UPSC CURRENT AFFAIRS – 15 March 2025
Kartavya Desk Staff
UPSC CURRENT AFFAIRS – 15 March 2025 covers important current affairs of the day, their backward linkages, their relevance for Prelims exam and MCQs on main articles
InstaLinks : Insta Links help you think beyond the current affairs issue and help you think multidimensionally to develop depth in your understanding of these issues. These linkages provided in this ‘hint’ format help you frame possible questions in your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background.
Table of Contents
GS Paper 3 : (UPSC CURRENT AFFAIRS – 15 March (2025)
• Green Revolution
Green Revolution
• Increasing Water Gap in India
Increasing Water Gap in India
Content for Mains Enrichment (CME)
• House Panel Recommendations on MGNREGA
House Panel Recommendations on MGNREGA
Facts for Prelims (FFP):
• Flareless Coronal Mass Ejection
Flareless Coronal Mass Ejection
• Marburg Virus Disease
Marburg Virus Disease
• Military Exercise in News
Military Exercise in News
• UNESCO Tentative List
UNESCO Tentative List
• Pratibimb Module
Pratibimb Module
• UN80 Initiative
UN80 Initiative
Mapping:
• Balochistan
Balochistan
UPSC CURRENT AFFAIRS – 15 March 2025
#### GS Paper 3 :
Green Revolution
Syllabus: Agriculture
Source: DTE
Context: The term ‘Green Revolution’, coined 57 years ago, transformed global agriculture and secured India’s food self-sufficiency.
What is the Green Revolution?
• A scientific and policy-driven agricultural movement launched in the 1960s to increase food production through High-Yielding Variety (HYV) seeds, mechanization, and chemical inputs.
• Coined by: William S. Gaud in 1968.
• India’s Architect: M.S. Swaminathan (Father of the Green Revolution).
• Supported by: Chidambaram Subramaniam (then Food and Agriculture Minister).
Need for the Green Revolution in India:
• Food Insecurity: Post-independence India faced severe food shortages and relied on imports under PL-480 from the U.S.
• Bengal Famine Legacy: The 1943 famine exposed India’s vulnerability to crop failures.
• Growing Population: Rising food demand required a sustainable increase in production.
• Economic Stability: Reducing dependency on imports was crucial for national security and economic sovereignty.
Green Revolution Transformed Indian Agriculture:
• Increase in Food Production: Wheat output rose from 12 million tonnes (1965) to 110 million tonnes (2023), and rice from 35 million tonnes (1960) to 138 million tonnes.
• Introduction of HYV Seeds: Boosted wheat and rice yields in Punjab, Haryana, and western Uttar Pradesh.
• Irrigation Expansion: Major projects like Bhakra-Nangal Dam ensured year-round farming.
• Farm Mechanization: Increased use of tractors, harvesters, and tube wells improved efficiency.
• Minimum Support Price (MSP): Assured income security for farmers and promoted market stability.
• Institutional Credit: NABARD and cooperative banks replaced exploitative moneylenders, facilitating farm investments.
Unintended Consequences of the Green Revolution:
• Groundwater Depletion: Excessive irrigation led to 80% of Punjab’s water units being overexploited (CGWB, 2023).
• Soil Degradation: Overuse of chemical fertilizers and pesticides reduced soil fertility.
• Regional Disparities: Benefited irrigated states (Punjab, Haryana) while rain-fed regions (e.g., eastern India) lagged behind.
• Debt & Farmer Suicides: Small farmers struggled with rising costs, leading to financial distress.
• Biodiversity Loss: Monoculture of wheat and rice reduced crop diversity, making agriculture less resilient.
Way Ahead: Sustainable Agricultural Reforms
• Second Green Revolution (GR 2.0): Focus on sustainable farming, crop diversification, and climate resilience.
• Efficient Water Management: Promote micro-irrigation, rainwater harvesting, and solar-powered irrigation.
• Organic & Natural Farming: Encourage zero-budget natural farming (ZBNF) to reduce chemical dependency.
• Income Support for Farmers: Strengthen crop insurance (PMFBY), MSP reforms, and direct income transfers.
• Agroforestry & Renewable Energy: Integrate agrivoltaics and inland aquaculture to increase farm incomes.
Conclusion:
India’s Green Revolution ensured food security but came at a high environmental and social cost. A balanced approach integrating sustainability, farmer welfare, and technological advancements is needed to secure India’s agricultural future while protecting its natural resources.
• Explain various types of revolutions, took place in Agriculture after Independence in India. How these revolutions have helped in poverty alleviation and food security in India? (UPSC-2017)
Increasing Water Gap in India
Syllabus: Water
Source: DTE
Context: India is grappling with a severe water crisis exacerbated by rising temperatures, with 2024 being the hottest year since 1901, intensifying heatwaves and widening the water gap.
What is Water Gap?
The water gap refers to the difference between renewable water availability and water consumption in a specific region, indicating unsustainable water use when demand exceeds supply.
Data Insight: Heat’s Role in Water Gap
• 2024 was India’s hottest year since 1901, with temperatures rising by 0.9°C in January 2025 compared to the previous year.
• Heatwaves caused 733 deaths in 2024, highlighting the extreme stress on water resources.
• Under 1.5°C warming, India’s water gap is projected to increase by 11.1 cubic km/year, worsening to 17.2 cubic km/year at 3°C warming.
Causes of Increasing Water Gap:
• Climate Change: Rising temperatures disrupt rainfall patterns, leading to reduced water availability and prolonged droughts.
Example: In 2024, India recorded its hottest year since 1901, with heatwaves causing a 0.9°C temperature rise in January 2025.
• Overexploitation: Excessive groundwater extraction for irrigation and urban expansion depletes natural reserves.
Example: India accounts for 25% of global groundwater extraction, with 21 major cities expected to run out of groundwater by 2030.
• Population Growth: Rapid urbanization and industrialization increase water demand, worsening scarcity.
• Inefficient Water Management: Poor infrastructure and wastage in supply systems lead to significant water loss.
Example: Only 8% of wastewater in India is treated, leading to significant water loss and pollution.
• Pollution: Industrial and agricultural runoff contaminate rivers and lakes, reducing usable freshwater resources.
Example: The Central Pollution Control Board states that 75% of India’s rivers are unfit for drinking due to contamination.
Consequences of Water Gap:
• Agricultural Stress: Reduced irrigation water lowers crop yields, threatening food security and farmers’ livelihoods.
Example: In 2024, 60% of India’s districts faced drought-like conditions, affecting crop yields and increasing food prices.
• Health Risks: Water scarcity compromises sanitation, increasing cases of waterborne diseases.
Example: Over 163 million Indians lack access to clean water, contributing to 21% of communicable diseases.
• Economic Losses: Water shortages disrupt industries, halting production and causing financial losses.
• Ecological Damage: Overuse of water bodies dries up rivers and wetlands, harming biodiversity.
Example: The Ganga-Brahmaputra basin, home to 10% of the world’s biodiversity, faces a water gap of 56.1 cubic km/year.
Measures to Counter Water Gap:
• Sustainable Water Use: Adopt efficient irrigation techniques and promote rainwater harvesting for conservation.
Example: Tamil Nadu’s rainwater harvesting mandate increased groundwater levels by 50% in urban areas.
• Policy Interventions: Implement stricter regulations on groundwater extraction to prevent overuse.
• Infrastructure Development: Construct reservoirs, check dams, and recharge wells to improve water storage.
Example: The Jal Shakti Ministry reported a 15 billion cubic metre increase in groundwater recharge in 2024 due to government initiatives.
• Public Awareness: Educate citizens on water-saving techniques and responsible consumption.
• Climate Adaptation: Develop resilient strategies to mitigate the effects of rising temperatures on water availability.
Example: The National Action Plan on Climate Change focuses on water resource management to combat climate-induced water stress.
Conclusion:
Water scarcity is one of India’s biggest climate challenges. Immediate policy interventions and sustainable water management are critical to closing the water gap. Strong adaptation strategies can mitigate risks and protect vulnerable communities.
• What are the salient features of the Jal Shakti Abhiyan launched by the Government of India for water conservation and water security? (UPSC-2020)
#### UPSC CURRENT AFFAIRS – 15 March 2025 Content for Mains Enrichment (CME)
House Panel Recommendations on MGNREGA
Context: A Parliamentary Standing Committee has recommended making Aadhaar-Based Payment System (ABPS) optional for MGNREGA workers due to issues of exclusion and payment delays.
House Panel Recommendations on MGNREGA:
Findings:
• ABPS issues: Many genuine workers were excluded due to Aadhaar-job card discrepancies.
• Delayed Payments: ₹23,446.27 crore pending in wage and material components (27.26% of budget).
• Fund Stagnation: Suspension of MGNREGA funds causing distress migration and rural project delays.
Recommendations:
• Make ABPS Optional: Allow alternative payment methods to ensure timely wage disbursal.
• Increase Workdays: Extend guaranteed employment from 100 to 150 days per year.
• Timely Fund Release: Clear ₹23,446.27 crore pending liabilities and release West Bengal’s dues (except for disputed year).
• Revise Wage Calculation: Move away from CPI-Agricultural Laborers Index for fair wage revision.
• Discourage Dilution of Land Acquisition Act: Prevent states from weakening land rights protections.
Relevance in UPSC Syllabus
• GS Paper 2 (Governance, Welfare Schemes): MGNREGA as a social security program and challenges in wage disbursement.
• GS Paper 3 (Indian Economy, Rural Development): Role of MGNREGA in employment generation and rural infrastructure development.
• GS Paper 1 (Society, Poverty, and Social Issues): Impact of delayed payments on rural livelihoods and distress migration.
#### UPSC CURRENT AFFAIRS – 15 March 2025 Facts for Prelims (FFP)
Flareless Coronal Mass Ejection
Source: TH
Context: Scientists from the Indian Institute of Astrophysics (IIA) observed a flareless coronal mass ejection (CME) using the Visible Emission Line Coronagraph (VELC) onboard Aditya-L1.
About Aditya-L1 Mission:
• Launched in: September 2, 2023.
• Developed by: ISRO, with contributions from Indian academic institutions.
• Mission Type: India’s first solar observation mission positioned at Lagrange Point 1 (L1).
• Distance from Earth:5 million km (1% of Earth-Sun distance).
• Primary Aim:
• Study the Sun’s corona, chromosphere, and solar emissions. Monitor solar wind, magnetic storms, and space weather impacts on Earth.
• Study the Sun’s corona, chromosphere, and solar emissions.
• Monitor solar wind, magnetic storms, and space weather impacts on Earth.
• Key Features:
• Constant Solar Observation: Uninterrupted view of the Sun due to L1 positioning. Indigenous Payloads: 7 payloads designed for spectroscopy, coronagraphy, and particle analysis. Minimized Fuel Usage: L1’s gravitational balance reduces orbital maintenance efforts. Early Warning System: Detects solar radiation and storms before they reach Earth.
• Constant Solar Observation: Uninterrupted view of the Sun due to L1 positioning.
• Indigenous Payloads: 7 payloads designed for spectroscopy, coronagraphy, and particle analysis.
• Minimized Fuel Usage: L1’s gravitational balance reduces orbital maintenance efforts.
• Early Warning System: Detects solar radiation and storms before they reach Earth.
About Flareless Coronal Mass Ejection:
• What is a Flareless Coronal Mass Ejection? A flareless CME is a massive ejection of plasma and magnetic field from the Sun’s corona that occurs without an associated solar flare. Unlike typical CMEs, it does not release intense electromagnetic radiation before the eruption. It challenges existing models of solar activity, requiring new insights into magnetic instabilities.
• A flareless CME is a massive ejection of plasma and magnetic field from the Sun’s corona that occurs without an associated solar flare.
• Unlike typical CMEs, it does not release intense electromagnetic radiation before the eruption.
• It challenges existing models of solar activity, requiring new insights into magnetic instabilities.
• How Flareless CMEs Form? Magnetic Reconnection: Occurs when magnetic field lines rearrange in the Sun’s atmosphere, leading to energy release. Gradual Magnetic Build-up: Magnetic stress accumulates over time, eventually releasing plasma without a sudden energy burst. Flux Rope Eruption: A pre-existing twisted magnetic structure in the corona slowly becomes unstable and erupts outward. No Preceding Flare: Unlike typical CMEs, no strong X-ray or UV burst precedes the plasma ejection. Sunspot Influence: Often linked to regions with weak or decaying magnetic fields, where flare energy is insufficient.
• Magnetic Reconnection: Occurs when magnetic field lines rearrange in the Sun’s atmosphere, leading to energy release.
• Gradual Magnetic Build-up: Magnetic stress accumulates over time, eventually releasing plasma without a sudden energy burst.
• Flux Rope Eruption: A pre-existing twisted magnetic structure in the corona slowly becomes unstable and erupts outward.
• No Preceding Flare: Unlike typical CMEs, no strong X-ray or UV burst precedes the plasma ejection.
• Sunspot Influence: Often linked to regions with weak or decaying magnetic fields, where flare energy is insufficient.
• Key Features of Flareless CMEs: Low Energy Signature: No significant X-ray or radio emissions, making early detection difficult. Slower Ejection Speeds: Travels at lower velocities (~400–1,000 km/s) than flare-associated CMEs. Magnetically Driven: Initiated by gradual destabilization of coronal magnetic fields rather than impulsive energy release. Space Weather Impact: Can still trigger geomagnetic storms on Earth, affecting satellites and communication systems. Rare Phenomenon: Less frequently observed compared to flare-associated CMEs, requiring continuous solar monitoring.
• Low Energy Signature: No significant X-ray or radio emissions, making early detection difficult.
• Slower Ejection Speeds: Travels at lower velocities (~400–1,000 km/s) than flare-associated CMEs.
• Magnetically Driven: Initiated by gradual destabilization of coronal magnetic fields rather than impulsive energy release.
• Space Weather Impact: Can still trigger geomagnetic storms on Earth, affecting satellites and communication systems.
• Rare Phenomenon: Less frequently observed compared to flare-associated CMEs, requiring continuous solar monitoring.
Marburg Virus Disease
Source: DD News
Context: Tanzania declared the end of its second Marburg Virus Disease (MVD) outbreak after 42 days with no new cases.
About Marburg Virus Disease (MVD):
• Origin of MVD: First identified in 1967 in Marburg, Germany, when laboratory workers were exposed to infected green monkeys from Uganda.
• Cause & Natural Reservoir: Causative Agent: Marburg virus (MARV), a highly infectious RNA virus belonging to the Filoviridae family, similar to Ebola. Primary Reservoir: The African fruit bat (Rousettus aegyptiacus) acts as a natural host, harboring the virus without showing symptoms.
• Causative Agent: Marburg virus (MARV), a highly infectious RNA virus belonging to the Filoviridae family, similar to Ebola.
• Primary Reservoir: The African fruit bat (Rousettus aegyptiacus) acts as a natural host, harboring the virus without showing symptoms.
• Modes of Transmission: Zoonotic Transmission: Humans contract the virus through direct or prolonged exposure to bat-inhabited caves or contact with infected animals. Human-to-Human Spread:
• Zoonotic Transmission: Humans contract the virus through direct or prolonged exposure to bat-inhabited caves or contact with infected animals.
• Human-to-Human Spread:
• Direct contact with blood, saliva, vomit, urine, or other bodily fluids of infected individuals. Indirect transmission through contaminated surfaces, clothing, or medical equipment.
• Direct contact with blood, saliva, vomit, urine, or other bodily fluids of infected individuals. Indirect transmission through contaminated surfaces, clothing, or medical equipment.
• Direct contact with blood, saliva, vomit, urine, or other bodily fluids of infected individuals.
• Indirect transmission through contaminated surfaces, clothing, or medical equipment.
• Symptoms:
• Early stage: Fever, chills, severe headache, muscle pain, rash, nausea, and diarrhea. Advanced stage: Liver failure, shock, internal bleeding, and multi-organ failure.
• Early stage: Fever, chills, severe headache, muscle pain, rash, nausea, and diarrhea.
• Advanced stage: Liver failure, shock, internal bleeding, and multi-organ failure.
• Treatment:
• No specific cure or vaccine. Supportive care includes fluid replacement, oxygen therapy, and blood transfusions to improve survival chances.
• No specific cure or vaccine.
• Supportive care includes fluid replacement, oxygen therapy, and blood transfusions to improve survival chances.
About Tanzania:
• Location: East Africa, south of the Equator.
• Capital: Dodoma (largest city: Dar es Salaam).
• Neighbouring Countries: Uganda, Kenya (north), Mozambique, Malawi, Zambia (south), Rwanda, Burundi, and DR Congo (west).
• Geographic Features:
• Mountains: Home to Mount Kilimanjaro (5,895m), Africa’s highest peak. Rivers: Drains into major rivers Nile, Congo, Zambezi, and Indian Ocean rivers Rufiji, Ruvuma, Pangani. Lakes: Shares Lake Victoria, Lake Tanganyika, and Lake Nyasa. Rift Valleys: Hosts parts of the Great Rift Valley, forming deep depressions with lakes.
• Mountains: Home to Mount Kilimanjaro (5,895m), Africa’s highest peak.
• Rivers: Drains into major rivers Nile, Congo, Zambezi, and Indian Ocean rivers Rufiji, Ruvuma, Pangani.
• Lakes: Shares Lake Victoria, Lake Tanganyika, and Lake Nyasa.
• Rift Valleys: Hosts parts of the Great Rift Valley, forming deep depressions with lakes.
Military Exercise in News
- •Source: IE, BS*
Context: India recently participated in multiple military exercises, reinforcing defense cooperation and regional security.
About Military Exercise in News:
• Exercise Bongosagar 2025
• Nations Involved: India and Bangladesh Host: Bay of Bengal Aim: Strengthening maritime security, tactical planning, and operational coordination.
• Nations Involved: India and Bangladesh
• Host: Bay of Bengal
• Aim: Strengthening maritime security, tactical planning, and operational coordination.
• Exercise Khanjar-XII 2025
• Nations Involved: India and Kyrgyzstan Host: Tokmok, Kyrgyzstan Aim: Enhancing special forces interoperability, focusing on urban warfare and counter-terrorism under the UN mandate.
• Nations Involved: India and Kyrgyzstan
• Host: Tokmok, Kyrgyzstan
• Aim: Enhancing special forces interoperability, focusing on urban warfare and counter-terrorism under the UN mandate.
• Exercise Dharma Guardian 2025
• Nations Involved: India and Japan Host: East Fuji Training Area, Japan Aim: Improving joint counter-terror operations, disaster relief drills, and military synergy in the Indo-Pacific.
• Nations Involved: India and Japan
• Host: East Fuji Training Area, Japan
• Aim: Improving joint counter-terror operations, disaster relief drills, and military synergy in the Indo-Pacific.
UNESCO Tentative List
Source: TOI
Context: UNESCO added six new sites from India to its Tentative List, increasing the total to 62 sites.
• This inclusion is a mandatory step before nomination for the World Heritage List in the future
About UNESCO Tentative List:
What is the Tentative List?
• An inventory of cultural and natural heritage sites that a country intends to nominate for UNESCO World Heritage status.
How Are Sites Added?
• Countries submit Tentative Lists to the World Heritage Centre.
• A site must demonstrate Outstanding Universal Value (OUV).
• The list must be submitted at least one year before official nomination.
• Periodic revisions are encouraged every 10 years.
About Six New Sites Added to India’s UNESCO Tentative List:
Kanger Valley National Park (Chhattisgarh)
• A biodiversity hotspot with rare limestone caves and dense forests.
• Home to endemic species like the Bastar Hill Myna.
Mudumal Megalithic Menhirs (Telangana)
• Ancient burial site featuring prehistoric megalithic structures.
• Dates back to Iron Age (1000 BCE – 300 CE), providing insights into early human settlements.
Ashokan Edict Sites:
• Pillars and rock edicts commissioned by Emperor Ashoka.
• Spread across Bihar, Madhya Pradesh, Odisha, and Karnataka, reflecting Mauryan governance and Buddhist teachings.
Chausath Yogini Temples (Serial Nomination) (Multiple States)
• Circular temples housing 64 Yogini deities, known for their tantric significance.
• Found in Madhya Pradesh, Odisha, and Uttar Pradesh.
Gupta Temples (Serial Nomination) (Northern India)
• Represents classical Indian temple architecture from the Gupta period (4th–6th century CE).
• Temples feature intricate carvings, shikharas, and artistic excellence.
Palace-Fortresses of the Bundelas *(Madhya Pradesh & Uttar Pradesh)*
• Medieval fort-palaces built by the Bundela Rajputs.
• Notable structures include Orchha Fort and Datia Palace, showcasing Rajput and Mughal architectural fusion.
Pratibimb Module
- •Source: BS*
Context: The ‘Pratibimb’ module of the Indian Cyber Crime Coordination Centre (I4C) has helped in the arrest of 6,046 cybercriminals and assisted in 36,296 cyber investigations.
About Pratibimb Module:
• What is the Pratibimb Module?
• A crime-mapping tool that tracks cybercriminals and crime infrastructure across India. Developed under the Indian Cyber Crime Coordination Centre (I4C) by the Union Home Ministry.
• A crime-mapping tool that tracks cybercriminals and crime infrastructure across India.
• Developed under the Indian Cyber Crime Coordination Centre (I4C) by the Union Home Ministry.
• How Does It Work?
• Uses geospatial mapping to pinpoint cybercrime hotspots. Helps jurisdictional officers with real-time intelligence on cybercriminals. Provides techno-legal assistance to Law Enforcement Agencies (LEAs). Facilitates data sharing and analytics via ‘Samanvaya’, a coordination platform for LEAs.
• Uses geospatial mapping to pinpoint cybercrime hotspots.
• Helps jurisdictional officers with real-time intelligence on cybercriminals.
• Provides techno-legal assistance to Law Enforcement Agencies (LEAs).
• Facilitates data sharing and analytics via ‘Samanvaya’, a coordination platform for LEAs.
• Significance of the Pratibimb Module: Enhanced Cyber Policing: Strengthens law enforcement capabilities in tackling cybercrime. Faster Crime Resolution: Assists in swift arrests and cyber investigations. Interstate Crime Tracking: Identifies linkages between cybercriminals across States/UTs. Tech-Driven Governance: Enables data-driven policymaking to curb cyber threats. Boosts National Security: Helps prevent digital frauds, financial scams, and data breaches.
• Enhanced Cyber Policing: Strengthens law enforcement capabilities in tackling cybercrime.
• Faster Crime Resolution: Assists in swift arrests and cyber investigations.
• Interstate Crime Tracking: Identifies linkages between cybercriminals across States/UTs.
• Tech-Driven Governance: Enables data-driven policymaking to curb cyber threats.
• Boosts National Security: Helps prevent digital frauds, financial scams, and data breaches.
UN80 Initiative
Source: BS
Context: UN Secretary-General Antonio Guterres launched the UN80 Initiative to enhance efficiency and cost-effectiveness within the United Nations as it faces financial and operational challenges.
About UN80 Initiative:
• What is the UN80 Initiative?
• A reform strategy to boost efficiency and reduce costs within the United Nations. Launched on the 80th anniversary of the UN by Secretary-General Antonio Guterres.
• A reform strategy to boost efficiency and reduce costs within the United Nations.
• Launched on the 80th anniversary of the UN by Secretary-General Antonio Guterres.
• Improve financial sustainability amid shrinking global contributions. Enhance structural reforms for better mandate implementation. Strengthen strategic planning and cost-effectiveness.
• Improve financial sustainability amid shrinking global contributions.
• Enhance structural reforms for better mandate implementation.
• Strengthen strategic planning and cost-effectiveness.
• Key Targets: Identify operational efficiencies to streamline UN activities. Review existing mandates for better alignment with global priorities. Restructure programs to optimize financial and human resources. Enhance collaboration between different UN bodies for cohesive action. Ensure greater transparency in budget allocation and expenditure.
• Identify operational efficiencies to streamline UN activities.
• Review existing mandates for better alignment with global priorities.
• Restructure programs to optimize financial and human resources.
• Enhance collaboration between different UN bodies for cohesive action.
• Ensure greater transparency in budget allocation and expenditure.
• Features:
• Establishes an internal task force led by Under-Secretary-General Guy Ryder. Introduces a rigorous review mechanism to assess UN programs and operations. Aims to make the UN more responsive to emerging global challenges. Encourages timely financial contributions from member states to resolve liquidity crises.
• Establishes an internal task force led by Under-Secretary-General Guy Ryder.
• Introduces a rigorous review mechanism to assess UN programs and operations.
• Aims to make the UN more responsive to emerging global challenges.
• Encourages timely financial contributions from member states to resolve liquidity crises.
#### UPSC CURRENT AFFAIRS – 15 March 2025 Mapping:
Balochistan
Source: HT
Context: India strongly rejected Pakistan’s allegations linking it to the Jaffar Express train hijacking in Balochistan, calling them baseless.
About Balochistan:
• Situated in: Western Pakistan, forming its largest and most sparsely populated province.
• Borders: Iran (west), Afghanistan (northwest), Khyber Pakhtunkhwa and Punjab (northeast and east), Sindh (southeast), and the Arabian Sea (south).
• Historical Background
• Ancient Inhabitants: Passed through the Stone and Bronze Ages and was part of Alexander the Great’s empire.
• Baloch Migration: The Baloch people arrived in the 14th century CE, integrating with existing populations.
• Colonial & Post-Colonial Era: Became part of British India and later Pakistan in 1947. Balochistan was formally declared a separate province in 1970.
• Geographical Features:
• Mountains: Sulaiman Range: Forms the eastern boundary, extending into Afghanistan. Toba Kakar Range: Located in the northwest, forming a natural border. Makran, Kharan, Chagai Ranges: Predominantly in western Balochistan, extending towards Iran.
• Sulaiman Range: Forms the eastern boundary, extending into Afghanistan.
• Toba Kakar Range: Located in the northwest, forming a natural border.
• Makran, Kharan, Chagai Ranges: Predominantly in western Balochistan, extending towards Iran.
• Rivers & Water Bodies: Hingol River: Largest River in Balochistan, draining into the Arabian Sea. Dasht River: Major River in southwestern Balochistan.
• Hingol River: Largest River in Balochistan, draining into the Arabian Sea.
• Dasht River: Major River in southwestern Balochistan.
• Deserts & Plains: Chagai & Kharan Deserts: Arid, barren regions in northwestern Balochistan. Makran Coastal Belt: Extends along the Arabian Sea, known for Gwadar Port and strategic importance. Bolan Pass: A historically significant route connecting Balochistan to Afghanistan.
• Chagai & Kharan Deserts: Arid, barren regions in northwestern Balochistan.
• Makran Coastal Belt: Extends along the Arabian Sea, known for Gwadar Port and strategic importance.
• Bolan Pass: A historically significant route connecting Balochistan to Afghanistan.
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