The recent tragic occurrences of landslides in Himachal Pradesh have thrust the Himalayan ecosystem into the spotlight, underscoring its fragility and the imperative to address the vulnerabilities it faces.
Central idea
As the world’s youngest and most rugged mountain range, the Himalayas are a testament to the delicate balance between natural processes, environmental changes, and human activities. To comprehend and address the challenges posed by geohazards and foster sustainable development, a holistic approach backed by advanced technology and collective efforts is essential.
What are landslides?
Landslides are geological events characterized by the sudden movement of rock, soil, and debris down slopes. They can range from small soil shifts to large-scale, destructive movements triggered by factors such as geological conditions, climatic events like heavy rainfall, and human activities like construction and deforestation.
Landslides take various forms, including rockfalls, mudslides, debris flows, and avalanches, and they can have significant impacts on landscapes, infrastructure, and communities.
Factors behind the vulnerability of the Himalayan region to landslides
Tectonic Activity: The ongoing collision of tectonic plates beneath the Himalayas results in geological instability, causing fractures and creating weak zones prone to landslides.
Surface Processes: Erosion, weathering, and precipitation, including rain and snow, weaken the terrain. These processes, coupled with tectonic forces, make the ecosystem inherently fragile.
Climate-Induced Events: Climate change leads to extreme events like heavy rainfall and snowfall. Such events, along with freezing and thawing cycles, saturate the soil and elevate the risk of landslides.
Anthropogenic Stresses: Human activities such as deforestation, construction, and mining disrupt the natural equilibrium of slopes. Removing vegetation reduces soil stability and increases its susceptibility to landslides.
Hydro-meteorological Factors: Slope gradient, elevation, rock strength, and soil type influence landslide susceptibility. Intense rainfall or rapid snowmelt saturates the ground, triggering landslides on weakened slopes.
Riverine Flow and Deforestation: River erosion and slope cutting expose slopes to increased instability. Deforestation removes vegetation that holds soil in place, escalating the landslide risk.
Geological Stresses: The convergence of tectonic plates triggers earthquakes, releasing subterranean stresses. This can lead to rock movement along slopes, exacerbating landslide potential.
Challenges in Prediction: Complex terrain and varied meteorological conditions in the Himalayas make developing effective landslide prediction systems challenging. Monitoring rainfall thresholds and geological indicators is critical for accurate warnings.
Impacts of landslides
Loss of Life and Infrastructure: Landslides pose a significant risk to human lives, often resulting in casualties and injuries. Buildings, roads, bridges, and other infrastructure can be severely damaged or destroyed, leading to disruptions in communities and hindrances to daily life.
Displacement and Evacuation: Landslides can force people to evacuate their homes and communities, often on short notice. This displacement can lead to temporary or long-term homelessness, with people seeking refuge in shelters or with relatives.
Economic Consequences: The aftermath of landslides can result in substantial economic losses. Rebuilding damaged infrastructure, homes, and businesses, as well as restoring disrupted services, can place a strain on local economies.
Environmental Degradation: Landslides can alter landscapes and natural habitats, leading to erosion, sedimentation of water bodies, and changes in water flow patterns. This can negatively impact ecosystems, aquatic life, and overall environmental health.
Infrastructure Disruption: Roads, railways, and other transportation networks can be blocked or damaged by landslides, causing disruptions to travel and hindering the movement of goods and services.
Water Quality Issues: The movement of debris and soil during landslides can introduce pollutants into water bodies, potentially affecting water quality and posing risks to human health.
Long-Term Effects: Landslides can have lasting impacts on the affected areas. Changes in topography, water drainage patterns, and vegetation can persist for years, influencing local ecosystems and land use.
Psychological and social impact: Beyond physical damage, landslides can have psychological effects on survivors, leading to trauma and anxiety. Communities may experience social challenges as they cope with the aftermath and work toward recovery.
The Imperative for a Unified Council of Himalayan States
Diverse Geological and Climatic Factors: The Himalayan region spans diverse geological and climatic conditions, making it imperative to have a collaborative body that comprehensively understands and addresses the varied challenges each state faces.
Interconnected Vulnerabilities: Landslides, flash floods, and other hazards often transcend state borders, affecting multiple regions simultaneously. A unified council can facilitate cross-border coordination in disaster management and response.
Knowledge and Resource Sharing: Different states possess valuable insights and expertise in handling regional challenges. A unified council can facilitate the sharing of best practices, data, and resources, promoting more effective decision-making.
Common Socioeconomic Issues: Many Himalayan states share socioeconomic concerns related to sustainable development, tourism, and livelihoods. A unified council can collectively address these issues, leveraging combined expertise for better outcomes.
Environmental Protection: The fragile Himalayan ecosystem requires joint efforts to combat environmental degradation, deforestation, and unsustainable practices. A unified council can formulate and enforce policies for ecosystem conservation.
Mitigation Strategies: Developing and implementing landslide mitigation and preparedness strategies demands a coordinated approach. A unified council can pool resources, knowledge, and technology to create effective solutions.
Integrated Early Warning Systems: Establishing AI/ML-driven Early Warning Systems for landslides and other disasters requires data integration and real-time monitoring. A unified council can streamline these efforts for the entire region.
Disaster Resilience: In the face of climate-induced events, disaster resilience is paramount. A unified council can ensure uniform standards for infrastructure development, emergency response, and community awareness.
Conclusion
The recent landslides in Himachal Pradesh have thrust the Himalayan ecosystem into the limelight, underscoring its vulnerability and the pressing need for enhanced resilience. As we progress, the Himalayas stand as both a challenge and an opportunity, with their natural riches and scenic allure offering a canvas for harmonizing growth and preservation.
The recent release of the NITI Aayog’s Multidimensional Poverty Report for the period 2019-21 marks a significant milestone in India’s pursuit of poverty alleviation.
Central idea
The NITI Aayog’s Multidimensional Poverty Report’s unveiling of a noteworthy decline in the poverty headcount, from 24.85 percent in 2015-16 to 14.96 percent in 2019–2021, presents a promising trajectory of progress. These revelations, rooted in data sourced from standardized National Health Status Reports, underscore the government’s commitment to transparency and evidence-based policymaking.
Complexity of poverty management
Challenging Task: Poverty management is more complex now compared to the era of global expansion (1980 to 2007).
Economic Factors: Economies like India, characterized by large populations and lower middle-level per capita incomes, face difficulties in allocating resources to further reduce poverty ratios.
Technological Advancements: Technological progress, automation, Artificial Intelligence (AI), and bionics add complexity to poverty management.
Job Creation Risk: Technological advances can freeze the addition of productive global jobs, which in turn jeopardizes household incomes.
Population Increase: India’s anticipated population rise of about 250 million by 2050 introduces additional complexity.
Youth Demographic: While a youthful population could be beneficial, ensuring appropriate employment for this growing workforce remains uncertain.
Future of Work: The impact of technological advances such as automation, AI, and bionics on job creation and household income stability is unclear.
Need for Innovation: Overcoming the complexity of poverty management requires innovative strategies and adaptable approaches.
Significance of the Report
In-Depth Analysis: The NITI Aayog’s Multidimensional Poverty Report provides a detailed analysis of poverty at the state level, offering insights into the status of poverty in different regions.
Flexible Tool for Poverty Identification: The report introduces a flexible tool with 12 indicators to identify the poor and assess the intensity of deprivation. This approach offers a nuanced understanding of poverty beyond income-based measurements.
Inclusivity: The methodology prioritizes inclusivity over rigid statistical precision. This acknowledges the practical necessity of balancing misidentification while ensuring poverty reduction.
Contextual Barriers to Poverty Reduction: The Alkire-Foster methodology recognizes that barriers to ending poverty can vary across jurisdictions, enabling contextual priorities to be factored into poverty reduction efforts.
The Changing Nature of Poverty: The report acknowledges that poverty’s face evolves over time and across states. This underscores the importance of flexible monitoring systems to map, assess, and address poverty.
Policy Implications: The report’s findings have significant policy implications as they highlight disparities in education, health, and quality of life among the poor. This can guide targeted interventions and policy decisions.
Methodological Comparison: The report introduces a methodological approach distinct from traditional methods, which can lead to more accurate and comprehensive poverty assessments.
Effectiveness of the Poverty Reduction Strategy
Education and Health Impact: The poor constitute a significant portion of those requiring higher levels of assistance in education and health. They make up 62% of households not meeting schooling norms and 43% not receiving minimum health support.
Quality of Life Disparities: The poor are particularly disadvantaged in terms of quality of life. Around 56% of poor households lack access to electricity, raising concerns about the effectiveness of ground-level electrification efforts. Additionally, 47% of poor households don’t possess assets like a telephone or TV.
MDPI as a Tracking Tool: The Multidimensional Poverty Index (MDPI) serves as a valuable tool to assess the results of government programs aimed at poverty reduction. It offers a comprehensive framework to monitor and evaluate poverty initiatives.
Way forward
Contextual Grassroot Initiatives: Given the complexity of poverty management, it’s a necessity to promote and implement context-specific initiatives at the grassroot level. These initiatives should address the unique challenges and needs of different regions.
Adapt to Changing Dynamics: With the potential freezing of job creation due to technological advances, there’s a need to formulate strategies that adapt to the changing nature of work. This includes preparing the workforce for emerging job sectors and bolstering social safety nets.
Employment Generation: Considering the projected population increase, efforts to generate meaningful employment opportunities must be a priority. Ensuring employment for the growing workforce is crucial for poverty reduction.
Innovative Monitoring Systems: The changing face of poverty demands flexible monitoring systems that can accurately map, assess, and respond to evolving poverty patterns across states and over time.
Inclusive Approaches: The inclusive nature of poverty reduction efforts, as demonstrated by the methodology in the report, should be maintained. Balancing misidentification while ensuring inclusivity is essential.
Quality Education and Healthcare: Effective interventions should be designed to address gaps in education and healthcare for the poor. These areas play a significant role in breaking the cycle of poverty.
Digital Inclusion: Disparities in access to electricity and digital connectivity need to be addressed. Expanding access to these services can improve the quality of life and open economic opportunities.
Dignified Assistance: While providing merit goods for free is important, policymakers must ensure that such assistance doesn’t undermine the dignity of the poor. Balancing charity with preserving self-respect is crucial.
Conclusion
The NITI Aayog’s report signifies a significant step toward comprehending and addressing multidimensional poverty in India. As India’s per capita incomes rise, the country must internalize the lesson that poverty’s face evolves asymmetrically across states. This realization underscores the need for adaptable monitoring and targeted strategies.
The growing importance of Corporate Social Responsibility (CSR) and Environmental-Social-Governance (ESG) frameworks in the business world.
Central Idea
In recent years, Corporate Social Responsibility (CSR) has evolved from a mere obligation into a potent tool for companies to contribute to society and the environment. Concurrently, the ESG disclosures gained prominence as a means to showcase energy conservation efforts and align with global commitments to combat climate change.
What is Corporate Social Responsibility (CSR)?
CSR refers to the practice of companies and businesses taking on initiatives and actions that contribute positively to society, the environment, and various social causes beyond their core profit-making activities.
CSR has become a legal requirement for certain companies under the Companies Act of 2013 in India.
What is Environmental-Social-Governance (ESG)?
The ESG framework assesses a company’s performance and impact in three key areas: environmental sustainability, social responsibility, and corporate governance.
ESG goes beyond traditional financial metrics to measure a company’s efforts and policies related to issues such as energy conservation, carbon footprint reduction, diversity and inclusion, employee well-being, community engagement, ethical business practices, and more.
The significance of ESG
Addressing Climate Change: ESG provides a structured approach for businesses to tackle environmental issues, particularly climate change. It helps companies mitigate risks, enhance sustainability, and contribute to global climate goals.
Social Responsibility: ESG encompasses social aspects such as diversity, employee well-being, and community engagement. Prioritizing these areas fosters ethical practices and positive relationships with stakeholders.
Strong Governance: The “G” in ESG underscores effective corporate governance, which promotes transparency, accountability, and ethical business conduct. This builds investor trust and long-term sustainability.
Financial Performance: Companies emphasizing inclusion and diversity tend to achieve financial goals more consistently. Additionally, ESG integration enhances resilience during crises and supports innovation.
Meeting Stakeholder Expectations: ESG aligns with consumer and investor preferences for environmentally and socially conscious practices. Companies embracing ESG attract responsible consumers and investors.
Regulatory Compliance: ESG disclosure requirements are evolving, reflecting their increasing importance. Adhering to ESG standards positions companies to comply with changing regulations.
Long-Term Value: ESG contributes to long-term value creation by managing risks, fostering stakeholder relationships, and positioning companies for sustainable growth.
The confluence of ESG and CSR and their advantages
Enhanced Sustainability: By aligning sustainable business goals with the established CSR framework, companies can expedite the transition to environmentally friendly and socially responsible practices. This alignment ensures that sustainability becomes a central tenet of the company’s operations.
Multi-Stakeholder Approach: Implementing both ESG and CSR requires the collaboration and shared vision of internal and external stakeholders. This approach fosters better communication, cooperation, and effective execution of CSR initiatives, which benefits the company’s overall impact.
Boosted Brand Recognition: The combination of ESG and CSR efforts enhances a company’s brand image, portraying it as environmentally conscious, socially responsible, and committed to ethical practices. This positive perception resonates with customers and stakeholders alike.
Risk Mitigation: Effective CSR practices coupled with ESG considerations help companies manage risks associated with environmental and social factors. This proactive approach minimizes potential negative impacts on the business’s reputation and bottom line.
Supply Chain Optimization: The confluence of ESG and CSR prompts companies to rethink and optimize their supply chains, from procurement to production. This transformation encourages environmentally friendly practices and reduces the overall environmental footprint.
Case Studies: Embodied Synergy
Global giants such as Google and the luxury brand Chanel exemplify the positive outcomes of blending CSR and ESG principles.
Google’s substantial investment in an energy-efficient supply chain significantly boosted its brand while catalyzing its green transition.
Similarly, Chanel’s partial stake acquisition in a natural fiber manufacturer demonstrates a commitment to sustainable supply chain practices.
These examples illustrate the potential of combining CSR and ESG for transformative impact.
What are the concerns raised?
Transition Costs: The transition from traditional to sustainable business practices can be accompanied by high costs. Integrating ESG principles and expanding CSR initiatives might require substantial investments in infrastructure, technology, and employee training, which could strain financial resources.
Risks and Uncertainties: Certain environmental or social initiatives might not yield immediate returns or could face opposition from stakeholders.
Smaller Businesses: The smaller businesses might find it challenging to prioritize ESG given their limited resources. Balancing ESG considerations alongside day-to-day operations could be more difficult for smaller enterprises compared to larger corporations.
Legitimacy of Self-Regulation: CSR is legally mandated in India but is self-regulated and voluntary in some regions, like the EU, UK, and US. Some experts raise concerns about the legitimacy of private self-regulation compared to regulation imposed by legislative bodies.
Way forward
Advocating Regulatory Mandates for ESG: Push for regulatory mandates for ESG similar to CSR to ensure a structured approach. Collaborate to define legal integration, especially for smaller businesses.
Incentivizing ESG Investments: Reforms in economic policies and taxation can offer incentives like tax concessions, spurring ESG investments for sustainable practices.
Comprehensive Policy Frameworks: Implement organization-wide policy frameworks, embedding sustainability into all decisions, ensuring accountability, and facilitating regulatory compliance.
Holistic Integration: Infuse CSR across supply chains, led by transparent, larger corporations setting standards for others.
Digital connectivity and financial inclusion: with a projected 40 percent of the population transitioning to urban life by 2030, the aspirations of rural regions are harmonizing with urban benchmarks. However, the translation of intentions into action necessitates addressing crucial imperatives such as digital connectivity and financial inclusion.
Unified Approach: Blending CSR and ESG aligns business goals with sustainability, benefiting consumers, investors, employees, and society overall.
Conclusion
The amalgamation of CSR and ESG provides a dynamic route towards sustainable growth. This synergy encapsulates responsible corporate citizenship and offers a transformative pathway to address challenges collectively. By harmonizing these two pillars, businesses contribute to a future where progress is intertwined with responsibility, promising a thriving world for all.
Have you ever wondered how to move beyond merely reading the news to actively using it in your UPSC preparation? After successful sessions on identifying the best sources for current affairs and how to read newspapers effectively, we are now focusing on the next critical step: utilization and analysis.
Join Venus Awtani ma’am, senior IAS faculty for the UPSC current affairs program – “Samachar Manthan,” for a practical session full of actionable strategy and detailed steps.
Venus ma’am will be sharing hands-on strategies for making notes and utilizing current affairs “fodder” material.
This interactive webinar is not just about theory; Venus ma’am will be sharing hands-on strategies for making notes and utilizing current affairs “fodder” material. She will demonstrate LIVE how to extract the most valuable information, analyze it, connect the dots, and incorporate it into your UPSC Prelims and Mains preparation.
We will use 23rd Aug newspaper for LIVE session, please keep it ready with you and have a look at it before the session
Venus Awtani ma’am
Details
This session will be held in online mode.
Date: 24th August 2023 (Thursday)
Time: 7:30 pm Onwards
Zoom Meeting Link will be sent via your registered email address.
If you seem lost on how to utilize current affairs and fail to organize the fodder collected in your notes.
If Current Affairs seem to take up 4-5 hours of your time and still keep your prep unfulfilled
Aspirants gearing up for UPSC 2024-25, be it college students, working professionals, or candidates who are at the very onset of their journey.
Those who attempted UPSC 2022 but couldn’t make it through and aim to make critical improvements for a stronger comeback in 2024.
Candidates still trying to wrap their heads around the patterns, syllabus, and expectations of UPSC with respect to Current Affairs.
Aspirants who are sure to clear UPSC Prelims 2023 and want to fill critical gaps in their Mains’23 Answer Writing prep.
A wealth of information leads to a poverty of attention. We will be going micro into current affairs fodder material collection..
What should you expect?
In this interactive session, you will learn how to collect-analyse-organize-utilize current affairs. This will be a practical session.
Collecting Essentials: Learn how to sift through the news and identify the core information that’s vital for UPSC. Venus ma’am will showcase how to pinpoint essential data, facts, and case studies. For instance, consider the recent Supreme Court judgment on environmental protection. How does this tie into the broader governance framework? Venus will break it down!
Analyzing & Connecting: Understanding current affairs isn’t just about memorizing facts. It’s about analyzing and connecting them to the UPSC syllabus. Whether it’s a policy announcement or a global event, Venus will guide you on how to align it with your UPSC studies.
Utilizing for Answer Writing: Essays, ethics case studies, or mains answers – Venus will discuss how to utilize collected information effectively. You’ll learn techniques for writing compelling answers that resonate with the UPSC evaluation parameters.
LIVE Demonstration: In a special segment, Venus will make notes LIVE from a newspaper. Witness firsthand how an expert dissects the news, identifies key points, and prepares notes that are exam-ready.
Other than this we will also discuss:
How to link Current Affairs and GS Static parts in UPSC Preparation and particularly for UPSC answers? Integrating content in your answers for a toppers’ level answer.
How Current Affairs can help beat the unpredictability of UPSC paper, especially Prelims?
Effective note-making techniques that are tailored to UPSC current affairs.
Issues in Current Affairs coverage-
What to read and what to ignore?
Can newspapers be a substitute for monthly magazines?
How toppers make their current affairs notes?
How to integrate CA into Mains answers
Daily, weekly coverage vs monthly coverage
Subjects, directly and indirectly, dependent on UPSC Current Affairs
What is the difference between ‘Opinion-based current affairs’ & ‘Current issues with Fact-based’ questions will also be discussed thoroughly in this webinar.
How to have a comprehensive analysis covering all the relevant current affairs topics, with a focus on interlinkages, answer writing, and retention of information?
Ecuadorians made a historic decision by rejecting oil drilling by a referendum in Yasuni National Park, a biodiverse Amazonian region.
About Yasuni National Park
Yasuni National Park, declared a UNESCO biosphere reserve in 1989, spans 1 million hectares and harbors exceptional biodiversity.
It is part of the Amazon rainforest, which itself is a global hotspot for species diversity.
It is situated in the northeastern part of Ecuador, within the Napo and Pastaza provinces.
It covers an area of approximately 9,820 square km (3,791 square miles).
The park is considered one of the most biologically diverse areas on Earth.
Unique features
Biodiversity: It is estimated that Yasuni contains around 670 species of birds, over 150 species of amphibians, and numerous large mammals like jaguars, pumas, and tapirs.
Indigenous Communities: Yasuni is home to several indigenous communities, including the Waorani and Kichwa peoples, who have lived in the area for generations and have a deep connection to the land.
Recent endorsement by U.K. Prime Minister of plans for fresh fossil fuel drilling off Britain’s coast has sparked a debate among environmental experts.
Amidst global concerns about climate change, the decision raises questions about the country’s commitment to sustainability and its impact on climate goals.
Evolution of North Sea Drilling
Origins and Legislation: The North Sea drilling history dates back to the 1958 Geneva Convention on the Continental Shelf, which set the stage for exploration in the region.
Continental Shelf Act: The U.K. Parliament’s enactment of the Continental Shelf Act in 1964 established the country’s jurisdiction over oil and gas resources beneath its seabed.
Milestones and Concerns in Drilling
Early Exploration and Challenges: British Petroleum (BP) was granted the first exploration license in 1964, leading to natural gas discovery the following year.
Forties Field Discovery: BP’s breakthrough commercial oil discovery in the Forties Field in 1970 marked a significant milestone.
Expanding Operations and Safety Revamp: The following years witnessed increased exploration activities and installation of oil platforms. The Piper Alpha disaster in 1988 prompted crucial safety reforms.
Rationale and Concerns
Government’s Position: In an official statement, the government justified the move as a strategy to enhance Britain’s energy independence.
Environmental Alarm: However, environmental experts express apprehension, especially given the global push towards averting irreversible climate change.
North Sea Transition Authority and Offshore Licensing
NTSA’s Role: The North Sea Transition Authority (NTSA) is responsible for regulating the oil, gas, and carbon storage sectors.
Offshore Licensing Round: The NTSA is currently conducting the 33rd offshore oil and gas licensing round, aiming to award more than 100 licenses.
Timing and Awards: The first licenses are expected to be granted in the autumn, furthering the expansion of drilling operations.
Shaping Geopolitical Energy Dependence
Energy Security Concerns: The Prime Minister emphasized the necessity of domestic oil and gas sources, even as the country aims to reach net-zero emissions by 2050.
Strategic Implications: The decision is portrayed as an effort to reduce reliance on oil and gas imports, which could originate from potentially unfavourable sources.
Ecological Concerns and Climate Impact
Adverse Environmental Effects: Offshore drilling poses risks to workers, marine ecosystems, and climate health. It contributes to ocean warming, rising sea levels, and threatens marine biodiversity.
Carbon Pollution Impact: Carbon pollution settling into oceans contributes to acidification, endangering coral reefs and shellfish.
Evaluating UK’s Climate Commitments
Climate Change Committee Report: The Climate Change Committee (CCC) pointed out deficiencies in the U.K.’s preparations for climate change under the National Adaptation Programme.
Adaptation Implementation: The CCC’s assessment highlighted a lack of substantial implementation of adaptation measures to address climate risks.
Inconsistent with Paris Agreement: The Climate Action Tracker assesses the U.K.’s climate action as not fully aligned with the Paris Agreement.
Long-Term Targets: The U.K.’s Nationally Determined Contributions (NDCs) and long-term targets do not reflect a fair share of global efforts to mitigate climate change.
Incompatibility with Limits: Licensing new oil and gas extraction plans contradicts the 1.5°C temperature rise limit set by the Paris Agreement.
Conclusion
The UK’s endorsement of offshore drilling reflects a complex balancing act between energy security, economic considerations, and environmental stewardship.
As the world grapples with the imperative of combating climate change, the decisions made today hold the potential to shape the course of a sustainable future.
A recent dispute between former RBI governor Raghuram Rajan and Minister of State for Electronics Rajeev Chandrasekhar has brought to light differing opinions on the effectiveness of a Central government initiative aimed at bolstering electronics manufacturing in India.
The disagreement centers around whether the scheme truly promotes self-sufficiency and robust manufacturing or merely generates low-level assembly jobs dependent on imports.
Critical Overview of the PLI Scheme
Government Intentions: Around five years ago, India embarked on a mission to invigorate domestic manufacturing as a cornerstone of economic growth.
Dual Strategy: The government employed a dual strategy of raising import duties (the ‘stick’) and providing incentives (the ‘carrot’) to stimulate manufacturing. The Production-Linked Incentive (PLI) scheme emerged as a key component, offering financial support to companies engaged in production within India.
Triumphs and Concerns
Focus on Smartphone Manufacturing: Among various sectors, smartphone manufacturing stood out as the frontrunner in embracing the PLI scheme.
Impact of PLI on Smartphone Exports and Imports: The program yielded impressive results, witnessed by a surge in mobile phone exports from $300 million in FY2018 to a remarkable $11 billion in FY23. Furthermore, imports of mobile phones saw a decrease from $3.6 billion in FY2018 to $1.6 billion in FY23.
Delving into Critiques
Rising Component Imports: A central point of contention involves the surge in imports of mobile phone components like display screens, batteries, cameras, and printed circuit boards between FY21 and FY23.
Redefining Manufacturing: The critique challenges the conventional notion of localized manufacturing, asserting that manufacturers primarily assemble imported components.
Counterarguments
Diverse Component Uses: The response counters the claim by asserting that imported components, such as screens and batteries, could serve multiple industries beyond mobile phones.
Partial PLI Implementation: The response clarifies that only approximately 22% of mobile production in India is supported by the PLI scheme.
Import Dependency Clarification: It is emphasized that not all imports are utilized for mobile phone production.
Central Disagreement
Critical Viewpoint: One perspective underscores that even if a percentage of imports are used for production, India’s net exports remain in the red.
Crux of Disagreement: The heart of the disagreement centres on whether the PLI program can generate sustainable job growth and elevate India’s manufacturing prowess to encompass value-added production.
Conclusion
The spirited exchange encapsulates the intricacies of India’s electronics manufacturing scheme.
While both sides present compelling viewpoints, a fundamental question persists: Can the PLI program truly foster enduring job opportunities and propel India towards becoming a hub of value-enriched manufacturing?
As India charts its economic course, striking the right balance between incentivizing domestic production and investing in comprehensive socio-economic advancement remains a formidable challenge.
Among India’s domestically grown oilseeds, rapeseed-mustard stands out.
However, its pungent oil and unpalatable meal have posed challenges for both consumers and livestock.
Scientists have undertaken breeding efforts to create Canola-quality (white) mustard with reduced pungency and improved meal quality.
About Rapeseed-Mustard
Rapeseed-Mustard: India’s significant oilseed is rapeseed-mustard, contributing significantly to vegetable oil production and meal availability.
Pungency: Mustard seeds contain glucosinolates, compounds that give the oil and meal their pungent flavor and odor.
Quest for Canola-Quality Mustard
Canola-Quality Pursuit: Scientists aimed to breed mustard lines with low glucosinolate content similar to Canola.
Reducing Pungency: Efforts to create low-pungency oil and meal have faced challenges due to the necessity of glucosinolates in plant defense.
Vulnerability to Pests and Diseases: Canola-quality mustard lines have not been cultivated extensively due to their susceptibility to pests and diseases.
Role of Gene Editing
Innovative Research: Gene editing emerges as a solution to balance glucosinolate levels for improved quality and plant defence.
CRISPR/Cas9 Approach: Researchers used CRISPR/Cas9 gene editing tool to target and modify 10 out of 12 GTR genes in Indian mustard.
Achieving Desired Changes: Editing GTR genes led to lower glucosinolate content in seeds while preserving higher levels in leaves and pod walls.
Benefits of GE Mustard
Easy Synthesis: Glucosinolates are synthesized in mustard leaves and pod walls before translocation to seeds.
Dual Benefit of Glucosinolates: The study revealed that edited mustard lines with low-seed glucosinolates exhibited improved defence against pests and diseases.
Distinction between GE and GM
GE Mustard: The new mustard lines are genome-edited (GE), not genetically modified (GM).
Transgene-Free Solution: Unlike GM crops with foreign genes, GE lines have no foreign DNA and no residual gene-editing tools.
Regulatory Considerations and Future Prospects
Regulation Changes: India’s regulatory environment is shifting, exempting GE plants free of exogenous introduced DNA from stringent approval requirements.
Potential Field Trials: Scientists are preparing for open field trials of GE mustard, with expectations to conduct them in the upcoming planting season.
Importance of Self-Reliance: With massive edible oil imports, domestic oilseed production through breeding advancements like GE mustard becomes vital for self-reliance.
Economic Implications and Self-Sufficiency
Importance of Oilseeds: India’s substantial edible oil imports highlight the need for boosting domestic oilseed production.
Mustard’s Role: Mustard’s high oil content and protein-rich meal position it as a significant oilseed crop.
Potential Benefits: Both GE mustard and GM hybrid mustard have the potential to reduce dependence on imported vegetable oils.
Conclusion
The journey of rapeseed mustard from its pungent state to a potentially improved, self-sufficient crop demonstrates the power of innovative breeding techniques.
The breakthrough in gene editing opens doors to balancing quality and plant defence.
Back2Basics: CRISPR/Cas9 Gene Editing Tool
CRISPR-Cas9 is a revolutionary technology allowing precise genetic modifications by altering DNA sequences.
It’s a cutting-edge tool in genetic manipulation, generating excitement in the scientific community.
How does it work?
CRISPR-Cas9 employs two crucial components for DNA change:
Cas9 enzyme: Functions as molecular scissors, cutting DNA strands at a specific location.
Guide RNA (gRNA): Composed of a short, pre-designed RNA sequence within a longer scaffold. The scaffold guides Cas9 to the right genomic spot.
Guide RNA complements a target DNA sequence. It binds only to the specific DNA region, avoiding unintended interactions.
Cas9 follows guide RNA to the DNA sequence, creating a cut across both strands.
Cell recognizes the DNA damage and initiates repair.
Scientists harness repair processes to modify genes in a cell’s genome.
A recent study published in Environment Science and Technology has found that rainwater from many places across the globe is contaminated with “per- and polyfluoroalkyl substances,” (PFAs) also called “forever chemicals”.
What are PFAs?
PFAs are man-made chemicals used to make non-stick cookware, water-repellent clothing, stain-resistant fabrics, cosmetics, fire-fighting forms and many other products that resist grease, water and oil.
They refer to a group of over 3,000 widely used human-made chemicals linked to cancer and other health risks.
They have tendency to stick around in the atmosphere, rainwater and soil for long periods of time.
PFAs can migrate to the soil, water and air during their production and use.
Since most PFAs do not break down, they remain in the environment for long periods of time.
Some of these PFAs can build up in people and animals if they are repeatedly exposed to the chemicals.
What harm do PFAs cause?
A variety of health risks are attributed to PFA exposure, including decreased fertility, developmental effects in children, interference with body hormones, increased cholesterol levels and increased risk of some cancers.
Recent research has also revealed that long-term low-level exposure to certain PFAs can make it difficult for humans to build antibodies after being vaccinated against various diseases.
How can these chemicals be removed from rainwater?
There is no known method that can extract and remove PFAs from the atmosphere itself.
There are many effective, albeit expensive, methods to remove them from rainwater that has been collected through various rainwater harvesting methods.
One way to do this would be to use a filtration system with activated carbon.
The activated carbon will need to be removed and replaced regularly.
Also, the old contaminated material must be destroyed.
Remedial measures
A cheaper method is under trial.
The researchers first placed a PFA compound in a solvent called DMSO (dimethyl sulfoxide).
They then mixed it with sodium hydroxide (lye) in water.
They found that when this mixture was heated up to boiling temperature, the PFA compound began to degrade.
However, this method doesn’t work for all PFAs and only works for certain PFA subsets.
