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Distribution: yearly

  • Canada accuses Indian diplomats?

    Why in the News?

    India-Canada relations have reached a historic low after Justin Trudeau’s government accused Indian officials of being involved in “activities that pose a significant threat to public safety,” claims that New Delhi has strongly rejected as “preposterous.”

    What specific allegations has Canada made against Indian diplomats?

    • Violent Extremism: Canadian authorities claim that agents of the Government of India have been involved in violent extremist activities affecting both countries.
    • Involvement in Criminal Activity: The Royal Canadian Mounted Police (RCMP) have accused Indian diplomats and consular officials of being linked to homicides, acts of violence, and the use of organized crime to create a sense of insecurity among the South Asian community in Canada.
    • Foreign Interference: Investigations suggest Indian officials leveraged their positions to collect information on certain individuals or groups in Canada, either directly or through proxies. This intelligence was allegedly shared with the Research and Analysis Wing (RAW) in India.
    • Threats and Coercion: The allegations include coercion tactics where individuals in Canada were reportedly threatened regarding their immigration status or faced risks to their family members in India.
    • Connections with Organized Crime: There are claims that Indian intelligence conveyed information to criminal networks in India, allegedly linked to gangster Lawrence Bishnoi, who is in custody in India. These networks are suspected of intimidating or targeting Canadians of South Asian descent.
    • Involvement in Assassinations: The controversy began with the assassination of Khalistani activist Hardeep Singh Nijjar in Surrey, and was further linked to the killing of Sukhdool Singh Gill in Winnipeg. Both incidents allegedly have ties to Indian government directives.

    How has India responded to Canada’s accusations?

    • Denial of Allegations: India has categorically dismissed the allegations as “absurd” and “preposterous.” Indian authorities have rejected claims of any involvement in criminal activities in Canada or targeting the Sikh community.
    • Accusations of Canadian Tolerance for Extremism: New Delhi has countered by accusing Canada of allowing anti-India elements and Khalistani separatist groups to operate freely, impacting India’s sovereignty and security.
    • Denial of Diplomatic Cooperation: Reports suggest that while India initially agreed to cooperate with the Canadian investigation, it later denied visas to RCMP officials who intended to share evidence with Indian counterparts.

    What actions have both countries taken in retaliation?

    • Expulsion of Diplomats: Following Canada’s expulsion of an Indian diplomat, India retaliated by expelling a senior Canadian diplomat, escalating the diplomatic dispute.
    • Visa Suspension: In response to the diplomatic tensions, India suspended visa services for Canadian citizens, citing security concerns for Indian diplomatic personnel in Canada.
    • Reduced Diplomatic Presence: The crisis has resulted in both nations significantly scaling back their diplomatic staff, affecting consular services and visa issuance.
    • Diplomatic Disengagement: India’s foreign minister has hinted at limiting diplomatic interactions with Canada, reflecting the deterioration in bilateral ties.

    What are the potential implications of this diplomatic crisis for both sides?

    • Bilateral Relations: The row represents a historic low in India-Canada relations. Both nations may experience prolonged diplomatic disengagement, adversely affecting cooperation in trade, education, and defence.
    • Economic Impacts: Canada is a significant partner for Indian students and the Punjabi diaspora, which could face disruptions in visa issuance, immigration processes, and consular services.
    • Geopolitical Ramifications: The dispute may strain India’s relations with Western allies, including the United States, which has strong ties with both India and Canada.
    • Division in Diaspora Communities: The Sikh community in Canada could be further divided, with escalating tensions around pro-Khalistan activities. Allegations against Indian officials may also increase anti-India sentiments among diaspora groups.

    Way forward: 

    • Diplomatic Engagement and De-escalation: Both countries should prioritize diplomatic channels to de-escalate tensions, perhaps through neutral intermediaries or international platforms, ensuring that the crisis does not further damage long-term relations, trade, and people-to-people ties.
    • Focused Cooperation on Extremism and Criminal Activity: A joint task force or collaborative investigation involving both nations could be set up to address concerns about violent extremism and criminal activity, fostering transparency and trust, while respecting sovereignty and legal frameworks.

  • ‘Yield’ can’t be the sole indicator for agriculture

    Why in the News?

    Government must embrace a new approach where the success of agriculture is defined by its capacity to nourish people, support livelihoods, and safeguard our planet for future generations.

    What are the limitations of using yield as the sole indicator of agricultural success?

    • Nutritional Quality Neglect as per ICAR (Indian Council for Agricultural Research): Focusing on yield has led to a decline in the nutritional profile of crops. High-yielding varieties often have lower micronutrient densities, as seen in reduced zinc and iron levels in rice and wheat.
    • Increased Input Costs: Higher yield does not always correlate with increased farmer income. The cost of achieving additional yield may be high, especially as the response to fertilizers has declined significantly since the 1970s.
    • Biodiversity Loss: The emphasis on a few high-yielding varieties leads to the loss of diverse, local crop varieties. For example, India has lost around 104,000 rice varieties since the Green Revolution.
    • Environmental Impact: Intensive farming to maximize yield can degrade soil health, reduce water availability, and harm the ecosystem, making agriculture less sustainable.
    • Reduced Resilience: The prioritization of yield over other factors makes crops less resilient to extreme weather events such as floods, droughts, and heatwaves.

    How do other indicators complement yield in assessing agricultural sustainability?

    • Nutritional Output Per Hectare: This indicator measures not just the quantity but the quality of the food produced, addressing nutritional security.
    • Soil Health Metrics: Including soil biological activity and soil organic carbon in evaluations helps ensure long-term soil fertility and productivity.
    • Water-Use Efficiency: Metrics like water-use efficiency track the amount of water required to produce crops, promoting conservation.
    • Farm Biodiversity: Assessing crop diversity at the farm and regional levels (Landscape Diversity Score) improves resilience to pests, diseases, and climate variability.
    • Economic Resilience Metrics: Indicators such as income diversification (through intercropping, livestock rearing, etc.) can help measure farmers’ economic stability.
    • Environmental Impact Measures: Tracking parameters like carbon footprint and ecosystem services evaluates the broader impact of agricultural practices.

    What practices can farmers adopt to improve sustainability beyond just increasing yield? (Way forward)

    • Intercropping: Growing multiple crops together (e.g., sugarcane with vegetables) can provide year-round income and enhance soil health.
    • Agroecological Approaches: Practices such as crop rotation, organic farming, and reduced pesticide use help maintain biodiversity and soil fertility.
    • Water Management Techniques: Using methods like drip irrigation and AI-powered tools for optimal irrigation ensures better water use.
    • Integrated Pest Management (IPM): Combining biological, mechanical, and chemical control methods reduces reliance on harmful pesticides.
    • Conservation Agriculture: Techniques such as no-till farming and mulching help improve soil structure and retain moisture.
    • Adopting Climate-Resilient Varieties: Growing drought-tolerant or flood-resistant crop varieties helps mitigate the impacts of climate change.

    Mains PYQ:

    Q Discuss the various economic and socio-cultural forces that are driving increasing feminization of agriculture in India. (UPSC IAS/2014)

  • Places in news: Jordan Valley

    Jordan Valley

    Why in the News?

    Extremist groups held drone strikes on Israeli territory in the Jordan Valley (which forms Jordan’s border with Israel and the West Bank).

    About Jordan Valley:

    Details
    Geography • Part of the Great Rift Valley, extending from the Sea of Galilee to the Dead Sea.
    • Forms a natural border between Jordan, Israel, and the West Bank.
    • Low-lying, with parts below sea level, especially near the Dead Sea.
    Climate • Semi-arid to arid, with hot summers and mild winters.
    • Limited rainfall, necessitating irrigation for agriculture.
    Significance • An essential agricultural region, growing citrus, dates, and vegetables.
    • The Jordan River is a vital water source for agriculture and drinking water.
    • Ecological corridor for migratory birds.
    History • Rich in biblical and historical significance, including Jesus’ baptism in the Jordan River.
    • Archaeological sites from ancient civilizations like the Canaanites and Romans.
    Geopolitical Aspects • Critical in the Israeli-Palestinian conflict, with strategic importance for security and border control.
    • Vital for Palestinian economic development and a future state.
    • Shared water resources create tensions between Israel, Jordan, and Syria.
    Economic Activities • Agriculture is the mainstay of the economy.
    • Tourism is also significant due to religious and historical sites.
    Environmental Concerns • Water scarcity and the shrinking Dead Sea due to river diversion are major issues.
    • Pollution and overuse of the Jordan River affect water quality and ecosystem health.

     

    PYQ:

    [2015] Which one of the following countries of South-West Asia does not open out to the Mediterranean Sea?

    (a) Syria

    (b) Jordan

    (c) Lebanon

    (d) Israel

  • Article 142 of the Indian Constitution

    Why in the News?

    The Supreme Court declined a PIL seeking directions under Article 142 to include sexual offences against men, trans-persons, and animals in the Bharatiya Nyaya Sanhita (BNS), which replaced the Indian Penal Code (IPC).

    Supreme Court’s Observations:

    • The petitioner argued that the new BNS omitted Section 377 of the IPC, which previously criminalized ‘unnatural sex’ and carnal intercourse involving a man, woman, or animal.
    • In the Navtej Singh Johar v. Union of India (2018) case, the Supreme Court struck down Section 377 to the extent that it criminalized consensual sexual acts between adults.
    • Non-consensual homosexual acts remained punishable under this provision.
    • The BNS does not include provisions criminalizing sexual offences against men, trans persons, and animals.
    • During the hearing, the bench comprising CJI DY Chandrachud and Justices JB Pardiwala and Manoj Misra stated that:
      • The Court cannot direct Parliament to create or reintroduce an offence.
      • The creation of offences falls within the parliamentary domain, not under the court’s jurisdiction, even with Article 142.

    About Article 142:

    Details
    Definition • Grants discretionary power to the Supreme Court to pass orders or decrees necessary for complete justice in matters before it.
    • Allows the court to act beyond the limits of statutory law if required.
    Purpose • Ensures justice is delivered in cases where regular laws may not provide adequate remedies.
    • Aims to empower the Supreme Court to address extraordinary situations effectively.
    Key Clauses • Article 142(1): Allows the Supreme Court to pass enforceable orders across India for doing complete justice.
    • Article 142(2): Empowers the court to secure attendance, discovery of documents, or punishment for contempt.
    Notable Cases • Bhopal Gas Tragedy (1989): Supreme Court awarded $470 million compensation, bypassing limitations of ordinary law.
    • Ayodhya Case (2019): Directed the formation of a trust for Ram Mandir construction.• Liquor Sale Ban (2016): Imposed a 500-metre ban on liquor shops along highways using Article 142, extending it beyond central government orders.
    Constructive Application • Invoked for environmental protection, such as in the Taj Mahal cleanup.
    • Justice for undertrials by addressing systemic delays in the judicial process.
    Controversies • Accusations of judicial overreach in certain cases, where actions have seemingly breached the separation of powers principle.
    • Supreme Court Bar Association v. Union of India: Clarified that Article 142 should supplement, not replace the law.
    Impact on Governance • Empowers the Supreme Court with a tool for upholding justice, but raises debates over checks and balances in a democratic system.

     

    PYQ:

    [2019] With reference to the Constitution of India, prohibitions or limitations or provisions contained in ordinary laws cannot act as prohibitions or limitations on the constitutional powers under Article 142. It could mean which one of the following?

    (a) The decisions taken by the Election Commission of India while discharging its duties cannot be challenged in any court of law.

    (b) The Supreme Court of India is not constrained in the exercise of its powers by laws made by the Parliament.

    (c) In the event of grave financial crisis in the country, the President of India can declare Financial Emergency without the counsel from the Cabinet.

    (d) State Legislatures cannot make laws on certain matters without the concurrence of Union Legislature.

  • How did the Haber-Bosch process change the world?

    Why in the News?

    One hundred million tonnes of nitrogen are extracted from the atmosphere and transformed into fertilizer through the Haber-Bosch process, adding 165 million tonnes of reactive nitrogen to the soil.

    What is the Nitrogen molecule and how is it availed in Nature?

    • The nitrogen molecule (N2) consists of two nitrogen atoms joined by a triple bond, sharing three pairs of electrons. This triple bond makes the molecule extremely stable and nearly inert, requiring a significant amount of energy (946 kJ/mol) to break.
      • When the triple bond is broken, nitrogen atoms can form reactive nitrogen compounds like ammonia (NH3), ammonium (NH4+), or nitrates (NO3–). 
      • These compounds are essential for plant growth as they help synthesize enzymes, proteins, and amino acids.
    • Lightning generates enough energy to break the N2 triple bond, producing nitrogen oxides (NO and NO2) that can combine with water vapor to form nitric and nitrous acids. These acids add reactive nitrogen to the soil through rainfall.
    • Certain bacteria, such as Azotobacter and Rhizobia, fix atmospheric nitrogen through biological processes.
      • Rhizobia forms symbiotic relationships with legumes, while Azolla, an aquatic fern, also fixes nitrogen via its symbiotic cyanobacterium.

    The Haber-Bosch process synthesizes ammonia by reacting nitrogen (N2) with hydrogen (H2) under high pressure (200 atm) and moderate temperature (200°C), using a catalyst (typically iron oxides).

    What is the Haber-Bosch process?

    • The Haber-Bosch process synthesizes ammonia by reacting nitrogen (N2) with hydrogen (H2) under high pressure (200 atm) and moderate temperature (200°C), using a catalyst (typically iron oxides).
    • The process was developed by Fritz Haber, who found that high pressure and a suitable catalyst were key to converting nitrogen to ammonia efficiently. The setup was scaled up by Carl Bosch, leading to the first ammonia production plant in 1913.

    What are the downsides of fertilizers?

    • Environmental Impact: While synthetic nitrogen fertilizers have significantly increased food production, they have also led to negative environmental effects:
      • Over-fertilization: Excess nitrogen application results in reactive nitrogen being released into the atmosphere, contributing to acid rain and soil degradation.
      • Water Pollution: Nitrogen runoff from agricultural fields enters freshwater and coastal ecosystems, leading to eutrophication, which causes oxygen depletion and harms aquatic life.
      • Human Health Concerns: High nitrogen levels in drinking water can pose health risks.
    • Socio-Economic Challenges: Despite increased food production, issues such as starvation, malnutrition, and unequal food distribution persist, highlighting that technological solutions like fertilisers are insufficient; social and political action is also needed.

    Way forward: 

    • Promote Sustainable Fertilizer Use: Encourage the adoption of precision agriculture techniques, such as soil testing and site-specific nutrient management, to optimize fertilizer application. This approach minimizes over-fertilization, reduces nitrogen runoff, and mitigates environmental damage.
    • Strengthen Policy and Regulatory Frameworks: Governments should implement and enforce policies to regulate nitrogen fertilizer use, ensuring that environmental safety standards are met.

  • Why did Delhi HC allow a 60-year-old couple to access their dead son’s sperm?

    Why in the News?

    The Delhi High Court recently permitted a couple in their sixties to access their late son’s sperm sample, thus opening the door for posthumous assisted reproduction.

    About the Present Case:

    • The Delhi HC allowed a couple in their sixties to access their deceased son’s sperm sample for posthumous assisted reproduction, marking a significant legal ruling.
    • The son, who passed away from cancer in 2020, had cryopreserved his sperm at a hospital. The hospital refused to release the sample without a court order since there were no guidelines for cases without a surviving spouse.
    • The parents sought court intervention to carry on their son’s legacy, with the assurance that they would take full responsibility for any child born through surrogacy using the sperm sample.

    What is the ART Act?

    • The Assisted Reproductive Technology (ART) Act, 2021 regulates fertility treatments and artificial insemination procedures in India.
    • It provides guidelines for posthumous retrieval of sperm but is limited to cases where the deceased is married, allowing the surviving partner to seek sperm retrieval.
    • The Ministry of Health and Family Welfare stated that the current legislation does not account for “postmortem grandparenthood” cases, where grandparents seek to use a deceased individual’s sperm.

    What are present International practices?

    • Uruguay: Allows posthumous reproduction with written consent valid for one year.
    • Belgium: Permits posthumous reproduction after a six-month waiting period following death, and the request must be made within two years.
    • Victoria, Australia: Requires written or oral consent before witnesses, approval from a “patient review panel,” and counseling for the parent.
    • Canada and the UK: Both require written consent for posthumous reproduction.
    • Israel: Limits the use of a deceased individual’s sperm to the female partner, with some exceptions allowing parents to use it. The Delhi High Court ruling referenced a similar case in Israel involving a 19-year-old soldier.

    Precedents and Concerns:

    • Legal Precedent for Non-Spousal Claims: The Delhi High Court’s ruling sets a precedent where parties other than a spouse, such as parents, can claim the right to access a deceased individual’s cryopreserved reproductive material.
      • This expands the legal interpretation beyond the scope typically covered by existing laws, which usually prioritize the spouse’s consent.
    • Ethical and Consent Issues: Posthumous reproduction raises ethical concerns, particularly regarding the presumed consent of the deceased individual.
      • Determining whether the deceased intended for their reproductive material to be used after death can be complex, especially when explicit written consent is not available.
    • Child Welfare Considerations: The ruling highlights concerns about the future child’s welfare, who would grow up without one genetic parent.

    Way forward: 

    • Establish Clear Legal Guidelines: Develop comprehensive legal frameworks for posthumous reproduction, addressing scenarios beyond spousal claims and ensuring explicit consent requirements to guide such cases.
    • Prioritize Child Welfare and Ethical Considerations: Implement safeguards like mandatory counseling, ethical review panels, and consideration of the child’s best interests in decisions involving posthumous assisted reproduction.

  • Mycobacterium Tuberculosis Bacteria

    Why in the News?

    • Due to increasing antimicrobial resistance in Mycobacterium tuberculosis (Mtb), many existing antibiotics are becoming less effective.
      • As a result, researchers are studying Mtb to identify key proteins and design new drugs to target them.

    What is Mycobacterium tuberculosis (Mtb)?

    • Mtb is the bacterium that causes tuberculosis (TB), affecting the lungs and sometimes spreading to other organs.
    • It spreads through airborne droplets from coughing or sneezing by an infected person.
    • Mtb can remain dormant in the body for years without causing active disease.
    • It infects macrophages, immune cells designed to destroy invaders, but instead, Mtb survives and multiplies inside them.

    What do various studies say?

    • A 2024 CSIR-CCMB study showed that Mtb uses cysteine synthase enzymes to survive oxidative stress.
    • A 2017 Karolinska Institute study identified 71 compounds that inhibit these enzymes, improving the effectiveness of antibiotics like isoniazid.
    • Researchers found that Mtb’s ability to evade the immune system is due to its long evolution with humans.
    • Other studies focus on Mtb’s phosphate and carbon metabolism, critical for its survival in hostile environments.
    • Ways for effective medicine development:
      • Target enzymes like CysK2 and CysM to weaken Mtb’s defence mechanisms.
      • Study Mtb’s metabolic pathways to identify vulnerabilities for new drug development.
      • Explore how Mtb develops antibiotic resistance and find ways to overcome it.
      • Investigate how Mtb evades immune responses by manipulating immune cells.
      • Combine new inhibitors with existing antibiotics to enhance treatment efficacy.

    PYQ:

    [2014] Can overuse and free availability of antibiotics without Doctor’s prescription, be contributors to the emergence of drug-resistant diseases in India? What are the available mechanisms for monitoring and control? Critically discuss the various issues involved.

  • Nile nations agree on Water-Sharing without Egypt’s nod

    nile river

    Why in the News?

    A regional partnership of 10 countries announced that an agreement on the equitable use of Nile River water resources has come into effect, despite Egypt’s opposition.

    Why discuss this?

    • The legal status of the “cooperative framework” was confirmed by the African Union after South Sudan joined the treaty.
    • The treaty is backed by the Nile Basin Initiative.
    • Countries Involved:
      • Ethiopia, Uganda, Rwanda, Burundi, and Tanzania have ratified the agreement.
      • Egypt and Sudan have refused to sign.
      • Congo abstained, while Kenya has yet to submit its ratification documents.

    About Nile River:

    Details
    Length Approximately 6,650 km (4,130 miles), making it the longest river in the world.
    Tributaries White Nile (originating from Lake Victoria in Uganda) and Blue Nile (originating from Lake Tana in Ethiopia).
    Countries Traversed 11 countries: Uganda, Rwanda, Burundi, DR Congo, Tanzania, Kenya, Ethiopia, South Sudan, Sudan, and Egypt.
    Source
    • White Nile from Lake Victoria,
    • Blue Nile from Lake Tana.
    Mouth Mediterranean Sea, forming the Nile Delta in Egypt.
    Major Cities Includes Cairo, Khartoum, and Alexandria.
    Key Dams
    • Aswan High Dam (Egypt), controls flooding, generates hydroelectric power, and forms Lake Nasser.
    • Built in 1970 across the Nile in Aswan, Egypt; helps in irrigation, flood control, and hydroelectric power generation but also disrupts silt flow.
    Economic Importance Provides over 90% of water for Egypt and Sudan; vital for agriculture, fishing, industry, and energy production.
    Disputes Between Ethiopia, Egypt, and Sudan over water rights, particularly due to the Grand Ethiopian Renaissance Dam (GERD).
    Historical Treaties
    • 1929 and 1959 Nile Water Agreements allocated water mostly to Egypt and Sudan; upstream countries seek revision.
    • Nile Basin Initiative (NBI): Established in 1999, it is a partnership among Nile Basin countries aimed at promoting cooperation, development, and sustainable management of the Nile’s resources.

     

    PYQ:

    [2020] Consider the following pairs:

    River Flows into
    1. Mekong Andaman Sea
    2. Thames Irish Sea
    3. Volga Caspian Sea
    4. Zambezi Indian Ocean

    Which of the pairs given above is/are correctly matched?

    (a) 1 and 2 only

    (b) 3 only

    (c) 3 and 4 only

    (d) 1, 2 and 4 only

  • [14th October 2024] The Hindu Op-ed: A critical message for the urban elite

    PYQ Relevance:

    Q) “Access to affordable, reliable, sustainable, and modern energy is the sine qua non to achieve Sustainable Development Goals (SDGs)”.Comment on the progress made in India in this regard. (UPSC CSE 2018)

    Q) Discussion the various social problems which originated out of the speedy process of urbanization in India.(UPSC CSE 2014)

    Q) To what extent has the urban planning and culture of the Indus Valley Civilization provided inputs to the present-day urbanization? Discuss. (UPSC CSE 2013)

    Mentor’s Comment: The SDG 11 for sustainable cities addresses the challenges of urbanization and aims to ensure that all urban areas provide equitable opportunities and improved living conditions for their residents.

    Presently, our Indian cities are termed “heat traps” due to unbalanced urban growth, which has led to the depletion of water bodies and increased greenhouse gas emissions. Urban areas are significantly warmer than rural counterparts, exacerbated by concrete and glass structures that retain heat. Studies indicate urban areas can be 5-7°C hotter than surrounding rural areas. Vulnerable groups such as delivery workers, auto drivers, and street vendors face severe consequences from heat exposure, with limited access to hydration and shade.

    Today’s editorial emphasizes the need for the privileged classes to confront the realities of urban life, as their comfort-driven lifestyles, facilitated by technology, contribute to systemic urban issues. 

    _

    Let’s learn!

    Why in the News?

    Cities like Delhi that are exceeding 50°C, highlight how poor urban planning disproportionately affects vulnerable groups, who suffer the most from extreme weather conditions.

    • This exacerbates inequalities and diminishes empathy towards those who serve.
    • There is a need for a reconnection with urban environments, urging the elite to leverage their influence to advocate for equitable improvements in living conditions for all.

    How does poor urban planning impact marginalized sections of the urban society?

    • Delivery boys, who navigate city streets to meet the demand for online orders, face relentless heat with little relief.
    • Auto drivers are directly exposed to the scorching heat of the day as they strive to earn a living.
    • Construction workers are forced to work long hours outdoors, enduring the hot sun without adequate shade or hydration.
    • Domestic women workers frequently travel by foot, and street vendors constantly battle the whims of the weather, with their earnings declining as foot traffic reduces due to the heat.

    Other challenges of poor Urban Planning and Technology’s impact

    • Disproportionate Effects: Poor urban planning primarily impacts marginalized communities, while the privileged remain largely unaffected.
    • Technology-Induced Inaction: Comforts of technology, like air conditioning and delivery apps, insulate the elite from urban challenges, reducing their motivation to advocate for change.
    • Reduced Outdoor Engagement: Grocery delivery and ride-hailing apps minimize the need to engage with the urban environment, fostering detachment.
      • The reliance on technology diminishes empathy towards service workers, as interactions are minimized.
    • Comfort Trap: A tech-enabled lifestyle creates a false sense of luxury, leading to greater human domestication and reduced social engagement.
    • Reactive Governance: Urban issues gain attention only when they affect the elite, prompting swift governmental action in affluent areas but neglecting broader community needs.
    • Cycle of Decline: Heat waves and poor conditions drive people indoors, increasing reliance on technology and further deteriorating public services.
    • Aggravated Inequalities: The integration of technology into urban living exacerbates existing inequalities and creates new ones, failing to improve overall quality of life.
    Initiatives taken by the government:

    • Heat Action Plans (HAPs): Cities like Ahmedabad have implemented HAPs that include establishing cooling centers, early warning systems, and public awareness campaigns about heat-related illnesses. 
    Delhi Heat Wave Action Plan focuses on profiling heat hotspots, enhancing healthcare capacity, and developing emergency response protocols.
    • Budgetary Allocations: The Union Budget 2024-25 allocated significant funds for urban transformation projects, including Rs 10,400 crore for the Atal Mission for Rejuvenation and Urban Transformation (AMRUT) and Rs 80,761 crore for the Pradhan Mantri Awas Yojana (PMAY).

    What needs to be done?

    • Breaking the Comfort Trap: Reconnecting with cities and communities is essential for collective survival, moving beyond a false sense of comfort.
      • The privileged must leverage their influence to engage with governments and improve urban living conditions.
    • Confronting Urban Realities: Acknowledging the true state of urban areas is crucial for rebuilding equitable and livable spaces.
    • Changing Urban Landscape: Increasingly frequent extreme weather events are diminishing public spaces and outdoor activities.
      • Allowing convenience to dictate urban development risks the decline of cities, making them less sustainable for all.

  • Why precision medicine in India can’t advance without biobank laws?

    Why in the News?

    Precision medicine is ushering in a new era of personalized healthcare, with its foundations taking shape during the completion of the Human Genome Project by scientists.

    What is the current legal framework governing biobanks in India?

    • Lack of Comprehensive Legislation: India lacks specific, comprehensive laws governing biobanks. The current framework consists of guidelines rather than enforceable laws, creating gaps in the regulation of biobanking practices.
    • National Ethical Guidelines by ICMR: The Indian Council for Medical Research (ICMR) has issued guidelines on ethical practices in biomedical research involving human participants. However, these guidelines are not legally binding and do not address all aspects of biobanking, such as long-term storage and data sharing.
    • Department of Biotechnology (DBT) Standards: The DBT has certain practices in place for data storage and analysis, but these also lack enforceability and do not fully cover issues such as informed consent and privacy.
    • Absence of a Single Regulatory Authority: India currently does not have a dedicated regulatory authority to oversee biobanks, which leads to inconsistencies and limited oversight in biobanking activities.

    How do privacy concerns impact biobank operations and precision medicine?

    • Informed Consent Issues: Participants often give consent without detailed information about how their biological samples and associated data will be used, who will have access, and for how long. This lack of transparency raises privacy concerns.
    • Genetic Data Privacy Risks: Genetic information can reveal intimate details about an individual’s health and predisposition to diseases, potentially affecting their family members. If data privacy is not robustly protected, it may lead to genetic discrimination in insurance or employment.
    • Data Sharing Without Proper Regulation: In the absence of clear legal provisions, data or samples could be shared without proper consent, risking misuse by pharmaceutical companies or research organizations, including foreign entities.
    • Impact on Public Trust: Weak data and privacy protections may reduce public willingness to participate in biobank projects, thus limiting the scale and diversity necessary for effective precision medicine research.

    What are the ethical implications of biobanking practices in India?

    • Ownership and Benefit Sharing: Without legal protections, there is ambiguity regarding the ownership of biological samples. Individuals contributing samples may not receive benefits from commercial applications resulting from their data, raising ethical concerns about fair compensation.
    • Consent Transparency: Participants may not fully understand the scope of their consent, especially regarding future uses of their samples and data. This lack of clarity can be considered ethically problematic, as it may involve the exploitation of participants’ contributions.
    • Risk of Misuse or Mismanagement: Inconsistent regulations and the absence of penalties for ethical violations create a risk of mishandling samples, unauthorized data access, and exploitation, which may compromise research integrity.
    • Discrimination Risks: Genetic information obtained from biobanks could be used to discriminate against individuals based on their health risks or genetic traits, which raises concerns about ethical and legal safeguards.

    Way forward: 

    • Establish Comprehensive Legislation: Develop and implement a comprehensive legal framework specifically governing biobanks, including clear guidelines on informed consent, data protection, ownership rights, and benefit sharing.
    • Create a Regulatory Authority: Establish a dedicated regulatory authority to oversee biobank operations, ensuring compliance with ethical standards and legal requirements.