Daily Current Affairs 14 October 2026 – IAS Current Affairs
Current Affairs 14 October 2026 focuses on the Prelims-Mains perspective. Major events are :
India’s CSR Spending Rises As Focus Shifts To Development Outcomes
Source: Indian Express
GS II: Government policies and interventions
Overview
- India’s CSR framework under the Companies Act, 2013, mandates eligible companies to spend at least 2% of their average net profits on social development activities.
- CSR expenditure has emerged as an important source of development finance, supporting education, healthcare, environmental sustainability and rural livelihoods.
- Regional concentration of funds, fragmented projects and inadequate outcome assessment limit the effectiveness of CSR initiatives.
- Better coordination, outcome-based accountability and long-term planning can help transform CSR spending into measurable and inclusive development.
Why in the News?
India’s Corporate Social Responsibility (CSR) expenditure has reached nearly ₹40,000 crore annually. The focus is now shifting from the amount spent to the actual impact of CSR projects on development outcomes.
News in Brief
- India’s CSR framework, introduced under the Companies Act, 2013, requires eligible companies to spend at least 2% of their average net profits on CSR activities.
- In 2024–25, CSR expenditure reached ₹40,794 crore, contributed by around 29,500 companies across 72,000 projects.
- CSR funding supports sectors such as education, healthcare, agriculture and livelihoods.
- Uneven geographical distribution, fragmented projects and inadequate outcome measurement remain major challenges.
What is CSR?
Corporate Social Responsibility refers to the responsibility of companies to contribute to social welfare, environmental sustainability and inclusive development through their business practices and community initiatives.
Legal Framework in India
- Companies Act, 2013: Section 135 provides the statutory framework for CSR.
- CSR Rules: The Companies (Corporate Social Responsibility Policy) Rules, 2014, provide the implementation framework.
- Schedule VII: Specifies eligible CSR activities.
Applicability
- CSR provisions apply to companies meeting any one of the following criteria during the immediately preceding financial year.
- Net worth of ₹500 crore or more.
- Turnover of ₹1,000 crore or more.
- Net profit of ₹5 crore or more.
- Eligible companies must spend at least 2% of their average net profits of the three immediately preceding financial year on CSR activities.
Major Areas of CSR Expenditure
Schedule VII includes activities relating to;
- Eradicating hunger, poverty and malnutrition.
- Promoting education and healthcare.
- Gender equality and women’s empowerment.
- Environmental sustainability.
- Rural development projects.
- Skill development and livelihood enhancement.
- Disaster management and relief.
CSR as a Source of Development Finance
- India has created one of the world’s largest pools of private-sector-led development finance through its mandatory CSR framework.
- The framework has mobilized approximately rupees 2.6 lakh crore over a decade.
- CSR complements government expenditure by supporting social and economic development.
Uneven Distribution of CSR Funds
- CSR funding is concentrated in a few states, raising concerns about whether allocations adequately reflect regional development needs.
- The major recipients in 2024-25 were;
- Maharashtra: ₹8,631 crore
- Gujarat: ₹4,549 crore
- Karnataka: ₹3,395 crore
- Delhi: ₹2,753 crore
- Together, these four states received more than ₹20,000 crore.
- Companies may allocate funds according to their geographical presence rather than the severity of local development challenges.
Measuring Outcomes, Not Just Expenditure
- Existing accountability mechanisms largely focus on the amount spent.
- Stronger outcome indicators are needed to assess improvements in education, healthcare, livelihoods and other development sectors.
- The success of CSR should be measured by its contribution to long-term development rather than the number of projects completed.
Fragmentation of CSR Projects
- Numerous individual projects may produce useful results without addressing larger structural problems.
- Companies can collaborate by pooling financial resources and coordinating their activities around common development goals.
- For instance, several companies jointly funding a district-level development programme may achieve greater impact than funding unrelated projects independently.
Aligning CSR with Core Business Expertise
- Companies can contribute more effectively by using their technical knowledge, professional networks and managerial capabilities alongside financial resources.
- For example;
- Agricultural companies can support farmer productivity and climate-resilient agriculture.
- Food companies can strengthen agricultural value chains.
- Businesses can design projects that complement their existing expertise and create sustainable outcomes.
- Such alignment can improve the effectiveness and scalability of CSR initiatives.
Challenges in India’s CSR Framework
- India’s CSR framework faces several challenges.
- Regional concentration may present funds from reaching area with greater development needs.
- Limited impact assessment makes it difficult to determine whether expenditure leads to measurable social outcomes.
- Fragmented interventions may produce isolated benefits without addressing structural problems, while a short-term approach can undermine continuity and sustainability.
- Further, limited strategic alignment prevents companies from fully utilizing their technical expertise, networks and managerial capabilities to achieve greater development impact.
Way forward and Conclusion
CSR effectiveness can be improved through outcome-based accountability, clear impact indicators and better monitoring. Companies should pool resources, prioritize underserved regions and support long-term projects in education, healthcare, agriculture and livelihoods. Aligning CSR initiatives with corporate expertise can further improve their effectiveness and sustainability.
CSR should move beyond expenditure-based compliance towards measurable and lasting development outcomes. By complementing government efforts and addressing regional inequalities, corporate funding can become a stronger instrument of inclusive and sustainable development without replacing the state’s responsibility for public welfare.
UPSC Relevance
- GS Paper II: Government policies and interventions, development processes, welfare schemes and the role of stakeholders in development.
- GS Paper III: Inclusive growth, resource mobilization and sustainable development.
- Essay: Corporate responsibility, inclusive growth and the role of the private sector in nation-building.
UPSC Prelims and Mains Practice Question
With reference to Corporate Social Responsibility (CSR) in India, consider the following statements:
1. Section 135 of the Companies Act, 2013, provides the statutory framework for CSR.
2. Every company registered in India is mandatorily required to spend 2% of its profits on CSR.
3. Schedule VII of the Companies Act specifies eligible CSR activities.
Which of the statements given above is/are correct?
(a) 1 and 2 only
(b) 1 and 3 only
(c) 2 and 3 only
(d) 1, 2 and 3
Answer: (b) 1 and 3 only
Mains Practice Question
Q) Corporate Social Responsibility can serve as an important source of development finance, but its effectiveness depends on measurable outcomes and strategic allocation. Discuss the challenges in India’s CSR framework and suggest measures to improve its development impact. (150 words)
Inflation Generalization And Its Impact On RBI Monetary Policy
Source:Indian Express
GS III: Indian Economy- Inflation, Monetary Policy and Price stability
Overview
- India’s household inflation rose to 5.54% in September 2026, prompting concerns about the spread of price pressures across the economy.
- Inflation generalisation occurs when price increases spread beyond a few commodities to a wider range of goods and services.
- Economists use year-on-year inflation, month-on-month changes and diffusion indices to assess the breadth and persistence of price increases.
- Widespread inflation can influence RBI interest rate decisions, inflation expectations and economic growth, making effective price monitoring essential.
Why in the News?
India’s household inflation rose to 5.54% in September 2026, from 4.83% in August. The Reserve Bank of India (RBI) noted signs of inflation generalisation, indicating that price increases may be spreading across a wider range of goods and services.
News in Brief
- Inflation generalization occurs when price increases spread across different goods and services rather than remaining limited to a few items.
- The RBI observed some evidence of elevated inflation expectations and a broader spread of price pressures.
- Economists use measures such as inflation diffusion indices to assess how widely inflation is spreading across the consumer price basket.
- A broader and sustained spread of price increases may influence the RBI’s monetary policy decisions.
Inflation Generalization
- Inflation generalization refers to a situation in which rising prices become widespread across the economy and persist over time.
- Inflation initially driven by a few commodities, such as food and fuel, may spread to other goods and services.
- It can become more persistent when businesses pass on higher costs to consumers.
- Elevated inflation expectations can also influence wage demands, production costs and future pricing decisions.
- Generalized inflation is more difficult to control than a temporary price rise caused by a supply shock.
Recent Inflation Trends
- Household inflation increased to 5.54% in September 2026, compared with 4.83% in August.
- The RBI acknowledged signs of inflation generalisation after previously indicating that such evidence was limited.
- The Consumer Price Index (CPI) measures changes in the general price level of goods and services consumed by households.
- However, a rise in headline inflation alone does not establish that inflation has become widespread. Economists examine the movement of prices across individual items to assess the extent of generalization.
Inflation refers to a sustained increase in the general prices level of goods and services reducing the purchasing power of money.
How Economists Measures Inflation Generalization
Year-on-year Inflation
- Year-on-year inflation compares the price level in a particular month with that of the same month in the previous year.
- However, it can be influenced by the base effect.
- A temporary change in prices during the previous year can affect the current inflation rate even when prices have not risen significantly in the latest month.
Month-on-Month Inflation
- This measures changes in prices compared with the previous month.
- It helps economists identify recent price movements and assess whether price pressures are building up.
Inflation Diffusion Index
- A diffusion index measures the breadth of price increases across the CPI basket.
- It indicates how many goods and services are experiencing price increases.
- It helps distinguish inflation concentrated in a few items from inflation spreading across the economy.
- It considers the direction of price movements rather than relying solely on the overall inflation rate.
- For example, if the prices of a large number of items rise, inflation may be becoming more widespread even if the headline inflation rate remains moderate.
What Does the CPI Basket Reveal?
- The CPI basket contains a range of goods and services consumed by households.
- The prices of these items do not carry equal weights.
- Items such as food and fuel can significantly influence household inflation.
- A small price increase in an item with a low CPI weight may have limited influence on headline inflation.
- A broad rise in prices across different categories may indicate stronger inflationary pressures.
- Therefore, economists examine both the magnitude of price increases and the number of items affected.
Consumer Price Index (CPI)
- Measures changes in the retail prices of goods and services consumed by households.
- Published by the National Statistical Office (NSO), under the Ministry of Statistics and Programme Implementation.
- Used by the RBI as the nominal anchor for its inflation-targeting framework.
Inflation Targeting in India
- Under the flexible inflation-targeting framework, the RBI aims to maintain CPI inflation at 4%, with a tolerance band of 2% to 6%.
- The framework seeks to maintain price stability while keeping the objective of growth in mind.
Implications for Monetary Policy
- The spread of inflation matters for the RBI because persistent and widespread price increases may require a stronger policy response.
- Interest rates: The RBI may maintain higher policy rates or increase them to contain inflationary pressures.
- Inflation expectations: Persistent price increases can influence household spending and business pricing decisions.
- Economic growth: Tighter monetary policy can moderate demand and borrowing, potentially slowing economic activity.
- Policy assessment: The RBI must distinguish temporary supply-side inflation from persistent, broad-based price pressures before deciding on its response.
- Economists expected further repo rate increases over the following months, although the actual policy response would depend on incoming inflation data and the broader economic outlook.
Conclusion
Inflation generalization provides a broader picture of price pressures than headline inflation alone. Monitoring the spread and persistence of price increases helps the RBI distinguish temporary shocks from sustained inflation and make better-informed monetary policy decisions.
UPSC Prelims and Mains Practice Question
Consider the following statements regarding inflation in India:
1. Inflation generalization refers to the spread of price increases across a wider range of goods and services.
2. The inflation diffusion index measures only the magnitude of the overall rise in consumer prices.
3. The RBI uses the Consumer Price Index (CPI) as the basis for its inflation-targeting framework.
Which of the statements given above is/are correct?
(a) 1 and 2 only
(b) 1 and 3 only
(c) 2 and 3 only
(d) 1, 2 and 3
Answer: (b) 1 and 3 only
Mains Practice Question
Q) Explain the concept of inflation generalization. How can measures such as inflation diffusion indices help the RBI assess price pressures and formulate monetary policy? (150 words)
Flash Floods In Nepal Warn India About Himalayan Disaster Risks
Source: Indian Express
GS I: Geography; GS III: Disaster Management
Overview
- Flash floods in Nepal’s Budhi Gandaki river highlight the vulnerability of the Himalayan region to sudden floods, debris flows and slope failures.
- Geological instability, heavy rainfall, glacier retreat and loose sediments contribute to Himalayan disaster risks.
- Climate change is altering mountain conditions, but the direct cause of each flood requires scientific investigation.
- Satellite monitoring, early-warning systems, resilient infrastructure and India–Nepal cooperation are essential to reduce disaster risks.
Why in the News?
A flash flood along Nepal’s Budhi Gandaki River in Gorkha district swept through settlements, causing damage to infrastructure. The incident has raised concerns about similar hazards in the Indian Himalayan region.
News in Brief
- Flash floods in the Himalayas can result from sudden water releases, glacial lake outbursts, avalanches and intense rainfall.
- Erosion, unstable mountain slopes and loose sediments increase the destructive potential of floodwaters.
- Climate change is altering Himalayan conditions, increasing concerns about glacier retreat and slope instability.
- India needs effective early-warning systems, real-time monitoring and timely evacuation to reduce disaster risks.
Causes of Flash Floods
- The exact trigger of the Nepal incident has not been conclusively established.
- However, possible causes include a glacial lake outburst flood or an avalanche involving ice and rocks.
- The Himalayas are particularly vulnerable because of;
- Loose sediments: Erosion and past glacial activity leave large quantities of loose material in mountain valleys.
- Unstable slopes: Weathering and erosion gradually weaken mountain slopes.
- Sudden water releases: Heavy rainfall or the sudden release of water can mobilize sediments and debris.
- Debris flow: Floodwaters carry boulders, rocks and vegetation, increasing their destructive force.
Role of Global Warming
- Climate change is altering the environmental conditions in which Himalayan hazards develop.
- Rising temperatures and glacier retreat can destabilize mountain slopes.
- Melting ice may increase the vulnerability of glacial lakes and surrounding terrain.
- Changes in temperature can weaken slopes where ice helps bind loose material.
- Scientific assessments by the Intergovernmental Panel on Climate Change (IPCC) indicate that warming is changing the physical environment of mountain regions.
- However, climate change cannot be identified as the direct cause of every individual flood.
- The causes of specific events require scientific investigation.
Why is this is a concern in India?
- The Indian Himalayan region, including Uttarakhand, Himachal Pradesh, Ladakh, Sikkim and Arunachal Pradesh, faces similar hazards.
- Past disasters illustrate the risks;
- 2013 Kedarnath disaster: Exceptional rainfall, flooding and the mobilisation of sediment and debris caused extensive destruction.
- 2021 Chamoli disaster: A massive rock-and-ice mass movement in the Rishiganga valley triggered a destructive downstream surge.
- Similar hazards can occur across the Himalayan region, including Kashmir and Arunachal Pradesh.
Why are the Himalayan vulnerable?
- The Himalayas are young fold mountains formed by the collision of the Indian and Eurasian tectonic plates.
- Their unstable geological structure, steep slopes and active tectonic processes make them prone to landslides, rockfalls and slope failures.
- Heavy rainfall and seasonal snowmelt can rapidly increase river discharge and trigger flash floods.
- Glacier retreat and the formation of glacial lakes also increase the risk of sudden water releases and glacial lake outburst floods (GLOFs).
- Further, deforestation, unplanned urbanization, road construction and hydropower projects can disturb fragile slopes and increase the exposure of settlements and infrastructure to natural hazards.
Major Risks Associated with Flash Floods
- Loss of human lives and displacement of communities.
- Damage to roads, bridges, buildings and hydropower infrastructure.
- Destruction of agricultural land and settlements.
- Disruption of transport, communication and essential services.
- Increased sediment deposition in river channels, affecting downstream areas.
Way Forward and Conclusion
Strengthening disaster preparedness in the Himalayan region requires continuous monitoring of glacial lakes and unstable slopes using satellite observations and ground-based sensors. Effective early-warning systems should detect sudden water releases and potential debris flows, while timely alerts and evacuation plans must protect vulnerable communities. Hazard assessments should guide the construction of roads, bridges and hydropower projects to reduce risks. India and Nepal should also improve cooperation in river monitoring, data sharing and disaster management.
Himalayan flash floods result from a combination of fragile geology, extreme weather and changing climatic conditions. An integrated approach combining scientific monitoring, climate-resilient infrastructure, community preparednessand regional cooperation is essential to minimize loss of life and protect the Himalayan ecosystem.
UPSC Relevance
- GS Paper I – Geography: Geophysical phenomena, geographical features and changes in critical geographical features.
- GS Paper III – Disaster Management: Disaster preparedness, mitigation and management of floods and landslides.
- GS Paper III – Environment: Climate change and its impact on fragile mountain ecosystems.
UPSC Prelims and Mains Practice Question
Consider the following statements about Himalayan flash floods:
1. Glacial lake outbursts and debris flows can trigger destructive floods.
2. Climate change is the established direct cause of every flash flood in the Himalayas.
3. Satellite monitoring and early-warning systems can help reduce disaster risks.
Which of the statements given above is/are correct?
(a) 1 and 2 only
(b) 1 and 3 only
(c) 2 and 3 only
(d) 1, 2 and 3
Answer: (b) 1 and 3 only
Mains Practice Question
Q) Flash floods in the Himalayan region are shaped by both geological conditions and changing climatic factors. Examine the causes and consequences of these disasters and suggest measures to strengthen India’s preparedness. (250 words)
INS Mangrol Strengthens India’s Naval Capabilities
Source: Indian Express
GS III: Indigenization of technology and development of defence capabilities
Overview
- INS Mangrol is the third Mahe-Class Anti-Submarine Warfare Shallow Water Craft commissioned by the Indian Navy to strengthen coastal defence.
- The vessel features indigenous sonar, advanced sensors and specialized weapons to detect, track and engage submarines in shallow waters.
- The ASW-SWC programme involves 16 vessels built by Cochin Shipyard Limited and Garden Reach Shipbuilders and Engineers, supporting defence indigenization.
- These vessels will protect ports, shipping lanes and offshore infrastructure while strengthening India’s maritime security in the Indian Ocean Region.
Why in the News?
The Indian Navy commissioned INS Mangrol, the third Mahe-class Anti-Submarine Warfare Shallow Water Craft (ASW-SWC), at the Naval Dockyard in Mumbai. The vessel will strengthen India’s coastal defence by improving its ability to detect and counter underwater threats in shallow and near-shore waters.
News in Brief
- INS Mangrol is the third of eight indigenously designed Mahe-class ASW-SWCs being built by Cochin Shipyard Limited (CSL).
- These vessels are designed to detect, track and engage submarines operating in shallow coastal waters.
- The programme involves the construction of 16 ASW-SWCs by CSL and Garden Reach Shipbuilders and Engineers (GRSE), Kolkata.
- With over 80% indigenous content, the programme supports India’s defence indigenisation and shipbuilding capabilities.
Features of INS Mangrol
- It belongs to the Mahe class, designed specifically for anti-submarine warfare in shallow waters.
- The vessel is approximately 78 metres long, with a maximum beam of 11:36 metres.
- It has a displacement ranging from 896 to 1,100 tonnes.
- It uses a diesel-engine waterjet propulsion system, improving maneuverability while reducing underwater noise.
- Indigenous sonar, weapons and communication systems enable the detection, tracking and engagement of underwater threats.
- Its armament includes torpedoes and multifunctional anti-submarine rockets.
- It can also undertake underwater surveillance, search and rescue ( SAR), Low-Intensity Maritime Operations (LIMO) and mine-laying.
Anti-Submarine Warfare (ASW)
- Anti-submarine warfare refers to military operations aimed at detecting, tracking, deterring and neutralising hostile submarines.
- Major components of ASW include:
- Detection: Using sonar and other underwater sensors to identify submarines.
- Tracking: Monitoring the movement and position of underwater targets.
- Engagement: Using torpedoes, anti-submarine rockets and other suitable weapons.
- Surveillance: Monitoring maritime areas to identify potential underwater threats.
Indigenous Design and Construction
- The Mahe-class vessels are being built by Cochin Shipyard Limited (CSL) at Kochi.
- The programme also involves Garden Reach Shipbuilders and Engineers (GRSE), Kolkata.
- The vessels comply with the technical and safety standards of Det Norske Veritas (DNV), an internationally recognised classification society.
- The programme reflects India’s growing capacity to design and manufacture advanced naval platforms domestically.
Need for Shallow-Water Anti-Submarine Warfare
- India’s extensive coastline, numerous ports and islands create a need for specialized platforms to protect coastal waters.
- Submarines operating close to the shore can threaten ports, shipping lanes, offshore energy installations and naval bases.
- Shallow-water environments make submarine detection and tracking particularly challenging.
- Specialised shallow-water craft help address these challenges through advanced sensors, manoeuvrability and dedicated anti-submarine weapons.
- The Mahe-class vessels are designed to address this challenge through advanced sonar systems, high maneuverability and specialized weapons.
Replacing Older Vessels
- Before the ASW-SWC programme, the Navy relied on Abhay-class corvettes for coastal patrol and anti-submarine warfare.
- These vessels had served for decades and were decommissioned between 2017 and 2025.
- The Defence Acquisition Council approved the procurement of 16 ASW-SWCs in December 2013, at a cost of ₹13,000 crore.
- Contracts were subsequently awarded to CSL and GRSE to construct eight vessels each.
Garden Reach Shipbuilders and Engineers (GRSE)
- A defence public-sector undertaking based in Kolkata, West Bengal.
- Functions under the Ministry of Defence.
- Builds warships and other vessels for the Indian Navy and Coast Guard.
Defence Acquisition Council (DAC)
- The highest decision-making body of the Ministry of Defence for capital acquisitions.
- Chaired by the Union Defence Minster.
- Facilitates the acquisition of military equipment and capabilities required by the armed forces.
Det Norske Veritas (DNV)
DNV is an internationally recognised classification and assurance organisation that establishes technical standards for the safety and reliability of ships and other assets.
Mahe-Class Fleet
- The 16 ASW-SWCs are divided into two classes:
- Arnala class: Built by GRSE. It includes INS Arnala, Androth, Anjadip, Amini, Abhay, Agray, Ajay and Akshay.
- Mahe class: Built by CSL. It includes INS Mahe, Malvan, Mangrol, Malpe, Mulki, Magdala and Machilipatnam, along with the remaining vessel in the programme.
- The Mahe-class fleet is expected to be inducted progressively, strengthening the Navy’s dedicated coastal anti-submarine warfare capability.
Strategic Significance for India
- INS Mangrol strengthens India’s coastal security by improving the protection of its coastline, ports and coastal infrastructure.
- It enhances the Indian Navy’s ability to detect, track and engage submarines operating close to shore, helping safeguard shipping lanes, offshore energy installations and major naval bases.
- The vessel also strengthens India’s maritime security posture in the Indian Ocean Region by improving its response to underwater threats.
- Its indigenous construction supports domestic shipbuilding and defence indigenisation.
- By undertaking coastal anti-submarine operations, these specialised vessels allow larger warships to focus on deep-sea missions.
- Working alongside coastal radar networks, underwater sensors and maritime patrol aircraft, INS Mangrol contributes to a layered maritime surveillance and defence system.
UPSC Relevance
- GS Paper III – Defence: Indigenisation of technology and development of defence capabilities.
- GS Paper III – Internal Security: Maritime security and protection of critical infrastructure.
- GS Paper II – International Relations: India’s maritime security interests in the Indian Ocean Region.
- Prelims: Anti-submarine warfare, sonar technology, defence public-sector undertakings and naval platforms.
UPSC Prelims Practice Question
Consider the following statements about INS Mangrol:
1. It belongs to the Mahe class of Anti-Submarine Warfare Shallow Water Craft.
2. It is designed to strengthen India’s ability to detect and engage submarines in coastal waters.
3. The Mahe-class vessels are being constructed exclusively by Garden Reach Shipbuilders and Engineers.
Which of the statements given above is/are correct?
(a) 1 only
(b) 1 and 2 only
(c) 2 and 3 only
(d) 1, 2 and 3
Answer: (b) 1 and 2 only
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