π Right to Freedom of Religion (Articles 25β28)
π Constitutional Provisions
β Art. 25: Freedom of conscience & right to profess, practice, propagate religion (subject to public order, morality, health).
β Art. 26: Autonomy to manage religious institutions, but state can regulate secular aspects.
β Art. 27: Prohibits taxation for promoting religion, ensuring fiscal neutrality.
β Art. 28: Religious instruction banned in govt. institutions; allowed in aided/trust-based ones.
π Need for the Right
β Protects pluralism & ensures peaceful coexistence (Sarva Dharma Sambhava).
β Safeguards individual liberty & right to choose faith.
β Eliminates discriminatory practices; promotes equality.
β Maintains communal harmony by balancing freedom with public order.
π Doctrine of Essential Practices
β Shirur Mutt Case (1954): SC held religion includes essential practices.
β Helps prevent misuse of Art. 25 for social evils like untouchability, gender exclusion.
β Issues: judicial overreach, lack of uniform criteria, inconsistency (e.g., Sabarimala).
β Way forward: develop clear criteria, encourage interfaith dialogue, uphold secular balance.
π Challenges
β Ambiguity in defining βessential practices.β
β Conflict between public order & religious freedom.
β Excessive state interference in religious affairs.
β Rising communal intolerance & violence.
β Minority rights concerns leading to distrust.
π Strengthening Religious Freedom
β Judicial clarity on essential practices.
β Promoting interfaith dialogue & value-based education.
β Balanced state regulation respecting Art. 26 autonomy.
β Stronger legal enforcement & peace committees to curb violence.
π Conclusion
β The Right to Religion upholds Indiaβs secular ethos by ensuring freedom of belief while balancing social order.
β Effective realization requires judicial clarity, inclusive policies, and respectful interfaith engagement.
#mains #polity
JOIN @CSE_EXAM
@upsc_polity_Governance
π Constitutional Provisions
β Art. 25: Freedom of conscience & right to profess, practice, propagate religion (subject to public order, morality, health).
β Art. 26: Autonomy to manage religious institutions, but state can regulate secular aspects.
β Art. 27: Prohibits taxation for promoting religion, ensuring fiscal neutrality.
β Art. 28: Religious instruction banned in govt. institutions; allowed in aided/trust-based ones.
π Need for the Right
β Protects pluralism & ensures peaceful coexistence (Sarva Dharma Sambhava).
β Safeguards individual liberty & right to choose faith.
β Eliminates discriminatory practices; promotes equality.
β Maintains communal harmony by balancing freedom with public order.
π Doctrine of Essential Practices
β Shirur Mutt Case (1954): SC held religion includes essential practices.
β Helps prevent misuse of Art. 25 for social evils like untouchability, gender exclusion.
β Issues: judicial overreach, lack of uniform criteria, inconsistency (e.g., Sabarimala).
β Way forward: develop clear criteria, encourage interfaith dialogue, uphold secular balance.
π Challenges
β Ambiguity in defining βessential practices.β
β Conflict between public order & religious freedom.
β Excessive state interference in religious affairs.
β Rising communal intolerance & violence.
β Minority rights concerns leading to distrust.
π Strengthening Religious Freedom
β Judicial clarity on essential practices.
β Promoting interfaith dialogue & value-based education.
β Balanced state regulation respecting Art. 26 autonomy.
β Stronger legal enforcement & peace committees to curb violence.
π Conclusion
β The Right to Religion upholds Indiaβs secular ethos by ensuring freedom of belief while balancing social order.
β Effective realization requires judicial clarity, inclusive policies, and respectful interfaith engagement.
#mains #polity
JOIN @CSE_EXAM
@upsc_polity_Governance
β€6
π NASAβs Interstellar Mapping and Acceleration Probe (IMAP)
π A landmark heliophysics mission to study the solar systemβs boundary & space weather
β Launched by: NASA on Falcon 9 with co-missions
β Objective: Map the heliosphere boundary, trace energetic particles & enhance space weather forecasting
β Position: SunβEarth Lagrange Point L1 (~1 million miles from Earth, toward the Sun)
β Payload: 10 instruments studying particles from the Sun, heliosphere boundary & interstellar space
β Key Features:
β’ Provides real-time solar wind & particle observations with ~30 min radiation warnings
β’ IMAP Active Link ensures reliable forecasting data
β’ 108 days travel time to L1; gives unobstructed solar activity view
β’ Offers more frequent, detailed mapping than IBEX mission
β Significance: Supports Artemis II (2026) & strengthens long-term Mars exploration readiness
π Mains Q: How does IMAP contribute to advancing space weather forecasting and future human space exploration missions?
#science_technology
π A landmark heliophysics mission to study the solar systemβs boundary & space weather
β Launched by: NASA on Falcon 9 with co-missions
β Objective: Map the heliosphere boundary, trace energetic particles & enhance space weather forecasting
β Position: SunβEarth Lagrange Point L1 (~1 million miles from Earth, toward the Sun)
β Payload: 10 instruments studying particles from the Sun, heliosphere boundary & interstellar space
β Key Features:
β’ Provides real-time solar wind & particle observations with ~30 min radiation warnings
β’ IMAP Active Link ensures reliable forecasting data
β’ 108 days travel time to L1; gives unobstructed solar activity view
β’ Offers more frequent, detailed mapping than IBEX mission
β Significance: Supports Artemis II (2026) & strengthens long-term Mars exploration readiness
π Mains Q: How does IMAP contribute to advancing space weather forecasting and future human space exploration missions?
#science_technology
β€4
β€4π₯2π2
#Goodmorning
β³44 days left IfoS mains 16 Nov
β³234 days left CSP26 [ 24-05-26]
β³323 days left CSM26 [ 21-08-26]
β³9 days left APSC mains 11 Oct
β³10 days left UPPSC /OPSC prelims 12 Oct
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β³60 days left JKPSC prelims/CAT/EPFO 30 Nov
#Target
#TargetOnlyone
#Accountability
β³44 days left IfoS mains 16 Nov
β³234 days left CSP26 [ 24-05-26]
β³323 days left CSM26 [ 21-08-26]
β³9 days left APSC mains 11 Oct
β³10 days left UPPSC /OPSC prelims 12 Oct
β³66 days left PPSC prelims 7 dec
β³60 days left JKPSC prelims/CAT/EPFO 30 Nov
#Target
#TargetOnlyone
#Accountability
β€2
πSuccess of Financial Inclusion for Women:
β Women Entrepreneurship Platform (WEP): Provides mentorship, market access, and financial literacy.
β Financing Women Collaborative (FWC): Promotes gender-intelligent financial products and public-private partnerships.
β Pradhan Mantri Mudra Yojana (PMMY): βΉ2.22 lakh crore in loans disbursed to 4.24 crore women entrepreneurs in FY 2023-24.
β PM SVANidhi Yojana: βΉ5,939.7 crore disbursed to 30.6 lakh women street vendors by Dec 2024.
β Udyam Registration: 40% of MSMEs in India are now women-owned.
β Women Entrepreneurship Platform (WEP): Provides mentorship, market access, and financial literacy.
β Financing Women Collaborative (FWC): Promotes gender-intelligent financial products and public-private partnerships.
β Pradhan Mantri Mudra Yojana (PMMY): βΉ2.22 lakh crore in loans disbursed to 4.24 crore women entrepreneurs in FY 2023-24.
β PM SVANidhi Yojana: βΉ5,939.7 crore disbursed to 30.6 lakh women street vendors by Dec 2024.
β Udyam Registration: 40% of MSMEs in India are now women-owned.
β€5
Prelims Accelerator Program by Anmol Vachan.
20 MCQ/Day with explanations program from trusted sources on a private channel.
Whatβs included:
Daily 20 questions based on PYQ theme analysis and emerging trends
βͺ UPSC PYQ ( CSE , CDS, CAPF, NDA etc)
βͺ State PSC
βͺ Static + Current Affairs (PYQ themes)
5 days of the week will be devoted to GS subject and 1 day CSAT.
The schedule follows
1)Mon - Polity & IR
2)Tue - economy
3)Wed - Geo. & envi.
4)Thu - History
5)Fri - Sci & tech, security, social issues
6)Sat - Csat topic wise
Weekly focus on core topics to build accuracy and confidence.
Affordable, disciplined, and structured learning.
This programme is built to ensure discipline and regularity in your preparation.
Fee: till prelims βΉ899
3 month βΉ449
π @studytoday_bot
Build accuracy, consistency, and confidence with focused practice!
Sample question
20 MCQ/Day with explanations program from trusted sources on a private channel.
Whatβs included:
Daily 20 questions based on PYQ theme analysis and emerging trends
βͺ UPSC PYQ ( CSE , CDS, CAPF, NDA etc)
βͺ State PSC
βͺ Static + Current Affairs (PYQ themes)
5 days of the week will be devoted to GS subject and 1 day CSAT.
The schedule follows
1)Mon - Polity & IR
2)Tue - economy
3)Wed - Geo. & envi.
4)Thu - History
5)Fri - Sci & tech, security, social issues
6)Sat - Csat topic wise
Weekly focus on core topics to build accuracy and confidence.
Affordable, disciplined, and structured learning.
This programme is built to ensure discipline and regularity in your preparation.
Fee: till prelims βΉ899
3 month βΉ449
Build accuracy, consistency, and confidence with focused practice!
Sample question
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π IndiaβEFTA TEPA to come into effect from 1 Oct 2025
π Why in Focus?
β IndiaβEuropean Free Trade Association (EFTA) Trade & Economic Partnership Agreement (TEPA) becomes operational from 1 Oct 2025.
β First Indian FTA linking investment & job creation commitments.
π Key Highlights
β $100 bn FDI & 1 million direct jobs over 15 years (excludes portfolio investment).
β Market access: EFTA covers 92.2% tariff lines (99.6% of Indiaβs exports), India offers 82.7% tariff lines (95.3% of EFTA exports, mostly gold).
β Services boost: MRAs in nursing, CA, architecture; stronger access in IT, business services, audio-visual, education.
β IPR: TRIPS-level commitments, Indian concerns on generics & patent evergreening safeguarded.
β Sustainability: Inclusive growth, environment protection, skill & technology collaboration.
π Sectoral Gains
β Agriculture: basmati rice, guar gum, mangoes, millets, cashews.
β Marine products, textiles, sports goods, engineering goods, gems & jewellery.
β Electronics & chemicals with tariff cuts + IPR protection.
π Strategic Significance
β Strengthens Make in India & Atmanirbhar Bharat.
β Positions India in high-value European markets (Switzerland, Norway, Iceland, Liechtenstein).
β Opens premium market access for Indian professionals & MSMEs.
β Mains Question:
βDiscuss the significance of the IndiaβEFTA TEPA agreement for Indiaβs trade diversification strategy. How does it balance investment, employment generation, and protection of sensitive domestic sectors?β
β¨ #Economy #Trade #UPSCMains
π Why in Focus?
β IndiaβEuropean Free Trade Association (EFTA) Trade & Economic Partnership Agreement (TEPA) becomes operational from 1 Oct 2025.
β First Indian FTA linking investment & job creation commitments.
π Key Highlights
β $100 bn FDI & 1 million direct jobs over 15 years (excludes portfolio investment).
β Market access: EFTA covers 92.2% tariff lines (99.6% of Indiaβs exports), India offers 82.7% tariff lines (95.3% of EFTA exports, mostly gold).
β Services boost: MRAs in nursing, CA, architecture; stronger access in IT, business services, audio-visual, education.
β IPR: TRIPS-level commitments, Indian concerns on generics & patent evergreening safeguarded.
β Sustainability: Inclusive growth, environment protection, skill & technology collaboration.
π Sectoral Gains
β Agriculture: basmati rice, guar gum, mangoes, millets, cashews.
β Marine products, textiles, sports goods, engineering goods, gems & jewellery.
β Electronics & chemicals with tariff cuts + IPR protection.
π Strategic Significance
β Strengthens Make in India & Atmanirbhar Bharat.
β Positions India in high-value European markets (Switzerland, Norway, Iceland, Liechtenstein).
β Opens premium market access for Indian professionals & MSMEs.
β Mains Question:
βDiscuss the significance of the IndiaβEFTA TEPA agreement for Indiaβs trade diversification strategy. How does it balance investment, employment generation, and protection of sensitive domestic sectors?β
β¨ #Economy #Trade #UPSCMains
β€5
π Intangible Cultural Heritage (ICH) β Indiaβs UNESCO Recognitions
π What is Intangible Cultural Heritage?
β UNESCO defines it as living expressions passed across generations, evolving with environments, giving communities a sense of identity & continuity.
β Includes: oral traditions, performing arts, social practices, rituals, festive events, nature-related knowledge, traditional crafts.
β ICH List was established in 2008 by UNESCO.
π Indiaβs Recognized ICH Elements
β Garba of Gujarat (2023)
β Durga Puja in Kolkata (2021)
β Kumbh Mela (2017)
β Navroz (2016)
β Yoga (2016)
β Thatherasβ brass & copper craft, Punjab (2014)
β Sankirtana of Manipur (2013)
β Buddhist Chanting of Ladakh (2012)
β Chhau Dance (2010)
β Kalbelia folk songs & dances, Rajasthan (2010)
β Mudiyettu, ritual theatre of Kerala (2010)
β Ramman festival & ritual theatre, Uttarakhand (2009)
β Kutiyattam, Sanskrit theatre (2008)
β Tradition of Vedic Chanting (2008)
β Ramlila, performance of Ramayana (2008)
β Mains Question:
βUNESCOβs Intangible Cultural Heritage recognition provides global visibility to Indiaβs traditions. Discuss its role in cultural diplomacy and local community empowerment.β
β¨ #Culture #UNESCO #UPSCPrelims
π What is Intangible Cultural Heritage?
β UNESCO defines it as living expressions passed across generations, evolving with environments, giving communities a sense of identity & continuity.
β Includes: oral traditions, performing arts, social practices, rituals, festive events, nature-related knowledge, traditional crafts.
β ICH List was established in 2008 by UNESCO.
π Indiaβs Recognized ICH Elements
β Garba of Gujarat (2023)
β Durga Puja in Kolkata (2021)
β Kumbh Mela (2017)
β Navroz (2016)
β Yoga (2016)
β Thatherasβ brass & copper craft, Punjab (2014)
β Sankirtana of Manipur (2013)
β Buddhist Chanting of Ladakh (2012)
β Chhau Dance (2010)
β Kalbelia folk songs & dances, Rajasthan (2010)
β Mudiyettu, ritual theatre of Kerala (2010)
β Ramman festival & ritual theatre, Uttarakhand (2009)
β Kutiyattam, Sanskrit theatre (2008)
β Tradition of Vedic Chanting (2008)
β Ramlila, performance of Ramayana (2008)
β Mains Question:
βUNESCOβs Intangible Cultural Heritage recognition provides global visibility to Indiaβs traditions. Discuss its role in cultural diplomacy and local community empowerment.β
β¨ #Culture #UNESCO #UPSCPrelims
β€7β€βπ₯2
π Laser Interferometer Lunar Antenna (LILA) β Gravitational Wave Detector on Moon
π Why in Focus?
β Scientists are developing LILA, a next-gen gravitational wave detector, to overcome seismic noise, atmospheric interference & frequency limits of Earth-based detectors like LIGO.
π About LILA
β Proposed detector on Moonβs surface to detect waves in mid-frequency range (0.1β10 Hz), unobservable on Earth.
β First-of-its-kind interdisciplinary project combining astrophysics, geoscience & lunar exploration.
π Why Moon?
β No atmosphere β no wind/pressure noise.
β 2β3 times quieter than Earth in seismic vibrations.
β No oceans/weather β no βNewtonian noiseβ.
π Goals
β Detect & locate merging black holes & neutron stars pre-collision.
β Study Moonβs interior & build 3D internal map.
β Test gravity theories, search for dark matter.
β Enable multi-messenger astronomy with other observatories.
π Development Phases
β LILA-Pioneer: 3β5 km interferometer using robotic landers.
β LILA-Horizon: 40 km triangular array with astronaut assistance.
π Tech Innovations
β Precision laser interferometry in lunar vacuum.
β Quantum-enhanced βGravCombβ sensor for sensitivity.
β Low-noise seismometers, retroreflectors & seismic isolation systems (anti-spring arrays, suspended test masses).
β Mains Question:
βMoon-based observatories like LILA offer unique advantages over Earth-based detectors. Discuss their significance for gravitational wave astronomy and fundamental physics.β
β¨ #Space #science_technology
π Why in Focus?
β Scientists are developing LILA, a next-gen gravitational wave detector, to overcome seismic noise, atmospheric interference & frequency limits of Earth-based detectors like LIGO.
π About LILA
β Proposed detector on Moonβs surface to detect waves in mid-frequency range (0.1β10 Hz), unobservable on Earth.
β First-of-its-kind interdisciplinary project combining astrophysics, geoscience & lunar exploration.
π Why Moon?
β No atmosphere β no wind/pressure noise.
β 2β3 times quieter than Earth in seismic vibrations.
β No oceans/weather β no βNewtonian noiseβ.
π Goals
β Detect & locate merging black holes & neutron stars pre-collision.
β Study Moonβs interior & build 3D internal map.
β Test gravity theories, search for dark matter.
β Enable multi-messenger astronomy with other observatories.
π Development Phases
β LILA-Pioneer: 3β5 km interferometer using robotic landers.
β LILA-Horizon: 40 km triangular array with astronaut assistance.
π Tech Innovations
β Precision laser interferometry in lunar vacuum.
β Quantum-enhanced βGravCombβ sensor for sensitivity.
β Low-noise seismometers, retroreflectors & seismic isolation systems (anti-spring arrays, suspended test masses).
β Mains Question:
βMoon-based observatories like LILA offer unique advantages over Earth-based detectors. Discuss their significance for gravitational wave astronomy and fundamental physics.β
β¨ #Space #science_technology
β€4π2π1
#Goodmorning
β³43 days left IfoS mains 16 Nov
β³233 days left CSP26 [ 24-05-26]
β³322 days left CSM26 [ 21-08-26]
β³8 days left APSC mains 11 Oct
β³9 days left UPPSC /OPSC prelims 12 Oct
β³65 days left PPSC prelims 7 dec
β³59 days left JKPSC prelims/CAT/EPFO 30 Nov
#Target
#TargetOnlyone
#Accountability
β³43 days left IfoS mains 16 Nov
β³233 days left CSP26 [ 24-05-26]
β³322 days left CSM26 [ 21-08-26]
β³8 days left APSC mains 11 Oct
β³9 days left UPPSC /OPSC prelims 12 Oct
β³65 days left PPSC prelims 7 dec
β³59 days left JKPSC prelims/CAT/EPFO 30 Nov
#Target
#TargetOnlyone
#Accountability
Major Cities of the World and Associated Industries
o Detroit (USA) β Automobile
o Chicago (USA) β Meat Processing
o Los Angeles (USA) β Aircraft and Film
o San Francisco (USA) β Oil Refinery, Computers, and Shipbuilding
o Houston (USA) β Oil and Natural Gas
o Paris (France) β Transport and Aircraft
o Amsterdam (Netherlands) β Shipbuilding
o Moscow (Russia) β Metal, Chemical, and Machinery
o Chelyabinsk (Russia) β Metal and Military Equipment
o Magnitogorsk (Russia) β Iron and Steel
o Anshan (China) β Iron and Steel
o Shanghai (China) β Textile and Machinery
o Wuhan (China) β Shipbuilding, Iron and Steel
o Frankfurt (Germany) β Engineering and Transport
o Milan (Italy) β Silk
o Venice (Italy) β Glass
o Turin (Italy) β Motor Vehicles
o Sao Paulo (Brazil) β Coffee
o Rio de Janeiro (Brazil) β Textile and Coffee
o Maracaibo (Venezuela) β Oil Refinery
o Sheffield (England) β Cutlery
o Dundee (Scotland, U.K.) β Jute
o Havana (Cuba) β Cigars
o Nagoya (Japan) β Automobile
o Abadan (Iran) β Oil Refinery
o Stockholm (Sweden) β Shipbuilding
o Krivoy Rog (Ukraine) β Iron and Steel
o Buenos Aires (Argentina) β Shipbuilding
o Antwerp (Belgium) β Diamond Processing
o Copenhagen (Denmark) β Dairy
#prelims
https://www.tg-me.com/CSE_EXAM
o Detroit (USA) β Automobile
o Chicago (USA) β Meat Processing
o Los Angeles (USA) β Aircraft and Film
o San Francisco (USA) β Oil Refinery, Computers, and Shipbuilding
o Houston (USA) β Oil and Natural Gas
o Paris (France) β Transport and Aircraft
o Amsterdam (Netherlands) β Shipbuilding
o Moscow (Russia) β Metal, Chemical, and Machinery
o Chelyabinsk (Russia) β Metal and Military Equipment
o Magnitogorsk (Russia) β Iron and Steel
o Anshan (China) β Iron and Steel
o Shanghai (China) β Textile and Machinery
o Wuhan (China) β Shipbuilding, Iron and Steel
o Frankfurt (Germany) β Engineering and Transport
o Milan (Italy) β Silk
o Venice (Italy) β Glass
o Turin (Italy) β Motor Vehicles
o Sao Paulo (Brazil) β Coffee
o Rio de Janeiro (Brazil) β Textile and Coffee
o Maracaibo (Venezuela) β Oil Refinery
o Sheffield (England) β Cutlery
o Dundee (Scotland, U.K.) β Jute
o Havana (Cuba) β Cigars
o Nagoya (Japan) β Automobile
o Abadan (Iran) β Oil Refinery
o Stockholm (Sweden) β Shipbuilding
o Krivoy Rog (Ukraine) β Iron and Steel
o Buenos Aires (Argentina) β Shipbuilding
o Antwerp (Belgium) β Diamond Processing
o Copenhagen (Denmark) β Dairy
#prelims
https://www.tg-me.com/CSE_EXAM
β€9π₯4
ο·
Isohypse: A line of equal geopotential height shown on a constant pressure surface.
ο· Isogonic Lines: These depict the Earthβs magnetic declination on a map.
ο· Isobaths: Imaginary lines linking points at the same depth below the water surface.
ο· Isobars: Lines connecting areas of equal air pressure at mean sea level.
ο· Isohyet: Lines on a map that join areas with equal rainfall.
ο· Isonif: Lines joining areas with equal snowfall.
ο· Isohalines: Lines connecting areas with equal salinity.
β€8
doc2025929650301.pdf
770.7 KB
π Indiaβs Dairy Sector: Anchoring Nutrition & Income Security
π Why in Focus?
β India is the worldβs largest milk producer, contributing ~25% of global supply; dairy employs 8+ crore farmers and contributes 5% to GDP .
π Key Highlights:
β Production: Milk output rose 63.5% in a decade (146 MT in 2014β15 β 239 MT in 2023β24); per capita availability = 471 g/day (vs. world avg. 322 g).
β Bovine Growth: 303.7M bovines; productivity β 27.3% (2014β22), highest globally.
β Womenβs Role: 70% of dairy workforce; 48,000+ women-led cooperatives; Shreeja MPO won International Dairy Federation Award.
β Cooperative Network: 22 federations, 241 district unions, 25 MPOs covering 2.35 lakh villages & 1.72 cr farmers.
β Schemes:
β’ Rashtriya Gokul Mission (RGM): Genetic upgradation, AI coverage (565 lakh in 2024β25), IVF labs, MAITRIs.
β’ White Revolution 2.0 (2024β29): 75,000 new dairy cooperatives, circular economy focus, milk procurement target 1007 lakh kg/day.
β Innovation: Ethno-veterinary medicine, biogas from dung, sex-sorted semen for breed improvement.
π Significance:
β Ensures nutrition security (protein, calcium, micronutrients).
β Drives inclusive rural growth via women-led cooperatives.
β Positioned for global value chain leadership in dairy.
β Mains Question:
βExamine the role of Indiaβs dairy sector in ensuring nutritional security and inclusive rural growth. How can White Revolution 2.0 transform Indiaβs dairy value chain globally?β
β¨ #DairySector #WhiteRevolution
π Why in Focus?
β India is the worldβs largest milk producer, contributing ~25% of global supply; dairy employs 8+ crore farmers and contributes 5% to GDP .
π Key Highlights:
β Production: Milk output rose 63.5% in a decade (146 MT in 2014β15 β 239 MT in 2023β24); per capita availability = 471 g/day (vs. world avg. 322 g).
β Bovine Growth: 303.7M bovines; productivity β 27.3% (2014β22), highest globally.
β Womenβs Role: 70% of dairy workforce; 48,000+ women-led cooperatives; Shreeja MPO won International Dairy Federation Award.
β Cooperative Network: 22 federations, 241 district unions, 25 MPOs covering 2.35 lakh villages & 1.72 cr farmers.
β Schemes:
β’ Rashtriya Gokul Mission (RGM): Genetic upgradation, AI coverage (565 lakh in 2024β25), IVF labs, MAITRIs.
β’ White Revolution 2.0 (2024β29): 75,000 new dairy cooperatives, circular economy focus, milk procurement target 1007 lakh kg/day.
β Innovation: Ethno-veterinary medicine, biogas from dung, sex-sorted semen for breed improvement.
π Significance:
β Ensures nutrition security (protein, calcium, micronutrients).
β Drives inclusive rural growth via women-led cooperatives.
β Positioned for global value chain leadership in dairy.
β Mains Question:
βExamine the role of Indiaβs dairy sector in ensuring nutritional security and inclusive rural growth. How can White Revolution 2.0 transform Indiaβs dairy value chain globally?β
β¨ #DairySector #WhiteRevolution
β€4
Himanshu Affidavit.pdf
1.6 MB
UPSC has accepted to release provisional answer key right after Prelims exam
π38β€2
π Indiaβs Trade Policy: From Protectionism to Liberalization
π Introduction
β Indiaβs Foreign Trade Policy has evolved from inward-looking protectionism to outward-oriented liberalization, guiding economic growth and export promotion.
π Evolution of Indiaβs Trade Policy
β Early Years (1947β1960s): Import substitution, tariffs, quotas to protect domestic industries.
β 1960sβ1980s: Growth of PSUs, continued protectionism (FERA 1974, MRTP Act 1969).
β 1991 Economic Reforms: Crisis-led liberalization, tariff reduction, export orientation.
β 2000sβPresent: Focus on digital economy, FTAs, bilateral trade pacts.
π Key Sectors Driving Growth
β IT & Software Services β Major BPO & IT exporter.
β Pharmaceuticals β Exports of essential drugs & vaccines.
β Automobiles & Components β Passenger cars, 2Ws, auto parts.
β Textiles & Garments β Apparel, yarn, fabrics.
β Chemicals & Petrochemicals β Pharma, fertilizers, petroleum.
β Agro-products & Food Processing β Rice, spices, processed foods.
π Challenges in Expanding Trade
β Geopolitical Tensions: Eg. Russia-Ukraine war, Middle East crisis.
β Policy & Regulatory Issues: WTO compliance, bureaucratic delays.
β Trade Imbalance: Persistent deficit with many nations.
β Competitiveness Issues: Higher costs vs cheaper global alternatives.
β Quality Standards: MSMEs struggle with global compliance.
π Way Forward
β Infrastructure & Logistics β Ports, warehousing, supply chains.
β Bilateral & Multilateral Trade Agreements β Deeper FTAs.
β R&D & Technology Adoption β IoT, automation, digital platforms.
β Promotion of Brand India β Government + industry initiatives.
β Economies of Scale β Lower costs, higher competitiveness.
π Conclusion
β With Foreign Trade Policy 2023, India aims to achieve $2 trillion exports by 2030, aided by reforms like UPI, Brand India, FTAs, and digital trade platforms.
β¨ #IndianEconomy #UPSC #Mains #economy
Join @CSE_EXAM
@upsc_4_economy
π Introduction
β Indiaβs Foreign Trade Policy has evolved from inward-looking protectionism to outward-oriented liberalization, guiding economic growth and export promotion.
π Evolution of Indiaβs Trade Policy
β Early Years (1947β1960s): Import substitution, tariffs, quotas to protect domestic industries.
β 1960sβ1980s: Growth of PSUs, continued protectionism (FERA 1974, MRTP Act 1969).
β 1991 Economic Reforms: Crisis-led liberalization, tariff reduction, export orientation.
β 2000sβPresent: Focus on digital economy, FTAs, bilateral trade pacts.
π Key Sectors Driving Growth
β IT & Software Services β Major BPO & IT exporter.
β Pharmaceuticals β Exports of essential drugs & vaccines.
β Automobiles & Components β Passenger cars, 2Ws, auto parts.
β Textiles & Garments β Apparel, yarn, fabrics.
β Chemicals & Petrochemicals β Pharma, fertilizers, petroleum.
β Agro-products & Food Processing β Rice, spices, processed foods.
π Challenges in Expanding Trade
β Geopolitical Tensions: Eg. Russia-Ukraine war, Middle East crisis.
β Policy & Regulatory Issues: WTO compliance, bureaucratic delays.
β Trade Imbalance: Persistent deficit with many nations.
β Competitiveness Issues: Higher costs vs cheaper global alternatives.
β Quality Standards: MSMEs struggle with global compliance.
π Way Forward
β Infrastructure & Logistics β Ports, warehousing, supply chains.
β Bilateral & Multilateral Trade Agreements β Deeper FTAs.
β R&D & Technology Adoption β IoT, automation, digital platforms.
β Promotion of Brand India β Government + industry initiatives.
β Economies of Scale β Lower costs, higher competitiveness.
π Conclusion
β With Foreign Trade Policy 2023, India aims to achieve $2 trillion exports by 2030, aided by reforms like UPI, Brand India, FTAs, and digital trade platforms.
β¨ #IndianEconomy #UPSC #Mains #economy
Join @CSE_EXAM
@upsc_4_economy
β€5
π SARAL: Simplifying Science for the Public
π About SARAL
β SARAL stands for Simplified and Automated Research Amplification and Learning.
β Developed by IIIT Hyderabad under the guidance of the Anusandhan National Research Foundation (ANRF), it aims to make complex scientific research accessible to the general public.
β The tool uses Artificial Intelligence (AI) to extract key information from research papers and generate layperson-friendly outputs, such as:
β’ Videos
β’ Podcasts
β’ Posters
β’ Presentations
β The initiative is part of ANRFβs broader goal to create an AI-driven Science and Engineering Open India Stack, accelerating research and innovation in key fields like drug discovery, aerospace, climate science, and advanced materials.
π About ANRF
β Established by the ANRF Act 2023, the Anusandhan National Research Foundation is dedicated to promoting research and development across Indiaβs universities, colleges, research institutions, and R&D labs.
β ANRFβs Objective: Foster a culture of research and innovation, serving as a single-window clearance mechanism for R&D funding and strategic direction of scientific research.
#AI #ResearchInnovation
π About SARAL
β SARAL stands for Simplified and Automated Research Amplification and Learning.
β Developed by IIIT Hyderabad under the guidance of the Anusandhan National Research Foundation (ANRF), it aims to make complex scientific research accessible to the general public.
β The tool uses Artificial Intelligence (AI) to extract key information from research papers and generate layperson-friendly outputs, such as:
β’ Videos
β’ Podcasts
β’ Posters
β’ Presentations
β The initiative is part of ANRFβs broader goal to create an AI-driven Science and Engineering Open India Stack, accelerating research and innovation in key fields like drug discovery, aerospace, climate science, and advanced materials.
π About ANRF
β Established by the ANRF Act 2023, the Anusandhan National Research Foundation is dedicated to promoting research and development across Indiaβs universities, colleges, research institutions, and R&D labs.
β ANRFβs Objective: Foster a culture of research and innovation, serving as a single-window clearance mechanism for R&D funding and strategic direction of scientific research.
#AI #ResearchInnovation
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