💥Join UPSC 2027,2028 Mentorship (July Batch) + XFactor Notes & Microthemes PDF
Talk to Mentor

Civilsdaily

Login

GS Paper: Agriculture and related issues

  • Foot and Mouth Diseases in Cattles

    fmd

    Why in the news

    • The foot-and-mouth disease (FMD) has affected around many milch cattle in Uttar Pradesh.

    What is Foot-and-Mouth Disease (FMD)?

    • FMD is a highly contagious viral disease of livestock that has a significant economic impact.
    • The disease affects all cattle, swine, sheep, goats, and other cloven-hoofed ruminants.
    • Intensively reared animals are more susceptible to the disease than traditional breeds.
    • It does not affect horses, dogs, or cats.

    How does it spread?

    • It is a Transboundary Animal Disease (TAD) that deeply affects the production of livestock and disrupts regional and international trade in animals and animal products.
    • It is caused by is an ‘aphthovirus’ of the family Picornaviridae.
    • There are 7 strains (A, O, C, SAT1, SAT2, SAT3, and Asia1) which are endemic in different countries worldwide.
    • Immunity to one type does not protect an animal against other types or subtypes.

    Implications of FMD

    • FMD is characterized by fever and blister-like sores on the tongue and lips, in the mouth, on the teats, and between the hooves.
    • The disease is rarely fatal in adult animals, but there is often high mortality in young animals.
    • The disease causes severe production losses, and while the majority of affected animals recover, the disease often leaves them weakened and debilitated.

    Policy moves to prevent FMD

    • FMD Mukt Bharat Abhiyan (2016-17): Launched under Rashtriya Krishi Vikas Yojana (RKVY) during, it is a program to cover all the states which were not covered under the six-monthly vaccination scheme.
    • National Animal Disease Control Programme (2019): It aims to control of Foot & Mouth Disease and Brucellosis by vaccinating 100% cattle, buffalo, sheep, goat and pig population for FMD and 100% bovine female calves of 4-8 months of age for brucellosis.

    PYQ:

    Q. Livestock rearing has a big potential for providing non- farm employment and income in rural areas. Discuss suggesting suitable measures to promote this sector in India. (2015)

    Practice MCQ:

    With reference to the National Animal Disease Control Programme, consider the following statements:

    1. It aims to control of Foot & Mouth Disease (FMD) and Brucellosis by vaccinating 100% cattle, buffalo, sheep, goat and pig population.
    2. For brucellosis it would vaccinate 100% bovine calves of all age.

    Which of the given statements is/are correct?

    1. Only 1
    2. Only 2
    3. Both 1 and 2
    4. Neither 1 nor 2

  • The long, bumpy road from ‘drone didis’ to ‘lakhpati didis’

    Why in the news? 

    Efforts of fertilizer companies in supporting a Central government program aimed at training women to operate drones for spraying pesticides.

    Context-

    • This initiative represents a broader trend of encouraging women’s entrepreneurship in India and empowering them to participate in traditionally male-dominated sectors such as agriculture and technology.
    • The involvement of fertilizer companies in funding and facilitating this program underscores the importance of public-private partnerships in driving social and economic development initiatives. 

    Scheme Details-

    Under the Namo Drone Didi scheme, 15,000 women-led Self-Help Groups (SHGs) will receive agricultural drones to assist in crucial tasks such as crop monitoring, fertiliser spraying, and seed sowing.

    Costs to companies-

    • Financial Commitment by Fertilizer Companies: Fertilizer companies such as Indian Farmers Fertiliser Cooperative Limited (IFFCO) and Coromandel International Limited (CIL) are shouldering significant costs for the “drone didi” program.
    • IFFCO is investing ₹42 crore to support the training and equipment for 300 drone didis, while CIL is backing another 200.
    • Expense Breakdown: The approximate cost per woman participating in the program is ₹14 lakh. This covers expenses like the drone, four battery sets, a generator, and an electric autorickshaw for transportation.
    • IFFCO has categorized this expenditure as “benefits to farmers” in its financial records.
    • Contribution of Other Companies: Several additional fertilizer companies, including Krishak Bharati Cooperative (KRIBHCO), Indian Potash Limited (IPL), Matix, Indorama India Private Limited, Brahmaputra Valley Fertilizer Corporation Limited, and National Fertilizers Limited, are collectively providing an extra 500 drones.
    • Funding Arrangement: The Ministry of Agriculture and Farmers Welfare has agreed to provide financial assistance of up to ₹8 lakh for each set of equipment. The remaining ₹2 lakh is to be sourced by the participating Self-Help Groups (SHGs).

    Farmer trials-

    • Online Portal Enrollment: Haryana’s Agriculture Department, along with fertilizer companies, introduced online enrollment via the Meri Fasal Mera Byora portal to encourage farmers to apply for crop spraying through drones.
    • Subsidized Nano Urea Bottle: Farmers are offered a 1-litre nano urea bottle at ₹100, discounted from the market price of ₹225. This nano urea, when mixed with water, serves one acre.
    • Manual vs. Drone Spraying: Farmers weigh the costs of the manual application, which include subsidized granular urea and labor costs, against the higher charges of drone didis.
    • Viability for Small Landholders: Small landholders express concerns about the affordability and practicality of drone services due to limited financial resources and smaller land holdings.
    • Usefulness of Drones: Drones are seen as more cost-effective for larger plantations like coffee, tea, or sugarcane, rather than smaller-scale agricultural operations.
    • Financial Constraints: Farmers highlight financial constraints, including the inability to afford necessities like housing, education, and farm equipment, which diminishes the feasibility of investing in drone technology.

    The women’s challenges-

    • Fuel Costs:  significant daily expenses (₹500 to ₹600) on fuel to run the generator required to charge the battery sets for the drone, raising concerns about the economic feasibility of the job in the long run.
    • Battery Set Limitations: Each day, exhausts one charged battery set after covering three acres with the drone. This necessitates simultaneous charging of another set in her electric vehicle (EV) to continue her work, resulting in additional time and fuel costs.
    • Economic Viability: Despite the potential earnings mentioned on paper, there are doubts about the economic viability of the job due to high fuel costs, the need for additional assistance, and uncertainties regarding the longevity of the scheme’s benefits
    • Safety Concerns and Need for Assistance: There is safety concerns while operating the drone and the necessity of having an assistant to drive the electric autorickshaw and assist with unloading and handling the heavy drone equipment.
    • Lack of Provision for Helpers: There is no provision for hiring assistants or helpers in the scheme, leading to additional expenses

    Limitation of this scheme- 

    • Current Urea Usage and Subsidy: India uses 3.5 lakh metric tonnes (MT) of granular urea annually, with a significant portion subsidized by the government to make it affordable for farmers. Liquid nano urea, an alternative, is produced in limited quantities.
    • Government’s Vision for Nano Urea Production: The government aims to increase the production capacity of liquid nano urea to reduce dependence on expensive imported granular urea. The goal is to produce 48.5 crore bottles annually by 2026-27.
    • Limitations of Nano Urea: While liquid nano urea can supplement traditional granular urea, it cannot entirely replace it due to specific requirements in different stages of crop growth.
    • Ownership and Earnings Concerns: There are uncertainties regarding the ownership of drones and the distribution of earnings from drone operations among individuals, Self-Help Groups (SHGs), village organizations (VOs), or cluster-level federations (CLFs).
    • Need for Clarity and Coordination: Questions are raised about the lack of clarity on ownership, earnings distribution, and coordination among stakeholders involved in drone operations.
    • Challenges with Previous Proposals: Issues regarding the implementation of previous drone-related schemes, such as the procurement of drones under Krishi Vigyan Kendras (KVKs), and concerns about competition from individual farmers purchasing their drones are highlighted.

    To overcome the challenges outlined regarding drone operations and nano urea production, several measures can be considered:

    • Clarity in Ownership and Earnings Distribution: Establish clear guidelines and agreements on drone ownership and revenue sharing among individuals, SHGs, VOs, and CLFs. Ensure transparency in decision-making processes and consult all stakeholders involved.
    • Enhanced Coordination: Facilitate better coordination among government agencies, agricultural organizations, and drone operators to streamline operations, address concerns, and ensure effective implementation of schemes. Regular meetings, feedback mechanisms, and communication channels can aid in coordination efforts.
    • Capacity Building: Provide training and capacity-building programs for drone operators, farmers, and other stakeholders to enhance their skills in drone operation, maintenance, and data interpretation. This can improve the efficiency and effectiveness of drone-based agricultural activities.
    • Promotion of Nano Urea: Invest in research and development to improve the efficacy and availability of liquid nano urea. Conduct awareness campaigns to educate farmers about the benefits and proper usage of nano urea, emphasizing its role as a supplement to traditional fertilizers.
    • Policy Reforms: Review existing policies related to drone operations, urea subsidy, and agricultural initiatives to address loopholes and inconsistencies. Introduce new policies or amendments to support the expansion of nano urea production and drone technology adoption in agriculture.
    • Collaborative Partnerships: Foster partnerships between government agencies, private companies, research institutions, and farmer groups to leverage expertise, resources, and innovation in addressing challenges related to drone operations and urea production.
    • Monitoring and Evaluation: Implement robust monitoring and evaluation mechanisms to assess the impact of drone-based agricultural initiatives and nano urea production efforts. Collect data on key performance indicators and stakeholders’ feedback to identify areas for improvement and make informed decisions.

    Conclusion-

    The initiative to train women as “drone didis” for agricultural tasks faces challenges of economic viability, ownership clarity, and coordination. Solutions include clear guidelines, capacity building, policy reforms, and collaborative partnerships to ensure sustainable implementation and overcome limitations in nano urea production.

    Mains PYQ-

    Q- The Self Help Group (SHG) Bank Linkage Program (SBLP), which is India’s own innovation , has proved to be one of the most effective poverty alleviation and women empowerment programme. Elucidate.(UPSC IAS/2015)

  • Some Basic Facts about Indian Farmers

    Introduction

    • Amidst the ongoing farmer protests, the demand for a legal assurance backing Minimum Support Prices (MSPs) has taken center stage, sparking debates and polarizing opinions.
    • Delving into the intricacies of MSPs is crucial to grasp the gravity of this contentious issue.

    Deciphering MSPs: A Primer

    • Fundamental Concept: MSPs, or Minimum Support Prices, signify the price floor set by the government for various crops, serving as a safety net to safeguard farmers’ incomes.
    • Ramifications: The significance of MSPs transcends mere agricultural economics, influencing farmers’ livelihoods, consumer prices, and even governmental budgetary allocations.

    Backdrop of Farmer Protests

    • Escalating Tensions: The introduction and subsequent repeal of three farm laws by the current Union government in 2020 have catalysed widespread farmer protests, drawing attention to the MSP debate.
    • Polarized Discourse: The discourse surrounding farmer protests has veered into a realm of political polarization, overshadowing the substantive issues at hand.

    Key Insights into India’s Agricultural Landscape

    [1] Shift in Economic Dynamics

    • Historical Perspective: Post-Independence, agriculture commanded a significant share of India’s workforce and economic output, with around 70% of the workforce engaged in the sector.
    • Contemporary Scenario: Despite a decline in agriculture’s contribution to GDP, the proportion of the agricultural workforce remains relatively high, signaling a skewed economic paradigm. In 2011, approximately 6% of the workforce was engaged in agriculture.

    [2] Transition in Farming Patterns

    • Rising Labour Dependency: The shift from cultivators to agricultural laborers underscores the evolving nature of farming practices, reflecting growing challenges in sustaining agricultural livelihoods. In 1951, 72% of all farm workers were cultivators, whereas by 2011, this proportion decreased to 45%.
    • Small Holdings and Indebtedness: Small and marginal landholdings coupled with high levels of indebtedness paint a grim picture of the financial vulnerability faced by Indian farmers. According to a 2019 survey, around 70% of all agricultural households have a land holding size of less than 1 hectare, and almost 50% are indebted.

    [3] Income Disparities and Debt Burdens

    • Regional Disparities: Regional variations in farm incomes and indebtedness highlight the multifaceted nature of agrarian distress. In 2019, the average monthly income per household was Rs 10,218, while 50% of all farm households were indebted.
    • Terms of Trade Dynamics: Fluctuating terms of trade between farmers and non-farmers further exacerbate farmers’ financial woes, reflecting structural imbalances in the agricultural sector. The Terms of Trade (ToT) between farmers and non-farmers have remained stagnant or negative since 2010-11.

    [4] Global Perspectives on Agricultural Support

    • Comparative Analysis: India’s standing in terms of producer protection and agricultural support reveals stark disparities, challenging misconceptions about excessive financial assistance to Indian farmers.
    • India is Lagging: India ranks last among the countries compared by the OECD on producer protection and lags in terms of the “total support estimate” (TSE) relative to other countries and regions.

    Navigating the Complexities

    • Beyond MSPs: While MSPs occupy a prominent position in the discourse, addressing India’s agricultural woes requires a holistic approach encompassing structural reforms, income augmentation, and infrastructural development.
    • Long-standing Challenges: Structural deficiencies within the agricultural sector necessitate comprehensive interventions, transcending short-term fixes and political rhetoric.

    Conclusion

    • As India grapples with the intricacies of farmer protests and MSP demands, a nuanced understanding of agricultural dynamics is imperative to devise sustainable solutions.
    • Addressing the root causes of agrarian distress demands concerted efforts aimed at bolstering farmers’ resilience, fostering equitable economic growth, and ushering in transformative reforms to ensure the viability of India’s agricultural ecosystem.

    Try this question from CS Mains (2018)

    What do you mean by Minimum Support Price (MSP)? How will MSP rescue the farmers from the low-income trap? [150 Words, 10 Marks]

    [wpdiscuz-feedback id=”c37r4lomki” question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • Fair and Remunerative Price (FRP) of Sugarcane

    Introduction

    • The Cabinet Committee on Economic Affairs approved ₹340/quintal as the Fair and Remunerative Price (FRP) of sugarcane for sugar season 2024-25 at sugar recovery rate of 10.25%.
    • This is about 8% higher than FRP of sugarcane for the current season 2023-24.

    Fair and Remunerative Price (FRP): Explained

    • Legal Framework: FRP is established under the Sugarcane Control Order, 1966.
    • Minimum Payment: It denotes the minimum price obligated to be paid by sugar mills to farmers for their sugarcane produce.
    • State Agreed Price (SAP): States have the authority to determine their SAP, typically higher than the FRP.
    • The fixation of FRP considers various factors, including:
    1. Cost of sugarcane production,
    2. Return from alternative crops,
    3. Consumer sugar prices,
    4. Sale price of sugar,
    5. Sugarcane-to-sugar recovery rate,
    6. Income from by-products (e.g., molasses, bagasse),
    7. Adequate profit margins for sugarcane growers.

    Determining Sugarcane Prices

    • Central Determination: FRP is set by the Central Government based on recommendations from the Commission for Agricultural Costs and Prices (CACP) and endorsed by the Cabinet Committee on Economic Affairs.
    • State Role: States announce SAP, often surpassing the FRP.

    Minimum Selling Price (MSP) for Sugar

    • Market Dynamics: Sugar prices fluctuate based on market demand and supply.
    • Introducing MSP: To safeguard farmers’ interests, MSP for sugar was introduced in 2018.
    • Components Considered: MSP incorporates elements of FRP for sugarcane and the minimal conversion cost of efficient mills.

    Basis of Price Determination

    • Transition from SMP to FRP: In 2009-10, FRP replaced the Statutory Minimum Price (SMP) of sugarcane.
    • Consultative Process: The Central Government, in consultation with state authorities and sugar industry associations, determines the sugarcane price based on CACP recommendations.

    Try this PYQ from CSP 2019:

    Q. The Fair and Remunerative Price (FRP) of sugarcane is approved by the:

    (a) Cabinet Committee on Economic Affairs

    (b) Commission for Agricultural Costs and Prices

    (c) Directorate of Marketing and Inspection, Ministry of Agriculture

    (d) Agricultural Produce Market Committee

     

    [wpdiscuz-feedback id=”ov8suchbe6″ question=”Please leave a feedback on this” opened=”1″]Post your answers here.[/wpdiscuz-feedback]

  • The cost of legal MSP is greatly exaggerated

    Centre Sets Minimum Support Price for Kharif Crops

    Central Idea:

    Farmers in India are demanding a legal guarantee for Minimum Support Prices (MSP) to stabilize agricultural commodity prices and ensure their livelihoods. Despite the longstanding demand and political consensus, successive governments have been hesitant to implement this, primarily due to concerns about fiscal costs. However, the actual costs and benefits of such a guarantee are often misunderstood, leading to fear mongering and misconceptions about its implications.

    Key Highlights:

    • Farmers’ demands for a legal guarantee for MSP stem from the need for stability in agricultural commodity prices to protect their incomes.
    • MSP is a mechanism to ensure price stability for essential agricultural commodities, but its implementation is limited, mainly focusing on rice and wheat.
    • Misconceptions about the fiscal costs of MSP guarantee have hindered its implementation, despite political consensus and support from various parties and unions.
    • The cost of procuring agricultural produce is often misconstrued, with the majority being a subsidy to consumers rather than to farmers.
    • A guaranteed MSP offers an opportunity to rectify imbalances in the MSP and procurement system, promoting regional diversification and crop expansion.
    • Neglect of the agrarian economy has led to declining real incomes and wages for farmers, highlighting the urgency of reforming the MSP system.

    Key Challenges:

    • Misunderstanding and fear mongering about the fiscal costs and implications of implementing a legal guarantee for MSP.
    • Limited implementation of MSP, primarily focusing on rice and wheat, leaving other crops and regions underserved.
    • Neglect of the agrarian economy leading to declining real incomes and wages for farmers.
    • Political hesitancy to implement MSP guarantee despite consensus and support from various stakeholders.
    • Lack of comprehensive understanding of the benefits of MSP guarantee in stabilizing agricultural commodity prices and reviving the rural economy.

    Main Terms:

    • Minimum Support Prices (MSP)
    • National Food Security Act (NFSA)
    • Price Stability
    • Market Intervention
    • Agricultural Commodity Prices
    • Fiscal Costs
    • Marketable Surplus
    • Procurement System
    • Agrarian Economy
    • Regional Diversification

    Important Phrases:

    • Legal guarantee for MSP
    • Fear mongering and misconceptions
    • Fiscal requirements
    • Price volatility
    • Market intervention
    • Income protection
    • Regional imbalances
    • Declining real incomes
    • Rural economy revival
    • Comprehensive reform

    Quotes:

    • “A guaranteed MSP may not solve the farmers’ problems. But it offers a good opportunity to rectify the imbalances in the MSP and procurement system.”
    • “Protecting the income of farmers will help revive the rural economy at a time when it’s struggling with deficient demand and rising inflation.”
    • “Misconceptions about the fiscal costs of MSP guarantee have hindered its implementation, despite political consensus and support from various parties and unions.”

    Anecdotes:

    • The article references the fear mongering and misconceptions similar to those observed during the enactment of the National Food Security Act and the National Rural Employment Guarantee Act.
    • It highlights the success of MSP implementation for rice and wheat during the last two years, where market prices were higher than MSP.

    Useful Statements:

    • “Despite political consensus, successive governments have dithered on legalizing this mechanism, primarily due to the fear of excessive fiscal requirements.”
    • “A guaranteed MSP offers an opportunity to rectify the imbalances in the MSP and procurement system, promoting regional diversification and crop expansion.”
    • “Protecting the income of farmers will help revive the rural economy, particularly during times of deficient demand and rising inflation.”

    Examples and References:

    • Reference to the successful implementation of MSP for rice and wheat during the last two years, despite market prices being higher than MSP.
    • Comparison with other countries where similar mechanisms exist to stabilize agricultural commodity prices.
    • Mention of the fear mongering and misconceptions observed during the enactment of previous agricultural legislations like the National Food Security Act.

    Facts and Data:

    • Government procurement of wheat in 2022 was only 19 million tonnes against a target of 44 million tonnes.
    • In 2023, government procurement of rice and wheat was 26 million tonnes against a target of 35 million tonnes.
    • Reference to the cost of procuring agricultural produce being misconstrued, with the majority being a subsidy to consumers rather than to farmers.

    Critical Analysis:

    The article provides a comprehensive analysis of the demands of farmers for a legal guarantee for MSP, highlighting the misconceptions and challenges surrounding its implementation. It emphasizes the importance of rectifying imbalances in the MSP and procurement system to promote regional diversification and crop expansion. However, it could further delve into the specific policy measures needed to address these challenges and provide a more detailed analysis of the potential benefits of implementing a guaranteed MSP.

    Way Forward:

    • Implementing a legal guarantee for MSP to ensure stability in agricultural commodity prices and protect farmers’ incomes.
    • Rectifying imbalances in the MSP and procurement system to promote regional diversification and crop expansion.
    • Addressing misconceptions and fear mongering surrounding the fiscal costs and implications of MSP guarantee through public awareness campaigns and comprehensive policy discussions.
    • Engaging with stakeholders, including farmers’ unions, political parties, and policymakers, to formulate and implement effective MSP policies that address the needs and concerns of all parties involved.
    • Investing in rural infrastructure, storage facilities, and crop diversification programs to strengthen the agrarian economy and revitalize rural communities.
  • From Europe to India, why are Farmers angry?

    From Europe to India, why are Farmers angry?

    Introduction

    • Farmers worldwide are mobilizing in protest against various issues ranging from subsidy cuts to environmental regulations.
    • The unrest is witnessed across continents, reflecting a shared struggle against challenges impacting agricultural livelihoods.

    Farmers Protests: Worldwide Extent

    • Europe: Farmers in several EU member-nations such as Belgium, France, Germany, and Spain have utilized tactics like tractors in city invasions and supermarket raids to protest subsidy cuts, high energy prices, and cheap imports. They protest against EU environment policies aimed at achieving net-zero emissions by 2050, which include pesticide reduction and nature restoration initiatives.
    • South America: Protests spanned 67% of countries, driven by economic downturns and droughts, with Brazilian farmers rallying against unfair competition from genetically modified maize.
    • Europe: 47% of countries saw protests against low crop prices and rising costs, with French farmers opposing low-cost imports and inadequate subsidies.
    • North and Central America: Protests occurred in 35% of countries, with Mexican farmers protesting low prices and Costa Rican farmers seeking government assistance amid debt.
    • Africa: 22% of countries witnessed protests due to poor pricing and high production costs, with Kenyan potato farmers demanding better prices and Cameroonian farmers opposing cocoa export bans.
    • New Zealand: Farmers protested against government regulations, while Australian farmers opposed proposed high-voltage powerlines.

    Asian Protests

    • India: Farmers across nine states demand guaranteed crop prices and loan waivers, echoing protests in Nepal against unfair vegetable pricing.
    • Malaysia and Nepal: Protests stem from low rice and sugarcane prices, respectively.

    Government Responses

    • France and Germany have made concessions such as rolling back fuel subsidy cuts and gradually phasing out fuel subsidies.
    • EU politicians have voted against proposed pesticide regulations, and climate rules are being revised ahead of elections.
    • Nature restoration plans have been deferred for now.

    Issues Prompting Indian Protests

    • Indian farmers demand legal backing for minimum support prices (MSP) and expansion of MSP coverage beyond rice and wheat, as per a 2021 agreement.
    • Import of cheap edible oil and pulses, alongside climate shocks, have impacted farmer earnings.
    • Additional demands include higher import duties, changes to crop insurance, better seed quality, debt waivers, and social security benefits.

    Conclusion

    • Farmer protests globally reflect a unified struggle against economic hardships, environmental regulations, and policy decisions impacting agricultural sustainability and livelihoods.
    • Addressing these concerns requires proactive government responses and comprehensive policy reforms to ensure the welfare of farmers and agricultural resilience.

    Also read:

    Farmers’ Demands over Minimum Support Price (MSP) Guarantee

  • Nano DAP: Revolutionizing Fertilizers in Indian Agriculture

    Introduction

    • The interim budget presented by Finance Minister Nirmala Sitharaman introduces the expansion of Nano DAP application in agriculture.

    Understanding Nano DAP

    • DAP: DAP, or di-ammonium phosphate, is a widely used fertilizer in India, rich in phosphorus for plant root development.
    • Nano DAPL: Introduced by Indian Farmers Fertiliser Cooperative (IFFCO), it is a liquid form of DAP with particle sizes less than 100 nanometers, enhancing its efficiency.

    Advantages of Nano DAP

    • Efficiency: Nano DAP’s small particle size allows it to penetrate seeds and plant openings more effectively, leading to higher seed vigor, increased chlorophyll, better photosynthetic efficiency, improved crop quality, and higher yields.
    • Affordability: Nano DAP is cost-effective compared to conventional DAP, with a 500 ml bottle equivalent to a 50 kg bag of DAP, priced at only Rs 600.
    • Convenience: The liquid form is easier to transport, store, and apply, making it farmer-friendly.
    • Reduced Imports: Adoption of domestically-produced Nano DAP from Kalol, Gujarat, reduces the need for importing fertilizers, enhancing self-reliance and benefiting Indian agriculture.

    Government’s Perspective

    • Subsidy Relief: Nano DAP’s cost-effectiveness alleviates the government’s subsidy burden on fertilizers, offering fiscal relief.
    • Self-Reliance: Producing Nano DAP domestically aligns with the goal of self-sufficiency in fertilizer production, reducing dependency on imports.
    • Agricultural Advancement: Wider Nano DAP adoption supports agricultural growth, increasing food grain production and benefiting farmers.

  • Harvest the Odisha story to ensure food security

     

    IT-led transformation: Odisha's KALIA shows the way- The New Indian Express

    Central idea 

    Odisha’s agricultural transformation, exemplified by a shift from scarcity to surplus, stands as a model for climate-resilient and equitable food security. The state’s success lies in empowering small and marginal farmers, embracing crop diversification, and proactively addressing climate vulnerabilities.

    Key Highlights:

    • Odisha’s Agricultural Transformation: From importing rice to recording its highest food grain production in 2022, focusing on small and marginal farmers, and tripling average rice yield in two decades.
    • Resilience and Sustainability: Odisha’s proactive approach to climate change, developing a comprehensive Climate Change Action Plan covering various sectors, implementing climate-resilient cultivation practices, and adopting innovative measures for crop monitoring.
    • Social Protection: Odisha’s partnership with the United Nations World Food Programme, ranking as the top state in the National Food Security Act for 2022, and collaboration on food security, livelihood, and climate resilience initiatives.

    Key Challenges:

    • Climate Vulnerability: Odisha’s susceptibility to climate change impacts, including cyclones, floods, and droughts, posing risks to livelihoods and infrastructure.
    • Implementation Hurdles: The need for effective implementation of climate-resilient practices at the ground level, overcoming potential challenges in executing the Climate Change Action Plan.

    Kalia Scheme Odisha

    Key Terms and Phrases:

    • Krushak Assistance for Livelihood and Income Augmentation (KALIA)
    • Odisha Millet Mission
    • Climate-resilient cultivation practices
    • Crop Weather Watch Group
    • Integrated farming
    • Zero-input-based natural farming
    • Biometric technology in the Targeted Public Distribution System
    • Rice fortification
    • National Food Security Act

    Key Quotes:

    • Odisha Chief Minister Naveen Patnaik: “Zero Hunger” goal commitment at the United Nations World Food Programme headquarters.
    • Anu Garg: “Odisha’s transformative journey presents a unique development model for other States in the context of the challenges of global climate change.”

    Key Statements:

    • Odisha’s transition from food grain scarcity to surplus, climate-proofing agricultural systems, and ensuring food and nutrition security for vulnerable populations.

    Key Examples and References:

    • Use of biometric technology in the Targeted Public Distribution System in Rayagada district.
    • Rice fortification initiatives in Gajapati district.

    Key Facts and Data:

    • Odisha’s contribution to India’s rice production, ranking as the top state in the National Food Security Act for 2022.

    Critical Analysis:

    • Odisha’s success in achieving surplus production and resilience can serve as a model for other states facing similar challenges.
    • The effectiveness of climate-resilient practices and the Climate Change Action Plan in mitigating climate risks need continuous evaluation.

    Way Forward:

    • Scaling Successful Initiatives: Expanding successful schemes like KALIA and promoting crop diversification to enhance resilience.
    • Technological Integration: Continued integration of technology in agriculture for monitoring, early warning systems, and precision farming.
    • International Collaboration: Strengthening partnerships with international organizations for knowledge exchange and resource mobilization.

  • Need for climate-smart agriculture in India

    Climate change threatens food security of urban poor

    Central idea

    The article underscores the critical challenges of climate change and food insecurity facing humanity. It emphasizes the significance of climate-smart agriculture (CSA) as a holistic approach, promoting sustainable development, resilience to climate change, and greenhouse gas emission reduction.

    Key Highlights:

    • Global Challenges: Addressing climate change and food insecurity as critical global issues.
    • Impact on Agriculture: Discussing the negative effects of climate change on agriculture, leading to increased challenges for farmers.
    • Holistic Solution: Introducing climate-smart agriculture (CSA) as a holistic solution to adaptation and mitigation challenges.
    • Emphasizing Importance: Highlighting the importance of CSA in enhancing resilience, improving productivity, and reducing greenhouse gas emissions.
    • Government Initiatives: Citing Indian government initiatives promoting CSA, such as the National Adaptation Fund and Soil Health Mission.

    Key Challenges:

    • Climate Risks: Analyzing the substantial risks posed by climate change to agricultural productivity, with India potentially facing a 9% decline in crop yield.
    • Need for Reforms: Discussing the need for significant reforms in the agriculture industry to adapt traditional farming practices to climate change.
    • Transformative Approach: Emphasizing the requirement for a radical transformation of the agriculture sector to achieve sustainable development goals.

    Key Terms/Phrases:

    • Holistic Approach: Exploring the concept of climate-smart agriculture (CSA) and its three pillars.
    • Precision Farming: Highlighting the importance of precision farming in optimizing agricultural methods.
    • Climate-Resilient Agriculture: Describing the role of CSA in building resilience against climate change.
    • Agroforestry and Carbon Sequestration: Identifying specific CSA measures for environmental benefits.
    • Paris Agreement: Linking CSA to global initiatives such as the Paris Agreement on reducing greenhouse gas emissions.

    Key Examples and References:

    • Global Efforts: Noting community-supported agriculture efforts worldwide as examples of CSA in action.
    • Specific Measures: Citing studies from the northwest Indo-Gangetic Plain showcasing the benefits of CSA for wheat production.
    • Government Support: Referring to government initiatives in India, including the Soil Health Card Scheme.
    • International Frameworks: Connecting CSA to international frameworks like the United Nations’ Sustainable Development Goals.

    Key Facts/Data:

    • Climate Impact: Highlighting the potential 9% decline in crop yield in India due to climate change.
    • GHG Emissions: Noting agriculture’s significant share (17%) in greenhouse gas emissions in 2018.
    • Economic Autonomy: Pointing out the economic autonomy gained by farmers through CSA implementation.
    • Government Initiatives: Providing data on government spending on initiatives like the National Adaptation Fund.

    Critical Analysis:

    • Urgency of Action: Emphasizing the urgency of addressing climate change’s impact on agriculture and the need for a comprehensive approach like CSA.
    • Positive Outcomes: Discussing the positive outcomes of CSA, including economic autonomy for farmers and benefits to biodiversity conservation.
    • Localized Responses: Highlighting the importance of localized responses to climate change and the role of CSA in meeting international obligations.

    Way Forward:

    • Investment in Capacity-Building: Recommending continued investment in capacity-building programs for CSA.
    • Knowledge Dissemination: Emphasizing the importance of providing practical tools and knowledge for the adoption of CSA.
    • Triple Goals: Stating the role of CSA in ensuring food security, empowering farmers, and protecting ecosystems.
    • Unique Juncture in India: Recognizing the unique juncture in India where CSA adoption is essential due to climate vulnerability and agricultural significance.

  • Uncertain future in a sea of poppies

    GOAF

    Central idea

    The article explores the multifaceted challenges arising from the intersection of cultural pride and economic shifts in opium cultivation in India. It delves into concerns surrounding the government’s policy shift, addressing potential impacts on livelihoods, national security, and transparency.

    Key Highlights

    • Cultural Significance of Opium Cultivation: Opium farming is a source of cultural pride, termed “agriculture of dignity” in the Mewar region, linking social status to this traditional trade and reflecting generations’ engagement.
    • Government Policy Shift in 2021: In 2021, the government allowed private players to produce Concentrate of Poppy Straw (CPS) alongside traditional opium gum, aiming to boost alkaloid yield and align India with global practices. However, this shift faces resistance from opium farmers.
    • Concerns about Private Players: Opium farmers express worries about the entry of private companies, fearing threats to livelihood, profits, and national security. Farmers argue that private involvement may lead to misuse of opium, increased drug trafficking, and rising costs of life-saving medicines.
    • Impact on Farmers and Traditional Practices: Opium farmers face economic challenges, citing stagnant procurement rates, increased input costs, and reduced poppy seed yield under the new system. The shift to CPS raises concerns about transparency, farmer consultation, and the potential decline in income for traditional opium cultivators.

    Challenges

    • Threat to Livelihood and National Security: Opium farmers fear that private entry may endanger their profession and lead to increased drug-related issues. There is a possibility of drug mafia influence and security threats if alkaloids fall into the wrong hands.
    • Impact of Policy Shift on Farmers: Economic challenges for opium farmers, including reduced poppy seed yield and concerns about transparent practices under CPS. Farmers worry about income loss and express dissatisfaction with the lack of government consultation.
    • Safety and Security of Alkaloids: Opium farmers question the safety and security of alkaloids under private production. Fears that private involvement may compromise the integrity of life-saving medicines made from opium.
    • Division among Farmers and Lack of Transparency: Farmers express concerns about the government creating divisions with two production systems. Calls for transparent policies and farmer involvement, alleging a lack of transparency in the CPS mechanism.

    Key Phrases and Terms for answer enrichment

    • Swabhiman ki Kheti (Agriculture of Dignity): Opium cultivation holds cultural pride in the Mewar region, reflecting social status.
    • Afeem and Aulat Barabar (Poppy Plants and Children Deserve Similar Treatment): Highlights the cultural significance of opium, equating it with the care given to children.
    • Concentrate of Poppy Straw (CPS): New method introduced in 2021, allowing private players to extract alkaloids from poppy straw alongside traditional opium gum.
    • Make in India: Farmers question the government’s commitment to “Make in India” while allowing imports of poppy seeds.

    Analysis for mains answer

    • Cultural Pride vs. Economic Realities: Opium farming holds cultural significance, but economic challenges, policy shifts, and private entry threaten traditional practices.
    • Balancing Global Practices and Farmer Concerns: The government’s shift to CPS aligns with global norms but faces resistance from farmers concerned about income, transparency, and safety.
    • Security Concerns and Misuse of Opium: Farmers express worries about the potential misuse of opium and security threats, emphasizing the need for strict controls.
    • Need for Transparent Policies and Farmer Involvement: Farmers demand transparency, consultation, and the continuation of traditional practices, expressing dissatisfaction with the current policy.

    Key Data and Facts

    • Opium Farmers in India: About 1 lakh farmers across 22 districts in Madhya Pradesh, Rajasthan, and Uttar Pradesh have licenses to cultivate opium.
    • Major Opium-Producing Districts: Mandsaur, Neemuch, and Chittorgarh contribute to 80% of India’s opium production.
    • Change in Government Policy (2021): Government policy shift in 2021 allows private players to produce CPS, aiming to boost alkaloid yield.
    • Economic Impact on Farmers: Opium farmers face economic challenges, citing stagnant procurement rates, increased input costs, and reduced poppy seed yield under the new system.

    Way forward

    • Policy Review and Farmer Consultation: Conduct a comprehensive review of the opium policy, ensuring active participation and consultation with opium farmers to address their concerns and incorporate their insights into the decision-making process.
    • Transparency Measures: Implement transparent mechanisms in the Concentrate of Poppy Straw (CPS) system, providing clear information on pricing, procurement, and production processes. This ensures accountability and builds trust among farmers.
    • Public-Private Collaboration: Establish a structured collaboration between the government and private entities to leverage expertise and resources. This collaboration should prioritize safeguarding national security, ensuring the integrity of medicinal opium production, and preventing misuse.
    • Diversification and Economic Support: Explore avenues for diversification in agriculture, providing support and incentives for opium farmers to engage in alternative crops. This can mitigate economic challenges and reduce dependency on a single agricultural practice.

    As the government’s 2021 policy allows private entry, concerns about livelihoods, security, and transparency emerge. Navigating the way forward requires a delicate balance, harmonizing cultural heritage, economic considerations, and global standards for a sustainable future.