Current Affairs of 27 August 2026 by Vajiram & Ravi IAS Institute

Mariana Trench, Location, Depth, Deepest Point, Environment

August 27, 2026

The Mariana Trench is the deepest known oceanic trench on Earth and lies in the western North Pacific Ocean. It is located near the Mariana Islands and extends for about 2,540 km. Its deepest section is Challenger Deep. The trench formed where the Pacific Plate moves beneath the Mariana Plate, creating an extremely deep seafloor depression with unique life and environmental conditions.

Mariana Trench

The Mariana Trench is a crescent shaped depression in the western Pacific and forms part of a major oceanic trench system.

Mariana Trench Location: The Mariana Trench lies about 200 km east of the Mariana Islands and is situated within the territories of Guam and the Northern Mariana Islands in the Pacific Ocean.
Size and Shape: The trench extends for about 2,550 km and has an average width of nearly 69 km. It forms an arcing, steep sided depression.
Mariana Trench Depth: The maximum known depth is 10,935 metres (10.935 km), making it the deepest point on Earth known in the oceans.
Challenger Deep: Challenger Deep is the deepest section of the Mariana Trench. It is a small, slot shaped valley located at the southern end of the main trench.
Formation: The trench developed through subduction, where the dense Pacific Plate moves beneath the smaller Mariana Plate. This process also contributes to volcanic activity and island formation.
Research History: The 1875 Challenger Expedition first recorded 8,184 metres. Later surveys by Vityaz, Takuyō, Kaikō and other missions produced increasingly accurate depth measurements.
Major Descents: Trieste reached Challenger Deep in 1960 with Jacques Piccard and Don Walsh. James Cameron made a solo descent in 2012 using Deepsea Challenger.
Legal Protection: The Mariana Trench Marine National Monument was established by the United States in 2009. Challenger Deep itself lies within the EEZ of the Federated States of Micronesia.
Mariana Trench Band: The trench belongs to the western Pacific band of oceanic trenches associated with subduction zones and volcanic island arcs.

Mariana Trench Environment

Life exists in the Mariana Trench despite extreme depth, immense pressure, low temperatures and increasing evidence of human made pollution.

Mariana Trench Animals: Researchers have recorded snailfish, jellyfish, amphipods, mollusks and other organisms. A snailfish was filmed at 8,178 metres, setting a record for deep sea fish observation.
Deep Sea Life: Monothalamea and xenophyophores have been found at extreme depths. Some xenophyophores exceed 10 cm and are among the largest known single cells.
Microbial Diversity: Research published in 2025 identified more than 7,000 microbial species in the trench. About 89% were reported as new to science.
Upper Environment: The Mariana forearc supports soft corals, sponges and tropical fish. These organisms differ greatly from life found on the much deeper trench floor.
Extreme Conditions: Bottom temperatures remain around 1-4°C. Water pressure can reach about 1,086 bar, or roughly 1,071.8 times standard atmospheric pressure.
Pollution: Research found elevated concentrations of PCBs in crustacean scavengers collected between 7,841 and 10,250 m. Amphipods have also been found ingesting microplastics.
Human Waste: Plastic bags and candy wrappers were reported from the trench in 2019. A beer bottle was later observed in the Western Pool in 2024.
Natural Sounds: A hydrophone deployed in Challenger Deep recorded earthquakes, typhoons and baleen whales, along with sounds produced by boats and other human activity.

Mariana Trench FAQs

Q1: What is the Mariana Trench?

Ans: The Mariana Trench is the deepest known oceanic trench on Earth, located in the western North Pacific Ocean near the Mariana Islands.

Q2: Where is the Mariana Trench located?

Ans: The Mariana Trench is located about 200 km east of the Mariana Islands and extends through the western North Pacific Ocean.

Q3: What is the Mariana Trench depth?

Ans: The maximum known Mariana Trench depth is about 10,935 metres (35,876 feet) at Challenger Deep.

Q4: What is the deepest point of the Mariana Trench?

Ans: Challenger Deep is the deepest point of the Mariana Trench and the deepest known point on Earth’s ocean floor.

Q5: What animals live in the Mariana Trench?

Ans: Mariana Trench animals include snailfish, amphipods, jellyfish, mollusks and single celled organisms such as xenophyophores.

Intelligence Agencies of India and World, Complete List, Functions

August 27, 2026

Intelligence Agencies of India and World play an important role in protecting national security, preventing threats, gathering strategic information and supporting government decision-making. These agencies work in areas such as internal security, foreign intelligence, defence intelligence, financial intelligence, counter-terrorism, cyber security and counter-espionage. Intelligence Agencies of India and World, their functions in maintaining both internal and external security and coordination with other agencies are discussed in detail in this article.

Intelligence Agencies of India and Their Functions

India has a multi-layered intelligence system in which different agencies focus on internal security, external intelligence, defence, financial intelligence, investigation and technical threats. Together, these organisations help the government identify security risks, analyse information and support national security decisions. Some of the Intelligence Agencies of India are discussed below.

Intelligence Bureau (IB)

Intelligence Bureau (IB) is India's primary internal intelligence and counter-intelligence agency. It traces its origins to 1887 and currently functions under the Ministry of Home Affairs (MHA).
The IB primarily deals with internal security threats such as terrorism, espionage, insurgency, Left-Wing Extremism and other activities that may affect India's internal stability.
It collects intelligence from across the country and shares important inputs with central and state security agencies. It also monitors developments in sensitive border areas and provides security-related assessments to the government.
The IB also has an important role in counter-intelligence, which involves identifying and preventing attempts by foreign intelligence agencies or other hostile actors to obtain sensitive information.

Research and Analysis Wing (R&AW)

The Research and Analysis Wing (R&AW) was established in 1968 as India's main external intelligence agency. It operates under the Cabinet Secretariat and focuses primarily on developments outside India's territory.
R&AW collects and analyses foreign intelligence relating to political, military, economic, strategic and security developments that may affect India's national interests.
The agency also contributes intelligence related to cross-border terrorism, proliferation of weapons and strategic threats. Its assessments help the government understand developments in India's neighbourhood and beyond.
Unlike the IB, which focuses mainly on internal intelligence, R&AW's principal area of responsibility is external intelligence and strategic developments outside India.

Defence Intelligence Agency (DIA)

The Defence Intelligence Agency (DIA) was established in 2002 to improve coordination among the intelligence capabilities of India's three armed forces. It functions under the Ministry of Defence through the Integrated Defence Staff.
The DIA provides and coordinates intelligence related to military capabilities, strategic threats, defence developments and security situations that are relevant to India's armed forces.
It brings together intelligence inputs from the Indian Army, Indian Navy and Indian Air Force, helping create a broader picture of military and strategic developments.
The agency is particularly important for defence planning, military preparedness and assessment of threats arising from India's external security environment.

National Technical Research Organisation (NTRO)

The National Technical Research Organisation (NTRO) is a specialised organisation dealing with technical and strategic intelligence. It was established in 2004 following recommendations made after the Kargil conflict.
NTRO uses advanced technical capabilities to gather and analyse information relevant to national security. Its areas include satellite imagery, signals intelligence, cyber intelligence and geospatial information.
It also plays an important role in protecting India's critical information infrastructure. The National Critical Information Infrastructure Protection Centre (NCIIPC) functions under the NTRO framework.
With the growing importance of cyber and digital technologies, NTRO has become an important part of India's efforts to address technology-driven security threats.

National Investigation Agency (NIA)

The National Investigation Agency (NIA) was established under the NIA Act, 2008, following the 26/11 Mumbai terrorist attacks. It is India's principal central agency for investigating specified offences related to terrorism and national security.
The NIA investigates cases involving terrorist activities, terror financing, organised terror networks, illegal arms trafficking and other offences covered under its legal mandate.
Unlike intelligence agencies whose primary role is intelligence collection and analysis, the NIA is primarily a law-enforcement and investigation agency.
It works with state police forces and other central agencies to investigate cases that have implications beyond a single state or involve serious threats to national security.

Central Bureau of Investigation (CBI)

The Central Bureau of Investigation (CBI) is India's premier central investigative agency. It was established in 1963 and derives its investigative powers mainly from the Delhi Special Police Establishment (DSPE) Act, 1946.
The CBI investigates cases involving corruption, economic offences, serious crimes and other matters entrusted to it under the applicable legal framework.
It can take up cases referred by the courts, central government or state governments, subject to the legal requirements applicable in each case.
The CBI also functions as India's National Central Bureau for Interpol, helping Indian law-enforcement agencies coordinate with international police authorities.

Enforcement Directorate (ED)

The Enforcement Directorate (ED) is a specialised agency dealing with certain financial and economic offences. It functions under the Department of Revenue, Ministry of Finance.
Its major legal responsibilities include enforcement of the Prevention of Money Laundering Act (PMLA), 2002 and the Foreign Exchange Management Act (FEMA), 1999.
The ED investigates money-laundering activities and certain violations involving foreign exchange. Its work is important in tracing proceeds of crime and illegal financial networks.
The agency also works with other domestic and international organisations when financial investigations involve cross-border transactions or assets.

Financial Intelligence Unit-India (FIU-IND)

FIU-IND is India's central agency for receiving and analysing information related to suspicious financial transactions. It was established in 2004 under the Ministry of Finance.
It receives reports such as Suspicious Transaction Reports (STRs) and other prescribed financial reports from banks and other reporting entities.
FIU-IND analyses this information to identify possible patterns linked to money laundering, terrorist financing and other financial crimes.
Unlike investigative agencies such as the ED, FIU-IND primarily performs an intelligence and information-analysis role and shares relevant financial intelligence with appropriate law-enforcement agencies.

Directorate of Revenue Intelligence (DRI)

The Directorate of Revenue Intelligence (DRI) is India's specialised anti-smuggling intelligence and investigation agency under the Central Board of Indirect Taxes and Customs (CBIC).
It works to detect and prevent cross-border smuggling, customs-related fraud and illegal trade. Its activities cover both intelligence gathering and investigation within its legal mandate.
DRI plays an important role in tackling the illegal movement of commodities and other goods, including cases involving gold, narcotics, wildlife products and other restricted items.
Its intelligence inputs also help customs authorities identify organised networks involved in international commercial fraud and illicit trade.

Intelligence Coordination in India

Multi-Agency Centre (MAC): MAC functions as an important intelligence-sharing and coordination mechanism for counter-terrorism. It facilitates the exchange of information between central intelligence organisations, defence agencies and state-level security agencies.
National Intelligence Grid (NATGRID): NATGRID was developed to improve access to and analysis of information relevant to national security and counter-terrorism. It enables authorised agencies to access information from interconnected databases for intelligence purposes.
Together, these coordination mechanisms help reduce information gaps and enable different security organisations to develop a more comprehensive understanding of emerging threats.

Major Intelligence Agencies of the World

CIA - United States: The Central Intelligence Agency (CIA) is the United States' major foreign intelligence organisation. It collects and analyses intelligence from outside the country and provides information to support U.S. national security and foreign-policy decisions.
MI6 - United Kingdom: The Secret Intelligence Service (MI6) is the UK's foreign intelligence agency. It gathers intelligence from outside the UK and works on issues involving national security, terrorism, foreign threats and international espionage.
Mossad - Israel: Mossad is Israel's major foreign intelligence agency. It focuses on overseas intelligence collection, counter-terrorism and threats that may affect Israel's national security.
MSS - China: China's Ministry of State Security (MSS) is responsible for areas including intelligence and counter-intelligence. It deals with domestic security concerns as well as intelligence activities connected with foreign threats.
FSB - Russia: The Federal Security Service (FSB) is Russia's principal domestic security and counter-intelligence agency. Its responsibilities include counter-terrorism, internal security, border protection and counter-espionage.
DGSE - France: The Directorate-General for External Security (DGSE) is France's external intelligence agency. It gathers foreign intelligence and works on issues such as terrorism, geopolitical developments and national security threats.
BND - Germany: Germany's Federal Intelligence Service (BND) focuses on foreign intelligence. It monitors international political, security, economic and technological developments that may affect Germany.
ASIS - Australia: The Australian Secret Intelligence Service (ASIS) collects foreign intelligence to support Australia's national security and foreign-policy interests, particularly in areas concerning the Indo-Pacific region and international security.

Roles and Responsibilities of Intelligence Agencies

Collection of Intelligence: Intelligence agencies gather information from various sources to understand security threats, military developments, political changes, organised crime and emerging risks before they directly affect national interests.
Counter-Terrorism: One of their major responsibilities is identifying terrorist networks, their financing, communication channels and planned activities. Timely intelligence can help security forces prevent attacks and disrupt terrorist operations.
Counter-Espionage: Intelligence agencies work to detect and prevent spying and the unauthorised collection of sensitive information by foreign intelligence organisations or other hostile actors.
Border and Maritime Security: Intelligence is used to monitor land borders, coastal areas, maritime routes and sensitive regions. This helps identify activities such as infiltration, smuggling, illegal trafficking and other cross-border threats.
Cyber and Technical Intelligence: Modern intelligence agencies increasingly monitor cyber threats, digital communications, satellite information and electronic activity. Technical intelligence has become particularly important with the growing use of digital infrastructure.
Financial Intelligence: Tracking suspicious financial transactions helps authorities identify money laundering, terror financing, organised crime and other financial networks. Financial intelligence therefore forms an important part of modern national security.
Strategic Assessment: Agencies analyse collected information and prepare assessments for governments and security institutions. These assessments help decision-makers understand possible threats, opportunities and future security scenarios.
Coordination and Information Sharing: Security threats often involve multiple agencies and jurisdictions. Intelligence organisations therefore share information through coordination mechanisms and intelligence networks to create a more complete picture of emerging threats.

Importance of Intelligence Agencies in National Security

Early Warning of Threats: Intelligence agencies provide early information about possible terror attacks, military movements, espionage activities, cyber threats and other security risks, allowing governments to take preventive measures.
Protection of National Sovereignty: Foreign intelligence and defence intelligence help governments understand developments that could affect their territorial integrity, strategic interests and national sovereignty.
Strengthening Counter-Terrorism: Intelligence-led operations help security agencies identify terrorist organisations, financing networks and support structures, making it possible to prevent attacks and dismantle hostile networks.
Supporting Defence Preparedness: Military intelligence provides information about foreign military capabilities, troop movements, weapons systems and strategic developments, helping defence forces prepare for potential threats.
Combating Organised Crime: Intelligence related to smuggling, trafficking, illegal financial networks and organised crime helps enforcement agencies disrupt activities that can threaten economic and internal security.
Protecting Critical Infrastructure: Technical and cyber intelligence helps protect important systems such as telecommunications, financial networks, energy infrastructure, transport systems and government databases from cyber and other security threats.
Supporting Foreign Policy: External intelligence enables governments to better understand international developments, geopolitical changes and the intentions of other countries, thereby supporting informed foreign-policy and strategic decisions.
Strengthening National Security Coordination: Modern security threats often cross organisational and national boundaries. Intelligence-sharing mechanisms allow different agencies to combine information and respond more effectively to complex and rapidly changing threats.

Intelligence agencies of India and World FAQs

Q1: What are intelligence agencies?

Ans: Intelligence agencies are organisations that collect, analyse and share information related to national security, defence, terrorism, espionage, cyber threats and other security risks.

Q2: What is the Intelligence Bureau (IB)?

Ans: The Intelligence Bureau (IB) is India's primary internal intelligence and counter-intelligence agency. It deals with domestic security threats, terrorism, espionage, insurgency and sensitive border areas.

Q3: What is the Research and Analysis Wing (R&AW)?

Ans: R&AW is India's main external intelligence agency, established in 1968. It collects and analyses foreign intelligence related to political, military, economic and strategic developments affecting India's national interests.

Q4: What is the Defence Intelligence Agency (DIA)?

Ans: The Defence Intelligence Agency (DIA) was established in 2002 to coordinate intelligence inputs from the Indian Army, Navy and Air Force. It supports military planning, preparedness and assessment of strategic threats.

Q5: What is the role of NTRO in India?

Ans: The National Technical Research Organisation (NTRO) deals with technical and strategic intelligence, including satellite imagery, signals intelligence, cyber intelligence and geospatial information. It also contributes to the protection of critical information infrastructure.

National Small Industry Day 2026, Theme, History, Initiatives

August 27, 2026

National Small Industry Day 2026 will be observed on August 30 to recognise the contribution of small industries to India’s economic and industrial development. Small enterprises support employment, entrepreneurship, manufacturing, exports, local economic activity and traditional handicrafts. The occasion also highlights the need for better finance, technology, market access, productivity and policy support to help smaller enterprises become competitive and expand.

What is National Small Industry Day 2026?

National Small Industry Day 2026 is observed annually on August 30 in India to recognise small industries and their contribution to employment, entrepreneurship, economic growth and industrial development. The observance traces its formal recognition to August 30, 2000, following the launch of a comprehensive policy package for small scale industries. The day also draws attention to the challenges and opportunities affecting small enterprises.

National Small Industry Day Theme 2026

The official theme for National Small Industry Day 2026 has not been announced yet. The observance continues to focus on strengthening small industries through entrepreneurship, employment generation, technology adoption, finance, market access, productivity and sustainable economic growth.

What is a Small Industry?

Small industries are enterprises operating at a relatively smaller scale that contribute to manufacturing, services, employment, local production, exports and entrepreneurship. Their present classification forms part of the wider MSME framework.

Small enterprise classification: From April 1, 2025, a small enterprise can have investment in plant and machinery or equipment up to ₹25 crore and annual turnover up to ₹100 crore.
Wider MSME structure: The revised framework classifies enterprises as micro, small, or medium using both investment and annual turnover criteria instead of relying on investment alone.
Micro and medium categories: Micro enterprises have investment up to ₹2.5 crore and turnover up to ₹10 crore, while medium enterprises have limits of ₹125 crore and ₹500 crore.
Economic presence: MSMEs include artisans, manufacturers, service providers, rural enterprises, exporters, food processors, textile units and businesses connected with larger supply chains.

History and Evolution of Small Industries in India

India’s small industry framework has developed through successive policy and legislative measures aimed at improving credit, infrastructure, technology, competitiveness, registration and market opportunities.

August 30, 2000: The Government of India introduced a comprehensive policy package for small scale industries covering areas such as credit, infrastructure, marketing, technology upgradation and payment related concerns.
National observance: August 30 subsequently became associated with Small Industries Day to recognise the contribution and achievements of small scale enterprises and encourage their continued development.
August 30, 2001: A convention for small scale industry entrepreneurs was organised in New Delhi along with the National Awards Function of the Ministry of the small scale industries.
MSMED Act 2006: The Micro, Small and Medium Enterprises Development Act 2006 established a broader statutory framework for MSMEs and included both manufacturing and service enterprises.
2025 classification: Revised MSME investment and turnover thresholds became effective from April 1, 2025, giving enterprises greater room to expand while remaining within the relevant categories.
2026 framework: The Micro, Small and Medium Enterprises Development (Amendment) Act 2026 received presidential assent in August and introduced stronger mechanisms concerning delayed payments, dispute resolution, digital registration and simpler compliance.

National Small Industry Day 2026 Significance

National Small Industry Day 2026 highlights how smaller enterprises contribute to employment, manufacturing, exports, entrepreneurship, cultural preservation and economic activity across rural, semi urban and urban India.

Employment generation: MSMEs employ more than 38.9 crore people, making the sector India’s second largest employment source after agriculture and supporting livelihoods across diverse regions.
GDP contribution: MSMEs contribute 31.1% of India’s GDP, showing their substantial role in national economic activity beyond their individual enterprise size.
Manufacturing contribution: MSMEs account for 35.4% of India’s manufacturing output, making their productivity and competitiveness important for strengthening domestic production.
Export contribution: The MSME sector contributes 48.58% of India’s exports, connecting smaller enterprises with international markets and global supply chains.
Rural development: Small industries create employment and income opportunities outside major industrial centres, supporting economic activity in rural and semi urban areas.
Cultural heritage: Artisans and traditional enterprises preserve indigenous handicrafts through handloom, textiles, metalwork, woodwork and other skills passed across generations.
Entrepreneurship: Small industries allow individuals to start enterprises with comparatively limited capital and create opportunities for innovation, self employment and local economic development.
Economic distribution: Their widespread presence helps distribute industrial and economic opportunities across regions instead of concentrating productive activity only in major industrial centres.
2026 growth priorities: Finance, timely payments, formal registration, technology adoption, productivity, quality improvement and wider markets are becoming important drivers of MSME competitiveness.

National Small Industry Day 2026 Government Initiatives

Government measures for MSMEs increasingly focus on formalisation, easier finance, faster payments, public procurement, entrepreneurship, productivity, market access and institutional support for sustainable growth.

TReDS: The Trade Receivables Discounting System enables MSMEs to convert approved invoices into working capital through financiers, with invoice discounting rising from around ₹40,000 crore in FY2021-22 to ₹3.47 lakh crore in FY2025-26.
TReDS expansion: In June 2026, the Government mandated TReDS use for settling MSME purchases by all operating Central Public Sector Enterprises, strengthening timely payment mechanisms.
Udyam registration: Registrations through the Udyam Registration Portal and Udyam Assist Platform crossed 8.7 crore by June 2026, expanding formal access to finance, government schemes and markets.
Government procurement: Central Ministries, Government Departments and Central PSUs are required to procure 25% of annual goods and services requirements from MSEs, including 4% from SC/ST owned MSEs and 3% from women entrepreneurs.
Credit guarantee: The credit guarantee ceiling for Micro and Small Enterprises increased from ₹5 crore to ₹10 crore, expanding collateral free credit support for eligible enterprises.
SRI Fund: The Self Reliant India (SRI) Fund is expected to facilitate ₹50,000 crore in equity financing for MSMEs, supporting expansion and potential stock exchange listing.
CHAMPIONS Portal: The CHAMPIONS Portal provides a single window mechanism for grievance resolution, support, handholding and assistance to MSMEs throughout their business lifecycle.
National SC-ST Hub: The National SC-ST Hub promotes entrepreneurship among SC-ST communities through market linkages, finance facilitation and capacity building while supporting the 4% procurement target.
Enterprise Development Centres: The Ministry of MSME has established 102 Enterprise Development Centres to provide mentoring, information and handholding, with special attention to rural enterprises.
MSME Competitive (Lean) Scheme: The scheme encourages enterprises to improve productivity, reduce process wastage, strengthen quality and adopt lean manufacturing practices for greater operational efficiency.
Union Budget 2026-27: Measures focused on equity, liquidity, professional support and market access aim to make MSMEs more competitive and capable of scaling their operations.
Courier exports: Union Budget 2026-27 proposed removing the ₹10 lakh per consignment limit on courier exports to make cross border e commerce easier for small businesses, artisans and start ups.

National Small Industry Day 2026 FAQs

Q1: When is National Small Industry Day 2026 observed?

Ans: National Small Industry Day 2026 will be observed on August 30, 2026, to recognise the contribution of small industries to India’s economy.

Q2: What is the significance of National Small Industry Day 2026?

Ans: It highlights the role of small industries in employment generation, manufacturing, exports, entrepreneurship, rural development and economic growth.

Q3: What is the theme of National Small Industry Day 2026?

Ans: The official theme of National Small Industry Day 2026 has not been announced yet.

Q4: When was National Small Industry Day started in India?

Ans: National Small Industry Day was formally associated with August 30, 2000, following the launch of a comprehensive policy package for small scale industries.

Q5: What is the current investment limit for a small enterprise in India?

Ans: From April 1, 2025, a small enterprise can have investment up to ₹25 crore and annual turnover up to ₹100 crore.

UPSC Daily Quiz 27 August 2026

August 27, 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.

DNA Paternity Test in Matrimonial Disputes, Guidelines, Child Privacy

August 27, 2026

The Supreme Court, in Aparna Ajinkya Firodia v. Ajinkya Arun Firodia, held that a DNA paternity test of a minor child in a matrimonial dispute should be ordered only in exceptional and deserving cases where it is indispensable for resolving the dispute.

The judgment addresses an important legal tension between the use of DNA evidence to establish biological truth and the need to protect the child's privacy, dignity, identity and best interests.

Background

The case arose from a divorce petition in which the husband alleged that his wife was unfaithful and questioned the paternity of their second child.

The Family Court in Pune and the Bombay High Court had permitted a DNA test to determine paternity. The wife challenged these orders before the Supreme Court.

The Supreme Court allowed the wife's appeal and set aside the orders of the lower courts, holding that the DNA test was not indispensable to resolve the matrimonial dispute.

What is a DNA Paternity Test?

A DNA paternity test is a genetic test that determines whether a person is the biological father of a child by comparing specific genetic markers in their DNA.

It is highly accurate in determining biological paternity, but its scientific reliability does not mean that a court must order it whenever paternity is questioned.

In matrimonial disputes, the court must first consider the legal presumption of legitimacy and the rights of the child before directing genetic testing.

What is the Legal Basis for DNA Paternity Disputes?

A child born during a valid marriage is presumed to be the legitimate child of the husband. Therefore, a court does not ordinarily order a DNA paternity test merely because the husband questions the child's paternity.

This rule is provided under Section 116 of the Bharatiya Sakshya Adhiniyam, 2023. It states that when a child is born during a valid marriage, the husband is presumed to be the father unless non-access between the spouses is proved at the relevant time when the child could have been conceived.

Non-access means that the husband and wife had no opportunity to have sexual relations during the relevant period of conception.

This legal presumption is known as the presumption of legitimacy.

Earlier, the same rule was contained in Section 112 of the Indian Evidence Act, 1872. The Bharatiya Sakshya Adhiniyam replaced the Indian Evidence Act with effect from 1 July 2024.

When Can a DNA Paternity Test Be Ordered?

A DNA paternity test may be ordered when the question of paternity is material to the dispute and the court finds that determining it through genetic testing is genuinely necessary. The Supreme Court's approach requires the court to consider whether:

There is a serious and legally relevant dispute regarding paternity;
There is prima facie material supporting non-access during the relevant period;
Other available evidence is insufficient to resolve the controversy; and
The DNA test is indispensable for deciding the case.

The emphasis is therefore on necessity rather than convenience. A test should not be ordered merely because DNA evidence would make a party's case easier to prove.

When Can a DNA Paternity Test Not Be Ordered?

It should not ordinarily be ordered merely on the basis of:

a bare allegation that the child is not biologically related to the husband;
suspicion of the wife's adultery without supporting circumstances;
absence of a plea or prima facie material regarding non-access; or
a desire to obtain stronger evidence when existing admissible evidence is sufficient.

Thus, the DNA paternity test cannot become a routine investigative device in matrimonial proceedings.

Can a DNA Paternity Test Be Used to Prove Adultery?

A DNA paternity test cannot be ordered merely to prove adultery or infidelity in a matrimonial dispute.

In Aparna Ajinkya Firodia v. Ajinkya Arun Firodia, the Supreme Court found that the DNA test was not indispensable, as the alleged adultery could be examined through other available evidence.
The Court noted that call recordings, transcripts and the wife's daily diary could potentially be used to establish the allegations.
Therefore, the Court set aside the Family Court and Bombay High Court orders that had permitted the DNA test.
The Court clarified that Section 112 of the Indian Evidence Act does not give protection to adultery. It only means that the legitimacy of a child born during marriage cannot be casually challenged through a DNA test, especially when the allegation of adultery can be proved through other evidence.

Important Supreme Court Precedents

The Supreme Court's position has evolved through several important judgments.

Goutam Kundu v. State of West Bengal: The Court cautioned against routinely directing blood tests for determining paternity and recognised the importance of the statutory presumption of legitimacy.
Nandlal Wasudeo Badwaik v. Lata Nandlal Badwaik: The Court considered the evidentiary value of DNA testing and its interaction with the statutory presumption concerning legitimacy.
Dipanwita Roy v. Ronobroto Roy: The Court recognised that DNA testing could be directed in an appropriate matrimonial case where the circumstances warranted such testing.
Aparna Ajinkya Firodia v. Ajinkya Arun Firodia: The Court reinforced the exceptional and indispensable nature of DNA testing, particularly where testing a child is sought to support allegations between the spouses.

Significance of the Judgment on DNA Paternity Test

The judgment is significant for three broader reasons:

Protects child rights under Article 21: It prevents children from becoming collateral victims of matrimonial disputes and protects their right to privacy.
Strengthens privacy jurisprudence: It recognises genetic identity and parentage as sensitive aspects of personal privacy under Article 21.
Promotes proportionality: It requires courts to prefer less intrusive evidence where it can adequately resolve the dispute.

DNA Paternity Test in Matrimonial Disputes FAQs

Q1: What did the Supreme Court decide on DNA paternity tests?

Ans: The Supreme Court set aside the orders of the Family Court and Bombay High Court that allowed the DNA test. It held that the test was not indispensable because the husband's allegations could potentially be examined through other available evidence.

Q2: When can a DNA paternity test be ordered in a matrimonial dispute?

Ans: A DNA paternity test can be ordered only in exceptional and deserving cases where it is indispensable for resolving the dispute.

Q3: What is the presumption of legitimacy?

Ans: The presumption of legitimacy means that a child born during a valid marriage is presumed to be the legitimate child of the husband under Section 116 of the Bharatiya Sakshya Adhiniyam, 2023.

Q4: What does non-access mean in paternity disputes?

Ans: Non-access means that the husband and wife had no opportunity to have sexual relations during the relevant period of conception. Prima facie proof of non-access is important when challenging the presumption of legitimacy.

Q5: Can adultery alone justify a DNA paternity test?

Ans: No. A mere allegation of adultery cannot by itself justify a DNA paternity test, particularly when the allegation can be examined through other available evidence.

Calendars in India, Types, History, Saka Samvat & Vikram Samvat

August 27, 2026

Calendars in India are systems used to organise days, weeks, months and years for social, religious, commercial and administrative purposes. India has a rich tradition of using different calendars due to its cultural, religious and regional diversity. These calendars are mainly based on the movement of the Sun, Moon, or a combination of both. Calendars in India, its types and Significance are discussed in detail in this article.

Calendars in India History

The history of calendars in India is closely connected with the country's traditions, religious practices, astronomy and regional customs.
Different communities developed or followed different systems for measuring time and fixing important dates.
Indian calendars are mainly based on three astronomical systems: lunar, solar and luni-solar. A lunar calendar follows the phases of the Moon, a solar calendar is based on the apparent movement of the Sun, while a luni-solar calendar combines both systems.
The need for accurate calendars became important for determining festivals, agricultural activities, religious ceremonies, seasons and administrative events. As a result, different calendar systems continued to develop across different parts of India.
Vikram Samvat, Saka Samvat, Hijri Calendar and Gregorian Calendar are among the major calendar systems followed in India. Each has a different origin, structure and purpose.
The Calendar Reform Committee, headed by eminent scientist Prof. Meghnad Saha, was formed in 1952 to examine the different calendar systems used in India and recommend a more uniform system.
The committee studied the existing calendars and recommended a scientifically designed national calendar based on the Saka Era. The Government of India accepted the recommendations and the Saka Calendar was adopted as the National Calendar in 1957.

Types of Calendars Used in India

The types of calendars used in India can broadly be understood according to the astronomical system on which they are based.

Lunar Calendars: These calendars are based mainly on the phases or movement of the Moon. A lunar year has 12 lunar months and is generally around 354 days, which is about 11 days shorter than the solar year. The Hijri Calendar is an important example of a purely lunar calendar.
Solar Calendars: Solar calendars are based on the apparent movement of the Sun and maintain a closer relationship with the seasons. A solar year is approximately 365 days, 5 hours, 48 minutes and 46 seconds. The Saka Calendar and Gregorian Calendar are examples of solar-based calendars.
Luni-Solar Calendars: These calendars combine lunar months with the solar year. They use the phases of the Moon to determine months while making adjustments to remain broadly aligned with the solar year. Traditional Hindu calendars are generally based on the luni-solar system.

Major Traditional Calendars in India

Major Traditional Calendars in India represent the country’s diverse cultural and religious traditions. The key traditional calendars, their origin, features and significance are discussed below.

Vikram Samvat

Vikram Samvat is one of the oldest and most widely recognised traditional calendar eras in India. It began around 57 BCE and is traditionally associated with Vikramaditya, the ruler of Ujjain, although historians have different views about its exact origin.
It follows a luni-solar system and is closely connected with Hindu religious traditions. It is used to determine dates of important festivals and religious occasions in several parts of India and Nepal.
A traditional Vikram Samvat year generally has 12 months and about 354 days. Since this is shorter than the solar year, adjustments are made through the addition of an intercalary month, known as Adhik Maas, when required.
The months include Chaitra, Vaishakha, Jyeshtha, Ashadha, Shravana, Bhadrapada, Ashwin, Kartika, Margashirsha, Pausha, Magha and Phalguna.
Each month is divided into two parts: Shukla Paksha, the bright lunar fortnight and Krishna Paksha, the dark lunar fortnight. These phases are important in determining many Hindu religious dates.
The beginning of the year and the way months are calculated can vary across regions. For example, different traditions are followed in North India and Gujarat, reflecting the regional diversity of Indian calendar practices.

Saka Samvat

Saka Samvat began in 78 CE and is another important calendar era associated with Indian history. Different historical traditions have been suggested regarding its origin and founder.
The Saka system became particularly important after the Government of India adopted a reformed version of it as the National Calendar of India in 1957.
The Saka Calendar is a solar calendar and follows a fixed annual structure. A normal year has 365 days, while a leap year has 366 days.
Under the National Calendar, Chaitra is the first month. Chaitra 1 generally falls on March 22, or March 21 in a Gregorian leap year.
The Saka Calendar is used along with the Gregorian Calendar for selected official government purposes, including government publications, official calendars and public communications.

Hijri Calendar

The Hijri Calendar, also known as the Islamic Calendar, is a lunar calendar consisting of 12 lunar months. Its era begins in 622 CE, marking the Hijra or migration of Prophet Muhammad from Mecca to Medina.
A Hijri year has approximately 354 days, making it shorter than the Gregorian solar year. Since no regular adjustment is made to match the solar seasons, Islamic months move through different seasons over time.
Muharram is the first month of the Hijri Calendar, while Ramadan is the ninth month and is significant for fasting and religious observances.
The Hijri Calendar is primarily used to determine important Islamic religious dates and festivals, including Ramadan, Eid al-Fitr and Eid al-Adha.

Gregorian Calendar

The Gregorian Calendar was introduced in October 1582 by Pope Gregory XIII. It replaced the Julian Calendar because the earlier system had accumulated an error in calculating the length of the year.
It is a solar calendar and begins on January 1. A normal year contains 365 days, while a leap year contains 366 days through the addition of an extra day in February.
The Gregorian Calendar is the most widely used civil calendar in the world. In India, it is commonly used for administrative, commercial, educational, legal and everyday purposes.
India therefore uses the Gregorian Calendar alongside several traditional calendars, allowing both modern civil requirements and cultural traditions to continue.

National Calendar of India

The Saka Calendar is the National Calendar of India. It was adopted by the Government of India following the recommendations of the Calendar Reform Committee headed by Prof. Meghnad Saha.
The Calendar Reform Committee was established in 1952 under the Council of Scientific and Industrial Research (CSIR) to examine the different calendar systems used across India and develop a uniform and scientifically accurate calendar.
After extensive study, the committee recommended a unified national calendar based on the Saka Era. The Government accepted the recommendations and introduced the National Calendar from 22 March 1957, corresponding to Chaitra 1, 1879 Saka Era.
The National Calendar is based on the Saka Era, which began in 78 CE. Chaitra is its first month, followed by months such as Vaishakha, Jyeshtha, Ashadha and others.
In a normal year, Chaitra has 30 days, while in a leap year it has 31 days. The remaining months have a fixed number of days according to the structure of the Saka Calendar.
March 22 marks the beginning of the Saka year in a normal Gregorian year, while March 21 marks the beginning in a Gregorian leap year.
The National Calendar is used along with the Gregorian Calendar for specific official purposes. These include the Gazette of India, All India Radio news broadcasts, government calendars and government communications issued for the public.
The adoption of the Saka Calendar helped provide a uniform calendar system for official purposes while preserving the traditional Indian system of timekeeping. It also helped harmonise the diverse calendar practices that existed across different regions of the country.

Calendars in India FAQs

Q1: What are the different types of calendars used in India?

Ans: The major calendars used in India are Vikram Samvat, Saka Samvat, Hijri Calendar and Gregorian Calendar. They are based on lunar, solar or luni-solar systems.

Q2: What are the three main types of calendars in India?

Ans: The three main types are lunar calendars, solar calendars and luni-solar calendars. They are based respectively on the movement of the Moon, the Sun, or both.

Q3: What is Vikram Samvat?

Ans: Vikram Samvat is a traditional Indian calendar era that began around 57 BCE. It follows a luni-solar system and is widely associated with Hindu religious festivals and traditional events.

Q4: What is Saka Samvat?

Ans: Saka Samvat is a calendar era that began in 78 CE. A reformed version of the Saka Calendar was adopted as the National Calendar of India in 1957.

Q5: What is the National Calendar of India?

Ans: The Saka Calendar is the National Calendar of India. It was adopted by the Government of India in 1957 following the recommendations of the Calendar Reform Committee.

World Sanskrit Day 2026, Date, History, Significance

August 27, 2026

World Sanskrit Day 2026 is observed on Friday, August 28, 2026, to celebrate the rich heritage and continued relevance of the Sanskrit language. Also known as Sanskrit Diwas or Vishva Sanskrit Diwas, the day is observed on Shravana Purnima, the full-moon day of the Shravana month in the Hindu calendar. It focuses on promoting Sanskrit, preserving its literary and cultural heritage and encouraging younger generations to learn about the language.

World Sanskrit Day 2026 Date and Significance

Date: World Sanskrit Day 2026 is observed on August 28, 2026, which falls on Shravana Purnima according to the Hindu lunar calendar.
The day is popularly known as Sanskrit Diwas and Vishva Sanskrit Diwas. It is dedicated to creating awareness about the importance of Sanskrit and its contribution to Indian culture and knowledge traditions.
Promotion of Sanskrit: The occasion encourages schools, colleges, universities and cultural institutions to organise activities such as shloka recitations, essay writing, debates, seminars and discussions on Sanskrit.
Cultural Significance: Sanskrit has played an important role in the development of Indian literature, philosophy, religion, science, arts and linguistic traditions. World Sanskrit Day provides an opportunity to recognise this long cultural and intellectual legacy.
Educational Importance: The day also encourages students and younger generations to understand Sanskrit and explore its connection with India's ancient texts, knowledge systems and classical literature.

History of World Sanskrit Day

Beginning of the Observance: The official observance of Sanskrit Day in India began in 1969, when the Union Ministry of Education issued notifications to the Central and State Governments to mark the occasion.
Date of Celebration: Sanskrit Day is observed on Shravana Purnima, which is traditionally associated with the annual renewal of Vedic studies or Upakarma. The connection gives the day an important place in India's traditional educational heritage.
Purpose: The main objective of the observance is to promote, preserve and encourage the learning of Sanskrit. It also seeks to increase awareness of the language among students and the wider public.
Continued Relevance: Although Sanskrit is not widely spoken as a daily language today, it continues to have importance in Indian philosophy, classical literature, religious texts, linguistics and traditional knowledge systems.
Promotion by Institutions: Organisations, educational institutions and cultural groups conduct various programmes on Sanskrit Day to encourage its study and highlight its contribution to India's intellectual and cultural history.

Sanskrit Language History and Importance

Ancient Classical Language: Sanskrit is one of the world's oldest classical languages and has a vast literary tradition. The Vedas, among India's oldest surviving texts, were composed in Vedic Sanskrit.
Pan-Indian Influence: During the ancient period, Sanskrit served as an important language of learning, literature and intellectual exchange across different parts of the Indian subcontinent. Several Indian languages have also been influenced by Sanskrit.
Panini and Grammar: The classical form of Sanskrit was systematically described by Panini in the Ashtadhyayi. His work is regarded as one of the most influential grammatical traditions in the history of linguistics.
Scripts: Sanskrit has been written in several scripts over time, including Devanagari, Bengali, Gujarati, Sharada and Grantha, reflecting its use across different regions of India.
Literary Heritage: Sanskrit literature includes major works such as the Ramayana, Mahabharata, Abhijnanashakuntalam, Raghuvamsha, Kumarasambhava and Mricchakatika. Important Sanskrit scholars and authors include Panini, Patanjali, Kalidasa, Bhavabhuti and Ashvaghosha.
Contribution to Knowledge: Sanskrit texts contain extensive discussions related to philosophy, grammar, mathematics, astronomy, medicine, literature and other fields of knowledge, making the language an important part of India's intellectual heritage.
Modern Presence: Sanskrit continues to be studied in educational and research institutions. The Sanskrit newspaper Sudharma, published from Mysuru, is also an example of its continuing presence in modern India.

Government Initiatives for Promotion of Sanskrit

National Education Policy 2020: The National Education Policy (NEP) 2020 emphasises the promotion of Sanskrit and provides for its teaching in schools, including as a language option under the three-language formula.
Higher Education: The policy also encourages Sanskrit universities to develop into multidisciplinary institutions, allowing Sanskrit studies to be connected with other areas of higher education.
Scholarships and Financial Support: Government initiatives include merit scholarships for Sanskrit students and financial assistance for Sanskrit institutions, research projects and programmes.
Support for Scholars: Schemes such as Shastra Chudamani support the teaching of traditional Sanskrit knowledge by engaging eminent scholars. Presidential awards are also given to recognise contributions to Sanskrit.
Preservation of Texts: Financial assistance is provided for the publication and reprinting of rare Sanskrit books, helping preserve valuable manuscripts and literary works.
Non-Formal Learning: Sanskrit is also promoted through non-formal education programmes and learning centres established in educational institutions and universities.
Cultural Awareness: Organisations such as Samskrita Bharati and various educational and cultural institutions contribute to the wider promotion and popularisation of Sanskrit through language-learning and awareness programmes.

World Sanskrit Day 2026 FAQs

Q1: When is World Sanskrit Day 2026 celebrated?

Ans: World Sanskrit Day 2026 will be observed on August 28, 2026, coinciding with Shravana Purnima in the Hindu lunar calendar.

Q2: What is World Sanskrit Day?

Ans: World Sanskrit Day is an annual observance dedicated to promoting the Sanskrit language and highlighting its contribution to Indian literature, philosophy, culture and knowledge traditions.

Q3: What is another name for World Sanskrit Day?

Ans: World Sanskrit Day is also known as Sanskrit Diwas and Vishva Sanskrit Diwas.

Q4: When did the celebration of Sanskrit Day begin?

Ans: The official observance of Sanskrit Day began in India in 1969, following notifications issued by the Union Ministry of Education.

Q5: Why is World Sanskrit Day celebrated?

Ans: The day is celebrated to promote, preserve and encourage the learning of Sanskrit and to create awareness about its rich literary, cultural and intellectual heritage.

Nepal Floods 2026, Causes, Map, Impact, Areas on Alert in India

August 27, 2026

A Flash Flood is a sudden and rapid rise of water that can inundate areas within a short time. The Nepal Floods 2026 disaster occurred after an ice rock avalanche triggered a sudden surge in the Bhotekoshi River. The flood swept away villages, bridges and multi storey concrete buildings along the Nepal-Tibet border. The disaster caused extensive deaths, displacement, missing persons and infrastructure damage across affected areas.

Nepal Floods News 2026

The Nepal Flash Flood 2026 struck on Wednesday, August 26, after a glacial collapse and debris flow triggered catastrophic downstream flooding. The event affected parts of Nepal near the Tibet border. Initial reports linked the event to a 4.4 magnitude earthquake, but the U.S. Geological Survey later determined that no earthquake had occurred. The seismic event was revised to magnitude 5.2.

What is a Flash Flood?

A Flash Flood develops rapidly when a large volume of water reaches a river valley or low lying area within a short period. In the Himalayas, glacial events can intensify this hazard. It involves a sudden and powerful water surge that can destroy settlements, bridges, roads and other infrastructure with little warning.

Glacial Lake Outburst Flood (GLOF)

A Glacial Lake Outburst Flood occurs when water stored in or around a glacial lake is suddenly released, producing destructive downstream flooding. In the Nepal Flash Flood event, USGS identified a glacial collapse and debris flow rather than an earthquake as the trigger of the disaster.

Nepal Flood 2026 Highlights

The Nepal Flash Flood 2026 disaster originated in the Himalayan region near Tibet and rapidly affected downstream locations in Nepal, creating major human and infrastructure losses.

Location: The Flash Floods affected the Nepal-Tibet border region.
Districts: Rasuwa and Dhading among the Nepalese districts reporting deaths and destruction.
River: The Bhotekoshi River surged following the ice rock avalanche. Its floodwaters swept through villages and damaged critical infrastructure along the river corridor.
Death Toll: At least 165 people were confirmed killed in Nepal and China in the latest reported figures.
Missing Persons: Nepal’s disaster agency reported 823 people out of contact. The figure included at least 579 tourists, while China separately reported 558 people missing.
Indian Nationals: Nepal’s Foreign Minister Shishir Khanal said nearly 300 Indians were among those reported missing.
Foreign Tourists: Nepal reported 468 tourists and travellers out of contact, including 393 foreigners and 75 Nepalis. Australia separately reported limited information about 34 missing citizens.
Indian Tourist Groups: A 32 member Kolkata group travelling for the Kailash-Mansarovar Yatra became untraceable. The group included 30 tourists and two tour managers.
Infrastructure Damage: Floodwaters destroyed or damaged bridges, roads, hydropower projects, villages and multi storey concrete buildings. Around a dozen hydropower projects were also affected.
Humanitarian Impact: The disaster stranded tourists and pilgrims and disrupted communication and transport. Rescue operations faced difficulties because several remote affected areas remained difficult to access.
International Response: Chinese President Xi Jinping ordered an all out effort to rescue and evacuate affected people. India offered comprehensive assistance and prepared to send food and relief material.

Nepal Flash Flood Reasons

The main causes of the Nepal Flash Flood disaster was a glacial collapse that generated an ice rock avalanche and powerful downstream debris flow.

Glacial Collapse: Scientists initially believed that the lower portion of a Himalayan glacier collapsed and crashed into the valley. This triggered the destructive ice rock avalanche.
Seismic Misidentification: The event was initially reported as a 4.4 magnitude earthquake. USGS analysis of seismic waves and satellite imagery later established that the tremors came from glacial collapse and debris flow.
Avalanche Trigger: The ice rock avalanche rapidly displaced material and water into the valley. This created a sudden surge in the Bhotekoshi River and intensified downstream flooding.
Himalayan Setting: The affected area lies in a high mountain environment where glaciers, steep valleys and rivers can transmit large amounts of water and debris rapidly downstream.

Also Read:- Karnali River

Nepal Floods Implications and Response of India

The Nepal Floods 2026 disaster created cross border flood concerns because rivers originating in Nepal can carry increased flows into Indian territory, especially Bihar and Uttar Pradesh.

India’s Assistance: Prime Minister Narendra Modi spoke with Nepal’s Prime Minister Balen Shah and offered all possible assistance. India also planned military transport of food and relief material.
Search and Rescue: India indicated that it could join search and rescue operations. The immediate priority remained locating survivors and assisting stranded Indian nationals.
India’s Monitoring: India’s Ministry of Home Affairs closely monitored rising water levels because downstream flooding could affect border areas of Bihar and Uttar Pradesh.
Uttar Pradesh Alert: Maharajganj and Kushinagar were placed on alert. Local administrations were directed to maintain preparedness because of possible downstream effects from Nepal.
Bihar Alert: Bihar authorities anticipated increased Gandak River inflow and opened all 36 gates of the Gandak Barrage at Valmikinagar as a precaution.
Bihar Districts: West Champaran, East Champaran, Gopalganj, Saran, Muzaffarpur and Vaishali were identified as potentially affected. Sitamarhi and Sheohar were also treated as sensitive districts.
Gandak River: Nepal’s Gandak River is known as the Narayani. Its Devghat water level was 4.77 metres against a warning level of 7.30 metres and danger level of 9 metres.
Expected Inflow: Officials projected a possible inflow of around 250,000 cusecs through the Gandak Barrage, compared with the existing discharge of about 80,000 cusecs.
Evacuation: Around 5,000 people were moved from riverine areas of West Champaran. National and State Disaster Response Force teams were deployed in potentially affected locations.
Border Implications: The flood demonstrated how a high altitude glacial event in the Nepal-Tibet region can create rapid downstream risks across international boundaries.
Flood Comparison: Bihar recorded a maximum Gandak discharge of 224,000 cusecs on July 14, 2026. The discharge had reached 562,500 cusecs on September 28, 2024.

Also Read: Kosi River

List of Top 25 Worst Floods in India 2026

The list of Top 25 worst Floods in India as of 2026 has been tabulated below:

List of Top 25 Worst Floods in India 2026
S No	Year	Flood Region	Highlights
1	2025	Uttarakhand	Heavy rainfall triggered flash floods and landslides in Uttarakhand. At least 5 people died and 50+ were reported missing.
2	2024	Wayanad, Kerala	Heavy rainfall triggered devastating floods and landslides in Wayanad, killing at least 123 people and causing extensive damage.
3	2024	Andhra Pradesh & Telangana	Heavy rainfall caused widespread flooding and landslides across parts of Andhra Pradesh and Telangana, resulting in 27 deaths.
4	2023	Chennai, Tamil Nadu	Cyclone Michaung caused heavy rainfall and severe flooding in Chennai in December 2023.
5	2022	Assam	Heavy rainfall caused severe flooding across Assam, affecting large areas of the state.
6	2021	Maharashtra	Exceptionally heavy rainfall caused widespread flooding, particularly around Mahad and Chiplun. More than 250 people were killed and over 100 went missing.
7	2021	Chamoli, Uttarakhand	An avalanche/glacier-related event from Ronti Peak triggered a devastating flood in the Rishi Ganga-Dhauliganga valley. 200+ people died or were reported missing.
8	2020	Hyderabad, Telangana	Intense rainfall triggered severe urban flash floods in Hyderabad in October, causing 98 deaths.
9	2019	Multiple States	Widespread floods affected more than nine states, with Kerala, Madhya Pradesh, Karnataka, Maharashtra and Gujarat among the worst affected.
10	2018	Kerala	Exceptionally heavy monsoon rainfall caused one of Kerala's worst floods. More than 445 people died, while about one million people were displaced.
11	2017	Gujarat	Heavy July rainfall caused severe flooding across Gujarat. Rainfall was around 40% above average, and more than 200 people died.
12	2015	Tamil Nadu & Chennai	Extremely heavy rainfall caused the Adyar and Cooum rivers to overflow, producing severe flooding. About 1.8 million people were affected, around 470 died and 40,000+ were displaced.
13	2014	Jammu & Kashmir	Continuous rainfall for more than a week triggered flash floods and landslides. More than 200 people died, while large parts of the region were submerged.
14	2013	Uttarakhand	Cloudburst, rapid melting of the Chorabari Glacier, Mandakini River flooding, flash floods and landslides combined to cause catastrophic destruction. More than 5,700 people were presumed dead.
15	2007	Bihar	Heavy rainfall and overflowing rivers caused one of Bihar's worst floods, submerging more than 40% of the state and killing over 1,200 people.
16	2006	Surat, Gujarat	Sudden release of a huge volume of water from Ukai Dam into the Tapi River submerged about 80% of Surat, causing 200+ deaths.
17	2005	Maharashtra & Mumbai	Exceptional 24-hour rainfall caused catastrophic flooding across Maharashtra. At least 1,094 people died, while more than 14,000 homes were destroyed; Mumbai came to a standstill.
18	1993	Multiple States	Flash floods affected seven to eight states across India and killed about 530 people.
19	1988	Punjab	All major rivers in Punjab overflowed, causing the state's first major recorded flood event of this type and widespread flooding.
210	1987	Bihar	Overflow of the Kosi River caused one of Bihar's worst floods at the time. 1,399 people died, along with 302 animals, while property losses were estimated at about ₹68 billion.
21	1979	Morbi, Gujarat	The Machchhu-2 Dam on the Machchhu River breached on 11 August, inundating Morbi. The death toll is estimated at 1,800-2,500 people.
22	1971	Lucknow, Uttar Pradesh	Two embankment breaches occurred along the Gomti River after heavy monsoon rainfall. About one-fourth of Lucknow was submerged, while 268 deaths were reported across Uttar Pradesh during the two-month period of rains and flooding.
23	1960	Lucknow, Uttar Pradesh	Heavy rainfall in the Himalayan region caused the Gomti River to overflow, submerging almost half of Lucknow. More than 16 people died, and thousands were left homeless.
24	1943	Madras (Chennai), Tamil Nadu	Excessive rainfall lasting six days caused the Cooum and Adyar rivers to overflow. It was described as the worst flood to hit Madras at the time; the death toll is not known, and thousands were left homeless.
25	1923	Lucknow, Uttar Pradesh	Heavy monsoon rainfall caused the Gomti River to overflow, inundating the old city, civil lines and cantonment areas. Property, crops and infrastructure were extensively damaged; a reliable death toll is not specified.

Nepal Flood 2026 FAQs

Q1: When did the Nepal Flood 2026 occur?

Ans: The flash flood struck at around 9:00 AM on 26 August 2026, surging down the Bhotekoshi river from the Nepal–Tibet border area.

Q2: Which districts were affected by the Nepal Flood 2026?

Ans: Rasuwa was the worst affected district, followed by Nuwakot and Dhading. Alerts were issued along the Bhotekoshi, Trishuli and Narayani rivers.

Q3: What caused the Nepal Floods in 2026?

Ans: The Nepal floods were caused by a glacial collapse and debris flow that triggered an ice-rock avalanche and a sudden surge in the Bhotekoshi River.

Q4: What is a Glacial Lake Outburst Flood?

Ans: A GLOF is the sudden release of water from a glacier-fed lake after the failure of its moraine or ice dam, producing a destructive flood far downstream.

Q5: How did the Nepal Flood 2026 affect Nepal's power supply?

Ans: Nepal's Ministry of Energy reported that around 430 MW of capacity was affected, roughly one-eighth of the country's installed capacity, with the Rasuwagadhi, Sanjen Khola and Upper Trishuli 3A projects among those damaged.

Carbosulfan

August 27, 2026

Carbosulfan Latest News

Recently, the Central government has proposed a complete ban on Carbosulfan.

About Carbosulfan

It is an insecticide belonging to the carbamate group.
It has been used to control a range of insect pests affecting crops.
Its use has been reported across several agricultural sectors, particularly in paddy, cotton and horticultural production.
Properties
- It is a synthetic 1-benzofuran compound and carbamate acetylcholinesterase inhibitor.
- It is characterized as a toxic and nonpersistent orange-yellow or brown viscous liquid,
- It has a low aqueous solubility, is not volatile and, based on its chemical properties, it would not normally be expected to leach to groundwater.
- It would not normally persist in soil or water systems.
- It can rapidly metabolize to carbofuran, a highly toxic metabolite responsible for severe cholinesterase inhibition and acute systemic toxicity.
Impact of Carbosulfan
- Carbosulfan is minimally irritating to the eye, slightly irritating to the skin and is a dermal sensitizer.
- It is extremely toxic to fish and its toxicity is mediated by the inhibition of acetylcholinesterase in the nervous system.

Source: NIE

Carbosulfan FAQs

Q1: What is Carbosulfan?

Ans: It is an insecticide belonging to the carbamate group.

Q2: What is the main use of Carbosulfan?

Ans: It has been used to control a range of insect pests affecting crops.

Mission Samriddh Gaon

August 27, 2026

Mission Samriddh Gaon Latest News

Recently, the Union Rural Development Minister launched the Mission Samriddh Gaon scheme.

About Mission Samriddh Gaon

It is aimed at developing poverty-free, employment-rich villages equipped with assured basic amenities.
The pilot models will be developed in Budni block of Sehore district and Khategaon block of Dewas district.
Objective: To develop model villages where every family has an employment or livelihood opportunity, basic amenities are available and people do not have to migrate out of compulsion.
Nodal Ministry: Ministry of Rural Development

Features of Mission Samriddh Gaon

Integrated Development Framework: Under this initiative an integrated development framework will be prepared at the family, gram panchayat and block levels in the selected areas.
Convergence of government schemes: Schemes related to agriculture and rural development, along with health, education, employment, livelihoods and other basic amenities, will be brought together under the mission.
Each family will be linked to various Central and state government schemes based on its needs and eligibility.
It will also focus on identifying women farmers, providing them with agricultural advice and necessary information, and connecting rural women with livelihood opportunities.

Source: DD News

Mission Samriddh Gaon FAQs

Q1: What is the aim of Mission Samriddh Gaon?

Ans: It is aimed at developing poverty-free, employment-rich villages equipped with assured basic amenities.

Q2: What are the pilot blocks under Mission Samriddh Gaon?

Ans: Budni Sehore and Khategaon Dewas in Madhya Pradesh

Ammannia telanganensis

August 27, 2026

Ammannia telanganensis Latest News

Recently, a new plant has been discovered in Amrabad Tiger Reserve in Nagarkurnool district and named it as Ammannia telanganensis.

About Ammannia telanganensis

It is a new freshwater flowering plant species discovered in Telangana.
The species belongs to the Lythraceae family.
The genus Ammannia comprises herbaceous plants associated with wet and aquatic habitats.
Characteristics: It has flower clusters borne on stalks, while its seeds have a distinctive cerebriform, or brain-like, surface pattern.
Habitat: The plant grows in wet sandy soils along seasonal streams and on the fringes of water bodies, alongside wetland plants such as Ammannia multiflora and species of Rotala.
It flowers and fruits between November and February.

Key Facts about Amrabad Tiger Reserve

Location: It is located in the Nallamala hills of the Eastern Ghats in the stat of Telangana
It was originally part of the larger Nagarjunasagar-Srisailam Tiger Reserve before the bifurcation of Andhra Pradesh and Telangana in 2014.
Rivers: The Krishna River and its perennial streams originating within the reserve contribute to the water supply of major reservoirs such as the Srishailam Dam and Nagarjunsagar Dam.
Tribal Community: The Chenchu tribe is one of the major tribal communities that live in the ATR.

Source: NIE

Ammannia telanganensis FAQs

Q1: Where was Ammannia telanganensis discovered?

Ans: Telangana

Q2: What is Ammannia telanganensis?

Ans: New species of flowering plant.

Small Industries Development Bank of India

August 27, 2026

Small Industries Development Bank of India Latest News

The Small Industries Development Bank of India (SIDBI) organized a conclave of the Heads of Regional Rural Banks on expanding the SIDBI-RRB MSME Co-Lending arrangement in New Delhi.

About Small Industries Development Bank of India

It was established on 2nd April, 1990 by the Government of India under an act of the Parliament, as a wholly owned subsidiary of IDBI Bank.
It was delinked from IDBI on March 27, 2000.
Mandate: It is mandated to serve as the Principal Financial Institution for executing the triple agenda of promotion, financing and development of the MSME sector and coordination of the functions of the various Institutions engaged in similar activities.
Headquarters: Lucknow, Uttar Pradesh.

Functions of Small Industries Development Bank of India

It offers direct loans and refinancing to banks and NBFCs.
It promotes entrepreneurship and MSME growth.
Provides venture capital and technology support
Financial support to MSMEs is provided by way of
- Indirect/refinance to banks/Financial Institutions for onward lending to MSMEs
- Direct finance in niche areas like risk capital, sustainable finance, receivable financing, service sector financing, etc
SIDBI was made responsible for administering the Small Industries Development Fund and the National Equity Fund that were administered by IDBI before.

Source: PIB

Small Industries Development Bank of India FAQs

Q1: When was Small Industries Development Bank of India established?

Ans: It was established on 2nd April, 1990.

Q2: What is the SMILE scheme SIDBI?

Ans: It is a soft lending scheme for MSME.

Climate of India, Climatic Regions, Seasons, Factors Affecting

August 27, 2026

The Climate of India is extremely diverse due to its vast size, varied relief, latitude, and monsoon driven wind systems. From tropical coasts to alpine Himalayas, India experiences sharp contrasts in temperature, rainfall, and seasonal patterns, making it one of the world’s most climatically complex countries.

Climate of India

India largely experiences a tropical monsoon climate, but its climatic conditions vary significantly across regions due to altitude, distance from the sea, and other factors. According to the Köppen classification, India includes tropical wet, tropical savanna, arid desert, semi arid steppe, humid subtropical, montane, sub arctic, tundra, and ice cap climates. The Himalayas block cold Central Asian winds, while the Thar Desert intensifies monsoon circulation. Average annual temperatures range from below 20°C in Himalayan zones to above 27.5°C across most of peninsular India.

Climatic Regions of India

There are multiple Climatic Regions in India influenced by temperature, rainfall patterns, altitude variation, monsoon influence, humidity, etc. The major Climatic Regions of India are:

Tropical Monsoon Climate: Found along the Western Ghats, northeast India, and islands, this region receives over 2000 mm rainfall annually with year round temperatures above 18°C.
Tropical Savanna Climate: Dominant over peninsular interiors, it records 750 - 1500 mm rainfall, long dry seasons, and extreme summer temperatures often exceeding 40°C.
Arid Desert Climate: Western Rajasthan experiences less than 300 mm annual rainfall, large diurnal temperature range, and summer maxima crossing 50°C.
Semi Arid Steppe Climate: Covering parts of Maharashtra, Karnataka, Telangana, and Andhra Pradesh, this zone receives 400 - 750 mm rainfall and is drought prone.
Humid Subtropical Climate: Northern plains and northeast India receive 1000 - 2500 mm rainfall with hot summers, cool winters, and strong monsoon dependence.
Subtropical Highland Climate: Himalayan foothills show mild summers, cold winters, frequent fog, and rainfall influenced by monsoon and western disturbances.
Montane and Alpine Climate: High Himalayas experience sharp temperature fall with altitude, heavy snowfall above 1500 m, and tundra like conditions beyond snowline.

Seasons of India

Ancient Indian calendars divide the year into six ritus: Vasanta (Spring), Grishma (Summer), Varsha (Monsoon), Sharad (Autumn), Hemanta (Pre-winter) and Shishira (Winter). However, the India Meteorological Department recognizes four main seasons as given below:

Winter Season (December - February): Temperatures range from 10 - 15°C in northwest plains to 25°C in south; western disturbances cause rainfall and snowfall.
Summer Season (March - May): Temperatures exceed 40°C in interiors; Rajasthan recorded 51.0°C at Phalodi in May 2016, India’s highest verified temperature.
Southwest Monsoon Season (June - September): Supplies over 80% of annual rainfall; monsoon onset begins around June 1 in Kerala, covering India by July.
Post Monsoon Season (October - November): Northeast monsoon brings rainfall to Tamil Nadu, Puducherry, and coastal Andhra Pradesh after southwest monsoon withdrawal.
Additional Spring Phase: Himalayan and northern plains experience a short spring with mild temperatures before intense summer heating begins.

Climate of India Features

India’s climate shows distinct characteristics influenced by the monsoon reversal, rainfall concentration, temperature extremes, regional atmospheric variability, etc. The key features of the Climate of India are:

Monsoon Wind Reversal: Seasonal reversal of winds causes moist southwest monsoon in summer and dry northeast winds in winter.
Seasonal Rainfall Concentration: Over 75% to 80% rainfall occurs between June and September, creating flood - drought cycles across regions.
Extreme Temperature Range: Temperatures vary from -45°C at Dras, Ladakh, to over 51°C at Phalodi, Rajasthan.
High Regional Variability: Mawsynram receives over 11,800 mm rainfall annually, while Jaisalmer receives less than 100 mm.
Coastal Moderation: Coastal areas experience smaller diurnal temperature ranges due to maritime influence of the Indian Ocean.
Natural Disaster Proneness: Floods, cyclones, droughts, heatwaves, and landslides frequently occur due to climatic variability.

Factors Affecting Climate of India

The Climate of India is controlled by latitude, relief, pressure systems, wind patterns, oceanic influence, and large scale atmospheric circulation:

Latitude: Tropic of Cancer divides tropical south and subtropical north, influencing solar radiation and seasonal temperature variation.
Himalayas: Act as a barrier preventing cold Central Asian winds and forcing monsoon winds to release moisture over India.
Thar Desert: Helps attract southwest monsoon winds by creating intense low pressure zones during summer.
Distance from Sea: Coastal regions experience moderated temperatures, while interiors face extreme heat and cold.
Altitude: Temperature decreases with height, producing temperate and alpine climates in hill regions.
Jet Streams: Tropical easterly and subtropical westerly jets influence monsoon onset, withdrawal, and rainfall intensity.
Western Disturbances: Mediterranean origin storms bring winter rain and snow to northwest India and Himalayas.
Ocean Currents: Warm Indian Ocean waters enhance evaporation and monsoon moisture supply, and eventually leading to various phenomena such as El Nino, La Nina, etc.

Climate Change

Climate Change is intensifying temperature rise, glacier retreat, extreme events and sea level risks across India’s diverse climatic regions.

Rising Temperatures: India’s mean temperature increased by about 0.7°C between 1901 and 2018, increasing heatwave frequency.
Glacier Retreat: Himalayan glaciers are shrinking, threatening long term flows of Ganga, Brahmaputra, and Indus rivers.
Extreme Rainfall: Cities like Mumbai have recorded single day rainfall above 900 mm, increasing flood risks.
Sea Level Rise: Coastal zones face erosion and saline intrusion, affecting livelihoods and mangrove ecosystems.
Emissions Profile: India emits around 3 gigatonnes CO2 equivalent annually, about 7% of global emissions.
Vulnerability Ranking: India ranks among the most climate affected countries due to population exposure and economic dependence on monsoon.

Climate of India FAQs

Q1: What type of Climate does India have?

Ans: India has a monsoon type climate marked by seasonal reversal of winds and uneven rainfall distribution.

Q2: What controls the Climate of India?

Ans: Latitude, altitude, Himalayan barrier, pressure systems, jet streams, and monsoon winds control India’s climate.

Q3: How many Seasons are recognized in the Climate of India?

Ans: The India Meteorological Department identifies four seasons: winter, summer, southwest monsoon, and retreating monsoon.

Q4: Why is the Indian monsoon important?

Ans: Nearly 75% of India’s annual rainfall occurs during the southwest monsoon, crucial for agriculture and water security.

Q5: How does Climate variability affect India?

Ans: Climate variability increases extreme events like floods, droughts, heatwaves, and cyclones, impacting food production and livelihoods.

Sathyamangalam Tiger Reserve

August 27, 2026

Sathyamangalam Tiger Reserve Latest News

The forest department has resolved the drinking water crisis that had persisted for decades in a tribal hamlet within the Sathyamangalam Tiger Reserve (STR) in Erode district, under the 'Project Elephant' scheme.

About Sathyamangalam Tiger Reserve

Location: It is located in the state of Tamil Nadu.
It is nestled at the junction of the Eastern and the Western Ghats in the Nilgiri Biosphere Reserve
It is contiguous with the Mudumalai Tiger Reserve, Bandipur Tiger Reserve (Karnataka), and BR Tiger Reserve and Wildlife Sanctuary (Karnataka).
Terrain: The terrain is hilly and undulating with altitude ranging between 750 m and 1649 m.
Climate: It mainly has subtropical and dry.
Rivers: Some of the prominent rivers in the region include the Bhavani, Moyar, and Noyyal rivers.
Tribal Communities: It is home to several indigenous tribal communities, including the Irula and Kurumba tribes.
Vegetation: It consists of southern tropical dry thorn forests, mixed deciduous forests, semi-evergreen forests, and riparian forests.
Flora: It includes teak, sandalwood, bamboo, Terminalia, and Albizia, alongside medicinal plants and shrubs that support both wildlife and local communities.
Fauna: The major species are Elephant, Tiger, Panther, Sloth bear, Gaur, Black Buck, Spotted deer, Wild boar, Black napped hare, Common langur Nilgiri langur, Striped neck mongoose, and Bonnet macaque.

Source: NIE

Sathyamangalam Tiger Reserve FAQs

Q1: Where is Sathyamangalam Tiger Reserve?

Ans: Tamil Nadu

Q2: What type of vegetation is found in Sathyamangalam Tiger Reserve?

Ans: It consists of southern tropical dry thorn forests, mixed deciduous forests, semi-evergreen forests, and riparian forests.

National Sports Day 2026, Major Dhyan Chand, Date, Initiatives

August 27, 2026

National Sports Day 2026 is observed on 29 August across India to mark the birth anniversary of Major Dhyan Chand, the legendary Indian hockey player. The day celebrates his contribution to Indian sports and highlights the wider importance of sports, fitness and sporting excellence. It also encourages young people to participate in sports and promotes a stronger sporting culture across the country.

National Sports Day 2026 Date

National Sports Day 2026 is observed on 29 August 2026 across India to commemorate the birth anniversary of legendary hockey player Major Dhyan Chand, one of the most celebrated figures in Indian sports.
The day highlights the importance of sports, physical fitness, discipline, teamwork and healthy lifestyles. It also provides an opportunity to recognise the contribution of athletes, coaches and other professionals who support the development of Indian sports.
National Sports Day also encourages people, particularly children and young people, to participate in different sporting activities and make physical fitness a regular part of their lives.
The celebrations are linked with the broader vision of creating a fit, active and sporting India and strengthening the role of sports in youth development and nation-building.

Major Dhyan Chand and the Significance of National Sports Day

Major Dhyan Chand is remembered for his exceptional contribution to Indian hockey and his remarkable achievements at the international level. His career continues to inspire young sportspersons through values such as dedication, discipline, focus and national pride.
He represented India in the 1928, 1932 and 1936 Olympic Games, where the Indian hockey team won gold medals. His outstanding ball control and goal-scoring ability earned him the popular titles “The Hockey Wizard” and “The Magician.”
National Sports Day uses his legacy to encourage greater participation in sports and to create awareness about the importance of physical activity and fitness in everyday life.
On this occasion, sporting events and fitness activities are organised in different parts of the country. People from different age groups participate in activities such as hockey, kabaddi, basketball, marathons and other sports.

Government Initiatives for Sports Development in India

The Government of India has been strengthening the sports ecosystem through programmes focused on grassroots participation, talent identification, athlete training, infrastructure and sports education. The Ministry of Youth Affairs and Sports received an allocation of ₹3,794 crore for FY 2025-26, including ₹2,191 crore for Central Sector Schemes.
Khelo India - National Programme for Development of Sports, launched in FY 2016-17, focuses on increasing mass participation and developing sporting talent. It has supported sports infrastructure, Khelo India Centres, State Centres of Excellence and athletes across the country.
KIRTI (Khelo India Rising Talent Identification) focuses on identifying and nurturing sporting talent among children aged 9 to 18 years through systematic talent assessment and modern technology.
The Target Olympic Podium Scheme (TOPS) provides selected athletes with customised financial and training support for their preparation for major international competitions, including the Olympic and Paralympic Games.
The FIT India Movement promotes fitness as part of daily life and seeks to encourage behavioural changes towards a more physically active lifestyle. It aims to turn fitness into a wider people’s movement.
The Revamped Khelo India Scheme, approved for 2026-27 to 2030-31, aims to build a complete sports development pathway from school and village-level participation to elite and Olympic-level performance. With a combined allocation of ₹36,441 crore for the revamped scheme and the enhanced ANSF Scheme, it seeks to identify and support sporting talent irrespective of location, economic background or access to opportunities.
The scheme brings together sports, education, fitness, technology and high-performance training in line with the Khelo Bharat Niti 2025 and NEP 2020. It is also designed to strengthen India’s preparations for major sporting events, including the 2030 Commonwealth Games, the 2036 Olympic ambitions, and the broader goal of Viksit Bharat@2047.

National Sports Governance Act 2025 and Khelo Bharat Niti 2025

The National Sports Governance Act, 2025, enacted on 18 August 2025, introduced reforms aimed at improving transparency, accountability, ethics and athlete welfare in sports administration.
The Act places emphasis on athlete protection, including provisions relating to safe sports policies, codes of ethics and internal grievance redressal mechanisms for athletes, coaches and other stakeholders.
It also provides for reforms in the structure of sports bodies, including age and tenure limits for office bearers, with provisions aimed at promoting greater accountability and renewal in sports administration.
Khelo Bharat Niti 2025, launched in July 2025, seeks to transform sports into a wider national movement and a viable career option. It connects sports development with education, grassroots talent identification, infrastructure and India’s long-term sporting ambitions.
The policy supports the broader objective of developing India into a stronger sporting nation and contributes to the vision of Viksit Bharat 2047 and the ambition of becoming a leading sporting power.

National Sports Awards and Other Sports Development Measures

National Sports Awards are presented annually on National Sports Day to honour outstanding contributions by athletes, coaches and institutions. These awards recognise excellence and encourage greater commitment to Indian sports.
The Sports Authority of India (SAI) works towards promoting sports and achieving sporting excellence through talent scouting, athlete training, scientific support, infrastructure development and preparation of national teams.
The National Sports University, established in 2018 at Imphal, Manipur, focuses on sports education, coaching, sports sciences, technology and management, helping develop skilled athletes and sports professionals.
The National Sports Development Fund (NSDF) supports sports development by mobilising contributions from the private sector, NRIs and philanthropic organisations for infrastructure, athletes and other sporting initiatives.
The National Centre of Sports Sciences and Research (NCSSR) strengthens scientific support for athletes through research, sports medicine, injury prevention, rehabilitation and performance enhancement.
Welfare measures such as the Pension to Meritorious Sportspersons and the Pandit Deendayal Upadhyay National Welfare Programme for Sportspersons provide financial and other assistance to eligible retired or former athletes facing financial or medical difficulties.

National Sports Day 2026 FAQs

Q1: When is National Sports Day 2026 celebrated?

Ans: National Sports Day 2026 is celebrated on 29 August 2026 across India.

Q2: Why is National Sports Day celebrated on 29 August?

Ans: National Sports Day is observed on 29 August to commemorate the birth anniversary of Major Dhyan Chand, the legendary Indian hockey player.

Q3: Who was Major Dhyan Chand?

Ans: Major Dhyan Chand was a legendary Indian hockey player who represented India in the 1928, 1932 and 1936 Olympic Games, helping the Indian team win gold medals.

Q4: What is the significance of National Sports Day 2026?

Ans: National Sports Day 2026 promotes sports, physical fitness, discipline, teamwork and healthy lifestyles while encouraging greater participation in sports.

Q5: What is the role of Khelo India in sports development?

Ans: Khelo India aims to promote mass participation in sports and identify sporting talent by supporting grassroots athletes, sports infrastructure and training facilities.

Bhote Koshi River, Location, Origin, Significance, Flood Risks

August 27, 2026

The Bhote Koshi River recently came into focus after a flash flood struck Nepal’s Rasuwa district on 26 August 2026near the Nepal-China border. The event is significant for India because the river system ultimately connects with the Gandak and Ganga drainage systems, linking Himalayan hazards in Nepal with downstream regions of India.

About the Bhote Koshi River

The Bhote Koshi is a Himalayan river associated with the high-altitude regions of Tibet and Nepal and is part of the wider drainage network that connects the Himalayas with the Ganga basin.

The name Bhote Koshi is used for two different rivers in Nepal, each belonging to a different downstream river system.
- The Rasuwa Bhote Koshi is part of the Trishuli-Narayani-Gandak system.
- The Sindhupalchok Bhote Koshi is part of the Sun Koshi-Sapta Koshi-Kosi system.
The wider Kosi river system is around 720 km long and extends from Tibet through Nepal and India, eventually draining into the Ganga.

Bhote Koshi River Systems

The two rivers known as Bhote Koshi follow different courses after entering Nepal and therefore connect with different major river systems.

Rasuwa Bhote Koshi

The Rasuwa Bhote Koshi flows through northern Nepal and is connected to the Trishuli-Narayani-Gandak system.

It enters Nepal from the Tibet-Nepal border in Rasuwa district.
It flows through the Himalayan region and joins the Trishuli river system.
The Trishuli forms part of the Narayani system, which enters India as the Gandak River and eventually reaches the Ganga.
This is the Bhote Koshi associated with the 26 August 2026 flash flood.

Sindhupalchok Bhote Koshi

The Sindhupalchok Bhote Koshi follows a different route and forms part of the Sun Koshi-Sapta Koshi-Kosi system.

It originates near the Zhangzangbo Glacier in Tibet and is called Poiqu or Boqu on the Chinese side.
It flows into Sindhupalchok in Nepal and joins the Sun Koshi River.
The Sun Koshi, Arun Koshi and Tamur Koshi are the three principal rivers that converge at Triveni in Nepal to form the Sapta Koshi.
The Sapta Koshi passes through the Chatra Gorge and enters India through Bihar as the Kosi River.
The Kosi eventually joins the Ganga.

Bhote Koshi Features

The Bhote Koshi is part of a river system with a steep Himalayan course and a very high sediment load, which makes the wider river system highly dynamic.

The wider Kosi river system drops from about 8,000 metres to around 60 metres above sea level as it reaches the plains of India.
The young Himalayas are highly erodible, so large amounts of soil and rock enter the river system as sediment.
At Chatara in Nepal, the wider Kosi system carries around 100 million tonnes of sediment every year, according to the International Centre for Integrated Mountain Development (ICIMOD).
When the river reaches the flatter plains, its ability to carry this sediment decreases, causing sediment to accumulate in the riverbed and floodplains.
This accumulation can raise the riverbed and make the river channel unstable, increasing the possibility of the river changing its course.
The Kosi is an antecedent river, meaning its major rivers continued to follow their earlier courses even as the Himalayas rose around them.
Over time, repeated sediment deposition and changes in the river’s course have created the Kosi megafan, covering roughly 15,000 sq km.

Bhote Koshi River and Flood Risk

The flood risk in the Bhote Koshi region arises from sudden Himalayan hazards, while downstream flooding is also influenced by the large sediment load of the wider river system.

Avalanches and landslides can obstruct mountain streams and lead to sudden releases of water and debris.
Glacial Lake Outburst Floods (GLOFs) can release large volumes of water from high-altitude glacial lakes within a short period.
Cloudbursts and intense rainfall can rapidly increase river discharge in the Himalayan catchment.
The steep Himalayan terrain allows floodwaters to move rapidly through narrow valleys, increasing their destructive force.
Further downstream, the heavy sediment carried from the Himalayas is deposited as the river enters flatter areas. When sediment builds up and the river channel becomes unstable, the river can suddenly shift to a new course, a process known as avulsion.

The combination of sudden high-altitude hazards, heavy sediment deposition and unstable channels makes the wider river system highly vulnerable to flooding.

Bhote Koshi River and Major Flood Events

The wider Kosi system has experienced repeated and severe flooding over several decades.

Major floods occurred in 1954 and 1968, affecting large parts of the Kosi basin.
The 2008 Kusaha disaster affected around 3.3 million people in Bihar.
During the 2008 event, the Kosi breached its eastern embankment near Kusaha in Nepal and shifted around 120 km eastwards towards its earlier course.
The event demonstrated how changes in the river channel can produce large-scale flooding in the Bihar plains.
The 26 August 2026 flash flood in Rasuwa highlighted the vulnerability of the upper Himalayan reaches to sudden high-altitude flood events.

Bhote Koshi River Significance for India

The Bhote Koshi is important for India because it forms part of the wider Himalayan river systems that flow from Tibet and Nepal into India and eventually drain into the Ganga.

Water and sediment carried by these rivers from the Himalayas eventually reach the Indian plains, affecting downstream water flow and flood conditions.
The Sindhupalchok Bhote Koshi joins the Sun Koshi and becomes part of the Sapta Koshi-Kosi system, which enters India through Bihar.
The Kosi is particularly important for northern Bihar, where it is known for frequent flooding during the monsoon.
The Kosi carries a very large amount of sediment from the young Himalayas, which is deposited as the river enters the plains and contributes to unstable channels and changing river courses.
This makes flood prediction and management difficult in northern Bihar because the river can suddenly change its course and spread across large areas.
The 2008 Kusaha disaster demonstrated the downstream impact of such changes, when the Kosi changed its course and caused extensive flooding in Bihar, affecting around 3.3 million people.
These transboundary linkages make regular river monitoring, timely flood forecasting and India-Nepal cooperation important for reducing downstream flood risks.
The Kosi Agreement of 1954, revised in 1966, provides a framework for India-Nepal cooperation on the Kosi, particularly for flood control and water management.

Bhote Koshi River FAQs

Q1: How many rivers are known as Bhote Koshi in Nepal?

Ans: There are two rivers known as Bhote Koshi in Nepal: the Rasuwa Bhote Koshi and the Sindhupalchok Bhote Koshi.

Q2: Where does the Sindhupalchok Bhote Koshi River originate?

Ans: It originates near the Zhangzangbo Glacier in Tibet, where it is known as Poiqu or Boqu.

Q3: Which river system does the Rasuwa Bhote Koshi belong to?

Ans: The Rasuwa Bhote Koshi is part of the Trishuli-Narayani-Gandak river system.

Q4: Which river system does the Sindhupalchok Bhote Koshi belong to?

Ans: The Sindhupalchok Bhote Koshi joins the Sun Koshi River and becomes part of the Sapta Koshi-Kosi system.

Q5: Why is the Bhote Koshi river important for India?

Ans: Bhote Koshi River is part of transboundary Himalayan river systems that eventually drain into the Ganga basin, linking floods and water management in Nepal with downstream regions of India.

Gut Microbiome

August 27, 2026

Gut Microbiome Latest News

Scientists designed a study to understand how changing lifestyles influence the gut microbiome across different cultural, dietary, and ecological settings and to generate a comprehensive microbiome resource representing the diversity of South Asia.

About Gut Microbiome

It is a community of microorganisms which includes bacteria, viruses, fungi and parasites residing in the gastrointestinal tract.
It plays a crucial role in digestion, nutrient absorption, and immunomodulation, while also maintaining a symbiotic relationship with the host.
Human acquire Gut microbiome through
- Initially acquired during the infant stage during vaginal delivery or breastfeeding.
- Later diet and other environmental exposures introduce new microbes to human’s biome.

Key Functions of Gut Microbiome

Digestion and Nutrient Extraction: The gut microbiota exists symbiotically within the human digestive system and helps support energy harvesting, digestion, and immune defense.
Gut Barrier: They help maintain your gut barrier, keeping the bacteria and bacterial toxins inside from escaping into your bloodstream.
They also have anti-inflammatory properties to gut.
Synthesis of Essential Vitamins: It can synthesise several vitamins that are crucial for human health.

Source: PIB

Gut Microbiome FAQs

Q1: What is Gut Microbiome?

Ans: It is a community of microorganisms which includes bacteria, viruses, fungi and parasites residing in the gastrointestinal tract.

Q2: What is the function of Gut Microbiome?

Ans: They help maintain your gut barrier, keeping the bacteria and bacterial toxins inside from escaping into your bloodstream.

Karnali River, Latest News, Origin, Course, Tributaries, Ghaghara

August 27, 2026

The Karnali River is one of the major Himalayan river systems of Nepal and India. It is known as the Karnali River in Nepal and becomes the Ghaghara River in India. The river is important for its geographical features, tributary network, biodiversity, agriculture, hydropower potential and the communities that depend on it. Karnali River Origin, Course, Location, Tributaries and its flow in India and Nepal is discussed in detail in this article.

Latest News about Karnali River

The Karnali River has recently been in the news following massive flash floods in Nepal occurred on 26th August 2026, raising concerns about rising water levels and possible flooding in downstream areas.
The Sashastra Seema Bal (SSB) alerted its formations along the 1,751-km India-Nepal international border and deployed 18 teams, including seven on standby, for relief and rescue operations.
Vulnerable areas along the Ghaghara/Karnali and Mahakali river systems in Uttar Pradesh and Uttarakhand were also monitored due to the possibility of increased river flows and flooding.
The situation highlights the transboundary nature of the Karnali River, which flows through Nepal and enters India as the Ghaghara River, making flood management important for both countries.
The floods also caused severe damage in Nepal, particularly in Rasuwa district, where villages and critical infrastructure were affected and nearly 400 people were reported missing, including Indians and NRIs.

Also Read : Transboundary Rivers of India

Karnali River Origin, Course and Location

Origin: The Karnali River originates in the Tibetan Plateau, near the Mapcha Khambab (Macha-khabab) Glacier in the vicinity of Mount Kailash. It is a snow-fed Himalayan river whose flow is supported by both glacial melt and monsoon rainfall.
Course through Nepal: After originating in Tibet, the river flows southeastward through the Himalayan region of Nepal and passes through the country's western and far-western areas. With a length of about 507 km within Nepal, it is considered the longest river flowing through Nepal.
Karnali River Basin: The Karnali River Basin covers parts of Tibet, Nepal and India, with more than 90% of the basin lying in Nepal. The basin drains a large part of the mid-western and far-western regions of Nepal.
Climate and rainfall: The river system receives most of its annual rainfall during the South Asian summer monsoon. Around 80% of the basin's precipitation occurs during the summer monsoon, while parts of the region experience considerable water shortages during winter.
Glaciers and glacial lakes: The Karnali Basin has a significant Himalayan cryospheric system, containing around 1,459 glaciers and 742 glacial lakes. These glaciers and lakes contribute to the river's water resources and also make the basin vulnerable to climate-related hazards.
Flow into India: After crossing the Nepal-India border, the river enters the Indian plains and continues its journey towards the Ganga river system. Its lower course is an important part of the Himalayan river network of northern India.

Karnali River System and Major Tributaries

The Karnali River System is formed by several snow-fed and rain-fed rivers originating in the high Himalayas. These tributaries drain large mountainous areas before joining the main Karnali River.
Humla Karnali: The Humla Karnali originates in Tibet and is one of the important headwater streams of the Karnali system. It joins the Mugu Karnali at Galwa, contributing to the formation of the main Karnali River.
Mugu Karnali: The Mugu Karnali is another important river of the upper Karnali system. Its combination with the Humla Karnali forms an important part of the main river network.
Bheri River: The Bheri River is one of the major tributaries of the Karnali. It drains a substantial area of western Nepal and contributes significantly to the water flow of the Karnali system.
West Seti River: The West Seti is another important tributary of the Karnali River. It flows through western Nepal and is significant for the region's water resources and hydropower potential.
Other tributaries: The Karnali river system also includes rivers such as the Tila and Budhi Ganga, along with several smaller streams and tributaries that contribute to the basin's extensive drainage network.
The tributary network gives the Karnali Basin a large geographical spread and supports agriculture, freshwater ecosystems, local livelihoods and hydropower development across western Nepal.

Karnali River in India and Nepal

Karnali in Nepal: In Nepal, the river is called the Karnali River and is regarded as the longest and largest river of Nepal. It flows through the western part of Nepal and supports many rural communities along its course.
Ghaghara in India: After entering India, the Karnali River is known as the Ghaghara River or Ghaghra. It flows through Uttar Pradesh and Bihar before eventually joining the Ganga River, forming an important part of the Ganga river system.
Sarayu connection: In parts of Uttar Pradesh, particularly around the Awadh region, the lower course is also associated with the Sarayu River. The Sarayu is culturally significant and is closely associated with the holy city of Ayodhya.
Geographical significance: The river cuts through the Himalayan and Siwalik landscapes before reaching the plains. Its sediment and water contribute to the formation and maintenance of the alluvial plains of northern India.
Transboundary river: The Karnali-Ghaghara system is a transboundary Himalayan river system, connecting the riverine landscapes of Tibet, Nepal and northern India. Its water resources are therefore important across national boundaries.
Monsoon influence: The river's discharge varies considerably with the South Asian monsoon and Himalayan snow and glacier melt. Heavy monsoon rainfall can increase the risk of flooding, while low winter flows can contribute to water shortages.

Karnali River Significance

Lifeline for local communities: The Karnali is an important source of water for communities living across western Nepal. People depend on the river and its tributaries for agriculture, fishing, household needs and other local activities.
Agricultural importance: River water supports irrigation and riverbank agriculture. The sediments carried by the river also help maintain fertile alluvial areas, particularly as the river moves towards the plains.
Biodiversity hotspot: The Karnali Basin supports rich freshwater biodiversity, including more than 70 native fish species as well as several important aquatic and terrestrial species. Its relatively free-flowing stretches are especially valuable for river ecosystems.
Wildlife habitat: The river and its surrounding floodplains provide habitats for species such as the Ganges river dolphin and gharial, while nearby protected landscapes support other wildlife, including tigers.
Hydropower potential: With its steep gradients, large water flow and extensive network of tributaries, the Karnali River has considerable hydropower potential. Its water resources are therefore important for Nepal's future energy development.
Tourism and adventure activities: The river's strong currents and rugged landscape make it a major destination for whitewater rafting and kayaking. Adventure tourism along the Karnali also provides livelihood opportunities for local communities.
Ecological importance: The largely free-flowing nature of the main Karnali makes it valuable for maintaining sediment movement, aquatic habitats, fish migration and downstream ecosystems.
Climate change vulnerability: The Karnali Basin is considered highly vulnerable to climate change. Changes in rainfall, glacier and snow conditions and extreme weather can increase the risks of floods, landslides, droughts, food insecurity and intense rainfall events.
Regional water resource: As the Karnali continues into India as the Ghaghara, its water contributes to the wider Ganga river system, making it important not only for Nepal but also for the downstream plains of northern India.

Karnali River FAQs

Q1: What is the Karnali River?

Ans: The Karnali River is a major Himalayan river that flows through Nepal and India. It is known as the Karnali in Nepal and the Ghaghara River in India.

Q2: Where does the Karnali River originate?

Ans: The Karnali River originates in the Tibetan Plateau, near the Mapcha Khambab (Macha-khabab) Glacier, close to Mount Kailash.

Q3: What is the length of the Karnali River in Nepal?

Ans: The Karnali River flows for about 507 km through Nepal, making it the longest river flowing through Nepal.

Q4: What is the Karnali River called in India?

Ans: After entering India, the Karnali River is mainly known as the Ghaghara or Ghaghra River. Its lower course is also associated with the Sarayu River in parts of Uttar Pradesh.

Q5: What are the major tributaries of the Karnali River?

Ans: The major tributaries of the Karnali River include the Humla Karnali, Mugu Karnali, Bheri, West Seti, Tila and Budhi Ganga rivers.

Jojari River

August 27, 2026

Jojari River Latest News

Recently, the Supreme Court banned any construction or development within 100 m of the Jojari River in Rajasthan.

About Jojari River

Origin: It is a seasonal river which originates in Pandalu village of Nagaur, Rajasthan.
Course: It passes through Jodhpur and merges with the Luni River near Balotra city.
It is the only right-bank tributary of the Luni River.
It is the only branch of the Luni River which does not come from the Aravalli Mountains.
It is facing severe contamination problems from industrial waste and untreated sewage.
It is majorly impacted by the chemical-laden water from Jodhpur’s textile and steel industries flowing into the river.

Supreme Court Intervention

It took suo motu cognizance of a news documentary highlighting the grave environmental catastrophe in the Jojari River region.
The court prohibited hazardous industries within 500 m of either side of the existing flood line along the river’s flow path.

Source: TH

Jojari River FAQs

Q1: Where does the Jojari River originate?

Ans: The Jojari River originates from the hills near Poondloo village in the Nagaur district of Rajasthan.

Q2: How long is the Jojari River?

Ans: The Jojari River is approximately 83 kilometers (52 miles) long.

Military Combat Parachute System

August 27, 2026

Military Combat Parachute System Latest News

Recently, the Defence Research and Development Organisation has successfully tested its Military Combat Parachute System (MCPS) at 22,000 feet in one of the world’s highest-altitude drop zones in Nyoma, Ladakh.

About Military Combat Parachute System

It is indigenously developed by the Defence Research and Development Organisation (DRDO).
Organizations involved: It has been designed by DRDO’s Aerial Delivery Research and Development Establishment, Agra, and Defence Bioengineering and Electromedical Laboratory, Bengaluru.
Features of Military Combat Parachute System
- It has successfully undergone a combat freefall jump from an altitude of 32,000 feet.
- It is the only parachute system currently in operational use by the Indian Armed Forces capable of deployment above 25,000 feet.
- It consists of several enhanced tactical features, including a lower rate of descent and superior steering capabilities.
- The system has compatibility with Navigation with Indian Constellation (NavIC).
Significance
- It enables paratroopers to safely exit aircraft, deploy parachutes at predetermined altitudes, navigate accurately, and land at designated zones.
- It has opened doors for induction of Indigenous parachute systems.
- This will also reduce dependency on other nations for its serviceability during times of conflict and war.

Source: NIE

Military Combat Parachute System FAQs

Q1: Which organisation developed Military Combat Parachute System?

Ans: Defence Research and Development Organisation (DRDO).

Q2: What are the capability of Military Combat Parachute System?

Ans: It is the only parachute system currently in operational use by the Indian Armed Forces capable of deployment above 25,000 feet.

Vietnam

August 27, 2026

Vietnam Latest News

Recently, the 7th High-Level Meeting between the Indian Coast Guard (ICG) and Vietnam Coast Guard (VCG) was held in Chennai.

About Vietnam

Location: It is located in the eastern portion of mainland Southeast Asia.
Bordering Countries: It is bordered by China (North), and Cambodia and Laos (West).
Maritime Boundaries: It shares a border with South China Sea (East and South), Gulf of Thailand (Southwest).
It is roughly S-shaped, running for a distance of about 1,650 km in the north-to-south directions.
Capital City: Hanoi

Geographical Features of Vietnam

Terrain: It is a country of tropical lowlands, rolling green hills, and densely forested mountains.
Climate: It is located in the tropical zone. Its climate is characterized by high temperature and humidity all year round.
Major Plateaus: Moc Chau Plateau, Bac Ha Plateau, Dong Van Stone Plateau.
Major Rivers: Red River and Mekong River both drain into the South China Sea.
Major Mountain: Vietnam’s principal physiographic features are the Annamese Cordillera which extends generally from northwest to southeast in central Vietnam.
Highest Point: Vietnam’s highest point is Phan Xi Pang whose summit reaches 3,144 m
Natural Resources: It is mainly abundant in antimony, phosphates, coal, manganese, rare earth elements, bauxite, chromate, offshore oil and gas deposits.

Source: PIB

Vietnam FAQs

Q1: What is the capital of Vietnam?

Ans: Hanoi

Q2: Which river is a major waterway in Vietnam?.

Ans: Mekong River

Neelakurinji

August 27, 2026

Neelakurinji Latest News

Recently, the Ministry of Environment, Forest and Climate Change (MoEFCC) has requested the National Green Tribunal to direct Keralam, Tamil Nadu, and Karnataka to submit an annual plan of operation incorporating a conservation action plan for Neelakurinji (Strobilanthes kunthiana).

About Neelakurinji

It is the purplish flowering shrub which blooms once in 12 years.
It belongs to the Acanthaceae family and was first scientifically described in the nineteenth century by Nees von Esenbeck.
It is semelparous with showy synchronous blooming and fruiting at every 12 years at the end of the life cycle, which has been reported since 1832.
Habitat: It is seen only in the high-altitude shola grassland ecosystems of five mountain landscapes of southwest India at an elevation of 1,340–2,600 m.
Distribution: Neelakurinji Flowers occur only in India, confined to five mountain landscapes of the Western and Eastern Ghats.
Population Distribution: Consists of 34 subpopulations across 14 ecoregions, with 33 in the Western Ghats and one in the Eastern Ghats.
Conservation Status: Listed as Vulnerable under IUCN Red List Criteria A2c due to approximately 40% habitat loss.
Cultural significance
- Nilgiri Hills (Literally meaning the blue mountains), got their name from the blue flowers of Neelakurinji.
- The Paliyan tribes (in Tamil Nadu) use it as a reference to calculate their age.
Threats: It is threatened mainly due to its fragile habitat in the montane high altitude grasslands that has been under pressure of conversion for tea and softwood plantations, and urbanization.

Neelakurinji FAQs

Q1: Why does neelakurinji bloom in 12 years?

Ans: Neelakurinji blooms every 12 years because it follows a monocarpic life cycle.

Q2: What is the biological name of Neelakurinji?

Ans: Strobilanthes kunthiana

India-China Border Talks – From De-escalation to Structured Boundary Management

August 27, 2026

India-China Border Talks Latest News

India and China have agreed to accelerate discussions on an “Early and Substantial Harvest” in boundary delimitation and border management, while strengthening military-to-military communication along the Line of Actual Control (LAC).
The decisions emerged from the 25th round of Special Representative (SR)-level talks between National Security Adviser Ajit Doval and Chinese Foreign Minister Wang Yi in Beijing.
The eight-point consensus seeks to consolidate the relative stabilisation of India-China ties by preventing border incidents from escalating and creating conditions for broader bilateral engagement.

India-China Boundary Dispute

It covers an approximately 3,488-km contested frontier and involves differing perceptions of the LAC, where both nations claim overlapping territories rooted in British colonial-era agreements.
Key sectors of the dispute:
- Western sector (Aksai Chin): China controls roughly 38,000 square kilometers of land that India claims as part of Ladakh.
- Eastern sector (Arunachal Pradesh): China claims nearly 90,000 square kilometers of territory, referring to the region as Zangnan or Southern Tibet, based on its rejection of the 1914 McMahon Line.
- Central sector: A smaller overlapping segment spanning Himachal Pradesh and Uttarakhand where differences are relatively minor.
The 2020 eastern Ladakh crisis significantly disrupted bilateral relations, making restoration of peace and tranquillity a prerequisite for normalisation.

Towards an “Early and Substantial Harvest” on the Boundary

Both sides reaffirmed their commitment to negotiations for a fair, reasonable and mutually acceptable settlement of the boundary question.
This must be guided by the 2005 Agreement on Political Parameters and Guiding Principles and subsequent SR-level consensus.
Two mechanisms under the Working Mechanism for Consultation and Coordination (WMCC) will advance the process -
- Expert Group on Boundary Delimitation – to discuss an early harvest in boundary delimitation (Delimitation determines the alignment of the boundary, while demarcation involves physically marking an already agreed boundary).
- Working Group on Border Management – to improve management of the disputed frontier.
Their immediate task is to finalise their respective Terms of Reference (ToR). The current discussions do not amount to a final boundary settlement.

Strengthening Military Communication

The two countries agreed to -
- Establish two additional meeting points for General/Senior Highest Military Commander-level interactions.
- Create two additional military hotlines in the Eastern and Middle Sectors.
- Address ground situations promptly through diplomatic and military channels, including the WMCC and local commander-level meetings.
The objective is to prevent misunderstanding, miscalculation and escalation arising from localised incidents along the LAC.

Border Trade, Pilgrimage and People-to-People Engagement

Both sides welcomed the reopening of three designated border trading points and agreed to strengthen cooperation in border trade, pilgrimage, and other exchanges in border areas.
India also appreciated China's efforts to increase the number of batches for the Kailash-Mansarovar Yatra.
These measures indicate an attempt to shift border areas from being exclusively security-centric towards dialogue, consultation and cooperation.

Trans-Border Rivers and the Brahmaputra

India and China agreed to hold the next meeting of the Expert-Level Mechanism on Trans-border Rivers in September.
Discussions will cover hydrological data sharing, renewal of relevant MoUs, and cooperation on trans-border river management.
This is particularly important for the Brahmaputra (Yarlung Tsangpo), whose upper reaches originate in Tibet before flowing into India and Bangladesh.
India's concerns include downstream ecological impacts, flood management, sediment flows and the implications of Chinese hydropower projects in the Brahmaputra's upper basin.
Reliable and timely hydrological data is therefore crucial for disaster preparedness and water security.

Institutionalising the Peace Process

The talks reaffirmed the importance of maintaining peace and tranquillity along the border as the foundation for stable bilateral relations.
The two countries also agreed to hold the 26th round of Special Representatives' talks in India in 2027.
Significance for India:
- The latest understanding is important because it moves beyond crisis management towards institutionalised border management.
- Strengthens confidence-building measures (CBMs) and military communication.
- Keeps the long-term goal of boundary settlement alive.
- Creates space for restoration of broader bilateral engagement.
- Reduces the risk of accidental escalation along the LAC.
- Provides a framework for cooperation on trans-border rivers, trade and pilgrimage.

Conclusion

India must pursue a dual-track approach—maintaining military preparedness and infrastructure along the LAC while sustaining diplomatic engagement.
Progress on delimitation should be incremental, verifiable and based on established agreements.

Source: IE | FP

India-China Border Talks FAQs

Q1: What is the significance of the “Early and Substantial Harvest” approach in India-China boundary negotiations?

Ans: It seeks incremental progress in boundary delimitation and border management through the WMCC.

Q2: How can additional military hotlines and commander-level meeting points contribute to India-China border stability?

Ans: They institutionalise real-time communication, enabling prompt resolution of local incidents and reducing misunderstanding.

Q3: Why is the India-China Expert-Level Mechanism on Trans-border Rivers strategically important for India?

Ans: It facilitates hydrological data sharing and river management, which are vital for flood forecasting, ecological security, etc.

Q4: What is the role of the 2005 Agreement in resolving the India-China boundary dispute?

Ans: It provides a negotiating framework based on mutual accommodation, reasonable adjustments, etc.

Q5: How can India balance border security with the need for normalisation of India-China relations?

Ans: India should combine military preparedness and infrastructure development with sustained diplomatic dialogue.

Research Funding in India – NITI Aayog’s Findings

August 27, 2026

Research Funding Latest News

A recent NITI Aayog report on ‘Ease of Doing R&D in India’, along with surveys covering more than 400 institutional leaders and 850 scientists, has highlighted gaps in India's research funding ecosystem.

Research and Development in India

Research and Development refers to systematic work undertaken to generate new knowledge, develop technologies, improve existing products and processes, and solve scientific and technological problems.
R&D is important for economic growth because it can improve productivity, technological capabilities, innovation and competitiveness.
Public funding is particularly important in areas where research involves high risks, long gestation periods or uncertain commercial returns.
India's public R&D ecosystem includes multiple ministries, departments and agencies that provide grants to universities, research institutions and individual scientists.
The Anusandhan National Research Foundation (ANRF) is the country's flagship research funding body, established to promote research and innovation across universities, colleges, research institutions and laboratories.
However, effective public funding requires not only adequate financial resources but also the ability to answer basic questions: Who received funding? Which agency provided it? For what research? How much was provided? And has similar research already received public funding elsewhere?

News Summary

The NITI Aayog report, supported by inputs from more than 400 institutional leaders and 850 scientists, found that close to 80% of funding under the ANRF is concentrated in the IITs.
This is significant because the ANRF was created with a broader mandate to expand the research base beyond the traditional concentration of public research funding.
The finding raises questions about whether public R&D funding is reaching a sufficiently broad range of universities and research institutions.
However, concentration of funding by itself does not necessarily indicate inefficient allocation.
High-performing institutions may receive larger amounts because of their research capacity, infrastructure and ability to undertake complex projects.
The larger policy issue is whether capable researchers and institutions outside these established centres have adequate opportunities to access competitive research funding.

Fragmented Research Funding Data

A major problem identified in the report is the absence of a unified system for tracking public R&D funding.
Information about publicly funded research is currently spread across numerous government agency databases.
These databases often use different formats and may contain information as free text rather than structured data.
This creates difficulties in identifying researchers, institutions and projects across agencies.
For example, the same researcher may be recorded differently in the databases of the Department of Science and Technology (DST) and the Council of Scientific and Industrial Research (CSIR).
Similarly, an institution may appear as "IISc, Bangalore" in one database and "Indian Institute of Science, Bengaluru" in another.

Risk of Overlapping Research Funding

The fragmented nature of the data also creates the possibility that multiple Central agencies may fund similar or overlapping research areas.
Without a system linking grants, researchers, institutions and research outputs, it becomes difficult for funding agencies to determine whether a particular research proposal is substantially similar to work that has already received public funding.
This can result in inefficient use of public resources and makes it difficult to assess the overall distribution of research funding across different fields and institutions.

Persistent Digital Identifiers

The report identifies Persistent Identifiers (PIDs) and metadata infrastructure as a possible solution.
A PID is a permanent, unique and machine-readable identifier assigned to an entity. The report compares it with a PAN number for a taxpayer or an IMEI number for a mobile phone.
For research funding, each grant could receive a unique identifier linked to standardised metadata, including:
- Funding agency
- Recipient institution
- Named researcher
- Amount of funding
- Duration of the grant
- Research field
The grant identifier could then be connected with the research outputs generated from the funding, such as research papers, patents and datasets.
This would enable funding agencies and independent researchers to analyse how public research money is distributed and what outcomes it produces.

International Models

The international non-profit organisation Crossref operates a Grant Linking System that connects research funding information using several identifiers. These include:
- Funder ID - identifies the funding agency
- ROR ID - identifies the research organisation
- ORCID - identifies individual researchers
- Grant DOI - provides a permanent identifier for the grant itself
According to the experts, more than 2 lakh grants have been registered through this system worldwide.
Such a system can help answer questions about duplicate funding, concentration of research resources and allocation across research fields.

Two Broad Options for India

A New National System
- India could develop a completely independent sovereign national grant registry.
- The advantage would be greater control over the system and the ability to incorporate India's specific institutional structure, including research schemes operated by State governments.
Integration with Existing Global Infrastructure
- The second option would be for Indian funding agencies to join and consistently contribute data to existing international infrastructure such as the Crossref ecosystem.
- This could be implemented more quickly because technical standards and governance mechanisms already exist.

A Hybrid Approach

Experts propose a possible middle path combining national ownership with international compatibility.
Countries such as the United Kingdom and the European Union have developed government-owned research portals while ensuring that their identifiers remain compatible with global standards.
For India, the proposed Unified Project Management System (UPMS) could perform a similar function. Under this approach:
- UPMS could act as a single national portal.
- Central and State funding agencies could use the system.
- Grants could receive Crossref-compatible identifiers.
- Research institutions could be linked through ROR IDs.
- Individual researchers could be linked through ORCID.
Such interoperability could make it easier to identify duplicate funding, examine concentration of resources and track research outcomes.

Significance

A unified research funding database would improve transparency, coordination and evidence-based policymaking in India's R&D ecosystem.
It could help policymakers determine whether public research funding is adequately distributed across institutions and disciplines, identify duplication, evaluate outcomes and make better decisions regarding future funding priorities.
For researchers, standardised identifiers could also make their research and funding history easier to track across institutions and agencies.

Source: TH

Research Funding FAQs

Q1: What is the main issue with India's R&D funding system?

Ans: Fragmented funding data across multiple agencies.

Q2: What share of ANRF funding is concentrated in IITs?

Ans: Nearly 80%.

Q3: What are Persistent Identifiers (PIDs)?

Ans: Unique identifiers that help track researchers, institutions and grants.

Q4: What is the Crossref Grant Linking System?

Ans: A global system linking research grants with researchers, institutions and outputs.

Q5: What is UPMS?

Ans: A proposed Unified Project Management System for tracking research projects and funding.

Heatwaves as Disasters: How States Can Access Full Disaster Fund

August 27, 2026

Heatwaves as Disasters Latest News

Recently, the Ministry of Home Affairs informed the Lok Sabha that heatwaves and lightning have been added to India's list of notified natural calamities, expanding the total list to 14.
This follows a recommendation by the Sixteenth Finance Commission (FC-XVI) and operational guidelines issued on June 30.
Combined with the 2024 amendment to the Disaster Mitigation Fund guidelines, heatwaves are now eligible for the full State Disaster Risk Management Fund pool.

India's Disaster Finance Architecture

Under Article 280 of the Constitution, the Finance Commission recommends arrangements for disaster management funds.
The FC-XVI recommended ₹2.04 lakh crore for State disaster funds over the five years from 2026-27 to 2030-31 — nearly 28% higher than the previous Commission's allocation.
This corpus is split into two components:
- State Disaster Response Fund (SDRF) — ₹1.6 lakh crore, meant for immediate response, relief, and reconstruction following a disaster
- State Disaster Mitigation Fund (SDMF) — the remaining amount, meant to fund longer-term interventions that reduce the risk of a climate event escalating into a disaster
These funds are available to all States, with inter-State distribution determined by a formula incorporating a disaster risk index (accounting for hazard frequency, intensity, exposure, and vulnerability) along with States' expenditure during the previous Commission's tenure.
Separately, the FC-XVI recommended ₹79,406 crore for national disaster funds over the same period, which States can access when a disaster's severity exceeds their own resources — as Kerala did following the 2024 Wayanad landslides.

Heat's Earlier Disadvantage

Heat previously occupied an awkward position in this system.
States could notify a heatwave only as a "local disaster" and draw on the SDRF — but subject to a cap of just 10% of their annual allocation, and only after establishing separate compensation norms for loss of life or crop damage.
Other notified disasters like floods and cyclones faced no such ceiling. The new notification removes this asymmetry, placing heatwaves on par with other disasters.

India's Growing Heat Exposure

India's exposure to extreme heat is rising sharply. Using 35 indicators spanning climate change, exposure, and vulnerability, experts estimate that over 57% of Indian districts — home to roughly three-fourths of the population — face high to very-high heat risk.
The number of hot days annually has increased, alongside a rise in very warm nights and relative humidity, which reduces the human body's ability to recover after heat exposure.

What States Can Now Fund

The National Disaster Management Authority has directed all States, districts, and cities to develop Heat Action Plans (HAPs) that map heat risk and vulnerability and identify short, medium, and long-term interventions.
So far, 300 cities and districts across 23 heatwave-prone States have HAPs.
However, implementation has lagged due to limited technical capacity, competing priorities, and inadequate funding — a 2023 review found that 79% of HAPs simply asked city departments to self-allocate funds, without dedicated financing.
The new Central notification provides two clearer financing routes:
- Under the SDRF: States can provide relief and compensation for heat-related losses
- Through the SDMF: States can finance longer-term risk-reduction measures such as cooling shelters and early-warning systems
State Disaster Management Authorities and State Emergency Operations Centres will serve as the nodal agencies managing both funds.

The Road Ahead: Four Priorities

Expand heat planning
- While 12 States have notified heatwaves locally, only about 300 cities and districts have HAPs — leaving roughly 4,800 urban local bodies and 800 districts without one.
- Heat-specific SDMF guidelines are still awaited, though existing norms require risk and vulnerability assessments before projects can be proposed — precisely the groundwork HAPs are designed to provide.
Convert plans into fundable projects
- States need model mitigation proposals tailored to local climate and geography.
- Since many local bodies lack the technical capacity to prepare such proposals, research institutions, NGOs, and philanthropic organisations could offer technical support and risk capital to help translate plans into appraisable projects.
Strengthen health surveillance
- Accurate loss-and-damage data will now determine relief payouts.
- The Health Ministry's surveillance system, covering over 51,000 reporting units, recorded 4,853 heatstroke cases and 20 confirmed heatstroke deaths between March 1 and July 26 — but it does not capture the broader burden of heart, lung, and kidney conditions aggravated by heat.
Link heat solutions to other schemes and adopt fast-payout tools
- States should identify convergence with existing government development programmes and deploy pre-agreed instruments like parametric insurance, which pays out automatically once a set temperature threshold is crossed.
- Similar tools already exist for other hazards — Nagaland, for instance, operates rainfall insurance that pays out when rainfall crosses a defined threshold.

Conclusion

The formal notification of heatwaves as a natural calamity marks a significant step in aligning India's disaster finance architecture with its growing climate risk profile.
However, expanded funding eligibility alone will not suffice — States must urgently scale up Heat Action Plans, build technical capacity to convert plans into fundable projects, strengthen health surveillance, and adopt innovative instruments like parametric insurance to ensure this financial window translates into effective, on-ground heat resilience.

Source: DTE | TH

Heatwaves as Disasters FAQs

Q1: What does recognising Heatwaves as Disasters mean for Indian States?

Ans: Recognising Heatwaves as Disasters allows States wider access to disaster management funds for immediate relief, compensation, reconstruction and long-term heat-risk reduction measures.

Q2: How were Heatwaves as Disasters funded earlier?

Ans: Before Heatwaves as Disasters were formally notified, States could access SDRF funds only under local-disaster provisions, subject to a 10% annual allocation cap.

Q3: What funds can States access after Heatwaves as Disasters notification?

Ans: After recognising Heatwaves as Disasters, States can use SDRF funds for relief and compensation and SDMF resources for longer-term mitigation and resilience projects.

Q4: Why are Heatwaves as Disasters increasingly important in India?

Ans: Heatwaves as Disasters are increasingly important because over 57% of Indian districts face high or very-high heat risk amid rising temperatures and warmer nights.

Q5: What should States prioritise after recognising Heatwaves as Disasters?

Ans: States should expand Heat Action Plans, develop fundable projects, strengthen health surveillance, integrate existing schemes and adopt parametric insurance for faster climate-risk payouts.

Daily Editorial Analysis 27 August 2026

August 27, 2026

The High Cost of India’s Private Health-Care Boom

Context

India’s healthcare system faces a difficult contradiction: private investment is essential for expanding capacity, yet excessive commercialisation can make medical care unaffordable and distort clinical priorities.
The Parliamentary Standing Committee on Health and Family Welfare’s 176th Report brings this tension into sharp focus.
With private hospitalisation costing far more than treatment in government facilities, the challenge is to create a healthcare system that attracts capital without allowing financial incentives to override medical necessity.

The High Cost of Private Healthcare

The average cost of hospitalisation is ₹50,508 in private facilities, compared with ₹6,631 in government facilities.
The disparity is similarly striking in childbirth, where average out-of-pocket expenditure is ₹37,630 in private facilities, against ₹2,299 in public facilities.
The Committee has made 368 recommendations, including standardised package rates, mandatory pre-treatment cost estimates and greater transparency in hospital billing.
It has also proposed regulating room tariffs and encouraging large corporate hospitals to cross-subsidise poorer patients and provide beds to AB-PMJAY beneficiaries at regulated rates.
These proposals recognise that healthcare cannot be treated like an ordinary consumer market.
A patient often lacks the expertise to determine whether a costly diagnostic test, prolonged admission or invasive procedure is genuinely necessary.

The Investment-Regulation Contradiction

Hospitals require enormous expenditure on land, medical equipment, ICUs, laboratories, digital infrastructure and skilled personnel.
Public hospitals alone cannot currently satisfy the country's demand for secondary and tertiary care.
Foreign investors and private-equity funds can contribute capital, technology, managerial expertise and expansion capacity, particularly in Tier-2, Tier-3 and rural markets.
Restrictive or unpredictable regulation could discourage investment and slow the creation of desperately needed infrastructure.
The answer, therefore, is not to reject private capital but to distinguish between productive investment and potentially harmful concentration.
Policymakers should ask whether an investment creates new capacity or merely acquires existing hospitals, whether it increases competition or promotes consolidation, and whether publicly supported hospitals have enforceable obligations towards poorer patients.

The Problem of Commercial Incentives

Doctors and hospitals possess far greater knowledge than patients and can influence decisions about tests, procedures and treatment duration.
This becomes particularly significant when hospitals operate under strong revenue incentives.
High salaries for specialists, expensive equipment and premium infrastructure create substantial fixed costs.
Pressure to increase occupancy, revenue per bed and procedure volumes can consequently influence institutional behaviour.
This does not imply that doctors routinely recommend unnecessary treatment. Rather, systems shape incentives.
Excessive commercialisation can encourage over-investigation, unnecessary admissions, excessive medication and procedures that may provide limited additional benefit.
Greater screening can also identify abnormalities that might never have harmed the patient, triggering further tests and interventions.

The Way Forward

Smarter Regulation, Not Blanket Controls
- The proposed review of FDI in existing hospitals deserves consideration, but regulation should focus on its effects rather than the nationality of investors.
- Domestic and foreign investors can both be profit-oriented, while foreign capital can also bring substantial benefits.
- Similarly, linking hospital room charges to nearby three-star hotels may appear simple but is unlikely to solve the underlying problem.
- Hospital rooms involve nursing, infection control and emergency support that hotel rooms do not.
- Capping one component may simply encourage hospitals to increase charges elsewhere.
- The more effective approach is to regulate the total cost of a treatment episode through transparent estimates, standardised packages, billing rules and audits.
- Diagnosis-Related Groups (DRGs) provide one possible model by reimbursing hospitals through predetermined payments based on diagnosis and procedures rather than rewarding every individual service.
Strengthening Public Healthcare
- If government hospitals remain overcrowded, understaffed and difficult to access, patients will continue to depend heavily on expensive private providers.
- India therefore needs stronger primary healthcare, preventive care and early diagnosis, alongside better-equipped public hospitals.
- Public facilities should become a credible alternative rather than merely the destination of those who cannot afford private treatment.
- Insurance schemes such as AB-PMJAY should also incentivise appropriate treatment rather than simply increasing procedure volumes.
- Public funding should be linked to measurable standards of affordability, quality and patient outcomes.

Conclusion

India does not face a choice between private healthcare and public healthcare. It needs both, but with clearly defined responsibilities.
Private investment can expand capacity, introduce technology and improve services, while public healthcare must guarantee accessibility and provide a competitive alternative.
The central principle should therefore be simple: capital may shape the capacity of the healthcare system, but medical need must shape its clinical priorities.
India’s healthcare progress should ultimately be measured not by the volume of investment or the growth of medical tourism, but by whether citizens can enter a hospital with confidence that they will receive what they need, no more and no less.

The High Cost of India’s Private Health-Care Boom FAQs

Q1. Why is private healthcare expensive?
Ans. Private healthcare is expensive because hospitals face high infrastructure, equipment, staffing and operational costs.

Q2. Why is information asymmetry important?
Ans. Information asymmetry allows healthcare providers to influence treatment decisions that patients cannot independently evaluate.

Q3. Why does India need foreign investment in healthcare?
Ans. India needs foreign investment to bring capital, technology, managerial expertise and additional healthcare capacity.

Q4. What is the advantage of DRGs?
Ans. DRGs can control costs by providing predetermined payments for defined hospital treatment episodes.

Q5. What is the ultimate healthcare objective?
Ans. The objective is to ensure that patients receive necessary, affordable and high-quality treatment without unnecessary interventions.

Source: The Hindu

Making India’s Food System Climate-Proof Cannot Wait

Context

From dependence on food aid in the 1960s, India has become a major food producer, built substantial buffer stocks, and established a legal entitlement to subsidised food grains for nearly 800 million people under the National Food Security Act (NFSA), 2013.
This transformation was supported by sustained public investment in improved seeds, irrigation, procurement, storage, price support and the Public Distribution System (PDS).
However, the challenge has now changed; India must ensure affordable, nutritious and sustainable food security for 1.4 billion people amid rising temperatures, erratic rainfall, extreme weather and growing water scarcity.

Climate Risks Across the Food System

Heat stress can reduce wheat yields, while erratic monsoons may produce floods and droughts within the same agricultural season.
Groundwater depletion weakens irrigation buffers, while extreme weather can damage storage, roads and transportation.
Such disruptions can increase food-price volatility and restrict access to nutritious food.

Steps Required to Tackle the Challenge

Diversifying the Procurement System
- The traditional rice-wheat system played a crucial role in achieving food security, but excessive concentration in particular crops and regions has created environmental and climate risks.
- Several major procurement regions are already facing serious groundwater stress.
- India need not abandon rice and wheat, but it should gradually diversify procurement across crops and regions.
- Greater support for millets, pulses, oilseeds and other nutri-cereals can reduce risk concentration, conserve water and improve dietary diversity.
- The PDS can similarly incorporate locally suitable millets and pulses, creating a stronger connection between food security, nutrition, water conservation and climate adaptation.
Better Monitoring and Early Warning
- The NFSA monitoring framework should track not only coverage and food grain offtake but also heat stress, water availability, storage vulnerability and supply-chain resilience.
- Such indicators can help governments anticipate shortages and respond before climate shocks become food crises.
Supporting Farmers
- Farmers need practical tools to manage increasing climatic uncertainty.
- Climate-resilient seeds, micro-irrigation, watershed development, precision farming, digital advisories and weather-indexed insurance can reduce production risks and improve decision-making.
- Public-private partnerships can accelerate research, certification and delivery of these technologies, while strong public safety nets can protect smallholders and climate-vulnerable regions.

The Way Forward Down the Line

Resilient Infrastructure
- Investment in flood-resilient warehouses, heat-resistant storage, cold chains and robust transport networks is essential to protect both grains and perishables.
- This becomes even more important as India diversifies its food basket.
- Adaptation measures should therefore cover procurement, storage, logistics and market stabilisation, rather than focusing exclusively on farm production.
Financing Climate Resilience
- The transition will require substantial investment through green bonds, adaptation finance, insurance and resilient agricultural value chains.
- Integrating food systems into India’s net-zero pathway can coordinate action across agriculture, water, energy, transport and nutrition while encouraging measurable targets for emission reduction, carbon sequestration and resilience.
Building a Climate Buffer
- India’s traditional buffer-stock system provides a useful model for the future.
- A broader climate buffer could combine diversified crops and procurement regions with resilient infrastructure, climate information, insurance and improved water management.
- Just as grain reserves reduce the risk of poor harvests, such a diversified system can reduce the systemic risks created by an unpredictable climate.
From Food Security to Sustainable Food Security
- India’s next agricultural transformation should involve a shift from conventional food security towards sustainable food security.
- Climate risk must become a first-order consideration in NFSA planning, procurement, agricultural policy and food-system management.
- This does not require abandoning the institutions that made India food secure. Instead, their strengths should be adapted to changing climatic realities.
- A diversified food basket, climate-smart agriculture, resilient infrastructure, improved water management and stronger risk-financing mechanisms can make the food system more secure and sustainable.

Conclusion

India has already demonstrated that sustained public investment and institutional coordination can overcome major food-security challenges.
The next challenge is to ensure that these achievements remain secure under a changing climate.
By combining crop diversification, climate-resilient agriculture, better forecasting, resilient infrastructure, sustainable water management and innovative financing, India can build a food system capable of withstanding future shocks.
Climate-resilient food security is not a departure from India’s agricultural journey; it is the logical next phase of it.

Making India’s Food System Climate-Proof Cannot Wait FAQs

Q1. What is India’s main food-security challenge today?
Ans. India must ensure affordable and nutritious food despite climate change.

Q2. Why should India diversify food procurement?
Ans. Diversification can reduce climate risks, conserve water, and improve nutrition.

Q3. How can climate information help farmers?
Ans. Climate information can help farmers make better production and risk-management decisions.

Q4. What is a “climate buffer”?
Ans. A climate buffer combines diversified crops, resilient infrastructure, insurance, and climate information.

Q5. What is sustainable food security?
Ans. Sustainable food security ensures reliable nutrition while protecting natural resources and managing climate risks.

Source: The Hindu

Daily Editorial Analysis 2026 FAQs

Q1: What is editorial analysis?

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

Q2: What is an editorial analyst?

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

Q3: What is an editorial for UPSC?

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

Q4: What are the sources of UPSC Editorial Analysis?

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

Q5: Can Editorial Analysis help in Mains Answer Writing?

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

Important Days in September 2026, National and International Days

August 27, 2026

Important Days in September 2026 include various important national and international observances related to education, environment, health, language, science, peace, democracy and social welfare. Days such as Teachers’ Day, Hindi Diwas, World Ozone Day and World Tourism Day make the month important.

Important Days in September 2026

Important Days in September 2026 cover a wide range of national, international, cultural, environmental and health related observances. These dates highlight important causes, personalities, traditions and global initiatives that are useful for students and general awareness.

List of Important Days in September 2026

The following table presents the complete list of Important Days in September 2026 with their dates, key background and significance.

List of Important Days in September 2026
Date	Observance	Highlights
September 1 - September 30	World Sexual and Reproductive Health Month 2026	A complete month dedicated to sexual health awareness by WHO.
September 1 - September 7	National Nutrition Week	Raises awareness and focus on the role of nutrition in health and development.
September 2	World Coconut Day	Highlights the importance of coconut and its contribution to agriculture, livelihoods and economic activity.
September 3	Skyscraper Day	Recognises the development and architectural importance of skyscrapers and modern high rise structures.
September 4	Dadabhai Naoroji Birth Anniversary	Naoroji (Grand Old Man of India) was born on this day in 1825.
September 4	Janmashtami	Festival in Hinduism. Marks the birth anniversary of Lord Krishna.
September 5	International Day of Charity	Promotes charitable activities and encourages support for people and communities in need.
September 5	Teachers’ Day (India)	Celebrated in honour of Dr. Sarvepalli Radhakrishnan, the second President of India and a respected teacher.
September 5	Mother Teresa Death Anniversary	On this day, Mother Teresa passed away in 1997 in Kolkata, India.
September 6	Birth Anniversary of Sarat Chandra Bose	He was a prominent freedom fighter and contributed to several National Movements.
September 7	Brazilian Independence Day	Marks Brazil’s independence and is observed as an important national day of the country.
September 7	International Day of Clean Air for Blue Skies	Focus on air pollution reduction and clean air. Designated by UN General Assembly.
September 8	International Literacy Day	Promotes literacy and highlights its importance as a foundation for education and lifelong learning.
September 8	World Physical Therapy Day	Highlights the importance of physical therapy and its contribution to health and well being.
September 9	Himalaya Diwas	It highlights the importance of the Himalayas and the need to protect its environment.
September 10	World Suicide Prevention Day	Creates awareness about suicide prevention and encourages efforts to protect mental well being and save lives.
September 10	Death Anniversary of Jatindranath Mukherjee (Bagha Jatin)	On this day, prominent freedom fighter of bengal, Jatindranath Mukherjee (Bagha Jatin), died in gunfight with british.
September 11	9/11 Remembrance Day	Remembers the victims and the events associated with the September 11 attacks.
September 11	National Forest Martyrs Day	Remembers forest personnel and others who lost their lives while protecting forests and natural resources.
September 11	Digvijay Diwas	Observed as an important commemorative day associated with Indian history and national awareness.
September 11	Birth Anniversary of Vinoba Bhave	Vinoba Bhave was a famous freedom fighter and social reformer. He was born on this day in 1895.
September 12	Saragarhi Day	It honours the 21 soldiers who contributed and fought a major last stand in Battle of Saragarhi 1897.
September 12 (Second Saturday)	World First Aid Day	Promotes awareness of first aid and the importance of immediate assistance during emergencies.
September 12	United Nations Day for South-South Cooperation	Focus on theme for 2026 as- “Solidarity Rising: Global Alliance for Inclusive and Innovative Development.”
September 13	International Chocolate Day	Celebrates chocolate and its cultural and commercial importance around the world.
September 14	Hindi Diwas	Marks the adoption of Hindi in Devanagari script as one of India’s official languages in 1949.
September 14	Ganesh Chaturthi	10 day festival celebrated in hinduism marking the birth of Lord Ganesha deity.
September 15	Engineer’s Day (India)	Celebrates the contribution of engineers and honours Sir Mokshagundam Visvesvaraya, a renowned engineer and statesman.
September 15	International Day of Democracy	Highlights democratic values, participation, equality and the importance of democratic institutions.
September 16	Malaysia Day	Commemorates the formation of Malaysia and is observed as an important national day.
September 16	World Ozone Day	Commemorates the signing of the Montreal Protocol in 1987 and promotes protection of the ozone layer.
September 17	Vishwakarma Puja	A traditional Indian observance associated with Lord Vishwakarma, regarded as the divine architect and craftsman in Hinduism.
September 17	World Patient Safety Day	Promotes awareness about patient safety and the need for safer healthcare practices.
September 17	PM Narendra Modi’s Birthday	Marks the birth anniversary of Prime Minister Narendra Modi.
September 17	Hyderabad Liberation Day	It remembers the day of integration of Hyderabad state into the Union of India in 1948 and ending Nizam rule.
September 17	Birth Anniversary of E. V. Ramasamy (Periyar)	Father of Dravidian Movement and Social reformer was born on this day in 1879.
September 18	Death Anniversary of Dr. Bhagwan Das	Das was a prominent freedom fighter and Indian Philosopher who was awarded Bharat Ratna for his contributions.
September 18	World Bamboo Day	Highlights the environmental, economic and social importance of bamboo.
September 19 (Third Saturday)	International Red Panda Day	Observed on the third Saturday of September to create awareness about red pandas and their conservation.
September 20	Railway Protection Force (RPF) Raising Day	It marks the day when RPF gained the status of armed force under the Ministry of Railways.
September 20	Kanaklata Barua Death Anniversary	Kanaklata Barua was a 17 year old freedom fighter who was shot dead by british army in 1942.
September 21	International Day of Peace (UN)	Promotes peace, non violence, tolerance and understanding among people and nations.
September 21	World Alzheimer’s Day	Raises awareness about Alzheimer’s disease and the challenges faced by affected people and their families.
September 21 - September 27	International Week of Deaf People 2026	Promotes awareness about deaf people, their rights, communication and inclusion in society. Observed in the last week of September annually.
September 22	Rose Day (Welfare of Cancer Patients)	Promotes hope and support for people affected by cancer and focuses on their welfare.
September 22	World Rhino Day	Raises awareness about rhinoceros conservation and the need to protect this endangered wildlife.
September 23	International Day of Sign Languages	Recognises the importance of sign languages and promotes equal participation of deaf people in society.
September 23	Autumnal Equinox	The Autumnal Equinox (September) will occur on this day.
September 23	Ayurveda Day	Since 2025, the Ministry of AYUSH designated 23 Sep as the Ayurveda Day, celebrated since 2016 on variable dates on the occasion of Dhanteras.
September 24	Bhikaji Cama Birth Anniversary	Madam Bhikaji Cama was born on this day in 1861.
September 24	Guru Ram Das Birth Anniversary	Fourth Sikh Guru was born on this day in 1534.
September 25	Anant Chaturdasi	A significant Hindu religious observance associated with Lord Vishnu and the conclusion of Ganesh Chaturthi celebrations.
September 25	World Pharmacists Day	Recognises the contribution of pharmacists to healthcare and public health.
September 25	Antyodaya Diwas	Commemorates the birth anniversary of Pandit Deendayal Upadhyaya and highlights the principle of serving the most disadvantaged.
September 26	European Day of Languages	Promotes language learning, linguistic diversity and cultural understanding across Europe.
September 26	World Contraception Day	Creates awareness about contraception, reproductive health and informed family planning.
September 26	Birth Anniversary of Ishwar Chandra Vidyasagar	Indian Social reformer was born in 1820 on this day. He advocated various social reforms including widow remarriage.
September 26	World Environmental Health Day	Highlights the connection between environmental conditions and human health.
September 27	International Day of the Deaf (World Deaf Day)	A global awareness day designated by Federation of the Deaf (WFD).
September 27	World Tourism Day	Highlights the social, cultural and economic importance of tourism and encourages sustainable tourism.
September 27	Birth Anniversary of Vithalbhai Patel	Vithalbhai Patel was born on this day in 1873. He was a prominent freedom fighter and first Indian President (Speaker) of the Central Legislative Assembly.
September 27	Google Birth Anniversary	Marks the anniversary associated with the founding and birth of Google as a major technology company.
September 28	World Rabies Day	Raises awareness about rabies prevention and the importance of timely action against the disease.
September 28	World Rivers Day	Observed on the fourth Sunday of September to highlight the importance and conservation of rivers.
September 28	International Day for Universal Access to Information	Promotes the right of people to access information and supports transparency and informed participation.
September 28	Gunners' Day	Marks the raising of the first unit of Regiment of Artillery of the Indian Army.
September 28	Shaheed Bhagat Singh's Birth Anniversary	2026 will mark the 119 birth anniversary of Shaheed Bhagat Singh.
September 29	World Heart Day	Raises awareness about cardiovascular diseases and encourages healthier lifestyles to protect heart health.
September 29	Matangini Hazra Death Anniversary	Matangini Hazra was a famous freedom fighter from Bengal. She was shot dead on this day by the British.
September 30	International Translation Day	Recognises the role of translators in connecting languages, cultures and people across the world.

Major Special Days in September 2026 Explained

The following are some of the most significant Important Days in September 2026, covering India’s education, language, environment, health, democracy and global concerns.

September 5: Teachers’ Day

Teachers’ Day in India is celebrated on September 5 to honour Dr. Sarvepalli Radhakrishnan. He was the second President of India and a respected teacher and philosopher. Schools observe the day through programmes and activities expressing gratitude to teachers.

September 8: International Literacy Day

International Literacy Day highlights literacy as an important foundation for education and lifelong learning. The observance draws attention to the need to improve literacy and reduce illiteracy so that people can participate more effectively in society.

September 11: National Forest Martyrs Day

National Forest Martyrs Day remembers people who sacrificed their lives while protecting forests and natural resources. The day highlights the risks faced by forest personnel and the importance of conserving India’s forests and biodiversity.

September 14: Hindi Diwas

Hindi Diwas is observed on September 14 to commemorate the adoption of Hindi written in Devanagari script as one of India’s official languages in 1949. The day promotes the use and development of Hindi through various educational and cultural activities.

September 15: Engineer’s Day

Engineer’s Day in India honours Sir Mokshagundam Visvesvaraya, a renowned engineer and statesman. The day recognises the contribution of engineers to infrastructure, technology, innovation and national development.

September 15: International Day of Democracy

International Day of Democracy highlights the importance of democratic values, public participation, equality and democratic institutions. It encourages greater understanding of democracy and the role citizens play in strengthening it.

September 16: World Ozone Day

World Ozone Day is observed on September 16 to commemorate the signing of the Montreal Protocol in 1987. The day creates awareness about the importance of the ozone layer and the need to protect it from harmful substances.

September 17: World Patient Safety Day

World Patient Safety Day focuses on preventing avoidable harm and improving safety in healthcare. It highlights the importance of safe medical practices and greater attention to the well being of patients during treatment.

September 21: International Day of Peace

International Day of Peace promotes peace, non violence, tolerance and understanding across the world. The United Nations observance encourages people and nations to support peaceful solutions and work towards a more peaceful society.

September 21: World Alzheimer’s Day

World Alzheimer’s Day creates awareness about Alzheimer’s disease and the difficulties experienced by affected individuals and their families. It encourages greater understanding of the condition and the need for support for those living with it.

September 22: World Rhino Day

World Rhino Day highlights the need to protect rhinoceroses and their natural habitats. The observance draws attention to wildlife conservation and the importance of preventing the decline of threatened rhino populations.

September 23: International Day of Sign Languages

International Day of Sign Languages highlights the importance of sign languages in communication and inclusion. It supports equal participation of deaf people and increases awareness about the need for accessible communication.

September 25: World Pharmacists Day

World Pharmacists Day recognises the important role of pharmacists in healthcare. Pharmacists contribute to the safe and effective use of medicines and support public health through their professional services and knowledge.

September 27: World Tourism Day

World Tourism Day highlights the social, cultural and economic importance of tourism. It draws attention to the role tourism plays in connecting people, supporting communities and promoting cultural and natural heritage.

September 29: World Heart Day

World Heart Day spreads awareness about cardiovascular diseases and the importance of maintaining heart health. It encourages people to make healthier lifestyle choices and pay greater attention to factors that affect cardiovascular well being.

September 30: International Translation Day

International Translation Day recognises the work of translators who help people communicate across different languages. Translation supports cultural exchange and helps connect societies by making information accessible across language barriers.

Important Days in September 2026 FAQs

Q1: What are the important days in September 2026?

Ans: Important days in September 2026 include Teachers’ Day, Hindi Diwas, World Ozone Day, International Day of Peace, World Pharmacists Day, World Tourism Day and World Heart Day.

Q2: When is Teachers’ Day celebrated in India in 2026?

Ans: Teachers’ Day will be celebrated on September 5, 2026, in honour of Dr. Sarvepalli Radhakrishnan.

Q3: When is Hindi Diwas 2026 celebrated?

Ans: Hindi Diwas 2026 will be observed on September 14 to commemorate the adoption of Hindi in Devanagari script as one of India’s official languages in 1949.

Q4: When is World Ozone Day 2026?

Ans: World Ozone Day 2026 will be observed on September 16 to commemorate the signing of the Montreal Protocol in 1987 and promote ozone layer protection.

Q5: Which festivals are celebrated in September 2026?

Ans: Major festivals listed for September 2026 include Janmashtami on September 4, Ganesh Chaturthi on September 14 and Anant Chaturdasi on September 25.

Teachers’ Day 2026, Date, Theme, History & Significance

August 27, 2026

Teachers' Day is celebrated every year in India on 5 September to honor the dedication, hard work, and contribution of teachers in shaping the future of students and the nation. The day also marks the birth anniversary of Dr. Sarvepalli Radhakrishnan, India's second President, a renowned philosopher, scholar, and teacher. Teachers' Day 2026 is an opportunity to express gratitude to educators who inspire learning, values, and leadership.

Why is Teachers' Day Celebrated on 5 September?

Teachers' Day is celebrated on 5 September because it is the birth anniversary of Dr. Sarvepalli Radhakrishnan (1888-1975). When he became the President of India in 1962, some of his students requested permission to celebrate his birthday. Instead, he suggested that the day should be celebrated as Teachers' Day to recognize the contribution of teachers across the country. Since then, India has observed Teachers' Day annually on 5 September.

Teachers' Day 2026 Theme

The Teachers' Day 2026 theme has not yet been officially announced. Every year, the theme highlights the importance of teachers in improving education, encouraging innovation, promoting inclusive learning, and preparing students for future challenges. Once announced by the Ministry of Education, it will guide the national celebrations.

Also Read:- Education Ministers of India

History of Teachers' Day in India

The history of Teachers' Day in India is closely associated with the life and ideals of Dr. Sarvepalli Radhakrishnan.

Dr. Radhakrishnan was born on 5 September 1888 in Tiruttani, Tamil Nadu.
He was a distinguished philosopher, educator, and statesman.
He served as India's first Vice President (1952–1962) and second President (1962–1967).
When his students wanted to celebrate his birthday, he requested them to dedicate the day to teachers instead.
India has celebrated Teachers' Day every year since 1962 to recognize the invaluable role of educators.

Who Was Dr. Sarvepalli Radhakrishnan?

Dr. Sarvepalli Radhakrishnan was a renowned philosopher, teacher, educationist, author, and statesman who made significant contributions to Indian education and served as the second President of India, inspiring the nation through his lifelong commitment to learning and teaching.

Born: 5 September 1888 in Tiruttani, Tamil Nadu
Profession: Distinguished philosopher, teacher, educationist, and author
Served as the first Vice President of India (1952–1962)
Served as the second President of India (1962–1967)
Awarded the Bharat Ratna in 1954 for his exceptional contributions
Played a key role in promoting higher education and Indian philosophy worldwide
Strongly believed that teachers are the backbone of society and nation-building
His birth anniversary on 5 September is celebrated as Teachers' Day in India every year
Authored several influential books on philosophy, religion, and education
Remembered as one of India's greatest scholars and educationists, whose ideas continue to inspire generations.

Also Read:- Anti Paper Leak Bill 2026

Importance of Teachers' Day

Teachers' Day highlights the invaluable role of teachers in shaping knowledge, character, values, and responsible citizens, while recognizing their contribution to the nation's educational and social development.

Honors the dedication and hard work of teachers.
Recognizes the role of teachers in nation-building.
Promotes quality education and lifelong learning.
Encourages respect for the teaching profession.
Inspires students to value knowledge, discipline, and ethics.
Strengthens the teacher–student relationship.
Appreciates teachers for nurturing critical thinking and leadership skills.
Motivates educators to adopt innovative teaching methods.
Highlights the importance of inclusive and equitable education.
Reinforces the role of education in building a skilled, informed, and responsible society.

Role of Teachers in Nation Building

developing critical thinking, and preparing responsible citizens who contribute to the country's social, economic, and cultural progress.

Build knowledge, skills, and character among students.
Instill moral values, discipline, and a sense of responsibility.
Promote critical thinking, scientific temper, and problem-solving abilities.
Encourage innovation, creativity, and lifelong learning.
Foster national unity, constitutional values, and social harmony.
Support inclusive education by ensuring equal learning opportunities for all.
Prepare students to become responsible citizens and future leaders.
Develop leadership, communication, and decision-making skills.
Create awareness about environmental conservation, digital literacy, and civic duties.
Contribute to the country's human capital development and long-term sustainable growth.

Teachers' Day 2026 FAQs

Q1: When is Teachers' Day celebrated in India in 2026?

Ans: Teachers' Day 2026 will be celebrated on 5 September 2026 (Saturday) across India.

Q2: Why is Teachers' Day celebrated on 5 September?

Ans: It is observed to commemorate the birth anniversary of Dr. Sarvepalli Radhakrishnan, a renowned teacher, philosopher, and the second President of India, who believed that teachers deserve the highest respect in society.

Q3: What is the theme of Teachers' Day 2026?

Ans: The official theme for Teachers' Day 2026 has not yet been announced. It will be released by the concerned authorities closer to the celebration.

Q4: Who was Dr. Sarvepalli Radhakrishnan?

Ans: Dr. Sarvepalli Radhakrishnan was a philosopher, educationist, author, Bharat Ratna awardee, and the second President of India. His birth anniversary is celebrated as Teachers' Day in India.

Q5: Since when has Teachers' Day been celebrated in India?

Ans: India has celebrated Teachers' Day every year since 1962, following Dr. Radhakrishnan's request to dedicate his birthday to teachers.