Current Affairs of 16 September 2026 by Vajiram & Ravi IAS Institute

UPSC Daily Quiz 16 September 2026

September 16, 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.

Pi Day 2026, History, Significance, Facts and Applications

September 16, 2026

Pi Day is celebrated to recognise π (pi), a fundamental mathematical constant used in fields ranging from geometry to science and engineering.

About Pi Day

Pi Day was first celebrated in 1988 at the Exploratorium science museum in San Francisco, United States. Physicist Larry Shaw organised the celebration to honour π through mathematical activities and events.

The idea gradually spread beyond the United States, with schools, universities and science institutions in different countries beginning to celebrate Pi Day. In 2009, the U.S. House of Representatives passed a resolution recognising 14 March as National Pi Day and encouraging its observance in educational institutions.

Today, Pi Day is celebrated globally, particularly through activities that encourage interest in mathematics and its applications.

Pi Day 2026

Pi Day 2026 was celebrated on 14 March 2026, alongside the International Day of Mathematics 2026, whose theme was “Mathematics and Hope.” The theme focused on how mathematics helps us understand the world, manage uncertainty and address challenges in science, technology and sustainable development.

Why Is Pi Day Celebrated on 14 March?

The date 14 March has a direct connection with the value of π. The value of π (pi) begins with 3.14. Since 14 March can be written as 3/14 in the month/day format, the date matches the first three digits of π. The first Pi Day celebration also marked 1:59 p.m., adding the next digits of π. Thus, 3/14 at 1:59 represents 3.14159.

Also Read:- Important Days in September 2026

What Is Pi (π)?

Pi (π) is a mathematical constant that represents the ratio of the circumference of a circle to its diameter.

Its approximate value is: π = 3.1415926535...

The decimal expansion of π continues indefinitely and does not follow a repeating pattern.

Pi has two important mathematical properties:

Irrational number: π cannot be expressed exactly as a fraction of two integers.
Transcendental number: π cannot be the root of any non-zero polynomial equation with rational coefficients.

The commonly used value 22/7 is an approximation of π and is not its exact value.

History of Pi (π)

The story of π (pi) is thousands of years old. Different civilisations gradually found more accurate ways to understand the relationship between a circle's circumference and its diameter.

Ancient Egyptians and Babylonians used approximate values of π while solving practical problems related to measuring circles, land and construction.
Archimedes, the Greek mathematician, developed a more systematic method around the 3rd century BCE. He used polygons inside and outside a circle to place limits on the value of π and calculate it more accurately.
Aryabhata, in his 5th-century work Aryabhatiya, gave a highly accurate approximation of π. His value was close to the value accepted today.
Madhava of Sangamagrama, who lived in medieval Kerala, took the study of π further by developing an infinite series that could be used to calculate its value with increasing accuracy. Other mathematicians of the Kerala School of Mathematics further developed this mathematical tradition.
The symbol π was introduced by William Jones in 1706. The Swiss mathematician Leonhard Euler later popularised its use, helping make π the standard symbol for this constant.

Applications of Pi (π)

Pi is used far beyond theoretical mathematics. It appears whenever calculations involve circles, rotation, waves or periodic phenomena. Some important applications include:

Geometry: Calculating the circumference and area of circles and the volume of spheres and cylinders.
Physics: Used in equations related to waves, oscillations and rotational motion.
Engineering: Applied in the design of machines, electrical systems, structures and mechanical components.
Astronomy and space science: Used in calculations involving circular and orbital motion.
Computer science: Used in numerical calculations, simulations and algorithms involving geometry and periodic functions.
Medical technology: Mathematical functions involving π are used in areas such as medical imaging and signal processing.

International Day of Mathematics

The International Day of Mathematics is also observed on 14 March every year.

In 2019, UNESCO proclaimed 14 March as the International Day of Mathematics following an initiative led by the International Mathematical Union.

The observance aims to highlight the importance of mathematics in society and its contribution to areas such as:

science and technology;
innovation and economic development;
education and mathematical literacy; and
sustainable development and human well-being.

Although both are observed on the same day, Pi Day and the International Day of Mathematics are distinct observances. Pi Day focuses specifically on the mathematical constant π, while the International Day of Mathematics has a broader focus on mathematics and its role in society.

Pi Day FAQs

Q1: When is Pi Day observed?

Ans: Pi Day is observed on 14 March every year.

Q2: Why is Pi Day celebrated on 14 March?

Ans: The date is written as 3/14 in the month/day format, corresponding to the first three digits of π, 3.14.

Q3: What is the value of Pi?

Ans: The approximate value of π is 3.14159, although its decimal expansion continues indefinitely.

Q4: Physicist Larry Shaw organised the first known Pi Day celebration at the Exploratorium in San Francisco in 1988.

Ans: Physicist Larry Shaw organised the first known Pi Day celebration at the Exploratorium in San Francisco in 1988.

Q5: Is Pi Day a global observance?

Ans: Pi Day is widely celebrated around the world through activities organised by schools, universities, science institutions and mathematics communities.

Minilateralism, Meaning, Features, Drivers, Significance for India

September 16, 2026

Minilateralism refers to a form of international cooperation in which a small group of countries work together to address a specific regional or global issue. Unlike traditional multilateral institutions that may involve a large number of countries, minilateral groups are generally more flexible, focused and issue-specific.

For India, minilateralism has become an important tool for pursuing strategic autonomy, multi-alignment and national interests while maintaining relations with different major powers.

Minilateralism Features

Minilateralism is characterised by small, flexible and issue-based cooperation among a limited number of countries. It allows countries with common interests to take faster and more practical decisions on specific regional or global challenges.

Limited Membership: Involves a small group of countries with shared interests.
Issue-Specific: Focuses on particular areas such as security, technology, climate change or trade.
Flexible Structure: Usually has fewer rigid institutional rules and procedures.
Faster Decision-Making: Smaller groups can reach consensus more quickly.
Common Interests: Members cooperate around specific strategic, economic or developmental interests.
Practical Outcomes: Emphasis is placed on concrete projects, initiatives and deliverables.
Coalition of Willing: Countries willing to cooperate on an issue can move ahead without waiting for universal consensus.
Adaptability: The composition and agenda can evolve according to changing global circumstances.

Major Minilateralism Groups

Major minilateralism groups bring together a small number of countries to address specific strategic, economic, security, technological or regional challenges through flexible cooperation.

Major Minilateralism Groups
Minilateral Grouping	Countries/Participants	Major Focus
Quad	India, Australia, Japan, USA	Indo-Pacific security, maritime cooperation, technology and resilient supply chains
AUKUS	Australia, UK, USA	Defence, nuclear-powered submarines, advanced military technologies and security cooperation
India-Japan-Australia Trilateral	India, Japan, Australia	Indo-Pacific cooperation, economic resilience, connectivity and maritime security
I2U2	India, Israel, UAE, USA	Investment, food security, energy, technology and infrastructure
CPTPP	12 Pacific Rim countries	Trade liberalisation, economic integration and common trade rules
Mekong-US Partnership (MUSP)	USA and Mekong-region countries	Sustainable development, connectivity, water resources and economic cooperation
Digital Economy Partnership Agreement (DEPA)	Singapore, Chile, New Zealand and other participants	Digital trade, digital economy and emerging technologies
BIMP-EAGA	Brunei, Indonesia, Malaysia, Philippines	Sub-regional economic cooperation, connectivity and development
Malacca Straits Patrols (MSP)	Indonesia, Malaysia, Singapore, Thailand	Maritime security and combating piracy in the Malacca Strait
GCAP	Japan, UK, Italy	Development of next-generation combat aircraft and advanced defence technology

Minilateralism Drivers

The rise of minilateralism is driven by the growing limitations of traditional multilateral institutions and the need for faster, flexible and issue-specific international cooperation.

Multilateral Gridlock: Differences among a large number of countries can delay decision-making in institutions such as the UN and WTO.
Need for Faster Action: Smaller groups can respond more quickly to emerging challenges such as pandemics, cyber threats and supply-chain disruptions.
Growing Geopolitical Competition: Rivalry among major powers has encouraged countries to build flexible partnerships based on shared interests.
Rise of the Indo-Pacific: Increasing strategic and economic importance of the region has encouraged smaller groupings focused on maritime security, connectivity and technology.
Strategic Autonomy: Countries prefer flexible partnerships rather than being tied to rigid military or political alliances.
Common Economic Interests: Cooperation on critical minerals, infrastructure, technology and resilient supply chains has encouraged new minilateral arrangements.
Complex Global Challenges: Issues such as climate change, terrorism, energy security and emerging technologies require specialised cooperation.
Coalition of Willing Countries: Countries that share common objectives can work together without waiting for consensus among the entire international community.

Minilateralism Significance for India

partnerships and address regional and global challenges without entering into rigid alliance structures.

Strengthens Strategic Autonomy: India can cooperate with different countries on different issues while retaining independent decision-making.
Promotes Multi-Alignment: It enables India to maintain partnerships with multiple major powers based on specific interests.
Strengthens Indo-Pacific Engagement: Groupings such as the Quad provide platforms for cooperation on maritime security, connectivity and regional resilience.
Access to Critical Technologies: Smaller partnerships can support cooperation in areas such as semiconductors, artificial intelligence, space and cybersecurity.
Builds Supply-Chain Resilience: Minilateral cooperation can help diversify sources of critical minerals, technology, pharmaceuticals and other strategic goods.
Enhances India's Global Role: Active participation in different groupings allows India to contribute to discussions on regional and global issues.
Supports Global South Interests: India can use flexible partnerships to promote cooperation on development, climate finance, health, food security and energy access.

Minilateralism vs Multilateralism

Minilateralism and multilateralism are two different approaches to international cooperation. While multilateralism seeks broad participation through large international institutions, minilateralism brings together a smaller group of countries to address specific issues more flexibly.

Minilateralism vs Multilateralism
Basis	Minilateralism	Multilateralism
Meaning	Cooperation among a small group of countries with common interests.	Cooperation among a large number of countries through common rules and institutions.
Membership	Limited and selective.	Broad and generally open to many countries.
Primary Focus	Specific regional, strategic, economic or technological issues.	Global issues requiring wider international participation.
Legitimacy	May have limited global legitimacy due to selective participation.	Generally enjoys greater legitimacy because of wider participation.
Response to Emerging Issues	Can respond quickly to emerging challenges.	Response may take longer due to extensive consultations.
Main Advantage	Speed, flexibility and focused cooperation.	Inclusiveness, wider legitimacy and common global rules.
Major Limitation	May contribute to fragmentation and exclusion of smaller countries.	May suffer from bureaucratic delays and decision-making gridlock.
Examples	Quad, I2U2, AUKUS, India-France-UAE trilateral	United Nations, WTO, WHO
Relevance for India	Supports strategic autonomy, multi-alignment and issue-based partnerships.	Provides platforms for India to participate in global rule-making and collective action.

Minilateralism FAQs

Q1: What is Minilateralism?

Ans: Minilateralism is a form of international cooperation in which a small group of countries works together on specific issues or shared interests.

Q2: What is the main feature of Minilateralism?

Ans: Its main features include limited membership, flexible structures, issue-specific cooperation and faster decision-making.

Q3: Why is Minilateralism becoming important?

Ans: It is gaining importance because large multilateral institutions can face slow decision-making, political disagreements and difficulty in reaching consensus.

Q4: What are some examples of Minilateralism?

Ans: Important examples include the Quad, I2U2, AUKUS and India-Japan-Australia trilateral cooperation.

Q5: How is Minilateralism different from Multilateralism?

Ans: Minilateralism involves a small and selective group focused on specific issues, whereas multilateralism generally involves broader participation and wider global issues.

Rash Behari Bose (1886-1945), Biography, Death, Contributions

September 16, 2026

Rash Behari Bose was an Indian revolutionary leader who fought British rule through secret revolutionary networks in India and international mobilisation in Japan. He was born on 25 May 1886 in Subaldaha village, Bengal. His activities included the 1912 Delhi-Lahore Conspiracy, the Ghadar movement, the Indian Independence League and the organisation of the Indian National Army.

Rash Behari Bose Biography

Rash Behari Bose was born to Binod Behari Bose and Bhubaneswari Devi and developed revolutionary ideas through education, literature and nationalist influences.

Birth and Early Life: Rash Behari Bose was born on 25 May 1886 in Subaldaha village of Purba Bardhaman district, now in West Bengal. His early education was completed in his native village.
Education and Influences: He studied at Dupleix College in Chandernagore, then a French colony. The French Revolution of 1789 strongly influenced his political thinking and revolutionary outlook.
Literary Inspiration: Rash Behari Bose read Bankim Chandra Chatterjee’s Ananda Math, Navin Sen’s Plasir Yudha, nationalist speeches of Surendranath Banerjee and writings associated with Swami Vivekananda.
Early Employment: He worked as a clerk at the Forest Research Institute in Dehradun. During this period, he secretly established links with revolutionary groups through Amarendra Chatterjee of Jugantar.
Revolutionary Development: The 1905 Partition of Bengal pushed him deeper into revolutionary activities. He also came under the influence of Jatin Mukherjee, popularly known as Bagha Jatin, in 1913.
Delhi-Lahore Conspiracy: On 23 December 1912, Rash Behari Bose helped plan the bomb attack on Viceroy Lord Hardinge. Hardinge was severely injured, while Bose successfully evaded immediate arrest.
Ghadar Movement: During the First World War, he became a leading organiser of the Ghadar Mutiny planned for 1915. The objective was to encourage mutiny among Indian soldiers and challenge British rule.
Escape to Japan: After the failure of the 1915 uprising, Rash Behari Bose escaped British intelligence and reached Japan using the alias Priyanath Thakur. He changed identities and residences to avoid extradition.
Life in Japan: He received support from Pan-Asian groups and later married Toshiko Soma. He became a Japanese citizen in 1923 and worked as a journalist and writer.

Rash Behari Bose Contributions

Rash Behari Bose connected revolutionary activities in India with organised international efforts and helped create institutions supporting armed resistance against British rule.

Indian Independence League: Rash Behari Bose convened the Tokyo conference from 28 to 30 March 1942. It established the Indian Independence League to organise Indians for the freedom struggle.
Bangkok Conference: He convened the second League conference in Bangkok on 22 June 1942. The conference resolved to invite Subhas Chandra Bose to lead the movement.
Indian National Army: Rash Behari Bose helped organise the Indian National Army popularly known as Azad Hind Fauj in 1942 as the military wing of the Indian Independence League. Indian prisoners of war from Malaya and Burma joined it.
Relation with Subhas Chandra Bose: Rash Behari Bose met Subhas Chandra Bose in Japan in 1924. In 1943, he handed over leadership of the League and INA to Subhas Chandra Bose.
International Dimension: His activities in Japan secured wider Asian support for India’s independence movement. He persuaded Japanese authorities to support Indian revolutionaries during the Second World War.
Japanese Honour: The Japanese government honoured Rash Behari Bose with the Order of the Rising Sun, 2nd class. It was the highest Japanese honour available to a foreigner at that time.

Rash Behari Bose Death

Rash Behari Bose spent his final years in Japan while continuing to support India’s independence cause and died before the end of the Second World War.

Death: Rash Behari Bose died on 21 January 1945 in Tokyo at the age of 59. The cause of death was tuberculosis.
Final Honour: After his death, the Japanese Emperor sent an Imperial coach to carry his body. This reflected the recognition he had received in Japan.
Indian Recognition: The Posts and Telegraphs Department of India issued a special postage stamp in Rash Behari Bose’s honour on 26 December 1967.
Historical Legacy: Rash Behari Bose linked early revolutionary resistance with international organisation. His work laid an important organisational foundation for the later activities of the Indian National Army.

Rash Behari Bose FAQs

Q1: Who was Rash Behari Bose?

Ans: Rash Behari Bose was an Indian revolutionary and freedom fighter who organised resistance against British rule in India and Japan.

Q2: When and where was Rash Behari Bose born?

Ans: Rash Behari Bose was born on 25 May 1886 in Subaldaha village, Purba Bardhaman district, Bengal, now in West Bengal.

Q3: What was Rash Behari Bose famous for?

Ans: Rash Behari Bose was known for the 1912 Delhi-Lahore Conspiracy, the Ghadar Movement, the Indian Independence League and organising the Indian National Army.

Q4: What was the relation between Rash Behari Bose and Subhas Chandra Bose?

Ans: Rash Behari Bose invited Subhas Chandra Bose to lead the Indian Independence League and INA and handed over their leadership to him in 1943.

Q5: When did Rash Behari Bose die?

Ans: Rash Behari Bose died on 21 January 1945 in Tokyo due to tuberculosis at the age of 59.

Bachendri Pal (1954), Mount Everest Climber, Biography, Awards

September 16, 2026

Bachendri Pal is a renowned Indian mountaineer and the first Indian woman to reach the summit of Mount Everest. Born in May 1954 in Nakuri village of Uttarkashi, Uttarakhand, she became a major figure in Indian mountaineering. Her 1984 Everest ascent, later women led expeditions, social service and work for adventure training made Bachendri Pal an important name in Indian adventure sports.

Bachendri Pal Biography

Bachendri Pal was born into a rural working class family and developed an early interest in mountains, adventure, education and sports.

Birth and Family: Bachendri Pal was born on 24 May 1954 in Nakuri village of Uttarkashi district, Uttarakhand. Her father Kishan Singh Pal was a border trader and her mother was Hansa Devi.
Education: She completed her Master of Arts and Bachelor of Education from D.A.V. Post Graduate College, Dehradun. She later pursued formal mountaineering training at the Nehru Institute of Mountaineering, Uttarkashi.
Early Mountaineering: During her training, Bachendri Pal climbed Gangotri and Mount Rudragaria in 1982. Gangotri reached 23,419 ft and Mount Rudragaria reached 19,091 ft.
Professional Career: She worked as an instructor with the National Adventure Foundation. She later became associated with Tata Steel Adventure Foundation and worked on adventure training and leadership programmes.
Everest Selection: In 1984, she was selected for India’s fourth Mount Everest expedition. The expedition was named “Everest ’84” and included six women and eleven men.

Bachendri Pal Mount Everest Ascent

Bachendri Pal reached Mount Everest during a difficult expedition in May 1984 and became the first Indian woman to achieve the summit.

Everest ’84 Expedition: The Indian team reached Kathmandu in March 1984 before moving towards Everest. The ascent began in May amid difficult mountain conditions and serious risks.
Avalanche Incident: An avalanche buried the team’s camp and caused injuries. More than half of the members abandoned the expedition because of injuries or exhaustion.
Summit Day: On 23 May 1984, Bachendri Pal continued towards the summit with Ang Dorje and other climbers. She reached Mount Everest at 1:07 p.m.
Historic Achievement: Bachendri Pal became the first Indian woman to summit Mount Everest. She achieved the feat one day before her 30th birthday.

Bachendri Pal Contributions

Bachendri Pal continued adventure leadership after Everest through women led expeditions, river journeys, Himalayan crossings, training and social service.

Indo-Nepalese Women’s Everest Expedition: In 1993, she led the Indo-Nepalese Women’s Mount Everest Expedition. Eighteen people reached the summit, including seven women.
Ganges Rafting Expedition: In 1994, she led the Great Indian Women’s Rafting Voyage. Eighteen women travelled in three rafts from Haridwar to Calcutta, covering 2,155 km in 39 days.
Trans Himalayan Expedition: In 1997, she led eight women in the First Indian Women Trans Himalayan Expedition. The team covered more than 4,500 km in 225 days and crossed more than 40 high mountain passes.
Indira Col: The 1997 expedition travelled from Arunachal Pradesh towards Siachen Glacier and reached Indira Col at an altitude of 20,100 ft, described as the northernmost tip of India.
Flood Relief Work: During the 2013 North India floods, Bachendri Pal joined Premlata Agarwal and other mountaineers in relief and rescue operations in remote high altitude villages of Uttarkashi.
Women Empowerment: Her work has focused on encouraging women and young people to participate in mountaineering, adventure activities, leadership programmes and outdoor training.
Autobiography: Her autobiography, Everest - My Journey to the Top, was published by National Book Trust, Delhi. Its ISBN is 9788123715278.

Awards Won by Bachendri Pal

Bachendri Pal has received national awards and honours for mountaineering, adventure activities, leadership and her contribution to women’s participation in adventure sports.

Padma Shri: Bachendri Pal received the Padma Shri in 1984. It is the fourth highest civilian award of the Republic of India.
Padma Bhushan: Bachendri Pal received the Padma Bhushan in 2019. It is the third highest civilian award of the Republic of India.
Mountaineering Gold Medal: The Indian Mountaineering Foundation awarded her a Gold Medal for Excellence in Mountaineering in 1984.
Uttar Pradesh Gold Medal: She received a Gold Medal from the Department of Education, Government of Uttar Pradesh, in 1985.
Arjuna Award: In 1986, Bachendri Pal received the Arjuna Award from the Government of India for her achievement in mountaineering.
National Adventure Award: She received the National Adventure Award from the Government of India in 1994 for her contribution to adventure activities.
Yash Bharati Award: The Government of Uttar Pradesh honoured her with the Yash Bharati Award in 1995.
Virangana Lakshmibai Rashtriya Samman: In 2013, she became the first recipient of this honour from the Ministry of Culture, Government of Madhya Pradesh.
Uttarakhand Gaurav Samman: The Government of Uttarakhand honoured her with Uttarakhand Gaurav Samman in 2021.

Bachendri Pal FAQs

Q1: Who is Bachendri Pal?

Ans: Bachendri Pal is an Indian mountaineer who became the first Indian woman to reach the summit of Mount Everest on 23 May 1984.

Q2: When did Bachendri Pal climb Mount Everest?

Ans: Bachendri Pal climbed Mount Everest on 23 May 1984 during India’s “Everest ’84” expedition.

Q3: Where was Bachendri Pal born?

Ans: Bachendri Pal was born on 24 May 1954 in Nakuri village of Uttarkashi district, Uttarakhand.

Q4: Which awards did Bachendri Pal receive?

Ans: Bachendri Pal received the Padma Shri, Arjuna Award, National Adventure Award and Padma Bhushan, among several other honours.

Q5: What are the major expeditions led by Bachendri Pal?

Ans: Bachendri Pal led the 1993 Indo-Nepalese Women’s Everest Expedition, 1994 Great Indian Women’s Rafting Voyage and 1997 First Indian Women Trans Himalayan Expedition.

United Nations Educational, Scientific and Cultural Organization (UNESCO)

September 16, 2026

United Nations Educational Scientific and Cultural Organization (UNESCO) is a specialized agency of the United Nations that promotes international cooperation in education, science, culture, communication and information. It works to build peace, equality and sustainable development by sharing knowledge, protecting heritage, supporting quality education and addressing emerging global challenges.

About United Nations Educational Scientific and Cultural Organization (UNESCO)

UNESCO stands for the United Nations Educational, Scientific and Cultural Organization. It is a specialised agency of the United Nations that promotes international cooperation in education, science, culture, communication and information.
Promoting peace and cooperation: UNESCO works to strengthen international cooperation and contribute to peace by encouraging dialogue, mutual understanding, equality and respect for cultural diversity.
Supporting sustainable development: Its work covers areas such as quality education, biodiversity, climate change, science, technology and artificial intelligence, with the aim of supporting sustainable and inclusive development.
Protecting knowledge and heritage: UNESCO plays an important role in protecting cultural and natural heritage, promoting education and preserving knowledge and traditions for future generations.
Promoting access to reliable information: It also works to strengthen freedom of expression, press freedom, media literacy and access to trustworthy information across societies.

UNESCO History and Formation

Early International Cooperation: UNESCO’s roots can be traced to the International Committee on Intellectual Cooperation established under the League of Nations. It worked on areas such as universities, libraries, intellectual property, arts and information.
Impact of World War II: The activities of these institutions were disrupted by the outbreak of the Second World War, creating the need for a new international organisation focused on education and culture.
Conference of Allied Ministers of Education: During the war, the Conference of Allied Ministers of Education (CAME) met in London from 1942 to discuss plans for rebuilding education after the war.
London Conference: On the proposal of CAME, the United Nations Conference for the establishment of an educational and cultural organisation was held in London in November 1945.
Foundation of UNESCO: Representatives from 40 countries participated in the conference and UNESCO was formally established on 16 November 1945.
Coming into Force: The UNESCO Constitution came into force on 4 November 1946 after ratification by 20 countries, including India, France, the United Kingdom, the United States and China.
First General Conference: The first session of the UNESCO General Conference was held in Paris from 19 November to 10 December 1946, marking the beginning of its activities.

UNESCO Governance

General Conference: It is UNESCO’s main decision-making body and consists of representatives of all Member States. It determines the organisation’s broad policies, programmes and budget.
Executive Board: The Executive Board consists of elected Member States and works to implement the decisions of the General Conference while overseeing UNESCO’s programmes and activities.
Secretariat: The Secretariat carries out the day-to-day work of UNESCO and implements the programmes and decisions approved by its governing bodies.
Director-General: The Director-General heads the Secretariat and is responsible for the overall administration and implementation of UNESCO’s activities.
National Commissions and field offices: UNESCO works through National Commissions, field offices, institutes and specialised centres to implement its programmes and strengthen cooperation among countries.

UNESCO World Heritage Sites

World Heritage List: UNESCO maintains the World Heritage List of cultural, natural and mixed properties that have Outstanding Universal Value and deserve protection for future generations.
Types of Heritage: The World Heritage List includes cultural properties, natural properties and mixed properties that represent important aspects of humanity’s cultural and natural heritage.
World Heritage Convention: The protection of these sites is guided by the World Heritage Convention, which provides an international framework for identifying and conserving heritage of outstanding universal value.
World Heritage Committee: The World Heritage Committee considers sites for inscription on the World Heritage List and monitors their conservation status.
International Assistance: UNESCO also provides international assistance to support the conservation and management of heritage properties facing different challenges.

UNESCO Intangible Cultural Heritage

Meaning: Intangible cultural heritage includes living cultural practices, traditions, knowledge and skills passed from one generation to another.
Cultural Diversity: UNESCO works to safeguard traditional performances, handicrafts, festivals, knowledge systems and other cultural practices that reflect the diversity of communities.
Safeguarding Heritage: The organisation implements the Convention for the Safeguarding of the Intangible Cultural Heritage to promote the protection and transmission of living traditions.
India’s Intangible Heritage: India has several elements recognised by UNESCO under intangible cultural heritage, reflecting the country’s rich cultural diversity and traditional knowledge.

UNESCO Objectives and Functions

Promoting quality education: UNESCO works to improve access to inclusive and quality education and supports global efforts under Education 2030 and Sustainable Development Goal 4.
Supporting science and innovation: It promotes international cooperation in scientific research, technology and innovation to address global challenges and support sustainable development.
Protecting the environment: UNESCO supports programmes related to water, oceans, biodiversity and climate change, encouraging scientific cooperation and sustainable management of natural resources.
Promoting ethical use of technology: UNESCO works on emerging areas such as artificial intelligence, with a focus on ethical, inclusive and responsible use of technology.
Preserving cultural heritage: It protects and promotes cultural and natural heritage, including World Heritage Sites, intangible cultural traditions and documentary heritage.
Supporting freedom of expression: UNESCO promotes press freedom, safety of journalists, freedom of expression, the right to information and media and information literacy.
Preserving documentary heritage: Through programmes such as Memory of the World, UNESCO works to protect important documentary heritage and make valuable knowledge accessible to future generations.
Encouraging international knowledge sharing: UNESCO provides a platform for countries and institutions to exchange knowledge, research, experiences and best practices in education, science, culture and communication.

Major UNESCO Initiatives and Programmes

Education 2030: This programme supports global efforts to achieve inclusive and equitable quality education and lifelong learning opportunities for all.
Man and the Biosphere Programme (MAB): The MAB Programme promotes the conservation of biodiversity while supporting sustainable development through the Biosphere Reserve approach.
International Hydrological Programme: It promotes international scientific cooperation in areas related to water resources, water management and hydrological research.
Intergovernmental Oceanographic Commission: The programme supports international cooperation in ocean science, marine research and sustainable management of ocean resources.
World Heritage Programme: It focuses on identifying, protecting and preserving sites of Outstanding Universal Value around the world.
Memory of the World: This initiative aims to safeguard and improve access to the world’s important documentary heritage, including valuable manuscripts, archives and historical records.

Major Reports by UNESCO

Global Reports: UNESCO publishes reports examining major global issues, challenges and policy responses across its areas of work.
Global Education Monitoring Report: The GEM Report tracks progress in education, including learning outcomes, equity, financing and educational gaps, particularly in relation to SDG 4.
UNESCO Science Report: The report examines trends in science, research, innovation and science policy across different countries and regions.
Global Report on Cultural Policies: It highlights the role of culture in sustainable development and examines developments in cultural policies.
State of the Education Report for India: This report focuses on important education-related issues in India, including areas such as climate change, artificial intelligence, teachers and vocational education.
World Heritage Reports: UNESCO also publishes information and reports concerning heritage conservation, climate risks, biodiversity and the condition of World Heritage sites.

India and UNESCO

Founding Member: India is among the founding members of UNESCO and participated in the organisation’s first General Conference in 1946.
Active Participation: India has contributed to UNESCO’s work in areas such as education, cultural diversity, science and development policies.
Permanent Delegation: India maintains a Permanent Delegation at UNESCO headquarters in Paris and participates in the organisation’s decision-making and programmes.
World Heritage: India has several UNESCO-recognised cultural and natural heritage properties, including globally important monuments, landscapes and protected areas.
Intangible Cultural Heritage: Several Indian traditions, performances, crafts, festivals and cultural practices have been recognised under UNESCO’s Intangible Cultural Heritage framework.
Biosphere Reserves: Indian biosphere reserves are also represented in UNESCO’s World Network of Biosphere Reserves under the Man and the Biosphere Programme.
Education Cooperation: UNESCO’s cooperation with India covers areas such as literacy, teacher education, ICT-enabled learning, inclusion and the Sustainable Development Goals.
Communication and Information: Cooperation also extends to media development, freedom of expression, access to information and documentary heritage.

UNESCO World Heritage Sites in India

UNESCO World Heritage Sites in India: India has 45 UNESCO World Heritage Sites recognised for their cultural, natural or mixed significance, reflecting the country’s diverse heritage and natural wealth.
Cultural sites: Out of these, 36 sites are cultural, representing India’s rich history, architecture, traditions and artistic achievements.
Natural sites: 7 sites are natural, highlighting India’s ecological diversity, unique landscapes, wildlife and important natural ecosystems.
Mixed site: India also has 1 mixed World Heritage Site, recognised for both its cultural and natural significance.
Major examples: Some notable Indian UNESCO World Heritage Sites include the Taj Mahal, Ajanta and Ellora Caves, Sun Temple at Konark, Kaziranga National Park and the Western Ghats.
Significance for India: These sites showcase India’s historical legacy, architectural brilliance and ecological diversity, while also highlighting the importance of conserving its heritage for future generations.
Global position: India ranks sixth globally in terms of the number of World Heritage Sites, reflecting its significant heritage wealth and efforts towards heritage conservation and preservation.

United Nations Educational Scientific and Cultural Organization (UNESCO) FAQs

Q1: What is UNESCO?

Ans: UNESCO is a specialised agency of the United Nations that promotes international cooperation in education, science, culture, communication and information.

Q2: When was UNESCO established?

Ans: UNESCO was formally established on 16 November 1945, and its Constitution came into force on 4 November 1946.

Q3: Where is the headquarters of UNESCO located?

Ans: The headquarters of the United Nations Educational, Scientific and Cultural Organization (UNESCO) is located in Paris, France.

Q4: What are the main functions of UNESCO?

Ans: UNESCO works to promote quality education, scientific cooperation, cultural heritage conservation, environmental sustainability, freedom of expression and access to reliable information.

Q5: What are UNESCO World Heritage Sites?

Ans: UNESCO World Heritage Sites are cultural, natural or mixed properties recognised for their Outstanding Universal Value and protected under the World Heritage Convention.

Nuakhai Festival

September 16, 2026

Nuakhai Festival Latest News

Recently, the Prime Minister of India extended greetings to people on the auspicious occasion of Nuakhai.

About Nuakhai Festival

It is an important social festival of Western Odisha.
The word nua means new and khai means food.
Objective: It is an agricultural festival which is observed to welcome the new rice of the season.
It is observed on the fifth day of the lunar fortnight of the month of Bhadrapada or Bhaadra (August–September).
Rituals of Naukhai Festivals
- Nuakhai is understood to have nine colours and as a consequence nine sets of rituals are followed as a prelude to the actual day of celebration.
- People offer the newly harvested crop called Nabanha to their respective presiding deities.
- After offering the Nabanha, people relish different types of delicacies prepared from the newly harvested crop.
- The Nuakhai Juhar is a major ritual of the festival.

Source: DD News

Nuakhai Festival FAQs

Q1: Nuakhai Festival is celebrated in which state?

Ans: Odisha

Q2: What is Nuakhai Festival?

Ans: It is an agricultural festival which is observed to welcome the new rice of the season.

SPARSH Pension System

September 16, 2026

SPARSH Pension System Latest News

Defence Accounts Department (DAD) has achieved a remarkable milestone in the normalization of discrepant pension cases on SPARSH (System for Pension Administration – Raksha) through a focused and concentrated approach.

About SPARSH Pension System

It is an initiative of the Ministry of Defence, Government of India.
SPARSH is world’s largest pension system for defence personnel which aim to provide comprehensive solution to the defence pensioners.
Objective: Meeting the pension sanction and disbursement requirements for Armed Forces viz. Army, Navy, Air Force and Defence Civilians.
It is administered by the Defence Accounts Department through the Principal Controller of Defence Accounts (Pensions), Prayagraj and shall cater to all the three Services and allied organisations.

Features of SPARSH Pension System

Without relying on a third-party intermediary, this web-based system handles pension claims, and deposits pension payments into the bank accounts of defence pensioners.
It is a centralized sanction, claim and pension disbursement system with easy validation and rectification of data through self-verification.
It uses a digital process for pensioner identification, removing the requirement of multiple visits by pensioners to the pension offices.
The defence pensioner will be given a completely transparent view of his pension account through this platform.
It will capture and maintain a complete history of events and entitlements the pensioner right from the date of commencement of pension to the date of cessation of pension due to his/her last eligible beneficiary.

Source: PIB

SPARSH Pension System FAQs

Q1: What is SPARSH Pension System?

Ans: SPARSH is world’s largest pension system for defence personnel which aim to provide comprehensive solution to the defence pensioners

Q2: Which ministry initiated the SPARSH Pension System?

Ans: It is an initiative of the Ministry of Defence, Government of India.

Santhanam Committee, Recommendations, Causes and Significance

September 16, 2026

The Santhanam Committee laid the foundation for a systematic approach to preventing corruption in India by identifying key administrative causes of corruption and recommending institutional, legal and administrative reforms, including the establishment of the Central Vigilance Commission (CVC) in 1964.

About the Santhanam Committee

The Santhanam Committee, officially known as the Committee on Prevention of Corruption, was constituted to examine corruption in public administration and recommend measures for its prevention.

The committee was constituted by the Government of India in 1962 under the chairmanship of K. Santhanam.
It submitted its report in 1964, emphasising preventive measures rather than relying only on punishment.
The committee linked corruption to administrative delays, excessive regulation, official discretion and complex procedures, not just individual misconduct.

Causes of Corruption Identified by the Santhanam Committee

The committee identified four major administrative factors that created opportunities for corruption.

Administrative Delays: Delays in government decisions and services could create opportunities for officials to demand or accept illegal payments.
Excessive Regulation: Excessive government regulation increased interactions between citizens and officials, creating greater opportunities for corrupt practices.
Excessive Discretion: Wide discretionary powers gave officials greater scope for arbitrary decisions and misuse of authority.
Cumbersome Procedures: Complicated procedures affecting citizens' day-to-day affairs could create delays and opportunities for corruption.

Santhanam Committee Recommendations

The Santhanam Committee proposed institutional, administrative and legal measures to reduce opportunities for corruption and strengthen accountability in public administration.

Establishment of the Central Vigilance Commission: The committee recommended an apex vigilance body to exercise general superintendence over vigilance administration in the Central Government.
Strengthening Vigilance Machinery: It recommended strengthening departmental vigilance arrangements and making vigilance a continuous preventive activity rather than limiting it to action after corruption had occurred.
Simplification of Rules and Procedures: The committee recommended simplifying laws, rules and administrative procedures to reduce unnecessary delays, complexity and opportunities for corrupt practices.
Reduction of Discretionary Powers: It stressed the need to reduce excessive discretionary powers of public officials and make administrative decisions more objective and transparent.
Strengthening Anti-Corruption Investigation: The committee recommended strengthening the Special Police Establishment (SPE) by increasing its personnel and powers to improve the investigation of corruption cases. The Central Bureau of Investigation (CBI) was established later on 1 April 1963, with the SPE becoming its Investigation and Anti-Corruption Division.
Reform of Conduct Rules: It recommended stronger conduct rules for public servants, particularly regarding private interests, property and post-retirement employment.
Restriction on Post-Retirement Employment: The committee recommended that government servants should not accept employment in a private commercial or industrial firm for two years after retirement, as a safeguard against conflicts of interest.
Declaration of Assets: It recommended the declaration of private assets by civil servants, legislators and ministers to promote transparency and accountability.
Improved Recruitment and Placement: The committee stressed careful appointment and promotion of officials, especially to sensitive posts, so that positions involving significant public responsibility were entrusted to persons of integrity.
Better Service Conditions: It recommended adequate pay, accommodation and other facilities for government employees to reduce circumstances that could create incentives for accepting bribes.
Transparency in Political Party Finances: It recommended greater transparency regarding private-sector donations to political parties, including making relevant information available to the public.
Reforms Relating to Article 311: The committee examined how the safeguards under Article 311 of the Constitution could delay disciplinary action against corrupt public servants and recommended measures to make disciplinary proceedings more effective and expeditious.

Santhanam Committee Implementation and Impact

The recommendations of the Santhanam Committee influenced India's institutional and legal framework for preventing corruption and strengthening vigilance administration.

The recommendation for an apex vigilance body led to the establishment of the Central Vigilance Commission (CVC) on 11 February 1964 through a Government of India Resolution. The CVC was initially an executive body and received statutory status under the Central Vigilance Commission Act, 2003.
Its recommendations influenced the Anti-Corruption Laws (Amendment) Act, 1964, which introduced changes to the existing anti-corruption legal framework.
The committee's emphasis on preventive vigilance contributed to the development and strengthening of vigilance arrangements within government departments.
Its recommendations on conduct rules, asset declarations, recruitment, administrative procedures and disciplinary action contributed to broader efforts to improve integrity and accountability in public administration.

Santhanam Committee FAQs

Q1: What is the Santhanam Committee?

Ans: The Santhanam Committee, officially known as the Committee on Prevention of Corruption, was constituted to examine corruption in public administration and recommend preventive measures.

Q2: When was the Santhanam Committee constituted?

Ans: The Santhanam Committee was constituted in 1962 by the Government of India.The committee submitted its report in 1964.

Q3: Who was the Chairman of the Santhanam Committee?

Ans: K. Santhanam was the Chairman of the Santhanam Committee.

Q4: What were the four major causes of corruption identified by the Santhanam Committee?

Ans: The four major causes of corruption identified by the Santhanam Committee were administrative delays, excessive regulation, excessive discretion and cumbersome procedures.

Q5: Which institution was established on the recommendation of the Santhanam Committee?

Ans: The Central Vigilance Commission (CVC) was established in 1964 following the committee's recommendation.

Ramjak Mountain

September 16, 2026

Ramjak Mountain Latest News

A four-member team from Keralam recently scaled Ramjak, a 6,318-metre peak in the remote Lahaul region of Himachal Pradesh.

About Ramjak Mountain

It is a high-altitude mountain peak located in the remote Lahaul region of Himachal Pradesh.
It rises to around 6,318 metres (20,728 ft).
The peak is located near Shingo La, which is a popular trek route from Himachal to Zanskar.
Ramjak is known for its sharp, icy summit and technically difficult climbing terrain.
Terrain: The climbing route involves glaciers, steep rock bands, snowfields, exposed slopes, crevasses, seracs, and cornices.
First ascent: An expedition of the Indian Mountaineering Foundation (IMF) led by Sangay Dorjee Sherpa achieved the first ascent in 2002.
Before the successful ascent, several expeditions had attempted the peak without success.

News: TH

Ramjak Mountain FAQs

Q1: Where is Ramjak Mountain located?

Ans: Lahaul region of Himachal Pradesh.

Q2: What is the approximate elevation of Ramjak Mountain?

Ans: 6,318 metres (20,728 ft).

Q3: Ramjak Mountain is located near which important mountain pass?

Ans: Shingo La.

Q4: What type of terrain is encountered while climbing Ramjak Mountain?

Ans: Glaciers, steep rock bands, snowfields, exposed slopes, crevasses, seracs and cornices.

Pangwala Tribe

September 16, 2026

Pangwala Tribe Latest News

A detailed study on the gut microbiome of the Pangwala tribal community has found that members living in the remote Pangi valley and those who have migrated to urban areas retain a remarkably similar "core microbiome" despite having substantial differences in lifestyle, diet, and environment.

About Pangwala Tribe

The Pangwala are a Scheduled Tribe living primarily in the Pangi Valley in the Chamba district of Himachal Pradesh.
Located in the Pir Panjal range of the Himalayas, the valley is known for its natural beauty and harsh living conditions.
The difficult terrain and long winters historically kept the Pangwala relatively isolated from surrounding populations, helping preserve their distinct language, customs, and social traditions over many generations.
Their culture reflects influences from both Himalayan tribal traditions and neighboring Hindu and Buddhist communities.
Language: The Pangwala speak Pangwali, an Indo-Aryan language connected to the western Himalayan linguistic family.
Economy:
- Historically, their economy centered on mountain agriculture, animal husbandry, and trade through narrow Himalayan routes linking valleys and neighboring regions.
- Life among the Pangwala is heavily shaped by the Himalayan climate and mountainous geography.
- Families traditionally depend on terrace farming, livestock raising, and seasonal agricultural work.
- Crops may include barley, wheat, maize, potatoes, and peas suited for cooler mountain conditions. Sheep and goat herding are important in some areas, especially where grazing land is available in higher elevations.
Villages are often small and closely connected through kinship networks.
Extended family relationships remain important, and cooperation between households is necessary for farming, livestock care, and surviving difficult winters.
Homes are commonly constructed from stone and wood using designs adapted for cold weather and steep terrain.
Religion and Beliefs:
- The Pangwala primarily follow Hindu religious traditions, though elements of folk religion and local Himalayan spiritual beliefs also influence everyday life.
- Religious practice commonly includes devotion to Hindu gods and goddesses, observance of village festivals, temple worship, and rituals connected to family and agricultural life.
Music, folk dances, and seasonal festivals remain important parts of Pangwala cultural identity.

News: IS

Pangwala Tribe FAQs

Q1: Where does the Pangwala tribe primarily live?

Ans: In the Pangi Valley of Chamba district, Himachal Pradesh.

Q2: What language is spoken by the Pangwala people?

Ans: The Pangwala speak Pangwali, an Indo-Aryan language connected to the western Himalayan linguistic family.

Q3: What are the traditional economic activities of the Pangwala?

Ans: Mountain agriculture, animal husbandry and trade.

Q4: Which religious tradition is primarily followed by the Pangwala?

Ans: Hindu religious traditions.

Diplodocus

September 16, 2026

Diplodocus Latest News

Fossils of the long-necked dinosaur Diplodocus have been recently discovered in Spain, marking the first time remains of this iconic Jurassic-period dino have been found outside the U.S.

About Diplodocus

Diplodocus belongs to a group of enormous dinosaurs called sauropods.
- The sauropods were large, plant-eating dinosaurs with long necks, massive bodies, and four pillar-like legs to support the body.
It is the longest complete dinosaur that scientists have discovered.
Diplodocus translates as ‘double beam’. It refers to the dinosaur’s tail bones.
Diplodocus lived during the Late Jurassic, 155-145 million years ago.
Remains of this dinosaur have been found in North America, especially in Colorado, Montana, Utah, and Wyoming.
Recently, fossils have been recently discovered in Europe.
Diplodocus lived in meadows where plants grew thick and at the edges of forests and other areas where many trees grew.

Diplodocus Features

Diplodocus measured up to 90 feet (27 meters) long and stood about 15 feet (4.6 meters) tall at the hips.
A lightweight among the sauropod dinosaurs, Diplodocus weighed only about 30 tons.
The unique, hollow structure of its backbones helped this animal to be so light.
It had a long neck and a very long tail.
Diplodocus had a small, horselike head and a very small brain.
It had peg-shaped teeth in the front of its mouth.
Its back legs were slightly longer than its front legs, making the animal slope downward from its hips to its head.
Diplodocus had elephantlike feet with three claws on each back foot.
One section of its tail bones featured a pair of anvil-shaped projections on the underside of each bone in that section.
Scientists believe that these bones served as protection for the blood vessels and tissues of the tail. These are the “double beams” for which the dinosaur is named.

News: LS

Diplodocus FAQs

Q1: What type of dinosaur was Diplodocus?

Ans: A sauropod dinosaur.

Q2: When did Diplodocus live?

Ans: During the Late Jurassic period, about 155–145 million years ago.

Q3: Why is Diplodocus called “double beam”?

Ans: The name refers to the paired, beam-like projections on the underside of some tail bones.

Q4: What were the main physical features of Diplodocus?

Ans: A long neck, very long tail, massive body and four pillar-like legs.

Cybersecurity in the Age of AI, OpenAI-Hugging Face Incident 2026

September 16, 2026

Cybersecurity in the Age of AI is changing rapidly as artificial intelligence increases the speed, scale and sophistication of cyber threats. AI can automate reconnaissance, vulnerability discovery, phishing, malware development and social engineering. Autonomous AI agents can also plan and execute multi step actions. This creates new risks for digital infrastructure, businesses, governments and critical systems, while also creating stronger tools for cyber defence.

OpenAI-Hugging Face Incident 2026

The OpenAI-Hugging Face Incident 2026 highlighted how autonomous AI systems can behave unexpectedly during security testing and create risks for real digital infrastructure aligning with Cybersecurity in the Age of AI.

AI Security Testing: In May 2026, OpenAI launched internal testing based on ExploitGym, which was designed to assess AI agents against 898 real world vulnerabilities. The exercise showed the need for stronger evaluation of autonomous AI systems.
Unintended System Access: During the testing, an AI agent attempted to access Artifactory after failing to complete its assigned task. By June 2026, agents exploited a zero day vulnerability and gained administrative privileges.
Overcoming Containment: In July 2026, OpenAI rebuilt Artifactory after detecting the compromise. The agents later recreated their communication channel, showing that autonomous systems may continue searching for alternative ways to complete their objectives.
Access to the Internet: In July 2026, the agents exploited another Zero Day Vulnerability in a package proxy and obtained open internet access. This significantly increased the possible reach and impact of their actions.
Hugging Face Infrastructure Attack: In July 2026, the agents targeted Hugging Face and exploited two Zero Day Vulnerabilities. They gained code execution, collected credentials and moved across internal clusters, reaching cluster admin access in under 13 hours.
Scale and Impact: The intrusion involved about 17,600 actions. Hugging Face contained the attack, rebuilt about one-third of its infrastructure and revoked credentials. The incident highlighted the need for stronger AI safety testing, access controls and cybersecurity safeguards.

What is Zero-Day Vulnerability (ZDV)?

A Zero-Day Vulnerability is a security flaw in software or a system that is unknown to the vendor when discovered. No security patch or mitigation is available at that stage.

Meaning: A zero day vulnerability is a previously unknown weakness that can expose software or systems to cyberattacks before developers become aware of the flaw.
Zero Day Attack: A zero day attack occurs when threat actors exploit the vulnerability before the vendor has had time to develop and release a security patch.
Zero Day Exploit: A zero day exploit is the method used to take advantage of the vulnerability. Attackers may use malware or other techniques to execute the attack.
Higher Security Risk: Zero day vulnerabilities create greater risks because affected systems remain exposed until the vendor identifies the flaw and provides a suitable patch or mitigation.
Attacker Advantage: Cybercriminals can try to exploit these weaknesses quickly for financial or other malicious purposes before security researchers and software developers become aware of them.
After Public Disclosure: Once a zero day vulnerability becomes publicly known, it is generally referred to as an n-day or one-day vulnerability, rather than a zero day vulnerability.

AI Agents and their Risk

AI agents differ from ordinary chatbots because they can independently select actions, use tools and interact with external systems to achieve assigned objectives.

Greater autonomy: AI agents can read emails, browse websites, write code and interact with software. Errors can therefore create real world consequences instead of remaining limited to a conversation.
Input stage risk: Prompt injection can hide malicious instructions inside webpages or documents. An agent may process these instructions and change its intended behaviour.
Reasoning stage risk: Weak planning or decision making can make an agent pursue an unintended objective. This creates risks even without a conventional external attacker.
Tool use risk: Excessive permissions can allow agents to modify code, access sensitive systems or perform unauthorised actions when tools or credentials are compromised.
Interaction risk: Agents can interact with websites, software and other AI agents. This can spread an error or security problem across interconnected systems.
Autonomous persistence: The OpenAI incident showed that agents may continue searching for solutions even when an assigned task is difficult. This persistence can push systems towards unintended actions.
Alignment and security: Some experts view such incidents as AI alignment failures. Others describe them as systems security problems requiring safeguards that assume AI models can make mistakes or be manipulated.

Threats with Artificial Intelligence (AI)

AI is expanding the cyber threat landscape by making reconnaissance, social engineering, vulnerability discovery and attack execution faster and more scalable.

AI powered phishing: AI can analyse publicly available information and create highly targeted spear phishing messages. Phishing emails surged by 1,265%, while credential theft increased by 967% since late 2022 due to AI.
Deepfake fraud: AI generated voice and video can imitate executives, officials or family members. Digital arrest scams can use deepfake video calls to falsely pose as law enforcement officers.
Adaptive malware: Large language models can generate and modify malware according to changing situations. Polymorphic malware is harder for traditional security tools based on fixed signatures to detect.
Vulnerability discovery: Frontier AI systems can analyse large software codebases and identify vulnerabilities at scale. This reduces the time available for organisations to patch weaknesses.
Critical infrastructure: AI enabled attacks can threaten Operational Technology and Industrial Control Systems used in power, nuclear facilities, pharmaceutical manufacturing, chemical processing, oil refineries and communication networks.
Cloud and supply chains: Increasing dependence on cloud platforms creates attractive targets. Supply chain attacks can compromise trusted software or service providers and affect multiple downstream organisations.
AI attacks on AI: Prompt injection, data poisoning and model manipulation can compromise AI systems. Such attacks can produce misleading outputs, bypass safeguards and expose sensitive information.

Also Read: Cyber Warfare and AI

AI Safety in India

India faces combined risks from AI enabled fraud, financial cybercrime, ransomware, critical infrastructure attacks, data breaches and attacks against AI systems.

Digital arrest scams: Victims across India have collectively lost nearly ₹3,000 crore to digital arrest scams, according to reports cited in judicial proceedings, including a Supreme Court suo moto petition.
Financial cyber fraud: Indian banks reported over 17,000 fraud cases involving more than ₹36,000 crore during the first nine months of FY 2025-26. More than 9.42 lakh SIM cards linked to cyber frauds were also blocked.
Ransomware threat: During the HDFC Asset Management Breach in May 2026, the Morpheus ransomware group exfiltrated over 680 GB of sensitive investor data, including PAN, bank details and portfolio analysis.
Critical infrastructure: During Operation Sindoor, Pakistan backed threat actors such as APT36 targeted the Ministry of Defence, Army, Navy and DRDO. Bharat Operating System Solutions Linux was also targeted.
Power sector risk: The 2020 Mumbai Power Outage affected local trains, hospitals and essential services. A Recorded Future report suggested that China linked RedEcho had targeted India's power sector through malware injections.
Cyberattack exposure: CloudSEK placed India as the second most cyber attacked nation after the US in its 2024 report. Its 2025 report placed India sixth.
Capability gap: India's indigenous AI ecosystem remains behind the US and China across foundational models, GPUs, chip design and large scale data centre infrastructure. This creates technological dependence.
Fragmented security: Cybersecurity responsibilities are distributed among multiple agencies and private organisations. Limited coordination, digital literacy gaps and shortage of skilled professionals can increase exposure.

AI Regulation and Framework in India

India is moving towards adaptive cyber defence, stronger data protection, critical infrastructure security and greater oversight of AI enabled risks.

CERT-In framework: In May 2026, CERT-In released a blueprint for reducing exposure to AI assisted vulnerability exploitation. It covers governance, exposure reduction, technical controls, AI aware operations, supply chain security and continuous validation.
- Rapid patching: CERT-In has advised organisations to patch known vulnerabilities affecting internet facing and critical systems within 12 hours where feasible. The approach recognises that AI can reduce exploitation timelines.
- AI driven defence: CERT-In has adopted AI driven threat detection and cyber resilience measures. Organisations are encouraged to use AI for rapid detection and automated vulnerability discovery.
- Cyber incident response: CERT-In provides early security warnings and incident response. In 2025, it handled over 29.44 lakh cyber incidents and issued 1,530 technical alerts and 390 vulnerability notes.
Data protection: The Digital Personal Data Protection Act, 2023 creates legal obligations for data fiduciaries. It strengthens the importance of protecting personal data as digital public services expand.
Critical infrastructure: NCIIPC is the nodal agency for protecting Critical Information Infrastructure. It covers strategic sectors such as power, banking and telecommunications and supports continuous security monitoring.
Zero Trust security: India is increasingly promoting Zero Trust architecture based on the principle of continuous verification. Multi Factor Authentication, micro segmentation and session monitoring reduce dependence on a trusted network perimeter.
Cyber capacity building: India has empanelled over 231 cybersecurity audit organisations. Cyber Swachhta Kendra has facilitated 89.55 lakh downloads of free botnet removal tools.
AI content regulation: The government is exploring a consent based framework for synthetically generated content. Policy discussions also include agentic AI autonomy and clearer liability frameworks.
Future readiness: India needs stronger IT and OT security integration, continuous red team testing, post quantum cryptography, specialised cybersecurity skills and stronger accountability for AI developers and operators.

Cybersecurity in the Age of AI FAQs

Q1: What is Cybersecurity in the Age of AI?

Ans: Cybersecurity in the Age of AI means protecting digital systems, networks and data from AI enabled cyberattacks, while also using AI for faster threat detection and response.

Q2: How does AI increase cybersecurity threats?

Ans: AI can automate phishing, deepfakes, vulnerability discovery, malware generation, social engineering and other cyber operations at greater speed and scale.

Q3: What are AI agents in cybersecurity?

Ans: AI agents are autonomous systems that can plan actions, use digital tools and interact with external systems. Their autonomy can create security risks when they behave unexpectedly.

Q4: What are the major AI cybersecurity threats in India?

Ans: Major threats include AI driven fraud, deepfakes, digital arrest scams, ransomware, phishing, financial cyber fraud, critical infrastructure attacks and attacks on AI systems.

Q5: How is India strengthening AI cybersecurity?

Ans: India is strengthening AI cybersecurity through CERT-In measures, Zero Trust security, Critical Information Infrastructure protection, the DPDP Act, cyber capacity building and AI driven threat detection.

Gucchi Mushroom

September 16, 2026

Gucchi Mushroom Latest News

A rare Himalayan ingredient gucchi mushroom has found its way onto the BRICS Summit 2026.

About Gucchi Mushroom

Gucchi is scientifically known as Morchella esculenta.
Appearance: These are recognisable by their honeycomb-like caps, which range from pale yellow to dark brown. Their stems are typically pale and hollow.
Distribution: It is found in parts of Jammu and Kashmir, Himachal Pradesh and Uttarakhand.
Habitat: The mushroom typically grows in mountainous coniferous forests, where a combination of soil conditions, moisture, temperature fluctuations and seasonal snowmelt creates a suitable environment.
It cannot easily be mass-cultivated.
Mountain communities collect gucchi by hand, often trekking through steep and rugged terrain.
Fresh morels or mushrooms contain substantial moisture. They are commonly dried to preserve them and extend their shelf life, but the process significantly reduces their weight.
They may or may not grow in the same spot the next season, which only makes the process of collection more tedious.
It is known to be one of the most expensive mushrooms.
Health Benefits: Gucchi mushrooms contain protein, dietary fibre and various antioxidant compounds. They are also reported to contain vitamin D.

Source: BT

Gucchi Mushroom FAQs

Q1: What is the scientific name of Gucchi Mushroom?

Ans: Gucchi is scientifically known as Morchella esculenta.

Q2: Where do we find Gucchi Mushroom?

Ans: It is found in parts of Jammu and Kashmir, Himachal Pradesh and Uttarakhand.

India’s Research Paradox, Research Output, Quality & Real-World Impact

September 16, 2026

India’s Research Paradox is that the country produces a very large number of research papers, but this high output does not always translate into more citations, useful patents, commercialisation or real-world impact. This shows a clear gap between the quantity of research produced and the quality and impact of that research.

India’s Research Output and Impact

India has emerged as one of the world’s major producers of research, but its high research output has not always translated into equivalent impact.

High publication output: Indian researchers reportedly published around 1.6 million papers in Scopus-indexed journals between 2020 and 2025.
Lower citation impact: Despite this large volume, India ranks much lower in terms of the h-index, indicating that publication volume does not always translate into wider academic influence.
Growing patent filings: University patent filings increased from 11,150 in 2020-21 to 45,776 in 2024-25, showing growing research and innovation activity.
Limited conversion into outcomes: However, patents and research findings still need to be converted into technologies, businesses, policies and social benefits to create wider impact.
Research integrity concerns: At the same time, plagiarism, predatory publishing, fabricated data and other forms of academic misconduct can affect the credibility of research and further weaken its impact.

Why is India’s Research Output Not Translating into Enough Impact?

India is producing research at a large scale, but the system often rewards producing research more than ensuring that the research is high-quality, used, commercialised or creates wider benefits.

Publication Pressure: Researchers often face pressure to publish regularly because publications influence career progression, academic recognition and institutional performance, which can encourage quantity over fewer, deeper and long-term research projects.
Output-Based Incentives: Financial and institutional rewards linked to papers, patents and other measurable outputs can encourage researchers to focus on producing more outputs rather than ensuring that their research is widely used or has lasting impact.
Weak Research Integrity: Plagiarism, fabricated data, fake peer review, predatory journals and paper mills can increase the number of publications without producing reliable and high-quality research.
Weak University-Industry Linkages: Limited collaboration between universities and industries prevents many research findings from being developed into technologies, products and services that can be used outside academic institutions.
Weak Technology Transfer: Even when universities develop useful research or obtain patents, gaps in technology transfer, licensing and industry partnerships can prevent these innovations from reaching the market.
Low Patent Commercialisation: A patent filing does not itself create economic value; its impact depends on whether the patent is granted, commercially developed and actually put to use.
Weak Research Oversight: Limited independent mechanisms to investigate research misconduct can make it difficult to detect and prevent practices that reduce the quality and credibility of research.
Narrow Measurement of Impact: Publications, citations and patent filings are easier to measure than outcomes such as technologies in use, businesses created, jobs generated, policy changes or improvements in public welfare, making the actual impact of research less visible.

Also Read:- Research Institutes in India

Major Concerns of India’s Research Paradox

India’s research paradox has implications beyond academic publishing, affecting the country’s innovation capacity, economic growth and position in the global knowledge economy.

Innovation Deficit: High research output does not automatically translate into new technologies, products or solutions.
Low Economic Returns: Limited commercialisation of research reduces its contribution to productivity, start-ups, jobs and economic growth.
Weak Social Impact: Research findings may not sufficiently reach government programmes, public services or communities where they can create wider benefits.
Public Investment Concerns: When publicly funded research produces limited real-world outcomes, the broader returns on research spending remain constrained.
Global Competitiveness: A gap between publication volume and research impact can limit India’s ability to compete in a knowledge-driven global economy.
Knowledge-Economy Gap: Without stronger links between research, innovation and economic activity, India may find it difficult to fully realise its potential as a knowledge-based economy.

How Can India Strengthen Research Quality and Impact?

India needs to shift from quantity-driven research towards quality, integrity and measurable impact.

Independent Research Integrity Body: An autonomous body with investigative powers can curb misconduct and improve the credibility of research.
Reform NIRF Assessment: Giving greater weight to research quality and outcomes can reduce incentives to focus only on publication and patent numbers.
Account for Research Failures: Removing credit for retracted papers and patents that are not granted can make research assessment more meaningful.
Measure Four Dimensions of Impact: Assessing scholarly, technological, economic and societal impact can show whether research is actually creating wider value.
Prioritise Quality over Quantity: Shifting incentives towards meaningful research can encourage fewer but more rigorous and impactful studies.

India’s Research Paradox FAQs

Q1: What is India’s Research Paradox?

Ans: India’s Research Paradox refers to the gap between India’s high research output and its comparatively lower impact in areas such as citations, patent use and commercialisation.

Q2: What is the scale of India’s research output?

Ans: India produced approximately 1.6 million research papers in Scopus-indexed journals between 2020 and 2025, placing it among the world’s leading countries in research output.

Q3: Why does India face a Research Paradox?

Ans: India faces a Research Paradox because the system often focuses on producing more research papers and patents, rather than ensuring that research is high-quality, widely used and converted into practical outcomes.

Q4: How does India’s Research Paradox affect innovation?

Ans: India’s Research Paradox can limit innovation when research papers and patents do not translate into technologies, products, businesses and other practical outcomes.

Q5: How can India address its Research Paradox?

Ans: India Research Paradox can be addressed by strengthening research integrity, reforming research assessment and measuring scholarly, technological, economic and societal impact.

India’s Monsoon Deficit 2026, El Nino, Causes & Impact

September 16, 2026

India's Southwest Monsoon 2026 has remained below normal during much of the season, with the rainfall deficit becoming a major concern for agriculture, water resources and the rural economy. The India Meteorological Department (IMD) had forecast below-normal seasonal rainfall, and the cumulative deficit remained around 15% below the Long Period Average (LPA).

What is a Monsoon Deficit?

A monsoon deficit occurs when the rainfall received during the monsoon season is lower than the long-term average rainfall for the same period.

The deficit is generally expressed as a percentage departure from the Long Period Average (LPA).

Formula: Rainfall Deficit (%) = [(Actual Rainfall − Normal Rainfall) / Normal Rainfall] × 100

For example, if normal rainfall is 100 units but actual rainfall is 85 units, the rainfall departure is −15%, indicating a 15% deficit.

However, a national rainfall deficit does not necessarily mean that every state or district experiences drought-like conditions. Rainfall can be normal or excessive in one region and deficient in another.

Why is India's Monsoon Deficient in 2026?

India's 2026 monsoon deficit is mainly linked to the development of El Nino conditions, which can weaken the monsoon and reduce moisture flow towards India. The situation was further affected by an unfavourable Madden-Julian Oscillation (MJO), fewer low-pressure systems and long dry spells during important phases of the monsoon.

Factors Causing the 2026 Monsoon Deficit

El Nino Conditions: Warming of the central and eastern Pacific Ocean affected global wind patterns and weakened the monsoon circulation over India.
Weak Start to the Monsoon: The monsoon recorded a significant rainfall shortage during June, which contributed to the overall seasonal deficit.
Fewer Low-Pressure Systems: A lack of sufficient low-pressure areas over the North Indian Ocean reduced the movement of moisture and rainfall towards several parts of India.
Unfavourable MJO: The Madden-Julian Oscillation (MJO) was not favourable for sustained monsoon rainfall during important periods of the season.
Long Dry Spells: Several parts of the country experienced prolonged gaps between rainfall events, increasing the overall deficit.
Uneven Rainfall Distribution: Some areas received very heavy rainfall and floods, while others faced dry conditions. This uneven distribution reduced the effectiveness of rainfall for agriculture and water recharge.
Climate Variability: Rising temperatures and changing atmospheric conditions are contributing to greater rainfall variability, making the monsoon more difficult to predict accurately.

Regional Pattern of Monsoon Deficit 2026

The 2026 monsoon deficit has not been uniform across India. While some regions received normal or heavy rainfall during certain periods, several areas recorded significant shortages. As of mid-September, Central India was comparatively better placed, while Northwest India, East and Northeast India, and parts of the Southern Peninsula continued to face below-normal rainfall.

Northwest India: Several areas recorded below-normal rainfall, with Haryana, Punjab and Rajasthan among the regions facing significant deficits.
East and Northeast India: This region experienced a notable rainfall shortage, affecting states such as Bihar, Arunachal Pradesh, Assam and Meghalaya.
Central India: Central India received relatively better rainfall, supported by several low-pressure systems and depressions during July.
Southern Peninsula: Parts of the southern peninsula are expected to end the season with below-average rainfall, although rainfall conditions have varied between states.
Gujarat: Rainfall has been highly uneven. Kutch and Saurashtra recorded substantial deficits, while some southern districts such as Valsad and Navsari received above-normal rainfall.
Andaman and Nicobar Islands: The islands are expected to experience near-normal rainfall compared with several other regions.

Impact of India's Monsoon Deficit 2026

The monsoon deficit in 2026 can affect several sectors of the Indian economy, especially agriculture, water resources and rural livelihoods. The impact is not the same everywhere because rainfall has been uneven, with some areas facing dry spells while others have experienced heavy rainfall.

Agriculture: Low or irregular rainfall can affect sowing, crop growth and yields, particularly in rain-fed farming areas.
Kharif Crops: Crops such as rice, pulses, soybean, maize, cotton and groundnut may face water stress in rainfall-deficient areas.
Water Resources: Poor rainfall can reduce the recharge of groundwater, reservoirs, lakes and rivers, creating pressure on water availability.
Rural Income: Lower crop production can reduce farmers' income and affect spending in rural areas.
Food Prices: A fall in the production of some crops can put upward pressure on food prices, depending on supply, stocks and imports.
Hydropower: Lower water inflows into reservoirs can affect hydroelectric power generation in some areas.
Groundwater: Farmers may become more dependent on groundwater and irrigation when rainfall is insufficient, increasing pressure on groundwater reserves.
Flood and Drought Risk: Uneven rainfall can create a dual risk of drought and flooding, long dry spells can be followed by intense rainfall and flash floods.

India's Monsoon Deficit 2026 FAQs

Q1: What is India's monsoon deficit in 2026?

Ans: India's southwest monsoon has remained below normal in 2026, with the cumulative rainfall deficit staying around 15% during September. The deficit has varied considerably across different regions.

Q2: What are the main reasons for the 2026 monsoon deficit?

Ans: The major factors include developing El Niño conditions, an unfavourable Madden-Julian Oscillation (MJO), fewer low-pressure systems during important periods and prolonged dry spells.

Q3: How has the monsoon affected agriculture in 2026?

Ans: Below-normal and uneven rainfall can affect Kharif crops, soil moisture and farm operations, particularly in rain-fed areas. Some districts with low irrigation coverage are more vulnerable to rainfall shortages.

Q4: Is the monsoon deficit the same across India?

Ans: No. The rainfall deficit has been unevenly distributed. Some regions have faced significant shortages, while areas of Central India received stronger rainfall during certain periods because of active low-pressure systems.

Q5: Can there be floods even during a monsoon deficit?

Ans: Yes. A seasonal rainfall deficit does not mean that rainfall is low everywhere. Heavy rainfall concentrated over a short period can cause floods and waterlogging, while other periods or regions may experience dry spells.

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

September 16, 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/2026/09/15143205/Bird-Sanctuaries-in-India-2026.webp?v=1789462922" size="full" align="center" width="auto" height="1328px" alt="Famous Bird Sanctuaries in India map" title="Bird Sanctuaries in India 2026"]

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.

World Ozone Day 2026, Theme, History, Montreal Protocol

September 16, 2026

World Ozone Day 2026 is observed every year on 16 September to raise awareness about the importance of the ozone layer and the need to protect it. The ozone layer acts as a natural shield by absorbing most of the Sun’s harmful ultraviolet (UV) radiation. The day highlights global efforts to reduce ozone-depleting substances and promote environmentally friendly alternatives. It also reminds countries of the importance of international cooperation in addressing environmental challenges and protecting the atmosphere.

World Ozone Day 2026 Theme and Significance

Theme: World Ozone Day 2026 is observed under the theme “Global Action for a Cooler Planet”, with the focus on “Celebrating 10 years of sustainable cooling under the Kigali Amendment to the Montreal Protocol.”
Host Country: World Ozone Day, officially known as the International Day for the Preservation of the Ozone Layer, is a global United Nations observance coordinated by the United Nations Environment Programme (UNEP). It is not hosted by any single country each year.
International cooperation: The theme highlights how global cooperation has helped protect the ozone layer and address the wider challenge of climate change.
Collective responsibility: It emphasises the need for countries, industries and communities to continue working together through sustained global action.
Environmentally friendly technologies: The theme promotes the use of safer alternatives and environmentally friendly technologies, particularly in the cooling sector.
Sustainable cooling: The Kigali Amendment has helped expand the focus of the Montreal Protocol towards more efficient and sustainable cooling solutions.
Climate action: The theme connects ozone protection with climate action by focusing on the phase-down of hydrofluorocarbons (HFCs), which are potent greenhouse gases with high global warming potential.
10th anniversary of Kigali Amendment: The year 2026 marks 10 years of the Kigali Amendment, which was adopted in 2016 and strengthened global efforts to reduce HFCs.

World Ozone Day 2026 History and Montreal Protocol

World Ozone Day has its roots in the global efforts to protect the ozone layer from harmful substances. The United Nations General Assembly proclaimed 16 September as the International Day for the Preservation of the Ozone Layer on 19 December 1994.

International Day for the Preservation of the Ozone Layer: The United Nations General Assembly proclaimed 16 September as the International Day for the Preservation of the Ozone Layer on 19 December 1994.
Significance of 16 September: The date commemorates the signing of the Montreal Protocol on Substances that Deplete the Ozone Layer on 16 September 1987.
Montreal Protocol: The Protocol is a major international environmental agreement that has helped countries control substances responsible for ozone layer depletion.
Science-based action: Its success demonstrates the importance of science-based policies, universal participation, strong compliance, dedicated financing and effective international partnerships.
Safer alternatives: The Montreal Protocol has supported countries and industries in shifting towards safer and more sustainable alternatives while also supporting economic development.
Kigali Amendment: Adopted in 2016, the Kigali Amendment expanded the impact of the Montreal Protocol by promoting the global phase-down of HFCs.
Sustainable development: Together, the Montreal Protocol and Kigali Amendment show how international cooperation can support environmental protection, climate action and sustainable development.

Ozone Layer Depletion Causes, Effects and Solutions

The ozone layer acts as a protective shield around Earth by absorbing much of the Sun's harmful ultraviolet radiation. Its depletion has environmental and human health impacts, making the reduction of ozone-depleting substances an important global priority.

Ozone-depleting substances: Certain chemicals used in refrigeration, air-conditioning, industrial processes and other applications can damage the ozone layer.
Increased ultraviolet radiation: Depletion of the ozone layer reduces its ability to protect Earth from harmful ultraviolet radiation, creating risks for people and ecosystems.
Climate change connection: Some substances used in cooling systems, particularly HFCs, are powerful greenhouse gases that contribute to global warming.
Sustainable cooling solutions: The transition towards energy-efficient and climate-friendly cooling technologies can help meet growing cooling needs while reducing environmental impacts.
Safer alternatives: Countries and industries are encouraged to shift towards safer refrigerants and technologies with lower impacts on the ozone layer and climate.
Improved practices: Better refrigeration and air-conditioning practices, responsible refrigerant management and technical training can support the transition to sustainable cooling.
Energy efficiency: More efficient cooling technologies can reduce energy consumption while providing essential cooling, helping address both environmental and climate concerns.

Importance of Ozone Layer Protection and Global Initiatives

Protecting the ozone layer remains important for human health, ecosystems, food security, livelihoods and climate resilience. The experience of the Montreal Protocol shows the value of sustained international cooperation in addressing global environmental challenges.

Protection of human health: A healthy ozone layer helps protect people from harmful ultraviolet radiation and its associated health impacts.
Protection of the environment: Ozone layer protection supports ecosystems and helps safeguard the natural systems that depend on a stable environment.
Climate benefits: The Kigali Amendment contributes to climate action by reducing the use of HFCs, which have high global warming potential.
Food security: Efficient refrigeration and sustainable cold-chain systems help safely store and transport perishable food, supporting food security.
International cooperation: The Montreal Protocol and its amendments demonstrate how countries can work together through common goals, financing, technology and capacity building.
Technical support: UNEP OzonAction provides countries with training, technical resources, guidance and tools to support the implementation of the Montreal Protocol and Kigali Amendment.
Innovation in cooling: The shift towards safer refrigerants and climate-friendly technologies encourages innovation across the refrigeration and air-conditioning sector.
Sustainable future: Continued implementation of the Montreal Protocol and Kigali Amendment can help protect the ozone layer while supporting a cooler, healthier and more sustainable future.

World Ozone Day 2026 FAQs

Q1: When is World Ozone Day 2026 observed?

Ans: World Ozone Day 2026 is observed on 16 September every year.

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

Ans: The theme of World Ozone Day 2026 is “Global Action for a Cooler Planet”, focusing on 10 years of sustainable cooling under the Kigali Amendment.

Q3: Why is World Ozone Day celebrated?

Ans: It is celebrated to raise awareness about the importance of the ozone layer and promote global efforts to protect it from depletion.

Q4: What is the Montreal Protocol?

Ans: The Montreal Protocol is an international environmental agreement adopted in 1987 to control substances that deplete the ozone layer.

Q5: What is the Kigali Amendment?

Ans: The Kigali Amendment, adopted in 2016, aims to reduce the global use of hydrofluorocarbons (HFCs), which are powerful greenhouse gases.

Hilsa Fish

September 16, 2026

Hilsa Fish Latest News

India has exported around 500 tonnes of hilsa to Bangladesh over the past two months, marking the first reversal of the traditional trade flow of the sought-after fish between the two countries.

About Hilsa Fish

It is a species of fish belonging to the Clupeidae family, which includes herring fish.
It is also called Ilish and holds an exceptional position in the culinary customs and social practices of Bengal.
It is a fish that is highly prized because of its delicate flavour, distinct taste, and silky texture.
Bangladesh produces around 70% of the world’s ilish.
Appearance of Hilsa Fish
- Hilsa fish have a silvery body.
- They are quite flat and have a pointed head.
- They are known for their many small bones.
Habitat and Distribution of Hilsa Fish
- Distribution: It is found in rivers and estuaries in Bangladesh, India, Pakistan, Myanmar, and the Persian Gulf area.
- Habitat: Hilsa fish live in both saltwater and freshwater.
- However, when it’s time to lay their eggs, they swim up into rivers. This journey is called a migration.
- They travel to rivers like the Padma River and Meghna River in Bangladesh.
- They also go to rivers in India, such as the Ganges River and Godavari River
Conservation Status
- IUCN Red List: Least Concern

Source: IE

Hilsa Fish FAQs

Q1: What is the IUCN status of Hilsa Fish ?

Ans: Least Concern

Q2: Where do we find Hilsa Fish ?

Ans: It is found in rivers and estuaries in Bangladesh, India, Pakistan, Myanmar, and the Persian Gulf area.

Nagarahole Tiger Reserve

September 16, 2026

Nagarahole Tiger Reserve Latest News

Recently, the Centre has issued a draft eco-sensitive zone (ESZ) notification for Nagarahole Tiger Reserve for the second time, identifying a 573.95 sqkm area around the reserve forest where some activities will be regulated.

About Nagarahole Tiger Reserve

Location: It is situated in the districts of Mysore and Kodagu in Karnataka.
It is situated at the tri-junction area of the States of Karnataka, Tamil Nadu, and Kerala.
Geographically, it is an “ecological confluence” of the Western and Eastern Ghats.
It is named after a small river, ‘Nagarahole’ (literally a snake stream in Kannada), which meanders within the habitat before joining the river Kabini.
It is part of the larger Nilgiri Biosphere Reserve, which is recognized as a UNESCO World Heritage Site.
It is flanked by the Bandipur Tiger Reserve on its southeastern side and the Wayanad Wildlife Sanctuary of Kerala on the southwest.
Rivers: It is surrounded by the River Kabini in its north and River Moyar in its south.
Vegetation
- The dry eastern limits of the reserve have dry deciduous forests.
- Towards the west, with the increase in rainfall, the vegetation changes to tropical moist and semi-evergreen forests.
Flora: It includes rosewood, Indian kino tree, sandalwood, Indian laurel, clumping bamboo, giant clumping bamboo, etc.
Fauna: It comprises mammals such as Bengal tiger, gaur, sloth bear, golden jackal, dhole, four-horned antelope, etc

Source: DH

Nagarahole Tiger Reserve FAQ's

Q1: Where is Nagarahole Tiger Reserve located?

Ans: It is situated at the tri-junction area of the States of Karnataka, Tamil Nadu, and Kerala.

Q2: Nagarahole Tiger Reserve is surrounded by which rivers?

Ans: It is surrounded by the River Kabini in its north and River Moyar in its south.

National Dam Safety Authority

September 16, 2026

National Dam Safety Authority Latest News

Recently, the National Dam Safety Authority (NDSA) has sought time-bound action in Jharkhand for comprehensive dam safety evaluation and rehabilitation of Category-II dams.

About National Dam Safety Authority

It is a statutory body set up by the Central Government under the Dam Safety Act, 2021.
It operates with a clear mandate to regulate, oversee, and inspect dams.
It is headed by a chairman and assisted by five members to lead its five wings – policy and research, technical, regulation, disaster and resilience, and administration and finance.
Headquarter: New Delhi.

Functions of National Dam Safety Authority

Implementation: Implementing the policies formulated by the National Committee on Dam Safety;
Resolve Issues: Resolving issues between State Dam Safety Organisations (SDSOs), or between a SDSO and any dam owner in that state;
Regulation: Specifying regulations for inspection and investigation of dams;
Accreditation: Providing accreditation to agencies working on construction, design, and alteration of dams.
These standards encompass various aspects, including structural integrity, environmental impact, and emergency response protocols.
The NDSA actively engages in nationwide awareness programs to educate citizens about dam safety.
In the face of natural calamities or unforeseen events, the NDSA ensures that comprehensive emergency response plans are in place.

Source: PIB

National Dam Safety Authority FAQs

Q1: What is National Dam Safety Authority?

Ans: It is a statutory body set up by the Central Government under the Dam Safety Act, 2021.

Q2: Where is National Dam Safety Authority's headquarter is located?

Ans: New Delhi

UPI Merchant Charges Above ₹2,000, New MDR Rules from 15th October

September 16, 2026

National Payments Corporation of India (NPCI) has introduced a new Merchant Discount Rate (MDR) framework for selected UPI person-to-merchant (P2M) transactions. From October 15, 2026, a 0.4% MDR will apply to eligible UPI merchant transactions above ₹2,000. The new framework is aimed at supporting the long-term sustainability, infrastructure and security of the digital payments ecosystem.

What is UPI MDR?

Merchant Discount Rate (MDR) is a fee associated with accepting digital payments. It is generally paid within the payment ecosystem by the merchant side and is distributed among participating entities such as banks, payment service providers and payment application providers.

In the case of UPI, MDR is being introduced for a specified category of person-to-merchant transactions above ₹2,000. It is important to note that MDR is not a tax collected by the government. The revenue remains within the payment ecosystem to support its functioning and expansion.

Why has NPCI Introduced MDR on UPI Transactions?

UPI has grown into a large-scale digital payment infrastructure handling billions of transactions every month. With the expansion of the network, payment infrastructure requires continued investment in technology, cybersecurity, fraud prevention, server capacity and customer support.

The new MDR framework provides a revenue mechanism within the payment ecosystem while keeping everyday low-value transactions free. NPCI and the government have also emphasised the need to protect small merchants and ordinary users from additional costs.

Major reasons behind the introduction of MDR

Financial sustainability: A revenue mechanism can support the continued operation and expansion of the UPI ecosystem.
Infrastructure development: UPI requires continuous investment in payment infrastructure and technology.
Cybersecurity: Growing digital payments require stronger systems for preventing fraud and cyber threats.
Innovation: Revenue can support technological improvements and new payment solutions.
Consumer protection: The framework keeps P2P payments and low-value merchant payments free.
Support for small businesses: Eligible small merchants continue to receive zero-MDR benefits.
Reduced dependence on government incentives: A payment ecosystem with its own revenue mechanism can reduce dependence on continued public funding.

What is the New 0.4% UPI MDR Rule?

Under the UPI New Rules 2026 framework, a 0.4% MDR will apply to specified person-to-merchant UPI transactions above ₹2,000 from October 15, 2026.

For example, if an eligible merchant receives a ₹3,000 UPI payment, the standard MDR would be ₹12. Similarly, a ₹50,000 eligible transaction would attract ₹200 MDR. For transactions of ₹75,000 and above, the MDR is capped at ₹300 per transaction.

Impact of UPI MDR on Merchants and Consumers

The new UPI MDR framework will mainly affect eligible merchants receiving higher-value UPI payments, while ordinary consumers will continue to use most UPI services without direct charges. The policy aims to maintain affordable digital payments while supporting the financial sustainability of the UPI ecosystem.

Consumers: P2P transactions and merchant payments up to ₹2,000 remain free.
Merchants: Eligible P2M transactions above ₹2,000 will attract 0.4% MDR.
Small merchants: Eligible small merchants continue to benefit from zero MDR.
No direct consumer charge: MDR is not intended to be separately recovered from customers.
Digital payment ecosystem: MDR can provide a revenue stream for maintaining payment infrastructure, cybersecurity and innovation.
Higher-value transactions: Transactions of ₹75,000 and above have an MDR cap of ₹300 per transaction.

Significance of UPI MDR for India’s Digital Payments Ecosystem

The introduction of UPI MDR is significant because it creates a revenue mechanism for supporting the rapidly expanding digital payments infrastructure while keeping most everyday UPI transactions free.

Financial sustainability: Provides a revenue stream to support the long-term functioning of the UPI ecosystem.
Stronger infrastructure: Can support investment in payment technology, processing capacity and system upgrades.
Better cybersecurity: Growing digital transactions require continuous investment in fraud prevention and cybersecurity.
Continued innovation: Revenue within the ecosystem can support development of new digital payment solutions.
Protection of small users: P2P payments and merchant transactions up to ₹2,000 remain free.
Support for small merchants: Eligible small merchants continue to receive zero-MDR benefits.
Growth of Digital Public Infrastructure: Strengthens the sustainability of UPI as a major component of India's Digital Public Infrastructure (DPI).
Balanced approach: The framework attempts to combine affordable digital payments with the long-term sustainability of payment infrastructure.

About National Payment Corporation of India (NPCI)

National Payments Corporation of India (NPCI) is an umbrella organisation for operating and developing retail payment and settlement systems in India, established as an initiative of the Reserve Bank of India (RBI) and the Indian Banks’ Association (IBA).

Established: 2008
Headquarters: Mumbai, Maharashtra
Legal status: Section 8 company under the Companies Act, 2013
Key role: Develops and operates retail payment systems in India.
Major payment systems: UPI, RuPay, IMPS, Bharat BillPay, FASTag (NETC) and AePS.
Ownership: Promoted by RBI and IBA, with ownership held by member banks.
Importance: Acts as a key institution in India's digital payments ecosystem.

UPI MDR 2026 FAQs

Q1: What is UPI MDR?

Ans: UPI MDR (Merchant Discount Rate) is the fee charged to eligible merchants for accepting certain UPI payments. From October 15, 2026, a 0.4% MDR will apply to specified person-to-merchant transactions above ₹2,000.

Q2: When will the new UPI MDR rule come into effect?

Ans: The new UPI MDR framework will come into effect from October 15, 2026.

Q3: Will UPI payments above ₹2,000 be charged to consumers?

Ans: No. The MDR is a merchant-side charge, and consumers will continue to make UPI payments without a separate transaction fee.

Q4: What is the MDR rate for UPI transactions above ₹2,000?

Ans: The standard MDR is 0.4% for eligible person-to-merchant UPI transactions above ₹2,000.

Q5: What is the maximum UPI MDR that can be charged?

Ans: For transactions of ₹75,000 and above, the MDR is capped at ₹300 per transaction.

Kishau Multipurpose Project: Six States Sign MoU for Yamuna Storage Dam

September 16, 2026

Kishau Multipurpose Project Latest News

Recently, the chief ministers of six states signed a memorandum of understanding (MoU) in New Delhi to pave the way for the long-pending Kishau Multipurpose Project.
The Rs 15,000-crore project has been stalled for eight years over cost-sharing disputes. The project will now go before the Union Cabinet for approval.
The signatories were Himachal Pradesh CM, Uttarakhand CM, Uttar Pradesh CM, Haryana CM, Rajasthan CM and Delhi CM.
The agreement follows a meeting chaired by Union Home Minister where the six states agreed in principle to move ahead.

What the Project Is

The Kishau Multipurpose Project is a proposed dam and hydropower project on the Tons River, a major tributary of the Yamuna.
Key features:
- Location: along the Himachal Pradesh–Uttarakhand border, straddling Sirmaur district (HP) and Dehradun district (Uttarakhand)
- Dam: 232.6-metre-high concrete gravity dam
- Power: 422 MW capacity, generating 1,476 million units of clean hydropower
- Irrigation potential: about 97,076 hectares
- Water supply: drinking and industrial water to Haryana, Delhi, Rajasthan and Uttar Pradesh
- Storage: capacity of 1,786 million cubic metres (MCM), with live storage of about 1,324 MCM

Why the Dam Was Needed

Kishau is one of three storage projects planned in the upper reaches of the Yamuna and its tributaries under an MoU signed in May 1994 by the Yamuna basin states: undivided Uttar Pradesh, Haryana, Rajasthan, Himachal Pradesh and the NCT of Delhi.
The other two, Lakhwar and Renukaji, already have MoUs signed and are under implementation.
These projects were required because there are no storage facilities on the Upper Yamuna, from its source at the Yamunotri glacier to the Okhla barrage in Delhi, a catchment of about 30,000 square kilometres.

Yamuna Water Allocation under the 1994 MoU

Of the 11.983 billion cubic metres (BCM) of annual utilisable Yamuna water:
- Haryana: 5.730 BCM
- Uttar Pradesh: 4.032 BCM
- Rajasthan: 1.119 BCM
- Delhi: 0.724 BCM
- Himachal Pradesh: 0.378 BCM
After Uttarakhand was carved out in 2000, undivided UP's 4.032 BCM was split as 3.721 BCM for UP and 0.311 BCM for Uttarakhand.

Why the MoU Was Delayed for Eight Years

Himachal Pradesh held out on two grounds:
- Cost burden: Under an earlier arrangement, the previous state government agreed to contribute about Rs 800 crore, mainly for the power component. The current government rejected this as against Himachal's financial interest.
- Disproportionate benefits: Himachal argued it should not invest heavily in a project whose water benefits would flow largely to downstream states like Delhi, Haryana and Rajasthan, while it bore the burden of submergence and displacement.
A 2020 feasibility study estimated that about 2,950 hectares would be submerged, affecting 17 villages and around 5,500 people across Himachal Pradesh and Uttarakhand.

How the Breakthrough Was Achieved

In June 2026, the Centre announced it would bear 90 per cent of the project's water component cost, with the six states sharing the remaining 10 per cent.
A special mechanism was devised for Himachal Pradesh:
- Himachal's allocated water share will be transferred to Delhi and Rajasthan.
- In return, Delhi and Rajasthan will bear Himachal's share of the power component cost in a 75:25 ratio.
- Himachal, which does not currently need the power, will receive payment for supplying electricity to neighbouring states.

Water Benefits to States

Storage allocation (MCM): Haryana 633, Uttar Pradesh 411, Rajasthan 124, Delhi 80, Uttarakhand 34, with a share for Himachal that is now being transferred.
Flow benefits (cusecs): Haryana 836, Uttar Pradesh 543.2, Rajasthan 163.52, Delhi 105.28.

Significance for the Yamuna

A key objective is to augment Yamuna flows through regulated storage and release from the Kishau reservoir.
The Centre and the states have linked the project to the wider goal of Yamuna rejuvenation, expecting the additional flow to improve the availability of cleaner water in the river alongside irrigation, drinking water and power benefits.

Conclusion

The Kishau MoU resolves a decade-old federal deadlock through generous central funding and an innovative cost-benefit swap for Himachal Pradesh.
It marks a significant step towards Upper Yamuna storage, water security for northern states and Yamuna rejuvenation. Implementation must now address submergence, displacement and rehabilitation with equal seriousness.

Source: IE | ITV | MC

Kishau Multipurpose Project FAQs

Q1: What is the Kishau Multipurpose Project?

Ans: The Kishau Multipurpose Project is a proposed dam and hydropower project on the Tons River, a major tributary of the Yamuna.

Q2: Why was the Kishau Multipurpose Project delayed?

Ans: The Kishau Multipurpose Project was delayed mainly because Himachal Pradesh opposed its financial burden and argued that downstream states received disproportionate water benefits.

Q3: How was the Kishau Multipurpose Project deadlock resolved?

Ans: The Kishau Multipurpose Project deadlock was addressed after the Centre agreed to fund 90% of the water component, with states sharing the remainder.

Q4: What are the major benefits of the Kishau Multipurpose Project?

Ans: The Kishau Multipurpose Project will provide hydropower, irrigation and drinking and industrial water while regulating Yamuna flows through reservoir storage and releases.

Q5: How will the Kishau Multipurpose Project benefit the Yamuna?

Ans: The Kishau Multipurpose Project aims to augment Yamuna flows through regulated storage, potentially improving cleaner water availability alongside irrigation, drinking water and power benefits.

Insolvency and Bankruptcy Code (IBC) Under the Scanner

September 16, 2026

Insolvency and Bankruptcy Code (IBC) Latest News

The Enforcement Directorate (ED) has identified frauds and malpractices in insolvency proceedings under the Insolvency and Bankruptcy Code (IBC), 2016 as a key operational priority.
Its focus comes amid concerns that the insolvency process can sometimes be manipulated to enable promoters or related parties to regain control of distressed assets at artificially low valuations, causing large losses to creditors.

The Subhash Chandra Case

The issue gained prominence following the National Company Law Tribunal (NCLT)’s August 25 settlement order in the Subhash Chandra case.
In this case, personal insolvency proceedings were allowed to be settled for ₹6.25 crore against admitted claims of ₹22,006.57 crore.
A five-member NCLT special bench subsequently stayed the order on September 1.

ED Identifies Key IBC Fraud Risks

At its 36th Quarterly Conference of Zonal Officers, held in Bengaluru on September 14–15, the ED highlighted the need to uncover fraud under the IBC and Prevention of Money Laundering Act (PMLA).
The agency identified recurring malpractices such as -
- Circumvention of Section 29A of the IBC to enable ineligible promoters or connected parties to participate in resolution.
- Inflation of related-party claims, potentially influencing the distribution of insolvency proceeds.
- Manipulation of the Committee of Creditors (CoC).
- Asset stripping before or during insolvency proceedings.
- Artificially large haircuts, allowing promoters or related parties to regain control of assets at substantially reduced prices.
Section 29A is intended to prevent defaulting promoters, wilful defaulters and specified connected persons from bidding for the assets of their own companies during insolvency.

The Problem of Deep Haircuts

A central concern is the extent to which creditors recover their dues through the IBC process.
Between FY2021-22 and FY2025-26, 1,077 cases were resolved, with creditors recovering about ₹2.47 lakh crore, equivalent to an average recovery of around 29% of admitted claims.
Recovery rates have also fluctuated significantly, for example, 24% in FY22; 39% in FY23; 28% in FY24; 37% in FY25; and 20% in FY26.
The decline to 20% in FY26, the lowest in five years, has intensified concerns about asset valuation, transparency and creditor recovery.
Banks have pointed to divergent valuation methodologies, inadequate accounting of assets and limited transparency as factors that may contribute to excessive haircuts.

Resolution vs Recovery - The Core Debate

The IBC's primary objective is resolution of distressed businesses rather than merely recovery of outstanding debt.
Reviving a viable company as a going concern can preserve employment, productive capacity and economic value.
However, excessively low recoveries raise questions about whether the process is adequately protecting creditors and preventing value destruction.
The challenge is therefore to balance - Insolvency resolution → preservation of economic value → maximisation of creditor recovery → prevention of abuse of the process.

IBC-PMLA Legal Tensions

The ED has also examined the interaction between -
- Section 14 of the IBC — provides a moratorium that temporarily restricts specified legal proceedings against the corporate debtor.
- Section 32A of the IBC — provides specified immunity from prosecution for the corporate debtor and protection for its assets after a qualifying change of control to an unrelated successful resolution applicant.
- PMLA — empowers authorities to attach and confiscate proceeds of crime.
This creates a potential legal tension where an insolvency process could allegedly be used to shield assets connected with money laundering or frustrate criminal investigations.

ED’s Proposed Enforcement Strategy

- The ED has directed its regional offices to -
  - Identify red flags in insolvency proceedings.
  - Obtain applications concerning preferential, undervalued, fraudulent and extortionate transactions from Resolution Professionals.
  - File intervention applications before tribunals wherever necessary.
  - Initiate independent PMLA investigations against the masterminds behind fraudulent transactions.
  - Improve coordination with State police and other enforcement agencies.
  - Pursue restitution of attached/confiscated assets to legitimate victims.
  - Ensure valuation of confirmed attached properties by government-approved valuers.

Alchemist Limited case - A case study:

- The ED also cited a case in which its intervention before the NCLT resulted in termination of the insolvency process.
- While the ED was investigating an alleged ₹1,842-crore financial scandal and money-laundering offences, an operational creditor initiated insolvency proceedings against the company.
- The NCLT subsequently terminated the CIRP, observing prima facie concerns regarding -
  - Domination of the CoC by accused group entities;
  - Alleged layering of funds;
  - Misuse of the insolvency mechanism;
  - Potential use of Section 32A immunity to frustrate PMLA proceedings; and
  - Lack of a genuine objective of insolvency resolution.
- The case illustrates the risk of using the IBC as a legal channel for siphoning or legitimising illicit funds rather than as a genuine mechanism for corporate restructuring.

Conclusion

Enforcement must preserve the IBC’s fundamental objective of time-bound resolution and revival of viable businesses, without allowing criminal investigations to unnecessarily undermine legitimate insolvency proceedings.

Source: IE

Insolvency and Bankruptcy Code (IBC) FAQs

Q1: What are the major forms of malpractice identified in IBC proceedings?

Ans: Circumvention of Section 29A, inflation of related-party claims, CoC manipulation, asset stripping, etc.

Q2: What is the significance of Section 29A of the IBC?

Ans: It prevents defaulting promoters, wilful defaulters and specified connected persons from participating in the resolution process.

Q3: What is the key legal tension between the IBC and PMLA?

Ans: The IBC’s Section 14 and Section 32A can conflict with PMLA’s powers to investigate, attach and confiscate proceeds of crime.

Q4: Why are deep haircuts under the IBC a concern for creditors?

Ans: Excessive haircuts can result from valuation deficiencies, inadequate asset disclosure and opaque processes.

Q5: How can misuse of the IBC for financial fraud be curbed?

Ans: Stronger Section 29A scrutiny, transparent valuation, independent CoCs, detection of related-party transactions, etc.

New Zealand

September 16, 2026

New Zealand Latest News

Recently, New Zealand’s parliament passed legislation to implement a free trade agreement (FTA) with India. ‌

About New Zealand

It is an island country and one of the many islands that make up Oceania.
It is located in the South Pacific Ocean to the southeast of Australia, south of New Caledonia, Fiji and Tonga Islands.
It is primarily divided into two main islands, the North Island and the South Island, separated by the Cook Strait.
Capital City: Wellington

Geographical Features of New Zealand

It is part of the Pacific Ring of Fire—the circum-Pacific seismic belt marked by frequent earthquakes and considerable volcanic activity.
Climate: New Zealand’s climate is complex and varies from warm subtropical in the far north to cool temperate climates in the far south.
Highest Peak: Mount Cook at 12,316 feet is the highest peak of New Zealand
Active Volcano: Mount Ruapehu
Glacier: Tasman Glacier, the largest in New Zealand
Lake: Lake Taupo which is the largest natural lake.
Natural Resources: It consists of gold, silver, iron sands, phosphate and limestone etc.

Source: TH

New Zealand FAQs

Q1: Where is New Zealand situated?

Ans: It is located in the South Pacific Ocean to the southeast of Australia, south of New Caledonia, Fiji and Tonga Islands.

Q2: Which is the largest lake of New Zealand?

Ans: Lake Taupo

Dedicated Freight Corridors – Backbone of India’s Logistics Revolution

September 16, 2026

Dedicated Freight Corridors Latest News

India has effectively completed a 2,843-km dedicated freight rail backbone, comprising the 1,506-km Western Dedicated Freight Corridor (WDFC) from Dadri to Jawaharlal Nehru Port Terminal (JNPT) and the 1,337-km Eastern Dedicated Freight Corridor (EDFC) from Ludhiana to Sonnagar.

About Dedicated Freight Corridors

Dedicated Freight Corridors (DFCs) are specialised railway routes designed primarily for the movement of freight.
Unlike conventional railway networks, where passenger and freight trains share tracks, DFCs provide dedicated capacity for goods transportation.
They are designed to accommodate longer, heavier and double-stack container trains, thereby increasing freight-carrying capacity and improving operational efficiency.
The two operational corridors have complementary economic roles:
- EDFC: Strengthens the mineral and industrial axis connecting northern India with eastern mineral-producing regions.
- WDFC: Strengthens the manufacturing and export axis connecting northern industrial regions with western ports.
The Dadri-JNPT journey is expected to reduce travel time from approximately 66 hours to 58 hours.

PM GatiShakti and Multimodal Connectivity

Launched in 2021, PM GatiShakti is a GIS-based National Master Plan designed to improve multimodal connectivity to economic zones.
It integrates satellite imagery, geospatial databases and infrastructure project information to improve coordination between different ministries and agencies.
According to the source, 58 Central Ministries/Departments and all 36 States and Union Territories have been onboarded, with around 22,000 data layers integrated.
The Network Planning Group has evaluated 352 infrastructure projects worth Rs. 16.1 lakh crore, of which 201 have been sanctioned, and 167 are under implementation.

How DFCs Can Transform Logistics

The primary benefit of DFCs is the creation of additional capacity on the conventional railway network by diverting freight traffic onto dedicated routes.
Average DFC traffic increased from 247 trains per day in 2023-24 to 443 trains per day in August 2026. The WDFC alone was carrying around 210 trains per day, equivalent to approximately 88% of its capacity even before full commissioning.
This can generate wider productivity gains through:
- Lower inventory and working-capital requirements
- Improved inventory-to-sales ratios
- Reduced road congestion and fuel consumption
- Lower logistics-related emissions
- Greater reliability of exports
- Expansion of manufacturers' market radius
- Higher factory utilisation
- Improved port productivity

Integration with Ports and Industrial Corridors

The larger opportunity lies in integrating DFCs with Sagarmala, Bharatmala and multimodal logistics parks.
Sagarmala focuses on port-led development and includes 12 major ports and around 200 non-major ports. It has identified 294 rail and road connectivity projects, of which 84 have been completed, and 66 are under implementation.
The WDFC's economic influence can therefore extend beyond JNPT by connecting with western ports such as Mundra, Kandla, Pipavav and Hazira, and eventually Vadhavan.
This integration can transform the WDFC from a Delhi-Mumbai rail connection into a broader North-West India maritime trade corridor.

Economic Significance

India's logistics costs were estimated at 7.97% of GDP in 2023-24, equivalent to approximately Rs. 24.01 lakh crore.
Average freight costs were estimated at:
- Rail: Rs. 1.96 per tonne-km
- Road: Rs. 11.03 per tonne-km
- Waterways: Rs. 1.80 per tonne-km
Consequently, shifting suitable long-distance freight from roads to dedicated rail corridors can generate substantial transportation-cost savings.

Sectors Likely to Benefit

The WDFC passes through important manufacturing regions of Haryana, Rajasthan, Gujarat and Maharashtra, creating potential benefits for Automobiles and auto components, Engineering goods, Textiles and apparel, Chemicals & Consumer goods.
For automobile manufacturers and exporters along the NCR-Gujarat-Maharashtra axis, reliable rail connectivity can improve movement of vehicles, components and industrial inputs towards western ports.
Gujarat's petrochemical and manufacturing clusters can also benefit from stronger port-rail connectivity and high-capacity freight evacuation.

Future Expansion

The Railways have identified three additional corridors for detailed project report examination:
- East Coast Corridor: Kharagpur-Vijayawada
- East-West Corridor: Including Palghar-Bhusawal-Nagpur-Kharagpur-Dankuni and Rajkharsawan-Kalipahari-Andal
- North-South Corridor: Vijayawada-Nagpur-Itarsi
The 2,052-km Dankuni-Surat DFC identified in Budget 2026-27 could create another east-west freight spine connecting India's mineral and industrial heartland with Gujarat's ports and manufacturing base.

Way Forward

The success of DFCs will ultimately depend on last-mile connectivity, port evacuation, terminal capacity, warehousing, road interfaces and customs efficiency.
India's logistics transformation must therefore be measured not merely by the speed of freight trains but by the speed and efficiency of the entire logistics chain.

Source: TH

Dedicated Freight Corridors FAQs

Q1: What are Dedicated Freight Corridors (DFCs)?

Ans: Dedicated Freight Corridors are specialised railway routes designed exclusively for freight movement, allowing longer and heavier trains to operate with greater efficiency.

Q2: How long are India's two operational DFCs?

Ans: India has two operational DFCs covering about 2,843 km, comprising the 1,506-km Western DFC and the 1,337-km Eastern DFC.

Q3: What is the route of the Western Dedicated Freight Corridor?

Ans: The Western DFC connects Dadri in Uttar Pradesh with Jawaharlal Nehru Port Terminal in Maharashtra, passing through major industrial regions of northern and western India.

Q4: What is the significance of Dedicated Freight Corridors for India's logistics sector?

Ans: DFCs can reduce freight transportation costs, improve delivery reliability, decongest conventional railway routes and strengthen connectivity between industrial centres and ports.

Q5: How are DFCs linked with PM GatiShakti?

Ans: DFCs complement PM GatiShakti by providing high-capacity rail connectivity within an integrated multimodal infrastructure network involving roads, ports, waterways and logistics facilities.

Weapons in Space: US Admission and the Legal Vacuum in Outer Space

September 16, 2026

Weapons in Space Latest News

The United States has publicly admitted that it has active weapons deployed in space. This is the first such admission by any country and has sparked a fresh global debate.
US Air Force Secretary said at a conference in Maryland that the US now has "on-orbit space control weapons" capable of defending its joint forces against hostile adversary action. The US did not reveal the nature of the weapons or when they were deployed.

Reactions from China and Russia

The two countries the US considers its space adversaries responded immediately:
- China urged the US to stop expanding its military capabilities and preparing for war in outer space.
- Russia called for keeping space free of weapons and expressed hope for broad international consolidation towards the complete demilitarisation of space.
Ironically, the US itself accuses China and Russia of building counterspace capabilities to track and target US forces.
It should be noted that the US Space Force was set up in 2019 during President Donald Trump's first term.

What Weaponisation of Space Means

Though this is the first public admission, the capabilities are neither new nor a revelation. Military use of outer space covers several categories:
- Earth-to-space: Launching a missile from Earth to destroy enemy satellites or other space assets
- Space-to-Earth: Sending weapons from space to destroy ground-based targets
- Space-to-space: Using space-based weapons to target other space-based assets
It is unclear which category the newly acknowledged US weapons fall into.

Kinetic and Non-Kinetic Weapons

Space weapons need not be "kinetic", that is, capable of physical destruction. Non-kinetic methods can be equally effective in conflict:
- Disrupting or jamming communications between an enemy's space and Earth-based systems.
- Attacking cyber-networks that control space assets.
Several countries have developed some or all of these capabilities, though not all have been tested or demonstrated.

Demonstrated Capabilities So Far

Anti-satellite (ASAT) tests are the most open demonstration of space weapons. Four countries have conducted them: the United States, Russia, China and India.
Each targeted its own non-functional satellite, but the ability to completely destroy a space asset remains the most dramatic use of space weapons to date.
Non-kinetic examples include:
- Just before Russia's attack on Ukraine in February 2022, Russian hackers gained control of ground stations of the Viasat satellite, which provided internet services to Ukrainian subscribers, including military agencies.
- Russia has reportedly attempted to block GPS signals in Ukraine.

The Legal Ambiguity

All countries emphasise peaceful use of space and urge each other not to militarise it.
Yet no international law explicitly prohibits the deployment or use of conventional weapons or tactics in space.
The Outer Space Treaty, 1967 remains the most relevant law on the subject. Its scope and gaps:
- It bars countries from carrying or placing nuclear weapons or other weapons of mass destruction in space.
- It is silent on conventional weapons and weapons targeting physical infrastructure in space.
- It says nothing about Earth-to-space weapons, which were still a distant prospect in the 1960s.

Failed Attempts at Regulation

Efforts to create a binding framework have lacked support from major space powers:
- Around 2008, China and Russia jointly proposed a "Prevention of the Placement of Weapons in Outer Space" (PPWT) treaty to ban all weapons in space, not just WMDs.
- It excluded Earth-to-space weapons and never came to fruition.
- Discussions on "Prevention of an Arms Race in Outer Space" (PAROS) at the UN Conference on Disarmament have not produced any treaty.

The Artemis Accords

The Artemis Accords, an initiative of NASA and the US State Department, are a voluntary code of conduct for space exploration with over 70 signatories, including India.
All cooperative activities are meant to be for peaceful purposes. However, nothing in the Accords prevents signatories from deploying or using weapons in space.

Conclusion

The US admission formalises what has long been an open secret: outer space is already militarised. The 1967 Outer Space Treaty bans only weapons of mass destruction, leaving conventional and non-kinetic weapons unregulated.
With PPWT and PAROS stalled, the world lacks a binding framework to prevent a space arms race.
For India, a demonstrated ASAT power and Artemis signatory, the challenge is to protect its growing space assets while pushing for credible international norms.

Source: IE | IT | FP

Weapons in Space FAQs

Q1: Why has the issue of weapons in space gained attention?

Ans: Weapons in Space gained attention after the US publicly acknowledged deploying on-orbit space-control weapons, without disclosing their nature or deployment timeline.

Q2: What are the different categories of weapons in space?

Ans: Weapons in Space can involve Earth-to-space, space-to-Earth and space-to-space systems, targeting satellites, ground-based assets or other space-based infrastructure.

Q3: Are all weapons in space kinetic?

Ans: Weapons in Space need not be kinetic; non-kinetic methods can include communications jamming and cyberattacks against networks controlling space-based assets.

Q4: Does international law prohibit weapons in space?

Ans: International law on weapons in space remains incomplete because the Outer Space Treaty prohibits WMDs but does not explicitly prohibit conventional weapons.

Q5: What is the significance of the Artemis Accords for weapons in space?

Ans: The Artemis Accords promote peaceful space exploration, but their voluntary framework does not prevent signatories from deploying or using weapons in space.

Bihar Floods 2026, Over 49 Lakh People Affected Across 15 Districts

September 16, 2026

Bihar Floods 2026 situation has intensified, with around 49 lakh people affected across 15 districts of the state. The crisis has worsened after the Ganga crossed its previous Highest Flood Level (HFL) at Gandhi Ghat in Patna, prompting authorities to issue alerts for downstream areas.

Major Causes of Floods in Bihar

Floods in Bihar are caused by a combination of natural factors, geographical conditions and human activities.

Heavy Monsoon Rainfall: Intense and prolonged monsoon rainfall increases the volume of water flowing into Bihar's rivers and can quickly push them beyond their carrying capacity.
River Overflow: Rivers such as the Ganga, Kosi, Gandak and Bagmati frequently experience rising water levels during the monsoon, resulting in inundation of nearby areas.
Siltation of Riverbeds: Large quantities of sediment and silt carried by Himalayan rivers gradually raise riverbeds and reduce their water-carrying capacity.
Flat and Low-Lying Terrain: Much of Bihar consists of flat alluvial plains, allowing floodwaters to spread over large areas and drain slowly.
Embankment-Related Problems: Embankments protect settlements and agricultural land but can also restrict natural drainage. Breaches, poor maintenance and waterlogging can worsen flood impacts.
Deforestation and Land-Use Changes: Loss of vegetation in catchment areas can increase surface runoff and soil erosion, adding more sediment to rivers.
Urbanisation: Unplanned urban growth and the conversion of natural drainage channels can reduce the ability of cities and towns to absorb and drain excess water.

Why is Bihar Highly Vulnerable to Floods?

Bihar is among India's most flood-prone states because of its geography, river system and socio-economic conditions. A large part of the state consists of fertile but low-lying alluvial plains, while many rivers entering Bihar originate in the Himalayan region.

Key factors behind Bihar's vulnerability include:

Himalayan rivers: Rivers originating in the Himalayas carry substantial amounts of water and sediment into Bihar during the monsoon.
Low-gradient plains: The state's relatively flat terrain slows the movement of floodwaters.
High population density: Large populations live in flood-prone areas, increasing the number of people exposed to disasters.
Agricultural dependence: A significant rural population depends on agriculture, making floods a major threat to livelihoods and food security.
Drainage constraints: Water can remain stagnant for long periods because of inadequate natural and artificial drainage.
Transboundary river systems: Several major rivers enter Bihar from Nepal, making effective flood management dependent partly on upstream conditions and cooperation.

Major Rivers Responsible for Floods in Bihar

Bihar's flood vulnerability is closely linked to its major Himalayan and Gangetic rivers, which carry high volumes of water and sediment during the monsoon.

Ganga: The principal river of Bihar; rising water levels can inundate large areas along its floodplain.
Kosi: Known for its high sediment load and shifting course, making it one of Bihar's most flood-prone rivers.
Gandak: Originating in the Himalayas, it causes flooding in parts of north-western Bihar during heavy rainfall.
Bagmati: Frequently causes floods in north Bihar, particularly during intense monsoon rainfall.
Burhi Gandak: Its overflowing waters affect several districts of north and central Bihar.
Kamla-Balan: A Himalayan river that contributes to flooding in parts of Madhubani, Darbhanga and adjoining areas.
Ghaghra: Its high water levels can affect areas near its confluence with the Ganga.
Punpun: A significant cause of flooding in parts of south Bihar, including Patna region.

Impact of Bihar Floods 2026

Bihar Floods 2026 have created significant humanitarian, economic and infrastructural challenges.

Human displacement: Flooding forces vulnerable families to move to safer locations and relief camps.
Agricultural losses: Floodwaters can damage standing crops, farmland and livestock, affecting rural incomes.
Infrastructure damage: Roads, bridges, houses, schools and other public infrastructure may be damaged or disrupted.
Transport disruption: Flooding can affect road and rail connectivity, making movement difficult.
Health risks: Contaminated water and stagnant water can increase the risk of waterborne diseases and other health problems.
Livelihood disruption: Small businesses, agricultural workers and rural households may lose income during prolonged flooding.
Food and water insecurity: Disruption of supplies can create shortages of safe drinking water, food and essential medicines.
Pressure on administration: Large-scale flooding requires extensive deployment of NDRF, SDRF, boats, relief camps and community kitchens.

Government Measures for Flood Management in Bihar

Bihar government follows a multi-dimensional approach to flood management, combining embankment protection, drainage, flood forecasting, rescue operations, relief and disaster preparedness. The Water Resources Department is responsible for flood-control works, including embankments, river-bank protection and drainage of waterlogged areas.

Embankment Construction and Maintenance: The government undertakes the construction, strengthening and maintenance of embankments to protect flood-prone settlements and agricultural areas.
Anti-Erosion Measures: Revetments, land spurs and other river-bank protection works are undertaken at vulnerable locations to reduce erosion and protect embankments.
Flood Forecasting and Monitoring: River water levels and vulnerable locations are monitored to support timely warnings and preparedness.
Flood Control Orders: The Water Resources Department issues annual flood-control guidelines and operational directions for managing vulnerable rivers and embankments; a specific Flood Control Order 2026 is also listed by the department.
Flood Protection Forces: Special flood-fighting teams are constituted to provide technical assistance for protecting embankments and other vulnerable sites during the flood season.
NDRF and SDRF Deployment: Disaster-response forces are deployed for rescue, evacuation and emergency relief in severely affected areas.
Relief and Rehabilitation: The Disaster Management Department coordinates response, relief, rehabilitation and reconstruction, with a focus on vulnerable communities.
Flood and Drainage Schemes: The state implements flood-protection and drainage schemes to reduce inundation and waterlogging in vulnerable areas.
Community-Based Preparedness: Bihar's flood-disaster management framework includes pre-flood preparation, relief and rescue during floods, post-flood action and reconstruction, helping strengthen disaster preparedness at different stages.

Challenges in Flood Management in Bihar

Bihar faces persistent challenges in managing floods due to its geographical vulnerability, heavy sedimentation, inadequate drainage, infrastructure limitations and recurring monsoon floods. These challenges are further complicated by the transboundary nature of several major rivers.

High Sediment Load: Himalayan rivers carry large amounts of silt, reducing the carrying capacity of river channels and raising riverbeds.
Embankment Breaches: Weak or damaged embankments can lead to sudden flooding, while their maintenance requires continuous monitoring and investment.
Poor Drainage: Inadequate drainage and blocked natural channels can result in prolonged waterlogging even after river levels decline.
Transboundary Rivers: Several major rivers originate in Nepal, making effective flood management dependent on timely data sharing and cooperation between India and Nepal.
Changing Rainfall Patterns: Climate change and extreme rainfall events can increase uncertainty in flood forecasting and preparedness.
High Population Exposure: A large population lives in low-lying and flood-prone areas, making evacuation, relief and rehabilitation difficult.
Agricultural Dependence: Frequent floods cause crop and livestock losses, affecting the livelihoods of rural communities.
Limited Floodplain Management: Encroachment and unplanned development in flood-prone areas can obstruct natural drainage and increase flood risks.

Bihar Floods 2026 FAQs

Q1: What is the Bihar Floods 2026 situation?

Ans: Bihar Floods 2026 have affected around 49 lakh people across 15 districts and 330 gram panchayats. The situation worsened after the Ganga crossed its previous Highest Flood Level (HFL) at Gandhi Ghat in Patna.

Q2: Which rivers are responsible for floods in Bihar?

Ans: Major flood-prone rivers include the Ganga, Kosi, Gandak, Bagmati, Burhi Gandak, Punpun and Ghaghra. Rising water levels in these rivers can cause widespread inundation during the monsoon.

Q3: Why is Bihar highly vulnerable to floods?

Ans: Bihar's vulnerability is linked to its flat alluvial terrain, Himalayan river systems, heavy monsoon rainfall, high sediment load, poor drainage and high population exposure.

Q4: What are the major impacts of Bihar Floods 2026?

Ans: The floods have caused displacement, disruption of transport, damage to livelihoods and agricultural activities, waterlogging and increased risks to public health and infrastructure.

Q5: How does climate change affect floods in Bihar?

Ans: Changing rainfall patterns, intense rainfall events and increasing weather variability can make flood prediction and management more difficult, increasing the need for climate-resilient disaster preparedness.

Daily Editorial Analysis 16 September 2026

September 16, 2026

Decoding India’s GDP Base Revision

Context

Gross Domestic Product (GDP) measures the value of goods and services produced within an economy.
Its estimates are periodically revised to incorporate improved data sources, methodologies and changes in economic structure.
India’s introduction of a new GDP series with 2022-23 as the base year has therefore raised important questions about economic growth and the size of the economy.
The revision reduced India’s estimated nominal GDP for overlapping years, but this does not necessarily indicate an actual contraction.
It reflects a reassessment based on better evidence, particularly concerning the unincorporated services sector.

GDP Rebasing and the Meaning of Nominal GDP

GDP rebasing involves changing the reference year and updating the statistical framework used to estimate economic activity.
It can alter both growth rates and the estimated size of the economy in rupee terms, known as nominal GDP.
Nominal GDP measures production at current prices, whereas real GDP adjusts for price changes.
Under the revised series, nominal GDP was approximately 7% lower in 2022-23, 3.5% lower in 2023-24 and 3.8% lower in 2024-25 than previously estimated.
Such revisions are not unusual. Rebasing exercises in Nigeria, Indonesia, Brazil, South Africa, Mexico, China and Spain also changed earlier nominal GDP estimates.
India’s transition from the 2004-05 base year to 2011-12 produced similar revisions.
The central issue is therefore what new evidence or methodology produced the change, rather than simply why the number declined.

Sectoral Revisions: A More Detailed Picture

The revised estimates show that changes were far from uniform across sectors.
Agriculture and allied activities recorded upward revisions of approximately 3.8%–5.9%, while financial services, real estate, professional services and ownership of dwellings rose by roughly 7.8%–9.0%.
In contrast, trade, transport and storage experienced substantial downward revisions.
Trade GVA declined by approximately 36%, while road transport was revised downward by 16.9%. Hotels and restaurants recorded an upward revision of 5.7%.
These variations demonstrate that GDP rebasing is not simply a downward adjustment. It produces a more differentiated understanding of economic activity.

Improved Measurement of the Unincorporated Sector

A major factor behind the revision is improved measurement of India’s unincorporated services sector, which includes numerous small businesses and informal enterprises.
Under the earlier 2011-12 series, this sector was often estimated by updating benchmark figures using proxy indicators.
The new series makes greater use of the Annual Survey of Unincorporated Sector Enterprises (ASUSE) and the Periodic Labour Force Survey (PLFS).
These sources provide a more direct basis for measuring unincorporated enterprises. Consequently, the revised estimates may differ significantly from earlier calculations.
The World Bank’s April 2026 India Development Update attributed a 3%–4% downward revision in nominal GDP across the four years from FY23 to a reassessment of the informal economy.
This underlines the importance of reliable data in measuring India’s economic structure.

Why the Revision Does Not Mean the Economy Suddenly Shrunk

A reduction in estimated nominal GDP should not be confused with an actual decline in economic activity.
India’s quarterly and provisional GDP estimates use previous-year figures and are subsequently updated through information such as GST collections and industrial production.
When FY 2022-23 was revised under the new methodology, the change carried forward into subsequent years.
The revised estimates therefore reflected a different and better-measured starting point.
The economy may have continued growing even though its estimated size was recalculated downward.
The World Bank has also noted that quarterly growth between FY 2023-24 and FY 2025-26 became less volatile and more broad-based under the revised series.

The Importance of Transparent Statistical Systems

The debate surrounding GDP rebasing demonstrates the importance of transparency, credibility and methodological improvement in official statistics.
The February 27, 2026, Press Release on the new GDP series explained the methodological improvements and updated data sources behind the revisions.
It also provided sector-wise comparisons and reasons for the changes.
GDP statistics influence economic policy, investment decisions, fiscal planning and public understanding.
Statistical agencies must therefore explain revisions clearly to prevent confusion and misinterpretation.
A credible statistical system is not one that preserves old estimates, but one that updates its numbers when better evidence becomes available.

Conclusion

India’s GDP rebasing demonstrates that economic measurement is a continuous process of refinement.
The downward revision in nominal GDP reflects changes in data sources, methodologies and the assessment of the unincorporated sector, rather than an automatic indication of economic decline.
Sector-wise variations show that the revision has produced a more detailed understanding of economic activity.
Ultimately, accurate economic statistics strengthen policymaking, improve public understanding and provide a more reliable foundation for assessing India’s growth.

Decoding India’s GDP Base Revision FAQs

Q1. What is GDP rebasing?
Ans. GDP rebasing involves changing the reference year and updating the methodology used to estimate economic activity.

Q2. What is India’s new GDP base year?
Ans. India’s new GDP base year is 2022-23.

Q3. Which sector contributed significantly to the GDP revision?
Ans. The unincorporated services sector contributed significantly to the GDP revision.

Q4. Does a downward GDP revision mean the economy has shrunk?
Ans. No, a downward GDP revision does not necessarily mean the economy has shrunk.

Q5. Why are transparent statistical systems important?
Ans. Transparent statistical systems ensure that economic estimates are reliable and based on improved evidence.

Source: The Hindu

Lessons from India's Smallholder Farmers

Context

The world of development is running short of convincing answers. Conflict, climate stress, food insecurity, entrenched poverty and fiscal pressure are exposing the limits of old models.
Serious development must start with honest evidence, practical experience and results that hold up.
By that test, some of the most useful lessons for rural development are coming not from donor strategies but from India's smallholder farmers.
This article highlights the lessons emerging from India’s smallholder farmers, showing how organisation, infrastructure, finance, skills and market access can drive inclusive rural transformation.

India's Rural Transformation Story

Across rural India, farmers, women's groups, producer organisations and rural enterprises are demonstrating that smallholder agriculture can move beyond poverty and subsistence towards prosperity.
The drivers are organisation, commercial opportunity and resilience at scale. As per the experts, this is one of the most important development stories of our time.
India is showing, in ways few countries have matched at scale, that rural transformation in resource-constrained settings can be practical, inclusive and commercially serious.
India's approach combines:
- Infrastructure
- Enterprise development
- Skills
- Finance
- Market access
These elements are increasingly integrated in commercial ways that deliver results at scale.

Persistent Challenges

The story is far from finished. Smallholder farmers, who sit at the "first mile" of food systems, continue to face unequal access to:
- Finance
- Technology
- Markets
- Land and water
- Relevant infrastructure
Climate change is adding further pressure through less predictable rainfall, rising temperatures and weakening soils.
Yet these very realities make India's experience more valuable, because they show why rural transformation cannot depend on isolated projects alone.

The Core Lesson: No Single Intervention Is Enough

Roads, irrigation, power and digital connectivity matter. But they change lives only when farmers can organise into collectives that provide:
- Real bargaining power.
- Access to finance and technology.
- The ability to reach markets.
- The capacity to build viable food enterprises.

Redefining Development: The IFAD-India Partnership

IFAD is a specialised UN agency and a long-standing partner of India, with a relationship spanning nearly five decades.
Its programmes across Indian states illustrate the integrated approach:
- Maharashtra: Self-help groups accessing commercial credit, supporting thousands of enterprising rural women.
- Meghalaya: A hub-and-spoke economic development model.
- Uttarakhand: Youth- and women-led farmer producer organisation (FPO) enterprises.
- Mizoram: Climate-resilient Zau farming that protects both the environment and traditional communities.
- Jammu and Kashmir: Engaging young people and harnessing their entrepreneurial spirit to unlock the region's agricultural potential.

The Ecosystem That Makes It Work

India's experience is compelling because it has built much of the ecosystem needed to connect smallholders to services, finance and markets.
Key components include:
- Government bodies, NGOs and private enterprises
- Agri Stack digital public infrastructure
- Institutions such as NABARD
- Self-help groups (SHGs)
- Farmer producer organisations (FPOs)
- Cooperatives
- Micro, small and medium enterprises (MSMEs)
Digital tools within this ecosystem improve efficiency and accountability.
The new IFAD-India eight-year strategy, launched in May 2026, is aligned with India's Viksit Bharat@2047 vision and is built around strengthening this architecture.

India's Voice in the Global South

India is an important voice in the Global South's rural development conversation, and that voice is increasingly taking on a broader leadership role.
In the spirit of Vasudhaiva Kutumbakam, India's rural experience becomes a shared resource for the wider family of nations.
IFAD is the only international financial institution devoted solely to rural transformation, with a presence in 92 countries and many more through the wider UN system.
It serves as the channel through which India's lessons travel beyond its borders.

Principles That Can Travel

India's models cannot be copied exactly. What can travel are the principles:
- Build strong local institutions.
- Connect them to markets and finance.
- Invest in rural enterprises.
- Use digital systems intelligently.
- Treat smallholders, including women and youth, as economic actors rather than passive beneficiaries.

Conclusion

India's smallholder experience shows that rural transformation succeeds when infrastructure, collectives, finance, digital systems and market access work together rather than in isolation.
With the IFAD partnership aligned to Viksit Bharat@2047, India is positioned to offer the Global South not a blueprint to copy, but tested principles for inclusive and commercially viable rural development.

Lessons from India's Smallholder Farmers FAQs

Q1. What lessons do India’s smallholder farmers offer for rural development?

Ans. India’s smallholder farmers demonstrate that organisation, commercial opportunities and resilience, supported by infrastructure, finance, skills and market access, can drive rural transformation.

Q2. What challenges continue to affect India’s smallholder farmers?

Ans. India’s smallholder farmers continue facing unequal access to finance, technology, markets, land, water and infrastructure, while climate change increases rainfall and soil-related pressures.

Q3. Why are farmer collectives important for smallholder farmers?

Ans. Farmer collectives help smallholder farmers gain bargaining power, access finance and technology, reach markets and develop commercially viable food enterprises.

Q4. Which institutions support India’s smallholder farmers?

Ans. India’s smallholder farmers benefit from SHGs, FPOs, cooperatives, NABARD, government bodies, NGOs, private enterprises, MSMEs and Agri Stack digital infrastructure.

Q5. What principles from India’s rural experience can other countries adopt?

Ans. India’s smallholder farmers offer transferable principles including strong local institutions, market and finance linkages, rural enterprises, digital systems and economic inclusion.

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.