Operation Sankalp, Background, Coordination, Significance

Operation Sankalp

Operation Sankalp is an Indian Navy mission started in June 2019 to protect Indian merchant ships in the Gulf region, especially through the Strait of Hormuz. It ensures safe passage of vessels and safeguards India’s maritime interests.

Operation Sankalp Background

After the attacks on merchant ships in the region of Gulf of Oman, the Indian Navy started Maritime Security Operations, called Operation Sankalp. Its main goal was to protect Indian ships passing through the strategic Strait of Hormuz and ensure India’s trade routes safety. This operation also signifies India’s role in maintaining peace and security in international waters and safeguarding global maritime trade.

Operation Sankalp Coordination

  • Operation Sankalp is carried out in close coordination with:
    • Ministry of Defence
    • Ministry of External Affairs
    • Ministry of Shipping
    • Ministry of Petroleum & Natural Gas
    • Directorate General of Shipping

Deployment under Operation Sankalp

  • 23 warships have been deployed so far for the operation.
  • On average, 16 Indian-flagged merchant vessels are escorted safely each day in the Gulf region.
  • INS Talwar, a stealth frigate, is currently deployed as part of the mission.

Operation Sanakalp Significance

  • India imports almost 85% of its oil, with around 62% of oil imports in 2019-20 (worth around 66 billion USD) from the Gulf.
  • Due to the high-security risks in the Persian Gulf, it is crucial to protect Indian ships and ensure uninterrupted maritime trade.
  • The operation displays the Indian Navy’s commitment to safeguard India’s maritime interests and maintain regional stability.

INS Talwar

  • INS Talwar (F40) is the lead ship of the Talwar-class frigates of the Indian Navy. Its name means “Sword” in Hindi.
  • It was built in Russia and commissioned into the Indian Navy on 18 June 2003.
  • The ship is part of the Western Fleet, operating under the Western Naval Command.
  • Key Capabilities:
    • Anti-air operations-Can defend against aerial threats.
    • Anti-ship and land-attack missiles-Can strike enemy ships and coastal targets.
    • Anti-submarine warfare-Equipped to detect and combat submarines.
    • INS Talwar is a modern multi-role frigate designed to protect India’s maritime interests and operate in complex naval environments.

The Persian Gulf

  • The Persian Gulf, also called the Arabian Gulf, lies between the Arabian Peninsula and Iran and connects to the Indian Ocean via the Strait of Hormuz.
  • It is about 990 km long and 55-340 km wide, with an average depth of 50 meters.
  • The gulf holds around two-thirds of the world’s proven oil reserves and one-third of natural gas reserves.
  • Major countries along its coast include Iran, Saudi Arabia, UAE, Kuwait, Iraq, Qatar and Bahrain.
  • It is a key route for global maritime trade, especially for oil transport.
  • Important islands include Bahrain and Qeshm, the largest in the gulf.

Gulf of Oman

  • The Gulf of Oman lies between eastern Oman and southern Iran and connects the Arabian Sea to the Persian Gulf via the Strait of Hormuz.
  • It is about 560 km long and serves as the only maritime route from the Indian Ocean into the Persian Gulf.
  • The gulf is a crucial shipping route for oil, with roughly one-third of the world’s oil passing through it.
  • It borders Oman to the south, Iran and Pakistan to the north, and the UAE to the west.
  • Key ports include Muscat, Sur, Sohar (Oman) and Jask, Chah Bahar (Iran).
  • Important islands include Sheytan Island, Al Fahal Island, Dimaniyat Islands and Sawadi Islands.
  • Its security is vital for global oil trade, as both exporters and importers depend on it.

Operation Sankalp FAQs

Q1: What is Operation Sankalp?

Ans: Operation Sankalp is an Indian Navy mission, which was started in June 2019 to protect Indian merchant ships in the Gulf region.

Q2: Why was Operation Sankalp launched?

Ans: It was launched with the aim to protect Indian vessels, securing trade routes and maintaining maritime security.

Q3: Which agencies coordinate Operation Sankalp?

Ans: It is coordinated with the Ministry of Defence, Ministry of External Affairs, Ministry of Shipping, Ministry of Petroleum & Natural Gas and Directorate General of Shipping.

Q4: What are the key capabilities of INS Talwar?

Ans: It is a stealth frigate which can conduct anti-air operations, acts as anti-ship and land attacks and anti-submarine warfare.

Q5: What is the significance of Operation Sankalp for India?

Ans: It safeguards India’s maritime trade and also highlights India’s role in maintaining regional stability.

Hokkaido Islands, Location, Geography, Climate Change, Features

Hokkaido Islands

Hokkaido Islands are Japan’s northernmost and second largest island, covering 83,423.84 km² and ranking 21st globally by area. It lies north of Honshu, separated by the Tsugaru Strait and close to Russia across the La Pérouse Strait. The island is bordered by the Sea of Japan to the west, the Sea of Okhotsk to the north and the Pacific Ocean to the east and south. Sapporo City is located on the Ishikari River and serves as the administrative headquarters. Hokkaido forms a key part of the Japanese Archipelago.

Also Read: Lakshadweep Islands

Hokkaido Islands Features

The major highlighting features of the Hokkaido Islands have been listed below:

  • Position in Japanese Archipelago: Hokkaido is the northernmost of Japan’s five main islands within the 14,125 Islands of the Japanese Archipelago. 
  • Location: It lies near Russia’s Sakhalin Oblast and forms the northern arc of Japan’s island chain stretching over 3,000 km.
  • Surrounding Water Bodies: The island is bordered by the Sea of Japan in the west, the Sea of Okhotsk in the north and the Pacific Ocean in the east and south. Key straits include Tsugaru Strait, La Pérouse Strait and Nemuro Strait.
  • Area and Relief: With 83,423.84 km² area, it is Japan’s second largest island. The interior is mountainous with volcanic plateaux. Major plains include Ishikari 3,800 km², Tokachi 3,600 km², Kushiro 2,510 km² and Sarobetsu 200 km².
  • Rivers: The Ishikari River flows through Sapporo city of Hokkaido. 
  • Wetlands: Kushiro Wetland is Japan’s largest wetland and a Ramsar site since 1980. Other wetlands include Lake Utonai and Lake Akkeshi.
  • Climate: Hokkaido has a sub arctic climate with 8°C annual average temperature and 1,150 mm rainfall. January averages -9°C in Asahikawa; August averages 21°C. Snowfall reaches 11 metres in western mountains.
  • Recent Climate Change: In April 2024, Sapporo recorded 26°C, its earliest summer day. Japan’s temperature has risen 1.28°C per century since 1898. Sea ice in the Sea of Okhotsk has reduced thickness by 30% in 30 years.
  • Biodiversity: The island has three lineages of Ussuri brown bear, Asia’s largest population outside Russia. Species include Steller’s sea eagle, Yezo sika deer, Ezo red fox and Sakhalin fir.
  • Geological Activity: Major earthquakes include 7.7 magnitude in 1993, 8.3 in 2003, 6.6 in 2018 and 6.1 in 2021.
  • Volcano: Active volcanoes include Mount Usu, Mount Tokachi and Mount Meakan.

Also Read: Indian Islands

Hokkaido Islands FAQs

Q1: Where are the Hokkaido Islands located?

Ans: Hokkaido is the northernmost main island of Japan, located near Russia’s Sakhalin. It is separated from Honshu by the Tsugaru Strait and bordered by the Sea of Japan, Sea of Okhotsk and the Pacific Ocean.

Q2: What is the total area of the Hokkaido Islands?

Ans: Hokkaido covers 83,423.84 square kilometres, making it the second largest island of Japan and ranking 21st largest island in the world by area.

Q3: What type of climate does the Hokkaido Islands have?

Ans: Hokkaido has a sub arctic climate with an average annual temperature of 8°C and annual precipitation of about 1,150 mm. Winters are snowy and temperatures in January can fall to -9°C in central areas.

Q4: Why is the Hokkaido Islands important for biodiversity?

Ans: Hokkaido hosts three distinct lineages of Ussuri brown bears and has Asia’s largest brown bear population outside Russia. It also supports species like Steller’s sea eagle and Yezo sika deer.

Q5: What recent climate change trend has been observed in the Hokkaido Islands?

Ans: In April 2024, Sapporo recorded 26°C, its earliest summer day. Sea ice in the Sea of Okhotsk has lost about 30% thickness over the past 30 years.

Mining Sector in India, Geographical Distribution, Legislative Framework

Mining Sector in India

India is one of the world’s richest countries in terms of mineral resources. The mining sector plays a crucial role in supporting industrial growth, infrastructure development, and employment generation. With abundant reserves of coal, iron ore, bauxite, and rare earth minerals, Mining Sector in India is considered the backbone of several key sectors such as power, steel, automobiles, and construction.

Geographical Distribution of Mines in India

India’s mineral resources are unevenly distributed and are mainly concentrated in specific regions rich in geological formations.

  • Jharkhand – Known for its vast reserves of coal, iron ore, copper, mica, and uranium. It is one of the most important mineral-producing states in India.
  • Odisha – Rich in iron ore, bauxite, manganese, and chromite. The state plays a major role in India’s steel and aluminium industries.
  • Chhattisgarh – Contains large deposits of coal, iron ore, limestone, and dolomite. It is a major contributor to thermal power and steel production.
  • Rajasthan – Famous for marble, limestone, gypsum, zinc, and lead. The state is a leading producer of non-metallic minerals and building materials.
  • Karnataka – Known for iron ore, gold, manganese, and limestone. It has historically been one of India’s key iron ore-producing states.
  • Andhra Pradesh – Rich in barytes, limestone, mica, and coal. It contributes significantly to the cement and energy industries.
  • Goa – Primarily known for high-quality iron ore mining, which contributes to mineral exports.

Role of Mining in the Indian Economy

The mining sector plays a vital role in India’s economic growth by supplying essential raw materials to key industries such as power, steel, cement, infrastructure, and manufacturing.

  • Mining provides essential raw materials like coal, iron ore, bauxite, and limestone that support major industries such as steel, cement, and power generation.
  • The sector contributes approximately 2.3-2.5% to India’s GDP, making it an important component of the country’s primary economic sector.
  • It supports infrastructure development by supplying minerals required for construction, transportation, and energy production.
  • Mining helps reduce import dependency by strengthening domestic production of minerals like iron ore and coal.
  • India is among the leading producers of several minerals, including sheet mica and bauxite, contributing to global mineral supply.
  • The mining industry generates employment opportunities for both skilled and unskilled labour, especially in rural and tribal regions.
  • Mining activities promote growth in allied sectors such as transportation, equipment manufacturing, and energy industries.
  • The sector contributes significantly to government revenue through royalties, taxes, and export earnings.

Legislative Framework Governing Mining Sector in India

The mining sector in India is governed by central legislation and regulatory institutions that ensure scientific exploration, sustainable mineral extraction, and transparent allocation of mining resources.

  • The Mines and Minerals (Development and Regulation) Act, 1957 is the primary law regulating mineral exploration, mining leases, and conservation of mineral resources in India.
  • The Constitution of India assigns state governments the authority to regulate minerals located within their territorial boundaries.
  • The central government regulates minerals located in offshore areas, especially within India’s Exclusive Economic Zone (EEZ).
  • Auction-based allocation of mining leases has been introduced to ensure transparency and reduce corruption in mineral block allocation.
  • The framework promotes sustainable mining practices and mandates environmental and safety compliance for mining operations.
  • The International Seabed Authority regulates mineral exploration in international seabed areas, and India has exclusive rights to explore polymetallic nodules in the Central Indian Ocean Basin.
  • The legislative system also provides mechanisms to prevent illegal mining and encourages scientific mineral exploration.

National Mineral Policy 2019

The National Mineral Policy 2019 aims to promote sustainable and scientific mining practices while encouraging private investment and technological advancement in India’s mining sector.

  • Encourages private sector participation in mineral exploration through revenue-sharing models.
  • Allows transfer of mining leases and promotes mergers and acquisitions to improve operational efficiency.
  • Promotes development of dedicated mineral corridors and improved transportation through coastal waterways and inland shipping.
  • Introduces long-term import-export policies for minerals to ensure business stability and better planning.
  • Aims to harmonise taxes, levies, and royalty rates with global standards to attract investments.
  • Promotes use of e-governance and IT-enabled monitoring systems for transparency and better regulation.
  • Strengthens utilisation of District Mineral Foundation (DMF) funds for welfare and development of mining-affected communities.
  • Introduces the concept of intergenerational equity to ensure responsible utilisation of mineral resources for future generations.

Mining Sector in India Challenges

The Mining Sector in India faces several structural, environmental, and administrative challenges that affect its growth and sustainability.

  • Displacement and Rehabilitation Issues – Mining projects often displace tribal and rural communities, and rehabilitation measures are frequently inadequate.
  • Environmental Degradation – Mining leads to deforestation, land degradation, loss of biodiversity, and pollution of water and air resources.
  • Illegal and Unscientific Mining – Practices like illegal extraction and unsafe mining methods increase accident risks and revenue losses for the government.
  • Health and Safety Concerns – Mining workers face occupational diseases such as silicosis and pneumoconiosis due to exposure to dust and harmful particles.
  • Regulatory and Administrative Delays – Slow environmental clearances, complex approval processes, and legal disputes delay mining operations and investments.
  • Social Conflicts and Protests – Mining activities often trigger protests due to livelihood loss, cultural disruption, and environmental damage.
  • Infrastructure Constraints – Lack of proper transport, logistics, and technology affects efficient mineral extraction and supply chains.
  • Corruption and Lack of Transparency – Past irregularities in mining lease allocation have reduced investor confidence in the sector.

Way Forward

  • Faster Clearance and Approval Processes – Simplifying environmental and regulatory clearances will help accelerate mining projects and improve resource utilization.
  • Strict Implementation of Mining Laws – Strong enforcement of rules and guidelines issued under the Mines and Minerals (Development and Regulation) Act, 1957 is essential to curb illegal and unscientific mining.
  • Adoption of Advanced Technology – Use of satellite monitoring, artificial intelligence, and modern exploration techniques can improve efficiency, transparency, and worker safety.
  • Transparency in Allocation of Mining Blocks – Auction-based and rule-based allocation of mining leases should be strengthened to reduce corruption and increase investor confidence.
  • Sustainable and Environment-Friendly Mining – Proper Environmental Impact Assessment (EIA) and sustainable mining practices must be followed to reduce ecological damage and conserve biodiversity.
  • Rehabilitation and Welfare of Displaced Communities – Mining projects must ensure fair compensation, rehabilitation, and protection of tribal and local community rights.
  • Effective Utilisation of DMF Funds – Funds should be used for education, healthcare, infrastructure development, and livelihood support in mining-affected areas.
  • Strengthening Environmental Monitoring – Guidelines issued by the National Green Tribunal should be implemented effectively to protect forests and ecosystems.
  • Improved Safety Standards for Workers – Adoption of global safety practices and modern equipment is necessary to reduce occupational hazards and mining accidents.

Mining Sector in India FAQs

Q1: What is the mining sector in India?

Ans: The mining sector in India involves exploration, extraction, and processing of minerals such as coal, iron ore, bauxite, copper, and rare earth minerals that support industries like power, steel, and infrastructure.

Q2: How important is mining to the Indian economy?

Ans: Mining contributes around 2.3–2.5% to India’s GDP and provides raw materials to key industries, helping economic growth, employment generation, and infrastructure development.

Q3: Which minerals are mainly produced in India?

Ans: India produces nearly 95 types of minerals, including fuel minerals (coal, petroleum), metallic minerals (iron ore, copper, manganese), non-metallic minerals (limestone, gypsum), atomic minerals, and minor minerals.

Q4: Which states are rich in mineral resources in India?

Ans: Major mineral-rich states include Jharkhand, Odisha, Chhattisgarh, Rajasthan, Karnataka, Andhra Pradesh, and Goa.

Q5: Which law regulates mining activities in India?

Ans: Mining activities in India are governed by the Mines and Minerals (Development and Regulation) Act, 1957, which regulates mineral exploration, licensing, and mining leases.

Sino-Indian War 1971, Background, Causes, Aftermath, Implications

Sino-Indian War

The Sino-Indian War was a short military conflict fought between India and China in 1962. The main reason was a border dispute along the Himalayan region, especially in Aksai Chin and Arunachal Pradesh. The war lasted for about a month and ended with China declaring a unilateral ceasefire. It had a major impact on India’s defence policy and foreign relations.

Sino-India War Background

  • India accepted the McMahon Line (1914) in the eastern sector as its boundary, but China did not recognize it. In the western sector, both the countries claimed Aksai Chin.
  • China captured Tibet in 1950. Following this India’s border with Tibet became a direct border with China further escalating tensions.
  • India gave asylum to the Dalai Lama, who fled Tibet due to Chinese actions. This worsened relations between the two countries.
  • The construction of roads by China passing through Aksai Chin since 1956 was considered by India as Chinese aggression over India territory.
  • India set up military posts in disputed areas to stop Chinese advances. China viewed this as aggressive.
  • Meetings between Indian and Chinese leaders failed to solve the border dispute, leading to war in October 1962.

Sino-Indian Course of War

  • The Sino-Indian War began on 20 October 1962 when Chinese forces launched a sudden attack across the Thagla Ridge in the eastern sector (then part of Assam, now Arunachal Pradesh).
  • The war was fought in two main sectors:
    • Western Sector – Ladakh (Aksai Chin)
    • Eastern Sector – Arunachal Pradesh
  • In the Western Sector, China attacked areas like Daulat Beg Oldi, Chushul and Demchok. India faced shortages of troops, weapons, winter clothing and road connectivity.
  • The Battle of Rezang La (18 November 1962) was a major event where soldiers of 13 Kumaon Regiment fought bravely against heavy Chinese attack. Major Shaitan Singh, who led the battle was awarded the Param Vir Chakra (posthumously).
  • In the Eastern Sector, Chinese forces captured important areas like Thagla and Walong. Indian forces were not fully prepared for high-altitude warfare.
  • By mid-November 1962, Chinese troops had advanced close to Tezpur in Assam.
  • India sought emergency military assistance from countries like the United States, Britain and Canada.
  • On 21 November 1962, China declared a unilateral ceasefire and withdrew in the eastern sector, while retaining control over Aksai Chin in the western sector.
  • After the war, the boundary came to be known as the Line of Actual Control (LAC).
  • India accepted the ceasefire, which officially brought the war to an end.
  • Although fighting stopped, tensions between the two countries did not end.
  • The war had a long-term impact on India’s defence policy, foreign relations and national security planning.

Causes of India’s Defeat in the 1962 Sino-Indian War

  • The war is regarded as a major military setback for India, despite acts of bravery by Indian soldiers.
  • China had clear numerical and tactical superiority, deploying far more troops than India.
  • The Chinese Army had better weapons, equipment, infrastructure and strong supply lines through Tibet, while India was poorly prepared logistically.
  • India deployed around 20,000 troops, whereas China deployed more than 80,000 troops.
  • Indian casualties were significant (over 1,300 killed and nearly 4,000 captured), showing the seriousness of the defeat.
  • India did not effectively use air power to support its ground forces.
  • Indian troops lacked proper winter clothing and modern weapons for high-altitude warfare.
  • The war exposed serious weaknesses in India’s defence system and led to later military modernization and reforms.

Aftermath and Impact of the Sino-Indian War

  • The 1962 war acted as a major wake-up call for India.
  • Defence Minister V.K. Krishna Menon resigned after the defeat.
  • The Indian Army was reorganized and steps were taken to modernize weapons and improve training.
  • The government focused on building better roads and infrastructure in border areas.
  • India changed its defence policy and gave more importance to military preparedness and national security.
  • After the war, India increased strategic and military cooperation with Western countries and the Soviet Union.
  • The war also led India to review its non-alignment policy and overall military planning.

Sino-Indian War Geopolitical Implications

  • The India-China War took place during the Cold War period, shortly after the Cuban Missile Crisis, when the world was mainly focused on tensions between the USA and the Soviet Union.
  • At that time, global attention was elsewhere, and China used the situation to strengthen its position along the Indian border.
  • After the war, India’s view of China changed completely.
  • The earlier feeling of friendship was replaced by caution, suspicion and a more realistic approach in foreign policy.

Strategic Lessons from the Sino-Indian War

  • The war showed that diplomacy and peaceful relations must be supported by strong military power and preparedness.
  • It highlighted the urgent need to improve border infrastructure, intelligence systems and coordination between the armed forces and the government.
  • The conflict made it clear that high-altitude warfare requires special training, proper equipment and modern weapons.
  • Overall, the war led India to strengthen its defence system and remain alert along sensitive areas like the Line of Actual Control (LAC), lessons that remain important even today.

Line of Actual Control

  • The Line of Actual Control (LAC) is the present boundary that separates areas controlled by India and China. It is not a clearly defined international border but a line based on ground positions after the 1962 war.
  • India considers the LAC to be about 3,488 km long, while China believes it is around 2,000 km long. This difference in understanding often leads to tensions.
  • The LAC is divided into three sectors:
    • Eastern Sector – covers Arunachal Pradesh and Sikkim.
    • Middle Sector – includes Uttarakhand and Himachal Pradesh.
    • Western Sector – mainly in Ladakh.
  • In the eastern sector, the LAC broadly follows the McMahon Line, which was drawn in 1914 and is about 1,140 km long. India accepts it as the boundary, but China does not fully recognize it.
  • Because the LAC is not clearly marked on the ground, both sides have different perceptions of the line, which sometimes leads to standoffs and military tensions.

Sino-Indian 1962 War Relevance

  • The impact of the 1962 India-China War can still be seen today, as the border dispute between the two countries has not been fully resolved.
  • Tensions continue mainly in Ladakh and Arunachal Pradesh due to different views about the Line of Actual Control (LAC).
  • A recent example is the 2020 clash in the Galwan Valley, where soldiers of both countries were involved in a serious confrontation.
  • These incidents show that the issues which began in 1962 still affect India–China relations and require constant military alertness and strong diplomatic efforts.

Sino-Indian War FAQs

Q1: What was the Sino-Indian War of 1962?

Ans: It was a military conflict fought between India and China in October-November 1962 over border disputes in the Himalayan region.

Q2: In which areas was the war mainly fought?

Ans: The war was fought in two sectors: Western Sector-Ladakh (Aksai Chin) and the Eastern Sector-Arunachal Pradesh (then part of Assam).

Q3: When did the war begin and end?

Ans: The war began on 20 October 1962 and ended on 21 November 1962 when China declared a unilateral ceasefire.

Q4: What were the main causes of the war?

Ans: Main reasons were the border dispute over Aksai Chin and Arunachal Pradesh (McMahon Line), China’s takeover of Tibet, India giving asylum to the Dalai Lama and tensions due to the Forward Policy.

Q5: What is the Line of Actual Control (LAC)?

Ans: The LAC is the present line that separates Indian-controlled and Chinese-controlled areas after the 1962 war. It is not a clearly defined international boundary.

UPSC Daily Quiz 13 February 2026

[WpProQuiz 91]

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.

Highest Mountain Peak in the World, Top 10 List, Height, Range

Highest Mountain Peak in the World

The Highest Mountain Peak in the World is the tallest natural point on Earth measured above sea level. It is formed due to the movement and collision of tectonic plates over millions of years. Such high peaks influence climate patterns, support glaciers and give rise to major rivers. They are important in the study of physical geography and environmental processes.

Highest Mountain Peak in the World

Around the world, more than one hundred mountain peaks rise above 7,200 metres above sea level. Most of these extremely high mountains are concentrated in Asia, particularly along the zone where the Indian Plate is pushing against the Eurasian Plate. This tectonic collision has created some of the tallest and youngest fold mountains on Earth, making the region highly significant in physical geography.

List of Highest Mountain Peaks in the World

The highest mountain peaks in the world are briefly discussed below in order of their height above sea level. These peaks are mainly located in Asia and are significant for their geographical features, formation processes and global importance.

List of Highest Mountain Peaks in the World
S No. Mountain Metres Feet Range Location

1.

Mount Everest

8,848

29,029

Himalayas

Nepal/China(Tibet)

2.

K2

8,611

28,251

Karakoram

India

3.

Kangchenjunga

8,586

28,169

Himalayas

Nepal/India

4.

Lhotse

8,516

27,940

Himalayas

Nepal/China -Climbers ascend Lhotse Face in climbing Everest

5.

Makalu

8,485

27,838

Himalayas

Nepal/China

6.

Cho Oyu

8,201

26,906

Himalayas

Nepal/China-Considered “easiest” eight-thousander

7.

Dhaulagiri

8,167

26,795

Himalayas

Nepal – Presumed world’s highest from 1808-1838

8.

Manaslu

8,163

26,781

Himalayas

Nepal

9.

Nanga Parbat

8,126

26,660

Himalayas

India

10.

Annapurna I

8,091

26,545

Himalayas

Nepal – First eight-thousander to be climbed (1950)

11.

Gasherbrum I (Hidden peak; K5)

8,080

26,509

Karakoram

India (currently under the illegal occupation of Pakistan)

12.

Broad Peak

8,051

26,414

Karakoram

India (currently under the illegal occupation of Pakistan)

13.

Gasherbrum II (K4)

8,035

26,362

Karakoram

India (currently under the illegal occupation of Pakistan)/China Border

14.

Shishapangma

8,027

26,335

Himalayas

China

Top 10 Highest Mountain Peaks in the World

  1. Mount Everest
  • Mount Everest is the tallest mountain in the world with a height of 8,848.86 metres above sea level.
  • It has the highest topographic prominence, which means it rises higher than any other peak on Earth. There is no taller mountain nearby.
  • It is situated in the Himalayas on the border of Nepal and China (Tibet). It lies within Sagarmatha National Park and Qomolangma National Nature Preserve.
  • The mountain was accurately measured in 1856 during the Great Trigonometrical Survey of India and was officially named in 1865 after Sir George Everest.
  • It is called Sagarmatha in Nepal and Chomolungma in Tibet, reflecting its cultural importance in both regions.

    2. K2
  • K2 is the second-highest mountain in the world, with a height of 8,611 metres above sea level. It is also called Mount Godwin Austen.
  • It is popularly known as “The Savage Mountain”.
  • It is situated in the Karakoram Range along the border between India and China. Karakoram is known for its rugged and high-altitude terrain.
  • K2 has a prominence of about 4,020 metres, which means it rises sharply above the surrounding landscape. 
  • The mountain is famous for its extremely steep slopes and harsh weather conditions. Due to its difficult climbing routes, it is considered one of the toughest and most dangerous peaks in the world.
  • Compared to Mount Everest, K2 has a higher death rate among climbers and fewer mountaineers have successfully reached its summit.

    3. Kangchenjunga
  • Kangchenjunga is the third-highest mountain in the world, with a height of 8,586 metres above sea level.
  • It is located in the Himalayas on the border between Nepal and the Indian state of Sikkim.
  • It is known for its remote location, heavy snowfall, and difficult climbing conditions, making it one of the more dangerous high peaks.
  • The first successful ascent was made in 1955 by a British team. It is one of the 14 “eight-thousanders,” meaning peaks in the world that are higher than 8,000 metres.

    4. Lhotse
  • Lhotse is the fourth-highest mountain in the world, with a height of 8,516 metres above sea level.
  • It is situated in the Himalayas on the Nepal-China (Tibet) border.
  • Lhotse lies very close (around 2.66 km) to Mount Everest.
  • It has two main summits-Lhotse Main and Lhotse Middle.
  • The first successful ascent was made in 1956 by a Swiss team, and it is often climbed along with Mount Everest.

    5. Makalu
  • Makalu is the fifth-highest mountain in the world, with a height of 8,485 metres above sea level.
  • It is located on the border of Nepal and Tibet in the Mahalangur range of the Himalayas.
  • The mountain is famous for its sharp ridges and pyramid-like shape, which makes climbing very difficult and risky.
  • The surrounding region is rich in biodiversity and is home to endangered animals like the red panda and snow leopard.
  • Local communities such as the Sherpa, Rai and Limbu live in this area and consider the mountain spiritually important.

    6. Cho Oyu
  • Cho Oyu is the sixth-highest mountain in the world, with a height of 8,201 metres above sea level.
  • It lies in the Himalayas on the border of Nepal and China and falls under the Khumbu region of Nepal.
  • It was first successfully climbed in 1954 by a Swiss expedition team.
  • Among the fourteen peaks above 8,000 metres, Cho Oyu is considered comparatively less difficult to climb, though it still requires high-altitude experience.

    7. Dhaulagiri
  • Dhaulagiri is the seventh-highest mountain in the world, rising to 8,167 metres above sea level.
  • It is situated in Nepal.
  • It was first successfully climbed in 1960 by a Swiss expedition.
  • Dhaulagiri is regarded as one of the more difficult peaks among the fourteen mountains above 8,000 metres due to its steep slopes and harsh weather conditions.

    8. Manaslu
  • Manaslu is the eighth-highest mountain in the world, with a height of 8,163 metres above sea level.
  • It is located in Nepal in the Himalayas and lies within the Manaslu Conservation Area.
  • It was first climbed successfully in 1956 by a Japanese expedition team.
  • Manaslu is one of the fourteen peaks above 8,000 metres and is considered challenging due to difficult weather and terrain conditions.

    9. Nanga Parbat
  • Nanga Parbat is the ninth-highest mountain in the world, with a height of 8,126 metres above sea level.
  • It is located in the western Himalayas in the Gilgit-Baltistan region of Kashmir, near a sharp bend of the Indus River. It is considered the westernmost major peak of the Himalayan range.
  • Nanga Parbat is famous for its steep faces, technical climbing routes and frequent avalanches, making it one of the more dangerous peaks above 8,000 metres.
  • The first successful ascent was made in 1953 by an Austrian expedition team.

    10. Annapurna I
  • Annapurna I is the tenth-highest mountain in the world, rising to 8,091 metres above sea level.
  • It is situated in Nepal in the Himalayas and lies within the Annapurna Conservation Area.
  • Annapurna was first successfully climbed in 1950 by a French expedition, becoming one of the earliest 8,000-metre peaks to be summited.
  • It is regarded as one of the most dangerous “eight-thousanders” because of its steep slopes and high risk of avalanches.

Highest Mountain Peak in the World FAQs

Q1: What is the highest mountain peak in the world?

Ans: Mount Everest is the highest mountain peak in the world, with a height of 8,848.86 metres above sea level.

Q2: Where are most of the world’s highest mountain peaks located?

Ans: Most peaks above 8,000 metres are located in Asia formed due to the collision of the Indian and Eurasian Plates.

Q3: Which mountain is known as “The Savage Mountain”?

Ans: K2 is popularly known as “The Savage Mountain” because of its extremely difficult and dangerous climbing conditions.

Q4: What are “Eight-thousanders”?

Ans: Eight-thousanders are the 14 mountain peaks in the world that rise above 8,000 metres above sea level.

Q5: Which mountain is considered the most dangerous among the top peaks?

Ans: Annapurna I is considered one of the most dangerous eight-thousanders due to its steep slopes and high avalanche risk.

Heavy Metal Pollution, Impact, Measures, Government Initiatives

Heavy Metal Pollution

Heavy Metal Pollution refers to contamination of soil, water, air and living organisms by dense metallic elements with atomic number above 20 and density greater than 5 g/cm³. These metals occur naturally in Earth’s crust but become hazardous when concentrations rise due to human activities. 

Unlike organic pollutants, heavy metals do not degrade biologically and remain persistent for decades. Rapid industrialization, mining, fertilizer use, wastewater discharge and fossil fuel combustion have significantly increased their presence in rivers, wetlands, groundwater, agricultural soils and food chains.

Heavy Metal Pollutants List

Heavy metals are persistent elements that accumulate in ecosystems and human tissues, causing severe toxicity. The major agents that contribute to the Heavy Metal Pollution are:

  1. Lead (Pb): Commonly released from industrial discharge and vehicle emissions, lead damages the nervous system, reduces cognitive ability in children and causes anemia and kidney failure. It has been detected above permissible limits in several Indian river monitoring stations and wetlands.
  2. Cadmium (Cd): Originating from fertilizers, mining and industrial waste, cadmium accumulates in soils and crops, lowers agricultural productivity and causes bone deformities and kidney damage. Globally, cadmium is considered the most widespread soil contaminant in agricultural lands.
  3. Arsenic (As): Often found in groundwater due to natural rock seepage and mining, arsenic causes skin lesions and cancers. Irrigation with contaminated groundwater introduces arsenic into food grains, creating long term food safety risks.
  4. Chromium (Cr): Majorly discharged from tannery and dye industries, chromium inhibits seed germination and affects liver and lung health. Industrial effluents carrying chromium significantly pollute river sediments and groundwater zones.
  5. Nickel (Ni): Released from metallurgical industries and fossil fuel combustion, nickel is toxic to plants and causes respiratory disorders in humans. Regional hotspots across Asia report elevated nickel levels in agricultural soils.
  6. Mercury (Hg): Entering water bodies from coal burning and industrial discharge, mercury bioaccumulates in fish and enters the human food chain, causing neurological disorders and developmental defects.
  7. Copper (Cu) and Iron (Fe): Essential micronutrients in trace amounts, but excess levels in rivers indicate industrial contamination and can harm aquatic organisms by disturbing metabolic processes.

Heavy Metal Pollution in India

India faces serious Heavy Metal Pollution in Water Resources by contamination of rivers, groundwater, soils and wetlands as highlighted below:

  • River Monitoring: India has 764 river quality monitoring stations across 28 states. Reports indicate that three out of every four stations detected alarming concentrations of metals such as lead, iron, nickel, cadmium, arsenic, chromium and copper.
  • Ganga Basin: Among 33 monitoring stations along the Ganga, 10 recorded high heavy metal contamination. The river, targeted under pollution control missions, continues to show elevated levels of toxic metals in sediments and water samples.
  • Central Water Commission Study: Between August 2018 and December 2020, 688 sites were examined for heavy metals. Additionally, 239 stations showed high total coliform and 88 recorded high biochemical oxygen demand, reflecting inadequate wastewater treatment systems.
  • Sewage Disposal: Around 72% of sewage in India is discharged untreated into water bodies. Ten states reportedly lack sewage treatment facilities entirely, intensifying heavy metal inflow from domestic and industrial sources.
  • Groundwater: The Ministry of Jal Shakti identified 36,873 rural habitations affected by heavy metal contamination in groundwater, with arsenic and fluoride being dominant and cadmium and lead present in localized pockets.
  • Odisha Wetlands: Eight wetlands in Odisha, including Chandaneswar, Chilika, Bhadrak, Hirakud, Talcher and Titlagarh, have shown presence of cancer causing metals like lead and chromium, affecting aquatic ecosystems and local communities.

Heavy Metal Pollution Impacts

Heavy Metal Pollution produces long term ecological, agricultural and health consequences due to its non degradable nature. The major impacts of the contamination include:

  • Bioaccumulation: Toxic metals accumulate in living organisms from water, food and air exposure. Continuous intake increases internal concentration over time, even when environmental levels appear low.
  • Biomagnification: Concentration of metals increases at higher trophic levels in the food chain. Fish contaminated with mercury or cadmium transfer toxins to humans consuming them regularly.
  • Soil Degradation: Heavy metals alter soil pH, destroy nitrogen fixing bacteria, reduce microbial diversity and lower fertility. Globally, 14% to 17% of agricultural soils exceed safe metal limits, affecting about 242 million hectares of land.
  • Public Health Risks: Exposure causes cancers, neurological damage, kidney failure, liver toxicity, reproductive disorders, developmental retardation in children and in extreme cases death. Approximately 900 million to 1.4 billion people worldwide live in high risk contaminated regions.
  • Water Contamination: Metals leach into rivers and groundwater through runoff and industrial effluents. Contaminated rivers like Ganga, Yamuna and Cauvery show multiple metal presence linked to untreated sewage and industrial discharge.
  • Ecosystem Imbalance: Toxicity affects pollinators, fish, earthworms and other fauna, disturbing biodiversity and nutrient cycles. Contaminated areas near mining and smelting sites often become ecological dead zones.

Heavy Metal Pollution Mitigation Measures

Effective control of the Heavy Metal Pollution requires scientific remediation, strict regulation and community participation. We can follow the below mentioned measures to curb the contamination:

  • Phytoremediation: Certain plants absorb metals from contaminated soils. This cost effective green method gradually reduces cadmium, arsenic and lead concentrations without damaging soil structure.
  • Bioremediation: Microorganisms such as specific bacterial strains detoxify metals in soil and water by converting them into less harmful forms, improving ecological restoration.
  • Reverse Osmosis and Ion Exchange: Water treatment technologies using semi permeable membranes and resin based systems remove dissolved heavy metals from drinking water sources efficiently.
  • Soil Washing and Stabilization: Chemical treatments and soil flushing techniques extract or immobilize metals, preventing further leaching into groundwater and crops.
  • Monitoring and Mapping: Nationwide soil and water quality surveys help identify contamination hotspots. Early detection reduces long term ecological and economic damage.
  • Regulation of Industrial Discharge: Strict limits on effluent release from tanneries, smelters, mining units and fertilizer industries reduce chromium, nickel and cadmium inflow into rivers.

Heavy Metal Pollution Government Initiatives

Multiple national programs aim to control Heavy Metal Pollution through regulation, monitoring and river conservation. Important Government Initiatives related to the curbing of Heavy Metals Contamination are:

  • Namami Gange Programme: Approved in June 2014 as a flagship integrated conservation mission, it focuses on pollution abatement and rejuvenation of the Ganga through sewage treatment, industrial effluent monitoring, river surface cleaning, biodiversity conservation and afforestation.
  • National Mission for Clean Ganga (NMCG): Operating under the Ministry of Jal Shakti, it implements river restoration projects and coordinates with State Program Management Groups to ensure compliance and monitoring of industrial discharge.
  • Central Water Commission Monitoring: As the apex technical body for water resources, it conducts periodic assessments of heavy metals at hundreds of river stations to guide policy and pollution control strategies.
  • National Aquifer Mapping and Management Programme (NAQUIM): Identifies groundwater contamination zones and supports sustainable extraction and remediation planning in metal affected regions.
  • E-Waste Management Rules 2022: Regulates disposal and recycling of electronic waste to prevent release of toxic metals like lead, cadmium and mercury into soil and water bodies.
  • Ban on Leaded Petrol and Paint Regulations 2016: Phasing out leaded petrol under emission norms and restricting lead in paints significantly reduced atmospheric lead exposure in urban areas.

Heavy Metal Pollution FAQs

Q1: What is Heavy Metal Pollution?

Ans: Heavy metal pollution is contamination of soil, water or air by toxic metals like lead, cadmium, arsenic and chromium that persist in the environment and accumulate in living organisms.

Q2: Why are Heavy Metals dangerous to humans?

Ans: Heavy metals do not degrade easily and can accumulate in body organs, causing cancers, neurological disorders, kidney damage, developmental problems in children and even death in extreme cases.

Q3: What are the main sources of Heavy Metal Pollution?

Ans: Major sources include industrial effluents, mining, smelting, fertilizer use, untreated sewage discharge, fossil fuel combustion and agricultural runoff entering rivers and groundwater.

Q4: How do Heavy Metals enter the food chain?

Ans: They enter through contaminated soil and water, accumulate in crops and fish and increase in concentration at higher trophic levels through bioaccumulation and biomagnification.

Q5: How can Heavy Metal Pollution be controlled?

Ans: It can be reduced through sewage treatment, industrial effluent regulation, phytoremediation, groundwater monitoring, safe waste disposal and strict enforcement of environmental protection laws.

Motion of Thanks, Background, Provisions, Features, Significance

Motion of Thanks

The Motion of Thanks is an important parliamentary procedure in India. After every general election and at the beginning of each financial year, the President addresses both Houses of Parliament. In this speech, the President explains the government’s policies, achievements and future plans. After the address, Members of Parliament discuss it in both Houses through a motion called the Motion of Thanks. This discussion allows MPs to review and debate the government’s performance and priorities.

Motion of Thanks Origin and Background

  • The practice of the Motion of Thanks comes from the British parliamentary system (Westminster model), which India adopted after independence and adjusted according to its Constitution.
  • The President’s Address is not written by the President personally. It is prepared by the Council of Ministers and approved by the Cabinet, as it reflects the government’s policies and programmes.
  • The discussion in Parliament is not held directly on the President’s speech. Instead, Members of Parliament debate it through a formal proposal known as the Motion of Thanks.
  • The practice of the President addressing Parliament has its roots in the Government of India Act, 1919.
  • After independence, the Constitution clearly provided for Presidential Addresses under Articles 86 and 87.
  • Dr Rajendra Prasad gave the first Presidential Address to Parliament in 1950.

Motion of Thanks Constitutional Provisions

Article 86

  • Article 86 gives the President the power to address either House of Parliament separately or both Houses together.
  • The President can also require the presence of members for this purpose.
  • However, this is a discretionary power and has rarely been used in practice.

Article 87 - Special Address

  • Article 87 provides for a “Special Address” by the President.
  • As per Article 87(1) The President must address both Houses of Parliament assembled together:
    • At the beginning of the first session after every general election to the Lok Sabha.
    • At the beginning of the first session of every year.
  • This Special Address is a constitutional requirement (mandatory). No other business can take place until the President delivers the Address.

Article 87(2)-Discussion through Motion of Thanks

  • As per Article 87(2), Parliament must provide time to discuss matters mentioned in the President’s Address.
  • This discussion happens through the Motion of Thanks in both Houses.
  • Usually, about three days are allotted for debate.

President’s Address

  • The Address is prepared by the Council of Ministers and approved by the Cabinet, as it reflects the government’s policies and programmes.
  • It reviews the government’s achievements of the previous year.
  • It outlines future policies, schemes, legislative proposals and priorities on national and international issues.

Special Situations

  • If the Lok Sabha is dissolved at the beginning of the year, the Rajya Sabha can meet without the President’s Address (as happened in 1977 and 1991).
  • After a general election, the President addresses both Houses only after the newly elected Lok Sabha members take oath and the Speaker is elected.

Motion of Thanks Features

  • The Motion of Thanks is formally moved and seconded by members of the ruling party, who are chosen by the government.
  • The discussion on this motion has a very wide scope. Members of Parliament can raise any issue of national or international importance, even if it is not mentioned in the President’s Address.
  • Amendments can be proposed, mainly by opposition members. These amendments may express regret over certain issues not being included or not properly addressed in the President’s speech.
  • The debate ends with a detailed reply by the Prime Minister, who answers the points raised by members.
  • After the Prime Minister’s reply, amendments are put to vote first. Then the main Motion of Thanks is voted upon.
  • If amendments are passed, the motion is adopted in its amended form. In India’s history, the Rajya Sabha has passed the Motion of Thanks with amendments only a few times (1980, 1989, 2001, 2015 and 2016). In the Lok Sabha, no amendment has ever been passed.

Procedure of Motion of Thanks

  1. A ruling party member moves the Motion of Thanks.
  2. Another member seconds it.
  3. A detailed discussion takes place on government policies, achievements and future plans.
  4. The Prime Minister gives a final reply.
  5. Voting takes place on amendments and then on the main motion.

Motion of Thanks Outcome

  • If the Motion of Thanks is passed, it means the House approves the government’s policies and programmes.
  • If the motion is defeated, it is treated as a serious political setback and can amount to a loss of confidence in the government and may lead to the resignation of the government or dissolution of the House. It reflects strong opposition to the policies and agenda presented in the President’s Address.

Motion of Thanks Significane

  • It is usually the first major debate of the parliamentary year and sets the direction for the Budget Session.
  • It ensures parliamentary accountability by allowing members to examine the government’s performance.
  • It gives the opposition a constitutional platform to criticise the government.
  • It also acts as an indirect test of whether the government enjoys majority support in the House.

Motion of Thanks FAQs

Q1: What is the Motion of Thanks?

Ans: The Motion of Thanks is a formal proposal moved in both Houses of Parliament to discuss and express gratitude for the President’s Address.

Q2: When does the President deliver the Special Address?

Ans: Under Article 87, the President addresses both Houses together at the beginning of the first session after every general election and at the start of the first session each year.

Q3: How is the President’s Address discussed in Parliament?

Ans: The Address is discussed through the Motion of Thanks.

Q4: Who prepares the President’s Address?

Ans: The Address is prepared by the Council of Ministers and approved by the Cabinet.

Q5: What happens if the Motion of Thanks is defeated?

Ans: If the motion is not passed, it is considered a serious political setback and may amount to a loss of confidence in the government.

Cut Motion, Meaning, Types, Constitutional Basis, Purpose

Cut Motion

A Cut Motion is a parliamentary device used by members of the Lok Sabha to oppose or reduce a demand for grants presented by the government in the Budget. Through a cut motion, a member can express disapproval of government policies, point out wasteful expenditure, or highlight specific grievances.

It is an important instrument through which the legislature exercises financial control over the executive, ensuring that public money is spent responsibly and with parliamentary approval.

Cut Motion Constitutional Basis

  • Cut Motions are provided under Article 113 of the Constitution of India.
  • They arise during the voting on Demands for Grants in the Lok Sabha.
  • Only the Lok Sabha has the power to vote on demands for grants because it represents the people directly.
  • The Rajya Sabha can discuss the demands but cannot vote on them.

Cut Motion Purpose

Cut motion serve multiple purposes in parliamentary democracy:

  • Expression of disapproval: Members can express dissatisfaction with the policies of a ministry or the government.
  • Control over public expenditure: They enable the House to suggest reductions or reject unnecessary or excessive spending.
  • Opportunity for detailed discussion: Members can discuss the functioning, policies, and performance of different ministries.
  • Political accountability: If a cut motion is passed, it is considered a sign that the government has lost the confidence of the House.

Types of Cut Motion

There are three types of cut motion, each with a different objective.

  • Policy Cut: It represents the disapproval of the policy underlying the demand. The amount of the demand to be reduced to Rs 1. The members can also advocate an alternative policy.
  • Economy Cut: It states that the amount of the demand be reduced by a specified amount (which may be either a lump sum reduction in the demand or omission or reduction of an item in the demand).
    • Example: A member may propose a reduction of ₹200 crore from the demand of a ministry if they believe the expenditure is unnecessary.
  • Token Cut: It ventilates a specific grievance that is within the sphere of responsibility of the Government of India. It states that the amount of the demand will be reduced by 100 INR.

Conditions for Admissibility of Cut Motion

A Cut Motion, to be admissible, must satisfy the following conditions:

  • Relate to one demand/specific matter only with clear expression and without any arguments or defamatory statements;
  • No suggestions for the amendment or repeal of existing laws.
  • Not refer to a matter that is not primarily the concern of the Union government.
  • Not related to the expenditure charged on the Consolidated Fund of India.
  • No matter that is under adjudication by a court.
  • Not raise a question of privilege.
  • Not revive discussion on a matter on which a decision has been taken in the same session.
  • Not relate to a trivial matter.
  • Not reflect on the character or conduct of any person whose conduct can only be challenged on a substantive motion.
  • Not anticipate a matter which has been previously appointed for consideration in the same session.
  • Not seek to raise a discussion on a matter pending before any statutory tribunal or statutory authority performing judicial or quasi-judicial functions or any commission or court of enquiry.

Cut Motion Procedure

After the general discussion on the Budget, the House takes up Demands for Grants. Members may move cut motions for specific demands. The motions are discussed and then put to vote. If the motion is defeated, the original demand is voted on.

Although it is primarily a financial tool, it also carries political significance. Since the passage of demands for grants is essential for the functioning of the government, the defeat of a demand through a cut motion is treated as a loss of confidence in the Council of Ministers. In such a situation, the government is expected to resign. However, in practice, cut motions are rarely passed because governments usually enjoy a majority in the Lok Sabha and party discipline ensures that members vote along party lines.

Cut Motion FAQs

Q1: What is a cut motion in the Lok Sabha?

Ans: A cut motion is a parliamentary device that allows a member of the Lok Sabha to oppose or seek a reduction in a demand for grant during the budget process.

Q2: Under which constitutional provision are cut motions discussed?

Ans: Cut motions arise during the voting on demands for grants under Article 113 of the Constitution of India.

Q3: In which House of Parliament can cut motions be moved?

Ans: Cut motions can be moved only in the Lok Sabha, as it has the power to vote on demands for grants.

Q4: What are the three types of cut motions?

Ans: The three types are Policy Cut, Economy Cut and Token Cut.

Q5: What happens if a cut motion is passed in the Lok Sabha?

Ans: If a cut motion is passed, it is treated as a loss of confidence in the government, and the Council of Ministers is expected to resign.

Substantive Motion vs Privilege Motion, Key Differences

Substantive Motion vs Privilege Motion

In a parliamentary democracy, a motion is a formal proposal made by a member of the House to initiate discussion or seek a decision on a particular matter. It is the basic parliamentary device through which the House expresses its opinion, will, or decision. Under the Rules of Procedure of the Lok Sabha and Rajya Sabha, no discussion can take place without a motion being moved and admitted by the Presiding Officer. A motion can be moved by a member (Minister or Private Member) and it must be admitted by the Speaker/Chairman. We have discussed in detail about Substantive Motion vs Privilege Motion.

Substantive Motion

A Substantive Motion is a self-contained, independent motion drafted in such a way that it can express the opinion or decision of the House without reference to any other motion. It is complete in itself and is capable of being voted upon as it stands.

Examples of Substantive Motion:

  • No-Confidence Motion against the Council of Ministers under Article 75 of the Constitution.
  • Adjournment Motion to discuss a definite matter of urgent public importance.
  • Motion for the removal of the Speaker.
  • Motion for the removal of Judges under impeachment provisions.

Privilege Motion

A Privilege Motion is moved when a member believes that a breach of parliamentary privilege has occurred by a minister or any other member, thereby affecting the authority, dignity, or functioning of the House. It is based on Articles 105 and 194 of the Constitution, which deal with parliamentary privileges. The main objective of Privilege Motion is to protect freedom of speech in Parliament and maintain the authority and dignity of the House and rights of its members and committees

A Privilege motion is moved:

  • If a minister gives misleading information.
  • If incorrect or false facts are deliberately presented.
  • If any act obstructs the functioning of the House.

The Speaker (in Lok Sabha) or Chairman (in Rajya Sabha) decides its admissibility.

Example: If a minister provides incorrect data in Parliament and it is later proven that the information was knowingly false, a member may move a Privilege Motion against that minister in the Lok Sabha.

Substantive Motion vs Privilege Motion

The difference between Substantive Motion and Privilege Motion is as follows: 

Substantive Motion vs Privilege Motion
Basis Substantive Motion Privilege Motion

Meaning

A Substantive Motion is an independent and self-contained proposal moved in the House to express a definite opinion, decision, or will of the House on a specific matter.

A Privilege Motion is a motion moved when a member believes that a breach of parliamentary privilege has occurred, affecting the dignity, authority, or functioning of the House or its members

Nature

It is complete in itself and does not depend on any other motion for its validity or consideration.

It is conditional in nature and arises only when an alleged breach of privilege takes place

Purpose

The purpose is to initiate discussion and obtain a formal decision of the House on an important matter of public or constitutional significance.

The purpose is to safeguard the privileges of Parliament and ensure that members and ministers do not undermine the authority of the House

Scope

It has a broad scope and may relate to government accountability, removal of constitutional authorities, or urgent national issues.

Its scope is limited specifically to cases involving breach of privilege or contempt of the House.

Constitutional Basis 

It is based on the general rule-making powers and parliamentary procedures under the Constitution and Rules of Procedure of the Lok Sabha and Rajya Sabha.

It is rooted in Articles 105 and 194 of the Indian Constitution, which grant privileges to Parliament and State Legislatures.

Initiation 

It can be moved by any member (subject to rules), including motions such as No-Confidence Motion or Adjournment Motion

It is moved by a member with the consent of the Speaker/Chairman when a breach of privilege is alleged.

Decision making process

It is debated in the House and usually put to vote, and the outcome reflects the collective will of the House.

The Presiding Officer decides its admissibility, and it may be referred to the Committee of Privileges for examination and recommendation.

Consequence

It may have serious political consequences, such as resignation of the Council of Ministers in case of a No-Confidence Motion.

It may lead to admonition, reprimand, suspension, or other disciplinary action against the member or minister found guilty.

Substantive Motion vs Privilege Motion FAQs

Q1: What is Substantive Motion?

Ans: An independent and self-contained motion expressing the definite opinion or decision of the House.

Q2: What is a Privilege Motion?

Ans: A motion moved when a breach of parliamentary privilege is alleged.

Q3: Is Privilege Motion mentioned in the Constitution?

Ans: No. It is derived from Articles 105 and 194 dealing with parliamentary privileges.

Q4: Who decides the admissibility of a Privilege Motion?

Ans: The Speaker of the Lok Sabha or the Chairman of the Rajya Sabha.

Q5: Can a Privilege Motion remove the government?

Ans: No. Only a No-Confidence Motion in the Lok Sabha can remove the Council of Ministers.

Lakshadweep Islands, History, Geography, Features, Flora & Fauna

Lakshadweep Islands

Lakshadweep is a Union Territory of India and the country’s smallest administrative unit by land area. It covers about 32.62 square kilometres of the area. It is an archipelago of 36 coral islands located 220-440 km off the Malabar Coast between the Arabian Sea and the Laccadive Sea. Only ten islands are inhabited in this group of Islands. The islands have a 132 km coastline, 20,000 km² territorial waters, vast lagoon area and a huge Exclusive Economic Zone.

Lakshadweep Islands Historical Evolution

Human presence in Lakshadweep dates back to ancient times with strong maritime links. The historical evolution of the archipelago has been listed below:

  • Archaeological findings from Kalpeni confirm habitation from at least 1500 BCE, while Buddhist Jataka tales and Tamil Sangam literature like Patiṟṟuppattu mention the islands between 3rd century BCE and 3rd century CE, linking them to early South Indian civilizations.
  • The Periplus of the Erythraean Sea in the 1st century CE refers to islands off Damirica as turtle shell sources. Ptolemy in the 2nd century CE listed islands such as Kanathara (Kavaratti) and Argidion (Agatti), indicating established trade routes.
  • During the Sangam period, the Cheras ruled the islands. Later control passed to the Pallavas in the 7th century CE, Kadambas in the 10th century, and the Cholas under Rajendra Chola I around 1018-19 CE.
  • Local tradition attributes the arrival of Islam to Ubaidullah in 661 CE, and early Islamic graves found in Agatti date to the 8th century Hijri period, showing early Muslim influence.
  • The Portuguese briefly controlled the islands in the late 15th century for coir trade but were expelled in 1545. The Arakkal rulers of Kannur later governed them, followed by annexation by Tipu Sultan in 1787 and eventual British control in 1799.
  • After 1947, the islands joined India and were formed into a separate Union Territory in 1956. 
  • On 1 November 1973, the Laccadive, Minicoy and Amindivi Islands were officially renamed Lakshadweep.

Also Read: Indian Islands

Lakshadweep Islands Geographical Features

The key highlighting geographical features of the Lakshadweep Island has been listed below:

  • Island Structure: The archipelago includes 12 atolls, three reefs and five submerged banks. These coral formations are part of the Chagos-Lakshadweep Ridge, an exposed undersea mountain chain.
  • Subgroup Division: The territory is divided into the Amindivi Islands in the north, Laccadive Islands in the central region separated by the 11th parallel north, and Minicoy south of the 9° Channel.
  • Important Channels: The Nine Degree Channel separates Minicoy Island from the main Lakshadweep group, while the Eight Degree Channel lies between Minicoy and the Maldives, making these channels strategically important sea routes in the Arabian Sea.
  • Topography and Soil: The islands are flat and rarely exceed five meters above sea level. Soil is sandy and derived from coral debris, making agriculture limited and increasing vulnerability to sea-level rise.
  • Lagoon and Marine Area: Though land area is small, the lagoon area covers 4,200 km², supporting fisheries and tourism. The Exclusive Economic Zone of 400,000 km² provides significant marine resource potential.
  • Climate: The region experiences a tropical monsoon climate with temperatures ranging between 20°C and 32°C. 
  • Precipitation: Annual rainfall averages 1,602.9 mm, mainly during June to September.
  • Coastal Changes: Reports in 2017 noted erosion of Parali I island in Bangaram atoll and partial erosion of nearby islands, showing environmental sensitivity of coral ecosystems.

Also Read: Cayman Islands

Lakshadweep Islands Features

Major features and specialities of the Lakshadweep Islands has been highlighted below:

  • Capital: Kavaratti serves as the capital of the Union Territory. 
  • Administration: The territory is governed by an Administrator and falls under the jurisdiction of the Kerala High Court. It elects one Member of Parliament to the Lok Sabha.
  • Population: As per the 2011 Census, population stands at 64,473 with 51.3% males and 48.7% females. 
  • Literacy: Literacy rate is 92.28%, one of the highest among Indian territories.
  • Religion and Society: Islam is followed by 96.58% of residents, predominantly Sunni. Hindus form 2.77% and Christians 0.49%. The society reflects matrilineal traditions influenced by Kerala’s social structure.
  • Languages: English is the official language. Jeseri, a Malayalam dialect, is widely spoken in most islands, while Mahl, a Dhivehi dialect, is spoken in Minicoy.
  • Economy and Agriculture: Coconut is the primary crop with production reaching 553 lakh nuts annually from about 2,689 hectares. Lakshadweep records high productivity of about 20,500 nuts per hectare and high oil content.
  • Fisheries Sector: Fishing is the backbone of the economy, with annual production around 21,016 tonnes. Tuna varieties like skipjack and yellowfin dominate commercial fishing, supported by lagoon resources.
  • Industries: Coir production is the main industry with seven coir factories, five demonstration centers and seven curling units producing fiber, yarn and mats in the public sector.
  • Tourism Development: Tourism began in 1974 at Bangaram. In 2018, 10,435 domestic and 1,313 foreign tourists visited. Activities include scuba diving and snorkelling, with entry regulated by permits.
  • Infrastructure and Connectivity: There are 228 km of paved roads and no railways. Agatti Airport has a 1.2 km runway. Seven ships connect Kochi to islands. Undersea fiber optic connectivity was inaugurated in 2024.
  • Strategic Importance: The Indian Navy operates INS Dweeprakshak, commissioned in 2012, highlighting the islands’ importance near major sea lanes linking India with West Asia.

Lakshadweep Islands Biodiversity

Lakshadweep is part of the Maldives-Lakshadweep-Chagos tropical moist forest ecoregion.

  • Marine Diversity: Over 600 species of marine fishes, 78 coral species, 82 seaweed species, 52 crab species and two lobster species have been recorded, making it one of India’s four major coral reef regions.
  • Flora: Nearly 400 flowering plant species exist, including coconut palms and coastal shrubs like Pemphis acidula and Cordia subcordata, along with sea grasses such as Thalassia hemprichii.
  • Avifauna: About 101 bird species are found, including brown noddy and sooty tern. Pitti Island is a declared bird sanctuary and important nesting ground for pelagic birds and sea turtles.
  • Marine Mammals and Reptiles: The surrounding waters host whales, dolphins, sharks, manta rays and turtles, highlighting rich pelagic biodiversity within the vast Exclusive Economic Zone.
  • Ecological Vulnerability: Being low-lying coral atolls, the islands are highly sensitive to sea-level rise, erosion and climate variability, making environmental conservation essential for sustainable development.

Lakshadweep Islands FAQs

Q1: Where are the Lakshadweep Islands located?

Ans: Lakshadweep is located 220-440 km off the Malabar Coast of India in the Arabian Sea, between 8° and 12° North latitude.

Q2: How many islands are there in Lakshadweep?

Ans: Lakshadweep consists of 36 islands, including 12 atolls, three reefs and five submerged banks, out of which ten islands are inhabited.

Q3: What is the capital of Lakshadweep?

Ans: Kavaratti is the capital of Lakshadweep and serves as the administrative headquarters of this Union Territory.

Q4: What is the main occupation of people in Lakshadweep?

Ans: Fishing and coconut cultivation are the main occupations, with tuna fishing and coir production playing a major economic role.

Q5: Which language is widely spoken in Lakshadweep?

Ans: Jeseri, a dialect of Malayalam, is widely spoken, while Mahl (a Dhivehi dialect) is mainly used in Minicoy Island.

Substantive Motion, Meaning, Importance, Examples, Key Details

Substantive Motion

In parliamentary procedure, motions are formal proposals made by members to guide discussion, decision-making, and governance. Among these, the substantive motion is one of the most important, as it deals with significant matters and can lead to major decisions in legislative bodies.

What is a Substantive Motion?

A Substantive Motion is an independent, self-contained proposal that addresses important issues in the legislative process. It is usually main in nature, meaning it is the primary subject of debate, discussion, and voting.

Also Read: No Confidence Motion

Substantive Motion Examples

Substantive Motions often involve significant legislative or constitutional matters, such as:

  • Impeachment of the President
  • Removal of the Chief Election Commissioner
  • Passing of important bills or legislation
  • Approval of key government policies or budgets
  • Adoption of resolutions on public or national issues

Also Read: Motions In Parliament

Substantive Motion Importance

  • Central to Decision-Making: Ensures the house can formally decide on critical issues.
  • Promotes Debate: Encourages structured discussion on important matters.
  • Transparency and Accountability: Decisions are debated openly before being adopted.
  • Democratic Participation: Every member has the opportunity to contribute.
  • Implementation of Policies: Often the first step toward action or legislation.

A Substantive Motion is a key tool of parliamentary democracy, allowing legislators to propose and decide on matters of national importance. From impeachment to policy approval, these motions ensure that decision-making is structured, transparent, and participatory.

Substantive Motion FAQs

Q1: What makes a motion substantive?

Ans: A motion is substantive if it is independent, self-contained, and addresses a significant issue requiring a decision.

Q2: Can a substantive motion be rejected?

Ans: Yes, if the majority votes against it, the motion is rejected.

Q3: Who can move a substantive motion?

Ans: Any member of the legislative body can move a substantive motion according to parliamentary rules.

Q4: Can substantive motions be amended?

Ans: Yes, amendments can be proposed before voting on the final motion.

Q5: What are some examples of substantive motions in India?

Ans: Impeachment of the President, removal of the Chief Election Commissioner, passing of major bills, adoption of key resolutions.

Tangkhul Hui and Kombai

Tangkhul Hui and Kombai

Tangkhul Hui and Kombai Latest News

Assam Rifles, the country's oldest paramilitary force, is preparing dog squads comprising Tangkhul Hui and Kombai, two indigenous breeds from Manipur and Tamil Nadu, respectively, along with the imported breeds.

About Tangkhul Hui

  • Tangkhul Hui, also known as Haofa, is a breed of dog raised by the Tangkhul people in the Ukhrul district of Manipur.
  • It is originally a sighthound dog that was developed as a hunting companion. 
  • It is also considered by some as a guard dog due to its strong will and protective instinct.
  • It is a large sized dog with a strong body, powerful jaws, deep and broad chest and erect ears. 
  • Their innocent face, cropped ears, dark complexion, and bulging black eyes give them the look of a black Indian bear.
  • They are very resistant to diseases. 
  • The population of purebred Haofa is steadily declining, making it increasingly rare to find dogs of original lineage.

About Kombai

  • It is an ancient Indian dog breed that originated in the Kombai region of Tamil Nadu.
  • Also known as the Indian Bore Hound or Combai, it has been used for centuries by local tribes for guarding property and hunting wild boar and other large game.
  • Known for its bravery and loyalty, the Kombai was historically prized by South Indian royalty and warriors for protection and combat. 
  • It was even used in military contexts during regional conflicts
  • It is a muscular, athletic dog with a deep chest, broad head, and strong limbs built for strength and endurance. 
  • Its coat is short, smooth, and dense, usually in reddish-brown (tan) or dark brown shades, often with a black mask.
  • It has a slightly arched back, curved tail, and erect or semi-pricked ears, giving it an alert and formidable look.
  • It is generally hardy and disease-resistant.

Source: DH

Tangkhul Hui and Kombai FAQs

Q1: What is Tangkhul Hui?

Ans: It is a breed of dog raised by the Tangkhul people in the Ukhrul district of Manipur.

Q2: What is Tangkhul Hui also known as?

Ans: Tangkhul Hui is also known as Haofa.

Q3: What type of dog is the Tangkhul Hui originally?

Ans: It is originally a sighthound developed as a hunting companion.

Q4: Where did the Kombai dog breed originate?

Ans: It originated in the Kombai region of Tamil Nadu.

Q5: For what purposes has the Kombai traditionally been used?

Ans: It has been used for guarding property and hunting wild boar and other large game.

Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS)

Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS)

Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS) Latest News

The Defence Acquisition Council recently granted Acceptance of Necessity to the procurement of Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS) for the Indian Air Force.

About Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS)

  • HAPS are solar-powered unmanned aerial vehicles designed to operate in the stratosphere at altitudes of approximately 18-20 kilometres, nearly double the cruising altitude of commercial aircraft.
  • Unlike conventional satellites that orbit at least 200 km above Earth and require expensive rocket launches, HAPS platforms can remain airborne for months or even years using solar power during the day and high-density batteries at night.
  • This gives them satellite-like capabilities at a fraction of the cost, hence the term "pseudo satellite."
  • HAPS hovers persistently over specific locations, providing real-time monitoring of border areas to detect changes or movements.
  • Equipped with high-definition optical and infrared cameras, state-of-the-art sensors, these aerial platforms are suitable for round-the-clock missions, border patrolling, target tracking, maritime surveillance and navigation, and even missile detection.
  • India and HAPS:
  • India has been developing indigenous HAPS capability through the National Aerospace Laboratories in Bengaluru. 
  • In February 2024, NAL successfully tested a scaled-down prototype at the Challakere Aeronautical Test Range in Karnataka's Chitradurga district.
  • The 23-kg prototype, with a wingspan of 12 metres, flew for about eight and a half hours at an altitude of 3 km, meeting or exceeding all performance metrics.

Source: SM

Air-Ships Based High-Altitude Pseudo-Satellite FAQs

Q1: What is an Air-Ships Based High-Altitude Pseudo-Satellite (AS-HAPS)?

Ans: It is a solar-powered unmanned aerial vehicle designed to operate in the stratosphere with satellite-like capabilities.

Q2: At what altitude do High-Altitude Pseudo-Satellite (AS-HAPS) operate?

Ans: HAPS operate at altitudes of approximately 18–20 kilometres in the stratosphere.

Q3: How are High-Altitude Pseudo-Satellite (AS-HAPS) different from conventional satellites?

Ans: Unlike satellites that orbit at least 200 km above Earth and require rocket launches, HAPS remain in the stratosphere and do not need rockets.

Quorum Sensing

Quorum Sensing

Quorum Sensing Latest News

The phenomenon of bacterial communication, or “quorum sensing” could indeed be a game changer for medicine, by opening new avenues to develop anti-quorum sensing therapies instead of antibiotics.

About Quorum Sensing

  • It is a mechanism by which bacteria regulate gene expression in accordance with population density through the use of signal molecules. 
  • Quorum sensing allows bacteria populations to communicate and coordinate group behaviour and commonly is used by pathogens (disease-causing organisms) in disease and infection processes. 
  • Bacterial activity involving quorum sensing was first observed in the mid-1960s by Hungarian-born microbiologist Alexander Tomasz in his studies of the ability of Pneumococcus (later known as Streptococcus pneumoniae) to take up free DNA from its environment.
  • Standard quorum-sensing pathways consist of bacteria populations, signal molecules, and behavioral genes. 
  • The signal molecules, known as autoinducers, are secreted into the environment by bacteria and gradually increase in concentration as the bacteria population grows. 
  • After reaching a certain concentration threshold, the molecules become detectable to bacteria populations, which then activate corresponding response genes that regulate various behaviours, such as virulence, horizontal gene transfer, biofilm formation, and competence (the ability to take up DNA). 
  • Since many of these processes are effective only at certain population sizes, quorum sensing is a key behaviour-coordination mechanism in many microbes.
  • Although quorum sensing is common among bacteria, the precise sensing system and class of quorum-sensing compounds used may differ. 
  • In addition, the manner in which different types of bacteria apply quorum sensing varies greatly. 
    • For example, the bacterium Pseudomonas aeruginosa, which can cause pneumonia and blood infections, uses quorum sensing to regulate disease mechanisms.
    • In other organisms, quorum sensing is used for symbiotic processes and cell growth; an example is the nitrogen-fixation mechanism of the bacterium Rhizobium leguminosarum.

Source: TH

Quorum Sensing FAQs

Q1: What is quorum sensing?

Ans: Quorum sensing is a mechanism by which bacteria regulate gene expression according to population density using signal molecules.

Q2: How do bacteria coordinate their group behaviour through quorum sensing?

Ans: They communicate using chemical signal molecules that increase in concentration as the population grows.

Q3: Who first observed bacterial activity involving quorum sensing?

Ans: It was first observed by Alexander Tomasz in the mid-1960s.

Q4: What are the main components of a standard quorum-sensing pathway?

Ans: It consists of bacterial populations, signal molecules, and behavioral genes.

Himalayan Tahr

Himalayan Tahr

Himalayan Tahr Latest News

From alpine slopes to waste sites: Garbage is an emerging threat to the Himalayan Tahr in the Himalayas.

About Himalayan Tahr

  • It is a large hoofed mammal that lives in the Himalayas.
  • Scientific Name: Hemitragus jemlahicus

Himalayan Tahr Habitat and Distribution

  • It is found in southern Tibet, northern India, western Bhutan, and Nepal. 
  • They are made for living in cool, rocky mountain areas. 
  • In the Himalayas, they are mostly found on slopes between 2,500 and 5,000 meters high. 

Himalayan Tahr Features

  • An average male tahr weighs about 73 kg, while females weigh around 36 kg. 
  • They are shorter in height than they are long. 
  • They have a small head, small pointed ears, and large eyes. 
  • Their horns are different between males and females. 
  • Male horns can grow up to 46 cm long. Females are smaller and have smaller horns.
  • The horns curve backward, which helps prevent injuries when males fight during mating season.
  • Their bodies are perfect for the cold Himalayan weather. They have thick, reddish wool coats and thick undercoats.
  • As an ungulate, the Himalayan tahr has an even number of toes. They can grip both smooth and rough surfaces.

Himalayan Tahr Conservation Status

It is classified as 'Near Threatened' under the IUCN Red List.

Source: DTE

Himalayan Tahr FAQs

Q1: What is the Himalayan Tahr?

Ans: The Himalayan Tahr is a large hoofed mammal that lives in the Himalayas.

Q2: Where is the Himalayan Tahr found?

Ans: It is found in southern Tibet, northern India, western Bhutan, and Nepal.

Q3: At what altitude is the Himalayan Tahr mostly found in the Himalayas?

Ans: It is mostly found on slopes between 2,500 and 5,000 meters.

Q4: What is the IUCN Red List status of the Himalayan Tahr?

Ans: It is listed as Near Threatened.

National Medicinal Plants Board

National Medicinal Plants Board

National Medicinal Plants Board Latest News

The National Medicinal Plants Board (NMPB), under the Ministry of Ayush organised a one-day Chintan Shivir at Vigyan Bhawan in New Delhi.

About National Medicinal Plants Board

  • It was set up in 2000 by the Government of India.
  • Nodal Ministry: It is working as a section of Ministry of AYUSH (Ayurveda, Yoga & Naturopathy, Unani, Siddha & Homoeopathy), 
  • Mandate: To develop an appropriate mechanism for coordination between various ministries/ departments/ organizations in India and  implement  support policies/programs for overall growth of the medicinal plants sector both at the Central /State and International level.
  • Objective: Main objective is the development of the medicinal plants sector through developing a strong coordination between various ministries/ departments/ organizations for implementation of policies / programs on medicinal plants.

Functions of National Medicinal Plants Board

  • It focuses on in-situ & ex-situ conservation and augmenting local medicinal plants and aromatic species of medical significance.
  • It also promotes research & development, capacity building through training, raising awareness through promotional activities like creation of Home/School herbal gardens.
  • It encourages the protection of patent rights and IPR.
  • Identification, Inventorisation and Quantification of medicinal plants.

Source: DD News

National Medicinal Plants Board FAQs

Q1: Under which ministry does the National Medicinal Plants Board operate?

Ans: Ministry of AYUSH

Q2: What is the primary objective of the National Medicinal Plants Board?

Ans: Promoting cultivation and conservation of medicinal plants

Sangtam Community

Sangtam Community

Sangtam Community Latest News

Recently, the apex body of Nagaland’s Sangtam community has passed a resolution to protect pangolins.

About Sangtam Community

  • The Sangtam tribe is one of the sixteen major tribes of Nagaland.
  • They are one of the major Naga ethnic groups in Northeast India.
  • They are concentrated in the Kiphire and Tuensang districts of Nagaland, bordering Myanmar. 

Socio-Political Life of the Sangtams

  • Clans: There are six major clans amongst the Sangtams- Dhongrü, Jingrü, Langtidhongrü/ Langkidhongrü, Mungzarü, Anarü/Yingphidhongrü and Rudidhongrü clans.
  • Language: The common dialect of the Sangtams is known as Sangtamyu which is spoken by around 90% of the population.
  • The Sangtam people traditionally practice jhum cultivation (shifting agriculture), which remains central to their livelihood.
  • They follow a patriarchal system of lineage and inheritance as well.
  • Festivals:
    • Mongmong: The predominant theme of the festival is the worship of the God of the house and the three cooking stones in the fireplace. 
    • Tsohsuh: It is commonly known as ‘vi thung’ festival and is celebrated during the spring season in the month of March.
    • HüNAPUNGBI: It is celebrated especially for children.

Source: TH

Sangtam Community FAQs

Q1: Where is the Sangtam community primarily located?

Ans: Nagaland

Q2: Which language does the Sangtam community speak?

Ans: Sangtam language (Tibeto-Burman language family)

AgriStack

AgriStack

AgriStack Latest News

Recently, the Finance Minister announced the launch of Bharat-VISTAAR, a multilingual AI tool to integrate the AgriStack portals and the ICAR package on agricultural practices with AI systems.

About  AgriStack

  • AgriStack is a Digital Public Infrastructure (DPI) for the farm sector.
  • It is an initiative under the Digital Agriculture Mission (DAM), and was approved by the Union Cabinet in September, 2024.
  • The AgriStack comprises three foundational registries or databases in the agriculture sector: 
    • The Farmer Registry, Geo-referenced village maps and the Crop Sown Registry, all created and maintained by the State Governments or Union Territories.
  • Farmer Registry
    • Under the AgriStack, farmers are given digital identities (Farmer ID) which are linked dynamically to the State’s land records, livestock ownership, crops sown, demographic details, family details, schemes and benefits availed.
    • Target: The government aims to create digital identities for 11 crore farmers.
    • The Centre has allocated financial support to states to create their respective registries under the Special Assistance to States for Capital Investment
    • Advantage: A farmer would be able to access benefits and services digitally.
    • The Centre aims to complete the Farmer Registry with dynamic Records of Rights (RoR) synchronisation by March 2027. In the North Eastern States, the target was set to March 2028.
  • Crop Sown Registry
    • It includes details on crops planted by farmers.
    • This is recorded through mobile-based Digital Crop Surveys on the ground each season.
    • A pilot on the Digital Crop Survey was conducted in 11 states to develop the Crop Sown Registry in 2023-24.
  • Geo-referenced Village Maps data
    • It comprises geographic information of land records linked with their locations (latitudes and longitudes).
    • The target is to cover all villages by March 2027.

Source: IE

AgriStack FAQs

Q1: What is AgriStack?

Ans: A set of digital public infrastructure for agriculture

Q2: What is the primary goal of AgriStack?

Ans: To create a unified digital ecosystem for agriculture

Ayushman Sahakar Scheme

Ayushman Sahakar Scheme

Ayushman Sahakar Scheme Latest News

Recently, the Union Minister for Home and Cooperation informed the Rajya Sabha about the Ayushman sahakar scheme.

About Ayushman Sahakar Scheme

  • It is a scheme of the National Cooperative Development Corporation for financial assistance to cooperatives on holistic healthcare infrastructure, education and services.

Objectives of the Ayushman Sahakar Scheme

  • To assist provision of affordable and holistic healthcare through hospitals / healthcare / education facilities by cooperative societies,
  • To assist promotion of AYUSH facilities by cooperative societies,
  • To assist cooperative societies meet the objectives of National Health Policy,
  • To assist cooperative societies participate in the National Digital Health Mission,
  • To assist cooperative societies provide comprehensive healthcare including education, services, insurance and activities related thereto.

Features of Ayushman Sahakar Scheme

  • Eligibility: Any Cooperative Society registered under any State/ Multi State Cooperative Societies Act in the country, with suitable provision in the bye-laws to undertake services related to hospital/ healthcare/ health education.
  • Loan Period: Up to 8 years, including 1 - 2 years moratorium on payment of principal, depending on the type of project and its ability to generate revenue.
  • Incentive:  1 % interest rebate in case of borrower cooperative society where women members are in majority.
  • The Ayushman Sahakar fund has a corpus of Rs. 10,000 crores which could be used for funding the cooperatives. 
  • Support the modernisation of cooperative healthcare facilities.
  • Support the establishment of healthcare infrastructures like clinics, diagnostics centres and hospitals.

 Source: PIB

Ayushman Sahakar Scheme FAQs

Q1: What is the primary objective of the Ayushman Sahakar Scheme?

Ans: To support cooperatives in healthcare infrastructure development

Q2: What kind of support does the Ayushman Sahakar Scheme offer?

Ans: Term loans for healthcare infrastructure development

Vidyanjali Initiative

Vidyanjali Initiative

Vidyanjali Initiative Latest News

Recently, the union Minister of State for Education informed the Rajya Sabha that Vidyanjali initiative has boarded over 8.5 lakh schools and 5 lakh volunteers.

About Vidyanjali Initiative

  • It was launched in September 2021 in alignment with the National Education Policy 2020.
  • It aims to strengthen government schools through community and private sector participation, enabling greater support for students’ holistic development and improved learning outcomes.
  • It is an initiative of the Department of School Education and Literacy, Ministry of Education, for facilitating the community and volunteers to directly connect with the government and government-aided schools to contribute their services and/or assets/ materials/equipments through a dedicated portal.
  • The platform connects volunteers, alumni, institutions, civil society organisations and CSR partners directly with schools based on their identified needs.

Salient Features of the Platform

  • Create an interface between volunteers and schools to bridge the gap between them
  • Help school students in getting exposure other than academic activities
  • Platform for schools to share their activities for Volunteer-ship, where volunteers can participate by performing various activities
  • Platform for the Ministry to view various reports like Schools on-boarded, Volunteers, Activities performed etc.
  • Platform for participation of Citizens/Volunteers/Alumni’s to contribute services at schools and their management

Source: PIB

Vidyanjali Initiative FAQs

Q1: What is the primary objective of the Vidyanjali Initiative?

Ans: To increase community and private sector involvement in education

Q2: Who can participate in the Vidyanjali Initiative?

Ans: Volunteers from various sectors, including professionals and students

Right to Recall, History, Evolution, Advantages, Disadvantages

Right to Recall

The Right to Recall (RTR) is a democratic tool that allows voters to remove an elected representative before the completion of their term. This mechanism ensures accountability and provides citizens the power to demand performance from their leaders.

In essence, the Right to Recall empowers citizens to de-elect MPs, MLAs, or local representatives if they fail to perform their duties or violate public trust. It acts as a direct democratic tool, complementing the general election process and strengthening governance.

Right to Recall History and Evolution

The concept of Right to Recall is not new to India. Its roots can be traced back to Vedic times, where the idea of Rajdharma allowed subjects to remove ineffective rulers. Over time, this evolved into a democratic demand in modern India.

  • 1944: M.N. Roy proposed the Right to Recall, advocating decentralized governance where representatives could be both elected and removed based on performance.
  • Constituent Assembly Debates: The Assembly discussed RTR as a legal remedy for voters, but Dr. B.R. Ambedkar opposed its inclusion.
  • 1974: Jayaprakash Narayan supported RTR, emphasizing accountability of elected officials to their constituents.
  • Lok Sabha Proposals:
    • 1974: C.K. Chandrappan introduced a Constitutional Amendment Bill supporting RTR, backed by Atal Bihari Vajpayee. The bill, however, was not passed.
    • 2017: Varun Gandhi proposed a private member bill to allow MPs/MLAs to be recalled within two years if 75% of voters were dissatisfied.

India and Right to Recall

    • Democratic Tool: Right to Recallallows voters to remove an elected representative before the end of their term.
    • National Status: Not implemented at the national level for MPs or MLAs; only exists for local bodies in some states.
    • Historical Roots: Concept discussed since pre-independence; M.N. Roy (1944) and Jayaprakash Narayan (1974) advocated it.
    • Legal Framework: The Representation of the People Act, 1951, allows removal only for specific offences, not general dissatisfaction.
  • State-Level Implementation:
    • Bihar: 20% of Panchayat voters can demand a recall.
    • Chhattisgarh & Madhya Pradesh: RTR exists for local government representatives.
  •  
  • Purpose: Ensures accountability, prevents false promises, strengthens citizen participation, and encourages honest governance.
  • Challenges: Not widely implemented nationally due to legal, political, and administrative obstacles.
  • Global Examples: Canada (British Columbia) and some US states have RTR for elected representatives based on misconduct or non-performance.
  • Future Potential: If adopted nationally, it could enhance democratic accountability and reduce political corruption in India.

Right to Recall Advantages

The Right to Recall provides multiple benefits to citizens and strengthens democracy:

  • Accountability of Representatives: Ensures that elected officials perform their duties sincerely or risk removal.
  • Prevention of Corruption: Knowing they can be recalled, politicians are less likely to engage in corrupt practices.
  • Enhanced Political Participation: Citizens feel empowered and become more involved in governance.
  • Efficiency in Governance: Underperforming representatives can be removed quickly without waiting for regular elections.
  • True Representation: Helps voters replace leaders who fail to deliver on election promises.
  • Encourages Honest Politics: Discourages false promises and populist measures that do not align with constituents’ needs.

Right to Recall Disadvantages

Despite its advantages, Right to Recall poses certain challenges:

  • Misuse Potential: Political rivals could manipulate recall petitions to remove opponents for non-performance reasons.
  • Political Instability: Frequent recall threats may affect governance and decision-making.
  • Costly and Time-Consuming: Recall elections require significant funds, administrative resources, and Election Commission involvement.
  • Pressure on Representatives: Continuous need to please voters may hinder long-term policy-making.
  • Undermines Independence: Officials may avoid making tough decisions to prevent recall.

Right to Recall in Kerala and Other States

The Kerala government has recommended implementing the Right to Recall across India, emphasizing its potential to enhance democratic accountability.

  • Madhya Pradesh: Was the first state to introduce the Right to Recall in local bodies (Municipalities and Panchayats).
  • Chhattisgarh: Section 47 of the Chhattisgarh Municipalities Act, 1961, allows for the recall of elected officials in local bodies due to non-performance.
  • Bihar: The Bihar Panchayat Raj Act, 2006, and the Bihar Municipal Act, 2007, provide for the recall of panchayat members and councillors.

Right to Recall FAQs

Q1: What is the Right to Recall (RTR)?

Ans: The Right to Recall is a democratic mechanism that allows citizens to remove an elected representative from office before the end of their term if they fail to perform their duties or violate public trust.

Q2: Is the Right to Recall implemented in India?

Ans: Currently, RTR is not implemented nationally in India for MPs or MLAs. However, states like Bihar, Chhattisgarh, and Madhya Pradesh have RTR mechanisms for local body representatives.

Q3: Who proposed the Right to Recall in India?

Ans: M.N. Roy first proposed the Right to Recall in 1944. Later, leaders like Jayaprakash Narayan and Varun Gandhi also advocated for it through bills and debates in Parliament.

Q4: How does the recall process work?

Ans: Citizens initiate a recall by submitting a petition with signatures from a certain percentage of voters. Once verified, a recall election is held. If the majority supports the recall, the representative is removed.

Q5: Can MPs and MLAs be recalled under current Indian law?

Ans: No, the current Representation of the People Act, 1951 does not allow MPs or MLAs to be recalled for general dissatisfaction or incompetence. Termination is only possible for specific offences.

Bhakra Dam

Bhakra Dam

Bhakra Dam Latest News

Amid rising incidents of landslides during the monsoon season, a comprehensive geological study of the hillocks surrounding the Bhakra Dam is likely to be undertaken by the Geological Survey of India (GSI).

About Bhakra Dam

  • It is a concrete gravity dam across the Sutlej River.
  • It is located at a gorge near the upstream Bhakra village in the Bilaspur district of Himachal Pradesh.
  • It is near the border between Punjab and Himachal Pradesh.
  • It is the highest straight gravity dam in the world, with a height of about 207.26 meters.
  • It is Asia’s second tallest dam, next to the 261 m Tehri Dam, also in India. 
  • History:
    • The Bhakra Dam is one of the earliest river valley development schemes undertaken by India after independence. 
    • The construction of this dam started in 1948, when Jawahar Lal Nehru, the first prime minister of India, poured the first bucket of concrete into the foundations of Bhakra. 
    • The dam was completed by the end of 1963.
    • Bhakra Dam was described as the ‘New Temple of Resurgent India’ by Jawaharlal Nehru.
    • Operation and maintenance of the Bhakra dam is done by the Bhakra Beas Management Board (BBMB).
  • The dam created the massive Gobind Sagar reservoir and plays a crucial role in irrigation, flood control, and hydroelectric power generation for Punjab, Haryana, Rajasthan, Himachal Pradesh, and Chandigarh. 
    • The 90 km long reservoir is spread over an area of 168.35 sq.km. 
    • In terms of storage of water, it is the second largest reservoir in India, the first being Indira Sagar Dam in Madhya Pradesh with a capacity of 12.22 billion cu m.
  • Nangal Dam is another dam downstream of Bhakra Dam. Sometimes both the dams together are called the Bhakra-Nangal Dam, though they are two separate dams.
    • Nangal Dam is an earthen dam with a height of 29 meters and a length of 305 meters. 
    • It serves as an auxiliary dam to channel the water released from Bhakra Dam to two powerhouses.
    • The installed capacity of Bhakra Right Bank Power House is 785 MW, and that of Bhakra Left Bank Power House is 630 MW.

Source: NIE

Bhakra Dam FAQs

Q1: What type of dam is Bhakra Dam?

Ans: Bhakra Dam is a concrete gravity dam.

Q2: On which river is Bhakra Dam built?

Ans: It is built across the Sutlej River.

Q3: Where is Bhakra Dam located?

Ans: It is located near Bhakra village in the Bilaspur district of Himachal Pradesh, close to the Punjab–Himachal Pradesh border.

Q4: Why is Bhakra Dam significant in terms of height?

Ans: It is the highest straight gravity dam in the world.

Q5: Which reservoir was created by Bhakra Dam?

Ans: It created the Gobind Sagar Reservoir.

Daily Editorial Analysis 13 February 2026

Daily-Editorial-Analysis

Vande Mataram, Its Six Stanzas and a Settled Question

Context

  • January 28, 2026 directive of the Union Ministry of Home Affairs (MHA) mandates the playing of all six stanzas of Vande Mataram at official functions with everyone standing at attention.
  • The controversy surrounding the directive raises significant constitutional and philosophical questions.
  • At first glance, the order appears to promote national pride, however, a closer examination reveals a deeper issue: the distinction between voluntary patriotism and state-enforced nationalism.
  • It is necessary to examine the historical background, the decisions of the Constituent Assembly, and the legal principles laid down by the Supreme Court.

Historical Background: The 1937 Compromise

  • The Congress Working Committee Decision

    • In October 1937, the Congress Working Committee met in Calcutta to address objections raised by certain communities regarding Vande Mataram.
    • The meeting included prominent leaders such as Mahatma Gandhi, Dr. Rajendra Prasad, and Sardar Vallabhbhai Patel.
    • After deliberation, the committee unanimously resolved that only the first two stanzas of the song should be used at national gatherings.
    • This decision acknowledged that later portions of Bankim Chandra Chatterjee’s poem contained explicit references to Hindu goddesses such as Durga, Lakshmi, and Saraswati.
    • These religious references were considered potentially exclusionary in a multi-religious society.
  • Significance of the Compromise

    • The compromise was not a sign of political weakness. Instead, it reflected a practical effort to build national unity during the freedom struggle.
    • Leaders across ideological lines, including Rabindranath Tagore, supported the use of only the first two stanzas because they celebrated the land and nature rather than specific religious imagery.
    • Thus, from the freedom movement itself, Vande Mataram was adopted in a limited, inclusive form to ensure that all Indians could identify with it regardless of faith.

The Constituent Assembly and Constitutional Position

  • National Anthem vs National Song

    • On January 24, 1950, the Constituent Assembly adopted Jana Gana Mana as the National Anthem and granted Vande Mataram equal honour as the National Song, but only in its two-stanza form.
    • The Constitution specifically mentions respect for the National Flag and the National Anthem in Article 51A(a), which outlines the fundamental duties of citizens.
    • Notably, the National Song is not included which indicates that the framers intentionally differentiated between constitutionally binding national symbols and culturally significant ones.
  • Legal Protection

    • The Prevention of Insults to National Honour Act, 1971, legally protects the Constitution, the National Flag, and the National Anthem. It does not include Vande Mataram.
    • Consequently, there is no statutory penalty for not singing or standing for the song.
    • This legal structure reflects the framers’ recognition that, unlike the anthem, the song contains religious imagery requiring sensitive handling in a secular state.

Judicial Interpretation: Bijoe Emmanuel vs State of Kerala (1986)

  • Facts of the Case

    • In 1985, three schoolchildren belonging to the Jehovah’s Witnesses faith were expelled because they respectfully stood during the National Anthem but refused to sing it due to their religious beliefs.
    • The Kerala High Court upheld the expulsion, but the Supreme Court reversed the decision.
  • Supreme Court Ruling

    • Justice O. Chinnappa Reddy ruled that the expulsion violated the children’s fundamental rights to freedom of speech and freedom of religion.
    • The Court clarified that respect for the National Anthem does not require singing it; standing respectfully is sufficient.
    • The judgment also invoked the principle from the American case West Virginia State Board of Education vs Barnette (1943): no authority may compel citizens to profess a particular form of patriotism or belief.
  • Constitutional Principle

    • The ruling established a crucial doctrine: the right to remain silent is part of freedom of expression. Therefore, dissent, even silent dissent, cannot be treated as disrespect.

Constitutional Concerns with the 2026 Directive

  • Compulsion and Freedom of Conscience

    • The MHA directive requires playing all six stanzas, including those invoking specific Hindu deities.
    • For individuals of other religions or no religion, compulsory participation may conflict with Article 25, which guarantees freedom of conscience and religion.
  • Legal Inconsistency

    • If citizens cannot be compelled to sing the National Anthem, an officially protected symbol, then compelling participation in the National Song, which lacks constitutional and statutory protection, becomes even more questionable.
  • Secularism and State Neutrality

    • India’s constitutional secularism requires the state to maintain neutrality among religions.
    • Mandating participation in verses that invoke particular deities risks transforming civic nationalism into religious symbolism, potentially undermining the inclusive nature of the republic.

Conclusion

  • The debate over the compulsory performance of Vande Mataram reflects a broader constitutional dilemma: whether unity should be achieved through uniformity or through accommodation.
  • Historical precedent, constitutional provisions, and judicial interpretation consistently support the latter approach.
  • Ultimately, patriotism in a constitutional democracy cannot be imposed by executive order. It must arise freely from citizens’ allegiance to constitutional principles, freedom, equality, and pluralism.

Vande Mataram, Its Six Stanzas and a Settled Question FAQs

Q1. What is the main issue regarding new directives of MHA?
Ans. The issue is whether the government can legally and constitutionally require citizens to participate in the singing of Vande Mataram at official functions.

Q2. Why were only the first two stanzas of Vande Mataram historically accepted?
Ans. Only the first two stanzas were accepted because the later stanzas contain references to specific Hindu goddesses, which could exclude people of other faiths.

Q3. What does Article 51A(a) of the Constitution mention?
Ans. Article 51A(a) requires citizens to respect the National Flag and the National Anthem but does not mention the National Song.

Q4. What did the Supreme Court decide in the Bijoe Emmanuel case?
Ans. The Supreme Court ruled that citizens have the right to stand respectfully without singing the National Anthem because freedom of speech and religion protects their conscience.

Q5. What constitutes the true patriotism?
Ans. True patriotism is voluntary respect and loyalty to constitutional values rather than forced participation in national rituals.

Source: The Hindu


The Hidden Cost of Insurance Distribution

Context

  • India’s life insurance industry paid ₹60,799 crore in commissions in FY2025, with payouts rising 18% year-on-year, far exceeding the 6.7% growth in premiums.
  • This widening gap means distribution costs are increasing nearly three times faster than the business itself. The RBI flagged this divergence in its Financial Stability Report (December 2025).
  • While public insurers have maintained relatively better cost discipline, several private insurers have seen sharper commission escalation since 2022–23.
  • For policyholders, this trend translates into significant long-term value erosion, driven not by misconduct but by structural imbalances in bargaining power within certain distribution channels.

Public–Private Divide in Life Insurance Commissions

  • Widening Cost Gap in FY2025

    • FY2025 data reveal a clear structural divergence between public and private life insurers.
    • The Life Insurance Corporation of India (LIC) reduced its commission ratio from 5.45% to 5.17%, despite modest premium growth of 2.8%.
    • In contrast, private insurers relying on alternate channels—such as bancassurance and brokers—saw commission ratios jump from 7.21% to 8.95%, a 174-basis-point increase.
      • Bancassurance is a partnership where banks sell insurance products (life, health, general) to their existing customers.
    • Private commission payouts surged 38.8%, reaching ₹35,491 crore.
  • Channel Composition Drives Cost Behaviour

    • The divergence—amounting to over 200 basis points—is largely explained by:
      • Distribution channel mix (agency vs bancassurance/brokers)
      • Share of single-premium business
    • Agency-driven models, like LIC’s, show greater cost discipline. Insurers dependent on alternate channels exhibit escalating commission expenses.
    • This reflects structural causation rather than coincidence.
  • Bargaining Power and Market Dynamics

    • The root cause lies in distribution power concentration.
    • Twenty-six life insurers compete for partnerships with banks controlling over 4 lakh branches.
    • Banks can switch insurer partnerships or adjust product placement easily, while insurers face high costs in building alternative distribution networks.
    • This imbalance concentrates pricing power with intermediaries, driving commission inflation.
  • Regulatory Context and Competitive Incentives

    • Earlier, the Insurance Regulatory and Development Authority of India (IRDAI) imposed strict product-wise commission caps.
    • Under those limits, competitive pressures shifted into indirect incentives—marketing fees, training support, or infrastructure arrangements.
    • The issue is not necessarily regulatory non-compliance, but the predictable outcome of competition interacting with concentrated distribution power.

Unchanged Economics Behind Rising Insurance Commissions

  • EOM Framework: Transparency Without Structural Change

    • The 2023–24 shift to the Expenses of Management (EOM) framework aimed to enhance autonomy and efficiency.
    • While it improved transparency by surfacing previously embedded costs as commissions, the underlying distribution economics remain unchanged.
    • Institutions with bargaining power have simply become more assertive in demanding higher payouts.
  • Not an Agent Problem, but a Market Structure Issue

    • Blaming individual agents is misplaced. After deductions, agents retain only 35–40% of headline commissions.
    • The larger share—around ₹26,000 crore in FY2025—flows to corporate intermediaries such as banks and insurance marketing firms that control large customer networks.
    • This reflects a concentration of distribution power, not misconduct at the agent level.
  • Limitations of Common Policy Fixes

    • Several proposed remedies fall short:
      • Clawbacks may discourage distribution by creating cash flow uncertainty.
      • Commission disclosure offers limited consumer benefit and may push transactions into informal rebates.
      • Open architecture models could weaken insurer incentives to invest in training and service, as seen in parts of the mutual fund industry post-2012.
    • Core Challenge: Incentive Design and Bargaining Power
      • The problem cannot be solved through accounting changes or disclosure alone.
      • It stems from incentive structures and concentrated bargaining power within distribution channels, requiring deeper structural reform rather than surface-level adjustments.

A Way Out: Reforming Insurance Distribution Economics

  • Shift Toward Renewal-Based Incentives

    • A sustainable solution lies in reducing extreme front-loaded commissions and strengthening renewal income.
    • Linking payouts to persistency, servicing quality, and long-term policy retention would align distributor incentives with customer outcomes rather than short-term sales.
  • Stronger Regulatory Coordination

    • Effective oversight of bancassurance requires joint supervision by the RBI and IRDAI, focusing not only on expense ratios but also on:
      • Policy persistency
      • Customer complaints
      • Servicing standards
      • Commission structures
    • EOM limits must account for channel realities while keeping acquisition costs within reasonable bounds.
  • Outcome-Oriented Regulation

    • Regulation should shift from process compliance to measurable outcomes such as:
      • Retention rates
      • Claims experience
      • Service satisfaction
    • This would better protect policyholder value.
  • Why It Matters for Insurance Penetration

    • Insurance penetration has fallen from 4% to 3.7% of GDP in FY2024.
    • If distribution costs keep rising faster than customer value, insurance may lose relevance for middle-income households.

The Hidden Cost of Insurance Distribution FAQs

Q1. Why is the rise in insurance commissions a regulatory concern?

Ans. Commission payouts grew 18% in FY2025, nearly three times premium growth, indicating distribution costs are rising faster than business expansion, potentially eroding long-term policyholder value.

Q2. What explains the public–private divergence in commission ratios?

Ans. Public insurers like LIC rely on agency models with tighter cost control, while private insurers dependent on bancassurance and brokers face higher commission pressures due to concentrated bargaining power.

Q3. Why is this considered a market structure issue rather than agent misconduct?

Ans. Individual agents retain only 35–40% of commissions, while corporate intermediaries capture the majority, reflecting distribution power concentration rather than unethical conduct by frontline agents.

Q4. How did the EOM framework change commission reporting?

Ans. The EOM framework increased transparency by surfacing embedded costs as commissions but did not alter underlying incentive structures or bargaining imbalances in distribution channels.

Q5. What reforms could improve sustainability in insurance distribution?

Ans. Rebalancing commissions toward renewal income, strengthening RBI–IRDAI oversight of bancassurance, and focusing regulation on persistency, service quality, and claims outcomes can improve long-term penetration.

Source: TH

Daily Editorial Analysis 13 February 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.

The SHANTI Act and Nuclear Liability Reform in India

SHANTI Act

SHANTI Act Latest News

  • The SHANTI Act, recently passed in Parliament, has opened India’s nuclear power sector to private players and significantly altered the nuclear liability framework. 

Background of Nuclear Liability in India

  • India’s nuclear liability regime was primarily governed by the Civil Liability for Nuclear Damage Act (CLNDA), 2010
  • The Act was enacted after India signed the Convention on Supplementary Compensation (CSC) for Nuclear Damage. 
  • Its key objective was to ensure prompt compensation to victims in case of a nuclear accident while also holding responsible parties accountable.
  • A distinctive feature of India’s framework was the “right of recourse”, which allowed the nuclear operator to seek compensation from suppliers if an accident occurred due to defective equipment or services. 
  • Additionally, Section 46 of the CLNDA permitted victims to pursue remedies under other laws, including criminal law. 
  • This structure was seen as strengthening accountability but was criticised by international suppliers who feared unlimited liability exposure.
  • Nuclear energy currently contributes only around 3% of India’s electricity generation. 
  • Despite ambitious targets, 10 GW by 2000 and 20 GW by 2020, actual capacity reached only 2.86 GW in 2000 and 6.78 GW in 2020. 
  • High capital costs, safety concerns, and liability issues have been key constraints.

Key Features of the SHANTI Act

  • Opening the Sector to Private Entities
    • The Act allows private companies to operate nuclear power plants, ending the Union government’s exclusive control over the sector. 
    • This marks a structural shift in India’s atomic energy governance model.
  • Supplier Indemnity and Removal of Right of Recourse
    • The Act channels liability entirely to the operator and removes the operator’s “right of recourse” against suppliers. 
    • This means suppliers cannot be sued for defects in equipment, even if such defects contribute to an accident. 
  • Liability Caps and Changes to CLNDA
    • The operator’s liability is capped between Rs. 100 crore (for small plants) and Rs. 3,000 crore (for large plants). 
    • The total liability for a nuclear accident, including the Centre’s contribution, is capped at 300 million Special Drawing Rights (approximately Rs. 3,900 crore). 
    • The Act also omits Clause 46 of the CLNDA, thereby limiting victims’ ability to seek remedies under other laws. 
    • Additionally, it provides a legislative framework for the Atomic Energy Regulatory Board (AERB), but its independence is limited as members are selected by a committee constituted by the Atomic Energy Commission. 

Rationale Behind Supplier Indemnity

  • Major nuclear accidents such as Three Mile Island (1979), Chornobyl (1986), and Fukushima (2011) involved design flaws and equipment vulnerabilities. 
  • Reports highlighted issues such as reactor design weaknesses, deficient emergency systems, and communication failures by suppliers.
  • Despite this historical evidence, multinational suppliers, particularly from the U.S., have consistently argued that India’s liability framework discouraged investment. 
  • International nuclear liability conventions generally channel liability exclusively to operators and shield suppliers.
  • The SHANTI Act aligns India’s domestic framework with these international norms by indemnifying suppliers from civil and criminal consequences.

Comparison of Liability Caps with Potential Damages

  • The liability caps under the SHANTI Act are significantly lower than the economic costs of past nuclear disasters.
    • The Fukushima accident’s total cost has been estimated at around Rs. 46 lakh crore.
    • Belarus alone estimated losses from Chornobyl at approximately Rs. 21 lakh crore.
  • In contrast, India’s total liability cap of around Rs. 3,900 crore is nearly a thousand times smaller than these figures. 
  • Even with additional funds from the CSC mechanism, compensation would likely cover only a fraction of actual damages in the event of a major disaster. 
  • This raises concerns that victims may bear a substantial share of losses beyond the statutory cap.

Safety and Moral Hazard Concerns

  • The Act introduces the concept of indemnifying operators for accidents caused by “grave natural disasters.” 
  • This departs from India’s earlier “absolute liability” principle for hazardous industries.
  • Such liability caps and indemnities may create a moral hazard. When operators and suppliers are insulated from full financial consequences, they may have weaker incentives to invest in maximum safety and resilience measures.
  • Given that Fukushima was triggered by a tsunami, critics argue that natural disasters cannot be treated as unforeseeable risks in nuclear plant design.

Economic and Strategic Implications

  • Despite contributing only a small share of electricity, nuclear energy projects involve enormous capital investments. 
  • For example, two Westinghouse AP1000 reactors in the U.S. cost about $18 billion each.
  • The SHANTI Act potentially facilitates greater private and foreign participation in India’s nuclear sector, including plans for 100 GW capacity by 2047. However, small modular reactors, often presented as the future of nuclear energy, remain largely untested and may have higher per-unit capital costs.
  • Thus, while the Act may unlock commercial opportunities and attract foreign suppliers, it simultaneously raises questions about regulatory independence, financial risk distribution, and long-term energy viability.

Source: TH

SHANTI Act FAQs

Q1: What is the SHANTI Act?

Ans: It is a law that opens India’s nuclear sector to private players and modifies the nuclear liability framework.

Q2: What major change does the Act make to supplier liability?

Ans: It removes the operator’s right of recourse against suppliers for defective equipment.

Q3: What is the total liability cap under the Act?

Ans: The total cap is 300 million SDRs, roughly Rs. 3,900 crore.

Q4: How much electricity does nuclear energy contribute in India?

Ans: Nuclear energy accounts for about 3% of India’s electricity generation.

Q5: Why has the Act raised safety concerns?

Ans: Because liability caps and supplier indemnity may create moral hazard and weaken safety incentives.

India’s New CPI Series – A Structural Reset of Retail Inflation Measurement

New CPI Series

New CPI Series Latest News

  • On February 12, 2026, the Ministry of Statistics and Programme Implementation (MoSPI) released India’s first retail inflation data under the new Consumer Price Index (CPI) series (Base Year: 2024=100).
  • Retail inflation for January 2026 stood at 2.75% (provisional) — the first official reading under the revised framework.
  • This revision replaces the earlier 2012 base year, reflecting changes in consumption behaviour, market structures, and household expenditure patterns, as captured by the Household Consumption Expenditure Survey (HCES) 2023–24.

Why a New CPI Series?

  • India’s economy has undergone structural transformation over the past decade.
  • For example,
    • Rising share of services
    • Growth of digital consumption
    • Shift toward cleaner fuels
    • Changing food patterns
    • Expansion of online marketplaces
  • The new CPI aligns inflation measurement with current consumption realities, thereby improving its relevance for monetary policy (RBI), fiscal policy calibration, wage indexation, welfare schemes, GDP deflation and national accounts.
  • Significance for monetary and fiscal policy:
    • The CPI is the primary inflation measure for RBI’s Monetary Policy Committee (MPC), linked to the inflation targeting framework (4% ± 2%), and is used for DA revisions, poverty estimation, real income calculation, welfare transfers.
    • Lower weight of volatile food items may reduce short-term fluctuations, and provide clearer inflation signals.

Key Structural Changes in the New CPI

  • Updated base year: Changed from 2012 to 2024, ensuring contemporary relevance.
  • Adoption of international classification: 
    • The new series adopts 12 consumption divisions in line with the COICOP 2018 (Classification of Individual Consumption According to Purpose) framework.
    • 12 divisions (more granular) from earlier structure (6 groups) enhances comparability with global inflation standards.
  • Expanded coverage of items: Total items increased from 299 to 358 (goods increased to 308 from 259, and services from 40 to 50). This reflects growth of the services economy, and modern consumption patterns.
  • New items added:
    • Rural house rent (introduced for the first time)
    • Online media and streaming services
    • Value-added dairy products
    • Barley and related products
    • Pen drives, external hard disks
    • Attendant and babysitter services
    • Exercise equipment
    • Cleaner fuels (CNG/PNG)
  • Removed items: VCR/VCD/DVD players, tape recorders, radios, CD/DVD cassettes, second-hand clothing, coir/rope, reflecting technological obsolescence and lifestyle shift.
  • Wider data collection:
    • The new series collects data from more sources across the country. For example, data is collected from 1,465 rural markets (up from 1,181) and 1,395 urban markets (up from 1,114). 
    • The new series also collects data from 12 online marketplaces. Inclusion of online platforms is a major methodological advancement.

Revised Weight Structure - Changing Consumption Patterns

  • Food and beverages:
    • Weight reduced to 36.75% (from 45.86%).
    • Implication: Headline inflation may become less volatile, as food prices are typically unstable. Food still remains the largest component.
  • Housing (expanded category):
    • Weight increased from 10.07% to 17.67%.
    • Now expanded to include water, electricity, gas, and other fuels. Also introduces rural house rent, improving representativeness.

Inflation Numbers (January 2026)

  • Headline CPI Inflation (2.75%): Rural: 2.73%, Urban: 2.77%
  • Food Inflation (CFPI): 2.13%
    • Rural: 1.96%
    • Urban: 2.44%
  • Housing Inflation: 2.05%
    • Rural: 2.39%
    • Urban: 1.92%
  • Historical comparison is limited since this is the first release under the new base. A linking factor has been provided to compute backward-compatible index values up to 2013.

Challenges and Way Forward

  • Comparability issues: Break in time series complicates long-term analysis. Integrate CPI data with big data analytics.
  • Data consistency: Linking factor may not perfectly replicate old series trends. Enhance transparency in linking methodology. 
  • Food weight reduction debate: India remains a lower-middle-income economy where food inflation impacts welfare significantly. Ensure regular revision cycles (every 5–10 years).
  • Rural representation concerns: Despite expansion, informal consumption may still be underreported. Strengthen rural data infrastructure. Increase public statistical literacy.
  • Online price volatility: Digital marketplace pricing can fluctuate dynamically. Improve real-time digital price collection systems.

Conclusion

  • The launch of the CPI Base 2024 series marks a crucial reform in India’s statistical architecture. 
  • By aligning inflation measurement with contemporary consumption patterns and international standards, the new series enhances the reliability of inflation signals for policymakers.
  • However, maintaining continuity, credibility, and transparency will be essential to ensure that the CPI remains a trusted macroeconomic anchor in India’s inflation-targeting regime.
  • In essence, this is not just a statistical update—it is a recalibration of how India measures the cost of living in a transforming economy.

Source: TH

New CPI Series FAQs

Q1: What is the base year of the newly launched CPI series released in February 2026?

Ans: The new CPI series has 2024 as the base year (2024=100).

Q2: Which survey forms the basis for revising the weights in the new CPI series?

Ans: The weights are based on the Household Consumption Expenditure Survey (HCES) 2023–24.

Q3: Under the new CPI series, how many consumption divisions are adopted and which international framework guides them?

Ans: The new series adopts 12 consumption divisions aligned with the COICOP 2018 framework.

Q4: How has the weight of the food and beverages category changed in the new CPI series?

Ans: The weight of food and beverages has been reduced from 45.86% to 36.75%.

Q5: What was the headline retail inflation rate (CPI) for January 2026 under the new series?

Ans: Retail inflation for January 2026 stood at 2.75% (provisional).

India AI Applications Stack: Competing Beyond Models with Social Impact

India AI Applications Stack

India AI Applications Stack Latest News

  • India’s AI success will hinge less on large GPU clusters and more on how AI applications improve everyday life. 
  • From enabling ASHA workers to detect high-risk pregnancies, helping farmers reduce pesticide use, to enhancing learning outcomes in government schools, AI’s real value lies in social impact.
  • The Economic Survey 2026 emphasises Human Primacy and Economic Purpose as core principles, calling for AI adoption to remain aligned with welfare and inclusion. 
  • A national AI strategy must reflect domestic realities and ensure benefits reach all sectors and citizens.
  • Encouragingly, Indian innovators are already building AI solutions in health, agriculture, education, urban governance, and disaster management. 
  • With sustained policy and ecosystem support, these solutions could scale nationwide and evolve into a cohesive India AI Applications Stack, with potential for global export.

AI in Healthcare: Expanding Access and Early Detection

  • Niramai: Early Breast Cancer Screening
    • Niramai has developed a non-invasive, AI-based thermal imaging tool for breast cancer screening. 
    • Unlike traditional mammography, it works effectively for women of all ages, including those with dense breast tissue. 
    • Portable and affordable, it enables large-scale screening in rural and semi-urban areas.
  • Qure.ai: Rapid Medical Imaging Analysis
    • Qure.ai uses AI to analyse X-rays and CT scans within seconds, detecting over 35 conditions such as tuberculosis, lung cancer, and heart failure. 
    • It is especially valuable in districts with limited radiologist availability, enabling faster triage and treatment.
  • AISteth: Remote Cardiac and Respiratory Diagnosis
    • AISteth is an AI-powered stethoscope that converts heart and lung sounds into visual waveforms. 
    • With around 93% accuracy, it supports frontline health workers in identifying cardiac and respiratory problems early, strengthening primary healthcare delivery.
  •  

AI in Agriculture: Smarter Farming, Lower Costs

  • Neoperk: Instant Soil Health Analysis
    • Neoperk uses near-infrared spectroscopy and machine learning to deliver lab-accurate soil health results in under five minutes. 
    • By analysing 12 key parameters without chemicals, it enables farmers to optimise fertiliser use, improve soil quality, and cut input costs.
  • CottonAce: Pest Management Through AI
    • Developed by the Wadhwani Institute for Artificial Intelligence, CottonAce allows farmers to upload pest images via a mobile app and receive instant, localised pesticide advice. 
    • It has helped thousands of cotton farmers manage threats like pink bollworm, boosting crop quality and profitability.
  • Niqo Robotics: Precision Spraying
    • Niqo Robotics deploys AI-powered robots with computer vision to detect pests and weeds in real time. 
    • This enables selective spraying, reducing pesticide use by up to 60–90%, lowering costs and minimising environmental damage.
  • Cropin: Digital Farming Ecosystem
    • Cropin offers an AI-enabled platform for farm monitoring, credit analytics, and farmer engagement. 
    • It supports climate-smart and predictive farming practices, transforming fragmented agricultural operations into scalable, data-driven systems.
  •  
  •  

AI in Education: Personalised and Inclusive Learning

  • PadhaiWithAI: Improving Math Outcomes
    • PadhaiWithAI offers an AI-powered personalised learning platform aimed at improving mathematics performance in government schools. 
    • Within six weeks, it significantly raised pass rates and boosted high-achiever performance, demonstrating scalable potential for rural education reform.
  • Rocket Learning’s Appu: Early Childhood Support
    • Rocket Learning’s AI companion, Appu, interacts with parents and children via WhatsApp. 
    • Through short, play-based activities, it strengthens foundational literacy and numeracy among children under six, making early learning accessible at scale.
  • Belagavi Smart City: Adaptive eBooks
    • Belagavi Smart City has introduced AI-enabled deep learning eBooks in public libraries. 
    • These books adapt storylines and difficulty levels in real time, leading to improved engagement and a 12% increase in reading speed within two weeks.
  •  
  •  

Government as Ecosystem Orchestrator for India’s AI Applications Stack

  • The government can play a catalytic role by acting as an ecosystem orchestrator for grassroots AI innovations. 
  • By enabling procurement of empanelled domestic AI solutions across departments, hospitals, and schools, it can create reliable demand and accelerate nationwide adoption.
  • By establishing clear benchmarks for AI use in health, agriculture, and education, the government can foster a trusted environment for citizens and institutions. 
  • Standard-setting would reduce uncertainty and encourage responsible deployment at scale.

Building the India AI Applications Stack

  • Once proven domestically, high-impact solutions can be integrated into an India AI Applications Stack—a unified suite of scalable, India-tested AI applications ready for global markets. 
  • Platforms such as the Global Partnership on AI can support international collaboration and outreach.
  • A robust national governance framework, harmonised with international standards like the European GDPR, can position the India AI Applications Stack as a plug-and-play solution for other countries, enhancing India’s global AI leadership.

Source: IE | PIB

India AI Applications Stack FAQs

Q1: What is the India AI Applications Stack?

Ans: The India AI Applications Stack refers to a unified ecosystem of scalable AI solutions built for India’s healthcare, agriculture and education sectors, designed for domestic impact and global deployment.

Q2: Why is the India AI Applications Stack important for India’s AI strategy?

Ans: The India AI Applications Stack shifts focus from GPU infrastructure to human-centric applications, ensuring AI improves public health, farm productivity and learning outcomes across diverse regions.

Q3: Which sectors are driving the India AI Applications Stack?

Ans: The India AI Applications Stack is powered by innovations in healthcare diagnostics, precision agriculture, personalised education, urban governance and disaster management applications.

Q4: What role can government play in the India AI Applications Stack?

Ans: The government can accelerate the India AI Applications Stack through procurement support, benchmarking standards, regulatory clarity and integrating proven solutions into public service delivery systems.

Q5: How can the India AI Applications Stack gain global relevance?

Ans: With strong governance aligned to frameworks like GDPR, the India AI Applications Stack can become a plug-and-play AI model exportable to developing nations facing similar social challenges.

Indian Inscriptions in Egypt: Tamil and Sanskrit Names in Pharaohs’ Tombs

Indian Inscriptions in Egypt

Indian Inscriptions in Egypt Latest News

  • A recent study (2024–25) by scholars from the École Française d’Extrême-Orient (EFEO) and the University of Lausanne has documented nearly 30 inscriptions in Tamil-Brahmi, Sanskrit, and Prakrit inside six tombs in Egypt’s Valley of the Kings in the Theban Necropolis.
  • While Greek graffiti in these tombs had been catalogued as early as 1926, the Indian inscriptions — dating between the 1st and 3rd centuries CE — had largely gone unnoticed.
  • The discovery highlights deeper cultural and mobility links between South Asia and the Mediterranean world during antiquity.

The Repeated Name: Cikai Koṟṟaṉ in Egypt’s Tombs

  • Among the Indian graffiti found in Egypt’s Valley of the Kings, the Tamil name Cikai Koṟṟaṉ stands out. 
  • It was inscribed eight times across five tombs, including one placed prominently about four metres high near an entrance—suggesting deliberate visibility and assertion of presence.

Linguistic Blend: Sanskrit and Tamil Roots

  • The name reflects cultural hybridity:
    • “Cikai” may derive from the Sanskrit śikhā, meaning tuft or crown.
    • “Koṟṟaṉ” is distinctly Tamil, linked to roots meaning victory or slaying, and associated with Koṟṟavai, the Chera warrior goddess, and koṟṟavaṉ (king).
  • This fusion highlights the multilingual and cosmopolitan character of early historic Indian merchant communities.

Links to Tamilagam and Trade Networks

  • The name Koṟṟaṉ also appears in:
    • A pottery sherd from Berenike, a Red Sea port with Indian inscriptions.
    • The Sangam corpus, where the Chera ruler Piṭṭāṅkoṟṟaṉ is addressed as Koṟṟaṉ.
  • These parallels firmly connect the Egyptian graffiti to the literary and epigraphic traditions of ancient Tamilagam, reinforcing evidence of deep Indo-Mediterranean interactions.

“Kopāṉ Came and Saw”: Indian Voices in Egyptian Tombs

  • Another striking inscription discovered in Egypt’s Valley of the Kings reads: “Kopāṉ varata kantan” — “Kopāṉ came and saw.”
  • Scholars note that this phrasing closely mirrors common Greek graffiti formulae found in the same tombs. 
  • It suggests that Indian visitors were consciously adopting an existing Mediterranean tradition of marking presence at sacred sites.

Familiar Tamil Names in a Foreign Land

  • The name Kopāṉ has parallels in early Tamil inscriptions from Tamil Nadu, including Ammankovilpatti. Other names identified in the tombs include:
    • Cātaṉ
    • Kiraṉ
  • Both are well attested in Tamil-Brahmi inscriptions from South India, reinforcing the connection between these Egyptian markings and ancient Tamilagam.

Participation in a Cosmopolitan Travel Culture

  • The inscriptions appear alongside a large body of Greek graffiti inside the tombs. 
  • According to researchers, Indian visitors were not creating separate cultural spaces but participating in a shared Mediterranean practice — inscribing their names to record their visit.
  • This reflects a cosmopolitan network of mobility in the 1st–3rd centuries CE, where Indian travellers ventured far inland beyond Red Sea ports.

Beyond Tamil: Northern Indian Presence in Egyptian Tombs

  • Of the nearly 30 documented inscriptions, around 20 are in Tamil-Brahmi, while the remaining are in Sanskrit, Prakrit, and Gandhari-Kharosthi
  • This linguistic diversity indicates that visitors were not limited to southern India but came from multiple regions across the subcontinent.
  • One Sanskrit inscription mentions an envoy of a Kshaharata king who “came here.” 
    • The Kshaharata dynasty ruled parts of western India in the 1st century CE, suggesting that individuals linked to ruling elites, not just merchants, were part of these networks.
  • The range of languages confirms that Indo-Roman trade was not confined to Tamil merchants from the Malabar coast
  • Traders and travellers from northwestern and western India, including Gujarat and Maharashtra, also participated in transoceanic exchanges.
  • The Valley of the Kings graffiti captures a moment in history when the Indian Ocean world was deeply interconnected, with merchants, envoys, and travellers from different Indian regions leaving their mark far inland in Egypt.

From Berenike to Thebes: Expanding the Map of Indian Mobility

  • Beyond Port Trade - Earlier evidence of Indo-Roman contact centred on Berenike, the Red Sea port linking Roman Egypt with the Indian Ocean. Excavations there revealed Indian inscriptions and trade goods such as pepper, beads, and textiles.
  • Inland Presence in the Nile Valley - The discovery of Tamil-Brahmi, Sanskrit, and Prakrit inscriptions in the Valley of the Kings—far inland along the Nile—extends this narrative. It suggests Indian visitors travelled beyond coastal trade hubs, engaging in local commemorative practices and sightseeing.
  • Literacy and Cosmopolitanism - The inscriptions—mostly brief names and arrival statements—demonstrate: Literacy in Indian scripts; Mobility across long distances; Possible familiarity with Greek.
    • They reflect merchant communities confident enough to mark their presence thousands of miles from home.

Rethinking Tamil-Brahmi Evidence

  • With only around a hundred Tamil-Brahmi inscriptions known from India, the addition of about 20 in Egypt is significant. 
  • This raises questions about:
    • The survival of writing materials in Tamilagam
    • The social groups that practised stone inscription

Rethinking the Roman–Indian Exchange

  • Classical writers like Pliny and Ptolemy documented Roman trade with India, highlighting exports such as pepper, ivory, gemstones, and textiles. 
  • However, debates persisted over whether interaction was merely commercial or involved deeper reciprocal movement.
  • The newly documented inscriptions transform abstract trade into lived history. These names confirm that Indians were physically present in Roman Egypt, not just distant trading partners.

The Valley of the Kings as a Roman-Era Tourist Site

  • Originally built in the 16th century BCE, the Valley of the Kings became a site visited by Mediterranean travellers during the Roman period. 
  • Alongside Greek graffiti, Indian inscriptions now reveal participation in this shared commemorative culture.

Literary Echoes and Cultural Memory

  • The Tamil names resonate with the Sangam corpus, and linguistic elements linked to the goddess Koṟṟavai appear on Egyptian walls. 
  • This strengthens connections between epigraphic evidence and early South Indian literary traditions.

Preserved Across Two Millennia

  • Though modest and lightly scratched, the Tamil-Brahmi, Sanskrit, and Prakrit inscriptions survived due to Egypt’s dry climate and the protected interiors of rock-cut tombs. 
  • Their endurance provides rare, tangible proof of the Indian Ocean world’s interconnected past.

Source: IE | TH

Indian Inscriptions in Egypt FAQs

Q1: What are Indian Inscriptions in Egypt?

Ans: Indian Inscriptions in Egypt refer to Tamil-Brahmi, Sanskrit and Prakrit graffiti discovered inside the Valley of the Kings, dating between the 1st and 3rd centuries CE.

Q2: Why are Indian Inscriptions in Egypt important?

Ans: Indian Inscriptions in Egypt prove that Indians travelled inland to Thebes, showing direct physical presence in Roman Egypt beyond coastal trade exchanges.

Q3: Which languages appear in Indian Inscriptions in Egypt?

Ans: Indian Inscriptions in Egypt include Tamil-Brahmi, Sanskrit, Prakrit and Gandhari-Kharosthi, indicating participation from multiple Indian regions in Mediterranean networks.

Q4: Who was Cikai Koṟṟaṉ in Indian Inscriptions in Egypt?

Ans: Cikai Koṟṟaṉ, a Tamil name inscribed eight times, reflects linguistic hybridity and links with Sangam-era Tamilagam, strengthening evidence of Indian Inscriptions in Egypt.

Q5: How do Indian Inscriptions in Egypt change historical understanding?

Ans: Indian Inscriptions in Egypt reshape Indo-Roman trade history by showing literacy, cultural participation and mobility of Indian merchants within Roman-era commemorative traditions.

Sarojini Naidu Birth Anniversary, Biography, Overview, Significance

Sarojini Naidu Birth Anniversary

Sarojini Naidu Birth Anniversary is celebrated every year on 13 February to remember one of India’s most inspiring freedom fighters, poets, and women empowerment icons. She played a major role in India’s independence movement and is widely known as the “Nightingale of India” because of her beautiful and patriotic poetry. 

The day is not just about honoring her achievements but also about spreading awareness about women’s empowerment and leadership. Sarojini Naidu dedicated her life to promoting equality, education, and political participation for women.

Sarojini Naidu Birth Anniversary Overview

Sarojini Naidu Birth Anniversary is celebrated every year on 13 February to honor the life and contributions of one of India’s most inspiring freedom fighters and poets. The day also marks National Women’s Day in India, recognizing her efforts toward women’s empowerment and social equality.

Sarojini Naidu Birth Anniversary Overview

Particulars

Details

Full Name

Sarojini Chattopadhyay Naidu

Birth Date

13 February 1879

Birth Place

Hyderabad, India

Popular Title

Nightingale of India (Bharat Kokila)

Profession

Poet, Freedom Fighter, Political Leader

Major Achievement

First Indian Woman President of Indian National Congress

Historic Role

First Woman Governor of United Provinces (Uttar Pradesh)

Death

2 March 1949

Importance of the Day

Celebrated as National Women’s Day in India

National Women’s Day 2026

In India, National Women’s Day 2026 will be celebrated on 13 February 2026 to honor the birth anniversary of Sarojini Naidu. The day recognizes the contributions and achievements of women in Indian society and history. 

National Women’s Day 2026 highlights the importance of women’s empowerment and gender equality. Sarojini Naidu is remembered as a strong voice for women’s rights, education, and political participation.

Sarojini Naidu Birth Anniversary Significance

Sarojini Naidu Birth Anniversary is celebrated to honor her remarkable contribution to India’s freedom struggle and women empowerment. The day highlights her inspiring leadership, literary achievements, and dedication toward social equality.

  • It honors Sarojini Naidu’s role in India’s independence movement.
  • The day promotes awareness about women’s empowerment and gender equality.
  • It recognizes her contribution to Indian literature and poetry.
  • It inspires young generations, especially women, to participate in leadership and public life.
  • It reminds people about the importance of education and social reforms.
  • The day celebrates her legacy as India’s first woman Governor and political leader.

Also Read: Indian National Movement

Sarojini Naidu Biography

Sarojini Naidu was a prominent Indian freedom fighter, poet, and political leader who played a major role in India’s struggle for independence.

  • Birth and Family Background: Sarojini Naidu was born on 13 February 1879 in Hyderabad. Her father, Aghore Nath Chattopadhyay, was a scientist and educationist, while her mother, Barada Sundari Devi, was a poet. She grew up in an intellectual and culturally rich environment.
  • Early Education and Talent: She was a child prodigy and showed exceptional talent in literature from a very young age. At just 12 years old, she wrote a long poem titled Lady of the Lake, which brought her early recognition.
  • Higher Education Abroad: Sarojini Naidu pursued higher education in England. She studied at King’s College, London, and later at Girton College, Cambridge, where she further developed her literary and intellectual skills.
  • Literary Career: She became famous for her English poetry that reflected Indian culture, patriotism, and social values. Some of her famous poetry collections include:
    • The Golden Threshold (1905)
    • The Bird of Time (1912)
    • The Broken Wing (1917)
    • The Gift of India
  • Role in Freedom Movement: Sarojini Naidu joined the Indian freedom struggle under the leadership of Mahatma Gandhi. She actively participated in movements like the Civil Disobedience Movement and Quit India Movement and was imprisoned multiple times by the British government.
  • Political Achievements: She became the first Indian woman President of the Indian National Congress in 1925. After India gained independence, she made history by becoming the first woman Governor of the United Provinces (now Uttar Pradesh) in 1947.
  • Women Empowerment Efforts: Sarojini Naidu strongly supported women’s education, social equality, and political participation. She worked to inspire women to become active participants in public and national life.
  • Personal Life: She married Dr. Govindrajulu Naidu in 1899. Despite her family responsibilities, she continued her work as a poet, activist, and political leader.

Death and Legacy: Sarojini Naidu passed away on 2 March 1949 in Lucknow. She is remembered as one of India’s most influential women leaders, and her contributions continue to inspire future generations.

Sarojini Naidu Birth Anniversary FAQs

Q1: When is Sarojini Naidu Birth Anniversary celebrated?

Ans: Sarojini Naidu Birth Anniversary is celebrated every year on 13 February across India to honor her contribution to the freedom struggle and women empowerment.

Q2: Why is Sarojini Naidu called the Nightingale of India?

Ans: She is called the Nightingale of India (Bharat Kokila) because of her beautiful and emotional poetry that reflected Indian culture, patriotism, and social values.

Q3: Why is 13 February celebrated as National Women’s Day in India?

Ans: 13 February is celebrated as National Women’s Day in India to recognize Sarojini Naidu’s efforts in promoting women’s rights, education, and leadership.

Q4: What were Sarojini Naidu’s major contributions to India?

Ans: Sarojini Naidu played a key role in India’s independence movement, supported women empowerment, wrote inspiring poetry, and became the first woman President of the Indian National Congress.

Q5: What were Sarojini Naidu’s famous literary works?

Ans: Some of her popular poetry collections include The Golden Threshold, The Bird of Time, The Broken Wing, and The Gift of India.

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