Question map
Which one of the following is the correct description of "100 Million Farmers" ?
Explanation
The correct answer is Option 1.
The "100 Million Farmers" is a multi-stakeholder platform established by the World Economic Forum (WEF). Its primary objective is to accelerate the global transition toward food and water systems that are net-zero, nature-positive, and resilient. The initiative aims to support 100 million farmers by 2030 by incentivizing the adoption of regenerative agricultural practices.
Why Option 1 is correct:
- It aligns with the WEF’s goals of integrating climate action with food security.
- It focuses on decarbonization and biodiversity while improving farmer livelihoods.
Why other options are incorrect:
- Option 2 refers to specific organic animal husbandry networks, not this global WEF initiative.
- Option 3 describes blockchain-based fertilizer trading platforms (like dltledgers), which is a different technological application.
- Option 4 describes the general objectives of organizations like SFAC in India, rather than the "100 Million Farmers" global transition model.
PROVENANCE & STUDY PATTERN
Full viewThis is a classic 'International Initiative' bouncer sourced from World Economic Forum (WEF) updates or environmental current affairs. It is NOT in static books. The strategy is to track major global platforms launched at Davos or COP summits, specifically those intersecting Agriculture and Climate Change.
This question can be broken into the following sub-statements. Tap a statement sentence to jump into its detailed analysis.
- Statement 1: Is "100 Million Farmers" a platform for accelerating the transition towards net-zero carbon, nature-positive food and water systems that aims to increase farmer resilience?
- Statement 2: Is "100 Million Farmers" an international alliance and network of individuals and farming organisations supporting and strengthening the development of organic animal husbandry?
- Statement 3: Is "100 Million Farmers" a digital platform built on blockchain and integrated with service providers that lets buyers, sellers and third parties trade fertilizers quickly and securely?
- Statement 4: Is "100 Million Farmers" a platform whose mission is to encourage farmers to form Farmer Producer Organisations or agribusiness consortiums to facilitate access to global open markets to sell their products?
Describes how data, AI, IoT and connected sensors can increase yields, improve water efficiency, and build sustainability and resilience in agriculture.
A student could check whether '100 Million Farmers' promotes such digital/AI/IoT tools to judge if it aligns with accelerating sustainable, resilient transitions.
Notes that scientists, NGOs, universities and public agencies are working with farmers worldwide to build sustainable, nutrition-focused food systems based on agroecology.
One could look for partnerships or agroecology programs under '100 Million Farmers' to see if it follows this model for nature-positive transitions.
Explains Integrated Farming System (IFS) principles — recycling waste, conserving water, diversifying enterprises — which increase farmer resilience and sustainability.
A student could investigate whether '100 Million Farmers' promotes IFS-like practices (diversification, waste recycling) as evidence of aiming to increase resilience.
States the present industrial farming system harms biodiversity, water and soils and suggests opportunities to advance agroecology and sustainable approaches.
Use this as a baseline to ask if '100 Million Farmers' explicitly addresses these harms (soil, water, biodiversity) in its mission or activities.
Describes a finance-focused initiative (GFANZ) where signatories commit to science-based guidelines to reach net-zero carbon by 2050, showing how platforms can frame net-zero goals.
A student could check whether '100 Million Farmers' has any net-zero commitments, science-based targets, or links to such finance/commitment frameworks.
Defines organic farming to include animal products (dairy, poultry, meat) and production practices (manure, biological pest control) relevant to organic animal husbandry.
A student could use this definition to check whether a group claiming to support "organic animal husbandry" focuses on these practices and products.
Describes Integrated Farming Systems where animal activities (dairy, poultry, piggery) are integrated and recycled for sustainability, linking animal husbandry with organic practices.
One could extend this to ask if the network promotes IFS-style integration as evidence it supports organic animal husbandry.
Notes the need for linkages between stakeholders and wider outreach under the National Livestock Mission, illustrating the model of institutional networks for livestock development.
Use this example of stakeholder linkages to evaluate whether "100 Million Farmers" functions similarly as a coordinating network (domestic vs international).
Shows organisations play roles in producing germplasm, analysing feed and supporting centrally-sponsored schemes for poultry and livestock.
Compare such organisational roles with the claimed activities of "100 Million Farmers" to see if it performs comparable supporting/hand-holding functions.
Describes formal institutional frameworks for organic farming in India (NPOP, APEDA as secretariat), demonstrating that structured alliances/secretariats exist for organic agriculture.
A student could check whether "100 Million Farmers" has a comparable formal secretariat or institutional status, and whether it operates internationally.
Describes a real example (Whrrl) of a blockchain platform applied to farmer finance that speeds up transactions and provides secure, transparent transfer of funds.
A student could use this as a pattern to ask whether "100 Million Farmers" similarly applies blockchain for fast, secure transactions in the fertilizer market.
Shows fertilizer distribution/subsidy being managed through a government-linked digital portal (e-Urvarak DBT) and PoS machines, illustrating that fertilizers are already traded/verified via digital platforms.
One could check if "100 Million Farmers" interoperates with such government portals or PoS-based supply chains for fertilizer movement/verification.
States the existence/intent of open, interoperable digital public infrastructure for agriculture to enable farmer-centric solutions and growth of agri-tech startups.
Use this to evaluate whether a private platform like "100 Million Farmers" would be expected to be open/interoperable or integrated with public agri-digital infra.
Gives an example (Epashuhaat) of a digital marketplace connecting buyers and sellers in an agricultural subsector, showing the model exists for commodity/platform-based trading.
Compare features of Epashuhaat-style marketplaces to see if "100 Million Farmers" could plausibly offer buyer/seller/third‑party fertilizer trading.
Describes integrated digital logistics platforms (ULIP) that provide real-time goods location and aim to bring digital services into a single portal for faster movement of farm produce.
A student could investigate whether "100 Million Farmers" integrates logistics/real‑time tracking to enable quick, secure fertilizer transactions.
Defines the aims and activities of FPOs (economies of scale, marketing, linkages to market) and notes institutional promoters like SFAC and NCDC that help establish FPOs.
A student could check whether '100 Million Farmers' partners with or references SFAC/NCDC or lists FPO formation among its objectives to infer a similar mission.
Lists specific functions FPOs can perform, including marketing to institutional buyers, participation in commodity exchanges and exports — directly tying FPO activity to access to broader markets.
Compare the platform's stated services to this FPO activity list to see if it promotes aggregation, export facilitation, or market participation consistent with the claim.
Describes e-NAM as an online trading portal creating a unified national market and notes SFAC implements it — an example of platforms linking farmers to wider markets via digital aggregation.
A student could look for '100 Million Farmers' digital market-linkage tools or SFAC/e-NAM integrations as evidence it aims to open markets similarly (nationally or globally).
Explains policy measures (Custom Hiring Centres) that encourage aggregation of farmers into Interest Groups and formation of FPOs — showing state-backed models to promote collectivization.
Check whether the platform advocates similar aggregation mechanisms or references policy instruments to support formation of FPOs/consortiums.
Notes that consolidation through FPOs is seen as a precursor for firm–farm coordination and enabling large buyers (including foreign retailers) to source directly — linking FPO formation to access to institutional and international demand.
A student could verify if the platform explicitly targets linking farmers to institutional/foreign buyers or promotes firm–farm coordination as part of its mission.
- [THE VERDICT]: Bouncer. Pure Current Affairs (WEF Initiative). Not derivable from static texts.
- [THE CONCEPTUAL TRIGGER]: Global Climate-Agri Intersections. The trend of 'Multi-stakeholder Platforms' addressing Net-Zero in food systems.
- [THE HORIZONTAL EXPANSION]: Memorize sibling global initiatives: '4 per 1000' (Soil Carbon), 'AIM for Climate' (US-UAE), 'The Great Green Wall' (Africa), 'First Movers Coalition' (WEF-Industry), and 'Trillion Trees Initiative' (WEF).
- [THE STRATEGIC METACOGNITION]: When reading news on Davos (WEF) or COP summits, create a specific list of 'Named Platforms' and their one-line mission statements. UPSC loves asking 'What is X?' for these nebulous global alliances.
Net-zero targets and large financial commitments provide the policy context for transitioning sectors, including agriculture, toward low-carbon pathways.
High-yield for environment and governance papers: helps answer questions on climate targets, finance mechanisms, and how sectoral transitions (like agriculture) align with national and global net-zero goals. Connects to international climate agreements, national missions, and policy instruments that UPSC often asks about.
- Environment, Shankar IAS Acedemy .(ed 10th) > Chapter 24: Climate Change Organizations > Glasgow financial debt for Net Zero (GEANZ) > p. 335
- Environment, Shankar IAS Acedemy .(ed 10th) > Chapter 22: Renewable Energy > zl.tal. National Green Hydrogen Mission > p. 297
Agroecology and IFS are practical approaches to create nature-positive, resilient food and water systems while improving farmer livelihoods.
Very relevant for GS papers on agriculture and environment: explains sustainable farming models, biodiversity and water-conservation strategies, and rural livelihood resilience. Useful for mains answers on sustainable agriculture policy, ecological restoration, and schemes targeting farmer welfare.
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > 11.11 Integrated Farming System (IFS) > p. 350
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > 11.12 Agroecology > p. 351
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > Present system of agriculture not sustainable > p. 352
AI, IoT, sensors and analytics can boost yields, improve input and water efficiency, and strengthen farm resilience to climate variability.
Important for questions on modernization of agriculture and policy reforms: links technology adoption to productivity, sustainability and the second green revolution narrative. Enables answers on tech-driven solutions, resource efficiency, and farmer income enhancement.
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > 11.16 Use of Technology in Agriculture > p. 357
- Geography of India ,Majid Husain, (McGrawHill 9th ed.) > Chapter 9: Agriculture > SECOND GREEN REVOLUTION > p. 75
Integrated farming explicitly combines cropping with animal husbandry and allied enterprises to optimise resource use and farmer income.
High-yield concept for questions on sustainable agriculture and rural livelihoods; links agricultural diversification, waste recycling (e.g., cattle dung to compost) and income security. Mastery helps answer questions on policy measures, climate resilience, and livelihood strategies.
- Environment, Shankar IAS Acedemy .(ed 10th) > Chapter 25: Agriculture > 25.10. INTEGRATED FARMING SYSTEM > p. 362
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > 11.11 Integrated Farming System (IFS) > p. 350
Organic farming avoids synthetic agrochemicals and relies on manure, compost, crop rotations and biological pest control across crops and livestock.
Core concept for questions on sustainable agriculture, certification and supply chains; explains why animal manure and integrated practices matter for organic systems and policy design. Useful for linking environment, agriculture and food security topics.
- Environment and Ecology, Majid Hussain (Access publishing 3rd ed.) > Chapter 10: Locational Factors of Economic Activities > Organic Farming. > p. 22
Aggregation of farmers into cooperatives or FPOs and stakeholder linkages are methods to extend technologies, market access and outreach to livestock and farming communities.
Important for answering questions on agricultural extension, rural institution-building and implementation of livestock/organic initiatives; helps evaluate claims about networks or alliances that support farmers and scale interventions.
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 10: Agriculture - Part I > What are 'Custom Hiring Centres (CHC)'? > p. 310
- FUNDAMENTALS OF HUMAN GEOGRAPHY, CLASS XII (NCERT 2025 ed.) > Chapter 4: Primary Activities > Co-operative Farming > p. 32
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 11: Agriculture - Part II > National Livestock Mission has four sub-missions as follows: > p. 341
Blockchain is applied to secure and speed up transactions related to agricultural assets such as warehouse receipts and loan disbursements.
High-yield for UPSC: explains how distributed ledger tech can reduce verification time, enhance transparency and lower lending risk in rural credit systems; links to topics on fintech, rural finance, and agricultural supply chains; useful for questions on technology-driven governance and financial inclusion.
- Indian Economy, Vivek Singh (7th ed. 2023-24) > Chapter 12: Supply Chain and Food Processing Industry > Use of Blockchain technology in Warehouse Receipt Finance > p. 373
AIM for Climate (Agriculture Innovation Mission for Climate). Launched by the UAE and the US, it focuses on increasing investment in climate-smart agriculture and food systems innovation. It is the 'governmental' sibling to the 'private-public' 100 Million Farmers.
Apply the 'Davos Dialect' filter. Option A uses high-level, sweeping corporate sustainability jargon ('accelerating transition', 'net-zero', 'nature-positive'). Options B, C, and D describe very specific, operational mechanisms (trading fertilizers, forming FPOs, organic husbandry). Global WEF platforms usually have broad, mission-oriented definitions (Option A) rather than narrow operational descriptions.
Mains GS-2 (International Institutions) & GS-3 (Environment): Use '100 Million Farmers' as a case study for 'Private Sector engagement in Climate Action' or 'Multi-stakeholder partnerships' when discussing solutions beyond government treaties.