π INDEX OF INDUSTRIAL PRODUCTION (IIP) :
β An Indicator that measures the changes in the volume of production of industrial products during a given period.
β Published By : The National Statistical Office (NSO), Ministry of Statistics and Programme Implementation.
β Current Base Year - 2011-12
β Broad Sectors - Minning, Manufacturing & Electricity .
β 8 Core Industries (Weightage) - Refinery Products> Electricity> Steel> Coal> Crude Oil> Natural Gas> Cement> Fertilizers.
β Used by Government Agency including The Ministry of Finance & Reserve Bank Of India etc. for policy making purposes.
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#prelims_facts
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β An Indicator that measures the changes in the volume of production of industrial products during a given period.
β Published By : The National Statistical Office (NSO), Ministry of Statistics and Programme Implementation.
β Current Base Year - 2011-12
β Broad Sectors - Minning, Manufacturing & Electricity .
β 8 Core Industries (Weightage) - Refinery Products> Electricity> Steel> Coal> Crude Oil> Natural Gas> Cement> Fertilizers.
β Used by Government Agency including The Ministry of Finance & Reserve Bank Of India etc. for policy making purposes.
#economy
#prelims_facts
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β€2π1
doc2025714585701.pdf
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π Pradhan Mantri Kaushal Vikas Yojana (PMKVY)
π Objective: To train youth with industry-relevant skills, fostering employability and entrepreneurship.
β Key Features:
β’ Launched: 2015 by the Ministry of Skill Development and Entrepreneurship
β’ Provides short-term skill training, including re-skilling and up-skilling.
β’ Focus on youth, women, SC/STs, and OBCs across rural areas.
β’ PMKVY 1.0: 19.85 lakh trained in 2015-16.
β’ PMKVY 2.0: 1.10 crore trained.
β’ PMKVY 3.0: 7.37 lakh trained, with special programs like COVID Warriors Training.
β’ PMKVY 4.0: 25 lakh trained as of 2025, focusing on AI, Robotics, IoT, etc.
β’ PM Vishwakarma Yojana: Launched in 2023 for artisans with Rs 13,000 crore funding.
β Skill Development Ecosystem:
β’ Recognition of Prior Learning (RPL) for informal workers.
β’ Skill India Digital Hub (SIDH): Integrated skilling, education, and employment platforms.
β’ Aligns with NEP 2020, Make in India, and Digital India.
β’ Supports entrepreneurial ventures through Rural Self Employment and Training Institutes (RSETIs).
π Source: Ministry of Skill Development and Entrepreneurship
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π Objective: To train youth with industry-relevant skills, fostering employability and entrepreneurship.
β Key Features:
β’ Launched: 2015 by the Ministry of Skill Development and Entrepreneurship
β’ Provides short-term skill training, including re-skilling and up-skilling.
β’ Focus on youth, women, SC/STs, and OBCs across rural areas.
β’ PMKVY 1.0: 19.85 lakh trained in 2015-16.
β’ PMKVY 2.0: 1.10 crore trained.
β’ PMKVY 3.0: 7.37 lakh trained, with special programs like COVID Warriors Training.
β’ PMKVY 4.0: 25 lakh trained as of 2025, focusing on AI, Robotics, IoT, etc.
β’ PM Vishwakarma Yojana: Launched in 2023 for artisans with Rs 13,000 crore funding.
β Skill Development Ecosystem:
β’ Recognition of Prior Learning (RPL) for informal workers.
β’ Skill India Digital Hub (SIDH): Integrated skilling, education, and employment platforms.
β’ Aligns with NEP 2020, Make in India, and Digital India.
β’ Supports entrepreneurial ventures through Rural Self Employment and Training Institutes (RSETIs).
π Source: Ministry of Skill Development and Entrepreneurship
π Prelims MCQ
Which of the following is a major component of the PMKVY scheme?
A) Skill Hub Initiative
B) National Apprenticeship Scheme
C) RPL (Recognition of Prior Learning)
D) All of the above
Answer: D
π Mains GS2 Q
Discuss the evolution of the PMKVY scheme and its contribution to Indiaβs skill development and employment challenges.
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β€3
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πNoctilucent Clouds:
β They are thin, wispy clouds that glow with a blue or silvery hue at night when illuminated by sunlight from below the horizon.
β Horizon refers to the apparent line that separates the Earth from the skyβspecifically, the point below which the Sun appears to set.
β The name βnoctilucentβ is derived from the Latin words "nocto" and "lucent" which translates to "night" and "shining" respectively.
β They are sometimes referred to as polar mesospheric clouds.
β Most of our planet's clouds form in the Earth's troposphere. β Noctilucent clouds are located in the third layer of Earth's atmosphere, the mesosphere, making them Earth's highest clouds.
β They only appear during the summer months, and only at latitudes between about 45 and 80 degrees north or south of the equator.
β In the Northern Hemisphere, they can appear from the end of May to the beginning of August, with sightings more likely during June and July.
β In the Southern Hemisphere, noctilucent cloud sightings are much rarer, but they can be visible from the end of November to the beginning of February, with sightings most likely during December and January.
β In these months and at the right latitudes, the Sun only just sets below the horizon at nighttime.
β That means these very high clouds can still be lit by bright sunlight from below, even though the rest of the surface is in darkness β making the clouds appear to glow.
β The Sun sets increasingly less below the horizon the further north you go, which means northern latitudes will experience noctilucent clouds for longer during the night.
πHow are noctilucent clouds formed?
β They are formed of ice crystals; in the summer the mesosphere becomes cold enough to allow ice to form on suspended dust particles floating in the atmosphere.
β The dust particles may originate from micrometeorites falling to Earth from space, or the dust left over from volcanic eruptions.
β Humans have also accidentally seeded our own noctilucent clouds through the exhausts of rockets propelled into space.
β The ice crystals that form reflect the sunlight when the Sun hits them from below, causing the clouds' characteristic shimmer.
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β They are thin, wispy clouds that glow with a blue or silvery hue at night when illuminated by sunlight from below the horizon.
β Horizon refers to the apparent line that separates the Earth from the skyβspecifically, the point below which the Sun appears to set.
β The name βnoctilucentβ is derived from the Latin words "nocto" and "lucent" which translates to "night" and "shining" respectively.
β They are sometimes referred to as polar mesospheric clouds.
β Most of our planet's clouds form in the Earth's troposphere. β Noctilucent clouds are located in the third layer of Earth's atmosphere, the mesosphere, making them Earth's highest clouds.
β They only appear during the summer months, and only at latitudes between about 45 and 80 degrees north or south of the equator.
β In the Northern Hemisphere, they can appear from the end of May to the beginning of August, with sightings more likely during June and July.
β In the Southern Hemisphere, noctilucent cloud sightings are much rarer, but they can be visible from the end of November to the beginning of February, with sightings most likely during December and January.
β In these months and at the right latitudes, the Sun only just sets below the horizon at nighttime.
β That means these very high clouds can still be lit by bright sunlight from below, even though the rest of the surface is in darkness β making the clouds appear to glow.
β The Sun sets increasingly less below the horizon the further north you go, which means northern latitudes will experience noctilucent clouds for longer during the night.
πHow are noctilucent clouds formed?
β They are formed of ice crystals; in the summer the mesosphere becomes cold enough to allow ice to form on suspended dust particles floating in the atmosphere.
β The dust particles may originate from micrometeorites falling to Earth from space, or the dust left over from volcanic eruptions.
β Humans have also accidentally seeded our own noctilucent clouds through the exhausts of rockets propelled into space.
β The ice crystals that form reflect the sunlight when the Sun hits them from below, causing the clouds' characteristic shimmer.
#GS1 #geography #prelims
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β€4
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π Monsoon: Indiaβs Lifeline, Now More Unpredictable
π Indiaβs monsoon is central to agriculture, economy, and culture β but climate change is reshaping its rhythm and risks.
β Monsoon rains affect over 64% of Indiaβs population dependent on agriculture
β Only 55% of sown land is irrigated; rest depends on rain
β SW Monsoon (JuneβSept) gives 75% of annual rain; essential for crops like rice, cotton
β NE Monsoon (OctβDec) benefits Tamil Nadu, SE coast
β Key drivers: ITCZ, El NiΓ±o (weakens rain), La NiΓ±a (boosts rain)
β Rain varies: Western Ghats & NE >400 cm; Rajasthan <60 cm
β Climate change impacts:
β’ 75% rise in extreme rainfall events (1950β2015)
β’ 27% rise in dry spells
β’ 50% rain now falls in just 20β30 hours
β IMD Accuracy: 100% accurate monsoon forecast (2021β24), Β±5% of LPA
β Mission Mausam: 9-vertical weather upgrade mission for a βclimate-smart Bharatβ
β Lightning rising: Shift from NE to Central & Western India
π Source: Ministry of Earth Sciences, IMD, Economic Survey 2024-25
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π Indiaβs monsoon is central to agriculture, economy, and culture β but climate change is reshaping its rhythm and risks.
β Monsoon rains affect over 64% of Indiaβs population dependent on agriculture
β Only 55% of sown land is irrigated; rest depends on rain
β SW Monsoon (JuneβSept) gives 75% of annual rain; essential for crops like rice, cotton
β NE Monsoon (OctβDec) benefits Tamil Nadu, SE coast
β Key drivers: ITCZ, El NiΓ±o (weakens rain), La NiΓ±a (boosts rain)
β Rain varies: Western Ghats & NE >400 cm; Rajasthan <60 cm
β Climate change impacts:
β’ 75% rise in extreme rainfall events (1950β2015)
β’ 27% rise in dry spells
β’ 50% rain now falls in just 20β30 hours
β IMD Accuracy: 100% accurate monsoon forecast (2021β24), Β±5% of LPA
β Mission Mausam: 9-vertical weather upgrade mission for a βclimate-smart Bharatβ
β Lightning rising: Shift from NE to Central & Western India
π Source: Ministry of Earth Sciences, IMD, Economic Survey 2024-25
π Prelims MCQ:
Which of the following is true about El NiΓ±oβs impact on India?
A. It strengthens the southwest monsoon
B. It leads to above-normal winter rainfall
C. It weakens monsoon and causes droughts
D. It leads to flooding in central India
Answer: C
π Mains GS1/GS3 Question:
Discuss the factors affecting the variability of the Indian Monsoon. How is climate change altering its patterns and consequences?
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β€3
π Famous Travellers to India (Chronological Order)
π Al-Biruni
β Nation: Uzbekistan
β Time Period: 11th century
β Book: Kitab-ul-Hind
π Marco Polo
β Nation: Italy
β Time Period: 13th century
β Book: β β β
π Ibn Batuta
β Nation: Morocco
β Time Period: 14th century
β Book: Rihala
π Abdur Razzaq
β Nation: Afghanistan
β Time Period: 15th century
β Book: β β β
π Jean Baptiste Travernier
β Nation: France
β Time Period: 17th century
β Book: β β β
π Francois Bernier
β Nation: France
β Time Period: 17th century
β Book: Travels in the Mughal Empire
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π Al-Biruni
β Nation: Uzbekistan
β Time Period: 11th century
β Book: Kitab-ul-Hind
π Marco Polo
β Nation: Italy
β Time Period: 13th century
β Book: β β β
π Ibn Batuta
β Nation: Morocco
β Time Period: 14th century
β Book: Rihala
π Abdur Razzaq
β Nation: Afghanistan
β Time Period: 15th century
β Book: β β β
π Jean Baptiste Travernier
β Nation: France
β Time Period: 17th century
β Book: β β β
π Francois Bernier
β Nation: France
β Time Period: 17th century
β Book: Travels in the Mughal Empire
#history #prelims
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β€9π1
India is vulnerable to a large number of natural, as well as, human-made disasters on account of its unique geo-climatic and socio-economic conditions.
The five distinctive regions of the country:
β Himalayan region: earthquakes and landslides
β The plain: Floods.
β The desert: Droughts and famine
β The coastal zone: Cyclones and storms.
Anthropogenic vulnerability:
β Deforestation
β Unscientific construction and development activity
β Faulty agricultural practices
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β Out of the 36 states and union territories in the country, 28 of them are disaster prone.
β Almost 85% of the country is vulnerable to single or multiple disasters
β About 57% of its area lies in high seismic zones.
β Approximately 40 million hectares of the countryβs land area is prone to flood
β About 8% of the total land mass is vulnerable to cyclone
β 68% of the area is susceptible to drought.
The five distinctive regions of the country:
β Himalayan region: earthquakes and landslides
β The plain: Floods.
β The desert: Droughts and famine
β The coastal zone: Cyclones and storms.
Anthropogenic vulnerability:
β Deforestation
β Unscientific construction and development activity
β Faulty agricultural practices
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β€7
#Goodmorning
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π3β€1
π Chandrashekhar Venkat Raman
π Context
β Raman Effect was discovered on 28 February 1928, now celebrated as National Science Day in India.
π Key Contributions
β Early Research: Published his first paper in 1906 while still a student.
β Raman Effect: Found that when light passes through a transparent material, its wavelength changesβthis phenomenon is called Raman Scattering.
β Musical Acoustics: Studied how string instruments produce sound using physics.
β Colour of Sea Water: Disproved earlier ideas and showed that sea appears blue mainly due to absorption of longer light wavelengths, not Rayleigh scattering.
β Photon Spin: With his student, showed that light particles (photons) have angular momentum or spin.
π Major Achievements
β Nobel Prize in Physics (1930) for discovering the Raman Effectβhe was the first Indian, Asian, and non-white scientist to win a science Nobel.
β Bharat Ratna (1954) for his exceptional contributions to science.
π Conclusion
β Sir CV Raman was a pioneer in Indian science, especially in experimental physics, and inspired generations of Indian scientists.
#science_and_technology #prelims
π Context
β Raman Effect was discovered on 28 February 1928, now celebrated as National Science Day in India.
π Key Contributions
β Early Research: Published his first paper in 1906 while still a student.
β Raman Effect: Found that when light passes through a transparent material, its wavelength changesβthis phenomenon is called Raman Scattering.
β Musical Acoustics: Studied how string instruments produce sound using physics.
β Colour of Sea Water: Disproved earlier ideas and showed that sea appears blue mainly due to absorption of longer light wavelengths, not Rayleigh scattering.
β Photon Spin: With his student, showed that light particles (photons) have angular momentum or spin.
π Major Achievements
β Nobel Prize in Physics (1930) for discovering the Raman Effectβhe was the first Indian, Asian, and non-white scientist to win a science Nobel.
β Bharat Ratna (1954) for his exceptional contributions to science.
π Conclusion
β Sir CV Raman was a pioneer in Indian science, especially in experimental physics, and inspired generations of Indian scientists.
#science_and_technology #prelims
β€8
π Consequences of Falling Fertility Rates
π Key Impacts
β Indiaβs population is ageing rapidlyβ60+ age group projected to rise from 149M (10.5%) to 347M (20.8%) by 2050.
β Declining fertility leads to shrinking workforce, increasing dependency ratios, and rising burden on pensions and healthcare.
β Labor market risks include reduced productivity, slower growth, and potential middle-income trap.
π Global Responses
β Germany: Offers flexible labor laws and parental benefits
β Denmark: Provides state-funded IVF for women under 40
β Russia & Poland: Offer cash incentives for larger families
π Way Forward for India
β Policy Reforms: Promote pro-family labor laws, tax benefits, and childcare support; reduce child-rearing cost (βΉ30LββΉ1.2Cr)
β Healthcare Focus: Strengthen schemes like Poshan 2.0, Saksham Anganwadi, and prenatal support
β Reproductive Assistance: Improve access to IVF, surrogacy, and ensure career continuity for parents
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π Key Impacts
β Indiaβs population is ageing rapidlyβ60+ age group projected to rise from 149M (10.5%) to 347M (20.8%) by 2050.
β Declining fertility leads to shrinking workforce, increasing dependency ratios, and rising burden on pensions and healthcare.
β Labor market risks include reduced productivity, slower growth, and potential middle-income trap.
π Global Responses
β Germany: Offers flexible labor laws and parental benefits
β Denmark: Provides state-funded IVF for women under 40
β Russia & Poland: Offer cash incentives for larger families
π Way Forward for India
β Policy Reforms: Promote pro-family labor laws, tax benefits, and childcare support; reduce child-rearing cost (βΉ30LββΉ1.2Cr)
β Healthcare Focus: Strengthen schemes like Poshan 2.0, Saksham Anganwadi, and prenatal support
β Reproductive Assistance: Improve access to IVF, surrogacy, and ensure career continuity for parents
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β€3
Forwarded from UPSC PIB NEWS current affairs polity geography science economy government schemes ir prelims mains
PIB2144870.pdf
240.2 KB
Indiaβs Export Momentum Continuesπ
βΆοΈSignificant Growth Across Electronics, Pharma, Marine Sectors, and Meat, Dairy & Poultry Products in June 2025
πΉ Electronic Goods exports increased by 46.93% from US$ 2.82 Billion in June 2024 to US$ 4.15 Billion in June 2025
βΆοΈSignificant Growth Across Electronics, Pharma, Marine Sectors, and Meat, Dairy & Poultry Products in June 2025
πΉ Electronic Goods exports increased by 46.93% from US$ 2.82 Billion in June 2024 to US$ 4.15 Billion in June 2025
β€2
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β€4π2
Cabinet approves the βPrime Minister Dhan-Dhaanya Krishi Yojanaβ for a period of six years, beginning with 2025-26 to cover 100 districts.
Prime Minister Dhan-Dhaanya Krishi Yojana draws inspiration from NITI Aayogβs Aspirational District Programme and first of its kind focusing exclusively on agriculture and allied sectors
The Scheme will be implemented through convergence of 36 existing schemes across 11 Departments, other State schemes and local partnerships with the private sector
Prime Minister Dhan-Dhaanya Krishi Yojana draws inspiration from NITI Aayogβs Aspirational District Programme and first of its kind focusing exclusively on agriculture and allied sectors
The Scheme will be implemented through convergence of 36 existing schemes across 11 Departments, other State schemes and local partnerships with the private sector
β€12π4
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π India & FATF: Securing Finances, Combating Terror Networks
π Indiaβs evolving role in the Financial Action Task Force (FATF) highlights its commitment to combating money laundering, terror financing & proliferation risks.
β FATF Membership: India became a full FATF member in 2010, enhancing its global credibility in financial security and anti-terror frameworks.
β 2024 Mutual Evaluation Report: Recognizes Indiaβs robust framework for investigating terror finance, but flags challenges in proliferation financing (PF) & sanction evasion.
β National Risk Assessment (NRA): Periodic NRA exercises help assess ML/TF vulnerabilities and guide reforms in financial & enforcement sectors.
β Focus Areas:
β’ Better detection of PF-related sanction evasion schemes
β’ Strengthening of FIU-India, regulatory bodies, and cross-border intelligence sharing
β Good Practices:
β’ Use of AI-driven suspicious transaction reporting
β’ Tighter Know Your Customer (KYC) norms and cross-institution collaboration
β International Coordination: India contributes to FATF typology reports and pushes for blacklisting non-compliant jurisdictions.
β Strategic Goals: Financial integrity, economic stability, and geopolitical security.
π Source: FATF MER 2024, PIB
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π Indiaβs evolving role in the Financial Action Task Force (FATF) highlights its commitment to combating money laundering, terror financing & proliferation risks.
β FATF Membership: India became a full FATF member in 2010, enhancing its global credibility in financial security and anti-terror frameworks.
β 2024 Mutual Evaluation Report: Recognizes Indiaβs robust framework for investigating terror finance, but flags challenges in proliferation financing (PF) & sanction evasion.
β National Risk Assessment (NRA): Periodic NRA exercises help assess ML/TF vulnerabilities and guide reforms in financial & enforcement sectors.
β Focus Areas:
β’ Better detection of PF-related sanction evasion schemes
β’ Strengthening of FIU-India, regulatory bodies, and cross-border intelligence sharing
β Good Practices:
β’ Use of AI-driven suspicious transaction reporting
β’ Tighter Know Your Customer (KYC) norms and cross-institution collaboration
β International Coordination: India contributes to FATF typology reports and pushes for blacklisting non-compliant jurisdictions.
β Strategic Goals: Financial integrity, economic stability, and geopolitical security.
π Source: FATF MER 2024, PIB
π Prelims MCQ:
With reference to the FATF, consider the following statements:
1. It is a legally binding UN body that enforces financial sanctions globally.
2. India is a full member of FATF and participates in Mutual Evaluations.
3. FATF also tracks financing of weapons proliferation.
Which of the above are correct?
A) 2 and 3 only
B) 1 and 2 only
C) 1 and 3 only
D) All of the above
Answer: A
π Mains GS3 Question:#GS3 #FATF #MoneyLaundering #TerrorFunding #FinancialSecurity
FATF has emerged as a key global watchdog on illicit finance. Evaluate Indiaβs performance in implementing FATF recommendations and its challenges in curbing proliferation financing.
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β€10
π Thinkers, Beliefs & Buildings β Key Highlights
π Kutagarashala
β A resting place for wandering mendicants and ascetics.
π Dipavamsa & Mahavamsa
β Ancient Buddhist chronicles written in Sri Lanka, detailing history and religious traditions.
π Samsara
β Refers to the cycle of birth, death, and rebirthβthe process of transmigration.
π Ajivikas
β A fatalistic philosophical sect, believed in predetermined destiny.
β Associated with Barabar & Lomas Rishi Caves in Bihar.
π Lokayatas / Charvakas
β A materialistic school of thought that rejected rituals and the afterlife.
π Jainism
β Emphasizes asceticism and penance to liberate oneself from karma and rebirth.
β Uttaradhyayana Sutra β An important Jain text compiling teachings on renunciation.
π Samanas
β Term for those who have renounced worldly life in pursuit of spiritual goals.
π Nibana / Nirvana
β The state of liberation from ego and desire, ending the cycle of suffering.
π Ashokavandana (Buddhist text)
β Mentions Emperor Ashokaβs effort to distribute Buddhaβs relics across towns and build stupas over them.
π Symbolism in Buddhist Art
β Empty Seat β Symbolizes Buddhaβs meditation
β Stupa β Represents Mahaparinirvana (Final Nirvana)
β Wheel (Dharmachakra) β Marks the First Sermon at Sarnath
π Bhikkhus
β Buddhist monks who live on alms and follow a monastic life.
π Elliot Marbles
β Name given to the sculptural panels of Amravati by Walter Elliot during the colonial era.
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π Kutagarashala
β A resting place for wandering mendicants and ascetics.
π Dipavamsa & Mahavamsa
β Ancient Buddhist chronicles written in Sri Lanka, detailing history and religious traditions.
π Samsara
β Refers to the cycle of birth, death, and rebirthβthe process of transmigration.
π Ajivikas
β A fatalistic philosophical sect, believed in predetermined destiny.
β Associated with Barabar & Lomas Rishi Caves in Bihar.
π Lokayatas / Charvakas
β A materialistic school of thought that rejected rituals and the afterlife.
π Jainism
β Emphasizes asceticism and penance to liberate oneself from karma and rebirth.
β Uttaradhyayana Sutra β An important Jain text compiling teachings on renunciation.
π Samanas
β Term for those who have renounced worldly life in pursuit of spiritual goals.
π Nibana / Nirvana
β The state of liberation from ego and desire, ending the cycle of suffering.
π Ashokavandana (Buddhist text)
β Mentions Emperor Ashokaβs effort to distribute Buddhaβs relics across towns and build stupas over them.
π Symbolism in Buddhist Art
β Empty Seat β Symbolizes Buddhaβs meditation
β Stupa β Represents Mahaparinirvana (Final Nirvana)
β Wheel (Dharmachakra) β Marks the First Sermon at Sarnath
π Bhikkhus
β Buddhist monks who live on alms and follow a monastic life.
π Elliot Marbles
β Name given to the sculptural panels of Amravati by Walter Elliot during the colonial era.
#history #prelims
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β€6π3
π Localization of SDGs: Concept & Implementation
π What is Localization of SDGs?
β Refers to adapting global SDGs to the local context (states, cities, villages).
β Led by Ministry of Panchayati Raj via Gram Panchayat Development Plan (GPDP).
β Involves participatory planning to align schemes with local SDG targets.
β Aims to fulfill constitutional goals of grassroots development and social justice.
π Benefits of Localization
β Tailored Solutions: Addresses region-specific challenges.
β Community Empowerment: Boosts ownership and participation.
β Efficient Resource Use: Targets high-need populations.
β Faster Implementation: Decentralized planning ensures quicker execution.
π Challenges Faced
β Lack of finance, data, and local capacity
β Poor coordination across government levels
β Limited SDG awareness at grassroots
β Absence of context-specific policies
β Translation/adaptation difficulties in diverse India
π Steps Taken by India
β NITI Aayog oversees SDG adoption & monitoring.
β SDG India Index (since 2018) tracks progress at state & UT levels.
π Best Practices from States
β Andhra Pradesh β βNavaratnaluβ: Focus on agriculture, health, housing, education.
β Bihar β βViksit Bihar ke 7 Nischayβ: Focus on inclusion, entrepreneurship, job quotas for women, and infrastructure.
π Conclusion:
Localizing SDGs makes them actionable, inclusive, and impact-driven β empowering Indiaβs grassroots to meet global goals from the bottom up.
#environment
π What is Localization of SDGs?
β Refers to adapting global SDGs to the local context (states, cities, villages).
β Led by Ministry of Panchayati Raj via Gram Panchayat Development Plan (GPDP).
β Involves participatory planning to align schemes with local SDG targets.
β Aims to fulfill constitutional goals of grassroots development and social justice.
π Benefits of Localization
β Tailored Solutions: Addresses region-specific challenges.
β Community Empowerment: Boosts ownership and participation.
β Efficient Resource Use: Targets high-need populations.
β Faster Implementation: Decentralized planning ensures quicker execution.
π Challenges Faced
β Lack of finance, data, and local capacity
β Poor coordination across government levels
β Limited SDG awareness at grassroots
β Absence of context-specific policies
β Translation/adaptation difficulties in diverse India
π Steps Taken by India
β NITI Aayog oversees SDG adoption & monitoring.
β SDG India Index (since 2018) tracks progress at state & UT levels.
π Best Practices from States
β Andhra Pradesh β βNavaratnaluβ: Focus on agriculture, health, housing, education.
β Bihar β βViksit Bihar ke 7 Nischayβ: Focus on inclusion, entrepreneurship, job quotas for women, and infrastructure.
π Conclusion:
Localizing SDGs makes them actionable, inclusive, and impact-driven β empowering Indiaβs grassroots to meet global goals from the bottom up.
#environment
β€6π2