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  • Nepal refuses to join China’s Global Security Initiative (GSI)

    Central Idea

    About Global Security Initiative (GSI)

    • The GSI aims to contribute to global peace and stability by promoting fairness and justice among nations.
    • It was launched in April 2022.
    • Six key principles:
      1. Commitment to Comprehensive Security: Emphasizing cooperation for maintaining world peace and security.
      2. Respect for Sovereignty: Upholding the sovereignty and territorial integrity of all countries, non-interference in internal affairs, and respect for diverse development paths.
      3. UN Charter Principles: Abiding by the UN Charter’s principles, rejecting Cold War thinking, unilateralism, group politics, and bloc confrontations.
      4. Indivisible Security: Addressing the legitimate security concerns of all nations, promoting balanced and sustainable security, and opposing self-security at the expense of others.
      5. Peaceful Conflict Resolution: Advocating dialogue and consultation for resolving international disputes, rejecting double standards, unilateral sanctions, and extraterritorial jurisdiction.
      6. Multifaceted Security: Maintaining security in traditional and non-traditional domains, collaborating on regional conflicts, and addressing global challenges like terrorism, climate change, cybersecurity, and biosecurity.
    • Other Policy Initiatives: President Xi’s new initiatives—GDI, GSI, and Global Civilisation Initiative (GCI)—have become cornerstones of China’s foreign policy during his third term.

    Nepal’s Stance on Chinese Initiatives

    • Supporting Global Development Initiative: Nepal expressed support for China’s Global Development Initiative (GDI) and considered joining the Group of Friends of the GDI.
    • Belt and Road Initiative (BRI): The joint statement reaffirmed cooperation under the Belt and Road Initiative, emphasizing the need to finalize a delayed BRI implementation plan swiftly.

    Key collaborated projects

    • Flagship Cross-Border Railway: Nepal and China are engaged in extensive connectivity projects, including the flagship cross-border railway from Lhasa to Kathmandu.
    • Broad Connectivity Goals: Both countries aim to strengthen connectivity across various sectors like ports, roads, railways, airways, and grids. They are working on the Trans-Himalayan Multi-Dimensional Connectivity Network.
    • Border Port Openings: Nepal and China welcomed the opening of ports like Lizi-Nechung and the reopening of Zhangmu-Khasa for passenger services. They plan to open other border ports like Chentang-Kimathanka and Riwu-Olangchungola soon.
    • Infrastructure Support: China pledged support for projects like the Araniko Highway maintenance, Syaphrubesi-Rasuwagadhi Highway repair, and a 220 KV Cross-Border Power Transmission line. Progress on the feasibility study of the Jilong/Keyrung-Kathmandu Cross-Border Railway was noted, with further cooperation and training initiatives planned.

    Balancing Act by Kathmandu

    • Strategic Balancing: Nepal maintains a careful balance by cooperating on development projects with China while exercising caution on security matters.
    • Commitment on Tibet: Nepal reaffirmed its commitment to China on Tibet, pledging not to allow separatist activities against China on Nepali soil.
    • Support for Sovereignty: China expressed firm support for Nepal’s independence, sovereignty, and territorial integrity.

    Conclusion

    • Nepal’s diplomatic balancing act reflects its cautious approach towards security cooperation while enthusiastically engaging in cross-border connectivity projects.
    • The joint statement highlights Nepal’s support for China’s Global Development Initiative and commitment to the Belt and Road Initiative.
    • Despite declining to explicitly join the Global Security Initiative, Nepal agreed to elements of security collaboration with China.

  • Challenge of Phosphorus Scarcity and Pollution: A Need for Innovative Solutions

    Central Idea

    • Phosphorus scarcity poses a growing challenge to global agriculture, with critical implications for food production and environmental sustainability.
    • While the history of land fertilization dates back to ancient agricultural practices, the advent of synthetic fertilizers in the 19th century transformed modern agriculture.
    • However, today’s reliance on synthetic fertilizers, particularly phosphorus, raises concerns about its scarcity and environmental impact.

    Age-Old Challenge of Soil Fertilization

    • Historical Origins: The challenge of fertilizing land dates back to the dawn of agriculture. Early human societies recognized the need to replenish soil nutrients depleted by repeated cycles of cultivation and harvest.
    • Ancient Fertilization: Indigenous communities worldwide devised fertilization techniques, including the use of fish remnants and bird droppings (guano), to restore essential nutrients to the soil.

    Revolutionizing Agriculture with Synthetic Fertilizers

    • 19th Century Advancements: The 19th century witnessed significant progress in chemistry, leading to the creation of synthetic fertilizers. It also marked the identification of key nutrients: nitrogen, phosphorus, and potassium, the foundation of modern chemical fertilizers.
    • Green Revolution’s Impact: The mid-20th-century Green Revolution accelerated the adoption of high-yield crop varieties and intensive fertilizer use, revolutionizing global food production.

    About Phosphorus

    Need Essential nutrient for plant growth, involved in photosynthesis, energy transfer, and root development.
    Impact of Deficiency Leads to stunted growth, reduced flowering, and poor fruit or seed development in plants.
    Types – Superphosphate

    – Triple Superphosphate (TSP)

    – Diammonium Phosphate (DAP)
    Application Applied through broadcasting, banding, or direct placement with seeds during planting.
    Benefits Promotes strong root development, better flowering, fruiting, and overall plant health.
    Environmental Considerations Efficient use is required to prevent runoff and environmental issues like eutrophication.
    Balanced Fertilization Maintain a nutrient balance (N-P-K) in soil to avoid both deficiency and excess of phosphorus.

    Phosphorus Predicament

    • Phosphorus Scarcity: Phosphorus is a finite resource primarily found in specific geological formations. It’s not only depleting but also causing environmental pollution when it enters water bodies, leading to algal blooms and eutrophication.

    Geopolitical Complexities

    • Global Phosphorus Reserves: Today, a small group of countries, including Morocco and the Western Sahara region, controls the majority of the world’s phosphorus reserves. This geopolitical control raises concerns.
    • Cadmium Contamination: Phosphorus often coexists with cadmium, a heavy metal harmful to health. Cadmium-laden fertilizers can contaminate crops, posing health risks.
    • Largest Importer: India is the world’s largest importer of phosphorus, primarily from cadmium-rich deposits in West Africa.
    • Cadmium Susceptibility: Staple crops like paddy in India are vulnerable to cadmium absorption, potentially causing health issues.

    Challenge of Phosphorus Disposal

    • Loss and Wastage: Only a fraction of mined phosphorus is consumed through food; a significant amount is lost to water bodies due to excessive fertilizer application.
    • Sewage Contamination: Most phosphorus consumed ends up in sewage. Inadequate sewage treatment allows phosphorus to accumulate in water bodies, fueling algal blooms and depleting oxygen.

    Exploring Phosphorus Alternatives

    • Precision Agriculture: Reducing chemical fertilizer use through precision agriculture offers one solution to address phosphorus scarcity without compromising yield.
    • Circular Water Economies: Urban sewage can become a valuable source of phosphorus. Two key strategies:
      1. Source Separation Toilets: Collect urine, a concentrated waste stream rich in phosphorus, and convert it into local fertilizer.
      2. Recycling Wastewater and Sludge: Recover nutrients, including phosphorus, from sewage sludge through innovative methods like sludge mining.

    Incentive Challenges

    • Overuse of Fertilizers: In rural India, powerful farmers often sell fertilizers, encouraging smaller farmers to overuse them. This requires better extension services and awareness campaigns.
    • Perceptions of Sewage: In urban India, sewage has historically been stigmatized, affecting regulations and wastewater treatment practices.

    Rethinking the Approach

    • Systemic Change: Fundamental changes are needed, including lowering sewage mining costs, allowing urban-mined phosphorus in agriculture, and shifting utility incentives from discharge standards to nutrient recovery.
    • Multi-Beneficial Solution: Such changes can tackle multiple challenges, including geopolitical dependency, affordable fertilizers, improved water bodies, and public health benefits.

    Conclusion

    • The phosphorus dilemma is a pressing challenge with far-reaching consequences for agriculture, geopolitics, and the environment.
    • As we grapple with dwindling phosphorus reserves and its environmental pollution, innovative solutions must be embraced.
    • Precision agriculture and circular water economies, including source-separating toilets and sewage recycling, offer promising avenues to alleviate the scarcity issue.

  • Green Hydrogen push will need to counter challenges

    What’s the news?

    • Recently, the government affirmed its commitment to making India a green hydrogen hub with a trial run of two buses that will operate on this clean fuel.

    Central idea

    • Green hydrogen is recognized for its minimal emissions and higher efficiency compared to internal combustion engines. The government’s move to conduct a trial run of two buses on green hydrogen fuel is part of a larger plan to introduce 15 more such buses by the end of the year. However, several challenges must be addressed to ensure the commercial viability of green hydrogen.

    What is green hydrogen?

    • Green hydrogen, often referred to as clean hydrogen, is a type of hydrogen gas produced through a process that uses renewable energy sources or other low-carbon methods with little to no greenhouse gas emissions.
    • Green hydrogen (GH2) is produced by splitting water (H2O) into hydrogen and oxygen (O2) using renewable electricity.
    • It is considered an environmentally friendly and sustainable form of hydrogen production because it does not rely on fossil fuels or emit harmful pollutants or greenhouse gases during its creation.
    • It can serve as an energy source (heavy industry, long-distance mobility, aviation, and power storage) and an energy carrier (as green ammonia or blended with natural gas).

    Have you heard about green steel?

    • Green steel refers to steel that is produced using sustainable and environmentally friendly methods.
    • Green steel is produced using renewable energy sources, such as wind and solar power, and by utilizing low-emission technologies that reduce carbon emissions.
    • One of the main ways to produce green steel is through the use of hydrogen instead of coal or natural gas as the reducing agent in the steel-making process.
    • Green steel is seen as a way to reduce the environmental impact of the steel industry, which is responsible for a significant portion of global carbon emissions.
    • The costs of green steel, made from green hydrogen, are currently much higher but could be reduced with economies of scale and changes in production technologies.

    Challenges and roadblocks

    • Renewable Energy Capacity Gap: India needs to add approximately 100 GW of renewable energy capacity every year for the next seven years to meet its green hydrogen production goals. In contrast, only about 16 GW of renewable energy capacity was added last year, revealing a substantial capacity deficit.
    • Water Intensity: The production of 1 kg of green hydrogen requires around eight to nine liters of water. This poses a significant challenge in regions already grappling with water scarcity issues, potentially straining local resources.
    • Electrolyser Manufacturing Capacity: The global manufacturing capacity of electrolysers, the critical component in green hydrogen production, currently stands at about 10 GW. To meet its 2030 targets, India may need to increase its capacity six to tenfold, indicating a pressing need for rapid expansion.
    • Access to Rare Earth Minerals: Rare earth minerals are essential for electrolyser production, and China currently dominates this market. India must secure a consistent supply of these minerals through strategic partnerships or domestic production to support its green hydrogen ambitions.
    • Safety Concerns: Green hydrogen is highly flammable, necessitating rigorous safety measures throughout the production, storage, and transportation processes. These safety concerns may impact public perception and adoption.

    Way forward

    • Accelerate Renewable Energy Deployment: India should intensify efforts to deploy renewable energy sources like solar and wind power. Policies, investments, and streamlined regulatory processes are necessary to attract investments and expedite capacity expansion.
    • R&D for Water-Efficient Technologies: Investment in research and development is critical to developing water-efficient hydrogen production technologies. Collaborations with research institutions and international partners can expedite progress.
    • Domestic Electrolyser Production: India should prioritize domestic electrolyser manufacturing capabilities. Strategic diplomatic negotiations and alliances can help secure access to rare earth minerals for indigenous production.
    • Stringent Safety Standards: Developing and enforcing robust safety standards and protocols for green hydrogen production, storage, and transport is essential. Ensuring safety will foster confidence in the technology.
    • Infrastructure Development: Building the necessary infrastructure, including pipelines and refueling stations, for green hydrogen production, storage, and distribution is crucial for its widespread adoption.

    Steps in the right direction

    • Green Hydrogen Mission: The Indian government has launched the Green Hydrogen Mission, which aims to produce 5 million tonnes of green hydrogen annually by 2030. This initiative is designed to reduce the country’s dependence on imported fossil fuels and mitigate 50 million metric tonnes of greenhouse gas emissions.
    • Investment in Electrolysis Technology: A significant portion of the Green Hydrogen Mission’s budget is dedicated to developing electrolysers, the devices used in the electrolysis process to produce green hydrogen. This investment is crucial to scaling up hydrogen production capacity in the country.
    • Utilizing the Indian Oil Corporation’s Expertise: The government has wisely leveraged the Indian Oil Corporation’s expertise for the country’s inaugural green hydrogen vehicle project. To access global markets and foster collaborations with other nations, India must further develop its capabilities in the green hydrogen sector.

    Conclusion

    • India’s aspirations to become a green hydrogen hub are laudable and align with global efforts to combat climate change. However, the journey ahead is fraught with challenges. Technological innovation, international partnerships, and a sustained commitment to clean energy are essential to transforming these ambitions into a sustainable reality.

    Also read:

    [Sureshot] National Green Hydrogen Mission

  • India-Canada Relations: The Need for Constructive Engagement

    What’s the news?

    • Indian and Canadian leaders and diplomats have a history of failing to engage constructively, often talking past each other. This disconnect persists today, fueled by differing perceptions and unresolved issues. The recent Nijjar case has brought these tensions to the forefront.

    Central idea

    • In the realm of international diplomacy, the relationship between India and Canada has often been marked by a lack of genuine engagement and mutual understanding. Both nations have harbored grievances, with India feeling that Canada has disregarded its concerns, particularly regarding the Khalistan issue, while Canada believes that India fails to grasp its legal and governance framework.

    Canada’s Stance in the ongoing India-Canada diplomatic tensions

    • Emphasis on the Rule of Law: Trudeau has emphasized that Canada is a nation founded on the rule of law. He underscores the importance of upholding a rules-based world order.
    • Nijjar Case as a Test: Canada has made the murder of Hardeep Singh Nijjar a test case for upholding the rule of law and global order. It asserts that harming any of its nationals is unacceptable, irrespective of any grievances India may have.
    • Support from Allies: Canada’s stance in the Nijjar case has garnered support from its allies, including the United States, the United Kingdom, and Australia. These countries endorse Canada’s position and call on India to cooperate with Canada in the investigation.
    • Demand for Specific Evidence: Canada has shared credible allegations with India regarding the Nijjar case. While India dismisses these allegations.

    India’s Response

    • Rejection of Allegations: The Indian government has rejected Canadian Prime Minister Justin Trudeau’s allegations regarding the Nijjar case as absurd and motivated. India disputes the claims made by Canada and seeks concrete evidence to substantiate these allegations.
    • Offer to Address Concerns: Despite dismissing the allegations, India has expressed a willingness to examine Canadian concerns if specific evidence is provided. India maintains that it is ready to cooperate on any genuine issues related to its citizens.
    • Assertion of National Laws: India insists that its national laws cannot serve as a shield for promoting secession or staging protests that glorify violence. It calls for Canada to take legal action against Khalistani propagandists and individuals involved in hate speech and violence on Canadian soil.
    • Open to Diplomacy: India remains open to diplomatic engagement with Canada to address the Nijjar case and other ongoing issues, emphasizing the importance of resolving disputes through dialogue and cooperation.

    Challenges to Constructive Engagement

    • Perceived Racism in Governance: Some Indians view Canada’s approach to governance systems in countries like India as colored by racism. Intrusive questions posed to Indian visa seekers from security services are seen as unacceptable and warrant bilateral discussions.
    • The Khalistan Issue: India’s frustration with Canada regarding the Khalistan issue dates back over four decades. The Canadian Security Intelligence Service (CSIS) was established in 1984, yet Khalistani activities were not taken seriously, even after instances of terror emerged.
    • Response to Recent Charges: Trudeau’s use of harsh language and the expulsion of a senior Indian diplomat strained the relationship further. A measured Indian response was replaced by a more confrontational approach.
    • Evidence and Judicial Scrutiny: Canadian officials claim to possess intelligence implicating India in Nijjar’s murder but have not revealed details. For a meaningful resolution, this intelligence needs to be converted into evidence suitable for judicial scrutiny.

    Challenges to Constructive Engagement

    • Perceived Racism in Governance: Some Indians view Canada’s approach to governance systems in countries like India as colored by racism. Intrusive questions posed to Indian visa seekers from security services are seen as unacceptable and warrant bilateral discussions.
    • The Khalistan Issue: India’s frustration with Canada regarding the Khalistan issue dates back over four decades. The Canadian Security Intelligence Service (CSIS) was established in 1984, yet Khalistani activities were not taken seriously, even after instances of terror emerged.
    • Canada’s Trust Issue: The Canadian law enforcement system appears to lack trust in the Indian legal system. This is evident in Canada’s reluctance to extradite individuals accused of violence and murder in India, especially those with ties to Khalistani activities.
    • Response to Recent Charges: Trudeau’s use of harsh language and the expulsion of a senior Indian diplomat strained the relationship further. A measured Indian response was replaced by a more confrontational approach.
    • Evidence and Judicial Scrutiny: Canadian officials claim to possess intelligence implicating India in Nijjar’s murder but have not revealed details. For a meaningful resolution, this intelligence needs to be converted into evidence suitable for judicial scrutiny.

    Way Forward: Need for quiet and constructive diplomacy

    • Private Dialogue: Both nations should prioritize private, behind-the-scenes dialogue to address their grievances and misunderstandings. Public posturing should be replaced with discreet diplomatic channels where concerns can be discussed openly and candidly.
    • Evidence-Based Engagement: Canada should provide specific evidence regarding the Nijjar case to India, allowing for a fair and transparent examination of the allegations. India, in turn, should be open to reviewing this evidence objectively.
    • Respect for Sovereignty: Respect for each other’s sovereignty should be paramount. Issues related to visa applications and extradition should be approached in a manner that aligns with international norms while respecting national sovereignty.
    • Cultural Sensitivity: Both nations should exhibit cultural sensitivity in their interactions. Questions and actions that may be perceived as insensitive should be avoided to prevent further strain on relationships.
    • Leadership Role: Leaders in both India and Canada should play a key role in setting a tone of constructive engagement. Diplomacy should be marked by measured language and a commitment to dialogue.

    Conclusion

    • To rebuild strained Indo-Canadian relations, both nations must shift towards a more constructive engagement that acknowledges their respective concerns and grievances. Quiet and mature diplomacy should replace confrontational tactics. In the pursuit of a harmonious relationship, mutual respect and understanding are essential, and only through constructive engagement can these goals be achieved.

  • Climate Change and Infectious Diseases

    What’s the news?

    • The latest report from the Intergovernmental Panel on Climate Change (IPCC), released in March, serves as a stark reminder of the escalating global risk posed by infectious diseases.

    Central idea

    • The intricate relationship between climate and disease becomes more evident with each passing year. Recent analysis in Nature Climate Change (2022) warns that humans now face a wider array of infectious agents than ever before. More than half of all known infectious diseases affecting humans worsen due to shifting climate patterns.

    The Impact of Climate Change on Infections

    • Habitat Loss and Human-Animal Interaction:
    • Climate change contributes to habitat loss, pushing disease-carrying animals into closer proximity to human territories.
    • This increased interaction between humans and wildlife raises the risk of disease transmission from animals to humans.
    • For example, the Nipah virus outbreaks in Kerala originated from bats and caused fatalities in humans.
    • Broader Spectrum of Infectious Agents: An analysis published in Nature Climate Change in 2022 warns that humans now face a wider range of infectious agents due to climate change. Over half of all known infectious diseases that threaten humans are exacerbated by changing climate patterns.
    • New Transmission Routes: Diseases often find new transmission routes due to climate change. This includes transmission through environmental sources as well as through medical tourism and contaminated food and water from once-reliable sources.
    • Ecosystem Transformation: Climate change is transforming ecosystems by introducing invasive species and extending the range of existing life forms. These changes trigger complex upheavals in ecosystems, making it challenging for ecologists and epidemiologists to predict disease outbreaks.
    • Manifestation of Climatic Shifts: These climatic shifts are manifesting in severe health crises, including a dengue epidemic in Dhaka, Bangladesh, and Kolkata, as well as the Nipah outbreak in Kerala.
    • Human-Induced Health Vulnerability Crisis:
    • Human-induced climate change is described as unleashing an unprecedented health vulnerability crisis.
    • India, in particular, has experienced the ominous impact, with early summers and erratic monsoons leading to water scarcity in regions like the Gangetic Plains and Kerala.

    Current Surveillance, Reporting, and Challenges

    • Improved Reporting Over the Decades:
    • India has made significant progress in reporting disease outbreaks over the past two decades.
    • Initiatives like the Integrated Disease Surveillance Program (IDSP) were introduced to enhance disease surveillance.
    • For example, in 2008, IDSP reported 553 outbreaks, and by 2017, this number had increased to 1,714.
    • Transition to the Integrated Health Information Platform (IHIP):
    • The IDSP was phased out in favor of a newer system called the Integrated Health Information Platform (IHIP) in 2018.
    • IHIP is a web-enabled, near-real-time electronic information system that added 20 additional disease conditions compared to IDSP’s 13.
    • It aimed to provide disaggregated data to its users.
    • Unfulfilled Expectations: Despite the promise of IHIP, the program has not fully met expectations for real-time tracking of emerging disease outbreaks.
    • Inadequate Surveillance for Emerging Diseases: The current design of disease surveillance is deemed inadequate for the emerging disease scenario brought about by climate change.

    The Need for a Unified Approach: One Health

    • Interconnectedness of Health: One Health recognizes the interconnectedness of human, animal, plant, and environmental health. It emphasizes that these domains are interdependent and that the health of one is intimately linked to the health of the others.
    • Preventing Disease Outbreaks: The One Health approach is pivotal in preventing disease outbreaks, particularly those originating from animals. It acknowledges that diseases like zoonotic infections (those that can be transmitted from animals to humans), neglected tropical diseases, vector-borne diseases, antimicrobial resistance, and environmental contamination are all interconnected.
    • Holistic Approach: One Health takes a holistic approach to health surveillance and prevention. It goes beyond traditional disease control strategies and recognizes the need to address health challenges at their source, including the role of ecosystems.

    Recommendations for India

    • Implement one health program: Foster synergy between the central and state governments and their specialized agencies, including animal husbandry, forest and wildlife, municipal corporations, and public health departments. Develop robust surveillance systems and establish lines of responsibility and collaboration.
    • Coordination and Management: With the influx of funding from sources like the World Bank, enhance the coordination and management of One Health initiatives. The Office of the Principal Scientific Adviser to the Prime Minister has played a leading role, but greater collaboration is essential.

    Way forward: Looking Beyond Disease X

    • The Obsession with “Disease X”: While the global focus remains on the mysterious “Disease X,” the ongoing challenges posed by familiar infectious agents like influenza, measles, Japanese encephalitis, dengue, and diarrhoea continue to strain public health systems.
    • Climate Change’s Broader Impact: Climate change is not limited to infectious diseases. It exacerbates injuries and fatalities resulting from extreme weather events, respiratory and cardiovascular diseases, and mental health issues.
    • Nipah’s Wake-Up Call: The re-emergence of the Nipah virus in Kerala serves as a stark wake-up call, emphasizing that a mere biomedical response to diseases is inadequate in the face of evolving threats.
    • The Role of Ecosystems: Protecting ecosystems becomes paramount as they play a crucial role in mitigating climate-induced infectious diseases and maintaining overall ecological balance.
    • Fostering Collaboration: Collaboration among various stakeholders, including government agencies, health departments, environmental bodies, and the public, is essential to effectively address these complex challenges.
    • Proactive Safeguarding: The road ahead demands concerted efforts not only to adapt to climate change but also to proactively safeguard our planet and the well-being of its inhabitants for a resilient and healthier future.

    Conclusion

    • The urgent need for a One Health approach to combat climate-induced infectious diseases is clear. India must prioritize collaboration, surveillance, and ecosystem protection to effectively address this growing threat and secure a healthier future for its population.

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  • Southwest Monsoon begins early Withdrawal/Retreat

    monsoon

    Central Idea

    • India Meteorological Department (IMD) has announced withdrawal of the monsoon.

    What is Monsoon Withdrawal/Retreat?

    • In India, retreating monsoon is the withdrawal of south-west monsoon winds from North India.
    • The withdrawal is gradual and takes about three months.
    • With the retreat of the monsoons, the clouds disappear and the sky becomes clear. The day temperature starts falling steeply.
    • Monsoon rains weaken all over India except few southeastern states.
    • It is helpful in Rabi crop cultivation.

    Factors affecting the retreat

    Two predominant factors cause the phenomenon:

    (1) Land topography

    • First, the low mountain range in each region runs from north to south, shielding it from west-bound winds that trigger summer monsoon.
    • After summer, the range aids in the ‘orographic lift’ or rising of east-bound air mass from a lower to higher elevation, forming clouds and resulting in rain.

    (2) Atmospheric convection

    • The second factor is atmospheric convection or vertical movement of air.
    • As the earth is heated by the sun, different surfaces absorb different amounts of energy and convection may occur where the surface heats up very rapidly.
    • As the surface warms, it heats the overlying air, which gradually becomes less dense than the surrounding air and begins to rise.
    • This condition is more favorable from September to February because of the role played by sea surface temperature or water temperature.

    Immediate factors influencing withdrawal

    • The withdrawal of the monsoon is based on meteorological conditions such as-
    1. Anti-cyclonic circulation (dry air that is the opposite of a cyclone)
    2. Absence of rain in the past five days and
    3. Dry weather conditions over the region

    When does it occur?

    • The monsoon withdrawal is a long-drawn process and extends into mid-October, though the IMD considers September 30 to be the final day of the season over India.
    • The rain after that is categorised as “post-monsoon” rainfall.

  • How Indians and their Boats fared in the Deep Sea?

    boat

    Central Idea

    • A groundbreaking 21-meter-long ship, constructed using an age-old technique of stitching wooden planks with ropes, cords, coconut fibers, natural resins, and oils, is scheduled to embark ‘Baliyatra’ from Odisha to Bali, Indonesia.
    • The initiative, led by the Govt. of India, aims to rekindle the nation’s rich maritime tradition and heritage.
    • This remarkable journey will be manned by a crew from the Indian Navy.

    Early Evidence of Maritime Trade

    • Ancient Maritime Trade: The presence of maritime trade networks dating back to circa 3300-1300 BCE is supported by evidence from the Indus Valley, Mesopotamia, and coastal sites along the Arabian Sea. The engineering marvel of the dock at Lothal in Gujarat stands as a testament to the Indus civilization’s profound understanding of tides and winds.
    • Historical Accounts: Ancient texts, including the Vedas (circa 1500-500 BCE), contain vivid accounts of seafaring adventures and the associated risks. Furthermore, the Jataka Tales (circa 300 BCE-400 CE) and Tamil Sangam literature (circa 300 BCE-300 CE) provide explicit references to maritime activities.

    Challenges in Recognizing Maritime Heritage

    • Historiographical Biases: Historians have often marginalized India’s maritime heritage in favor of narratives centered on land-based polities. This bias has led to the neglect of India’s maritime contributions.
    • Emergence of Deep-Sea Voyages: The 1st century BCE witnessed intensified mid-ocean voyages driven by the Roman Empire’s demand for Eastern commodities, which harnessed monsoon winds and marked a significant turning point in maritime activity.

    Ancient Indian Boats and Shipbuilding

    • Limited Knowledge: The field of marine archaeology in India remains at an early stage of development, with primary insights derived from boat-building traditions, artistic depictions, and literary sources.
    • Traditional Boat-Building Techniques: Indian boat construction traditions favor stitching planks of wood together instead of using nails. These traditions encompass coir-stitched, jong (Southeast Asian), and Austronesian methods, each employing various stitching techniques.
    • Wood Selection: Selection of wood types for shipbuilding depended on their suitability for specific ship components. Mangrove wood excelled in creating sturdy dowels, while teak was preferred for planks, keels, stem, and stern posts.

    India’s Role in Maritime Trade

    • Trade Lake of the Indian Ocean: By the Common Era, the Indian Ocean had evolved into a thriving trade network, with India positioned at its heart. This network facilitated trade connections between India and Europe via the Middle East and Africa in the west, as well as Southeast Asia, China, and Malaysia in the east.
    • Evidence of Scale: Estimates indicate the colossal scale of trade, with customs taxes collected from the Red Sea trade route alone contributing significantly to the Roman exchequer.

    Uncovering a Hidden Past

    • Ongoing Exploration: Recent excavations have provided substantial insights into India’s maritime history. Nevertheless, experts acknowledge that numerous discoveries await on this journey of exploration.
    • Need for Investment: Marine archaeology in India requires increased funding and recognition to unlock its full potential and contribute meaningfully to humanity’s understanding of the past.
    • Value of Knowledge: Scientific archaeology’s pursuit of India’s deep maritime past offers the potential for immense benefits to humanity. Engaging with this history challenges conventional narratives and represents a subversive yet essential endeavor.

    Conclusion

    • The forthcoming voyage of the stitched ship symbolizes India’s dedicated efforts to rejuvenate its maritime heritage, shedding light on the forgotten history of Indian seafarers and their remarkable vessels.
    • Through exploration and study, India seeks to restore the rightful place of its maritime legacy in the annals of history.

  • Tobacco Warnings on OTT Platforms: A Closer Look at the Debate

    tobacco

    Central Idea

    • The Central government’s regulations mandated long-duration smoking warnings for films and TV series on OTT platforms like Hotstar, Amazon, and Netflix.
    • Streaming websites voiced objections, raising concerns about user experience.

    Recent Development

    • According to a recent report, the government has agreed to find “pragmatic solutions” for stricter tobacco warnings on OTT platforms.
    • A closed-door meeting saw streaming executives engage with Health Ministry and Information and Broadcasting (I&B) Ministry officials.

    Why Smoking Warnings in Indian Entertainment?

    • Linking Health Impact and Public Perception: The introduction of smoking warnings in Indian entertainment stems from the connection between smoking’s health impact and its portrayal to the public. The goal is to communicate clear information about the health risks associated with smoking and discourage its use.
    • Regulation Evolution: The Indian government has a history of regulating how smoking is portrayed. The Cinematograph Act of 1952 prohibited the “glamorization” of tobacco in movies, and the Cable Television Networks Amendment Act of 2000 banned tobacco and alcohol advertising on cable TV.

    Historical Context

    • Factors Leading to Consensus: Several factors contributed to a growing national consensus on tobacco control, including increased health awareness, new laws and enforcement, judicial rulings (e.g., the 2008 ban on public smoking), civil society efforts, global support for tobacco control, and the influence of the World Health Organization.
    • COTPA and Health Ministry Notification: Under the Cigarettes and Other Tobacco Products Act (COTPA), signed into law in May 2003, the Health Ministry introduced a notification prohibiting the display of tobacco products in cinema and television programs.
    • Content Rules: This notification required films and shows produced before it to include health warnings regarding smoking as a prominent scroll at the bottom of the screen. It also recommended prohibiting smoking in public places and using pictorial health warnings covering 85% of tobacco product display areas.
    • Legal Challenges: Legal challenges arose as some filmmakers and actors argued that these rules violated their freedom of speech. The Delhi HC quashed the notification in 2009, but the Supreme Court later upheld the rules.

    Introduction of Health Spots

    • Consensus-Building Efforts: Amid legal disputes, I&B Ministry appointed a new minister, leading to attempts to reach consensus. In 2011, the Health Ministry introduced new rules after consultations with I&B Ministry, aiming to make them more practical and implementable.
    • Health Spots in Old Content: For films and shows made before these rules, anti-tobacco health spots or messages were required at the beginning and middle of television programs, made available to the Central Board of Film Certification (CBFC).
    • Requirements for New Content: New films and TV shows with smoking scenes were to provide an “editorial justification” to the CBFC, include anti-tobacco health spots, display a prominent static message during tobacco product scenes, and feature an audio-visual disclaimer on the ill effects of tobacco use.

    Implementation Challenges

    • A study revealed that while many movies implemented at least one element of the film rules on tobacco imagery, few fully complied.
    • Compliance with other aspects of COTPA, such as restrictions on selling cigarettes near schools, has also been lacking.

    Debate over OTT Smoking Warnings

    • Content Library Concerns: I&B Ministry which regulates streaming platforms, expressed concerns about implementing warnings in existing content, foreign content, and health spots. It suggested displaying an appropriate health warning when users log in.
    • OTT Industry Concerns: In May, India ordered OTT platforms to insert static health warnings and anti-tobacco disclaimers. OTT executives raised concerns about the potential need to edit vast amounts of existing content, impacting user experience and creators’ freedom of expression.

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