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  • Earthquake and Tsunami strikes Central Japan

    japan

    Central Idea

    • On January 1, 2024, a 7.5-magnitude earthquake hit Ishikawa prefecture in Japan, triggering tsunami waves over a meter high.

    Japan’s Geographical Vulnerability

    • Japan’s geographical vulnerability, particularly concerning plate tectonics, is a critical aspect of its environmental and disaster management challenges.
    • The country’s location at the convergence of several major tectonic plates makes it highly susceptible to seismic activities.

    Here’s a detailed look at how plate tectonics contribute to Japan’s geographical vulnerability:

    [1] Convergent Plate Boundaries:

    • Pacific Ring of Fire: Japan is located on the Pacific Ring of Fire, an area with a high level of seismic activity due to the presence of numerous tectonic plate boundaries.
    • Plates Involved: The primary tectonic plates interacting near Japan are the Pacific Plate, the Philippine Sea Plate, the Eurasian Plate, and the North American Plate.
    • Subduction Zones: The Pacific and Philippine Sea plates are subducting beneath the Eurasian and North American plates. This subduction process is a significant source of seismic activity, including powerful earthquakes and volcanic eruptions.

    [2] Earthquake Activity:

    • Frequent Earthquakes: The movement of these plates results in frequent earthquakes. Japan experiences thousands of tremors annually, ranging from minor to catastrophic.
    • Major Earthquakes: Historical events like the 2011 Great East Japan Earthquake and the 1995 Great Hanshin Earthquake demonstrate the potential for massive destruction and loss of life due to Japan’s tectonic setting.

    [3] Tsunami Risk:

    • Generation of Tsunamis: Earthquakes occurring under the sea or along the coast can displace large volumes of water, leading to tsunamis. The 2011 tsunami, triggered by a massive undersea earthquake, caused widespread devastation and the Fukushima nuclear disaster.
    • Coastal Impact: Japan’s extensive coastline makes it particularly vulnerable to tsunamis, which can arrive within minutes of an undersea earthquake, leaving little time for evacuation.

    [4] Volcanic Activity:

    • Volcanic Eruptions: The subduction of the Pacific and Philippine Sea plates not only causes earthquakes but also contributes to significant volcanic activity. Magma generated by the melting of the subducted plate rises to the surface, leading to volcanic eruptions.
    • Active Volcanoes: Japan has over 100 active volcanoes, a direct result of its tectonic setting. Eruptions pose risks to nearby populations and can disrupt air travel and local economies.

    [5] Geological Complexity:

    • Intersecting Faults: The interaction of multiple tectonic plates creates a complex network of faults, increasing the unpredictability and variability of seismic events.
    • Diverse Seismic Phenomena: This complexity leads to a range of seismic phenomena, including deep-focus earthquakes, which occur at greater depths and can affect broader areas.

  • Virtual Digital Asset Regulation: Global Perspectives and Challenges

    Central Idea

    • The Financial Intelligence Unit India (FIU IND) issued notices to offshore virtual digital asset service providers (VDA SPs) for non-compliance with the Prevention of Money Laundering Act, 2002 (PMLA).
    • A request was made to the Ministry of Electronics and Information Technology to block URLs of these entities.

    About Virtual Digital Assets (VDAs)

    • Digital Value: Virtual Digital Assets are digital forms of value like cryptocurrencies and tokens. They are secured using cryptography and blockchain technology.
    • Intangible and Digital: These assets exist only in digital form and can be used for transactions, investments, or as a store of value.
    • Decentralized: They usually operate independently of central authorities, which makes them attractive but also prone to risks like money laundering. This has led to calls for regulation and oversight.

    Premise of Non-Compliance with PMLA

    • Regulatory Changes in 2023: VDA SPs were brought under anti-money laundering and counter-terrorism financing regulations in March 2023.
    • Mandatory Compliance: These regulations required VDA SPs to register, verify client identities, and maintain records of financial transactions.
    • Non-Registration Issue: Non-compliant entities continued to serve Indian users without registration, evading the AML and CFT framework.

    Purpose of PMLA Compliance

    • Monitoring Financial Transactions: The PMLA aims to track financial transactions to prevent money laundering and terror financing.
    • Selective Compliance Advocacy: Legal experts suggest that FIU IND should enforce compliance only on entities fitting the March 2023 notification parameters.
    • KYC Benefits: Adherence to KYC mandates is seen as beneficial for VDA SPs, addressing concerns about anonymity and unlawful use of crypto assets.

    Global Efforts and Indian Enforcement

    • India’s Global Advocacy: India’s enforcement aligns with its global efforts for cryptocurrency regulation, including proposed frameworks by the IMF and the Financial Stability Board.
    • G-20 Influence: India’s role in the G-20 has been pivotal in advocating for global cryptocurrency regulation.

    International Regulatory Landscapes

    • Dubai’s VARA Model: Dubai’s Virtual Assets Regulatory Authority (VARA) provides a comprehensive licensing framework, emphasizing consumer protection and AML-CFT compliance.
    • EU’s MiCA Regulation: The Markets in Crypto-Assets Regulation (MiCA) in the EU focuses on transparency, disclosure, and supervision, requiring service providers to be authorized.
    • U.S. Regulatory Framework: The U.S. lacks a comprehensive nationwide framework but covers digital assets under existing regulations like the Bank Secrecy Act.

    Considerations in Regulating Virtual Digital Assets (VDAs)

    • Policy Options by BIS: The Bureau for International Settlements (BIS) outlines three policy options: outright ban, containment, and regulation.
    • Challenges of an Outright Ban: An outright ban may be unenforceable due to the pseudo-anonymous nature of crypto markets.
    • Containment Strategy: Containment involves controlling flows between crypto and traditional financial systems but may not address inherent vulnerabilities.
    • Regulatory Motivations: The motivation to regulate varies, with the need to ensure regulatory benefits outweigh costs.
    • Focus Areas for Emerging Markets: Emerging market economies (EMEs) need to define regulatory authority, scope of regulation, and fill data gaps to understand technology interconnections.

    Conclusion

    • Balancing Act: Regulating virtual digital assets presents a complex balancing act between innovation, consumer protection, and financial stability.
    • Global Coordination: The varied approaches across jurisdictions highlight the need for global coordination and harmonization in VDA regulations.
    • India’s Proactive Stance: India’s recent actions reflect a proactive stance in aligning with global standards while addressing local concerns.
    • Future Challenges: As the virtual asset landscape evolves, regulators worldwide will continue to face challenges in adapting their frameworks to ensure effective oversight without stifling innovation.

  • 2nd Jan 24 | Prelims Daily with Previous Year Questions

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  • Meet ISRO’s new X-ray eye in the sky

    What is XpoSat? When will it be launched? - Quora

    Central idea 

    ISRO’s successful launch of XPoSat, an X-ray Polarimeter Satellite, marks a significant milestone for Indian astronomers. The indigenous instrument, POLIX, built at Raman Research Institute, aims to study X-ray polarization and unravel the mysteries of celestial magnetic fields, particularly around pulsars and black holes. This achievement highlights India’s growing prowess in space exploration and contributes to the global understanding of cosmic phenomena.

    Key Highlights:

    • ISRO successfully launched XPoSat, an X-ray Polarimeter Satellite, on New Year’s Day in 2024.
    • The indigenous instrument, POLIX, built at Raman Research Institute, is a crucial step for Indian astronomers.
    • POLIX aims to study X-ray polarization, providing insights into celestial magnetic fields.

    Key Challenges:

    • Collecting X-rays from space is challenging due to their high energy, making traditional focusing methods impossible.
    • Earth’s atmosphere absorbs most X-rays, complicating the study of cosmic X-rays.

    Key Terms and Phrases:

    • XPoSat: X-ray Polarimeter Satellite.
    • POLIX: Indian X-ray Polarimeter.
    • Pulsars: Exotic stars emitting X-rays with strong magnetic fields.
    • IXPE: NASA’s X-ray Polarimeter Explorer.
    • XSPECT: Instrument on XPoSat for studying timing and spectral properties.

    Key Quotes:

    • “The instrument, totally indigenous in design and fabrication, will herald yet another milestone for Indian astronomers.”
    • “Measuring the polarisation of X-rays would enable astronomers to gauge the directions of magnetic fields in celestial objects.”

    Key Statements:

    • POLIX, a cubical cylinder with a beryllium disc, detects X-rays and works on the principle of polarization after scattering.
    • XPoSat, complementing NASA’s IXPE, will provide valuable information about pulsars and black holes.

    Key Examples and References:

    • Pulsars, city-sized stars with immense mass, often shine in X-rays and have powerful magnetic fields.
    • POLIX’s beryllium disc allows the probing of lower energy X-rays compared to NASA’s instrument.

    Key Facts and Data:

    • POLIX measures roughly half a meter and weighs nearly 200 kilograms.
    • XPoSat focuses on studying the timing and spectral properties of X-ray-emitting objects.

    Critical Analysis:

    • POLIX’s unique design using beryllium enhances the detection of lower-energy X-rays, providing a significant advantage.
    • The launch of XPoSat signifies a major advancement in Indian X-ray astronomy, offering a valuable complement to NASA’s efforts.

    Way Forward:

    • Anticipation surrounds XPoSat’s data collection, expected to deepen our understanding of pulsars and black holes.
    • Ongoing collaboration and advancements in X-ray astronomy will likely lead to further discoveries.

  • India, Pakistan conduct Annual Exchange of List of Nuclear Installations

    pakistan

    Central Idea

    • India and Pakistan has exchanged a list of their nuclear installations that cannot be attacked in case of an escalation in hostilities.

    Non-Nuclear Aggression Agreement

    • The Non-nuclear aggression agreement is a bilateral and nuclear weapons control treaty between India and Pakistan, on the reduction (or limitation) of nuclear arms.
    • Both pledged not to attack or assist foreign powers to attack on each others nuclear installations and facilities.
    • The treaty was drafted in 1988, and signed by PM Rajiv Gandhi and his counterpart Benazir Bhutto on 21 December 1988; it entered into force on January 1991.
    • The treaty barred its signatories from carrying out a surprise attack (or to assist foreign powers to attack) on each other’s nuclear installations and facilities.
    • Starting in January 1992, India and Pakistan have annually exchanged lists of their respective military and civilian nuclear-related facilities.

    Need for the treaty

    • In 1986-87, the massive exercise, ‘Brasstacks’ was carried out by the Indian Army, raising fears of an Indian attack on Pakistan’s nuclear facilities.
    • Since then, the Foreign ministries of both countries have been negotiating to reach an understanding towards the control of nuclear weapons.

    Significance of the agreement

    • The treaty barred its signatories from carrying out a surprise attack (or to assist foreign powers to attack) on each other’s nuclear installations and facilities.
    • The treaty provides a confidence-building security measure environment.

    Other: Sharing of Prisoners information

    • Both nations simultaneously share the list of prisoners in each other’s custody.
    • These lists are exchanged under the provisions of the Agreement on Consular Access signed in May 2008.
    • Under this pact, the two countries should exchange comprehensive lists on January 1 and July 1 every year (i.e. twice a year).

  • The woes of pensioners and PF members

    EPFO Pension: EPFO issues FAQs on pension, but no clarity on computation | India News - Times of India

    Central idea 

    The EPFO’s recent clarification on the 2022 Supreme Court verdict regarding higher PF pension has sparked concerns among pensioners due to ambiguity in pension computation methods. Challenges include discrepancies for pre-2014 and post-2014 retirees, with a demand for increased minimum monthly pension.

    Key Highlights:

    • The EPFO’s clarification on the 2022 Supreme Court verdict on higher PF pension has raised concerns among pensioners and PF members.
    • The Court approved higher pension payments with certain conditions, including amendments to the pensionable salary cap and contribution rules.
    • The clarification introduces ambiguity by tying pension computation to the “date of commencement of pension.”

    Key Challenges:

    • Pre-2014 retirees choosing pension post-amendments receive lower pensions due to the calculation based on the average pay of 60 months.
    • Post-2014 retirees face ambiguity and discrepancies in the revised pension amounts, seeking clarity through a worksheet.
    • Lack of incorporation of interest rate component in pension calculations.
    • Long-standing demand to increase the minimum monthly pension beyond ₹1,000, with calls for linking it to the cost of living index.

    Key Terms:

    • EPFO: Employees’ Provident Fund Organisation
    • EPS: Employees’ Pension Scheme
    • Pensionable salary cap: ₹15,000/month
    • Amendments (2014): Raised pensionable salary cap, altered contribution rules, and changed computation basis.
    • Date of commencement of pension: Controversial factor in pension calculation.

    Key Quotes:

    • “There is also a demand for incorporating the component of interest rate… the pension amount would at least see a rise of ₹2,300 per month.” – MP M. Shanmugam
    • “The government’s contributions should increase… to achieve a durable social security system for contributors to the economy.”

    Key Statements:

    • The clarification’s reliance on the “date of commencement of pension” has created confusion and dissatisfaction among pensioners.
    • Ambiguity in post-2014 retirees’ pension calculations prompts the need for a clearer worksheet.

    Way Forward:

    • Address concerns by revisiting the pension computation methodology.
    • Consider increasing the minimum monthly pension, as demanded by various stakeholders.
    • Enhance government contributions to ensure a robust social security system.
    • Provide clear guidelines and a comprehensive worksheet for post-2014 retirees to understand and verify their pension calculations.

  • Responding to the new COVID-19 sub-variants

    Insights into SARS-CoV-2 genome, structure, evolution, pathogenesis and therapies: Structural genomics approach - ScienceDirect

    Central idea 

    Dr. Chandrakant Lahariya discusses the emergence of the JN.1 sub-variant of SARS-CoV-2, highlighting its classification as a Variant of Interest (VoI). He emphasizes the need for ongoing genomic sequencing and data tracking while reassuring that, as of now, there’s no evidence of increased severity or immune escape. The central idea is to approach COVID-19 like any respiratory illness, maintaining standard preventive measures and avoiding unnecessary concerns.

    Key Highlights:

    • Dr. Chandrakant Lahariya, a medical doctor with extensive WHO experience, addresses the emergence of the JN.1 sub-variant of the Omicron variant of SARS-CoV-2.
    • Over 1,000 subvariants have been reported since the novel coronavirus outbreak in 2019.
    • The designation of JN.1 as a Variant of Interest (VoI) prompts increased genomic sequencing for monitoring.

    Key Challenges:

    • Continuous tracking of virus variants is challenging due to the unpredictable nature of genetic changes.
    • Distinguishing between inconsequential and significant genetic alterations requires careful assessment by international agencies and experts.

    Key Terms:

    • SARS-CoV-2: Severe Acute Respiratory Syndrome Coronavirus-2.
    • VoI: Variant of Interest.
    • VoC: Variant of Concern.
    • Hybrid Immunity: Combined immunity from natural infection and vaccination.

    Key Phrases:

    • “Silent wave”: JN.1 circulated without causing a significant increase in reported or clinical cases.
    • “Genetic material changes”: Variants and subvariants result from alterations in the virus’s genetic structure.

    Key Quotes:

    • “Designating a variant as VoI does not automatically mean there is a reason to worry.”
    • “JN.1 is not a new virus but a sub-variant of BA.2.86, itself a subvariant of Omicron.”
    • “There is no scientific evidence to support having a fourth shot of COVID-19 vaccines.”

    Key Statements:

    • WHO declared the end of the COVID-19 pandemic in May 2023 but emphasized the need for ongoing virus and variant tracking.
    • JN.1, as a VoI, requires heightened genomic sequencing and data tracking but doesn’t indicate an immediate cause for concern.

    Key Examples and References:

    • JN.1 is a subvariant of BA.2.86, part of the Omicron variant of SARS-CoV-2.
    • Waste-water surveillance in some Indian cities suggested JN.1 circulated widely without a significant increase in reported cases.

    Key Facts:

    • Since 2019, more than 1,000 subvariants and recombinant sub-lineages of SARS-CoV-2 have been reported.
    • Immunologically, current evidence supports continued protection from COVID-19 vaccines against subvariants.

    Key Data:

    • Average daily deaths due to respiratory diseases and tuberculosis in India are 50 to 60 times higher than COVID-19 deaths.

    Critical Analysis:

    • Dr. Lahariya emphasizes the need for nuanced government responses, responsible citizen behavior, and clear science communication.
    • The spike in COVID-19 cases may be due to increased testing, and deaths attributed to COVID-19 might be incidental in already sick individuals.

    Way Forward:

    • Handle SARS-CoV-2 like any other respiratory illness, focusing on standard public health measures.
    • Individual and community levels should maintain routine activities, and school closure should not be considered in response to a COVID-19 case surge.
    • Continuous surveillance, waste-water monitoring, and improved health facility services are essential for effective response.

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    2. These are also known as leaf-tailed geckos because they look like leaves.
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  • How the Northeast was ‘invented’, 52 years ago?

    Northeast India

    Central Idea

    • On December 30, 1971, two pivotal laws were enacted, reshaping the administrative landscape of Northeast India.
    • These laws marked a transition from the traditional unit of Assam to the broader concept of ‘Northeast India’.

    Formation and Composition of Northeast India

    • States in the Northeast: The region officially includes Arunachal Pradesh, Assam, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, and Tripura, under the North-Eastern Council.
    • Pre-Independence Structure: Before Independence, Arunachal Pradesh, Assam, Meghalaya, Nagaland, and Mizoram were part of colonial Assam. Manipur and Tripura were princely states with British political officers, while Sikkim, under British paramountcy, became an independent country in 1947 and was annexed by India in 1975. Sikkim joined the North-Eastern Council in 2001.

    Colonial Context and Frontier Province Dynamics

    • Assam as a Frontier Province: Colonial Assam was a frontier province in British India, akin to the North West Frontier Province (now Khyber Pakhtunkhwa, Pakistan).
    • Administrative Divisions: The province was divided into ‘settled districts’ (like present-day Assam and Sylhet in Bangladesh) and ‘excluded areas’ or ‘Hill areas’ (like modern-day Arunachal Pradesh and parts of Nagaland).

    The North Eastern Council (NEC) is composed of the following members:

    • Governors and Chief Ministers of the Member States: Each of the eight states in the North Eastern region, including Assam, Arunachal Pradesh, Meghalaya, Mizoram, Tripura, Sikkim, Nagaland, and Manipur, is represented by their respective Governors and Chief Ministers. These members are ex-officio members of the Council.
    • Chairman: The Chairman is also a member of the Council, although the specific identity of the Chairman is not mentioned in the provided sources.
    • Three Members Nominated by the President: The President of India nominates three additional members to the Council. These members are also part of the NEC

    Post-Independence Security and Administrative Shifts

    • Unique Post-1947 Challenges: After 1947, the region’s borders became largely international, with a narrow land corridor connecting it to the rest of India.
    • Creation of Nagaland: The state of Nagaland was created in 1963, following the Sino-Indian War of 1962, as part of efforts to integrate the Naga people into the Indian state.

    North-Eastern Areas (Reorganisation) Act of 1971

    • Statehood and Union Territories: Manipur and Tripura were elevated to statehood, Meghalaya was formed from Assam, and Mizoram and Arunachal Pradesh were established as union territories, later becoming states in 1987.
    • Strategic Reorganization: This Act represented a strategic shift from the colonial frontier governance to a modern state structure.

    Concept and Implications of ‘Northeast India’

    • Directional Naming and Identity: The term ‘Northeast India’ highlights the region’s distinct identity and its hierarchical relation to the Indian heartland.
    • Racial and Cultural Dimensions: The term ‘Northeasterner’ has often led to racial stereotyping and issues of identity and recognition.

    Conclusion

    • Complex Administrative Evolution: The formation of Northeast India is a testament to the region’s complex history and the Indian state’s response to unique geopolitical challenges.
    • Continued Struggle for Recognition: Despite legislative milestones, Northeast India continues to face challenges in national integration, identity politics, and equitable development.

  • Evolution of Genomic Medicine: Research to Mainstream Healthcare

    genomic medicine

    Central Idea

    • Over the past two decades, genomics and the use of genetic information in healthcare have undergone significant transformations.
    • Once limited to major research centers, personal genome sequencing has become widely accessible, empowering individuals with detailed knowledge of their genetic makeup.

    What is genome sequencing?

    • Genome sequencing is the process of determining the complete DNA sequence of an organism’s genome.
    • The genome is the entire set of genetic material (DNA in the case of most organisms) that provides the instructions for building, maintaining, and functioning of the organism.
    • Genome sequencing involves identifying the order of nucleotides (adenine, thymine, cytosine, and guanine) in an organism’s DNA.

    Applications of Personal Genome Sequencing

    • Disease Risk Assessment: Personal genome sequencing can identify genetic variants associated with an increased risk of certain diseases, such as cardiovascular conditions, cancer, and neurodegenerative disorders.
    • Pharmacogenomics: Personal genome sequencing helps predict how an individual will respond to specific medications, allowing for the customization of drug prescriptions based on genetic factors.
    • Cancer Genomics: Personal genome sequencing of cancer cells helps identify specific mutations driving tumor growth.
    • Rare Genetic Disorders: Personal genome sequencing is a powerful tool for diagnosing rare genetic disorders, particularly in cases where traditional diagnostic methods may be inconclusive.
    • Reproductive Health: Couples planning to have children can undergo personal genome sequencing to assess the risk of passing on genetic conditions to their offspring.
    • Forensic Identification: Personal genome sequencing can be used in forensics for human identification and the resolution of criminal investigations.
    • Research and Scientific Discovery: Aggregated personal genomic data from large populations contribute to ongoing research, advancing our understanding of the genetic basis of diseases and human biology.

    Case Study: Iceland’s Genetics Research

    • Iceland’s Unique Demographics: Iceland’s historical demographic isolation and early initiation of population-level genome sequencing have made it a focal point in genetics research.
    • Research on Lifespan and Genetic Variants: A study in Iceland suggested that actionable incidental genetic variants could potentially improve lifespan, with significant findings related to cancer-related genotypes.

    Future of Genome Sequencing and Healthcare

    • Increasing Accessibility: As genome sequencing becomes more accessible and affordable, regular population-scale sequencing and newborn sequencing initiatives are becoming more feasible.
    • Benefits for Population Health: Widespread implementation of these programs could provide medically actionable insights, enabling proactive and effective disease treatment and prevention.
    • Advancements in Technology: Current genome sequencing technologies, often referred to as second-generation sequencing, have limitations in handling repetitive sequences and resolving structural variations. Third-generation sequencing technologies, such as single-molecule sequencing, are expected to overcome these challenges and provide longer read lengths, improving the accuracy and completeness of genome sequences.

    Conclusion

    • The advancements in genomics are paving the way for a more proactive and personalized approach to healthcare, with significant potential for disease prevention and management.

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