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GS Paper: GS3

  • Resource Efficiency Circular Economy Industry Coalition (RECEIC)

    Central Idea

    • The Resource Efficiency Circular Economy Industry Coalition (RECEIC) was launched with 39 multinational corporations committing to resource efficiency and circular economy principles.

    What is RECEIC?

    • Foundation: The RECEIC, conceived during India’s G20 Presidency, is an industry-led initiative with a global focus on promoting resource efficiency and circular economy practices
    • Objectives: It aims to address environmental issues arising from waste, such as plastics, microplastics, e-waste, and chemical waste.
    • Participation: 39 multinational corporations from sectors such as steel, FMCG, and electronics joined RECEIC’s launch.
    • Leadership: The coalition will be industry-led, with the government playing a supporting role.
    • Focus: The coalition aims to address environmental challenges arising from different types of waste through resource efficiency and circular economy principles.
    • Presence: Ministers from Mauritius, Denmark, Italy, Canada, UAE, France, and the European Union attended the event.

    India’s measures in this regard

    • In 2021-22, India generated around 41 lakh tonnes of plastic waste, with 30 lakh tonnes allocated to registered recyclers and plastic waste processing units.
    • The Plastic Waste Management (Amendment) Rules, 2022, established Extended Producers’ Responsibility (EPR) guidelines to manage plastic waste effectively.
    • Plastic waste processors generated 2.6 million tonnes of EPR certificates, and purchased approximately 1.51 million tonnes of those certificates for 2022-23 obligations.

    Also read:

    [RSTV Archive] Circular Economy: Concept & Challenges

  • In news: Maitree Super Thermal Power Project

    maitree

    Central Idea

    • Bharat Heavy Electricals (BHEL), a state-owned engineering firm, achieved a major milestone in Bangladesh.
    • The 660-MW Unit-2 of the 1,320-MW Maitree Super Thermal Power Project (STPP) was successfully synchronized with the electricity grid in Bangladesh.

    Maitree Super Thermal Power Project

    • Location: The Maitree STPP is a 1,320-MW power plant situated at Rampal, Mongla, Bagerhat, Bangladesh.
    • Joint Venture: BHEL is responsible for setting up the power plant, which is a 50:50 joint venture between the Bangladesh Power Development Board (BPDB) and NTPC Ltd.
    • Infrastructure Priority: The project serves as a symbol of successful cooperation between India and Bangladesh and is a priority infrastructure development initiative for Bangladesh.
    • Objective: The primary goal of the project is to establish a reliable and cost-effective base-load power production system in Bangladesh.

    BHEL’s Technological Prowess and Global Leadership:

    • The successful synchronisation of the 660-MW Unit-2 underscores BHEL’s expertise and technological prowess in the power sector.
    • This accomplishment further solidifies BHEL’s position as a leading global player in providing dependable and sustainable energy solutions.

  • [pib] Hematene Nanoflakes

    hematene

    Central Idea

    • Researchers have made a groundbreaking discovery of nanoflakes of a material known as hematene, extracted from iron ore.
    • These nanoflakes have demonstrated exceptional capabilities in withstanding and shielding against high laser intensities.

    What is Hematene?

    • Hematene is a novel 2D material that has been derived from hematite (common iron ore).
    • It is a thin, single-layer material with unique properties that make it promising for various applications, especially in the field of optics.
    • Hematene nanoflakes have demonstrated exceptional capabilities in withstanding and shielding against high laser intensities, making them valuable for optical limiting applications.
    • The material’s stability and potential for futuristic technologies have garnered significant interest from researchers and scientists.

    How is it made?

    • Hematene is derived from naturally occurring hematite, the mineral form of iron oxide, through a process involving sonication, centrifugation, and vacuum-assisted filtration.
    • With a thickness of just 3 atoms, it exhibits improved photocatalysis efficiency.
    • Being ferromagnetic, like common magnets, it possesses magnetic properties.
    • Notably, it has the exceptional ability to withstand and provide shielding against high laser intensities.

    Applications of Hematene Nanoflakes

    • Optical Limiting: Hematene nanoflakes have demonstrated exceptional optical limiting capabilities, making them valuable in protecting sensitive optical equipment, such as sensors, detectors, and other optical devices, from high laser intensities.
    • Photodetectors: Hematene’s properties make it suitable for developing high-performance photodetectors, which are used to detect and convert light signals into electrical signals. This application has potential in telecommunications, imaging, and optical communications.
    • Energy Storage: Hematene can be explored for applications in energy storage devices, such as batteries and super-capacitors, due to its unique electronic and electrochemical properties.
    • Optoelectronics: The material’s properties make it suitable for optoelectronic devices, which involve the interaction of light and electricity, including light-emitting diodes (LEDs) and photovoltaic cells.
    • Photothermal Therapy: Hematene’s ability to withstand and shield against high laser intensities may find applications in photothermal therapy, a medical technique that uses light to treat diseases like cancer.
    • Environmental Applications: Hematene’s stability and potential for use in various environments may make it valuable in environmental applications, such as water purification and pollution control.
    • Sensors: The material’s unique properties may be utilized in developing high-performance sensors for various applications, including gas sensing and environmental monitoring.
    • Catalysts: Hematene’s surface characteristics and electronic properties could be explored for catalytic applications, promoting chemical reactions in various industrial processes.

  • Silvopasture Systems for Local Climate Resilience

    silvopasture

    Central Idea

    • Amidst the global decline of natural resources and forests, silvopasture systems emerge as a relevant solution to counter deforestation trends.

    What is Silvopasture?

    • Silvopasture is a sustainable land management practice that integrates trees, forage crops, and livestock grazing on the same parcel of land.
    • The term “silvopasture” is derived from the Latin words “silva” (forest) and “pastura” (pasture), emphasizing the combination of forestry and pasture practices.
    • In this system, carefully selected trees or tree species are planted or retained on grazing lands or pastures.
    • The trees can be scattered throughout the pasture, arranged in rows, or established as windbreaks and hedgerows.
    • Livestock, such as cattle, sheep, or goats, graze freely within the area, utilizing the available forage while benefiting from the shade and other advantages provided by the trees.

    Advantages offered

    Enhanced Climate Resilience
    • Silvopasture systems regulate local climate conditions, buffering against temperature and wind extremes.
    • Trees provides shade and reduces heat stress for livestock and other animals, promoting a more favorable living environment.
    Carbon Sequestration
    • Trees act as natural carbon sinks, sequestering significant amounts of carbon dioxide from the atmosphere.
    • Such systems can store 5-10 times more carbon than pastures without trees, contributing to greenhouse gas mitigation and combating climate change.
    Soil Enrichment
    • Extensive root systems of trees within silvopasture plots contribute to nutrient cycling, improved soil stability, and enhanced soil quality.
    • Effectively combats erosion, making the soil more resilient and fertile.
    Improved Microclimatic Conditions
    • Foster milder microclimatic conditions compared to open pastures.
    • Livestock experience reduced heat stress due to the shading provided by trees, leading to improved animal welfare.
    Biodiversity Conservation
    • Promotes habitat diversity, creating a suitable environment for a variety of plant and animal species.
    • Provides a sustainable habitat for native wildlife, contributing to biodiversity conservation.
    Sustainable Land Use
    • By integrating trees with livestock grazing, silvopasture supports sustainable land management.
    • Allows for livestock farming while preserving and restoring forested areas, offering a practical solution to deforestation trends.
    Water Storage and Infiltration
    • Enhance water storage potential by improving soil infiltration rates.
    • Presence of trees helps retain water, reducing runoff and contributing to water conservation.
    Economic Benefits
    • Improved farm income through increased productivity and reduced input costs.
    • Integration of multiple elements on the same land optimizes resource use and enhances overall farm profitability.

     

  • India’s Economic Ascent: From Top 10 to Top 3 Economies

    economic

    Central Idea

    • India is set to become the world’s third-largest economy by FY28, two years earlier than projected, according to economists at SBI Research.
    • Prime Minister highlighted India’s remarkable economic progress during his tenure.

    India’s Economic Growth Trajectory

    • Actual progress: India’s Gross Domestic Product (GDP) has grown by an impressive 83% between 2014 and 2023, a close second to China’s growth rate of 84% during the same period.
    • Financial Crisis Impact: While India’s economy was affected by the 2008-09 Global Financial Crisis its resilience was significantly better than that of European countries, contributing to its growth advantage over them.
    • Stagnation of Competing Countries: Many other top 10 economies have struggled to maintain significant growth rates, allowing India to overtake them. Ex. the UK’s total GDP grew by only 3%, France’s by 2%, Russia’s by 1%, while Italy’s GDP stagnated, and Brazil’s GDP even contracted by 15% during the same nine-year period.

    India’s Projected Growth

    economic

    • India’s Prospective Rank: According to forecasts from the International Monetary Fund (IMF), India is expected to become the third-largest economy globally by 2027, overtaking both Germany and Japan.
    • India’s Growth Advantage: Even with a more moderate growth rate of 6% per annum, India’s GDP in 2027 will be approximately 38% higher than its 2023 level.
    • Recessing countries: Japan and Germany are projected to achieve only a 15% increase over the same period, enabling India’s ascendancy to the third rank.
    • Challenges of Catching up: The gap between China and the US (the top two economies) and India’s GDP remains substantial.
    • Digitalization and Global Sentiment: Positive aspects include increased digitalization of the economy and the opportunity to attract investments due to negative global sentiment towards China.

    Issues with such growth: Per Capita GDP Disparity

    • Aggregate vs. Per Capita Numbers: While India’s aggregate GDP growth has been impressive, it is essential to consider per capita GDP figures to understand the actual prosperity of the country’s citizens.
    • Low Per Capita GDP: India’s per capita GDP, at $2,600 per annum, remains the lowest among the top 10 economies and lags considerably behind the countries it has overtaken, such as the UK, Brazil, and Italy.

    Reasons for such disparity

    • Pandemic Devastation: MSMEs, contributing 30% to India’s GDP and employing 110 million people, have been hit hard by the pandemic. Government surveys suggest that around 9% of these enterprises have shut down due to COVID-19.
    • Inflation: The decimation of MSMEs has resulted in core inflation, giving pricing power to a few large companies and burdening consumers with increased costs.
    • Unemployment Woes: The struggles of MSMEs are a significant reason behind India’s failure to reduce unemployment rates, leading many towards the rural job guarantee scheme for paid work.
    • Manufacturing-Led Economy: India’s inability to build a manufacturing-led economy remains a challenge, affecting job creation.
    • Factor Market Reforms: Successive governments have struggled to implement meaningful factor market reforms in land and labor laws.

    Conclusion

    • Addressing the hidden crisis will require sustained efforts from the government, focused on supporting MSMEs and implementing crucial reforms.
    • Taking timely and decisive action is essential to propel India towards a more stable and inclusive economic future.

  • Semicon India 2023: How government’s support and will built the semiconductor industry

    What’s the news?

    • The second edition of Semicon India, hosted by the India Semiconductor Mission (ISM), comes at a pivotal moment for the global semiconductor industry.

    Central idea

    • As technology advances rapidly and geopolitical landscapes shift, India is determined to foster a thriving domestic ecosystem to achieve self-sufficiency and emerge as a key player in the global semiconductor value chain.

    What is Semicon India?

    • Semicon India is the annual conference organized by the India Semiconductor Mission (ISM).
    • The primary objective of Semicon India is to promote the growth and development of the semiconductor industry in India.
    • It provides an opportunity for the country to demonstrate its capabilities in semiconductor design and manufacturing while fostering networking and knowledge exchange among participants.

    What are Semiconductors?

    • Semiconductors are a class of materials that have unique electrical properties, making them intermediate in conductivity between conductors and insulators. They are a vital component in the manufacturing of various electronic devices and play a crucial role in modern technology.

    India’s journey in the semiconductor industry

    • Early Efforts: India’s initial forays into the semiconductor sector began with public sector undertakings like Bharat Electronics Ltd. (BEL) and some other labs and institutions attempting to establish a presence in the industry. However, despite promising starts, India faced difficulties in achieving the volume and technology needed for competitiveness.
    • Missed Opportunities: Over the years, India encountered several missed opportunities that hindered its progress in the semiconductor field. One notable example is missing out on the Fairchild Semiconductor fab in the 1960s. Additionally, regulatory and bureaucratic hurdles prevented global semiconductor companies from showing interest in investing in India’s semiconductor manufacturing.
    • Setbacks and Challenges: India’s major VLSI fabrication plant at the Semiconductor Complex Limited (SCL) in Chandigarh began production before Taiwan’s entry into semiconductor manufacturing. Unfortunately, a massive fire in 1989 led to the closure of the plant for many years, hampering India’s progress in the industry.
    • Government Recognition: The Indian government came to recognize the economic and geopolitical significance of the semiconductor industry. Realizing the importance of achieving semiconductor self-sufficiency, the government launched the India Semiconductor Mission (ISM) to bolster the domestic ecosystem and position India as a key player in the global semiconductor value chain.

    The birth of the India Semiconductor Mission (ISM)

    • The India Semiconductor Mission (ISM) was launched as a significant initiative by the Indian government to bolster the semiconductor industry in the country.
    • It came into existence with a clear vision of nurturing a thriving domestic semiconductor ecosystem to achieve self-sufficiency and elevate India’s position as a key player in the global semiconductor value chain.
    • The mission’s proactive approach, combined with concrete policy interventions and political will, marks a new chapter in India’s journey in the semiconductor sector.

    The significance of domestic semiconductor manufacturing for India

    • Economic Growth: By manufacturing semiconductors domestically, India can reduce its dependence on imports, save foreign exchange, and contribute to economic growth by generating revenue and employment opportunities.
    • Technological Advancement: Domestic semiconductor manufacturing enhances India’s capabilities in cutting-edge technologies, research, and development. It fosters innovation and facilitates the growth of other technology-driven sectors, including artificial intelligence, the Internet of Things (IoT), 5G, and advanced electronics. This, in turn, can boost India’s competitiveness on the global technology stage.
    • Self-Reliance and Security: Developing a self-reliant semiconductor ecosystem ensures continuity in critical industries and safeguards against global disruptions. It also enhances India’s national security, as semiconductors play a vital role in defense and communication infrastructure.
    • Attracting Investment: A strong semiconductor manufacturing ecosystem attracts both domestic and foreign investments. This leads to the establishment of semiconductor fabrication plants, research centers, and collaborations with global technology companies.
    • Fostering Innovation: A thriving semiconductor industry encourages local innovation and entrepreneurship. It provides opportunities for startups and research institutions to develop innovative semiconductor technologies and solutions, positioning India as a global innovation hub.
    • Digital Sovereignty: In an increasingly interconnected and digitally driven world, possessing domestic semiconductor manufacturing capabilities is vital for digital sovereignty. It allows India to control its critical technology infrastructure and data security, reducing its reliance on foreign technology providers.

    Overwhelming global interest in India as a destination for semiconductor manufacturing

    • Growing Market Potential: India’s large and rapidly growing economy presents a significant market for semiconductor products, attracting global semiconductor companies to establish a presence in the country.
    • Government Support and Vision: The Indian government’s clear vision and commitment to nurturing a thriving domestic semiconductor ecosystem through initiatives like the India Semiconductor Mission (ISM) have instilled confidence among global players.
    • Strategic Importance: Policymakers in India recognize the strategic significance of a robust domestic semiconductor industry for economic growth, safeguarding domestic industries, and ensuring national security.
    • Urgency of Semiconductor Self-Reliance: The global semiconductor shortage and disruptions in supply chains have highlighted the urgency of achieving semiconductor self-reliance, making India an attractive location for semiconductor manufacturing.
    • Fiscal Incentives and Regulatory Support: The Indian government’s unprecedented commitment to fiscal incentives and regulatory support has drawn significant interest from semiconductor companies globally.
    • Skilled Workforce: India’s large pool of skilled engineers and technical talent offers an advantageous workforce for semiconductor companies looking to establish operations in the country.
    • Collaboration with Global Partners: Collaborative agreements with countries like the US and Japan in semiconductor development, research, design, and talent development have enhanced India’s appeal as a semiconductor manufacturing hub.
    • Focus on Sustainability: India’s emphasis on sustainable semiconductor manufacturing through green technologies and resource-efficient practices aligns with the global push for environmentally responsible production.
    • Long-term Support and Progress under ISM: The Indian government’s commitment to long-term support for the semiconductor industry, as demonstrated through initiatives like the Design Linked Incentive (DLI) scheme and modernization of facilities, has garnered attention.
    • Potential for Innovation: India’s thriving innovation ecosystem, including startups and research institutions, presents opportunities for collaborative innovation and technological advancements in the semiconductor industry.

    Conclusion

    • From missed opportunities to a thriving domestic ecosystem, India’s progress in the semiconductor industry is a global case study in building sectors from scratch through appropriate policy interventions and political will. India is now on track to lead the global race in the semiconductor value chain. The ISM reflects India’s determination to achieve semiconductor self-sufficiency and emerge as a major player in the global semiconductor industry.

    Also read:

    Semiconductor Fabrication in India: Learning from Past Attempts and Embracing Alternate Approaches

  • What flipped the decline of India’s FOREX reserves?

    forex

    Central Idea

    • India’s forex reserves were at $578.4 billion as of March 2023—a fall of over $28 billion since March 2022, $19.7 billion of which was due to valuation changes, as per RBI.
    • The depreciation of the US dollar and increased capital flows contributed to a surge in reserves this year.

    What is Foreign Exchange (Forex) Reserve?

    • Foreign exchange reserves are important assets held by the central bank in foreign currencies as reserves.
    • They are commonly used to support the exchange rate and set monetary policy.
    • In India’s case, foreign reserves include Gold, Dollars, and the IMF’s quota for Special Drawing Rights.
    • Most of the reserves are usually held in US dollars, given the currency’s importance in the international financial and trading system.
    • Some central banks keep reserves in Euros, British pounds, Japanese yen, or Chinese yuan, in addition to their US dollar reserves.

    India’s forex reserves cover:

    1. Foreign Currency Assets (FCAs)
    2. Special Drawing Rights (SDRs)
    3. Gold Reserves
    4. Reserve position with the International Monetary Fund (IMF)

    Current Scenario: Impact of US Rate Hikes and Capital Inflows

    • US Rate Hikes and Capital Flows: The US Federal Reserve’s rate hikes have triggered a flow of foreign investments into the US treasury, leading to capital outflows from India.
    • Potential Capital Inflows: So far this year, the US Fed has raised rates by 75 basis points. This could potentially increase capital inflows into emerging markets like India.
    • Improved Balance of Payment (BoP): India’s Balance of Payment has improved significantly, with the current account deficit projected to be less than 2% of GDP.
    • Resumption of Equity Capital Flows: There is a resumption in equity capital flows, and India continues to attract substantial investments compared to other emerging market peers.

    Global Standing of India’s Forex Reserves

    • Rank among Nations: India ranks fourth among countries with the highest forex reserves, following China, Japan, and Switzerland.
    • Differences in Reserve Accumulation: Most countries maintain large and persistent current account surpluses, owing to a competitive exports market. However, India, Brazil, and the US have accumulated reserves primarily through capital flows rather than a significant current account surplus.

    RBI’s Strategy for Diversifying Forex Reserves

    • Internationalizing the Rupee: The RBI aims to reduce reliance on foreign currencies by internationalizing the Indian rupee.
    • Exploring Use of Asian Clearing Union Currencies: The RBI is exploring the use of currencies from member states of the Asian Clearing Union, including the rupee, for payment and settlement among themselves.
    • Agreement with Sri Lanka: An agreement with the Central Bank of Sri Lanka enables the use of the rupee as a designated foreign currency, promoting trade between the two countries and facilitating rupee transactions for Indian tourists in Sri Lanka.

    Conclusion

    • While India’s forex reserves have seen fluctuations due to various factors, the country’s sustained efforts to diversify and strengthen its reserves position indicate a proactive approach by the RBI.
    • The ongoing focus on attracting foreign investments, coupled with measures to internationalize the rupee, may contribute to a more stable and resilient forex reserve management system in the future.

  • What is the Biodiversity Act? What changes has the Lok Sabha cleared in the law?

    What’s the news?

    • On July 25, the Lok Sabha gave its approval to a Bill to amend some provisions of the Biological Diversity Act of 2002.

    Central Idea

    • The Lok Sabha’s recent approval of the bill marks a significant step in preserving India’s biological diversity and promoting sustainable utilization. The bill aims to address concerns raised by central ministries, state governments, researchers, industries, and other stakeholders regarding the implementation of the 2002 Biological Diversity Act.

    What is the Biodiversity Law?

    • The Biodiversity Law, also known as the Biological Diversity Act of 2002, is a significant piece of legislation in India.
    • Its main objective is to conserve the country’s biological diversity, which includes animals, plants, microorganisms, gene pools, and the ecosystems they inhabit.
    • The law was enacted in response to the global need to protect and preserve biological resources, which were under threat due to human activities.

    Key amendments proposed in the Biodiversity Law

    • Exemption for Indian Systems of Medicine: Certain users of biological resources, like practitioners of Indian systems of medicine, are exempt from making payments to the Access and Benefit Sharing (ABS) mechanism.
    • Treatment of Indian Companies with Foreign Equity: Companies registered in India and controlled by Indians are treated as Indian companies, even with foreign equity or partnership, reducing restrictions on their activities related to biological resources.
    • Streamlining the Approval Process: Provisions have been included to expedite approval for research using biological resources and filing patent applications.
    • Rationalization of Penalty Provisions: Penalties for wrongdoing by user agencies have been rationalized.

    Significance of the Biodiversity Law

    • Conservation of Biological Diversity: The Biodiversity Law is crucial for preserving the diverse range of animals, plants, microorganisms, and ecosystems found in India.
    • Addressing Global Concerns: The law is a response to the global need to protect and conserve biological resources, which are under threat due to human activities. It aligns India with international efforts to safeguard biodiversity.
    • Implementation of CBD Commitments: India agreed to the Convention on Biological Diversity (CBD) in 1994. The Biodiversity Law helps fulfill India’s commitments under this international framework agreement, promoting biodiversity conservation and sustainable use.
    • Sustainable Resource Utilization: The law emphasizes the sustainable use of biological resources, ensuring that they are utilized in a manner that does not deplete them or harm the environment. This approach promotes responsible resource management.
    • Supporting Traditional Systems of Medicine: The law recognizes the significance of traditional medicine systems like Ayurveda, Unani, and Siddha, which rely on medicinal plants and biological resources. It supports the conservation of these resources and traditional knowledge.
    • Access and Benefit Sharing (ABS) Mechanism: The Biodiversity Law incorporates an Access and Benefit Sharing mechanism in alignment with the Nagoya Protocol. It ensures the equitable sharing of benefits arising from the utilization of genetic resources with local communities.

    Factors behind the need for amendments

    • Addressing Stakeholder Concerns: Over the years, various stakeholders, including practitioners of traditional medicine, the seed sector, pharmaceutical companies, and the research community, raised concerns about certain provisions in the original law.
    • Supporting Traditional Systems of Medicine: One of the key reasons for the amendments was to encourage Indian systems of medicine, such as Ayurveda. The amendments sought to provide exemptions or favorable conditions for practitioners of traditional medicine to access and use these resources.
    • Attracting Foreign Investment: By simplifying and streamlining processes, the government intended to make it easier for foreign entities to engage in research and business activities related to biodiversity in India.
    • Promoting Research and Innovation: The amendments aimed to expedite the approval process for research involving biological resources and simplify procedures for filing patent applications.
    • Rationalizing Penalty Provisions: The amendments likely involved rationalizing the penalty provisions for wrongdoing by user agencies. This was done to ensure that the penalties imposed for non-compliance with the law were fair and appropriate.

    Way forward

    • Integrated Policies: Develop and implement integrated policies that prioritize both biodiversity conservation and sustainable utilization. Ensure that economic development initiatives are aligned with environmental protection goals.
    • Stakeholder Collaboration: Foster collaboration among government bodies, NGOs, industries, local communities, and researchers to jointly address biodiversity challenges and promote sustainable practices.
    • Empower Local Communities: Empower local communities, especially indigenous groups, in biodiversity management and decision-making processes. Recognize their traditional knowledge and incentivize their involvement in conservation efforts.
    • Conservation Reserves and Protected Areas: Strengthen and expand the network of conservation reserves and protected areas to safeguard critical ecosystems and habitats.
    • Sustainable Resource Use: Promote sustainable practices in industries relying on biological resources, such as agriculture, pharmaceuticals, and biotechnology. Encourage eco-friendly and resource-efficient approaches.
    • Green Business Practices: Encourage businesses to adopt green practices and environmental certifications, recognizing their commitment to sustainability.
    • Education and Awareness: Raise public awareness about the importance of biodiversity, conservation, and sustainable resource utilization. Educate citizens about the benefits of preserving natural resources.

    Conclusion

    • The passage of the Biological Diversity (Amendment) Bill by the Lok Sabha reflects India’s commitment to preserving its rich biological diversity and promoting its sustainable use. As the bill advances to further stages of approval, it is essential to strike a balance between conservation and utilization, ensuring that future generations can benefit from the wealth of biological resources the country possesses.

    Also read:

    Monsoon session of Parliament to decide fate of Biological Diversity (Amendment) Bill

  • Concerns of High Fiscal Deficit and Public debt for Indian Economy

    What’s the news?

    • The Indian economy grapples with a soaring fiscal deficit and public debt, posing a critical challenge to its financial stability. With impending state and general elections in 2023 and 2024, the electoral budget cycle could worsen the debt situation, raising questions about its sustainability.

    Central idea

    • The escalating levels of fiscal deficit and public debt in India have been a persistent concern, even before the COVID-19 pandemic hit. Although there has been some recovery in the post-pandemic period, projections indicate that returning to pre-pandemic debt levels in the medium term seems unlikely.

    What is meant by fiscal deficit?

    • A fiscal deficit refers to the difference between a government’s total expenditures and its total revenues (excluding borrowings) during a specific period, usually a fiscal year.
    • It is a crucial component of a country’s fiscal policy and represents the amount of money the government needs to borrow to meet its expenditure commitments when its total expenses exceed its total revenue.

    What is meant by public debt?

    • Public debt represents the total amount of money that a country’s central government owes to various creditors, whether individuals, financial institutions, or foreign governments, at a specific point in time.
    • It is the cumulative result of past fiscal deficits and surpluses. Public debt includes all outstanding government borrowings, including both short-term and long-term debt.

    What is meant by financial repression?

    • Financial repression is an economic term used to describe government policies and regulations that manipulate interest rates, capital flows, and other financial instruments to channel funds towards the government’s debt obligations and other strategic priorities.
    • It typically involves measures aimed at reducing the cost of government borrowing and raising funds for public spending, often at the expense of savers and investors.

    India’s fiscal deficit and public debt

    • One of the Highest Debt Levels: Even before the COVID-19 pandemic, debt levels were among the highest in the developing world and emerging market economies.
    • Fiscal Deficit: The fiscal deficit in 2020–21 increased to 13.3% of GDP and has receded to 8.9% in the post-pandemic period.
    • Public Debt: The aggregate public debt relative to GDP was 89.6% in 2020–21 and decreased to 85.7% after the economy started recovering from the pandemic.
    • Debt-to-GSDP Ratios in Specific States: The debt-to-GSDP ratios in specific states: Punjab (48.9%), West Bengal (37.6%), Rajasthan (35.4%), and Kerala (close to 33%)

    Impact of financial repression

    • High Debt and Interest Payments:
    • Financial repression may lead to higher government debt levels as it facilitates borrowing at low-interest rates. As a result, interest payments on the accumulated debt can become a significant burden on the government’s finances.
    • On average, interest payments constitute over 5% of GDP and 25% of revenue receipts in India. This surpasses government expenditures on critical sectors like education and healthcare, hindering investments in essential infrastructure and human development.
    • State-Specific Concerns: Certain states in India, such as Punjab, Kerala, Rajasthan, and West Bengal, are particularly affected by high Debt-to-GSDP ratios. The debt burden in these states poses challenges for managing finances and implementing developmental initiatives.
    • Constraints on Fiscal Policy: Elevated debt levels resulting from financial repression can limit the government’s ability to implement counter-cyclical fiscal policies during economic downturns. This constraint can hinder the government’s capacity to respond effectively to shocks and economic challenges.
    • Distorted Financial Market: Government interventions, such as the SLR requirement, can create imbalances in the allocation of funds, affecting the availability of credit for productive sectors like manufacturing.
    • Impact on Sovereign Rating and External Borrowing: Persistently high deficits and debt levels can lead to lower sovereign ratings by rating agencies. A low sovereign rating can increase the cost of external commercial borrowing, making it more expensive for the government to raise funds from international markets.
    • Burden on Future Generations: Excessive debt accumulation can lead to intergenerational equity issues, with future citizens having to repay the debt and interest accrued during the period of financial repression.

    Way forward: Financial Consolidation

    • Fiscal Responsibility and Budget Management (FRBM) Rules: Enforce and strengthen the existing FRBM rules to ensure prudent fiscal management. Adhering to these rules can help control deficits and prevent excessive debt accumulation.
    • Targeted Interventions: Implement targeted interventions to reduce the debt burden while addressing critical needs such as education, healthcare, and infrastructure development. For instance, the government can allocate funds specifically to boost primary education and healthcare access in states with high debt burdens, such as Punjab, Kerala, Rajasthan, and West Bengal.
    • Infrastructure Investments: Prioritize investments in physical infrastructure, human capital, and green initiatives to enhance economic productivity and foster sustainable development. For example, investing in renewable energy projects can support the green transition while creating employment opportunities.
    • Enhance Tax Collection and Compliance: Improve tax administration and compliance to increase government revenue. Utilizing technology for cross-matching of GST and income-tax returns can enhance tax collection efficiency and curb tax evasion.
    • Fiscal Reforms at the State Level: Encourage states to adopt responsible fiscal policies and avoid excessive borrowing. For example, the central government can provide incentives to states that adhere to fiscal discipline and implement reforms to improve fiscal health.
    • Disinvestment and Efficient Asset Management: Pursue disinvestment and strategic asset management to optimize government resources and reduce the need for excessive borrowing. For instance, the government can consider divesting non-essential government assets and utilizing funds from asset sales efficiently. Instead of pouring money into BSNL, which may be better served by private sector expertise, the government can explore disinvestment options.
    • Market-Based Interest Rates: Gradually transition towards market-driven interest rates on government borrowing to ensure a more efficient allocation of capital in the financial market. This can help improve credit availability for the private sector.
    • Encourage Private Sector Participation: Promote private sector participation in critical sectors, allowing the government to focus on its core functions. For instance, the government can encourage private investment in infrastructure projects through public-private partnerships (PPPs).
    • Focus on Cash Transfers: Consider providing targeted cash transfers instead of subsidies for specific commodities and services. Cash transfers can be more efficient at redistributing resources without causing unintended distortions in relative prices.
    • Medium-Term Fiscal Consolidation: Develop and implement a medium-term fiscal consolidation plan to gradually reduce the fiscal deficit and public debt levels sustainably. This plan can include specific targets for debt reduction and deficit control.

    Conclusion

    • Financial repression’s adverse effects, along with the heavy costs of high deficits and debt, necessitate responsible policy interventions and fiscal consolidation. Emphasizing technological advancements and prudent economic policies will be vital in tackling the debt burden and ensuring long-term fiscal sustainability.

  • Full-Reserve Banking vs. Fractional-Reserve Banking

    bank

    Central Idea

    • Full-reserve banking, also known as 100% reserve banking, and fractional-reserve banking are two different systems of banking that determine how banks handle customer deposits and lending practices.
    • This article discusses the key differences between these two banking systems and the arguments put forth by proponents of each approach.

    What is Full-Reserve Banking?

    • Custodian Role: In a full-reserve banking system, banks hold all money received as demand deposits from customers in their vaults, acting as safekeepers of depositors’ funds.
    • Limited Lending: Banks can only lend money from time deposits, which customers can withdraw after an agreed-upon period.
    • Preventing Bank Runs: The full reserve ensures banks can meet depositor demands even if all customers seek to withdraw their money simultaneously, reducing the risk of a bank run.
    • Restricted Money Supply: Banks cannot create money through loans, limiting their influence on the economy’s money supply and potentially preventing artificial booms and busts.

    Contrary Idea: Fractional-Reserve Banking

    • Lending with Electronic Money: Banks in a fractional-reserve system predominantly lend in the form of electronic money, allowing them to lend more than the physical cash they have in vaults.
    • Risk of Bank Runs: Although electronic money minimizes cash withdrawals, excessive loans can lead to a bank run if depositors demand cash that exceeds the actual cash reserves.
    • Supporting Economic Growth: Proponents argue that fractional-reserve banking fuels investment and economic growth by allowing banks to create loans without relying solely on customer savings.

    Arguments for both systems

    • Fractional-Reserve Banking: Supporters believe fractional-reserve banking frees the economy from the constraints of real savings, stimulating investment and growth.
    • Full-Reserve Banking: Supporters argue that full-reserve banking is more natural, prevents bank runs, and limits banks’ ability to create money, which could prevent economic instability.