Daily Current Affairs - 4th, 5th & 6th May 2026
- Kaushal
- 2 days ago
- 22 min read
Comprehensive UPSC Current Affairs Summary | India–Vietnam Enhanced Comprehensive Strategic Partnership, Mission for Cotton Productivity, Care Economy Working Paper by EAC-PM, NCRB Crime in India 2024 Report, World Migration Report 2026, Acid Attack Survivors under RPwD Act, NISAR Satellite Findings, AI Orbital Data Center Pathfinder, Caracal Conservation, Methane Alert and Response System (MARS), Brain-Eating Amoeba & Hantavirus Alerts, ECLGS 5.0, Pulitzer Prize 2026, Ecocide Debate and more.
Table of Content
INTERNATIONAL RELATIONS
REPORTS & INDICES
SECURITY / DEFENCE
India–Vietnam Enhanced Comprehensive Strategic Partnership
India and Vietnam have upgraded their bilateral ties to an “Enhanced Comprehensive Strategic Partnership”, elevating the Comprehensive Strategic Partnership established in 2016, during the visit of the Vietnamese President to India.
Key Outcomes of the Visit
Both countries set a bilateral trade target of $25 billion by 2030, up from the current ~$16 billion, signalling stronger economic cooperation.
They agreed to review and expedite the ASEAN-India Trade in Goods Agreement (AITIGA), aiming to enhance trade efficiency and market access.
A total of 13 strategic MoUs (agreements) were signed across sectors such as critical minerals, digital connectivity, FinTech, healthcare, and digitisation of ancient Cham manuscripts (historical texts of Vietnam’s Cham civilisation).
In defence cooperation, both sides decided to establish a Strategic Diplomacy–Defence Dialogue (2+2 mechanism—joint meeting of foreign and defence officials) to strengthen security coordination.
Under maritime cooperation, Vietnam joined the Indo-Pacific Oceans Initiative (IPOI), a voluntary, non-treaty initiative launched by India at the East Asia Summit 2019 in Thailand to promote a free, open, and rules-based Indo-Pacific region.
Significance of Vietnam for India
Vietnam is a key partner under India’s Act East Policy (strategy to strengthen ties with Southeast Asia) and is central to India’s Indo-Pacific vision and Vision MAHASAGAR (maritime security and growth framework).
Its geostrategic location in the Indo-Pacific region is crucial for secure global trade routes and maritime connectivity.
Both countries share a common stance on freedom of navigation and a rules-based order in the South China Sea, in accordance with the UNCLOS 1982.
Vietnam supports supply chain diversification, particularly in rare earths and manufacturing inputs, helping India reduce dependence on Chinese supply chains.
It is also important for energy security, as Indian companies are involved in oil and gas exploration in Vietnamese waters in the South China Sea, which are rich in hydrocarbon resources.
Mission for Cotton Productivity
The Union Cabinet has approved the Mission for Cotton Productivity, aligned with the government’s “5F Vision (Farm → Fibre → Factory → Fashion → Foreign)”, aimed at making India’s textile sector globally competitive and self-sufficient.
About the Mission
The mission seeks to improve cotton productivity (output per hectare) to address issues such as stagnant yields, quality concerns, and supply bottlenecks in the cotton sector.
It will be implemented over a five-year period (2026–27 to 2030–31) with a total outlay of ₹5,659.22 crore, indicating strong policy commitment.
The programme will be jointly implemented by the Ministry of Agriculture and Farmers Welfare and the Ministry of Textiles, ensuring coordination across agriculture and industry.
The mission targets a significant increase in lint productivity (cotton fibre yield after ginning) from 440 kg/ha to 755 kg/ha, and aims to boost total production from 297 lakh bales to 498 lakh bales by 2030–31.
Initially, it will cover 140 districts across 14 cotton-producing states, focusing on major production regions.
Key Features of the Mission
The mission promotes technology development, including high-yielding, climate-resilient, and pest-resistant seed varieties, along with advanced crop protection technologies.
It encourages modern cultivation practices such as High-Density Planting System (HDPS—growing more plants per unit area), closer spacing, and cultivation of Extra Long Staple (ELS) cotton (premium-quality fibre with longer length).
Through initiatives like Kasturi Cotton Bharat (branding initiative for Indian cotton), the mission aims to enhance branding and traceability (tracking origin and quality), positioning Indian cotton as a premium and sustainable global product.
It focuses on digital empowerment, integrating local mandis (agricultural markets) with digital platforms for transparent price discovery and direct farmer market access.
The mission also promotes fibre diversification, incorporating sustainable natural fibres such as flax, bamboo, banana, sisal, and ramie, to meet evolving global textile demand.
Additional measures include cotton waste recycling (circular economy approach—reuse and resource efficiency), strengthening cotton testing infrastructure, and modernisation of ginning (separating fibre from seeds) and processing units.
Care Economy (Purple Economy) in India
The Economic Advisory Council to the Prime Minister (EAC-PM) has released a working paper on the Care Economy, calling for a paradigm shift to treat care as foundational social and economic infrastructure, rather than a private household responsibility.
About Care Economy
The Care Economy (also called Purple Economy) includes all paid and unpaid activities essential for the well-being of children, the elderly, and persons with disabilities (PwDs).
In India, unpaid domestic and care work—largely performed by women—is estimated to contribute around 15–17% of GDP, though it remains unaccounted in formal economic metrics.
Key Recommendations by EAC-PM
The report proposes innovative financing mechanisms, including a Parivar Seva Kosh (Family Care Fund) to support community-based care infrastructure and services.
It also suggests a Carepreneur Fund (financial support for entrepreneurs in care services) to encourage private participation and innovation.
It recommends leveraging Public-Private Partnerships (PPPs), citing examples like the World Bank-supported Tamil Nadu Women Employment and Safety Programme, which provides childcare facilities for working women.
The paper highlights the need to strengthen the care workforce, through skill gap assessments, standardised training, and certification systems.
It calls for policy reforms, including gender-neutral childcare leave (equal parental leave for men and women), gradually moving towards balanced parental responsibility.
It emphasises integration of care facilities into urban planning, recognising them as essential social infrastructure (like schools, hospitals).
It suggests strengthening maternity benefits, citing examples such as financial assistance schemes in states like Sikkim for mothers in the private sector.
Additional recommendations include forming care cooperatives (community-run service groups), co-locating childcare centres within government schools, and establishing quality assurance mechanisms.
Need for a Formal Care Economy
Investing in the care economy presents a major economic opportunity, as allocating 2% of GDP could create around 11 million jobs, largely benefiting women.
India is projected to require 31–38 million formal care workers by 2050, highlighting the scale of future demand.
There exists a gender imbalance in unpaid work, with women spending about 289 minutes daily on domestic work compared to 88 minutes by men, leading to time poverty (lack of time for education, employment, or leisure).
Demographic transition and ageing are increasing care needs, with the elderly population expected to rise to 21% by 2050 (from 10%), while the child population will decline to 18% (from 24%).
Urbanisation and nuclear family structures are weakening traditional family-based care systems, increasing reliance on formal care infrastructure.
Additionally, much of the care workforce (e.g., ASHA and Anganwadi workers) operates in the informal sector, facing high workloads, limited social security, and honorarium-based compensation instead of fixed wages, indicating structural gaps.
World Migration Report 2026
The International Organization for Migration has released the World Migration Report 2026, providing a comprehensive overview of global migration trends and their developmental impact.
Key Global Highlights
The report notes that around 304 million people were living outside their country of birth in 2024, accounting for 3.7% of the global population, an increase from 2.9% in 1990, indicating rising global mobility.
Major migration corridors (frequently used migration routes between countries) include Mexico–US (1st), Afghanistan–Iran (2nd), Syria–Türkiye (3rd), Russia–Ukraine (4th), India–United Arab Emirates (5th), and India–United States (6th).
Migration continues to drive economic development, with global remittances (money sent by migrants to home countries) reaching approximately $905 billion in 2024, including $685 billion flowing to low- and middle-income countries.
India-Specific Highlights
The report highlights that Indian migrants in the UAE exceed 3 million, while those in the US are around 3.2 million, making Indians the second-largest migrant group in the US after Mexicans.
It also notes that India has a higher share of female immigrants than male immigrants, indicating gendered migration patterns within the country.
At the same time, male emigration from India is significant, primarily driven by labour migration to Gulf countries, reflecting economic opportunities abroad.
Crime in India 2024 Report
The National Crime Records Bureau has released the “Crime in India 2024” report, providing a comprehensive overview of crime trends across the country.
Key Highlights of the Report
The overall crime rate (cases per lakh population) declined to 418.9 from 448.3 in 2023, indicating a relative improvement in law and order.
There was also a 6.0% decrease in total case registrations, suggesting a reduction in reported crimes.
Crimes Against Vulnerable Groups
Crimes against women decreased by 1.5% to around 4.4 lakh cases, with “Cruelty by Husband or Relatives” accounting for about 42%, remaining the largest category.
A new category called “Offences against Women and Child” has been introduced under the Bharatiya Nyaya Sanhita, enhancing classification.
Crimes against children increased by 5.9% to about 1.8 lakh cases, indicating rising vulnerability.
Crimes against senior citizens rose sharply by 16.9%, with theft and fraud being the most common offences.
Crimes against Scheduled Castes (SCs) decreased by 3.6%, while crimes against Scheduled Tribes (STs) saw a significant decline of 23.1%.
Specific Crime Categories
Cyber crimes surged by 17.9%, with fraud accounting for nearly 73% of such cases, highlighting increasing digital risks.
Economic offences increased by 4.6%, dominated by forgery, cheating, and fraud.
The number of juveniles in conflict with law (minors involved in criminal activities) rose by 11.2%, with 77.7% belonging to the 16–18 age group, indicating adolescent involvement.
About National Crime Records Bureau (NCRB)
The NCRB was established in 1986, based on recommendations of the Tandon Committee, National Police Commission (1977–81), and MHA Task Force (1985).
It functions as a central repository of crime and criminal data, assisting law enforcement agencies in linking crimes to perpetrators and improving investigations.
Major Initiatives and Tools
The CCTNS (Crime and Criminal Tracking Network & Systems, 2009) connects 15,000+ police stations, enabling real-time data sharing.
The National Digital Police Portal (2017) allows police to access criminal databases and enables citizens to file complaints, verify tenants, etc. online.
Key databases include the National Database of Sexual Offenders (NDSO) and the Online Cyber Crime Reporting Portal, strengthening specialised tracking.
NCRB also operates tools like CyTrain (cybercrime investigation training platform) and Cri-MAC (Crime Multi-Agency Centre for inter-agency coordination).
Other systems include the Central Finger Print Bureau and NAFIS (National Automated Fingerprint Identification System) for biometric identification.
Other Publications
NCRB publishes important reports such as “Accidental Deaths & Suicides in India” and “Prison Statistics India”, contributing to evidence-based policymaking.
Supreme Court (Number of Judges) Amendment Bill, 2026
The Union Cabinet has approved the Supreme Court (Number of Judges) Amendment Bill, 2026, which proposes to increase the judge strength of the Supreme Court of India from 33 to 37 (excluding the Chief Justice of India—CJI) to address rising case load.
Constitutional and Legal Framework
Article 124 of the Constitution of India provides for the establishment of the Supreme Court and empowers Parliament to determine the number of judges over time.
Accordingly, Parliament enacted the Supreme Court (Number of Judges) Act, 1956, which initially fixed the number of judges at 10 (excluding the CJI).
The strength of the Supreme Court has been progressively increased through amendments in 1977, 1986, 2008, and 2019, reflecting growing judicial workload.
Appointment Process (Collegium System)
Once the amendment comes into force, the Supreme Court Collegium (body of senior-most judges recommending appointments) will initiate recommendations for appointing additional judges.
The Chief Justice of India (CJI), in consultation with other Collegium members, proposes names for appointment to the Supreme Court.
These recommendations are sent to the Union Law Minister, who forwards them to the Prime Minister, and subsequently the President of India formally appoints the judges.
Significance of Increasing Judge Strength
Increasing the number of judges is expected to accelerate disposal of cases, improve timely delivery of justice, and reduce the pendency burden.
This is particularly important given that the Supreme Court currently has around 92,926 pending cases, indicating significant pressure on judicial capacity.
Provisions for Acid Attack Survivors
The Supreme Court of India has expanded the definition of acid attack victims under the Rights of Persons with Disabilities Act 2016, to include victims of forcible acid ingestion and those suffering internal injuries even without visible disfigurement, broadening legal protection.
The Court has also suggested a shift in the burden of proof (responsibility to prove facts in court) onto the accused in acid attack cases, aiming to strengthen victim protection and accountability.
The RPwD Act, 2016 ensures that Persons with Disabilities (PwDs) can live with dignity, without discrimination, and with equal opportunities, now explicitly covering a wider category of acid attack survivors.
Legal Provisions for Acid Attack Survivors
Under Section 124 of the Bharatiya Nyaya Sanhita 2023, acid attacks causing injury or deformity are classified as cognizable (police can register case without court approval) and non-bailable offences, punishable with 10 years to life imprisonment along with fine.
Section 397 of the Bharatiya Nagrik Suraksha Sanhita mandates free and immediate medical treatment in all hospitals, along with mandatory police intimation, ensuring prompt response.
Victims are entitled to compensation under Section 396 of BNSS, which provides for a Victim Compensation Scheme (financial support for rehabilitation).
Additionally, assistance is available under the Prime Minister’s National Relief Fund (PMNRF), offering up to ₹1 lakh aid and facilitating access to welfare schemes.
Landmark Judicial Interventions
In the Laxmi vs Union of India, the Supreme Court regulated the sale of acid, introducing restrictions to prevent misuse.
In the Parivartan Kendra vs Union of India, the Court directed strict action against illegal acid suppliers, strengthening enforcement mechanisms.
Dual-Use Satellites and Modern Space Warfare
Recent cyber-attacks on satellite networks and GPS spoofing (manipulation of navigation signals) incidents have highlighted concerns around dual-use satellites (systems serving both civilian and military purposes) and the evolving nature of space warfare.
Space in Modern Warfare
Space warfare refers to military conflict conducted in or from outer space, aimed at disrupting or destroying satellites and other space-based assets critical for defence operations.
It involves both kinetic weapons (physical destruction, e.g., Anti-Satellite—ASAT missiles) and non-kinetic weapons (cyber-attacks, electronic warfare, and electromagnetic pulses—EMPs).
Emergence of Space as a Strategic Domain
Space has become a strategic sphere, as satellites are essential for navigation (GPS), communication, remote piloting (drones), surveillance, and information warfare, making them critical military assets.
There has been a rise in Anti-Satellite (ASAT) weapon capabilities, with countries like China, United States, Russia, and India (Mission Shakti, 2019) conducting tests.
The dual-use nature of satellites further complicates matters, as the same satellite systems support civilian services and military applications such as ballistic missile defence and reconnaissance.
Consequences of Space Warfare
Space warfare increases the speed and scale of conflict, as space-based systems enhance missile trajectory accuracy and velocity, potentially escalating warfare.
It can disrupt military operations, including drone missions, Anti-Access/Area Denial (A2/AD—restricting enemy movement), and Manned-Unmanned Teaming (MUMT—coordination between human-operated and autonomous systems).
Destruction of satellites creates space debris (fragments of destroyed objects), which can damage other spacecraft such as the International Space Station, posing long-term risks.
It can also lead to disruption of essential civilian services, including GPS navigation, banking systems, communication networks, and power grids, potentially causing widespread blackouts.
Key Measures to Prevent Space Warfare
The Outer Space Treaty prohibits the placement of weapons of mass destruction (WMDs) in outer space and promotes peaceful use.
The Liability Convention establishes liability of launching states for damages caused by their space objects.
The Moon Agreement mandates that the Moon and other celestial bodies be used only for peaceful purposes.
India has taken steps such as establishing the Defence Space Agency (DSA) to safeguard national interests in space and issuing space cybersecurity guidelines through Indian Computer Emergency Response Team.
NISAR Satellite
Observations from the NISAR (NASA–ISRO Synthetic Aperture Radar) satellite have revealed rapid land subsidence (sinking of ground) in Mexico City, primarily due to excessive groundwater extraction, highlighting its role in Earth monitoring.
About NISAR Satellite
NISAR is the first joint Earth observation mission between National Aeronautics and Space Administration and Indian Space Research Organisation, marking a major milestone in international space collaboration.
It is planned to be launched aboard the GSLV-F16 (Geosynchronous Satellite Launch Vehicle Mk-II), India’s heavy-lift launch vehicle.
The satellite will operate in a sun-synchronous polar orbit (orbit that passes over poles and maintains consistent lighting conditions for imaging), ensuring regular and uniform observations of Earth.
It has a mission life of 5 years, during which it will continuously monitor Earth’s surface changes.
Key Technological Features
NISAR is the first satellite to use both L-band and S-band Synthetic Aperture Radar (SAR) from a single platform, enabling high-precision surface mapping.
SAR (radar-based imaging system) allows observation through clouds and at night, making it highly effective for all-weather monitoring.
The satellite provides fully polarimetric (multi-angle signal analysis) and interferometric data (measuring surface deformation over time) for accurate scientific analysis.
It offers a wide swath coverage of about 240 km and can revisit the same location every 12 days, ensuring frequent data updates.
It uses advanced SweepSAR technology (wide-area high-resolution radar scanning), enabling simultaneous high-resolution and large-area imaging, which is a unique capability.
Significance
NISAR will help in monitoring land deformation, earthquakes, glacier movement, forest biomass, and agricultural changes, supporting disaster management and climate studies.
AI Orbital Data Center (ODC) Satellite – Pathfinder
India is set to launch its first Artificial Intelligence-enabled Orbital Data Center (ODC) satellite, Pathfinder, developed through a partnership between Pixxel (responsible for design, build, launch, and operations) and Sarvam (providing AI computing backbone).
The ODC concept (data processing infrastructure in space) aims to enhance space-based computing capabilities and promote technological sovereignty (independence from foreign cloud infrastructure).
About Orbital Data Centres (ODCs)
ODCs are scalable, cloud-enabled data processing and storage systems operating directly in space, either independently or integrated with terrestrial cloud networks.
Key Architectural Elements
ODCs consist of modular compute containers (self-contained units with server racks, networking, liquid cooling, and power systems), enabling flexible scaling.
They rely on power and thermal systems powered by large thin-film solar arrays, ensuring continuous energy supply.
Data transfer is enabled through laser-based optical communication systems, connecting with satellite constellations like Starlink and Project Kuiper for high-speed data exchange.
Significance of ODCs
ODCs provide abundant and uninterrupted power, especially in sun-synchronous orbit (SSO—orbit receiving near-continuous sunlight), avoiding limitations like night cycles and weather interference.
They benefit from free radiative cooling, as the vacuum of space (~–270°C) acts as a natural heat sink, eliminating the need for water-intensive cooling used on Earth (a 40 MW data centre can consume over 1 million tons of water annually).
ODCs offer high scalability and rapid deployment, as modular units can be launched and expanded more easily than building terrestrial infrastructure.
They overcome key limitations of terrestrial data centres, such as high power consumption (around 1.5% of global electricity use as per World Economic Forum) and land and regulatory constraints (large land requirement and environmental clearances).
About Pathfinder Satellite
The Pathfinder satellite is a 200-kg class satellite, expected to be launched by the fourth quarter of 2026.
It will feature data centre-grade GPUs (high-performance processors for AI computation), unlike traditional satellites that use low-power processors, enabling advanced in-space computing.
It will also carry a hyperspectral imaging camera (captures data across multiple wavelengths for detailed Earth observation), enabling faster and real-time decision-making applications.
Beyond-Lithium Batteries
With rising energy storage demand, battery technologies beyond lithium-ion are gaining attention, particularly Sodium-ion and Fluoride-ion batteries, as potential alternatives to conventional Lithium-ion batteries.
About Sodium-Ion Batteries
Sodium-ion batteries function similarly to lithium-ion systems but use sodium ions (Na⁺—positively charged particles) as charge carriers moving between electrodes.
Like other rechargeable batteries, they generate electricity through ion movement between a cathode (positive electrode) and anode (negative electrode) during charging and discharging cycles.
A key advantage is abundant availability, as sodium is widely available, inexpensive, and globally distributed, reducing supply risks.
They are also safer, with a lower risk of fire or thermal runaway (overheating leading to combustion) compared to lithium-ion batteries, especially under extreme conditions.
Additionally, transportation and storage are relatively safer, making them suitable for large-scale deployment.
About Fluoride-Ion Batteries
Fluoride-ion batteries are a next-generation rechargeable system where fluoride ions (F⁻—negatively charged ions) act as charge carriers between electrodes.
These batteries offer very high energy density, potentially exceeding 2000 Wh/kg, which is significantly higher than lithium-ion batteries (~500 Wh/kg).
Another advantage is resource availability, as fluorine is more abundant than lithium, enabling a more secure and scalable supply chain.
About Lithium-Ion Batteries
Lithium-ion batteries are the most widely used rechargeable batteries, especially in portable electronics and electric vehicles.
They operate by storing lithium in the anode and cathode, with an electrolyte transporting lithium ions between electrodes through a separator during charge cycles.
Their advantages include high energy density, low maintenance, low self-discharge rate (1.5–2% per month), and absence of toxic materials like lead or cadmium.
Compared to alternatives, lithium-ion batteries offer higher energy density than lead-acid (~75 Wh/kg) and sodium-ion batteries (~100–160 Wh/kg).
Limitations of Lithium-Ion Batteries
A major limitation is high import dependence, as lithium-ion batteries rely on scarce materials like lithium, cobalt, nickel, and graphite, making supply chains vulnerable.
They also face charging limitations (relatively slower charging) and supply disruptions, which affect scalability and cost stability.
While lithium-ion batteries dominate current markets, emerging technologies like sodium-ion (safer, cheaper) and fluoride-ion batteries (high energy potential) could play a crucial role in future energy storage systems, especially as demand increases.
ANEEL Fuel
The ANEEL (Advanced Nuclear Energy for Enriched Life) fuel, developed by Clean Core Thorium Energy (CCTE), has successfully completed high-burnup irradiation testing (testing fuel under prolonged nuclear reactions) at the Idaho National Laboratory Advanced Test Reactor, marking a key advancement in nuclear fuel technology.
About ANEEL Fuel
ANEEL fuel is a hybrid nuclear fuel composed of thorium (fertile nuclear material) and a small quantity of enriched uranium, specifically HALEU (High Assay Low Enriched Uranium—uranium enriched to higher-than-standard levels but below weapons-grade).
The fuel is named in honour of Anil Kakodkar, recognising his contributions to India’s nuclear energy programme.
Significance of ANEEL Fuel
The fuel enables significant reduction in nuclear waste, as thorium-based cycles produce less long-lived radioactive waste compared to conventional uranium fuels.
It strengthens energy security, particularly for countries like India, which have abundant thorium reserves but limited uranium resources.
ANEEL fuel can generate more power from existing reactors, improving efficiency and reducing operational costs, as it enhances fuel utilisation.
Overall, it represents a step towards safer, more sustainable nuclear energy systems, aligning with long-term clean energy goals.
Caracal
Rare caracals (locally called padang) spotted in Thar Desert near India-Pakistan border.
According to the Wildlife Institute of India (WII), only around 50 caracals remain in India.
About Caracal (Caracal caracal)
Characteristics:Secretive, nocturnal animal known for its quickness and ability to catch flying birds.
Habitat: Dry savannah and woodland areas, scrubland, rugged mountainous regions, deserts.
Distribution: Africa, Middle East, Central Asia, arid areas of Pakistan and India (Rajasthan, Gujarat, Madhya Pradesh).
Threat: Habitat loss, fragmentation, and retaliatory killings etc.
Conservation Status: Least concern (IUCN); Schedule I (WPA, 1972).
Conservation Efforts: Caracal listed as critically endangered species under Species recovery program.
Methane Alert and Response System (MARS)
The Methane Alert and Response System (MARS) has expanded its coverage to include coal mines and waste facilities, following analysis that identified the Kanjurmarg landfill in Mumbai among the world’s top three methane-emitting sites, highlighting growing concerns over waste-sector emissions.
Earlier, MARS primarily focused on oil and gas facilities in countries participating in the Oil and Gas Methane Partnership 2.0, a global initiative to reduce methane emissions in the energy sector.
About MARS
MARS is the first public global satellite-based system designed to detect and notify very large methane emissions (super-emitters—sources releasing unusually high volumes of methane) across the world.
It operates under the United Nations Environment Programme’s International Methane Emissions Observatory (IMEO), which serves as the nodal agency for monitoring methane emissions globally.
The system was launched at the COP27 in Sharm el-Sheikh, marking a significant step in climate monitoring.
Global Significance
MARS supports the implementation of the Global Methane Pledge (international commitment to reduce methane emissions), which aims to cut global methane emissions by at least 30% from 2020 levels by 2030.
By providing real-time satellite data and alerts, it enables governments and stakeholders to identify emission sources quickly and take corrective action, improving climate mitigation efforts.
Brain-Eating Amoeba (Naegleria fowleri)
Scientists warn that rising temperatures due to climate change are increasing the risk of infections caused by the brain-eating amoeba, Naegleria fowleri, as warmer environments favour its growth and spread.
About Brain-Eating Amoeba
Naegleria fowleri is a free-living amoeba (single-celled organism) commonly found in soil and warm freshwater bodies such as lakes, rivers, ponds, and hot springs across the world.
The organism infects humans by entering through the nose, typically during activities like swimming or diving in contaminated water.
Once inside, it travels to the brain and destroys brain tissue, leading to severe neurological damage.
It causes a rare but deadly infection called Primary Amebic Meningoencephalitis (PAM), which is an acute and rapidly progressing (fulminant) infection of the central nervous system (brain and spinal cord).
PAM is almost always fatal, making early prevention and awareness critical, as effective treatment options are extremely limited.
Hantavirus
An outbreak of Hantavirus (zoonotic virus transmitted from animals to humans) has been reported on the MV Hondius, where around 150 people were trapped and 3 deaths occurred, highlighting the seriousness of the infection.
About Hantavirus
Hantaviruses are zoonotic viruses (diseases transmitted from animals to humans) primarily carried by rodents such as rats and mice, which act as natural reservoirs.
Humans typically get infected through contact with infected rodents or exposure to their urine, droppings, or saliva, often via aerosolised particles (airborne contaminated dust).
Diseases Caused by Hantavirus
Hantavirus infection can lead to Hantavirus Cardiopulmonary Syndrome (HCPS), a rapidly progressing disease affecting the lungs and heart, causing severe respiratory distress.
It can also cause Haemorrhagic Fever with Renal Syndrome (HFRS), which involves bleeding disorders and kidney failure.
Treatment and Concerns
There is no specific cure for hantavirus infection, and treatment is mainly supportive (managing symptoms and complications), making early detection and prevention crucial.
Bongo Antelope
Four bongos (a rare forest antelope species) have been relocated to Kenya, returning to their native forest habitats after years in captivity in a zoo in the Czech Republic, marking a conservation effort.
About Bongo Antelope
The Bongo antelope is the world’s largest forest antelope, known for its distinctive physical features.
It is recognised by a reddish-brown coat with white vertical stripes, and long spiral horns, which are present in both males and females.
There are two subspecies: the Western Bongo and the Eastern (Mountain) Bongo, with the latter being more endangered.
Habitat and Distribution
Bongos inhabit dense rainforests and forest-savanna ecosystems, primarily across Central and East African forests, where thick vegetation provides cover.
Conservation Status and Threats
According to the International Union for Conservation of Nature, the Western Bongo is classified as Near Threatened, while the Eastern (Mountain) Bongo is Critically Endangered, indicating severe population decline.
Major threats include habitat loss (due to deforestation and land-use change) and poaching, which have significantly reduced their population in the wild.
Atacama Desert
Increasing light pollution (artificial light interfering with natural darkness) is threatening the world’s darkest skies in the Atacama Desert, thereby impacting astronomical observations (study of celestial objects).
Location and Physical Geography
The Atacama Desert is located in northern Chile (South America) and is a coastal, non-polar hyper-arid desert (extremely dry region outside polar areas).
It extends north to south between the Pacific Ocean (west) and the Andes Mountains (east), creating a unique climatic zone.
Causes of Extreme Aridity
Its extreme dryness is primarily due to the Humboldt Current, a cold ocean current that reduces evaporation and precipitation along the Pacific coast.
Key Features
The desert landscape includes salt pans (flat saline surfaces), alluvial fans (sediment deposits from rivers), sand dunes, and volcanic cones, reflecting diverse geomorphology.
Due to its clear skies, low humidity, and minimal cloud cover, the Atacama Desert is one of the best locations in the world for astronomical observations.
Astronomical Significance
It hosts major observatories such as the Atacama Large Millimeter Array and the Paranal Observatory, which are crucial for advanced space research.
Bhitarkanika Wildlife Sanctuary
A study has reported the presence of microplastics (plastic particles smaller than 5 mm) and toxic heavy metals across sampled sites in Bhitarkanika Wildlife Sanctuary, raising concerns about ecological health.
About Bhitarkanika Wildlife Sanctuary
The sanctuary is located in Kendrapara district of Odisha, forming an important coastal ecosystem.
Geographically, it lies in the estuarine delta (river mouths mixing with sea water) formed by the Brahmani, Baitarani, and Mahanadi rivers, creating nutrient-rich wetlands.
It hosts India’s second-largest mangrove ecosystem, after the Sundarbans, making it ecologically significant.
Bhitarkanika holds multiple conservation designations, being both a National Park and a Ramsar Wetland of International Importance, recognising its global ecological value.
Biodiversity Significance
The sanctuary is known for its rich fauna, particularly the saltwater crocodile (largest living reptile species) and rare albino (white) crocodiles.
Nearby Gahirmatha Beach is the world’s largest known rookery (mass nesting site, called “Arribada”) for Olive Ridley sea turtle, highlighting its global conservation importance.
India Semiconductor Mission (ISM)
Recently Cabinet approved two more semiconductor manufacturing units under ISM.
It includes country’s first commercial Mini/Micro-LED display facility based on GaN (Gallium Nitride) Technology in Dholera, Gujrat.
GaN, a semiconductor, is a core material for blue/green micro-LEDs and is better suited for high power and high-frequency applications.
About ISM
Launched: In 2021 with an aim to build a strong semiconductor and display ecosystem, positioning India as a global hub for electronics manufacturing and design.
Ministry: Ministry of Electronics and Information Technology.
Four Sub-Schemes:
Semiconductor Fab Scheme
Display Fab Scheme
Compound semiconductor and ATMP scheme
Design Linked Incentive Scheme
Emergency Credit Line Guarantee Scheme (ECLGS) 5.0
The Union Cabinet has approved ECLGS 5.0, building upon the Emergency Credit Line Guarantee Scheme (ECLGS) originally launched in 2020 under the Atma Nirbhar Bharat Package (economic relief package during COVID-19) to support businesses, especially MSMEs.
The scheme provides 100% credit guarantee (government-backed assurance to lenders against loan default losses) to Member Lending Institutions (MLIs—banks and financial institutions) for loans extended to borrowers.
It operates under the Department of Financial Services, Ministry of Finance, with implementation handled by the National Credit Guarantee Trustee Company Limited, which manages and provides guarantees.
Key Features of ECLGS 5.0
The primary aim is to provide credit guarantee coverage for additional loans extended by MLIs, helping borrowers manage short-term liquidity mismatches (temporary cash flow shortages) arising from disruptions like the West Asia crisis.
Eligible beneficiaries include MSMEs and non-MSMEs (larger firms) with existing working capital limits, as well as scheduled passenger airlines, provided their loan accounts were standard (not classified as non-performing) as of March 31, 2026.
The scheme offers 100% guarantee coverage for MSMEs, while non-MSMEs and the airline sector receive 90% coverage, balancing risk-sharing.
The loan tenure (repayment period) is set at 5 years (including 1-year moratorium—grace period without repayment) for MSMEs and non-MSMEs.
For the airline sector, the tenure is extended to 7 years (including a 2-year moratorium), recognising sector-specific recovery challenges.
Significance
ECLGS 5.0 helps ensure credit flow to businesses during economic stress, supports continuity of operations, and strengthens financial stability across sectors.
Pulitzer Prize
Two Indian journalists Anand RK and Suparna Sharma, won the Pulitzer Prize for their work in Illustrated Reporting and Commentary category for exposing cybercrime in India.
About Pulitzer Prize
What is it: Prize in journalism, literature and music composition, recognising excellence in reporting and storytelling.
It is the highest journalism awards in the US, awarded annually in 23 categories.
Administered by: Columbia University
Established:1917 by provisions in the will of Joseph Pulitzer, an Hungarian-American newspaper publisher.
Ecocide
Activists called for inclusion of Ecocide as one of the international crimes under the Rome Statute that governs International Criminal Court.
Currently, Rome Statute recognises 4 crimes: genocide; crimes against humanity; war crimes; aggression.
About Ecocide
It refers to harms caused to environment by human actions, usually on a major industrial scale or affecting a huge area.
It was coined in 1970 by Prof Arthur W Galston to describe Agent Orange’s (Herbicide) use in the Vietnam War.
After Vietnam, many countries codified it in its domestic laws.
ILO Article 24
Tea plantation workers in West Bengal invoked Article 24 of the International Labour Organisation (ILO) Constitution, alleging labour rights violations and poor working conditions in tea gardens.
Article 24 allows workers’ or employers’ organisations to file a representation against a member state for non-compliance with ratified labour conventions.
About International Labour Organisation (ILO)
Established: 1919 under the Treaty of Versailles
Objective: Promote labour rights, decent work and social justice
Headquarters: Geneva, Switzerland
Members: 187 member states (India is a founding member)
Other key information:
Tripartite structure involving governments, employers and workers.
First specialised agency of the United Nations (1946)
Awarded the Nobel Peace Prize (1969) for promoting social justice and workers’ rights.
25. Swasth Bharat Portal
The Swasth Bharat Portal has been launched by the Ministry of Health and Family Welfare as a step towards integrated digital healthcare governance.
About Swasth Bharat Portal
The portal functions as a unified digital layer (single integrated platform) that connects multiple health programmes through an API-based federated architecture (system where different databases communicate while remaining independent).
It is ABDM-compliant (aligned with Ayushman Bharat Digital Mission standards), ensuring seamless integration with key digital health components.
The portal integrates systems like Ayushman Bharat Health Account (ABHA—unique digital health ID), Healthcare Professionals Registry (database of doctors and health workers), and Health Facility Registry (database of hospitals and clinics) for secure and interoperable (data-sharing across systems) health record exchange.
Empowering Frontline Workers
The portal provides a single digital interface for frontline healthcare workers such as ASHAs (Accredited Social Health Activists), ANMs (Auxiliary Nurse Midwives), CHOs (Community Health Officers), and Medical Officers (MOs).
This eliminates the need for multiple logins and repetitive data entry, thereby improving efficiency, accuracy, and service delivery at the grassroots level.
Ayushman Bharat Digital Mission (ABDM)
The Ayushman Bharat Digital Mission aims to create a robust digital backbone for India’s healthcare system, enabling integration among various stakeholders such as patients, providers, and regulators.
It is a Central Sector Scheme (fully funded and implemented by the central government) with a tenure of 5 years.
The mission is implemented by the National Health Authority, which oversees digital health infrastructure development.
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