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GS Paper: GS3

  • The lesson from a monsoon-battered North India: Time to be prepared

    monsoon

    What is the news?

    • Last weekend, parts of North India witnessed heavy rains that triggered flash floods and left a trail of destruction, tragically it resulted in at least 50 reported deaths. Himachal Pradesh was the worst affected. Several places in Haryana, Punjab and Himachal Pradesh reported record rainfall.

    Central idea

    • Last weekend, North India faced a calamity as torrential rains triggered flash floods and wreaked havoc across the region. Understanding the factors that led to this catastrophe is crucial in developing effective strategies to mitigate the impact of such extreme weather events in the future.

    Fundamental characteristics of monsoon rainfall in the region

    • Concentrated Timeframe: Monsoon rainfall in the region is not evenly distributed throughout the year. Instead, it occurs within a specific timeframe. All the seasonal rainfall (about 80-100 cm) falls within 130-150 hours, which is a relatively short period.
    • Heavy Rain Contribution: The heavy rains play a significant role in contributing to the overall seasonal precipitation. Half of the seasonal rainfall (40-50 cm) occurs in only 30-40 hours.
    • Runoff: When heavy rains occur, most of the rainwater drains away as runoff, particularly when the soil is already wet. This indicates that a substantial amount of rainfall does not get absorbed into the ground but flows off as surface runoff.

    Factors attributed to the Heavy Downpour in north India

    • Active Monsoon and Moisture Influx: An active monsoon season with strong winds in the lower air layers brought in moisture from the Bay of Bengal and the Arabian Sea. These moisture-laden winds contributed to the heavy rainfall in the region.
    • Atmospheric Forcing and Eastward Moving Troughs: Large-scale atmospheric forcing, in the form of outflows in the upper layers of the atmosphere, moved eastward through mid-latitude troughs. These troughs directed the flow of moisture towards the Himalayan region, exacerbating the intensity of the rainfall.
    • Orographic Uplift and Steep Terrain: The steep terrain of the Himalayas, combined with orographic uplift, played a significant role in intensifying the precipitation. When air masses encounter the mountains, they are forced to rise, resulting in enhanced rainfall.
    • Synoptic Conditions and Moisture Intrusion: The synoptic conditions during the period were conducive to heavy rainfall. The monsoon was active, with strong moist easterly winds entering the region. Additionally, there was moisture intrusion from the North Arabian Sea, further augmenting the rainfall.

    Increasing Trend of Extreme Rainfall

    • Tripled Number of Extreme Rainfall Events: Recent studies indicate that the number of extreme rainfall events, defined as rainfall exceeding 15 cm in 24 hours, has tripled in many parts of the country.
    • Prolonged Duration of Rainstorms: The duration of rainstorms has also tripled, indicating that rainfall events are lasting longer, potentially leading to higher rainfall accumulation.
    • Decreased Number of Rainy Days and Hours: The total number of rainy days and hours during the monsoon season has decreased. This means that when it does rain, it tends to be in the form of heavy downpours rather than spread out over more frequent but lighter rainfall events.
    • Regional Variation: Central India has been particularly affected by the increasing trend of extreme rainfall events, with a significant rise in both frequency and intensity.
    • Himalayan Region Prone to Extreme Rainfall: The Himalayan region, with its complex topography and varied weather patterns, is prone to extreme rainfall events. Studies indicate that 65 percent of areas in the region show a positive trend in the frequency of daily rainfall extremes.

    Impact of Arctic Warming on Monsoon Climate

    • Increased Frequency of Blocking Highs and Mid-latitude Troughs: Arctic warming has been observed to influence the monsoon climate through changes in mid-latitude circulation. As the Arctic warms and sea ice recedes, there is growing evidence of an increased frequency of blocking highs and deep mid-latitude troughs. These atmospheric patterns can affect weather systems and contribute to extreme rainfall events during the monsoon season.
    • Influence on Circulation Patterns: Observations and models suggest that Arctic warming can alter circulation patterns, including the movement of air masses, pressure systems, and wind patterns. These changes can have cascading effects on the monsoon climate, including the transport of moisture and atmospheric conditions that contribute to heavy rainfall events.
    • Impact on Monsoon Dynamics: The warming of the Arctic and subsequent changes in circulation patterns can affect the dynamics of the monsoon. This can lead to shifts in moisture inflow, atmospheric stability, and the timing and intensity of rainfall during the monsoon season.
    • Potential for Future Changes: As Arctic warming continues; it is expected that the impacts on the monsoon climate will persist and potentially intensify. This suggests that the influence of Arctic warming on the monsoon may contribute to further changes in extreme precipitation patterns and associated impacts in the future.

    Way forward: Mitigation Strategies for Flooding

    • Robust Early Warning System: Implement a comprehensive early warning system that utilizes meteorological observations, including Doppler weather radar and high-resolution numerical weather prediction models. Advanced technologies like artificial intelligence and machine learning can aid in interpreting the data, enhancing the accuracy and timeliness of alerts.
    • Continuous Monitoring and Flood Warning Systems: Continuously monitor rainfall patterns, river levels, and deploy an advanced flood warning system. This integrated approach allows for timely response and evacuation plans to safeguard vulnerable communities.
    • Flood Risk Maps: Develop flood risk maps incorporating topography, historical flood data, and hydrological modeling. These maps can identify high-risk zones and guide targeted actions to enhance preparedness and resilience.
    • Climate-Resilient Infrastructure: Improve and maintain climate-resilient infrastructure, including robust drainage systems and channels, to prevent waterlogging and minimize flood damage.
    • Land Use Planning and Zoning Regulations: Implement effective land use planning and zoning regulations, designating flash flood-prone areas as non-residential or restricted zones to mitigate potential risks.
    • Protection and Restoration of Natural Ecosystems: Prioritize the protection and restoration of natural ecosystems such as forests and wetlands. These natural buffers can absorb rainfall and reduce runoff, mitigating the intensity of floods.
    • Public Awareness Campaigns: Conduct widespread awareness campaigns to educate individuals on flood response and preparedness. Encourage actions such as evacuation planning, first aid knowledge, and reliance on credible sources of information during emergencies

    Conclusion

    • Recognizing the escalating threat of extreme precipitation events and implementing proactive measures are pivotal in improving India’s resilience to climate-induced disasters. Building resilience is crucial to safeguarding vulnerable communities and ensuring a sustainable future for the nation.

    Also read:

    [Burning issue] Urban Floods in India

  • Species in news: Atlantic Menhaden

    atlantic

    Central Idea

    • Researchers have discovered that the population of ospreys, a fish-eating bird, is facing a decline due to the decreasing numbers of Atlantic menhaden, their primary food source.
    • The depletion of menhaden, a small silvery fish, is attributed to commercial fishing practices.
    • The decline in osprey reproduction reflects the broader ecological impact of reduced menhaden numbers.

    About Atlantic Menhaden

    • Atlantic menhaden, scientifically known as Brevoortia tyrannus, is a species of fish belonging to the Clupeidae family.
    • They are commonly found along the Atlantic coast of North America, ranging from Florida to Nova Scotia.
    • Atlantic menhaden play a vital ecological role and have significant commercial and ecological importance.

    Importance of Atlantic Menhaden

    • Role in Coastal Ecosystem: Menhaden play a crucial role in the ecology of coastal waters along the Eastern Seaboard, providing sustenance for larger fish, marine mammals, and birds.
    • Nutrient-Rich and Filtering Capacity: Menhaden are nutrient-rich, containing omega-3 fatty acids, and they filter substantial quantities of ocean water while consuming smaller organisms like plankton.

    Commercial Fishing Impact

    • Increased Catch Allowance: The Atlantic States Marine Fisheries Commission raised the allowable catch of menhaden to 233,550 metric tons for the next two years, a 20% increase from previous years.
    • Fishery Quota: The commission maintained a quota of 51,000 metric tons for the Chesapeake Bay’s reduction fishery, where menhaden are used for bait and fish products.
    • Ecological Concerns: Critics argue that the removal of significant menhaden quantities is degrading the ecosystem, negatively affecting species like ospreys and striped bass that rely on menhaden.

    Low Reproductive Numbers and Menhaden Depletion

    • In mid-June, researchers found only three young ospreys out of 84 nests checked in Mobjack Bay, part of the Chesapeake Bay.
    • Scientists at the College of William & Mary, monitoring the local osprey population for over 50 years, recorded the lowest reproductive number.
    • The decline in breeding success is attributed to the depletion of Atlantic menhaden, the osprey’s primary food source.

    Lawsuit and Ecosystem Protection

    • Recreational Fishermen Lawsuit: A group of recreational fishermen from Maryland sued the Virginia Marine Resources Commission, claiming it contributed to the menhaden decline by endorsing quotas that harm fish populations and the recreational fishing industry.
    • Commercial Fishing Practices: Critics highlight the negative impact of industrial techniques used by companies like Omega Protein, which catch menhaden in unsustainable quantities, contributing to the decline of other species and damaging ecosystems.
    • Restoring Menhaden Stocks: Non-profit organizations advocate for rebuilding menhaden populations along the Atlantic and Gulf of Mexico coasts to maintain a balanced ecosystem.

    Positive Signs beyond Chesapeake Bay

    • Menhaden Recovery: Outside the Chesapeake Bay, menhaden populations have increased since the Atlantic commission took measures to address overfishing in 2012, leading to a recovery of the fish population within two years.
    • Ecological Impact: The recovery of menhaden populations has brought back various predators such as humpback whales, tuna, sharks, and bald eagles off the coasts of New York and New Jersey.

     

  • Urban Deluge due to rising Yamuna Level in Delhi

    yamuna flood

    Central Idea

    • The Yamuna River in Delhi is experiencing it’s highest-ever water levels, causing concerns and necessitating emergency actions.
    • Heavy rainfall in northwest India, including the Yamuna basin states, and increased water release from the upstream Hathnikund Barrage in Haryana are contributing to the unprecedented water levels.

    Unprecedented Water Levels and Emergency Response

    • Delhi’s Yamuna River is currently flowing at the highest-ever recorded level in the city.
    • Delhi CM has written to Union Home Minister, requesting controlled water release from the Hathnikund Barrage to manage the situation.
    • The water release from the barrage, typically around 352 cusecs during non-monsoon months, reached a peak of 3.59 lakh cusecs due to heavy rainfall in northwest India.

    Importance of Water Release

    • Impact of Upstream Water Release: The water level in the Yamuna River in Delhi is determined by the release of water upstream from the Hathnikund Barrage.
    • Regulation of Water Flow: The barrage acts as a regulator and can only control the amount of water released downstream and to canals.
    • Flooding Concerns: Failure to release water from the upstream can lead to increased flooding in areas upstream, including Haryana.

    Potential Consequences of Water Accumulation

    • Increased Flooding: Failure to regulate the water levels in the Yamuna River can result in severe flooding in Delhi and surrounding areas.
    • Infrastructure Damage: High water levels pose a risk to infrastructure, including roads, buildings, and public utilities.
    • Displacement of Residents: Excessive flooding can force people to evacuate their homes, leading to displacement and potential humanitarian challenges.

    Addressing the Emergency

    • Controlled Water Release: Controlled water release from the Hathnikund Barrage can mitigate the flooding risks.
    • Collaboration and Coordination: Cooperation between Delhi and Haryana authorities, as well as with central government agencies, is essential to manage the situation effectively.
    • Monitoring and Emergency Preparedness: Continuous monitoring of water levels, timely communication, and preparedness to handle any evacuation or relief efforts are crucial during this emergency situation.

    Conclusion

    • The unprecedented water levels in the Yamuna River in Delhi demand immediate attention and coordinated efforts to prevent further damage and protect affected communities.

    Also read:

    [Sansad TV] Perspective: Urban Deluge (Floods)

  • Counting down: Launch of Chandrayaan-3 Mission

    chandrayaan

    Central Idea

    • The Indian Space Research Organisation (ISRO) is set to launch the Chandrayaan 3 mission on July 14 from the Satish Dhawan Space Centre, Sriharikota.
    • This mission follows the Chandrayaan 2, which encountered technical issues and crash-landed on the moon in September 2019.

    Chandrayaan-3: Mission Details and Landing

    • Launch Vehicle: Chandrayaan 3 will be launched aboard the Geosynchronous Satellite Launch Vehicle Mark III (GSLV Mk III) rocket.
    • Landing Site: The spacecraft is expected to land near the moon’s South Pole.
    • Operational Duration: Chandrayaan 3 will operate on the lunar surface for one lunar day, equivalent to 14 Earth days.

    Significance of the Lunar South Pole

    • Scientific Interest: The lunar South Pole is a compelling location due to the presence of towering massifs and permanently shadowed craters that may contain volatile compounds and water-ice deposits.
    • Planetary Formation Insights: Studying the South Pole-Aitken Basin’s age and impact melt could provide insights into planetary formation.
    • Valuable Resource: Volatile deposits at the South Pole could serve as a valuable resource for future exploration and astrobiology investigations.
    • Solar Power Potential: Some mountain peaks near the pole receive extended periods of sunlight, making them potential sites for continuous solar power supply.
    • Fossil Record: Craters at the South Pole may contain a fossil record of the early Solar System, providing valuable scientific data.

    Choosing the South Pole over the North Pole

    • Permanent Darkness: The larger shadowy region at the lunar South Pole, which remains in permanent darkness, makes it suitable for studying unilluminated areas.
    • Aitken Basin Edge: The South Pole is located at the edge of the Aitken Basin, the largest impact basin in the Solar System.
    • Lunar Reconnaissance Orbiter: NASA’s Lunar Reconnaissance Orbiter collects data over the South Pole region, enhancing the scientific understanding of the area.
    • Longer Lunar Day-Night Cycle: The Moon’s longer rotation cycle (around 30 days) results in extended periods of day and night, making the South Pole more accessible.

    Trajectory and Landing Procedure

    • Similar to Chandrayaan 2: Chandrayaan 3 will follow a trajectory similar to Chandrayaan 2, utilizing a propulsion module to orbit Earth before heading to the moon.
    • Lunar Orbit and Landing: Once within the moon’s gravitational pull, the module will lower itself to a 100 x 100 km circular orbit. The lander will then detach and descend to the lunar surface.

    Scientific Payloads

    • The Lander: The lander, named ‘Vikram,’ will deploy four scientific payloads to study the moon’s surface temperature and subterranean characteristics.
    • The Rover: The rover, named ‘Pragyan,’ will conduct chemical and visual tests as it roves around the lunar surface.

    Objectives of Chandrayaan 3

    • Safe Landing Demonstration: Chandrayaan 3 aims to demonstrate safe and soft landing on the lunar surface.
    • Rover Roving Capability: The mission will showcase the capability of the rover to traverse the lunar surface.
    • In-situ Scientific Experiments: Chandrayaan 3 will conduct in-situ scientific experiments on the moon.

    Development and Delay

    • Development Phase: The development phase for Chandrayaan 3 began in January 2020, with scientists and engineers working on the spacecraft’s design and assembly.
    • Manufacturing Delays: The COVID-19 pandemic caused delays in the manufacturing and testing of the propulsion systems.
    • Launch Schedule: The launch, initially planned for early 2021, was postponed due to the pandemic. The spacecraft is now set to launch in July 2023.

    Importance of Chandrayaan 3

    • India’s Third Lunar Mission: Chandrayaan 3 is India’s third lunar mission and the second attempt at a soft landing on the moon.
    • Renewed Interest in Lunar Exploration: In recent years, there has been a renewed interest in exploring the moon following Chandrayaan-1’s discovery of water on the lunar surface.

    Conclusion

    • Chandrayaan 3 represents India’s continuous efforts to explore the moon and achieve a soft landing.
    • The mission’s success will contribute to scientific advancements and further our understanding of the lunar surface.
    • As space agencies around the world plan future lunar missions, humanity’s return to the moon seems imminent after more than five decades.

  • Why normative recommendations of finance commissions remain on paper

    finance

    What is the news?

    • This article critically examines the historical outcomes of the 13th FC and underscores the need for realistic expectations regarding the forthcoming 16th FC

    Central idea

    • The Finance Commissions (FC) in India play a crucial role in determining the fiscal framework for resource allocation between the Union and state governments. Established under Article 280 of the Constitution, the FCs provide recommendations on vertical devolution, horizontal distribution, and grants-in-aid. However, the effectiveness of these recommendations in achieving their intended objectives remains a matter of contention

    Purpose and Scope of Finance Commissions

    • Finance Commissions are constituted under Article 280 of the Constitution and their recommendations encompass three key areas: vertical devolution, horizontal distribution, and grant-in-aid.
    • Vertical devolution focuses on Union to state transfers
    • Horizontal distribution involves the allocation of resources between states based on a specific formula.
    • Grant-in-aid, covered under Article 275, provides financial assistance to states deemed in need.
    • It is important to note the distinction between grants and grant-in-aid, as the latter operates at arm’s length and offers more flexibility in terms of control.

    Recommendations of the previous Finance Commission

    13th Finance Commission Recommendations:

    • Increase the number of court working hours using existing infrastructure.
    • Enhance support to Lok Adalats.
    • Provide additional funding to State Legal Services Authorities to enhance legal aid for the marginalized.
    • Promote the use of Alternative Dispute Resolution (ADR) mechanisms.
    • Enhance the capacity of judicial officers and public prosecutors through training programs.
    • Support the creation of a judicial academy in every state for training purposes.
    • Allocate funds for the setting up of specialized courts.

    15th Finance Commission Recommendations:

    • Gather quantifiable data on the level of various services available in different states.
    • Collect corresponding unit cost data to estimate cost disabilities among states.
    • Fill gaps in statistical data through the efforts of the Ministry of Statistics.

    Challenges encountered in the implementation of Finance Commission recommendations

    • Lack of Implementation of Homilies: The recommendations made by Finance Commissions, both at the Union and state levels, are often ignored as mere pious intentions. This indicates a lack of commitment and follow-through in translating the recommendations into concrete actions.
    • Conditionalities and Expenditure Restrictions: The objections raised by some states in the article indicate challenges related to conditionalities attached to grants. Conditionalities may restrict the expenditure options of states, creating obstacles in implementing the recommended reforms.
    • Inadequate Resource Allocation: The allocated funds for specific reforms may not be sufficient, leading to inadequate implementation. Financial constraints and competing budgetary priorities can limit the availability of resources needed to effectively execute the recommended measures.
    • Lack of Coordination: The implementation of Finance Commission recommendations requires cooperation between the Union and state governments. Any lack of coordination or disagreements between these entities can hinder the execution of reforms

    Way forward: Need for realistic expectations regarding the forthcoming 16th FC

    • Acknowledging Implementation Challenges: Recognize the challenges and complexities involved in implementing Finance Commission recommendations, such as coordination issues, administrative capacity, and resistance to change. This understanding will help shape realistic expectations and strategies for addressing these challenges.
    • Strengthening Implementation Mechanisms: Focus on improving the implementation mechanisms and processes. This includes enhancing coordination and cooperation between the Union and state governments, strengthening administrative capacity at all levels, and streamlining the implementation of conditionalities to facilitate smoother execution.
    • Robust Monitoring and Evaluation: Establish effective monitoring and evaluation mechanisms to track the progress and outcomes of implemented reforms. Regular assessment will help identify implementation gaps and provide opportunities for course correction and improvement.
    • Building Stakeholder Consensus: Foster stakeholder engagement and consensus-building to ensure the buy-in and ownership of recommended reforms. Engage relevant stakeholders, including government departments, civil society organizations, and local communities, to create a shared vision and collective commitment towards implementation.
    • Learning from Past Experiences: Analyze past experiences and identify the reasons behind the limited implementation of previous recommendations. This will help inform future strategies, learning from the challenges faced and replicating successful implementation models.
    • Advocacy and Public Awareness: Create awareness among the public about the importance of Finance Commission recommendations and their impact on governance and development. Foster advocacy efforts to generate public support and hold governments accountable for implementing the recommended reforms.

    Conclusion

    • Finance Commissions in India fulfill a critical role in determining fiscal transfers between the Union and state governments. However, the implementation of their recommendations often falls short of expectations due to various challenges and limitations. By critically analyzing the past experiences of Finance Commissions, it becomes evident that a more pragmatic approach is necessary to align expectations with the actual outcomes.

    Also read:

    Finance Commission and the Challenges of Fiscal Federalism

  • Supreme Court seeks SEBI’s explanation FPI Amendments

    sebi

    Central Idea

    • The Supreme Court has asked the Securities and Exchange Board of India (SEBI) to clarify why amendments were made in 2018 to the Foreign Portfolio Investors (FPI) Regulations.
    • These amendments had eliminated crucial clauses aimed at preventing opacity in FPI ownership structures.

    Why discuss this?

    • A judicial inquiry report has stated that SEBI’s investigation into allegations against the Adani Group by Hindenburg Research had been hindered by FPI ownership amendments.
    • The report highlighted the challenges faced by SEBI in determining the “ownership” of 13 overseas entities, including the FPIs mentioned in the Hindenburg report, due to the lack of clarity in their ownership chain.

    What are FPIs?

    • Foreign Portfolio Investments (FPI) refer to investments made by foreign individuals, institutional investors, pension funds, sovereign wealth funds, and other entities in financial instruments of a foreign country.
    • These investments typically involve the purchase of securities such as stocks, bonds, mutual funds, exchange-traded funds (ETFs), and other tradable financial assets.

    Key characteristics of foreign portfolio investments include:

    • Indirect Ownership: FPIs involve indirect ownership of financial instruments rather than direct ownership of physical assets or businesses. Investors hold portfolios of securities issued by companies, governments, or other entities in the target country.
    • Diversification: FPIs allow investors to diversify their investment portfolios internationally. By investing in different countries and asset classes, investors can reduce risks associated with a concentration in a single market or asset type.
    • Liquidity: FPIs offer high liquidity as they involve trading in financial instruments that can be easily bought or sold in the secondary market. Investors have the flexibility to enter or exit their positions quickly based on market conditions or investment objectives.
    • Market Access: FPIs provide foreign investors with access to the securities markets of other countries. This enables them to participate in the economic growth and potential returns of different markets and take advantage of investment opportunities that may not be available domestically.
    • Regulatory Framework: FPIs are subject to regulations and guidelines set by the regulatory authorities of the target country. These regulations may include registration requirements, investment limits, disclosure obligations, and compliance norms to ensure market integrity and investor protection.
    • Market Impact: Large FPI flows can have a significant impact on the target country’s financial markets. They can influence stock prices, bond yields, exchange rates, and overall market sentiment. As a result, FPIs are closely monitored by regulatory bodies and policymakers.

    Key Issue: FPI Regulations Amendment

    The Foreign Portfolio Investors (FPI) Regulations were first introduced in 2014 by the Securities and Exchange Board of India (SEBI).

    • Removal of “opaque structure” provision: The 2018 amendments eliminated provisions in the FPI Regulations that addressed opaque structures and required FPIs to disclose every ultimate natural person in the ownership chain.
    • Justice Sapre panel’s observations: The expert committee report stated that the removal of these provisions had put SEBI in a “chicken-and-egg situation” in its investigation of the 13 overseas entities suspected of having opaque structures.
    • Need for information on ultimate economic ownership: The report emphasized that SEBI’s investigation required information about the ultimate economic ownership, rather than just beneficial owners, of the entities under scrutiny.

    Supreme Court’s Query and SEBI’s Response

    • Court’s inquiry on the amendments: The Chief Justice asked SEBI to explain the circumstances and reasons behind the changes made to the provisions dealing with opaque structures.
    • SEBI’s assertion on ongoing investigation: The Solicitor General, representing SEBI, stated that the investigation was progressing at full speed and that the agency was working diligently to meet the extended deadline set by the court.
    • Petitioners’ arguments on fatal impact: The petitioners argued that the amendments made in 2018 had rendered SEBI’s current investigation ineffective, as the definition of opaque structure was removed. They claimed that these amendments were intended to prevent fraud exposure.

    Court’s Concerns and Request for Explanation

    • Court’s curiosity about the amendments: The Chief Justice expressed the court’s interest in understanding the reasons behind the changes made by SEBI in 2018.
    • Potential impact on the investigation: The court acknowledged the argument that the amendments might restrict SEBI from delving into the layers of transactions, potentially hindering the investigation.

    Conclusion

    • The court seeks clarification on the circumstances surrounding these changes and their impact on SEBI’s investigation into the Adani Group.
    • The court’s concern lies in understanding the potential limitations these amendments may have imposed on SEBI’s ability to explore the ownership chain and layers of transactions.

  • In news: GST Council Decisions

    Central Idea

    • The Goods and Services Tax (GST) Council convened its 50th meeting on July 11, announcing significant revisions and clarifications to tax rates.
    • Additionally, the council discussed the establishment of GST Appellate Tribunals.
    • It sought to address the concerns surrounding inclusion of the GST Network under the Prevention of Money Laundering Act (PMLA).

    What is GST Council?

    • The Goods and Services Tax (GST) Council is a crucial body established under the 101st Constitutional Amendment in 2016 to oversee the implementation of the GST regime in India.
    • Comprised of representatives from the central government and the states, the Council plays a pivotal role in making recommendations and decisions related to GST.

    Composition of the GST Council

    • Joint forum: The GST Council is a joint forum consisting of members from the Centre (Union Finance Minister and Union Minister of State for Finance) and representatives from the states.
    • State representation: Each state nominates a minister in charge of finance, taxation, or any other relevant minister to be a member of the Council.

    Objectives of the GST Council

    • Recommendation-making authority: The Council is responsible for making recommendations to the Union and the states on important GST-related issues. This includes suggestions on the goods and services that should be subjected to or exempted from GST, as well as the formulation of model GST laws.
    • Decision-making on tax rates: The Council determines the various rate slabs under the GST regime. It has the authority to decide the applicable tax rates for different goods and services.

    Recent Tax Rate Changes proposals

    • Uncooked and unfried snack pellets and fish soluble paste: The tax rate on these items was reduced from 18% to 5%.
    • Imitation zari threads or yarn: The GST rate on these items was reduced from 12% to 5%.
    • Food and beverages consumed inside cinema halls: The GST rate for these items was reduced to 5% without any input tax credits, compared to the previous 18% levied on cinema services.
    • Special utility vehicles (SUVs): The tax treatment for SUVs was clarified, ensuring that the higher GST compensation cess does not affect sedans. The conditions for classifying a vehicle as an SUV were revised to exclude the requirement of being popularly seen as an SUV. The ground clearance of 170 mm should now be for an unladen vehicle.
    • Exemption for satellite launch services: The Council offered an exemption on GST for satellite launch services provided by private organizations.

    Other recommendations: GST Appellate Tribunals

    • Proposal for setting up GST Appellate Tribunals: States’ proposals to establish 50 Benches of GST Appellate Tribunals were examined. These tribunals will play a crucial role in resolving GST disputes.
    • Operational timeline: The government aims to make the tribunals operational within four to six months, starting with the establishment of Benches in State capitals and places where High Courts have Benches.
    • Appointment and service conditions: The Council cleared the appointment and service conditions for tribunal members and the president, which will come into effect from August 1.

    Inclusion of GST Network under PMLA

    • Concerns raised by non-BJP ruled states: Representatives from states not governed by the BJP criticized the decision to bring the GST Network under the purview of the Prevention of Money Laundering Act (PMLA) administered by the Enforcement Directorate (ED).
    • Tamil Nadu’s opposition: Tamil Nadu expressed opposition to the move, stating that it is against the interests of taxpayers and goes against the objective of decriminalizing offenses under the GST law.
    • Explanation and clarification: Revenue Secretary presented an explanation of the provision, stating that it is a requirement of the Financial Action Task Force (FATF) and not directly related to the GST law.
    • Information sharing: The GSTN will not share information about private businesses with other law enforcement agencies. The ED will neither receive nor provide information, but the director of the Financial Intelligence Unit may provide information to the GSTN to empower tax authorities in combating tax evasion and money laundering.

     

  • Why Indian manufacturing’s productivity growth is plummeting and what can be done?

    What is the news?

    • According to a recent study Productivity growth in Indian manufacturing has been slowing since the 1990s, with a more pronounced decline in the years leading up to the Covid-19 pandemic. Exploring the causes behind this decline is crucial to develop effective strategies for revitalizing the sector.

    Central idea

    • India’s manufacturing sector has long been a matter of concern for policymakers and the subject of extensive academic research. The government has consistently aimed to increase the share of manufacturing in the country’s GDP. However, despite efforts to promote manufacturing, the sector’s contribution and overall employment has remained stagnant.

    Key Facts about Manufacturing Productivity in India

    • Slowing Growth: Productivity growth in India’s manufacturing sector has been declining since the 1990s, with a significant acceleration in the mid-2010s and leading up to the Covid-19 pandemic.
    • Gap with the United States: India’s manufacturing productivity per worker is considerably lower compared to the United States. In 2020, it was only around a fifth of the productivity level in the US.
    • Regional Disparities: There are wide variations in manufacturing productivity across Indian states. Western and Central Indian states tend to have higher average productivity, while Southern and Eastern states have lower productivity levels. This contrasts with the GDP per capita rankings, where Southern states generally have higher incomes than their Western and Central counterparts.

    Potential reasons behind the decline in manufacturing productivity

    • Slow Manufacturing Sector Growth: The overall growth rate of India’s manufacturing sector has been decreasing, particularly since around 2015. This sluggish growth can limit the opportunities for productivity improvement and hinder overall sector performance.
    • Insufficient Investments: Inadequate investments in technology, infrastructure, and research and development (R&D) can hamper productivity growth. Limited capital expenditure by firms may result in outdated machinery, inefficient processes, and lower productivity levels.
    • Skill Mismatch: The manufacturing sector requires a specific skill set, and a mismatch between the skills possessed by the labor force and the skills demanded by the industry can impede productivity. The lack of trained and skilled workers in areas such as advanced manufacturing techniques, automation, and specialized operations may contribute to lower productivity levels.
    • Informality and Informal Labor Market: The prevalence of informal employment in the manufacturing sector can hinder productivity growth. Informal workers often lack access to training, social security benefits, and stable employment conditions, which can lead to lower productivity levels compared to formal employment arrangements.
    • Regulatory Challenges: Cumbersome regulatory processes, including complex labor laws, bureaucratic red tape, and regulatory compliance burdens, can hamper productivity growth. These challenges may discourage investment and hinder the adoption of efficient production practices.
    • Infrastructure Deficiencies: Inadequate infrastructure, such as poor transportation networks, unreliable power supply, and limited access to technology and connectivity, can negatively impact manufacturing productivity. Insufficient infrastructure can increase costs, disrupt supply chains, and hinder efficiency in production processes.
    • Inefficient Supply Chains: Weak linkages and coordination within supply chains can contribute to lower productivity in manufacturing. Challenges such as fragmented value chains, inefficient logistics, and inadequate coordination between suppliers, manufacturers, and distributors can result in delays, increased costs, and reduced overall productivity.
    • Lack of Innovation and Technology Adoption: Limited emphasis on innovation, research, and development, as well as a slower adoption of advanced technologies, can constrain productivity growth in the manufacturing sector. Insufficient investment in technological upgrades and a reluctance to adopt new manufacturing techniques can lead to lower productivity compared to global standards.

    Implications of Declining manufacturing productivity 

    • Economic Growth: Declining manufacturing productivity can hinder overall economic growth.
    • Reduced Competitiveness: Declining productivity in manufacturing can erode a country’s competitiveness in the global market. This can lead to a decline in exports and an increase in imports, negatively impacting the trade balance and potentially affecting the overall economic stability of a nation.
    • Employment and Labor Market Challenges: Lower productivity can result in reduced job creation within the manufacturing sector, leading to unemployment or underemployment.
    • Technological Progression: When productivity declines, the incentives for firms to invest in research and development or adopt new technologies may diminish, leading to a slower pace of technological advancement within the manufacturing sector.
    • Industrial Development and Diversification: A decline in productivity can hinder the growth and diversification of the manufacturing sector, limiting its ability to contribute to overall industrial development.
    • Investment and Innovation: Declining productivity in manufacturing can discourage investment and innovation within the sector.
    • Sectoral Shifts: Declining manufacturing productivity may result in a shift towards other sectors of the economy. If manufacturing becomes less competitive and less productive, resources and investments may be redirected to other sectors such as services.

    What can be done? 

    • Boost Investments: Encouraging both domestic and foreign investments in the manufacturing sector can help upgrade infrastructure, improve technology adoption, and enhance productivity. This can be achieved through attractive investment policies, tax incentives, and easing of regulatory procedures.
    • Skill Development and Training: Focusing on skill development programs tailored to the manufacturing sector can address the skill mismatch and enhance the capabilities of the workforce. Collaborating with educational institutions and industry associations to design training programs and apprenticeships can ensure a skilled labor force.
    • Infrastructure Development: Prioritizing infrastructure development, including transportation networks, power supply, logistics, and digital connectivity, is essential for improving productivity. Investment in infrastructure projects can create an enabling environment for manufacturing activities and reduce operational inefficiencies.
    • Regulatory Reforms: Streamlining regulatory processes, reducing bureaucratic complexities, and simplifying labor laws can create a business-friendly environment. Establishing a favorable regulatory framework can attract investments, foster innovation, and enhance productivity in the manufacturing sector.
    • Research and Development (R&D): Encouraging R&D activities and innovation in the manufacturing sector can lead to technological advancements and productivity gains. Collaborations between industry, research institutions, and academia can facilitate knowledge transfer and promote innovation-driven manufacturing.
    • Entrepreneurship and Start-up Ecosystem: Supporting entrepreneurship and nurturing a vibrant start-up ecosystem in manufacturing can bring fresh ideas, innovation, and competitiveness. Providing access to finance, mentorship programs, and incubation support can encourage entrepreneurial growth and drive productivity.
    • International Collaborations: Strengthening international collaborations and partnerships can facilitate knowledge exchange, technology transfer, and best practice sharing. Engaging with global manufacturing networks can help Indian manufacturers learn from successful models and adapt to global standards.

    Conclusion

    • The findings of this study underscore the urgent need for policy interventions to address the challenges faced by India’s manufacturing sector. Encouraging investments in workers, improving labor market conditions, and promoting a conducive business environment are crucial steps that can help revitalize India’s manufacturing sector, enhance productivity, and lift millions out of poverty.

    Also read:

    Revisiting India’s Manufacturing Dilemma: A Call for Comprehensive Ecosystem Development

  • Quantum Supercomputer using Majorana Zero Modes

    majorana

    Central Idea

    • Microsoft researchers have made significant strides in the creation of Majorana zero modes, a type of particle that could revolutionize quantum computing.
    • Majorana zero modes, which are their own antiparticles, possess unique properties that could make quantum computers more robust and computationally superior.

    Majorana Fermions: A conceptual backgrounder

    • Fermions and Antiparticles: All subatomic particles that constitute matter are known as fermions, with each fermion having an associated antiparticle that annihilates upon interaction.
    • Majorana Fermions: In 1937, Italian physicist Ettore Majorana discovered that certain particles, known as Majorana fermions, can satisfy specific conditions and be their own antiparticles.
    • Neutrinos as Potential Majorana Fermions: Neutrinos are one type of subatomic particle that scientists speculate may exhibit Majorana fermion behavior, although experimental confirmation is still pending.

    Understanding Majorana Zero Modes

    • Quantum Numbers and Spin: All particles have four quantum numbers, with one called the quantum spin having half-integer values for fermions. This property allows any fermion, even a large entity like an atom, to be classified as a fermion.
    • Bound States and Fermions: Bound states composed of two particles can also be classified as fermions if their total quantum spin possesses a half-integer value.
    • Majorana Zero Modes: When these bound states are their own antiparticles and do not readily de-cohere, they are known as Majorana zero modes, which have been sought after by physicists for many years.

    Easy explained: Majorana Zero Modes

    In the world of physics, particles can have interesting properties and behave in strange ways. One type of particle that scientists have been studying is called a Majorana particle.

    Majorana particles have a special property called “non-Abelian statistics.” Without getting too technical, this property means that when two Majorana particles come close together, something interesting happens. Instead of behaving like normal particles, they can combine in a special way to form a new kind of particle called a Majorana zero mode.

    A Majorana zero mode is a very peculiar particle because it is its own antiparticle. Normally, particles have antiparticles with opposite properties, like an electron and a positron. But Majorana zero modes are special because they don’t have separate antiparticles. They are their own antiparticles!

    Potential Benefits for Computing

    • Enhanced Stability: Majorana zero modes offer increased stability for qubits, the fundamental units of information in quantum computing. Even if one entity within the bound state is disturbed, the qubit as a whole can remain protected and retain encoded information.
    • Topological Quantum Computing: Majorana zero modes can enable topological quantum computing, which takes advantage of non-Abelian statistics. These statistics introduce an additional degree of freedom, allowing algorithms to produce different outcomes based on the order in which steps are performed.

    Challenges and Future Prospects

    • Creating Majorana Zero Modes: Scientists have been exploring various setups, such as topological superconductors, to generate Majorana zero modes. However, confirming their existence remains a challenge, as their effects on surrounding materials must be inferred indirectly.
    • Recent Advances by Microsoft Researchers: Microsoft researchers recently engineered a topological superconductor using an aluminium superconductor and an indium arsenide semiconductor. Their device passed a stringent protocol, suggesting a high probability of hosting Majorana zero modes.

    Future prospects

    • While this achievement is significant, the existence of Majorana fermions and their potential for topological quantum computing still need independent confirmation.
    • Continued improvements in simulation, growth, fabrication, and measurement capabilities are necessary to achieve the desired topological gap for coherent operations.

  • Foxconn withdraws Chip Manufacturing Deal   

    foxcon chip

    Central Idea

    • Taiwan-based Hon Hai Technology Group, commonly known as Foxconn, has announced its withdrawal from a $19.5 billion semiconductor joint venture with the Vedanta Group.
    • The decision comes as Foxconn aims to explore alternative development opportunities.

    Background and JV Details

    • The joint venture aimed to establish a semiconductor fabrication plant in Gujarat, India.
    • The plant was intended to produce 28 nanometer semiconductors.
    • The partnership was expected to boost India’s semiconductor manufacturing capabilities.

    Foxconn’s Decision to Withdraw

    • Fulfilling Technology Transfer and Investment Requirements: Reports suggested that the firms were unable to meet the government’s demands for increased technology transfer and investment from European firm STMicroelectronics.
    • Financial Constraints: Vedanta’s heavy debt burden and its ability to finance the acquisition of chipmaking technology are believed to have played a significant role in Foxconn’s decision to pull out of the joint venture.
    • Differences and Lack of Progress: Senior government officials confirm that the joint venture encountered difficulties and differences, leading to the realization several months ago that Foxconn would withdraw.
    • Diverse Development Opportunities: Foxconn cited the need to explore a wider range of development opportunities as the reason for its withdrawal from the joint venture.

    Vedanta’s response

    • Commitment from Vedanta: Vedanta stated that it will continue to pursue other partnerships and highlighted its possession of a license for production-grade technology for 40nm chips from a prominent Integrated Device Manufacturer (IDM).
    • Importance of India in Semiconductor Supply Chains: Vedanta reiterated the significance of India in global semiconductor supply chain repositioning efforts.
    • Independence and New Partners: Vedanta intends to remove the Foxconn name from the fully-owned entity and pursue partnerships with other companies to establish India’s first foundry.
    • Production Licenses: Vedanta highlights its possession of a license for production-grade technology for 40 nm chips and the forthcoming acquisition of a license for production-grade 28 nm chips.
    • Government Evaluation: The government will evaluate Vedanta’s proposal, but the absence of Foxconn may affect the progress of the application.

    Government’s position

    • Commitment to India’s Semiconductor Mission: Electronics and Information Technology Minister assured that both Foxconn and Vedanta remain dedicated to India’s semiconductor mission and the Make in India program.
    • Continuation of Semiconductor Growth: The government aims to continue developing India’s semiconductor industry and attract further investments.

    Uncertainty Surrounding Other Proposals

    • ISMC Proposal: ISMC, backed by Next Orbit and Tower Semiconductor, has requested that its proposal not be considered due to the pending merger between Intel and Tower Semiconductor. The proposal for a $3 billion semiconductor fab in Karnataka is expected to remain on hold until the merger is finalized.
    • IGSS Venture Proposal: The proposal by Singapore-based IGSS Venture did not meet the standards set by the government’s advisory committee and is currently on hold.

    Importance of Chipmaking for India

    • Strategic Sector: India has identified electronics manufacturing, including chipmaking, as a critical sector for domestic production and export growth.
    • Domestic Supply Chain: Chip manufacturing plays a crucial role in developing a domestic electronics supply chain, reducing reliance on imports, particularly from China.
    • Opportunity for India: As companies seek to diversify their manufacturing bases away from China, India has the potential to emerge as a reliable destination for semiconductor manufacturing.
    • Global Context: The US has passed the CHIPS Act, providing significant subsidies for chip manufacturing domestically, while imposing restrictions and sanctions on China’s semiconductor industry.

    Conclusion

    • Foxconn’s withdrawal and uncertainties surrounding other proposals highlight challenges in India’s semiconductor manufacturing plans.
    • Financial constraints faced by Vedanta and the need for technology acquisition pose hurdles to realizing India’s chipmaking ambitions.
    • Nonetheless, India’s focus on chip manufacturing remains a strategic priority to develop a domestic electronics supply chain and reduce dependence on imports.