird Sanctuary: Vembanad Lake sanctuary hosts nearly 180 bird species including herons, flycatchers, cranes, owls, ducks, gulls and Siberian migratory birds.
Mangalavanam Bird Sanctuary: Urban mangrove wetland sanctuary in Kochi supports marsh sandpipers, greenshanks, waterhens and brahminy kites amid dense mangrove vegetation.
Chulanur Peafowl Sanctuary: Kerala sanctuary mainly protects Indian peafowl populations while preserving dry deciduous forest habitats and associated avifauna.
Thattekad Bird Sanctuary: Kerala’s first bird sanctuary established on Periyar River banks supports more than 280 species including Malabar hornbills and Ceylon frogmouths.
Pathiramanal Sanctuary: Island sanctuary on Vembanad Lake supports jacanas, teals, terns, pygmy geese, kingfishers and migratory waterfowl populations.

Lakshadweep

Pitti Wildlife Sanctuary: Coral island sanctuary protects nesting seabirds and marine avifauna within Lakshadweep’s fragile island and reef ecosystem.

Madhya Pradesh

Ghatigaon Bustard Sanctuary: Sanctuary protects grassland ecosystems and endangered bustard populations in northwestern Madhya Pradesh.
Karera Bustard Sanctuary: Historic bustard conservation area once supported Great Indian Bustards and grassland bird diversity near Shivpuri region.
Sailana Kharmor Sanctuary: Ratlam sanctuary conserves Lesser Florican populations during monsoon breeding seasons across grassland ecosystems.
Sardarpur Kharmor Sanctuary: Sanctuary protects Lesser Florican breeding habitats and migratory grassland birds in western Madhya Pradesh.

Maharashtra

Mayani Bird Sanctuary: Satara wetland sanctuary attracts Siberian migratory birds including flamingos, spoonbills, ducks, ibis, kingfishers and painted storks.
Great Indian Bustard Sanctuary: Nannaj sanctuary protects critically endangered Great Indian Bustards alongside shrikes, larks and arid grassland bird species.
Jaikwadi Bird Sanctuary: Reservoir sanctuary supports flamingos, ducks, cranes, geese and aquatic birds around the Nath Sagar waterbody ecosystem.
Jawaharlal Nehru Bustard Sanctuary: Grassland sanctuary protects bustards and dryland avifauna within Maharashtra’s semi arid ecological landscapes.
Karnala Bird Sanctuary: Western Ghats sanctuary near Mumbai supports hornbills, parakeets, sunbirds, Malabar larks, pigeons and endemic forest birds.
Naigaon Mayur Sanctuary: Sanctuary primarily conserves peafowl populations while supporting dry scrubland bird diversity in Maharashtra.
Nandur Madhmeshwar Bird Sanctuary: Known as Maharashtra’s Bharatpur, the wetland sanctuary hosts flamingos, spoonbills, ducks, ibises, cranes, curlews and migratory waterfowl.

Nagaland

Ghosu Bird Sanctuary: Community managed sanctuary protects Bunting, Cuckoo, Himalayan Black Bulbul, Great Eared Nightjar and other forest diversity through traditional conservation practices.

Odisha

Nalabana Bird Sanctuary: Located within Chilika Lake, the sanctuary attracts flamingos, pelicans, herons and migratory birds from Siberia and Central Asia.
Chilika Lake Bird Sanctuary: Asia’s largest brackish water lagoon supports over 160 bird species along with Irrawaddy dolphins, fishing cats and endangered wetland biodiversity.
Mangalajodi Bird Sanctuary: It is a community driven conservation area located at the edge of Chilika Lake. Famous for birdwatching and sightseeing.

Punjab

Harike Lake Bird Sanctuary: India’s largest wetland in northern plains supports migratory ducks, geese, cranes and aquatic biodiversity near the Sutlej Beas confluence.

Rajasthan

Keoladeo National Park/ Bharatpur Bird Sanctuary: UNESCO World Heritage Site supports over 370 bird species including Siberian cranes, pelicans, pythons, deer and wetland biodiversity.
Khichan Bird Sanctuary: It is located in the Jodhpur district of Rajasthan. The sanctuary supports the conservation of several migratory birds including Demoiselle Cranes.

Sikkim

Kitam Bird Sanctuary: Himalayan sanctuary protects subtropical forest birds and migratory avifauna along riverine ecosystems in southern Sikkim.

Tamil Nadu

Chitrangudi Bird Sanctuary: Sanctuary supports pelicans, painted storks, egrets and grey herons across shallow wetland habitats in Ramanathapuram district.
Kanjirankulam Bird Sanctuary: Wetland sanctuary hosts ibises, egrets, painted storks and migratory nesting birds amid village tank ecosystems.
Pulicat Lake Bird Sanctuary: It is located at the border of Andhra Pradesh and Tamil Nadu and hence shared by both of the states.
Melaselvanur Kilaselvanur Bird Sanctuary: It is located in Ramanathapuram District and was designated in 2010. It protects- pelicans, storks, ibis, egrets, herons, etc.
Therthangal Bird Sanctuary: It was designated in 2010 and was declared a Ramsar Site in 2024. It protects: pelicans, storks, herons, darters, etc.
Koonthankulam Bird Sanctuary: Community supported sanctuary conserves pelicans, darters, pintails, pond herons and migratory ducks across freshwater wetlands.
Sakkarakottai Bird Sanctuary: It was designated as a bird sanctuary in 2012 and was designated as Ramsar Site in 2024. It conserves 120 species of resident and migratory waterbirds such as pelicans, ibises, herons, darters, etc.
Vedanthangal Bird Sanctuary: India’s oldest bird sanctuary established in 1936 hosts more than 40,000 migratory birds including teal, ibis, pelicans and spoonbills every winter.
Vaduvoor Lake Bird Sanctuary: Wetland sanctuary supports migratory ducks, cranes, pelicans and freshwater birds in deltaic Tamil Nadu ecosystems.
Vettangudi Bird Sanctuary: Small wetland sanctuary hosts darters, spoonbills, ibises, storks and herons in southern Tamil Nadu.
Udayamarthandapuram Bird Sanctuary: Sanctuary hosts moorhens, ibises, cormorants, spoonbills, storks and migratory waterfowl in delta wetlands.
Vellode Birds Sanctuary: Wetland ecosystem supports teals, pelicans, pintail ducks, cormorants and darters during winter migration seasons.
Karikili Bird Sanctuary: Adjacent to Vedanthangal, the sanctuary supports ducks, pelicans, ibises and migratory waterbird populations.
Kazhuveli Bird Sanctuary: It is a brackish water wetland. It supports waterbirds such as pelicans, storks, herons, terns, etc. and was designated a Ramsar Wetland in 2024.
Oussudu Lake Bird Sanctuary: It is a freshwater wetland that supports herons, storks, pelicans, ducks, etc. It is also a Ramsar Site (2022).
Karaivetti Bird Sanctuary: It supports birds like bar headed geese, pintail, garganey, herons, ibis and storks. It was declared a Ramsar Site in 2022 and acts as a major wintering habitat for waterfowl in Tamil Nadu.
Koonthankulam Bird Sanctuary: It is the largest breeding waterbird reserve in Southern India and hosts 1000+ species such as pelicans, painted storks, herons, ibis and bar headed geese. It was designated as Ramsar Site in 2021.

Uttar Pradesh

Okhla Bird Sanctuary: It is located at the border of Noida in the Gautam Buddha Nagar district. It protects: Shoveller Duck, Northern Pintail, Common Teal, Gadwall Duck and Blue Winged Teal
Parvati Arga Bird Sanctuary: It is located in the Gonda District of UP under the Sohelwa Wildlife Division. It supports more than 153 species of avifauna.
Bakhira Sanctuary: Eastern Uttar Pradesh wetland supports migratory ducks, cranes and marshland birds across extensive freshwater ecosystems.
Nawabganj Bird Sanctuary: Sanctuary supports sarus cranes, jacanas, pheasant tailed birds, storks, ibises, rollers and diverse wetland avifauna.
Shekha Jheel Bird Sanctuary: This freshwater wetland became India’s 99th Ramsar Site in 2026 and supports over 200 bird species including bar-headed goose, painted stork, northern pintail, and migratory waterfowl along the Central Asian Flyway while also aiding groundwater recharge and flood control.
Soor Sarovar Bird Sanctuary: Keetham Lake sanctuary became Ramsar site in 2020 and supports nearly 24 migratory and resident bird species near Agra.
Patna Bird Sanctuary: Wetland sanctuary supports geese, gadwalls, pintails, shovelers, wigeons and migratory aquatic birds during winter.
Saman Sanctuary: Sanctuary protects sarus cranes, black necked storks, eagles, hawks, vultures and wetland birds across shallow lake ecosystems.
Samaspur Sanctuary: Rae Bareli wetland sanctuary hosts teals, kingfishers, vultures and migratory aquatic birds during winter months.
Sandi Bird Sanctuary: Ramsar wetland supports common teal, ferruginous ducks, red crested pochards and vulnerable sarus cranes.
Lakh Bahosi Sanctuary: Twin wetland sanctuary supports migratory birds alongside jackals, fishing cats, blue bulls and wetland biodiversity.
Sarsai Nawar Wetland: Important wetland habitat supports greylag geese, greenshanks, pintails and wigeon populations in central Uttar Pradesh.
Surha Tal Bird Sanctuary: Large oxbow wetland supports migratory waterfowl and riverine bird diversity in eastern Uttar Pradesh.

Uttarakhand

Asan Barrage Bird Sanctuary: Ramsar wetland near Dehradun attracts migratory waterbirds including geese, ducks, cormorants and riverine bird species.
Naina Devi Himalayan Bird Conservation Reserve: Located near Nainital and supports more than 200 species of birds like- Himalayan Griffon, Koklass Pheasant, Hill Partridge, etc.

West Bengal

Chintamoni Kar Bird Sanctuary: Kolkata sanctuary supports kingfishers, cuckoos, bee eaters, orchids, butterflies and urban forest bird biodiversity.
Raiganj Wildlife Sanctuary/Kulik Bird Sanctuary: Sanctuary hosts one of Asia’s largest Asian Openbill colonies along with herons, cormorants and night herons.
Pakhibitan Bird & Wildlife Sanctuary (Gajoldoba): It is an important stop over for the migratory birds arriving from Central Asian Flyway.

Puducherry

Oussudu Bird Sanctuary: International wetland sanctuary supports migratory birds, marsh ecosystems and aquatic biodiversity across Tamil Nadu-Puducherry border landscapes.

Telangana

Manjira Bird Sanctuary: Situated along the Manjira River reservoir system, this sanctuary protects aquatic birds, marshland ecosystems, crocodiles and freshwater biodiversity in the Deccan plateau region.

Famous Bird Sanctuaries in India

India’s famous bird sanctuaries attract migratory species globally and represent major wetland, grassland, mangrove and forest ecosystems.

The map for the major famous Bird Sanctuaries in India has been attached below:

[my_image src="https://vajiramias.sgp1.cdn.digitaloceanspaces.com/wp/current-affairs/2026/05/Bird.webp?v=2" size="full" align="center" width="auto" height="1350px" alt="Bird Sanctuaries in India" title="Bird Sanctuaries in India"]

Bharatpur Bird Sanctuary

UNESCO Recognition: Keoladeo National Park in Rajasthan is a UNESCO World Heritage Site and among the world’s finest wetland bird conservation habitats.
Bird Diversity: The sanctuary supports more than 370 bird species including pelicans, cranes, geese, ducks, hawks, eagles and the rare Siberian crane.
Ecological Richness: Besides birds, the sanctuary supports deer, nilgai, pythons, turtles, fish species, amphibians and nearly 379 floral species.
Migratory Importance: Thousands of migratory birds from Siberia, Central Asia and Europe arrive during winter, making it India’s most internationally recognized bird habitat.
Historical Importance: The sanctuary derives its name from the ancient Keoladeo temple situated within the protected wetland landscape.

Nal Sarovar Bird Sanctuary

Wetland Significance: Gujarat’s largest wetland bird sanctuary spreads over 120 square kilometers with marshes, shallow lakes and migratory bird habitats.
Migratory Species: Flamingos, pelicans, spoonbills, sarus cranes, ducks, coots and avocets arrive in large numbers during winter migration periods.
Ramsar Importance: Nal Sarovar is internationally recognized for wetland conservation and bird biodiversity within western India’s semi arid ecological zone.
Tourism Value: Birdwatching, boating, wetland photography and ecological tourism attract thousands of visitors between November and February annually.

Vedanthangal Bird Sanctuary

Oldest Sanctuary: Established in 1936, Vedanthangal is India’s oldest bird sanctuary and among the earliest organized wetland conservation areas in South Asia.
Migratory Population: More than 40,000 migratory birds including garganey, teal, ibis, pelicans, spoonbills and herons visit annually during winter months.
Ramsar Recognition: The sanctuary received Ramsar wetland status in 2022 for its international ecological and migratory bird conservation importance.
Ecological Feature: Birds nest on partially submerged trees, creating unique breeding colonies within shallow freshwater lake ecosystems.

Ranganathittu Bird Sanctuary

Riverine Ecosystem: Karnataka’s largest bird sanctuary consists of six islands formed across the Kaveri River near Mysuru and Mandya districts.
Bird Species: The sanctuary hosts painted storks, spoonbills, pelicans, cormorants, ibis species, river terns, kingfishers and migratory waterbirds.
Tourism Accessibility: Located near Bengaluru and Mysuru, the sanctuary is among southern India’s most visited birdwatching destinations.
Conservation Value: River islands provide safe nesting habitats for breeding colonies and aquatic biodiversity within Karnataka’s river ecosystem.

Kumarakom Bird Sanctuary

Ecosystem: Located near Vembanad Lake, the sanctuary supports around 180 bird species across Kerala’s famous backwater ecosystem.
Migratory Birds: Siberian cranes, flycatchers, teals, gulls, terns, herons and ducks visit the sanctuary during winter migration seasons.
Tourism Attraction: Houseboat based birdwatching across Kerala backwaters makes Kumarakom internationally famous among eco tourists and ornithologists.
Biodiversity Importance: Wetland vegetation and aquatic habitats support fish diversity, migratory birds and ecological productivity in Kerala’s coastal plains.

Chilika Lake Bird Sanctuary

Lagoon Ecosystem: Chilika is Asia’s largest brackish water lagoon covering nearly 1,100 square kilometers along Odisha’s eastern coastline.
Migratory Habitat: More than 160 bird species arrive from Siberia, Russia, Central Asia and Himalayas between November and February annually.
Ecological Diversity: The sanctuary also supports Irrawaddy dolphins, fishing cats, sea turtles, marshes, mudflats and island ecosystems.
Flamingo Habitat: Chilika hosts one of the world’s largest congregations of flamingos and migratory waterbirds during winter seasons.

Salim Ali Bird Sanctuary

Mangrove Habitat: Goa sanctuary preserves estuarine mangrove ecosystems along the Mandovi River supporting rich coastal bird biodiversity.
Avian Diversity: The sanctuary supports kingfishers, curlews, drongos, herons, egrets, cormorants, sandpipers and migratory shorebirds.
Scientific Legacy: Named after ornithologist Dr. Salim Ali, the sanctuary reflects India’s modern scientific bird conservation movement.
Eco tourism Value: Boat safaris through mangrove creeks provide important opportunities for ecological tourism and bird observation activities.

First Bird Sanctuary in India

Vedanthangal Bird Sanctuary is the First Bird Sanctuary in India. It was established in 1936 in Tamil Nadu, Vedanthangal is India’s first officially recognized bird sanctuary covering nearly 30 hectares of wetland habitat.

Historical Background: During the eighteenth century, the area served as a hunting ground before local conservation efforts gradually transformed it into a protected wetland reserve.
Migratory Importance: The sanctuary attracts thousands of migratory birds annually from Siberia, Europe and Central Asia including pelicans, ibis, herons, spoonbills and pintails.
Ecological Uniqueness: Birds nest on submerged trees within shallow water ecosystems, creating dense breeding colonies supporting long term avian population sustainability.
Conservation: Vedanthangal became a model for later wetland conservation policies and influenced establishment of bird sanctuaries across India’s major ecological regions.

Largest Bird Sanctuaries in India

The extensive Bird Sanctuaries in India protect extensive wetland and grassland ecosystems supporting thousands of migratory and resident avian species annually. However there is no officially recognised Largest Bird Sanctuary in India, the widely considered largest sanctuaries include:

Bharatpur Bird Sanctuary: Keoladeo National Park in Rajasthan is widely recognized as India’s largest and most important bird sanctuary with over 370 bird species recorded.
Chilika Lake Bird Sanctuary: Odisha’s Chilika wetland covers nearly 1,100 square kilometers, making it India’s largest brackish water bird habitat and migratory waterfowl destination.
Pulicat Lake Bird Sanctuary: Spread across Andhra Pradesh and Tamil Nadu, Pulicat Lake sanctuary covers nearly 759 square kilometers around India’s second largest brackish lagoon.
Nal Sarovar Bird Sanctuary: Gujarat’s largest wetland bird sanctuary spreads across 120.82 square kilometers and supports extensive migratory bird populations during winter seasons.

Bird Sanctuaries in India FAQs

Q1: How many Bird Sanctuaries in India?

Ans: India has around 72 major bird sanctuaries protecting nearly 1,210 bird species across wetlands, forests, grasslands, lakes and coastal ecosystems.

Q2: Which is the first Bird Sanctuary in India?

Ans: Vedanthangal Bird Sanctuary in Tamil Nadu is the first bird sanctuary in India, officially established in 1936.

Q3: Which is the largest Bird Sanctuary in India?

Ans: There is no officially recognised largest Bird Sanctuary in India. However sanctuaries such as- Keoladeo National Park, Nal Sarovar Bird Sanctuary, Pulicat Bird Sanctuary etc. are considered among the largest Bird sanctuaries in India.

Q4: Which Indian Bird Sanctuary is a UNESCO World Heritage Site?

Ans: Keoladeo National Park in Rajasthan is a UNESCO World Heritage Site known for more than 370 recorded bird species.

Q5: Which is Asia’s Largest Brackish Water Bird Habitat in India?

Ans: Chilika Lake in Odisha is Asia’s largest brackish water lagoon and an important habitat for migratory flamingos and waterbirds.

Great Nicobar Project Faces Forest Rights Challenge Over Tribal Consent

May 18, 2026

Great Nicobar Project Latest News

The Calcutta High Court’s Port Blair circuit bench has agreed to hear a PIL challenging the Great Nicobar infrastructure project, which alleges violations of the Forest Rights Act, 2006, particularly regarding tribal consent.
The Union Government and the Andaman and Nicobar administration objected to the PIL’s maintainability and related issues, including the reduction of buffer zones around Galathea and Campbell Bay National Parks, but the court rejected these objections.
The ₹81,000 crore Great Nicobar project includes an integrated township, transshipment port, solar and gas-based power plant, and a dual-use military-civilian airport.

The Legal Challenge Before the Calcutta High Court

In a 2024 PIL, Meena Gupta has challenged the procedures followed under the Forest Rights Act (FRA), 2006, alleging that they were unlawful in the approval process for the Great Nicobar infrastructure project.
The petition specifically questions:
- The constitution of the Sub-Divisional Level Committee (SDLC) for Campbell Bay tehsil
- The Gram Sabha meetings held on August 12, 2022 in Campbell Bay, Laxmi Nagar, and Govind Nagar
- The resolutions passed in these meetings consenting to forest land diversion
- The Recognition of Forest Rights (RoFR) certificate issued on August 18, 2022, declaring that all forest rights had been settled
The plea argues that the Andaman and Nicobar administration relied on illegal Gram Sabha resolutions, the RoFR certificate, and SDLC consent to obtain forest clearance from the environment ministry for the Great Nicobar project.

Why the Petition Challenges Consent Under the Forest Rights Act

The petition argues that the process used to obtain tribal consent for the Great Nicobar project was procedurally flawed and illegal, as it did not comply with the Forest Rights Act (FRA), 2006.
Under the FRA, forest land can be diverted for a project only after forest rights claims are identified and settled.
The plea alleges that not a single forest rights claim has been settled on Great Nicobar Island, making the clearance process legally questionable.

Issues with the Sub-Divisional Level Committee (SDLC)

The petition claims the SDLC was improperly constituted:
- FRA rules require at least two Scheduled Tribe members, including one woman
- The committee reportedly had only one Nicobarese member, violating the prescribed norms

Questionable Gram Sabha Consent

The Gram Sabhas that approved land diversion were allegedly settler panchayats meant for non-tribal residents, not legitimate Gram Sabhas of Scheduled Tribes or forest dwellers under the FRA.
These bodies approved diversion of 166.10 sq km of land, including protected and deemed forest, but the plea argues they had no legal authority to grant such consent.

Absence of Forest Rights Committee Process

The petition states there is no record of a Forest Rights Committee, which is supposed to initiate claims under the FRA before a Gram Sabha is convened.

Dispute Over Tribal Consent

Nicobarese Community - The petition challenges the claim that the tribal council chairperson’s consent represented the entire Nicobarese community, noting that the council later withdrew its consent in November 2022.
Shompen Tribe - The plea argues that the consent of the Shompen tribe, a largely uncontacted indigenous group, was obtained through a government organisation (AAJVS) rather than directly from the tribe, raising serious legal and ethical concerns.

Concerns Over the Rights of the Shompen Tribe

The petition argues that the Great Nicobar project would severely disrupt the habitat of the Shompen tribe, particularly three settlements located within the proposed development zone.
It claims that forests used for foraging, hunting, horticulture, worship, and access to clean drinking water would be destroyed, threatening their rights to food, water, shelter, and cultural survival.
The plea points to the 1972 settlement of ex-servicemen on Great Nicobar’s east coast, arguing that this earlier development disturbed Shompen habitation and pushed the tribe deeper into forest interiors.
The petition raises concerns over whether the Forest Rights Act (FRA) adequately protects communities like the Shompen, who are semi-nomadic hunter-gatherers with distinct ways of life.
The plea argues that the Shompen have a right to self-determination and to live according to their traditional lifestyle, and therefore their habitat cannot be taken away through state-led development.
The petition contends that the Shompen cannot provide informed consent because they do not read or understand the languages used by the administration, and the legal concepts of rights settlement or consent to forest diversion are alien to their way of life.

Source: IE

Great Nicobar project FAQs

Q1: Why is the Great Nicobar Project being challenged in court?

Ans: The project is being challenged over alleged violations of the Forest Rights Act, improper tribal consent procedures, and concerns about environmental and indigenous rights.

Q2: What are the key allegations under the Forest Rights Act?

Ans: The petition alleges unsettled forest rights claims, improper Gram Sabha consent, irregular committee composition, and procedural violations in obtaining forest clearance for the project.

Q3: Why is the Shompen tribe central to the controversy?

Ans: The project may disrupt the habitat, livelihood, and cultural survival of the Shompen, a particularly vulnerable indigenous community with limited interaction with mainstream administration.

Q4: What does the Great Nicobar Project include?

Ans: The ₹81,000 crore project includes an integrated township, transshipment port, power plant, and a dual-use military-civilian airport on Great Nicobar Island.

Q5: What legal issue surrounds tribal consent in this case?

Ans: The petition argues that consent was not obtained from legally recognised tribal stakeholders, raising questions about the validity of approvals under the Forest Rights Act.

India’s Renewable Push Needs Energy Storage Solutions for Grid Stability

May 18, 2026

Energy Storage Latest News

India’s rapid expansion of renewable energy is creating a major power management challenge because solar and wind energy are intermittent, while electricity demand remains continuous and often does not match generation patterns.
Solar power stops after sunset, and wind output varies with weather, creating supply-demand mismatches that can strain grid stability.
This challenge is especially significant as renewables account for 53% (283 GW) of India’s total installed power capacity of 532 GW, with solar contributing over 150 GW.
As a result, energy storage systems have become essential for balancing supply and demand, though India’s storage capacity remains inadequate.

What is Energy Storage

Energy storage refers to systems that store excess electricity generated from renewable sources such as solar and wind during periods of high generation and release it later when demand rises but power generation is low.
These systems convert electricity into a storable form and then reconvert it into electricity when needed.

Major Types of Energy Storage Systems

Pumped Hydro Storage (PHS) - Pumped Hydro Storage uses surplus electricity to pump water from a lower reservoir to a higher reservoir. When electricity demand rises, the stored water is released downhill through turbines to generate power.
Battery Energy Storage Systems (BESS) - BESS store electricity chemically and release it when needed. Lithium-ion batteries, especially Lithium Iron Phosphate (LFP) batteries, dominate grid-scale storage due to their declining costs, high efficiency, and long lifespan. In 2025, LFP batteries accounted for over 90% of annual global storage additions.
Concentrated Solar Thermal Storage - This technology uses mirrors to focus sunlight onto a receiver, heating materials such as molten salt to store thermal energy. The stored heat is later used to generate steam and produce electricity.
Compressed-Air Energy Storage - Excess electricity is used to compress air and store it in underground caverns or tanks. When demand increases, the compressed air is released to drive turbines and generate electricity.
Flywheel Energy Storage - Flywheels store electricity as rotational energy by spinning a rotor at very high speeds. They are especially useful for instant power injection, grid stability, and managing short-term fluctuations.
Gravity Energy Storage - This system uses electricity to lift heavy weights to higher elevations. When power is needed, the weights are lowered, converting gravitational potential energy back into electricity through generators.

India’s Energy Storage Capacity and Expansion Plans

India’s energy storage deployment has not kept pace with the rapid expansion of renewable energy, raising concerns about the grid’s ability to efficiently manage a growing share of intermittent power.
Currently:
- Battery Energy Storage Systems (BESS): ~0.27 GW
- Pumped Hydro Storage (PHS): ~7.2 GW
India is primarily focusing on expanding the two major storage technologies:
- Battery Energy Storage Systems (BESS) for short-duration storage
- Pumped Hydro Storage Projects (PSP/PHS) for long-duration storage
According to the Central Electricity Authority (CEA), India’s total energy storage capacity is projected to reach 174 GW / 888 GWh by 2035-36, comprising: 80 GW / 321 GWh of BESS; 94 GW / 567 GWh of PHS.
The CEA expects 4–6 hour duration storage systems to become increasingly critical after 2030 as renewable energy integration deepens.

Role of Different Storage Technologies

BESS: Best suited for short-duration storage and quick balancing needs
PHS/PSP: Better suited for long-duration storage and round-the-clock renewable energy supply, especially for commercial and industrial consumers

India’s Energy Storage Expansion Plans and Key Challenge

India is significantly scaling up its energy storage infrastructure across both pumped hydro and battery storage technologies.
A key concern is India’s heavy reliance on imported battery storage components.
- India imports 75–80% of its lithium-ion cells.
- Lithium-ion cells account for around 80% of the total cost of battery storage systems.
The CEA has warned that global battery manufacturing is heavily concentrated in one Asian country, creating risks related to: Geopolitical tensions; Trade disruptions; Price volatility.
This dependence could become a major obstacle to India’s long-term energy storage and renewable energy ambitions.

Global Trends in Energy Storage

Globally, Pumped Hydro Storage (PHS) remains one of the most widely used electricity storage technologies, with an installed capacity of around 160 GW, according to the International Renewable Energy Agency.
Leading Countries in PHS - China (~66 GW); Japan (21.8 GW); United States (18.9 GW); Europe (collectively ~28 GW)

Rapid Growth of Battery Energy Storage

BESS are expanding rapidly worldwide, with total installed global capacity estimated at around 270 GW.
In 2025 alone, 108 GW of new battery storage capacity was added globally—representing a 40% increase over 2024, according to the International Energy Agency (IEA).
China remained the global leader in battery storage deployment in 2025, accounting for nearly 60% of new global additions, followed by the United States and Europe.
Battery storage deployment is also accelerating in emerging regions such as Australia and parts of the Middle East, where storage is increasingly viewed as essential for electricity security and renewable energy integration.

Source: IE

Energy Storage FAQs

Q1: Why is energy storage important for India’s renewable energy transition?

Ans: Energy storage helps balance intermittent solar and wind generation with continuous electricity demand, ensuring grid stability and reliable renewable power supply.

Q2: What are the main energy storage technologies India is focusing on?

Ans: India is primarily focusing on Battery Energy Storage Systems (BESS) for short-duration storage and Pumped Hydro Storage (PHS) for long-duration energy balancing.

Q3: What are India’s current and future energy storage targets?

Ans: India currently has limited storage capacity but aims to reach 174 GW / 888 GWh of total energy storage capacity by 2035-36.

Q4: What is the biggest challenge in India’s energy storage expansion?

Ans: India heavily depends on imported lithium-ion battery cells, exposing the sector to geopolitical risks, supply disruptions, and cost volatility.

Q5: What are the global trends in energy storage?

Ans: Battery storage is growing rapidly worldwide, led by China, while pumped hydro remains a major storage technology supporting renewable integration and electricity security.

SC Strength Expanded – Ordinance Raises Judges’ Number to 37

May 18, 2026

SC Strength Expanded Latest News

The President of India has promulgated the Supreme Court (Number of Judges) Amendment Ordinance, 2026 to increase the sanctioned strength of judges in the Supreme Court from 33 to 37, excluding the Chief Justice of India (CJI).
Consequently, the total strength of the apex court, including the CJI, will rise from 34 to 38 judges.
The ordinance amends Section 2 of the Supreme Court (Number of Judges) Act, 1956, and was issued under Article 123 of the Constitution after the Union Cabinet approved the proposal earlier this month.

Ordinance-Making Power of the President

Constitutional provision: Article 123 empowers the President to promulgate ordinances when Parliament is not in session and immediate legislative action is required.
Features:
- Ordinances have the same force and effect as a law passed by Parliament.
- They are executive-legislative instruments meant for temporary and urgent circumstances, not routine governance.
- They are subject to Parliamentary approval; judicial review; and Constitutional limitations.
Temporary nature:
- The ordinance must be laid before both Houses of Parliament when they reconvene.
- Will cease to operate if not approved within six weeks of reassembly.
- Can also lapse if both Houses disapprove it, or may be withdrawn earlier by the President.
Judicial position:
- The SC established that ordinances are open to judicial review in the landmark cases of R.C. Cooper v. Union of India (1970), A.K. Roy v. Union of India (1982), and Krishna Kumar Singh v. State of Bihar (2017).
- In cases such as D.C. Wadhwa v. State of Bihar (1987), it criticised repeated re-promulgation of ordinances, calling it a misuse of constitutional power.
Real power: The Union Cabinet is the driving force behind this legislative process.

Need to Increase the Strength of the SC

Rising pendency: The judge-to-case ratio has become unsustainable, especially with rapidly rising appeals and special leave petitions (SLPs). For example,
- Pendency has crossed 93,000 cases;
- Post-COVID surge in e-filing has significantly increased case inflow;
- Increasing constitutional litigation, PILs, commercial disputes, and service matters have added to the burden.
Need for faster justice delivery:
- Judicial delays weaken rule of law, hinder enforcement of Fundamental Rights, and reduce public trust in institutions.
- The expansion aims to reduce delays in hearings and judgments; improve disposal rates; enable more Constitution and specialised benches; and strengthen citizens’ access to timely justice.
Complexity in governance: Modern governance has expanded the Court’s responsibilities as a result of -
- Federal disputes;
- Electoral matters;
- Digital privacy and technology-related litigation;
- Environmental and climate justice cases; and
- Economic and regulatory disputes.

Other Reforms Needed in the Judiciary

Strengthening the entire judicial pyramid: Merely increasing SC judges is insufficient unless subordinate courts and High Courts are also strengthened.
Key reforms needed:
- Fill vacancies promptly: Large vacancies persist in High Courts and subordinate judiciary. Timely appointments through the collegium and government coordination are essential.
- Establish an All India Judicial Service (Article 312): This could improve recruitment quality and uniformity in lower judiciary.
- Limit routine appeals to the SC: The SC should increasingly focus on constitutional and national importance cases rather than functioning as a regular appellate court.
- Strengthen Alternative Dispute Resolution (ADR): Promote mediation, arbitration, and Lok Adalats to reduce litigation pressure.
- Expand judicial infrastructure: More courtrooms, staff, digital infrastructure, and research assistance are needed.
- Institutionalise technology: AI-assisted case management; e-courts; virtual hearings; and intelligent scheduling systems.
- National court management systems: Scientific case allocation and timeline-based disposal mechanisms can improve efficiency.
- Separate constitution benches: Permanent Constitution Benches could ensure quicker resolution of major constitutional matters.

Conclusion

The decision to increase the sanctioned strength of the SC marks an important institutional response to India’s deepening judicial pendency crisis.
While adding judges may provide immediate relief and improve disposal capacity, the larger challenge lies in comprehensive judicial reforms across all levels of the justice delivery system.

Source: TH

SC Strength Expanded FAQs

Q1: Why has the sanctioned strength of the Supreme Court been increased?

Ans: It aims to address rising pendency, improve disposal of cases, and strengthen timely access to justice.

Q2: What are the constitutional provisions governing the ordinance-making power of the President?

Ans: Article 123 empowers the President to promulgate ordinances when Parliament is not in session.

Q3: How does judicial pendency affect governance and constitutional democracy in India?

Ans: Judicial delays weaken rule of law, hinder enforcement of Fundamental Rights, and reduce public trust in institutions.

Q4: Why is increasing the number of judges alone insufficient to solve the judiciary's problems?

Ans: Because broader reforms such as filling vacancies, expanding judicial infrastructure, etc., are needed.

Q5: What institutional reforms are required to improve the efficiency of the SC?

Ans: Reforms such as AI-driven case management, ADR mechanisms, etc., are needed to improve efficiency.