Context

• Wetlands, including urban lakes, cover nearly 6% of the planet’s surface and are among the most productive ecosystems on Earth.
• They play a vital role in carbon sequestration, biodiversity conservation, climate regulation, flood control and human well-being.
• However, rapid and unplanned urbanisation is destroying India’s lakes at an alarming rate. Their degradation is weakening cities’ natural defences against climate change, flooding, heat stress and water scarcity.

Causes of Urban Lake Destruction

• Rapid and Unplanned Urbanisation
  • Increasing urbanisation has placed enormous pressure on land. Lakes and wetlands are often treated as vacant or economically unproductive land rather than essential ecological infrastructure.
  • Consequently, they are encroached upon for housing, highways and commercial development.
• Rising Land Values
  • Over the past five decades, urban land prices have increased substantially.
  • In cities such as Hyderabad, Bengaluru and Mumbai, former agricultural areas and lake catchments have become valuable real estate.
  • Lakes are therefore increasingly viewed as an opportunity cost, creating economic incentives for their conversion.
• Pollution and Institutional Apathy
  • Encroachment is only one dimension of the crisis. Many lakes have become dumping grounds for untreated sewage, industrial effluents and municipal solid waste.
  • Weak enforcement and fragmented institutional responsibility have allowed pollution and degradation to continue.

The Scale of the Crisis

• CAG reports have highlighted significant lake shrinkage in Jammu and Kashmir, including the loss of more than 500 lakes since 1967.
• Hyderabad has reportedly lost around 61% of its lake area since 1979.
• Around 268 water bodies disappeared in Hyderabad between 2002 and 2012, according to one study.
• The consequences are becoming increasingly serious as cities face urban heat islands, extreme rainfall, flooding and water shortages.
• Healthy lakes can function as urban climate buffers and sponge systems, absorbing excess water and moderating local environmental conditions.

The Cases of Taken for Granted

• From Civic Assets to Real Estate
  • Historically, lakes were valued for their role in supporting urban water management and local livelihoods.
  • Slower urban expansion and relatively affordable land helped protect them. Today, rapid development has transformed surrounding land into commercially valuable property.
  • This has encouraged the filling, fragmentation and conversion of wetlands, destroying their natural drainage and ecological functions.
• Limits of Formal Recognition
  • India’s increasing number of Ramsar sites reflects growing recognition of the importance of wetlands.
  • However, international recognition does not automatically translate into effective conservation at the local level.
  • Urban wetlands continue to face:
    • Unclear boundaries
    • Encroachment
    • Disrupted catchment areas
    • Pollution
    • Weak enforcement
• Policy-Implementation Gap
  • Programmes such as AMRUT, Jal Shakti Abhiyan and Mission Amrit Sarovar provide useful policy frameworks.
  • However, their impact is often weakened by fragmented accountability, poor inter-departmental coordination and inadequate enforcement.
  • A major problem is the preference for beautification over ecological restoration.
  • Promenades, lighting and fencing may improve appearance, but they cannot restore a lake if its feeder channels, catchments and water quality remain damaged.

Successful Models of Lake Restoration

• Institutional Intervention: HYDRAA
  • Telangana’s Hyderabad Disaster Response and Asset Protection Agency (HYDRAA) demonstrates the potential of stronger institutional action.
  • It has:
  • Reclaimed encroached lakebeds.
  • Removed illegal structures from Full Tank Level zones.
  • Undertaken restoration of several water bodies.
  • Desilted blocked feeder channels.
  • Restored natural hydrological flows.
  • The restoration of Nalla Cheruvu provides a significant example. Reviving feeder channels and removing accumulated silt increased its water spread from 16 acres to 30 acres.
• Community Participation
  • Community-led lake champions in Bengaluru and Hyderabad have helped revive water bodies such as Puttenahalli, Jakkur and Kudikunta.
  • These initiatives demonstrate that local ownership and citizen participation can play an important role in protecting urban ecosystems.
  • However, isolated successes are insufficient.
  • Without legal backing, sustained funding and statutory enforcement, successful community initiatives may remain exceptions rather than becoming models that can be replicated across cities.

The Way Forward

• Improve Institutional Coordination
  • Responsibilities currently distributed among multiple agencies should be streamlined through unified and accountable governance mechanisms.
  • Effective monitoring and enforcement are essential for long-term protection.
• Institutionalise Citizen Participation
  • Citizens should not merely participate in occasional clean-up drives.
  • Community monitoring, stewardship and public accountability should become permanent components of lake governance.
• Shift from Beautification to Ecological Restoration
  • Urban lake projects must prioritise water quality, biodiversity, natural drainage, feeder channels and catchment restoration rather than focusing primarily on aesthetic improvements.

Conclusion

• India’s urban lakes are living ecosystems, not vacant land or decorative landscapes. Their destruction increases cities’ vulnerability to floods, extreme heat, water scarcity and environmental degradation.
• Protecting them requires a shift from short-term beautification to ecological restoration, strong legal protection, integrated urban planning and accountable governance.
• Government agencies and citizens must work together to preserve these natural assets.
• Cities that restore lakes as functioning ecosystems will strengthen their climate resilience and long-term urban liveability in an increasingly warming and water-stressed future.

Context

• The catastrophic glacial collapse near the Nepal-China border on August 26, 2026, has emerged as one of the most devastating disasters in the Himalayan region.
• Initially believed to be a 4.4-magnitude earthquake, the event was later identified as a massive glacial collapse and landslide, equivalent to a 5.2-magnitude seismic event.
• The resulting flash floods caused widespread destruction and loss of life across Nepal, while also affecting India and China.

Nature’s Fury Knows No Borders

• A Shared Himalayan Vulnerability
  • Nepal, India and China may have different strategic interests and geopolitical tensions, but they share interconnected mountains, rivers, ecosystems and populations.
  • Consequently, a disaster originating in one part of the Himalayas can rapidly produce consequences across national boundaries.
  • The collapse of an enormous glacial mass sent water, ice, rock and debris into the valley below, triggering devastating floods. Hundreds of people were killed, while nearly 2,000 remained missing, including foreign nationals.
  • Entire settlements were swept away, exposing the extreme vulnerability of communities living in fragile mountain regions.
• Destruction of Critical Infrastructure
  • Around 475 megawatts of generating capacity was reportedly wiped off the electricity grid, creating serious challenges for economic recovery and reconstruction.
  • China also suffered substantial damage. The strategically important Gyirong Port, a major trade gateway between Nepal and China, was buried under sediment and debris.
  • Roads, electricity supplies and communication networks in the Tibetan region were severely disrupted.
  • Thus, a local environmental event quickly developed into a wider humanitarian, economic and connectivity crisis.

The Human Dimension of the Tragedy

• Vulnerable Communities and Loss of Life
  • The greatest burden of the catastrophe has fallen upon ordinary people. Residents of remote Himalayan settlements lost their homes, livelihoods and family members.
  • The disaster demonstrates the fragility of human life in regions exposed to unpredictable natural hazards.
• Pilgrims, Tourists and Cross-Border Connections
  • Tourists and pilgrims travelling through vulnerable mountain routes were also affected.
  • Several Indian nationals travelling towards Kailash Mansarovar were reported missing or untraced.
  • The Himalayan region is connected not only geographically but also through religion, trade, tourism and cultural exchanges.
  • Therefore, disasters in these regions affect populations across borders and require responses that prioritise human security alongside national interests.

Flood Fallout for India

• Downstream Flood Threats
  • India faced serious downstream consequences as floodwaters from Nepal entered the Gandak, Kosi and Ganga river systems.
  • Bihar and Uttar Pradesh were placed on high alert as rising water levels threatened settlements and vulnerable embankments.
  • Authorities strengthened surveillance, evacuated riverside communities and deployed emergency personnel.
  • The National Disaster Response Force (NDRF) also positioned teams in vulnerable areas to respond to potential emergencies.
• Humanitarian Assistance
  • India extended humanitarian assistance and disaster relief to Nepal by sending medical supplies, food and tents. However, emergency relief alone cannot ensure long-term safety.
  • The interconnected Himalayan river systems require real-time information sharing, coordinated early-warning systems and joint disaster-management mechanisms to reduce future losses.

A Case for Regional Cooperation

• Moving Beyond Geopolitical Rivalries
  • The catastrophe presents a compelling case for greater cooperation among India, Nepal and China.
  • Political differences and strategic competition may persist, but environmental and humanitarian emergencies require practical collaboration.
  • The three countries must find ways to compartmentalise geopolitical disputes and create institutional mechanisms for cooperation during natural disasters.
• Building a Cooperative Disaster Framework
  • A regional framework should focus on cross-border disaster monitoring, especially in environmentally fragile Himalayan areas.
  • Governments and scientific institutions should share information regarding glaciers, landslides, glacial lakes, earthquakes and extreme weather events.
  • Joint early-warning mechanisms could provide downstream communities with valuable time for evacuation.
  • Cooperation should also include hydrological data sharing, satellite monitoring and emergency communication systems.
  • Regular joint exercises involving disaster-response agencies can further strengthen preparedness and coordination.

Climate Change and Himalayan Vulnerability

• Increasing Environmental Risks
  • The Himalayas face growing environmental pressures from rising temperatures, changing rainfall patterns, glacier instability and extreme weather events.
  • These developments may increase the risks of landslides, glacial collapses and flash floods.
• Protecting the Third Pole
  • Often called the Third Pole, the Himalayan region contains vast reserves of ice and glaciers and provides water to millions of people across Asia.
  • Environmental degradation in this region therefore has consequences far beyond individual national boundaries.
  • Greater investment in scientific research, climate adaptation, sustainable infrastructure and environmental protection is essential for reducing future risks.

Conclusion

• The devastating glacial collapse near the Nepal-China border demonstrates the destructive power of nature and the limitations of political boundaries.
• Nepal, India and China have all suffered from a common environmental crisis, proving that shared geography creates shared vulnerabilities.
• The tragedy should encourage greater scientific cooperation, disaster preparedness, information sharing and humanitarian coordination.
• While geopolitical differences may continue, common environmental threats demand collective action.
• The long-term safety of the Himalayan region will depend on the ability of neighbouring countries to transform a shared vulnerability into a framework for meaningful and sustained regional cooperation.

Why in the News?

• A controversy involving the Acting Chief Justice of the Rajasthan High Court has revived a recurring question before the Supreme Court Collegium: how to treat recommendations for the appointment of High Court judges sent by an Acting Chief Justice.

What’s in Today’s Article?

• Collegium System (Basics, Acting Chief Justices, etc.)
• News Summary (Present Case, Judicial Precedents, Significance, Conclusion)

The Collegium System

• Judicial appointments to the higher judiciary in India are made through the Collegium system, evolved through a series of Supreme Court judgments rather than written into the Constitution.

The Convention on Acting Chief Justices

• An Acting Chief Justice is appointed when the post of Chief Justice of a High Court falls vacant and a permanent appointment has not yet been made. The senior-most available judge usually takes charge in this capacity.
• Conventionally, Acting Chief Justices do not make recommendations for judicial appointments.
• The reasoning is straightforward: their tenures are typically short, and vetting candidates requires familiarity with the Bar, consultation with colleagues, and considered assessment that a brief stint may not permit.
• However, in exceptional cases where such names have been sent, the Collegium has adopted varied approaches rather than following a fixed rule.

News Summary

• The Acting Chief Justice of the Rajasthan High Court has held the position since late September 2025, a tenure of almost a year.
• The Supreme Court Collegium will now have to consider at least four names recommended by him.

Judicial Precedents

• The Bombay High Court Case (2020)
  • A judge served as Acting Chief Justice of the Bombay High Court from February 20 to March 19, 2020, and then as Chief Justice from March 20 until retirement on April 27, 2020. During this period, he prepared a list of 22 names for appointment as High Court judges.
  • Two consultee judges objected in writing, arguing that no Chief Justice could properly vet 22 candidates, each requiring consultation with the Bar, in so short a tenure. They urged that the list be sent back to the sitting Chief Justice.
  • A third consultee judge disagreed, noting that the recommending judge had served on the Bombay High Court since 2004 and knew the Bar well.
  • Relying on this affirmative response, the Collegium sent 18 of the 22 recommendations to the Centre.
  • The Centre, however, returned the names, underlining the reservations recorded by the consultee judges. Fresh lists were subsequently drawn up by the High Court.
• The Rajasthan High Court Case (2022)
  • In another instance, the Centre raised objections to at least 12 names sent by the then Chief Justice of the Rajasthan High Court, on the ground that the recommendations were made during the fag end of his tenure.
  • The Collegium asked whether there were specific objections against any name based on intelligence inputs, but received no response. The Centre subsequently cleared 8 of the 12 names.
  • Together, these cases show that the Collegium has treated such recommendations case by case, weighing the recommending judge's familiarity with the High Court against the brevity of the tenure.

The Underlying Controversy

• The present question has arisen against the backdrop of a separate dispute.
• A Supreme Court judge, previously of the Rajasthan High Court, wrote three letters to the Chief Justice of India, seeking that the Acting Chief Justice be replaced by a Chief Justice from outside the state.
• The letters alleged manipulation of case listings, threats to fellow judges citing closeness to the CJI, and misuse of administrative powers. They also described the acting tenure as "unusually long."
• The CJI responded that allegations against a sitting judge could not be adjudicated through the media and must go through institutional channels.

Why This Matters?

• The question is narrow in form but touches on broader institutional concerns.
• Judicial vacancies remain a persistent problem across High Courts, and returning recommendations on procedural grounds can delay appointments further.
• At the same time, appointments made without adequate vetting risk compromising the quality of the higher judiciary.
• The debate also highlights the problem of prolonged acting tenures. When an Acting Chief Justice remains in place for a year, questions inevitably arise about whether the arrangement has become a substitute for a permanent appointment rather than a stopgap.
• Finally, the absence of a written rule on this point illustrates a wider feature of the Collegium system, much of it rests on convention and precedent rather than codified procedure, which allows flexibility but also invites inconsistency.

Conclusion

• Whether an Acting Chief Justice can recommend names for judicial appointment has no settled answer, and past practice has varied with circumstance.
• The Collegium's approach in the present case will effectively set a precedent, either affirming that merit and familiarity with the Bar matter more than official designation, or reinforcing the convention that permanent appointments should precede such consequential recommendations.
• Either way, this underlines the case for clearer, written norms within the appointments process.

Context:

• India's GDP growth for the last quarter is expected to be as high as 8%, defying fears that the Middle East conflict and its accompanying oil-price shock would derail the economy.
• The subsidised FCNR flows and other measures used to manage the external front are also expected to show an impressive final tally.
• While the economy has shown short-term resilience, this resilience is largely cyclical, not structural — and sustaining growth now requires deeper reform.

How India Absorbed the Shock — Three Factors:

• Coordinated fiscal-monetary-regulatory stimulus (2025): Direct taxes were cut in February, GST was rationalised in September, and policy rates were reduced by 150 basis points, accompanied by regulatory easing in the financial sector.
• Export diversification and currency depreciation: Non-oil exports accelerated, helped by a nearly 15% real effective exchange rate depreciation since 2025, reduced US tariffs, and resilient global demand.
• Swift and nimble energy diversification:
  • India diversified crude imports (from Russia, LNG from the US and Oman) to avoid domestic shortages.
  • Paradoxically, India imported 17% more energy than normal last quarter, and the government absorbed the bulk of the oil shock to protect the private sector — though this will add to fiscal pressure ahead.

The Caution - Cyclical Strength, Not Structural Depth:

• Much of the recent pick-up is cyclical, driven by tax and interest-rate cuts and credit growth, and these impulses will eventually wane.
• The real test of long-term growth is the investment rate, which remains stuck at its decadal average of 32% of GDP and has not risen in recent years, despite rising public investment and real-estate capex.
• Corporate capex continues to languish at 10–11% of GDP, and balance sheets of the top 1,000 listed firms show no discernible pick-up in 2025–26.
• Central government capex — which underpinned the post-Covid recovery, growing 30% between 2020 and 2023 — has slowed sharply: 11% growth in 2024 and just 1.6% in 2025, as fiscal space was consumed by tax cuts.
• Cash transfers are also placing pressure on state capex, which is now growing below nominal GDP.

Why Corporate Capex Remains Sluggish?

• The weak demand visibility is the key constraint. Factories have been running at only 75–76% capacity for ten years, and China's excess production flooding global markets — including India — gives companies good reason to hold back on new investment.
• Only strong, sustained consumption and export demand can break this cycle, as seen between 2003 and 2012, when 16% export growth crowded in private capex.
• In contrast, post-pandemic private consumption and export growth have been a modest ~5%, aside from last year's stimulus-driven bump.

The Consumption and Export Challenge:

• Consumption is currently being fuelled by credit rather than income growth.
• For example, NBFC lending to households is growing at 20%, and unsecured personal bank lending momentum has risen to 25%, reflecting a sharp rise in household leverage. For this not to backfire, accelerating household incomes is essential.
• On exports, white-collar jobs created through Global Capability Centres (GCCs) and service exports have driven urban consumption, but "the AI writing is on the wall".
• Service export growth (in nominal dollar terms) has halved to 8% over the last year from 16% in the previous four years, and export growth among major IT firms has been flat.
• PLFS data show employment rates rising, but a significant share of new jobs remain "self-employed" rather than "salaried," even though the mix improved somewhat in 2025.
• The share of the workforce in agriculture, while declining, remains higher than pre-pandemic levels. 

The Fundamental Challenge - Labour vs Capital:

• The core structural question is: how can labour be made a more attractive factor of production relative to capital, in an era of automation and AI? India's capital-labour ratio has been rising for over two decades.
• Reversing this requires policy focus on education, skilling, health, and rationalising labour laws — old constraints that remain unresolved even as challenges evolve.
• Raising the cost of labour indirectly (relative to capital) could help redirect scarce fiscal resources toward labour-intensive sectors.

Exports and Trade Policy:

• India's goods exports have declined from 17% of GDP a decade ago to 11%, yet policymakers are credited for not succumbing to export pessimism —
  • Signing a series of Free Trade Agreements (FTAs),
  • Moving to rationalise tariffs and QCOs (Quality Control Orders), and
  • Allowing exchange-rate depreciation.
• But for exports to become structurally competitive, factors of production must become more enabling: tariffs and non-tariff barriers need decisive rationalisation, and overregulation must be eased more holistically.

Conclusion:

• Boosting consumption and investment structurally is key to a sustained private capex cycle, which in turn is key to crowding in FDI and stabilising the balance of payments.
• A cyclical pick-up and strong capital inflows are welcome, but should be seen as a bridge — a means, not an end — to address deeper structural issues.

Why in news?

Flash floods devastated Nepal's Rasuwa district and parts of Tibet this week. Officials initially suspected an earthquake. Experts and the US Geological Survey later confirmed the seismic signal was a result of a glacial collapse — not its cause.

This raised a key question: what exactly is a glacial collapse, and how frequent are such events?

What’s in Today’s Article?

• What Is a Glacial Collapse?
• How a Glacier Forms and Collapses?
• Role of the Glacier's Base
• How Common Are Glacial Collapses?
• The Climate Change Question

What Is a Glacial Collapse?

• A glacial collapse is the sudden detachment of a large mass of ice, rock, and water from a glacier.
• It occurs on steep mountain slopes. Sometimes millions of cubic metres of material break away. This mass can transform into a fast-moving, ice-rich avalanche or debris flow.
• The term is not a formal scientific definition in glaciology. It is, however, widely used to describe such events.
• The journal Earth System Science Data describes this broader category as gravity-driven failures of glacier ice. It includes ice avalanches, glacier detachments, and rock-ice avalanches.

How a Glacier Forms and Collapses?

• A glacier forms when snow builds up and survives several melting seasons. These layers compress into firn — a stage between fresh snow and solid glacial ice. Over time, firn recrystallises into ice, becoming part of the glacier.
• Once the glacial mass grows heavy enough, it begins to flow outward. Steep mountain gradients cause this outward flow, which can trigger collapse.
• Warming temperatures add to the risk. Melted water collects in channels beneath the glacier. When the glacier's lower portion collapses, these channels open suddenly, releasing water in large volumes.
• As the ice mass moves over uneven terrain, stress builds up. This stress can exceed the ice's structural strength, causing fractures.
• Surface melting adds further weakness: water seeps into cracks, and repeated freeze-thaw cycles force these cracks apart until the ice splits through.

Role of the Glacier's Base

• What lies beneath a glacier also matters. Many Himalayan glaciers rest on soft mud or clay — known as "wet-base" glaciers.
• In these cases, water collects in large quantities at the glacier's base, sometimes connected through internal tunnels.
• When such glaciers collapse, the sudden rush of water mixes with loose dirt, rock, and riverbed material. This debris-laden torrent can race down narrow valleys at very high speed.
• Collapsed ice and rock can also block river channels, forming temporary natural dams.
• When such dams break under pressure, they trigger a second wave of flooding — exactly what happened in Nepal this week.

How Common Are Glacial Collapses?

• Glacial collapses remain rare and highly unusual, according to scientists and geologists.
• Only a handful of such events have been documented over the past decade — though Tibet has emerged as a hotspot for some of the world's largest recorded cases.
• Notable past instances include:
  • July 2016, Aru Range, Tibet: A valley glacier's lower section detached, releasing about 68 million cubic metres of ice and killing nine herders and hundreds of animals. A nearby glacier collapsed two months later, releasing about 83 million cubic metres — NASA called it a rare occurrence.
  • 2018, Sedongpu Basin, Tibet: Two ice-rock avalanches spilled debris into the Yarlung Tsangpo River (upper Brahmaputra), blocking it and forming a dangerous temporary lake.
  • November 2022, Bukadaban Feng glacier, Kunlun Mountains: About 40 million cubic metres of ice detached, crashing into a lake below and creating a 13-metre wave. It went unnoticed initially due to the remote location.
  • 2018, Ronti Peak, Uttarakhand, India: About 27 million cubic metres of rock and glacier ice collapsed, killing over 200 people — though this was classified more as a rock avalanche coupled with ice.
  • May 2025, Blatten, Switzerland: A cascade of rock, soil, and ice buried much of the village. Experts linked the collapse to climate change in the Alps.

The Climate Change Question

• Experts noted that climate change in the Himalayas shows increased heatwaves, glacial retreat, and permafrost reduction — all of which can drive landslides and glacial outburst floods.
• Glaciers across the Hindu Kush Himalaya region — spanning Afghanistan, Bangladesh, Bhutan, China, India, Myanmar, Nepal, and Pakistan — lost ice 65% faster between 2011-2020 than in the previous decade.
• Nepal's glaciers alone have lost nearly one-third of their ice volume over roughly three decades, according to a 2023 UN assessment.
• Hydrologists flagged a critical warning-system challenge: the absence of rainfall before such events defeat most operational flood warning systems, which typically rely on precipitation data.
• By the time a mud flow becomes visible, it is often too late to escape — the fast-moving mixture behaves "like liquid concrete."

Conclusion

Glacial collapses remain rare geological events, but their consequences can be catastrophic — as seen in the Nepal-Tibet floods. While scientists resist attributing any single event directly to climate change, the broader pattern of accelerated Himalayan glacial melt raises the risk of such collapses recurring.

This underscores the urgent need for improved seismic and satellite monitoring, early-warning systems attuned to non-rainfall triggers, and greater regional cooperation to protect downstream communities.

Why in news?

PM Modi is on a Central Asia trip. He will visit Uzbekistan from August 29-30 on a bilateral visit, followed by the Kyrgyz Republic to attend the 26th Shanghai Cooperation Organisation (SCO) Summit from August 31 to September 1.

India's focused engagement with the region's five countries — Kazakhstan, the Kyrgyz Republic, Uzbekistan, Tajikistan, and Turkmenistan — began in 2012, with the framing of the "Connect Central Asia" policy.

The policy gained momentum when Modi became the first Indian Prime Minister to visit all five Central Asian nations in July 2015. This latest visit continues that outreach.

What’s in Today’s Article?

• What Central Asia Offers?
• India's Strategic Stakes: The Battle for Space
• Key Challenges
• Civilisational and Cultural Links with Uzbekistan
• Conclusion

What Central Asia Offers?

• Central Asia has traditionally been viewed as Russia's strategic backyard, with a 20-30% ethnic Russian population and widespread use of the Russian language.
• The region's growing global significance was underscored when Chinese President Xi Jinping chose it for his first overseas trip after the COVID-19 pandemic disruption, visiting four of the five Central Asian countries in September 2022.
• The region is exceptionally rich in mineral and natural resources:
  • Kazakhstan: One of the world's largest uranium reserves, along with coal, lead, zinc, gold, and iron ore
  • Kyrgyz Republic: Gold and hydropower potential
  • Turkmenistan: One of the world's largest natural gas reserves
  • Tajikistan: Significant hydropower potential
  • Uzbekistan: Gold, uranium, and natural gas
• This resource wealth has drawn global powers seeking to tap into the region's vast potential.

India's Strategic Stakes: The Battle for Space

• For India, engagement with Central Asia serves multiple strategic objectives:
  • Security cooperation: Particularly important following the Taliban's takeover of Afghanistan.
  • Countering China's influence: Balancing Beijing's expanding footprint through its Belt and Road Initiative.
  • Connectivity: Advancing plans like the International North-South Transport Corridor (INSTC).
  • Energy security: Leveraging Kazakhstan's uranium reserves and Turkmenistan's role in the proposed Turkmenistan-Afghanistan-Pakistan-India (TAPI) gas pipeline.
  • Historical and cultural ties: Building on centuries-old civilisational links.
  • Trade potential: Expanding economic partnerships.
• India regards Central Asia as part of its extended neighbourhood, with outreach aimed at securing political, security, and economic benefits.
• A notable diplomatic gesture came in January 2022, when New Delhi invited Central Asian leaders to its Republic Day celebrations.
• India's engagement is partly driven by a desire to prevent China from dominating this post-Soviet space through its substantial regional investments.

Key Challenges

• Despite the clear economic opportunities from Central Asia's mineral wealth, India faces a significant hurdle: the lack of direct overland transport access, since Pakistan blocks India's land route to the region.
• This challenge is a primary driver behind India's push to integrate the INSTC with Iran's Chabahar port, creating an alternative access route to this resource-rich region.
• Security concerns also loom large. Central Asia is widely seen as the northern boundary of the Islamic world, and the Taliban's ascent in Afghanistan has heightened fears of radicalism and a potential regrouping of the Islamic State — posing risks not just for India but for the Central Asian states themselves.
• Additionally, the Russia-Ukraine conflict has triggered demographic shifts, with reports of skilled Russians relocating to Central Asian countries since they cannot easily move westward.
• While this migration could boost local economies through an inflow of talent and capital, it may also generate social and political tensions within these nations.

Civilisational and Cultural Links with Uzbekistan

• India shares a particularly deep cultural and civilisational connection with Uzbekistan.
• Notably, the only known Buddhist monastery in Central Asia is located at Kara Tepa, Termez, Uzbekistan — an important centre during the Kushana era, when Buddhist influence extended into the region.
• Linguistic ties run deep as well, with nearly 3,000 shared words between Hindi and Uzbek.
• Cultural parallels extend to cuisine too — ghee-sariyok, samosa-samsa, naan-non, and pulao-pilaf reflect shared culinary heritage.
• Economically, India ranks among Uzbekistan's top 10 trading partners, with bilateral trade reaching close to $1 billion in 2025-26.

Conclusion

PM Modi's Central Asia visit reflects India's sustained strategic push to deepen ties with a region critical to its security, energy, and connectivity interests, while also countering growing Chinese influence in the post-Soviet space.

Despite persistent challenges — particularly the lack of direct overland access due to Pakistan and rising regional security risks from Afghanistan — India's civilisational links, economic potential, and multilateral engagement through platforms like the SCO position Central Asia as an increasingly vital pillar of its extended neighbourhood policy.

About Corbett Tiger Reserve:

• Location: It is located on the foothills of the Himalayas in Uttarakhand.
• It was originally established as Hailey National Park in 1936.
• It is not only the first national park in India, but also the first to come under the Project Tiger initiative.
• It is spread over the Bhabar and lower Shivalik regions with a deep-water table.
• Terrain: The terrain is undulating with several valleys.
• Rivers: The rivers Ramganga, Pallaen, and Sonanadi flow through the valleys.
• Vegetation: North Indian tropical moist deciduous forests and tropical dry deciduous forests:
  • In general, the vegetation comprises sal and mixed forests, interspersed with grass lands and riparian vegetation.
  • The grasslands are locally known as ‘Chaur’, which are an outcome of abandoned settlements or past clearings.
• Flora: Evergreen Sal and its associated trees, the Sheesham, and the Kanju are found extensively on the ridges.
• Fauna: Tigers and elephants, leopards, sambar, hog deer, spotted deer etc.

About Jago AI Assistant:

• It is an AI conversational assistant to extend the reach of tribal welfare schemes and programmes.
• It is an initiative of the Ministry of Tribal Affairs.
• Features:
  • The AI-powered chatbot is designed to simplify access to information related to tribal welfare schemes, government policies, programmes, guidelines, and official documents.
  • It enables them to ask questions in simple language and receive relevant responses faster.
  • It has the potential to significantly improve the way tribal welfare information is accessed by citizens.
  • Currently the languages available in Jago are English and Hindi.
• Significance:
  • It can help bridge the gap between government information and its intended beneficiaries by making complex policy and scheme-related information more accessible.
  • Its AI-based architecture also provides a foundation for continuously expanding the knowledge base with new schemes, policies, and official documents, officials added.
  • It can contribute to more efficient, transparent, accessible, and technology-driven delivery of tribal welfare services.

About National Disaster Response Force:

• It was established under the Disaster Management Act, 2005.
• Aim: It is aimed at specialized response to natural and man-made disasters.
• Organization Structure:
  • Initially established in 2006 with 8 Battalions, the NDRF has now expanded to 16 Battalions.
  • The NDRF functions as an independent disaster response agency but draws its personnel from various central paramilitary forces. Its organizational framework ensures coordination between central and state disaster management authorities.
  • Parent Ministry: Ministry of Home Affairs (MHA)
  • Controlling Authority: National Disaster Management Authority (NDMA)
  • Head: Director General (DG), NDRF
  • Composition: It mainly consists personnel deputed from drawn from the CAPF, viz Border Security Force, Central Reserve Police Force, Central Industrial Security Force, Indo-Tibetan Border Police, Sashastra Seema Bal and Assam Rifles.
• Role: It is a multi-skilled and highly specialist force capable of dealing with all types of natural and man-made disasters like Floods, Cyclone, Earthquakes, Landslides, Building-collapse, Trains and road accidents etc.
• It has been very active in responding to natural disaster under multi-lateral and bi-lateral agreement at International level.