IASbaba's Daily Current Affairs Analysis
Archives
(PRELIMS Focus)
Subject: Polity – Child Protection Legislation; Social Justice – POCSO Act; Criminal Law – Sexual Offences against Children; 2019 Amendment.
Why in News?
- Telangana police invoked stringent POCSO provisions (Section 5(1) r/w 6) against a politician’s son, carrying a minimum 20-year sentence (non-bailable), altering charges from sexual harassment (max 3 years)
What is the POCSO Act?
Enacted: 2012 (Protection of Children from Sexual Offences Act)
Parent Ministry: Ministry of Women and Child Development
Definition of Child: Any person below the age of 18 years
Purpose
- Protect children from sexual assault, harassment, and pornography
- Establish child-friendly procedures for reporting, investigation, and trial
- Mandate Special Courts for speedy trial
Key Features
- Gender-neutral (offences defined irrespective of victim’s gender)
- Mandatory reporting (any person aware of offence must report)
- Presumption of guilt (burden of proof on accused)
- In-camera trial (child not exposed to public)
- Special Public Prosecutor appointed for each case
POCSO Rules, 2020
Notified under: Section 45 of POCSO Act
Key Provisions
- Child Welfare Committee (CWC) – recommends immediate compensation for child’s needs (food, clothes, transport, medical care) within one week
- Support Person – assigned to assist child throughout investigation and trial; submits monthly report on child’s physical, emotional, mental wellbeing
- Interim Compensation – Special Court may order interim compensation for relief/rehabilitation at any stage after FIR registration; adjusted against final compensation
Government’s Rationale for Amendment
Context (2019)
- Followed Deoria (Uttar Pradesh) and Muzaffarpur (Bihar) shelter home rape cases (2018)
- Aimed to create stronger deterrence and ensure “stringent punishment” for perpetrators
Need for Stringent Provisions
- High pendency (over 1.37 lakh POCSO cases pending in country)
- Low conviction rates due to procedural delays
- Need to protect children from repeat offences
Key Terms for Prelims
- POCSO: Protection of Children from Sexual Offences Act, 2012
- Aggravated Penetrative Sexual Assault: Assault by person in position of trust/authority (police, teacher, doctor, public servant), or where victim is mentally/physically disabled, or where victim is below 12 years
- Section 42A: POCSO Act has overriding effect over other laws in case of inconsistency
- Article 20(1) (Constitution of India): No person shall be convicted of any offence except for violation of law in force at time of commission; nor subjected to penalty greater than what might have been inflicted under law in force at time of commission
- Special Court: Designated Court under POCSO Act for trial of offences
- Private Member Bill: Bill introduced by MP who is not a Minister (in this case, POCSO Amendment Bill, 2024 introduced by Dr Fauzia Khan, NCP-SCP)
Static (Polity / Social Justice Syllabus)
- Article 15(3): State can make special provisions for women and children
- Article 39(e) and (f): DPSP – tender age of children should not be abused; children should be given opportunities to develop in healthy conditions
- Seventh Schedule – Concurrent List: Criminal law and procedure (including POCSO falls under this)
- Juvenile Justice (Care and Protection of Children) Act, 2015: Complement to POCSO for children in conflict with law
Source/Reference:
Subject: Geography – Volcanology; Andes Mountains; Altiplano-Puna Magma Body; Stratovolcano; Seismic Activity.
Why in News?
- Recent studies reveal that the eruption of Mount Uturuncu volcano could become imminent, as new batches of hot magma are making their way up from the depths
About Uturuncu Volcano
Location
- Large dormant volcano located in southwestern Bolivia, within the Andes Mountains
- Tallest mountain in the southern part of Bolivia
Elevation
- Approximately 6,008 metres (19,711 feet) above sea level
Type
- Stratovolcano dominated by dacitic lava domes and flows
Nickname
- Known as a “zombie” volcano – showing signs of activity despite being considered geologically dead
Last Eruption
- 250,000 years ago (yet remains seismically active)
Unique Features
“Sombrero” Shape
- The volcano displays a distinct “sombrero” shape – centre rising, surrounding areas sinking (caused by uplift and subsidence processes)
Altiplano-Puna Magma Body (APMB)
- Beneath Uturuncu at depth of about 10 to 20 kilometres lies a vast reservoir of magma called the Altiplano-Puna Magma Body
- Spanning roughly 200 kilometres – the biggest known active magma body in the planet’s crust
Uplifted Region
- Lies at the centre of a 70 km diameter uplifted region
Seismic Activity
- Currently experiences hundreds of small earthquakes per year
Why ‘Zombie’ Volcano?
The term “zombie volcano” refers to a volcano that was considered extinct or dormant but shows renewed signs of activity (magma movement, ground uplift, seismic swarms) – as if “coming back to life” after being geologically dead. Uturuncu’s ongoing seismicity, uplift, and active magma body beneath it justify this classification.
Key Terms for Prelims
- Stratovolcano: Steep, conical volcano built up by layers of lava, ash, and volcanic rock
- Dacitic Lava: High-silica (63-68%) viscous lava; associated with explosive eruptions
- Lava Dome: Mound-shaped accumulation of viscous lava around volcanic vent
- Altiplano-Puna Magma Body (APMB): Massive magma reservoir beneath the Altiplano-Puna region of the Andes
- Sombrero Shape: Distinct topographic form with central uplift and surrounding subsidence
- Zombie Volcano: Volcano that shows signs of activity despite being considered geologically dead
Source/Reference:
Subject: Environment – New Species Discovery; Zoological Survey of India; Bihar Biodiversity; Leopard Gecko; Kaimur Wildlife Sanctuary.
Why in News?
- Scientists from the Zoological Survey of India (ZSI) discovered a new species of leopard gecko named Eublepharis jhuma from the rocky hills of Bihar
- Discovered during a wildlife survey on the outskirts of Kaimur Wildlife Sanctuary
- First of its kind ever recorded in the state – with unique physical traits and distinct DNA
About Eublepharis jhuma
Basic Details
- Scientific Name: Eublepharis jhuma
- Common Name: Leopard gecko
- Type: Reptile (gecko)
- Body Length: Approximately 14 cm
- Colouration: Dark brown back with two pale, spotty bands
- Distinctive Feature: Large, flat, bumpy scales on back with unusually wide gaps
Named After
- Named in honour of Dr. Dhriti Banerjee, the first female director of the Zoological Survey of India
- Nicknamed “Jhuma”
Distinguishing Features (Compared to Closest Relative Eublepharis satpuraensis)
- Scales: Large, flat, bumpy scales on back with unusually wide gaps between them
- Lamellae: Higher number of tiny, textured ridges (lamellae) underneath fourth toe – helps with gripping
- Pores: Specific pattern of 12 to 13 pores near the tail
- Tail Regeneration: If tail drops and regrows, new scales grow back in a distinct, flat, and rectangular shape (rather than circular)
About Leopard Geckos
- Genus: Eublepharis (part of family Eublepharidae)
- Characteristics: Eyelids (unlike many other geckos which have fixed, transparent covering), clawed toes, terrestrial habitat
- Distribution in India: Several species known from different regions – E. hardwickii (eastern India), E. satpuraensis (Madhya Pradesh), E. fuscus (western India), and now E. jhuma (Bihar)
- Habitat: Rocky hills, dry scrublands, forest edges
Kaimur Wildlife Sanctuary (Context)
- Location: Kaimur district, Bihar (also extends into parts of Uttar Pradesh)
- Established: 1982
- Area: Approximately 1,342 sq km
- River: Karmanasa River flows through it
- Vegetation: Dry deciduous forests; rocky terrain
- Fauna: Tiger, leopard, wild boar, sambar, chital, sloth bear, and now Eublepharis jhuma
Key Terms for Prelims
- Eublepharis jhuma: Newly discovered leopard gecko species from Bihar
- Leopard Gecko: Terrestrial gecko with eyelids, clawed toes; genus Eublepharis
- Lamellae: Tiny, textured ridges underneath toes that help geckos grip surfaces
- Regeneration (Autotomy): Ability of geckos to shed (drop) tail to escape predators; tail regrows over time
- Zoological Survey of India (ZSI): Premier institution for animal taxonomy and biodiversity research; established 1916; headquarters in Kolkata
- Kaimur Wildlife Sanctuary: Protected area in Bihar (Kaimur district); dry deciduous forests
- Endemic Species: A species found only in a specific geographic region (E. jhuma is currently known only from Kaimur hills)
Source/Reference:
Subject: History – Chola Inscriptions; Art & Culture – Copper Plates; India-Netherlands Cultural Restitution; Maritime History.
Why in News?
- The Netherlands returned the 11th-century Anaimangalam Copper Plates (Leiden Plates) to India during Prime Minister Modi’s visit (May 2026)
- Restores a monumental Chola-era record of maritime trade and religious pluralism
About Anaimangalam Copper Plates
Basic Details
- Also known as Leiden Plates
- 21 copper plates held together by a bronze ring locked with the royal seal of Rajendra Chola I
- Total weight: approximately 30 kg
- Date: 11th century (Chola Empire)
Language and Content
- Inscriptions in two languages:
- Sanskrit (initial plates) – detailed genealogy of Chola rulers, linking them to mythological figures
- Tamil (majority of plates) – administrative and grant details
Rulers Associated
- Inscriptions date to reign of Emperor Rajaraja Chola I (985–1014 CE) and his son Rajendra Chola I
Historical Significance
Land Grant Record
- Tamil section records Rajaraja Chola I’s grant of land revenues and taxes to Chudamani Vihara, a Buddhist monastery in Nagapattinam
- The monastery was built by Sri Mara Vijayotunga Varman, ruler of the Srivijaya kingdom (present-day Indonesia)
- The grant was originally issued by Rajaraja Chola I, but his son Rajendra Chola I later had the order engraved onto copper plates to preserve it
Maritime and Cultural Links
- Provides rare insight into maritime links, religious pluralism, and cultural exchanges between South India and Southeast Asia during peak Chola period
- Demonstrates Chola patronage of Buddhism (Chudamani Vihara) alongside Hinduism
Chudamani Vihara (Context)
- Buddhist monastery in Nagapattinam, Tamil Nadu
- Built by Srivijaya king Sri Mara Vijayotunga Varman
- Received land grants from Rajaraja Chola I
- Served as a centre for Buddhist learning and a link between India and Southeast Asia
- Also known as Shailendra Chudamani Vihara (named after Shailendra dynasty of Srivijaya)
Srivijaya Kingdom (Context)
- Maritime empire based on the island of Sumatra, present-day Indonesia
- Flourished from 7th to 13th centuries
- Controlled strategic Malacca Strait – key chokepoint for India-China trade
- Had close diplomatic, commercial, and cultural ties with the Chola Empire
- Rajendra Chola I launched naval expedition against Srivijaya (c. 1025 CE)
Key Terms for Prelims
- Anaimangalam Copper Plates: Also called Leiden Plates; 21 copper plates; 11th-century Chola inscriptions
- Rajaraja Chola I (985–1014 CE): Great Chola emperor; built Brihadeeswarar Temple (Thanjavur); expanded Chola empire
- Rajendra Chola I: Son of Rajaraja; moved capital to Gangaikonda Cholapuram; led naval expedition to Srivijaya
- Chudamani Vihara: Buddhist monastery in Nagapattinam; built by Srivijaya king; patronised by Cholas
- Srivijaya Kingdom: Maritime empire based in Sumatra, Indonesia (7th-13th centuries); controlled Malacca Strait
- Florentius Camper: Dutch missionary who acquired plates around 1700
- Leiden University Library: Where plates were housed in Netherlands
- Cultural Restitution: Return of cultural artefacts to country of origin
Source/Reference:
Subject: Environment – Avian Ecology; Climate Change Impact; Wildlife Institute of India; Manipur Biodiversity.
Why in News?
- A new study published in the Journal of Wildlife Science suggests that barn swallows in Manipur’s Imphal Valley may have shed their migratory trait and become permanent residents
- Challenges the long-standing understanding that these fork-tailed birds are seasonal migrants to the northeastern region from colder northern climates
Study Details
Field Surveys
- Conducted in 2022 and 2023
Key Finding
- No barn swallows found in Manipur’s hill districts
- Thriving colonies found in Imphal Valley (Bishnupur, Imphal East, Imphal West, Thoubal districts)
- Nests recorded in about 50 homes and buildings
Evidence of Permanent Residency
Year-round Presence
- Adult barn swallows seen at nesting sites throughout the year
- They do not leave the valley after breeding
Captured Individuals
- 45 individuals captured – 26 males, 19 females
- Variations in colours (buff to rich chestnut-orange underparts)
- Differences in throat and breast markings
- Wing and tail measurements overlapped with several recognised subspecies – making it impossible to determine which population they belonged to
Why Did They Stop Migrating? (Two Possible Explanations)
- Favorable Conditions in the Valley
- Mild climate
- Plentiful flying insects (food source)
- Structures suitable for building cup-shaped mud nests
- Interbreeding Over Thousands of Years
- Mixing of different groups over extended periods may have created a distinct resident population
Role of Local Culture (Meitei Community)
Cultural Beliefs
- Meitei community (Tibeto-Burman ethnic group native to Manipur) regards barn swallow as a symbol of Goddess Lakshmi, prosperity, and good fortune
Conservation Impact
- Strong protection of nests and barn swallows within private properties
- Likely contributes to persistence of breeding populations in densely inhabited areas of Imphal Valley
About Barn Swallow (Hirundo rustica)
- The barn swallow is a synanthropic species (closely associated with humans).
- It is one of the most widespread bird species globally, breeding across North America, Europe, and Asia, and wintering in South America, Africa, and South Asia.
- Its IUCN status is Least Concern.
- In India, two subspecies breed in the Himalayas, while one winters in the northeastern region.
Significance of the Study
- First documentation of a resident breeding population of barn swallows in Manipur
- Extends the species’ known breeding range in the Indian subcontinent
- Highlights a critical ecological gap in understanding avian biogeography in the understudied northeastern region
- Challenges long-standing assumptions about subspecies limits
- Study recommends future use of tracking devices and genetic analyses to determine origin and residency duration
Key Terms for Prelims
- Barn Swallow: Hirundo rustica – synanthropic bird species; cup-shaped mud nests
- Synanthropic Species: Species closely associated with humans and human habitats
- Migratory Trait: Inherited behaviour of seasonal long-distance movement
- Subspecies: Distinct population within a species, with different physical characteristics
- Avian Biogeography: Study of bird distribution patterns
- Meitei Community: Tibeto-Burman ethnic group native to Manipur
- Imphal Valley: Fertile plain in central Manipur; surrounded by hills
Source/Reference:
(MAINS Focus)
GS Paper III – Economy (Agriculture; Cooperatives) | GS Paper II – Governance (Social Justice)
Dairy Cooperatives; Women Empowerment; White Revolution 2.0; Circular Economy; Rural Livelihoods
Introduction
Amit Shah inaugurated Madhur Dairy Unit-2 in Gandhinagar, a ₹128-crore automated milk processing plant that doubles capacity to 5 lakh litres/day. From collecting 6,000 litres in 1971 to achieving a ₹628-crore turnover today, Madhur Dairy reflects the vision of “Sahkar Se Samriddhi” and “White Revolution 2.0” aimed at boosting India’s dairy sector.
Main Body
Madhur Dairy: A Cooperative Success Story
Historical Journey:
- Established in 1971 with 6,000 litres milk collection and ₹7,000 turnover.
- Carries forward the cooperative legacy of Sardar Vallabhbhai Patel, Tribhuvandas Patel, and Dr. Verghese Kurien.
- Today: annual turnover of ₹628 crore with a large-scale network for milk collection, processing, and distribution.
White Revolution 2.0
Objective:
- Launched under Prime Minister Modi’s leadership.
- Aims to triple India’s milk production over the next decade.
Leading Dairies Adopting World-Class Technologies:
- Amul, Banas Dairy, Mehsana Dairy (all from Gujarat).
- Technologies used: protein shakes, probiotic curd, high-protein beverages, and other value-added nutritional products.
- Benefits reach milk producers directly through the cooperative framework.
Women Empowerment Through Dairy Cooperatives
Scale of Women’s Participation in Gujarat:
- 36 lakh women associated with milk production.
- Produce 3 crore litres of milk daily.
- Generate business worth approximately ₹200 crore every day.
- Money is transferred directly into their bank accounts through the cooperative dairy network.
Social Transformation:
- Earlier women were confined largely to household responsibilities.
- Today they have emerged as key contributors to their families’ economic strength through dairy activities.
- This is a large-scale movement of women empowerment and self-reliance in rural India.
Technology and Innovation: AI Digital Assistant “Sarlaben”
Launch:
- Amul’s AI Digital Assistant inaugurated by Prime Minister Modi during the AI Summit.
- Named “Sarlaben.”
Purpose:
- Provide technological support to rural women and livestock farmers.
- Make technology simple and accessible for villages and ordinary livestock rearers.
- Emerging as a powerful tool of technological empowerment.
Circular Economy in Dairy Sector
Expected Impact:
- Adoption of circular economy principles in the dairy sector expected to increase dairy incomes by at least 20 percent.
Government Commitment:
- Taking cooperative dairy sector to new heights through modern technology, innovation, and value addition.
Challenges:
- Replicating Gujarat’s cooperative dairy success in other states (Bihar, UP, Rajasthan, Maharashtra) has been uneven.
- White Revolution 2.0’s tripling target requires massive investment in cold chains, processing infrastructure, and veterinary services.
- AI digital assistant “Sarlaben” requires digital literacy and smartphone access (not universal in rural areas).
- Circular economy adoption requires farmer awareness and initial capital investment.
Conclusion
Madhur Dairy, founded in 1971 with just 6,000 litres of milk collection, has grown into a ₹628-crore cooperative institution. Its new ₹128-crore Dashela plant will raise processing capacity to 5 lakh litres/day, strengthening the vision of “Sahkar Se Samriddhi” and “White Revolution 2.0.” Gujarat’s 36 lakh women dairy producers generate 3 crore litres of milk daily, while innovations like Amul’s AI assistant “Sarlaben” and circular economy practices are boosting rural incomes and women’s empowerment.
UPSC Mains Practice Question
- Examine the role of dairy cooperatives in rural development and women’s empowerment under White Revolution 2.0. Why is Gujarat’s cooperative dairy model difficult to replicate across other states? (250 words, 15 marks)
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2262052®=3&lang=1
GS Paper I – Geography (Physical Geography) | GS Paper III – Environment (Climate Change)
Volcanism; Atmospheric Aerosols; Greenhouse Gases; Ozone Depletion; Climate Forcing
Introduction
Volcanoes alter Earth’s atmosphere by releasing gases and particles during eruptions. Sulphur dioxide forms aerosols that reflect sunlight and can cool the planet temporarily, while ash blocks sunlight locally. Volcanoes also emit CO₂, acid-forming gases, and ozone-damaging compounds. The 2022 2022 Hunga Tonga–Hunga Ha’apai eruption also revealed significant methane release, offering new insights into climate processes.
Main Body
Cooling Effects: Sulphur Dioxide and Aerosols
Mechanism:
- Volcanoes blast sulphur dioxide (SO₂) high into the stratosphere.
- SO₂ reacts with water vapour to form sulfate aerosols (tiny particles).
- Aerosols scatter incoming sunlight back into space.
- Reduces the amount of solar radiation reaching earth’s surface.
Duration:
- Aerosols remain in the stratosphere for years (not weeks like ash).
- A powerful eruption can cool the earth’s surface for multiple years.
Historical Examples:
- Mount Pinatubo (1991, Philippines): Largest eruption in living memory. Released about 20 million tonnes of SO₂. Global temperatures dropped by about 0.5°C for over a year.
- Tambora (1815, Indonesia): Caused the “Year Without a Summer” (1816) with widespread crop failures and frost in summer months across Europe and North America.
Ash vs. Aerosols:
- Ash clouds block sunlight locally around the eruption site.
- Most ash falls back to earth within a few weeks (too heavy to stay aloft).
- Aerosols are lighter and remain in the stratosphere for years.
Warming Effects: Carbon Dioxide Release
Volcanic CO₂ Emissions:
- Volcanoes also release carbon dioxide (CO₂), a greenhouse gas that traps heat.
- CO₂ remains in the atmosphere for centuries to millennia.
Comparison with Human Activity:
- Modern human activity (fossil fuel burning, deforestation) produces much more CO₂ than volcanoes.
- Annual human CO₂ emissions are approximately 100 times larger than volcanic emissions.
Long-Term Climate Influence:
- Eruptions throughout geological history have helped drive long-term warming trends.
- Large igneous provinces (e.g., Deccan Traps, Siberian Traps) have caused mass extinctions through CO₂-driven warming.
The Balancing Act:
- Short-term cooling (SO₂ aerosols) vs. long-term warming (CO₂ accumulation).
- For most eruptions, cooling dominates for 1–5 years, after which warming resumes.
Methane Release: The Hunga Tonga Discovery
2022 Hunga Tonga-Hunga Ha’apai Eruption (South Pacific):
- Researchers used satellites to study this eruption.
- Volcano released massive quantities of methane (CH₄) into the stratosphere.
- Volcanic ash triggered chemical reactions that turned methane into formaldehyde.
Significance for Climate:
- Methane is a potent greenhouse gas (about 28 times more powerful than CO₂ over 100 years, and 80 times over 20 years).
- The discovery that volcanic ash can convert methane into formaldehyde (a less potent greenhouse gas) points to potential new ways to slow global warming.
Potential Application:
- If scientists can replicate this chemical reaction artificially, it could be used to remove methane from the atmosphere.
- Atmospheric methane removal is an emerging climate intervention strategy (complementary to CO₂ removal).
Other Atmospheric Effects
Ozone Layer Damage:
- Volcanic eruptions emit chlorine and bromine compounds.
- These compounds catalyse ozone destruction in the stratosphere.
- Large eruptions can temporarily thin the ozone layer, increasing UV radiation reaching earth’s surface.
Acid Rain Formation:
- SO₂ and nitrogen oxides from volcanoes react with water and oxygen in the atmosphere.
- Form sulphuric acid and nitric acid.
- Fall as acid rain, damaging forests, soils, and aquatic ecosystems.
Conclusion
Volcanoes influence Earth’s climate by releasing gases and particles into the atmosphere. Sulphur dioxide forms aerosols that reflect sunlight and cool the planet temporarily, as seen after the 1991 Mount Pinatubo eruption. Volcanoes also emit CO₂, acid-forming gases, and ozone-damaging compounds. The 2022 2022 Hunga Tonga–Hunga Ha’apai eruption revealed large methane-related reactions, offering new insights into climate processes and global warming mitigation.
UPSC Mains Practice Question
- How do volcanic eruptions affect climate? Compare volcanic forcing with anthropogenic climate change, with reference to the 2022 2022 Hunga Tonga–Hunga Ha’apai eruption. (250 words, 15 marks)
GS Paper I – Society (Religion; Heritage) | GS Paper II – Polity (Secularism; Judiciary)
Places of Worship; Archaeological Survey of India; Religious Rights; Communal Harmony
Introduction
The Archaeological Survey of India has granted Hindus unrestricted access to the Bhojshala complex in Madhya Pradesh after a High Court ruling declared it a Saraswati temple and quashed the 2003 order permitting Friday namaz. The verdict, concerning the monument also known as Kamal Maula Mosque, has revived debate over the Places of Worship (Special Provisions) Act, 1991 and judicial intervention in religious disputes.
Main Body
The High Court Verdict
Key Rulings:
- The Madhya Pradesh High Court (Indore bench) declared that the Bhojshala complex is a temple dedicated to Goddess Saraswati.
- The Centre and ASI can decide on its administration and management.
- Quashed the ASI’s April 7, 2003 order that allowed Muslims to offer namaz inside the Bhojshala complex every Friday.
- The Muslim community may approach the state government for allotment of separate land in the district for the construction of a mosque.
ASI’s Decision on Access
Unrestricted Access Granted to Hindus:
- ASI granted Hindus unrestricted access to the monument for worship and other purposes.
- The ASI order stated that Bhojshala was a centre of learning and research on Sanskrit language, grammar, and literature, besides being a temple.
- The Hindu community shall have unrestricted access in connection with the ancient practice of learning and worship of Goddess Saraswati.
Historical Background of Bhojshala Complex
11th-Century Monument:
- The Bhojshala complex is an ASI-protected monument in Dhar, Madhya Pradesh.
- Built by Raja Bhoja (Paramara dynasty), a renowned scholar-king.
- Historically a centre for Sanskrit learning and a temple dedicated to Goddess Saraswati (Vagdevi).
Disputed Character:
- Muslims refer to the complex as Kamal Maula Mosque.
- For decades, both communities had managed access through informal arrangements.
- The 2003 ASI order formalized Muslim access for Friday namaz.
Legal and Constitutional Dimensions
Places of Worship (Special Provisions) Act, 1991:
- Section 3: Prohibits conversion of any place of worship from its religious character as it existed on August 15, 1947.
- Section 4: Declares that all suits regarding conversion of religious character pending before any court shall abate.
The Question Before the Court:
- What was the religious character of Bhojshala complex on August 15, 1947?
- If it was a temple, the 1991 Act protects that character.
- If it was a mosque, the 1991 Act protects that character.
High Court’s Interpretation:
- The Court declared it was a temple based on historical and archaeological evidence.
- Quashed the 2003 ASI order (which had allowed Muslim access) as being contrary to the historical character.
The Dissenting View:
- Critics argue that the 1991 Act was intended to freeze all disputes as of 1947 and prevent further litigation.
- By adjudicating the religious character, the Court may have reopened disputes that Parliament sought to settle.
Implications for Communal Harmony
Potential for Tension:
- Both communities have coexisted with shared access arrangements for decades.
- Unrestricted Hindu access and removal of Muslim namaz rights may create resentment.
- The Court’s direction to allot separate land for a mosque may be a pragmatic solution, but implementation is key.
The 2003 Arrangement (Now Quashed):
- Allowed Muslims to offer namaz every Friday.
- A workable compromise that had prevented conflict.
- Its quashing removes a long-standing local arrangement.
Way Forward for the Muslim Community:
- Approach state government for separate land for mosque construction.
- Requires government cooperation and community acceptance.
Role of the Archaeological Survey of India (ASI)
ASI’s Statutory Role:
- Protects and maintains monuments of national importance under the Ancient Monuments and Archaeological Sites and Remains Act, 1958.
- Does not adjudicate religious rights; implements court orders and government policies.
ASI’s 2003 Order:
- Allowed Muslim namaz inside the complex.
- Based on an arrangement to maintain communal harmony.
ASI’s 2026 Order:
- Granted Hindus unrestricted access following High Court verdict.
- Stated that Bhojshala was a centre of learning besides being a temple.
ASI’s Dilemma:
- Caught between religious claims and statutory duties.
- Court orders supersede administrative arrangements.
Concerns:
- May reopen settled disputes under the Places of Worship Act, 1991.
- Quashes a 2003 arrangement that had worked for over two decades without major conflict.
- Risks communal tension in a region where both communities have coexisted with shared access.
- The 1991 Act’s purpose was to prevent courts from adjudicating such disputes; this verdict may set a precedent.
The Core Tension:
- Historical evidence vs. statutory freeze (1991 Act).
- Archaeological truth vs. legislative intent.
- Judicial clarity vs. communal harmony.
Conclusion
The Madhya Pradesh High Court declared the Bhojshala complex a Saraswati temple and struck down the 2003 Archaeological Survey of India order allowing Friday namaz, leading to unrestricted Hindu access. The ruling, involving the site also known as Kamal Maula Mosque, has reignited debate over the Places of Worship (Special Provisions) Act, 1991 and the balance between judicial decisions and communal harmony.
UPSC Mains Practice Question
- Critically examine the legal and communal implications of the Bhojshala verdict in the context of the Places of Worship (Special Provisions) Act, 1991. Should courts decide the religious character of protected monuments? (250 words, 15 marks)
