UPSC CURRENT AFFAIRS – 5 AUGUST 2026

Context: The Ministry of Jal Shakti highlighted nationwide water management initiatives, including the successful pilot of the Atal Bhujal Yojana across 8,203 water-stressed Gram Panchayats.

About Water Management and Conservation:

What it is?

• Water management and conservation refers to the strategic planning, development, distribution, and preservation of surface and groundwater resources. While water is constitutionally a State subject in India, the Central Government provides financial, technical, and digital public infrastructure support to implement demand-side management, scientific aquifer mapping, and community-driven rainwater harvesting.

Data/Stats on Water Conservation:

• Nationwide Water Body Census: Identified, enumerated, and geo-tagged over 24.2 lakh water bodies across India to build a scientific baseline for restoration.
• Jal Sanchay Jan Bhagidari (JSJB): Created and geo-tagged more than 1.55 crore artificial recharge and storage structures nationwide as of May 2026.
• Atal Bhujal Yojana Footprint: Covered 8,203 priority water-stressed Gram Panchayats across 229 blocks in 80 districts across 7 states (Gujarat, Haryana, Karnataka, MP, Maharashtra, Rajasthan, and UP).
• Catch the Rain Progress: Over 2.0 crore water conservation and artificial recharge works taken up through scheme convergence as of July 28, 2026.

Methods of Water Conservation and Management:

• Participatory Demand-Side Management: Involving local Gram Panchayats in water budgeting to shift focus from infinite supply expansion to crop diversification and efficient water use.

Example: Farmers in Atal Bhujal Yojana Panchayats switching to micro-irrigation.

• 3D GIS Aquifer Mapping & Modeling: Utilizing Remote Sensing (RS) and Geographic Information Systems (GIS) to map underground water-bearing rock layers.

Example: CGWB’s NAQUIM 2.0 mapping 25 lakh sq. km to identify precise recharge zones.

• Digital Telemetry Monitoring: Installing Digital Water Level Recorders (DWLRs) in piezometer wells to track groundwater fluctuations continuously.

Example: Network of over 24,000 DWLRs transmitting real-time groundwater levels under the National Hydrology Project.

• Hydrological Forecasting and Satellite Mapping: Leveraging mathematical modeling and satellite data to track surface flow velocity, reservoir storage, and flood levels.

Example: The Flood Watch India app monitoring 592 flood stations and 150 major reservoirs.

Initiatives Taken So Far:

• National Aquifer Mapping Program (NAQUIM 1.0 & 2.0): Mapped 25 lakh sq. km of mappable area and disseminated district-level aquifer management plans to local administrations.
• India-Groundwater Resource Estimation System (IN-GRES): Standardized, web-based platform providing scientific data for groundwater planning across MGNREGA and Jal Shakti Abhiyan.
• Water Information Management System (WIMS): Integrated centralized platform established under the National Hydrology Project for hydrological data collection, storage, and canal/reservoir management.
• PMKSY Digital Asset Mapping: Mandated geo-tagging and assignment of unique identification codes for surface minor irrigation assets under Har Khet Ko Pani (HKKP) and RRR of water bodies.

Challenges Associated with Water Management:

• Constitutional and Jurisdictional Friction: Water being a State subject leads to variable implementation capabilities and inter-state river water disputes.

Example: Disparities in water governance between states delaying unified river basin management.

• Over-Extraction in Agricultural Belts: Agricultural power subsidies encourage excessive pumping of deep aquifers for water-intensive crops.

Example: Severe groundwater depletion in flood-irrigated paddy belts of North-West India.

• Maintenance and Siltation of Artificial Recharge Structures: Created rainwater harvesting structures often silt up or become defunct without sustained community maintenance.

Example: Check dams losing storage capacity due to unmanaged soil erosion in catchment areas.

• Data Disconnect at Grassroots Level: Advanced digital mapping data often remains at central/state administrative levels without being converted into actionable village-level water budgets.

Example: Gram Panchayats lacking technical staff to interpret complex hydro-geological maps.

Way Ahead:

• Scaling Community-Led Water Governance: Replicate lessons from the Atal Bhujal Yojana pilot across all water-stressed blocks in India to enforce local water budgeting.
• Mandatory Urban & Rural Rainwater Harvesting: Enforce building bylaws for rooftop rainwater harvesting while linking JSJB recharge structures to local aquifer maps.
• Pivoting to Micro-Irrigation & Crop Switching: Incentivize drip and sprinkler technology under PMKSY to optimize agricultural water consumption.
• Integrating Basin-Wide Digital Dashboards: Unify IN-GRES, WIMS, and JSJB data into a single real-time decision support system for local water managers.

Conclusion:

India’s transition toward sustainable water security relies on pairing advanced digital public infrastructure with community-led participatory management. By scaling tools like NAQUIM, IN-GRES, and Jal Sanchay Jan Bhagidari, the state equips local institutions with precision data for water budgeting. Ultimately, converting digital asset mapping into decentralized action is essential to securing India’s groundwater and surface water future.

Context: India recorded a record 20,138 organ transplants in 2025, the highest ever in a single year, with Tamil Nadu leading in deceased organ donations.

• The NOTTO Annual Report 2025–26 also highlighted sustained growth in transplantation and launched new initiatives to strengthen organ donation nationwide.

About Organ Donation in India:

What It Is?

• Organ donation is the voluntary donation of organs or tissues by a living or deceased donor for transplantation to patients suffering from end-stage organ failure.
• In India, organ donation and transplantation are regulated under the Transplantation of Human Organs and Tissues Act (THOTA), 1994, with the National Organ and Tissue Transplant Organisation (NOTTO) serving as the apex coordinating body.

Key Findings:

• Record Transplants: India performed 20,138 organ transplants in 2025, the highest ever, up from 18,911 in 2024 and 4,990 in 2013.
• Tamil Nadu Leads: Tamil Nadu recorded the highest deceased organ donors (266) and ranked second in total transplants (2,796) after Delhi.
• Deceased Donation Growth: Deceased donor transplants increased more than fourfold—from 837 (2013) to 3,526 (2025).
• Kidney Dominates: Kidney transplants accounted for 62% of all transplants, followed by liver transplants (20%).
• Digital & Policy Push: India crossed 5 lakh Aadhaar-verified organ donation pledges, while launching the Jug Jug Jiyo Abhiyaan, NOTTO Mobile App, and new Brain Stem Death and Swap Transplantation Guidelines.

Significance:

• Improves Healthcare Outcomes: Expands access to life-saving transplants, reducing deaths from end-stage organ failure.
• Strengthens Health Governance: Digital platforms, standardized guidelines, and awareness campaigns improve transparency, efficiency, and public trust.
• Promotes Humanitarian Values: Encourages voluntary donation, giving a single deceased donor the potential to save up to eight lives.

Relevance in UPSC Exam Syllabus:

• GS Paper II:
  • Health, Government Policies & Interventions, Social Sector Development.
• GS Paper III:
  • Science & Technology, Biotechnology Applications, Public Health Infrastructure.
• Essay / Ethics (GS IV):
  • Organ donation, altruism, compassion, public awareness, and ethical healthcare.

Context: Prominent astrophysicist Professor Annapurni Subramaniam—Director of the Indian Institute of Astrophysics (IIA), Bengaluru—was presented with the prestigious COSPAR Vikram Sarabhai Medal for 2026.

About The COSPAR Vikram Sarabhai Medal – 2026:

What It Is?

• The Vikram Sarabhai Medal is a premier international award recognizing outstanding scientific achievements and research leadership in space research, with a focus on advancing space science capabilities in or for developing nations.

COSPAR Committee on Space Research

Awarding Organizations: Conferred jointly by the Committee on Space Research (COSPAR)—an international scientific body affiliated with the International Science Council (ISC) and the United Nations COPUOS—and the Indian Space Research Organisation (ISRO).

Biennial Frequency: Presented every two years during the COSPAR Scientific Assembly.

Aim: To honor the memory and legacy of Dr. Vikram Sarabhai (the founding father of the Indian space program) by recognizing exceptional individual contributions to global space exploration, astrophysics, and satellite science.

Key Features:

• Inception: Established in 1990 jointly by COSPAR and ISRO to commemorate Dr. Vikram Sarabhai.
• Eligibility Requirements: Candidates are evaluated based on research conducted primarily within the five-year period ending one year prior to the presenting Assembly.
• Open Global Scope: Open to space researchers and astrophysicists worldwide who make significant contributions to developing nations’ space research capacity.
• Distinction for 2026 Recipient: Subramaniam was selected for her groundbreaking work on stellar populations, blue straggler stars, galaxy evolution, and her instrumental role as the calibration scientist for the Ultra-violet Imaging Telescope (UVIT) aboard AstroSat (India’s first space telescope).
• Past Indian Awardees: Prior Indian recipients include R. Rao (1996), Gurbax Singh Lakhina (2014), and Anil Bhardwaj (2024).

Significance:

• Honours the Director of the Indian Institute of Astrophysics, highlighting India’s growing leadership in space astronomy through missions like AstroSat and the Thirty Meter Telescope project.
• As the first Indian woman and only the third woman globally to receive the medal, Prof. Subramaniam’s achievement strengthens women’s leadership in science and space research.

Tags: COSPAR Vikram Sarabhai Medal 2026, Vikram Sarabhai Medal, Annapurni Subramaniam, COSPAR, Committee on Space Research, ISRO, Indian Institute of Astrophysics, IIA, AstroSat, Ultra-violet Imaging Telescope, UVIT.

Context: The Ministry of Road Transport and Highways (MoRTH) issued a draft notification proposing amendments to the Central Motor Vehicles Rules, 1989.

About Vehicle-to-Vehicle (V2V) Technology:

What It Is?

• Vehicle-to-Vehicle (V2V) technology is an advanced wireless communication framework that enables nearby motor vehicles to continuously broadcast and receive real-time data regarding their speed, location, direction, acceleration, and braking status.
• Unlike traditional sensors that require a direct line of sight, V2V enables proactive accident prevention by warning drivers about hidden hazards beyond their visual range.

Proposed Rollout Timeline in India:

• Standard Framework: Governed by the newly drafted AIS-230 (Automotive Industry Standard).
• Voluntary Compliance Phase: From October 1, 2027, vehicles voluntarily equipped with V2V hardware must comply with AIS-230 rules.
• Mandatory Phase: Mandatory for all newly produced L, M, and N category vehicles manufactured on or after October 1, 2028.
• Spectrum Band: Operates on the dedicated 5.875 GHz to 5.925 GHz frequency band using Cellular Vehicle-to-Everything (C-V2X) technology, which the Department of Telecommunications (DoT) exempted from licensing requirements.

Aim: To significantly reduce road fatalities and accidents in India by complementing existing Advanced Driver Assistance Systems (ADAS), expanding situational awareness, and building a foundation for broader Intelligent Transportation Systems (ITS).

How It Works?

• On-Board Units (OBUs): Vehicles are equipped with factory-fitted On-Board Units that continuously transmit low-latency data packets containing GPS coordinates, velocity, trajectory, and status alerts.
• Peer-to-Peer Data Mesh: Transmissions take place directly between nearby vehicles within a range of several hundred meters without relying on cellular towers or cloud servers.
• Real-Time Risk Computation: An onboard processor analyzes received data against the host vehicle’s vector to calculate collision risks within milliseconds, triggering visual, audio, or haptic driver warnings before a hazard is visible.

Key Features of AIS-230 Standard:

• License-Exempt C-V2X Spectrum: Uses direct Cellular Vehicle-to-Everything (C-V2X) radio channels operating in the 5.9 GHz band (5.875 GHz–5.925 GHz).
• Comprehensive Technical Rigor: Defines strict benchmarks for receiver sensitivity, GNSS positioning accuracy, power supply protection, and electromagnetic compatibility (EMC).
• 360-Degree Non-Line-of-Sight Coverage: Functions effectively around sharp curves, blind junctions, and through heavy weather conditions or large obstructing trucks.
• Built-in Cybersecurity Framework: Mandates encrypted authentication protocols to prevent signal spoofing, unauthorized message tampering, and cyber-attacks.

Primary Applications:

• Emergency Electronic Brake Light (EEBL): Warns trailing drivers when a vehicle several cars ahead applies sudden hard braking, preventing multi-car pileups.
• Forward Collision Warning (FCW): Alerts the driver when a front-end crash is imminent due to slowing or stopped traffic.
• Blind Spot & Lane Change Warnings: Notifies drivers if a vehicle is approaching fast in a neighboring blind-spot lane during overtaking maneuvers.
• Wrong-Way Driving Alert: Detects oncoming vehicles driving in the wrong lane on divided highways or one-way roads.
• Emergency Vehicle Approaching Alert: Informs drivers of approaching ambulances, fire engines, or police vehicles, giving them advance notice to clear the lane.

Context: The Closing Auction Session (CAS) was introduced by Indian stock exchanges on August 3, 2026, for cash market stocks with derivatives, following SEBI’s January 2026 directive.

About The Closing Auction Session (CAS):

What It Is?

• The Closing Auction Session (CAS) is a dedicated 20-minute daily auction mechanism introduced in the cash market segment for equity stocks on which derivative (F&O) contracts are available. Instead of computing closing prices through continuous trade averages, CAS aggregates buy and sell orders to discover a single, fair equilibrium closing price.

Regulator Mandate: Mandated by the Securities and Exchange Board of India (SEBI) via circular issued on January 16, 2026.

Exchanges Implementing: Simultaneously launched by the National Stock Exchange (NSE) and BSE.

Implementation Date: Effective from August 3, 2026.

Aim: To curb end-of-day price manipulation, improve price discovery, align Indian equity markets with global best practices, and deliver more accurate benchmark values for mutual funds, ETFs, and derivatives settlement.

How It Works?

• Phase 1 — Transition & Reference Price (3:15 PM – 3:20 PM): Continuous trading ends for eligible F&O stocks at 3:15 PM. The system calculates a reference price based on the Volume-Weighted Average Price (VWAP) of trades between 3:00 PM and 3:15 PM, applying a strict ±3% price band.
• Phase 2 — Order Entry Window (3:20 PM – 3:30 PM):
  • 3:20 PM – 3:25 PM: Market and limit orders can be placed, modified, or canceled.
  • 3:25 PM – 3:30 PM: Only limit orders are accepted; market orders cannot be altered or canceled. The order entry window closes at a random time between 3:28 PM and 3:30 PM to prevent order spoofing.
• Phase 3 — Order Matching & Price Discovery (3:30 PM – 3:35 PM): The system matches buy and sell orders at a single equilibrium price that maximizes executable volume. Market orders receive execution priority over limit orders.

Key Features:

• Phased Scope: Applies exclusively to equity cash market stocks with active F&O derivative contracts. Non-F&O stocks continue regular trading until 3:30 PM using the existing 30-minute VWAP method.
• Order Type Restrictions: Stop-loss, iceberg, and revealed-quantity orders are prohibited during CAS.
• Carryover of Pending Orders: Unexecuted limit orders from the continuous trading session automatically transfer to CAS provided they fall within the ±3% price band.
• Independent Order Books: NSE and BSE run separate order books for CAS, leading to localized price discovery and short-term inter-exchange price differences.

Primary Applications:

• Derivatives Settlement Benchmark: Sets the underlying cash price used to settle index and stock futures and options contracts.
• Portfolio Valuation & NAV Calculation: Provides clean closing benchmarks for mutual funds, pension funds, and ETFs during portfolio mark-to-market calculations.
• Institutional Execution Hub: Enables large institutional investors and passive funds to execute bulk rebalancing trades without causing excessive intraday price slippage.

Context: The Supreme Court clarified that State governments remain free to close or withdraw First Information Reports (FIRs) registered against student protesters during mass agitations, provided they strictly follow procedures prescribed under the Bharatiya Nagarik Suraksha Sanhita (BNSS).

About The Process for Withdrawing / Closing FIRs:

What Is an FIR?

• A First Information Report (FIR) is the first written information recorded by the police regarding the commission of a cognizable offence. Registration of an FIR sets the official criminal investigation process into motion under the Bharatiya Nagarik Suraksha Sanhita (BNSS).

Key Features of an FIR:

• Primary Trigger for Investigation: Serves as the foundational document that empowers police authorities to investigate a cognizable offence without a prior court warrant.
• No Direct Executive Cancellation: An FIR cannot be unilaterally cancelled, revoked, or expunged by an executive order passed by a government or minister.
• Judicial Oversight: Once registered, any resolution or termination of the resulting criminal proceedings requires police filings or explicit judicial approval.
• Informational, Not Substantive Evidence: Functions as an initial report of an alleged crime; it does not constitute conclusive evidence until corroborated during trial.

How an FIR / Criminal Case Can Be Withdrawn or Closed?

• Route One: Police Closure Report (Section 193, BNSS):
  • If police investigation reveals insufficient evidence to proceed against the accused, the investigating agency submits a Closure Report (or Final Report) to the jurisdictional Magistrate under Section 193 of the BNSS.
  • The Magistrate holds full supervisory authority to accept the report, reject it, order further investigation, or take cognisance independently (Palaniswamy Veeraraja v. State of Karnataka, 2026).
• Route Two: Withdrawal from Prosecution (Section 360, BNSS):

The Public Prosecutor or Assistant Public Prosecutor can file an application before the trial court seeking to withdraw from the prosecution at any time before judgment (Section 360 BNSS). To be valid:

• • The decision must stem from the Prosecutor’s independent judgment, not mere executive dictation.
  • The court must grant explicit consent after verifying that withdrawal is sought in good faith and public interest (Sheonandan Paswan v. State of Bihar, 1986).
  • Victims must be afforded an opportunity to be heard before consent is granted.

• Route Three: Quashing by High Court (Section 528, BNSS):
  • Under Section 528 of the BNSS, High Courts exercise inherent powers to quash an FIR or pending chargesheet to prevent abuse of the process of any court or to secure the ends of justice.
  • High Courts can exercise this power if no prima facie case is established or if the matter has been settled amicably in non-heinous offences.

Significance:

• Withdrawing minor cases against student protesters or agitators can restore peace without burdening individuals with lasting criminal records.
• Executive decisions cannot automatically quash FIRs, preventing arbitrary withdrawal of cases and ensuring judicial scrutiny, public interest, and victims’ rights.

Context: Union Agriculture Minister, in the presence of Union Minister, dedicated India’s first indigenous African Swine Fever (ASF) vaccine to the nation on ICAR Foundation Day.

About The Indigenous African Swine Fever (ASF) Vaccine:

What It Is?

• It is India’s first MA-104 cell line-based live-attenuated vaccine developed to immunize pigs against African Swine Fever Virus (ASFV Genotype II). The vaccine utilizes a novel attenuated virus with targeted gene deletions to stimulate protective immunity without causing disease.

Developed By:

• Lead Research Institution: ICAR–National Institute of High Security Animal Diseases (ICAR-NIHSAD), Bhopal.

Aim: To curb high mortality rates (approaching 100%) caused by African Swine Fever, eliminate the need for mass culling, safeguard rural livelihoods—especially in North-East India—and strengthen national biosecurity and livestock health.

Key Features:

• Non-Proprietary Cell Line: Built on the widely accessible MA-104 cell line, avoiding reliance on expensive, patented proprietary manufacturing platforms used in imported alternatives.
• Standardized Dosing Schedule: Recommended for healthy pigs over 8 weeks of age, administered as a 1 mL intramuscular injection followed by a single booster dose 14 days after the primary shot.
• High Scalability & Low Production Cost: Designed for simple mass production, dramatically bringing down manufacturing costs compared to foreign vaccine formulations.
• Comprehensive Lab & Field Validation: Underwent rigorous testing for sterility, purity, safety, genetic stability, immunogenicity, virulence reversion, and real-world field efficacy.
• Targeted Genotype Protection: Specially engineered to combat ASFV Genotype II, the predominant viral strain responsible for severe outbreaks across Indian states since 2020.

Significance:

• Prevents massive losses from ASF outbreaks, safeguarding small pig farmers and tribal livelihoods, especially in Northeast India.
• Strengthens indigenous vaccine production and positions India as a potential exporter of affordable ASF vaccines to Asia and Africa.

Context: On International Clouded Leopard Day, India’s Ministry of Environment, Forest and Climate Change launched the Clouded Leopard Conservation Action Plan (CAP).

About The Clouded Leopard Conservation Action Plan (CAP):

What It Is?

• The Clouded Leopard CAP is a comprehensive, multi-state strategic framework formulated to secure habitats, restore ecological corridors, standardize population assessments, and empower local communities for the long-term survival of the species in India.

Aim: To halt population decline, protect critical forest landscapes across Northeast India, establish reliable population baselines through advanced science, and mitigate human-wildlife conflicts outside formal protected areas.

Key Features of the Conservation Action Plan:

• Identification of 14 Priority Landscapes: Delineates 14 critical conservation landscapes across the Northeast (Assam, Arunachal Pradesh, Meghalaya, Nagaland, Mizoram, Manipur, Tripura) and northern fringes of West Bengal and Bihar.
• Standardized Scientific Monitoring: Mandates non-invasive technology—including environmental DNA (eDNA), camera traps, genetic sampling, and occupancy surveys—to establish India’s first reliable population baseline.
• Habitat & Corridor Connectivity: Focuses on restoring degraded forest corridors outside conventional National Parks and Sanctuaries to reconnect isolated breeding populations.
• Community-Centric Conservation: Involves local indigenous communities in anti-poaching monitoring while delivering sustainable livelihood alternatives to reduce forest dependence.
• Transboundary Collaboration: Promotes cross-border conservation initiatives with neighboring range countries (such as Bhutan, Myanmar, and Nepal) to enable safe wildlife migration across international borders.

About the Clouded Leopard:

What It Is?

• The Clouded Leopard (Neofelis nebulosa) is an evolutionary ancient, medium-sized wild cat species that bridges the gap between big (Panthera) and small (Felinae) cats. Molecular research suggests it branched from the Pantherinae lineage over 6 million years ago, making it one of the most ancient living feline species.

Habitat & Geographic Range:

• Geographic Distribution: Found from Nepal, Bhutan, Bangladesh, and Northeast India through Southeast Asia (Indochina, Sumatra, Borneo) to southern China.
• Habitat Preferences: Prefers lowland dense tropical rainforests, but adapts to dry woodlands, mangrove swamps (in Borneo), and foothill forests of the Himalayas up to elevations of 2,743 meters (9,000 feet).

Conservation & Legal Status:

• IUCN Red List Status: Vulnerable.
• Wildlife Protection Act (WPA), 1972 (India): Listed under Schedule I.

Key Biological & Morphological Features:

• Exceptional Canine-to-Skull Ratio: Possesses the longest canine teeth relative to skull size of any living wild cat species, earning it the nickname “modern-day saber-tooth.”
• Arboreal Adaptations: Features flexible, specialized ankle joints that rotate backward, allowing it to climb down tree trunks headfirst, supported by large dexterous paws and a long tail used for balance.
• Vocal Structures: Lacks the fully ossified hyoid bone required for roaring (unlike lions or tigers), but cannot purr continuously like small cats; its vocalizations consist of growls, hisses, and chuffs.
• Distinctive Coat Markings: The fur ranges from brownish to pale yellowish-gray, covered with large, irregular dark blotches edged in black resembling storm clouds.

Context: India concluded its Commonwealth Games 2026 campaign in Glasgow, Scotland, with a historic tally of 39 medals, finishing 4th overall in the final standings.

About India’s Performance in the Commonwealth Games 2026:

What It Is?

• The 23rd edition of the Commonwealth Games (Glasgow 2026) was an international multi-sport event held from July 23 to August 2, 2026. India fielded a strong contingent across multiple disciplines including boxing, weightlifting, athletics, judo, and para-sports.

Host City for 2026: Glasgow, Scotland

Mascot Name: Finnie

Host City / Region for 2030: Ahmedabad (Amdavad), Gujarat, India

Total Medal Tally:

Gold Winners & Events:

Context: India and Uzbekistan agreed to deepen their strategic partnership with a key focus on critical minerals, mining, trade, energy, and defense during high-level bilateral talks between External Affairs Minister and Uzbek Foreign Minister in New Delhi.

About Uzbekistan:

What It Is?

• Uzbekistan, officially the Republic of Uzbekistan, is a doubly landlocked sovereign nation in Central Asia. A former constituent republic of the U.S.S.R. (gained independence in 1991), it is famous for its Silk Road heritage, historic Islamic architecture, and vast mineral wealth.

Capital: Tashkent (Toshkent).

Location: Situated in heart of Central Asia, primarily lying between the Amu Darya river to the southwest and the Syr Darya river to the northeast.

Bordering Nations: Uzbekistan is bordered by five landlocked countries: Kazakhstan, Kyrgyzstan, Tajikistan, Afghanistan and Turkmenistan.

Key Geological Features:

• Vast Desert Lowlands (Kyzylkum Desert): Nearly four-fifths of the country’s western region consists of dry plains and wastelands, including the low-lying Turan Plain and the expansive Kyzylkum (Red Sand) Desert.
• Ustyurt Plateau: A high-altitude, arid limestone plateau in western Karakalpakstan characterized by low ridges, sinkholes, salt marshes, and steep escarpments.
• Western Tien Shan & Gissar Mountain Ranges: The eastern and southeastern regions feature rugged mountain ranges, including the Beshtor Peak (4,299 m)—the country’s highest point—and the fertile Fergana Valley.
• Desiccated Aral Sea Basin: The Aral Sea, once the world’s fourth-largest inland body of water, has lost over 90% of its volume due to historic river diversions (Amu Darya and Syr Darya), leaving behind a saline desert (Aralkum).
• Major Intermontane Valleys: The fertile Zeravshan and Fergana Valleys carry the majority of the nation’s agriculture, urban population, and historic oases (Samarkand, Bukhara, and Khiva).

Significance:

• Uzbekistan strengthens India’s connectivity to Central Asia and Eurasia through the Chabahar Port and INSTC.
• Rich in uranium, gold, copper, molybdenum, and rare earths, making it a key partner for high-tech and clean energy supply chains.