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Current Affairs – March 03, 2026

{GS1 – IS} Homemaking Recognised as a Legally Relevant Role with Significant Economic Value

  • Context (IE): The Delhi High Court ruled that homemaking is a legally relevant role whose economic value must be considered in maintenance decisions.
  • Earning Capacity: Educational qualifications or the ability to work alone cannot justify denying maintenance, as earning capacity differs from actual income.
  • Joint Property: Property acquired during marriage qualifies as a joint contribution because a homemaker’s labour builds the savings that fund such purchases.

Status of Homemaking in India

  • Notional Income: The Supreme Court ruled that a homemaker’s notional income in motor accident claims must not be lower than the minimum wage for skilled workers.
  • Time Poverty: 2nd All-India Time Use Survey found women aged 15-59 spend 305 minutes daily on unpaid domestic work, 3.5 times that of men.
  • SNA Exclusion: Standard System of National Accounts (SNA) excludes homemaking from formal GDP calculations as these services involve no market transaction.
  • GDP Share: Women’s unpaid domestic work is estimated at 15-17% of India’s GDP.
  • Legal Gap: Labour Codes do not recognise homemakers as workers and provide no statutory social security coverage.

Economic Gender Inequality in India

  • Indices: India ranks 102nd out of 193 countries on the UNDP Gender Inequality Index (GII) and 131st out of 148 countries in the WEF Global Gender Gap Report (GGR).
  • Income Gap: Women earn only 18% of national labour income in India and 30-40% less than men in comparable urban roles.
  • STEM Gap: Despite comprising the world’s highest share of female STEM graduates at 40%, women make up only 27% of India’s STEM workforce.
  • FLFPR: Female Labour Force Participation Rate (FLFPR) stands at ~40%, leaving over half of working-age women outside the labour force.
  • Digital Gap: India has one of the highest digital gender gaps, with only ~40% of women using mobile internet regularly.

Read More> Gender Inequality in India

{GS2 – Social Sector} India’s Potential in Cancer Research and Innovation

  • Context (TH): Amid rising global cancer incidence, India’s large patient base, genetic diversity, and cost-efficient ecosystem position it as a future leader in global cancer research.

India’s Competitive Advantage for Cancer Research

  • Genomic Diversity: India’s 4,600+ distinct ethnic groups yield a massive library of unique genetic variants for identifying population-specific cancer biomarkers.
  • Patient Pool: Its massive, treatment-naïve patient pool ensures high-quality data and rapid recruitment for oncology trials.
  • Cost Advantage: India offers 40%-70% lower costs for clinical trials and drug development than Western countries.
  • AI Training: The country’s diverse clinical caseload gives hospitals high-density datasets for training AI-driven diagnostic tools.
  • Strategic Appeal: Rising Western costs and China tensions position India as a stable, neutral destination for global biomedical investment.

Government Initiatives for Cancer Prevention and Treatment

  • NP-NCD: National Programme for Non-Communicable Diseases (NP-NCD) delivers screening, treatment, and palliative care for cancer and other NCDs at primary and district levels.
  • Tertiary Expansion: State Cancer Institutes and Tertiary Care Centres decentralise advanced oncology treatment beyond metropolitan cities.
  • PM-JAY: Ayushman Bharat PM-JAY provides ₹5 lakh annual hospitalisation cover per family, including chemotherapy and cancer surgeries.
  • BPL Support: The Health Minister’s Cancer Patient Fund grants up to ₹5 lakh in direct assistance to Below Poverty Line patients; special cases receive up to ₹15 lakh.
  • Protocol Standardisation: National Cancer Grid links 280+ medical centres to standardise oncology protocols nationwide.
  • Cancer Surveillance: ICMR’s National Cancer Registry Programme monitors cancer incidence and mortality trends to guide evidence-based cancer policy.
  • Quad Moonshot: Under the Quad Cancer Moonshot, India partners with Indo-Pacific countries to eliminate cervical cancer.

Cancer Statistics in India

  • Burden: India records over 1.5 million new cancer cases annually, with 2.5 million projected by 2045.
  • Risk: One in every nine Indians faces a lifetime cancer risk.
  • Male Cancers: Lung cancer is the most prevalent, followed by mouth and prostate cancers.
  • Female Cancers: Breast cancer leads both in incidence and mortality, followed by cervical cancer.
  • Hotspot: Northeast India carries the highest cancer burden.
    • Aizawl (Mizoram) leads in male cancer incidence, and Papumpare (Arunachal Pradesh) in female.
  • Diagnosis: Nearly 80% of patients are diagnosed at advanced stages, resulting in a high mortality-to-incidence ratio of ~0.57.

Read More> Cancer as Notifiable Disease

{GS2 – IR} India-Canada Formally Resume CEPA Negotiations **

  • Context (PIB): Canadian PM Mark Carney concluded his state visit to India, signalling a reset in bilateral diplomatic relations.

Key Outcome of PM Carney’s Visit to India

  • Fuel Security: Canada’s Cameco will supply uranium ore concentrates from 2027 to 2035 to support India’s nuclear energy expansion.
  • Trade Talks: Negotiations for the Comprehensive Economic Partnership Agreement (CEPA) formally resumed, with a target to conclude by end-2026.
  • Trade Target: A $50 billion bilateral trade target was set for 2030.
  • Climate Entry: Canada announced its intent to join the International Solar Alliance (ISA) and upgrade to full membership in the Global Biofuels Alliance (GBA).
  • Tech Partnership: The trilateral Australia-Canada-India Technology and Innovation (ACITI) Partnership will advance cooperation in emerging technologies.
  • Agri Centre: The India-Canada Pulse Protein Centre of Excellence was announced at NIFTEM-Kundli, Haryana, with a focus on fortified pulse products.
  • Student Mobility: Canada will offer fully funded research internships to 300 Indian students each year.
  • Mineral MoU: A MoU on Critical Minerals Cooperation was signed to build secure and resilient mineral supply chains.

Overview of India-Canada Bilateral Relations

  • India and Canada are celebrating 79 years of diplomatic relations in 2026 under a Renewed Strategic Partnership following a period of diplomatic strain.
  • Trade Volume: Total bilateral merchandise trade reached ~$9 billion in FY 2024-25.
  • Trade Balance: Both merchandise and services trade remain in Canada’s favour.
    • Export Basket: Pharmaceuticals, iron and steel, jewellery, textiles, organic chemicals, etc.
    • Import Basket: Pulses (lentils), coal, fertilisers, wood pulp, newsprint, etc.
  • Defence: An India-Canada Defence Dialogue was formalised during PM Carney’s 2026 visit.
  • Diaspora: Persons of Indian origin constitute around 5% of Canada’s population (~2 million).
    • India remains the largest source of international students in Canada, with nearly 4 lakh enrolled.
  • Key Divergences: Khalistani extremism, free speech interpretation, selective human rights criticism, and extradition delays.

Read More > India-Canada Relations | Diplomatic Reset in India-Canada Relations

{GS3 – S&T} Space Re-entry and Gaganyaan Return System *

  • Context (TH): Space re-entry is a crucial aspect of India’s Gaganyaan Mission to ensure the safe return of astronauts to Earth.

About Space Re-entry

  • Space re-entry describes the process by which a spacecraft or crew capsule returns from orbit and safely passes through Earth’s atmosphere to land on the surface.
  • De-orbit Burn: The spacecraft reverses direction and activates engines before re-entry to reduce orbital speed (~28,000 km/h). This enables gravity to pull it into the atmosphere.
  • Re-entry Corridor: It is a narrow, specific angle at which a spacecraft must enter Earth’s atmosphere to avoid burning up or bouncing back into space.
  • Aerodynamic Deceleration: As the spacecraft enters denser air, atmospheric drag reduces nearly 98% of its speed.
  • Compression Heating: The spacecraft’s high speed compresses air, generating intense heat and raising temperatures up to 1,650°C (for re-entry from LEO).
  • Communication Blackout: The intense heat ionises the surrounding air, forming a plasma layer that blocks radio signals for several minutes.
  • Parachute Deployment: As the craft slows to near terminal velocity, drogue parachutes deploy first, followed by main parachutes to ensure a safe landing.
  • Thermal Protection: Capsules use ablative heat shields that burn away to carry heat with them; the Space Shuttle used ceramic tiles and a blunt shape to deflect heat.
  • Impact on Astronauts: During rapid deceleration, astronauts experience 4–8 times Earth’s gravity, making breathing hard and causing brief blackouts.

Re-entry Mechanism of Gaganyaan Mission

  • Gaganyaan Orbital Module consists of a Crew Module (CM) and a Service Module (SM).
  • Module Separation: Before re-entry, the SM detaches and burns up, while the heat-shielded CM continues its descent as a semi-ballistic body within the re-entry corridor.
  • Parachute System: A series of 10 parachutes deploy sequentially to quickly reduce descent speed.
  • Splashdown: The mission concludes with the CM making a controlled splashdown in the Arabian Sea.
  • Semi-ballistic Body: A re-entry vehicle that follows a largely ballistic path but generates limited aerodynamic lift for controlled steering during descent.
  • CM: It is a double-walled, pressurised structure designed by ISRO to accommodate three astronauts under Earth-like atmospheric conditions.

Read More > Gaganyaan Mission

{Prelims – Species} Forest Owlet (Heteroglaux blewitti) *

  • Context (TOI): A rare Forest Owlet (Heteroglaux blewitti) was sighted for the first time at Kuno National Park (KNP) in Madhya Pradesh.

About Forest Owlet (Heteroglaux blewitti)

  • Forest Owlet is an endemic owl species rediscovered in 1997 after being presumed extinct for over 100 years.
  • Appearance: It is a small owl with an unspotted crown, white throat collar, and heavily banded wings and tail.
  • Behaviour: Unlike most owls, it is diurnal and shows rapid side-to-side tail flicking while hunting.
  • Habitat Preference: The species inhabits dry deciduous forests dominated by teak with an open canopy and dense undergrowth.
  • Distribution: The owl is restricted to central India with fragmented populations in Madhya Pradesh, Maharashtra, and Gujarat.
  • Ecological Role: As an understory predator, it regulates populations of small mammals, reptiles, and large insects.
  • Key Threats: Habitat degradation from illegal logging, forest fires, and agricultural expansion.
  • Conservation Status: IUCN: Endangered; CITES: Appendix I; WPA: Schedule I

{Prelims – PAN} Debrigarh Wildlife Sanctuary to Host Second ‘Indian Bison Fest’

  • Context (TNE): Debrigarh Wildlife Sanctuary is hosting the second edition of the Indian Bison Fest to promote conservation of the Indian Bison (Gaur) through community-led eco-tourism.

About Debrigarh Wildlife Sanctuary

  • Debrigarh Wildlife Sanctuary is a dry deciduous forest in western Odisha, popularly known as the “Land of Bisons.”
  • Boundary: The sanctuary is bound on the east and north by the Hirakud Reservoir, formed by the Hirakud Dam on the Mahanadi River.
  • Historical Significance: Debrigarh served as an operational base for Veer Surendra Sai during his 19th-century armed resistance against British colonial rule.
  • Floral Diversity: Mixed and dry deciduous trees like Sal, Bija, Amla, Dhaura, and Sissoo.
  • Faunal Diversity: Gaur, leopard, sloth bear, Chousingha, sambar deer, dhole, etc.
  • Astro Tourism: Debrigarh is famous for Dark Sky Tourism with unique glass-roofed stargazing facilities.
  • Sacred Site: Bara Bakra Caves and Waterfall are Hindu pilgrimage sites located within the sanctuary.

Read More> Indian Bison (Bos gaurus)

{Prelims – S&T} ALMA Telescope *

  • Context (PO): Astronomers recently captured a detailed image of the Central Molecular Zone (CMZ) using the Atacama Large Millimetre/Submillimetre Array (ALMA) telescope.
  • CMZ: It is a large, dense collection of gas and dust, holding nearly 10% of the galaxy’s molecular gas, located at the centre of the Milky Way.
  • ALMA is a state-of-the-art radio telescope that detects electromagnetic radiation at millimetre and submillimetre wavelengths (between infrared light and radio waves).
  • Location: It is situated at 5,050 metres on the Chajnantor Plateau in the Atacama Desert, Chile.
    • The region’s extreme dryness and high altitude reduce atmospheric water vapour, allowing for clearer observations.
  • Global Partnership: It is an international collaboration involving Europe, North America, East Asia (Japan, Taiwan, South Korea), and Chile. India is not a direct partner.
  • Design: It includes 66 high-precision antennas that can be repositioned from 150 m to 16 km, to enable exceptionally high-resolution imaging.
  • Major Discoveries: ALMA identified early starburst galaxies (2013), imaged the protoplanetary disc of HL Tauri (2014), and observed an Einstein ring (2015).

{Prelims – S&T} New Study on Bacterial Gene Regulation

  • Context (DDN): A recent study by the Bose Institute and Rutgers University challenged the “sigma (σ) cyclemodel of bacterial gene regulation.

About Sigma Cycle

  • Old Model: The sigma cycle was considered the universal mechanism for bacterial gene transcription, based on studies in Escherichia coli.
    • Transcription is the process by which a specific DNA segment is copied into a complementary RNA strand by the enzyme RNA polymerase (RNAP).
  • Mechanism: A sigma factor (helper protein) binds to RNAP to initiate transcription and detaches during DNA-to-RNA copying.

More About the New Study

  • Key Finding: In Bacillus subtilis, the principal sigma factor (σA) remains attached to RNA polymerase throughout the transcription process.
  • Model Challenged: This persistence proved that the sigma cycle is not a universal rule for bacterial gene regulation.
  • Key Implications: The finding can aid targeted antibiotic design and improve microbial engineering for efficient biofuel, bioplastic, and therapeutic production.

{Prelims – In News} GI-tagged Karbi Anglong Ginger

  • Context (DDN): The first export consignment of GI-tagged Karbi Anglong Ginger was officially flagged off for London.
  • Karbi Anglong Ginger is an organically cultivated spice from the hill district of Karbi Anglong in Assam.
  • Cultivation: Tribal communities grow it using traditional Jhum and Tila methods.
  • Qualities: It is known for its strong aroma, high pungency, medicinal benefits and longer shelf life.
  • GI Status: It received the Geographical Indication (GI) tag in 2015.
  • Varieties: Two main varieties are grown in the region —
    • Aizol: It is low in fibre and is primarily exported.
    • Nadia: It is high in fibre and mainly sold in the domestic market.

About Geographical Indication (GI) Tag

  • A Geographical Indication is a legal recognition for products from a specific territory with qualities, reputation, or characteristics tied to that origin.
  • Legal Basis: In India, GIs are regulated by the Geographical Indications of Goods (Registration and Protection) Act, 1999, which came into effect in 2003.
  • International Alignment: The law was enacted to comply with the TRIPS Agreement under the World Trade Organisation (WTO).
  • Nodal Authority: Geographical Indications Registry in Chennai issues GI tags under the Department for Promotion of Industry and Internal Trade (DPIIT), Ministry of Commerce and Industry.

Read More > Seventeen Products received GI Tag