Current Affairs

East coast Rail Link

Overview of ECRL Project

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  • Description: The East Coast Rail Link (ECRL) is a 665-km railway project in Malaysia connecting Kota Bharu to Port Klang, aimed at enhancing economic connectivity.
  • Initiation and History: Started in 2017 but stalled due to funding issues and political concerns, then resumed in 2020 after renegotiations to reduce costs.
  • Economic Importance: Described as the largest economic cooperation project between China and Malaysia, facilitating trade and tourism.

Pan-Asian Rail Network:

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  • Concept: Proposed to link Southeast Asian countries, including Malaysia, Laos, Thailand, Vietnam, Cambodia, Myanmar, and Singapore, via multiple rail routes.
  • Current Status: Only the Laos-China section is operational as of 2021; other routes face challenges such as varying railway track widths and economic viability concerns.

China's Regional and Geopolitical Aspirations:

  • Belt and Road Initiative (BRI): China's strategy to enhance infrastructure globally, including Southeast Asia, to boost connectivity and economic ties.
  • Strategic Significance: Aims to strengthen economic influence in Southeast Asia amidst geopolitical tensions, particularly in the South China Sea.
  • Debt Trap Diplomacy Controversy: China denies allegations of imposing unsustainable debt burdens on partner countries through BRI projects.

Current Issues and Challenges:

  • Financial Constraints: Projects like ECRL have faced delays and renegotiations due to high costs and political transitions in partner countries like Malaysia.
  • Operational Hurdles: Challenges include technical issues like varying railway track standards across countries and questions over the economic viability of rail transport over traditional shipping methods.

Regional Economic Impact:

  • Trade and Connectivity: Projects like ECRL and the pan-Asian rail network aim to enhance regional trade, movement of goods, and tourism, potentially reshaping regional economic dynamics.

Conclusion:

  • Future Prospects: Despite challenges, China continues to pursue regional infrastructure projects in Southeast Asia under the BRI, aiming to bolster economic ties and regional integration.

Computer literacy in India needs a reboot

Context: The recently released NSS 78th round of the Multiple Indicator Survey (conducted in 2020-21) is a household survey that highlighted low computer literacy in India.

Importance of computer literacy

  • Critical services: Banking, healthcare, and government services are increasingly digital.
  • Quality of life: Access and effective use of technology enhance individuals' quality of life.
  • COVID-19 Impact: The pandemic underscored the importance of computer and internet access for everyday needs., from ordering groceries and online education to managing banking and health-care services.
  • Employment opportunities: Enhances employability and productivity, providing individuals with a competitive edge in the job market, reducing socio-economic inequalities.

Computer literacy in India: 

  • Computer literacy, defined as the ability to use a computer. Key findings of NSS 78th round of the Multiple Indicator Survey (conducted in 2020-21): 
    • Computer literacy among individuals aged 15 years and above stands at 24.7%. This marks an increase from 18.4% in 2017-18 to 24.7% in 2020-21. In rural areas, computer literacy increased from 11.1% to 18.1%, while in urban areas, it rose from 34.7% to 39.6%. Among those aged 20-24, the literacy rate is 45.9%, while it is 4.4% for the age group of 65-69 years.
    • The survey shows that computer literacy decreases with age, with younger people being more computer literate. This common trend highlights the gap in computer education between younger and older generations, known as a "cohort effect" or "generation effect."
    • Significant differences in computer literacy rates, with Kerala at 72.7% and Assam at 17.6% for ages 20-39.

Reason for India’s modest progress: 

  • Lack of Infrastructure: Many schools and colleges across India do not have the necessary infrastructure.
  • Shortage of qualified teachers: Limits the quality and reach of computer literacy programs.
  • Gaps in education system: Although computer education is part of the school curriculum, there are disparities in access and instructional standards, particularly in rural and economically disadvantaged areas. E.g: Assam (17.6%), Bihar (20.4%), Madhya Pradesh (21%).
  • Limited access for older demographics: Older age groups often lack motivation or access to learning resources for computer literacy.
  • Unequal distribution of resources: There is a significant disparity in resource allocation for computer literacy initiatives, leading to unequal progress across different states and regions.

Government initiative to promote computer literacy: 

  • Digital India campaign 2015: To transform the country into a digitally empowered society.
  • Education integration: Computer education is being integrated into the formal education system from an early age.E.g: Sarva Shiksha Abhiyan (SSA)
  • Skill development: Various programs target underprivileged communities to bridge the digital divide. E.g: Pradhan Mantri Gramin Digital Saksharta Abhiyan (PMGDISHA).

Way forward: 

  • The government should allocate resources towards the training of computer personnel and ensure sufficient staffing levels. 
  • For the older population outside the formal education system, targeted programmes are essential through involving various institutions, including local governing bodies such as panchayats and non-governmental organisations, to effectively reach and empower older individuals with computer literacy skills. 
  • The government should also conduct a thorough review of such computer literacy and develop strategies to achieve higher literacy and reduce disparities in the coming years. 

Dengue

Context: With the onset of monsoon and flooding in Delhi-NCR, the city has reported more dengue cases in 2024 as compared to the previous five years. However, the figure can be attributed to better reporting, including from private laboratories.

Dengue disease: 

  • Dengue is a viral illness caused by the dengue virus, which is an RNA virus from the Flavivirus genus.
  • Dengue is more common in tropical and subtropical regions.
  • Transmission: 
    • The virus is primarily transmitted to humans through the bites of infected Aedes aegypti mosquitoes.
    • There is no evidence that dengue can be transmitted directly from person to person through casual contact, coughing/sneezing, or sexual contact.
    • Rare cases of vertical transmission (from mother to child during pregnancy or childbirth) have been reported, but this is not a common mode of spread.
  • Symptoms: Fever, headache, nausea, muscle/joint pain, rash, and potentially hemorrhagic complications.
  • Treatment: There is no specific treatment or vaccines available for dengue, only supportive care. The primary public health focus for controlling dengue is on mosquito population control and preventing mosquito bites
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National Research Foundation

Context: 15-member Governing Board and a 16-member Executive Council of the Anusandhan National Research Foundation (ANRF), lack representation from or any entrepreneurs from the country or eminent academics from the Central and State universities on the committee, especially when the ANRF plans to raise more than 70% of its funding from non-government sources and industry.

About National Research Foundation (NRF):  

  • It is an apex body to provide high-level strategic direction of scientific research in the country as per recommendations of the National Education Policy (NEP).
  • The Department of Science and Technology (DST) is the administrative Department of NRF which will be governed by a Governing Board consisting of eminent researchers and professionals across disciplines. 
  • The Prime Minister will be the ex-officio President of the Governing Board and the Union Minister of Science & Technology & Union Minister of Education will be the ex-officio Vice-Presidents
  • NRF’s functioning will be governed by an Executive Council chaired by the Principal Scientific Adviser to the Government of India.

Mission and Vision

  • The NRF is entrusted with the mission of catalysing the transformation of Indian institutions into world-class Centers of Excellence (CoEs).
  • Its vision is to provide high-level strategic direction for research, innovation, and entrepreneurship across a wide spectrum of fields, including natural sciences, engineering and technology, environmental and earth sciences, health and agriculture, and the interfaces of humanities and social sciences with science and technology.

Functions and Responsibilities

  • Formulating Comprehensive Roadmaps: The NRF is responsible for developing comprehensive research and development roadmaps that guide India’s scientific and technological progress.
  • Fostering R&D Infrastructure: It actively works towards facilitating and financing the growth of research and development infrastructure in universities, colleges, and research institutions.
  • Grant Provision:
    • The NRF plays a crucial role in providing grants for research proposals, enabling scientists and researchers to undertake innovative projects.
    • Funding competitive peer-reviewed grant proposals to eligible persons.
  • International Collaboration:
    • Evolving participation in international collaborative projects and fostering exchange of scientific information.
    • Encouraging collaboration with scientists from within and outside India, including scientists of Indian origin, with a view to enrich the Indian scientific ecosystem.
  • Coordination at National Level: Evolving nationally coordinated programmes to identify scientific and practical solutions for societal, developmental, financial and techno-economic challenges.  
  • Public and Private Investment: The NRF aims to foster investments from both the public and private sectors, further boosting the growth of India’s research ecosystem.
  • Translation of Research: Supporting translation of research undertaken into capital intensive technologies.
  • Global Participation: Increasing India’s role and participation in key areas of national and global importance.

Way forward: 

  • The board and the council need representatives who understand the bottlenecks in the current system, especially in the university system, and know how to get things done on the ground rather than being in an advisory role.
    • The ANRF must function unlike any other current government science department. It should have more diverse representations of practising natural and social scientists from the university system, with more women and young entrepreneurs in its committee. 
    • The future chief executive officer of the ANRF must have a background in both industry and academia, and be someone who can raise money for the ANRF and understand the global innovation ecosystem. 
  • ANRF needs to avoid the confusion that can arise from multiple committees. Therefore, creating a single committee to formulate and implement strategies on the ground is crucial. 
  • To achieve the research and development budget to 4% of GDP , the ANRF must: 
    • be adequately staffed; 
    • implement a robust grant management system; 
    • have an internal standard peer-review system with an incentive for reviewers; 
    • ensure timely disbursal of research grants and student fellowships with a quick turn-around time (less than six months) between application and fund disbursal; 
    • have a system free from bureaucratic hurdles both at the funding body and at grantee institutions; 
    • provide flexibility of spending money without following the government’s stringent general financial rules (GFR), and permit purchases without going through the Government e-marketplace (GeM) portal.

Zika Virus

Context: In response to reported cases of the Zika virus in parts of Maharashtra, the Union Health Ministry issued a nationwide advisory, emphasizing the importance of continuous vigilance. The advisory urges states to prioritize screening pregnant women for the Zika virus and to closely monitor the fetal development of those who test positive for the infection.

About Zika Virus: 

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  • Zika virus is a mosquito-borne virus first identified in Uganda in 1947 in a Rhesus macaque monkey followed by evidence of infection and disease in humans in other African countries in the 1950s.
  • Since 2007 outbreaks of Zika virus disease have been recorded in Africa, the Americas, Asia and the Pacific.
  • In outbreaks over the last decade Zika virus was found to be associated with increased incidence of Guillain-Barré syndrome.
    • It is a serious autoimmune disorder that affects the peripheral nervous system.
    • It initially presents weakness, tingling, and numbness in the limbs, which can progress to paralysis lasting 6-12 months or longer.
    • The syndrome affects the nerves responsible for muscle movement, pain, temperature, and touch sensations.
    • While more common in adults and males, it  can occur in individuals of all ages.
  • Outbreaks of Zika virus disease were identified throughout most of the Americas and in other regions with established Aedes Aegypti mosquitoes.
  • Sexual transmission has been confirmed as an alternate route of Zika virus infection.
  • There is no specific treatment available for Zika virus infection or disease.
  • In 2016 WHO declared the Zika virus and microcephaly as Public Health Emergency of International Concern (PHEIC).
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Structure of the Virus: 

  • A team led by Dr. Richard Kuhn and Michael Rossmann examined the structure of a mature Zika virus particle at near-atomic resolution.
  • They used a technique called cryo-electron microscopy.
  • Cryogenic electron microscopy (cryo-EM) is a microscopy technique where samples are cooled to cryogenic temperatures.
  • For biological specimens, this involves preserving the structure by embedding it in vitreous ice.
  • Recent improvements in detector technology and software algorithms have enabled the determination of biomolecular structures at near-atomic resolution.
  • These advancements have made cryo-EM a popular alternative to X-ray crystallography and NMR spectroscopy for determining macromolecular structures without requiring crystallization.
  • In 2017, Jacques Dubochet, Joachim Frank, and Richard Henderson were awarded the Nobel Prize in Chemistry for their work in developing cryo-electron microscopy for high-resolution biomolecular structure determination in solution.
  • The Zika virus, a single-stranded RNA virus from the Flaviviridae family. 
    • Flaviviridae is a family of enveloped positive-strand RNA viruses that primarily infect mammals and birds.
    • These viruses are mainly transmitted through arthropod vectors, particularly ticks and mosquitoes.
  • The virus has two major lineages: Asian and African, which are geographically distinct.
    • The African lineage primarily infects monkeys and apes, with humans as secondary hosts. 
    • The Asian lineage primarily affects humans.
  • The RNA of the Zika virus translates into a single polyprotein:
    • Encoding three structural proteins, which are capsid (C), membrane (M), and envelope (E). The structural proteins form the viral particle
    • Along with seven non-structural proteins. Non-structural proteins assist in genome replication, packaging, and manipulating host processes to benefit the virus.

Complications: 

  • Zika virus infection during pregnancy is a cause of microcephaly and other congenital malformations in the infant, including limb contractures, high muscle tone, eye abnormalities and hearing loss. These clinical features are collectively referred to as congenital Zika syndrome.
    • Microcephaly is a birth defect in which babies are born with a smaller than usual head and underdeveloped brain
  • Congenital malformations occur following both symptomatic and asymptomatic infection. 
  • Zika infection in pregnancy can also cause complications such as fetal loss, stillbirth and preterm birth.  
  • Zika virus infection can also cause Guillain-Barré syndrome, neuropathy and myelitis, particularly in adults and older children.

Transmission

  • Zika virus is primarily transmitted by infected mosquitoes of the Aedes (Stegomyia) genus, mainly Aedes aegypti, in tropical and subtropical regions. Aedes mosquitoes usually bite during the day.
  • These mosquitoes also transmit dengue, chikungunya and urban yellow fever.
  • Zika virus is also transmitted from mother to fetus during pregnancy, as well as through sexual contact, transfusion of blood and blood products, and possibly through organ transplantation.

Court on climate right and how India can enforce it

Context: The recent Supreme Court judgment in M.K. Ranjitsinh and Ors. vs Union of India & Ors. has made a significant impact on India's nascent climate change jurisprudence.

By recognizing the right to be free from the adverse effects of climate change within the Constitution, the Court has opened new avenues for climate governance and litigation. This judgment provides an intriguing opportunity for the new government to enact more systematic and robust climate governance.

The Judgment and Its Context

Background of the Case:

The case primarily dealt with the construction of electricity transmission lines through the habitat of the critically endangered Great Indian Bustard. The government argued that a prior order protecting this habitat hindered the development of renewable energy infrastructure, essential for combating climate change.

Supreme Court's Decision: The Court modified the previous order to facilitate the development of renewable energy infrastructure, prioritizing national clean energy goals over local conservation efforts in this instance.

Constitutional Basis: The right against the adverse effects of climate change is now seen as an extension of the right to life (Article 21) and the right to equality (Article 14).

  • Right to Life (Article 21): This right has been broadly interpreted to include the right to a healthy environment, thus forming a legal basis for protection against climate change.
  • Right to Equality (Article 14): This asserts that environmental burdens and benefits should not be distributed in a manner that discriminates against any particular group.

This interpretation opens the door for future climate litigation and demands from citizens for governmental accountability in climate protection.

Potential Challenges:

  • Addressing Unresolved Questions
    • Despite its ground breaking nature, the judgment leaves several important questions unanswered:
  • Emphasis on Clean Energy:
    • Does the judgment overstate the importance of large-scale clean energy projects as the primary solution to climate change, potentially underestimating the importance of local environmental resilience and climate adaptation?
  • Protection and Enforcement:
    • How will the right against adverse climate effects be protected and enforced in practical terms?
  • Government Agenda:
    • What does this judgment mean for the policy agenda of the newly formed government?

Two Approaches:

  • Legislative vs. Judicial Approaches
    • Judicial Approach: Enhanced litigation around climate claims may lead to a patchwork of protections that are incomplete and contingent on subsequent policy actions.
    • Legislative Approach: A comprehensive climate legislation could provide a more systematic and overarching framework for addressing climate change.

Need for Climate Legislation

  • The Supreme Court acknowledged the absence of an ‘umbrella legislation’ related to climate change in India.
  • Framework legislation can:
    • Set a vision for climate engagement across sectors and regions.
    • Create institutions with necessary powers.
    • Establish processes for structured and deliberative climate governance.

Distinct Needs of India: India should not merely emulate climate legislation from other countries but tailor it to its unique developmental, ecological, and socio-economic context.

Key Components of Proposed Legislation:

  • Support for Sustainable Development:
    • Regulations for sustainable cities, buildings, and transport systems.
    • Promotion of climate-resilient agricultural practices and crop diversification.
    • Protection of critical ecosystems like mangroves.
  • Social Equity Considerations:
    • Ensure that climate legislation addresses social equity and justice, integrating these considerations in all climate-related policies.
  • Adaptation and Mitigation:
    • Balance between mitigation efforts (like emission reductions) and adaptation strategies (like heat action plans and resilient infrastructure).

What should be done:

  • Learning from International Experience
    • Avoid narrowly focused regulatory laws like the UK's carbon budgets approach. for example, by setting regular five yearly national carbon budgets and then putting in place mechanisms to meet them. This sort of approach, which has unfortunately become somewhat of a template for countries to follow, is ill-suited to India
    • Adopt enabling laws that stimulate development-focused decisions across various sectors (urban, agriculture, water, energy) are more appropriate. These laws should systematically integrate climate resilience and low-carbon growth into decision-making processes.
    • Emphasize both adaptation and mitigation.
    • Create institutions and processes for mainstreaming climate change considerations.
  • Federalism and Climate Law : Given India's federal structure, an effective climate law must navigate the complexities of Indian federalism
    • National Framework with Local Empowerment: The law should set a coherent national framework while decentralizing authority to empower States and local governments.
    • Sub-National Jurisdictions: Climate action areas like urban policy, agriculture, and water management often fall under sub-national jurisdictions. The law should facilitate collaboration and provide necessary support.
  • Engaging Non-Governmental Actors: An effective climate law should also involve non-governmental actors:
    • Inclusive Participation: Engage businesses, civil society, and communities in the decision-making process.
    • Knowledge Sharing: Leverage the knowledge and expertise of diverse societal segments to enhance climate resilience and energy transition efforts.

Conclusion:

The Supreme Court's recognition of a constitutional climate right in the Ranjitsinh judgment presents an opportunity for India to enact comprehensive climate legislation. Such legislation should be tailored to India's unique context, emphasizing both mitigation and adaptation, and ensuring inclusive, participatory governance to effectively address the adverse effects of climate change.

Water Hyacinth

Context: Water hyacinths cover a vast portion of the Vembanad lake at Kumarakom in Kottayam district of Kerala. This invasive species is detrimental to fish and other aquatic species, and also affects the flow of water.

Water Hyacinth

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  • Water Hyacinth (Eichhornia crassipes) is a major freshwater weed found globally in lakes, rivers, and water bodies.
  • It is an invasive alien species, known for its rapid growth, regeneration, and ability to form dense colonies.
  • It obstructs sunlight, displaces native species, and is considered highly troublesome.

Historical Context and Introduction to Bengal

  • Introduction to India: Brought during British colonial rule from South America for ornamental purposes by George Morgan.
  • Ecological Impact: Disrupted native ecosystems, hindering agriculture, navigation, and fishing.
  • Economic Consequences: Contributed to agrarian decline, damaged infrastructure, and impeded river transport.

Early Efforts and Government Response

  • Initial Reaction: Recognized as a serious threat to agriculture and infrastructure.
  • Legislative Measures: Laws enacted such as the Bengal Waterways Act to combat its spread, but with limited success.

Utilization Efforts and Challenges

  • Research and Findings: Discovered high nutrient content (potash, nitrogen, phosphoric acid) suitable for fertilizers and animal feed.
  • Commercial Interest: Initial attempts to extract potash faced challenges due to variable quality.
  • Government Dilemma: Balancing eradication vs. utilization for economic benefit.

Scientific Exploration and Economic Prospects

  • Research Initiatives: Studied chemical composition and potential commercial uses.
  • Commercial Ventures: Interest from companies like Shaw and Wallace & Co. for potash extraction.
  • Government Response: Mixed reactions; Water Hyacinth Committee formed to deliberate.

Public Health and Environmental Impact

  • Public Health Concerns: Linked to malaria and cholera due to habitat for disease vectors.
  • Environmental Impact: Indirectly contributed to disease spread and ecological imbalance.

Eradication Efforts and Legislative Actions

  • Government Intervention: Passed Water-hyacinth Act (1936) for organized eradication drives.
  • Public Participation: Enthusiastic response from locals in clearing initiatives.
  • Success and Legacy: Control achieved by 1947; subsequent use in agriculture and handicrafts.

Current Status and Utilization

  • Present Situation: Water hyacinth remains in parts of India and Bangladesh but managed effectively.
  • Utilization: Used as organic fertilizer, fodder during floods, and in handicrafts.
  • Economic Impact: Shifted from nuisance to resource in some areas, contributing positively to local economies.

Invasive Alien Species (IAS) are non-native organisms introduced intentionally or accidentally outside of their natural habitats, whose introduction or spread

threatens biodiversity, ecosystems, economies, or human health. These species often outcompete native species, disrupt ecological balances, and pose significant challenges to management and conservation efforts.

Invasive Alien Species in India and Their Impact

India, with its diverse ecosystems and climates, is particularly vulnerable to the introduction and spread of invasive alien species. These species have been introduced through various pathways such as trade, agriculture, horticulture, and deliberate introductions for pest control or ornamental purposes. 

Some notable invasive alien species in India and their impacts include:

  • Water Hyacinth (Eichhornia crassipes)
    • Introduction: Brought during British colonial rule as an ornamental plant, now widely spread in water bodies across India.
    • Impact: Forms dense mats that block sunlight, reduce oxygen levels, and crowd out native aquatic plants. Disrupts water flow, affects irrigation, and impedes navigation. Economic losses due to reduced fisheries, agriculture, and tourism.
  • Lantana (Lantana camara)
    • Introduction: Introduced for ornamental purposes, now widespread in forests, grasslands, and degraded areas.
    • Impact: Forms impenetrable thickets, reducing biodiversity by outcompeting native vegetation. Alters soil composition and fire regimes, affecting ecosystem health and regeneration.
  • American Bullfrog (Lithobates catesbeianus)
    • Introduction: Introduced for aquaculture and as a biological control agent, escaped into natural habitats.
    • Impact: Predates on native amphibians and small mammals, disrupting local food chains. Competes with native species for resources and habitats.
  • Prosopis species (Prosopis juliflora and others)
    • Introduction: Introduced for afforestation, now invasive in arid and semi-arid regions.
    • Impact: Forms dense thickets, reducing grazing lands for livestock. Alters soil composition and groundwater levels, impacting local flora and fauna.
  • African Catfish (Clarias gariepinus)
    • Introduction: Introduced for aquaculture, escaped into natural water bodies.
    • Impact: Predates on native fish species, leading to declines in biodiversity and fisheries production. Alters aquatic ecosystems and reduces water quality.

    Management and Control Strategies

    The management of invasive alien species in India involves a multi-pronged approach including:

    • Prevention: Strengthening regulations on importation and cultivation of potential invasive species.
    • Early Detection and Rapid Response (EDRR): Monitoring and timely action to prevent establishment and spread.
    • Control Measures: Utilizing mechanical, chemical, and biological methods for eradication or population control.
    • Public Awareness: Educating stakeholders about the impacts of invasive species and promoting responsible practices.

    Conclusion

    Invasive alien species pose significant threats to India's biodiversity, ecosystems, agriculture, and public health. Effective management and control strategies are essential to mitigate their impacts and safeguard native species and habitats. Collaborative efforts involving government agencies, researchers, NGOs, and the public are crucial in addressing this ongoing challenge.

    Project Nexus

    Context: The Reserve Bank of India (RBI) has joined Project Nexus. a multilateral international initiative to enable instant cross-border retail payments by interlinking domestic Fast Payments Systems (FPSs). 

    What is Project Nexus?

    • It is a multilateral international initiative to enhance cross-border payments by connecting multiple domestic instant payment systems (IPS) globally. 
    • Project Nexus is conceptualised by the Innovation Hub of the Bank for International Settlements (BIS)
    • It aims to connect the IPSs of India, Malaysia, Philippines, Singapore, and Thailand.

    Why the Need?

    • The RBI has been collaborating bilaterally with various countries to link India’s Fast Payments System (FPS) – UPI, with their respective FPSs for cross-border Person to Person (P2P) and Person to Merchant (P2M) payments. 
    • While India and its partner countries can continue to benefit through such bilateral connectivity of FPS, a multilateral approach will provide further impetus to the RBI’s efforts in expanding the international reach of Indian payment systems.
    • In over 70 countries today domestic payments reach their destination in seconds at near-zero cost to the sender or recipient. Connecting these IPS to each other can enable cross-border payments from sender to recipient within 60 seconds (in most cases).

    Benefits of the Platform

    • Project Nexus is designed to standardise the way IPS connect to each other
    • Rather than a payment system operator building custom connections for every new country that it connects to, the operator can make one connection to the Nexus platform. 
    • This single connection allows a fast payments system to reach all other countries on the network and significantly accelerate the growth of instant cross-border payments.

    Mudras in Buddhism

    Context: ‘Abhaya Mudra’, the gesture depicted with raised open palm that is commonly understood as conveying reassurance and a freedom from fear was invoked by the Leader of Opposition in his speech in Lok Sabha. The Abhaya Mudra is commonly associated with Buddhism, Jainism and Hinduism. 

    Mudras in Buddhism - Abhaya Mudra

    Introduction

    • It is one of the major religions of the world that originated from the Indian subcontinent and has now spread to large parts of South-east Asia.
    • The origin of Buddhism is attached to the  story of Siddhartha who came to be known as Buddha.
    • Gautam Buddha was born at Lumbini (in present Nepal) in 563 BC as Siddhartha Gautam. 
    • At the age of 29, he left his house to find the truth of life and he wandered as an ascetic. 
    • At Gaya (Bihar), he attained enlightenment (Nirvana) under a pipal tree and became the Buddha, the Enlightened One.
    • After attaining Nirvana, he gave his first sermon to his five companions at the Deer Park in Sarnath near Varanasi. This event was called Dharma-chakra-pravartana (Turning the wheel of Law).
    • Buddha attained Mahaparinirvana at Kushinagar (Malla Mahajanapada) in Uttar Pradesh in 483 BC. 

    Mudras in Buddhism

    • In the Buddhist context, it refers to “hand and arm gestures made during the course of ritual practice or depicted in images of buddhas, bodhisattvas, tantric deities, and other Buddhist images”. 
    • Mudras are most commonly associated with visual depictions of the Buddha with different gestures conveying different moods and meanings, signifying the subtle manifestations of the Buddha’s states of realisation.
    • The earliest depictions of the Buddha in physical form date to roughly around the turn of the first millennium.
    • Depictions started appearing in the Gandhara art from the northwestern edge of the Indian subcontinent (present day Pakistan and Afghanistan), which drew on Hellenistic influences (Greek) and later in the art of the Gupta period, in the Gangetic plains.
    • In the earliest depictions of Buddha, four mudras can be found:
      • Abhaya mudra (gesture of fearlessness)
      • Bhumisparsha mudra (Earth-touching gesture)
      • Dharmachakra mudra (gesture of the wheel of dharma)
      • Dhyana mudra (gesture of meditation). 
    • With the evolution of Mahayana and Vajrayana Buddhism, and the proliferation of Buddhist artwork outside India, hundreds of mudras entered Buddhist iconography.
    image 3

    About Abhaya Mudra

    • The Abhaya mudra is typically formed with the palm of the right-hand facing outward at shoulder height and the fingers pointing up and the index, second, or third finger touches the thumb, with the remaining fingers extended upward.
    • In Buddhist tradition, the Abhaya mudra is associated with the Buddha immediately after he attained Enlightenment, ‘portraying a sense of the security, serenity, and compassion that derive from enlightenment’ 
    • This gesture identifies the moment when Shakyamuni (the Buddha) tamed the mad elephant, thus illustrating the Buddha’s ability to grant fearlessness to his followers. The elephant calmed down immediately, went down on her knees, and bowed her head to the Buddha.
    • This is why the Abhaya mudra is also seen as a ‘gesture of protection’ or ‘gesture of granting refuge’.

    Other Mudras in Buddhism: 

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    Dharmachakra Mudra

    • It is also called as the gesture of 'Teaching of the Wheel of Dharma' that describes one of the most important moments in the Buddha's life as he performed the Dharmachakra mudra in his first sermon in Sarnath after he attained enlightenment.
    • It is shown with the help of both the hands which are held against the chest, the left-facing inward, covering the right facing outward.
    Dharmachakra Mudra

    Dhyan Mudra

    • It is also known as Samadhi or Yoga mudra.
    • It is shown with the help of two hands which are placed on the lap and place the right hand on the left hand with stretched fingers (thumbs facing upwards and other fingers of both the hands resting on each other.)
    Dhyan Mudra

    Bhumisparsa Mudra

    • This gesture is also known as ‘touching the Earth’ which represents the moment of the Buddha's awakening as he claims the earth as the witness of his enlightenment
    • It is shown with the help of the right hand, which is held above the right knee, reaching toward the ground with the palm inward while touching the lotus throne.
    Bhumisparsa Mudra

    Varada Mudra

    • This mudra represents the offering, welcome, charity, giving, compassion and sincerity.
    • It is shown with the help of both the hands with the palm of the right hand facing forward and fingers extended and the left-hand palm placed near omphalos with extended fingers.
    Varada Mudra

    Karana Mudra

    • This gesture signifies the warding off evil which is performed by raising the index and the little finger and folding the other fingers.
    • The karana mudra expels demons and removes obstacles such as sickness or negative thoughts. 
    Karana Mudra

    Vajra Mudra

    • This gesture denotes the fiery thunderbolt that symbolizes the five elements of nature, i.e. air, water, fire, earth, and metal.
    • It is shown with the help of the right fist, left-hand forefinger, which is placed by enclosing the erect forefinger of the left hand in the right fist with the tip of the right forefinger touching (or curled around) the tip of the left forefinger.
    Vajra Mudra

    Vitarka Mudra

    • It signifies the discussion and transmission of the teachings of the Buddha.
    • It is shown by joining the tips of the thumb and the index fingers together while keeping the other fingers straight, which is just like to Abhaya Mudra and varada mudra but in this Mudra the thumbs touching the index fingers.

    Abhaya mudra in Hindu religion:

    • Over time, the Abhaya mudra appeared in depictions of Hindu deities, and the Buddha himself was absorbed into the Hindu pantheon as the ninth avatar of the Puranic god Vishnu.
    • Hindus came to regard the Buddha as an avatar of Vishnu between AD 450 and the sixth century. 
    • The first mention of the Buddha avatar came in the Vishnu Purana (400-500 CE).
    • As multiple traditions, practices, and cultural influences mingled in the great melting pot of the Hindu religion, manifestations were seen in art and visual depiction of gods.
    • The Abhaya mudra was seen in the depictions, most commonly of Lord Shiva, Lord Vishnu, and Lord Ganesha.

    Bt - Cotton Explained

    Context: A new variety of advanced Bt cotton (Ht Bt or BG III) is undergoing trials for commercial cultivation. Expected to reduce production costs and expand cotton cultivation, benefiting the textile industry. Approval pending completion of assessments by ICAR (Indian Council of Agriculture Research).

    Bt Cotton Detailed

    Historical Context and Current Challenges:

    • Bt cotton (BG1) approved in 2002, followed by two-gene Bt cotton (Bollgard II) in 2006 to combat bollworms.
    • Pink bollworm resistance emerged, impacting cotton production until recent management strategies boosted output.

    Sectoral Growth and Market Potential:

    • Textiles and apparel market valued at $168 billion, projected to grow at 10% CAGR, aiming for $350 billion by 2030.
    • India ranks third in textile exports globally, with expectations to reach $100 billion in exports.

    Utilization of Self-Help Groups (SHGs):

    • Utilization of 10.2 crore SHG members for cost-effective labor in textile sector.
    • States like MP, UP, Bihar, and Odisha offering subsidies to promote textile industry growth.

    Policy and Infrastructure Initiatives:

    • Promotion of 'hub and spoke' model to enhance domestic manufacturing.
    • Revival of Scheme for Integrated Textile Parks (SITP) to establish internationally standardized parks.

    Geopolitical Perspective:

    • Minister dismisses Bangladesh as a threat, aims to surpass China in future textile dominance.
    • Cites challenges in Bangladesh including high water and raw material tariffs.

    Bt Cotton:

    • Bt cotton is a genetically modified pest-resistant plant cotton variety modified by the insertion of one or more genes (Cry1 Ac) from the soil bacterium, Bacillus thuringiensis.
    • Strains of the bacterium Bacillus thuringiensis produce toxins that are harmful to a variety of insects, and it has been found to combat American bollworm – moth larvae that commonly attack cotton crops.
    • Bt cotton is India’s first transgenic crop formally approved for commercial cultivation in 2002.
    • Aim of introducing Bt cotton to India was to reduce the amount of insecticide needed in farming cotton.
    • Benefits: Reduction in production cost, increase in profit, reduced farming risk and improved economic outlook for cotton, does not harm non-target beneficial insects, helpful in improving wildlife population, reduced run-off of insecticides and air pollution.

    The Marriage Penalty

    Context: Recently, an investigation highlighted anomalies related to hiring of women employees in Apple iPhone maker Foxconn assembly plant in Tamilnadu. It was alleged that married women’s are being rejected on grounds of pregnancy, family commitment and greater number of leaves.

    Though Foxconn came up with the clarification statement in which it highlighted that 25% of its new recruitment comprises women and around women constitute 70% of its total workforce.

    However, this news article delves into several factors responsible for low Female LFPR in India.

    Labour force Participation rate (LFPR)

    • The labour force participation rate is the measure to evaluate working-age population in an economy.
    • Labour force participation rate is defined as the percentage of working population in the age group of 15- 64 in the economy, currently employed or seeking employment.
    • As per OECD, it is calculated as the labour force divided by the total working-age population.

    Status of Female Labour Force Participation Rate

    • As per the Periodic Labour Force Survey 2022-23
      • LFPR for male in India increased from 75.8% in 2017-18 to 78.5% in 2022-23 and corresponding increase in LFPR for female was from 23.3% to 37.0%.

    Now as per the findings of the report FLFPR is rising. However, It is still concerning when we focus on

    • Gender disparity – Male (78.5%) i.e. more than double of that of Women.
    • Rural Urban Gap – Higer in rural areas – reflects feminization of agriculture; lower in urban areas – Lack of formal employment opportunities
    • Comparison with developed economy – Europe and central Asia – 52%; North America – 56% ; East Asia and Pacific – 59%. FLFPR in India is below the global average of 47 percent for several years.

    Reasons for low FLFPR in India

    • Unpaid care work: Women in India often have to bear the burden of unpaid care work, such as taking care of children, elderly family members, and household chores. It is often undervalued and not recognized as work.
    • Societal norms and cultural expectations: In India, traditional gender division of labour dictate that women should focus on household duties and raising children, while men are the primary breadwinners. Any deviation from such established norms attracts ostracization and marginalization which acts as a demotivation for women to take up formal jobs.
    • Lack of access to education: Girls are often denied access to education, or they drop out of school early due to poverty or familial responsibilities. This lack of education and skill development limits their employment opportunities and earning potential.
    • Limited job opportunities: Women often face discrimination in the job market, and there are fewer job opportunities available to them compared to men. For example, in the technology and finance sector.
    • Safety concerns: Women in India often face safety concerns and harassment at the workplace and also while commuting to and from work. It discourages them from seeking employment outside of the home.
    • Rising Household Incomes: Rising incomes allows women to escape harsh labour on farms and construction sites and focus on their families.
    • Lack of Rural connectivity: Lack of transport network to villages may prevent women from taking non-agricultural work in Neighbouring towns. Lack of transport services affects women more than men.
    • Nuclear families: The growing trend of nuclear families keeping childcare left to women with no support from family elders.
    • Lack of supportive policies: India lacks supportive policies, such as parental leave, and flexible work arrangements, which can enable women to balance work and family responsibilities.

    Government initiatives to Improve Female Work Participation:

    • For Survival and Education of Females
      • Beti Bachao Beti Padhao Scheme: For creating awareness among the people to educate all girl children in the country. The initiative intends to tackle the issue of the diminishing sex ratio in recent years, raise social awareness, and improve the effectiveness of welfare benefits for girls.
      • National Education Policy (NEP), 2020: The policy prioritises gender equity and envisions ensuring equitable access to quality education to all students, with a special emphasis on Socially and Economically Disadvantaged Groups (SEDGs).
    • For Safe and Convenient Accommodation
      • Working Women Hostel: One of the main difficulties faced by working women is lack of safe and conveniently located accommodation. The objective of the scheme is to promote availability of safe and conveniently located accommodation for working women, with day care facilities for their children, wherever possible, in urban, semi urban, or even rural areas where employment opportunities for women exist.
    • For Supporting Women affected by violence
      • One Stop Centre (OSC) and Universalization of Women Helpline: To provide 24 hours immediate and emergency response to women affected by violence through referral (linking with appropriate authority such as police, One Stop Centre, hospital) and information about women related government schemes programs across the country through a single uniform number. Women Helpline (WHL) will be integrated with One Stop Centre Scheme (OSC) under which one OSC shall be established in every State/UT to provide integrated support and assistance to women affected by violence, both in private and public spaces under one roof.
    • Codification of the Labour Laws for harmonizing the needs of job seekers, workers and employers
      • Labour Codes:  The four Labour Codes namely, the Code on Wages, 2019, the Industrial Relations Code, 2020, the Code on Social Security, 2020 and the Occupational Safety, Health and Working Conditions Code, 2020. Codification of the Labour Laws provides a policy framework for harmonizing the needs of job seekers, workers and employers.
      • The Labour Codes will, inter-alia, reduce multiplicity of definitions & authorities, facilitate implementation and use of technology in enforcement of labour laws and bring transparency and accountability in enforcement, promote setting up of more enterprises, catalyzing the creation of employment opportunities in the country.
    • Equal Opportunity and Congenial Work Environment
      • Maternity Benefit (Amendment) Act, 2017: The Act increased the paid maternity leave from 12 weeks to 26 weeks, also made a provision for mandatory crèche facility in establishments having 50 or more employees, permitting women workers in the night shifts with adequate safety measures, etc.
      • The Sexual Harassment of Women at Workplace Act, 2013: To provide protection against sexual harassment of women at workplace and for the prevention and redressal of complaints of sexual harassment and for matters connected therewith or incidental thereto.
    • Promoting Entrepreneurship
      • Female Entrepreneurship: To promote female entrepreneurship, the Government has initiated schemes like MUDRA, Stand Up India and Mahila e-Haat.
      • Rashtriya Mahila Kosh: Provides micro-credit at concessional terms to poor women for various livelihood and income generating activities.
      • Prime Minister’s Employment Generation Programme (PMEGP): Under the scheme, women entrepreneurs are provided 25 per cent and 35 per cent subsidies for the project set up in urban and rural areas respectively.

    Measures to improve Female Work Participation:

    • Need of National Women’s Urban Employment Guarantee Act (WUEGA): Women should form at least 50% of the programme management staff, with a vision for decentralized management and local community involvement. Includes provisions for childcare at work sites, free public transportation for women, and work availability within a 5-km radius.
    • Ensure high participation of women in MGNREGS:  Recommendations given by Parliamentary Standing Committee on Rural Development and Panchayati Raj: Government must take measures for better promotion of “women-centric works” through creation or linking of existing livelihood projects under the scheme. Ministry of Rural Development needs to bridge the wage disparity among states by notifying a uniform wage rate structure.
    • Identification of niche sectors: There is need for identification of niche sectors like countries like the United States initiative like Girls Who Code in the USA aim to close the gender gap in technology, Japan and Italy are focusing on the healthcare and social work sectors as areas of potential job growth for women.
    • Accounting for care work: There is a need to capture the value of care in the GDP calculation. Flexible Work Options as like Netherlands: Promote work models like part-time work, remote work, and parental leave policies, empowers women to manage work-life balance effectively.
    • Invest in a wide range of care infrastructure and services solutions: Covering not only childcare, but also elder care, domestic work, and long-term care for highly dependent adults to reduce dependency and access the silver economy. For instance, Japan has leveraged some private sector partnerships for investments in affordable senior living and care services. As the share of elderly persons in India’s population is expected to rise from 10 per cent currently to 20 per cent by 2050, India, too will need to prioritise elder care infrastructure and service investments.

    Japan’s ‘womenomics’ 

    • Japan was grappling with falling fertility rates, a declining population, and stagnant growth, a series of reforms on “womenomics” were introduced as part of the “Abenomics” era.
    • Women’s labour force participation rate (WLFPR) in Japan has grown by ten percentage points, from 64.9 percent in 2013 to 75.2 per cent in 2023.
    • Majority of the “womenomics” reforms have been linked to investments in the care economy and rebalancing gender norms. 

    Activated Carbon

    Context: Indian researchers have devised a method to produce activated carbon from coconut husks which are a major agricultural residue in Kerala, suitable for supercapacitor fabrication. 

    Activated Carbon Explained: 

    image
    • Activated carbon or activated charcoal is a form of carbon processed to have small, low-volume pores that increase its surface area for adsorption or chemical reactions. 
    • It is produced from carbonaceous materials such as wood, coal, or coconut shells, primarily through a two-step process involving carbonisation and activation.
      • Carbonisation is the process of converting raw carbonaceous materials into a charred material by heating them (temperatures between 400-700°C) in the absence of air in an inert atmosphere (often nitrogen) to prevent combustion. This process removes volatile components (such as tar, methane, and other gases) and leaves behind a solid char (carbon-rich material).
      • Activation enhances the porous structure of the char, increasing its surface area and making it highly effective for adsorption. Here, the char is exposed to oxidising gases such as steam or carbon dioxide at high temperatures (600-1200°C), which creates a network of pores. 

    Properties:

    • High Surface Area allows for a high capacity of adsorption. 
    • Porosity: Numerous micro and macropores enhance its ability to trap and hold molecules from gases and liquids. Hence, it can adsorb a wide variety of substances, including organic compounds, chlorine, and some heavy metals, due to its high porosity and surface area.

    Note: 

    • Adsorption is a surface phenomenon where molecules, atoms, or ions from a gas, liquid, or dissolved solid adhere to the surface of a solid or liquid material. This process is different from absorption. 
    • In absorption, the absorbate (the substance being absorbed) penetrates into the interior of the absorbent material.
    image 1

    Potential Uses

    • Water Purification: Activated carbon is widely used in water treatment plants to remove organic compounds, chlorine, and other contaminants from drinking water.
    • Air Purification: It is used in air filters to capture volatile organic compounds (VOCs), odours, and pollutants in both industrial and residential settings.
    • Chemical Purification: Activated carbon is used to purify chemicals and solvents in the pharmaceutical and chemical industries.
    • Food and Beverage Industry: It is used for decolourisation and purification in the production of food and beverages, such as sugar refining and wine purification.
    • Medical Uses: Activated carbon is used in medical applications for treating poisonings and overdoses by adsorbing toxins in the gastrointestinal tract.
    • Gold Recovery: In the mining industry, activated carbon is used to extract gold from cyanide leach solutions.
    • Energy storage: Can be used to manufacture sustainable and efficient green solutions for energy storage like supercapacitors. 

    Capacitors:

    • A capacitor is an electronic device that stores electrical energy by accumulating electric charges on two closely placed conductive plates (electrodes) that are insulated from each other.
    • Supercapacitors with significantly higher capacitance and energy storage capacity than conventional capacitors are vital in the quest for sustainable energy storage solutions. But, the search for an ideal supercapacitor electrode material has been a challenge.
      • Ideal supercapacitor should have:
        • High Surface Area: To maximise the amount of charge stored.
        • Good Electrical Conductivity: To ensure efficient charge transfer.
        • Chemical Stability: To maintain performance over many charge and discharge cycles.
        • Mechanical Stability: To withstand physical stress during operation.
        • Cost-Effectiveness: To be commercially viable for large-scale production.
        • Environmental Friendliness: To minimise environmental impact.

    Latest development: 

    • The prototype supercapacitors made of the coconut husk-derived activated carbon have been found to be four-times more efficient than the existing supercapacitors. 
    • Further, the supercapacitors are sustainable and efficient green solutions for energy storage owing to the availability, low cost, and eco-friendly nature of coconut biowaste or biomass.