Agriculture

Draft National Policy Framework on Agricultural Marketing

Context: The Union Ministry of Agriculture and Farmers Welfare has recently released the draft National Policy Framework on Agricultural Marketing (NPFAM). Samyukt Kisan Morcha (umbrella organisation of farmers’ outfits) has raised concerns regarding the new draft Policy, labelling them worse than the three repealed farm laws.

Relevance of the Topic: Mains: Draft National Policy Framework on Agricultural Marketing -Salient Features.

image 43

Policy Interventions in the new draft NPFAM

1. Market Architecture:

  • Market density: minimum one market for 80 sq.km area.
  • Farm-Gate Accessibility: Warehouses and cold storages to be declared sub-market yards.
  • At least one private market per revenue division to be introduced.
  • Grameen Haat Development: Annually, 300 Grameen Haats to be developed into GrAMs, with 50 in hilly/North-Eastern regions.
  • Futures Trade Integration: DA&FW to work with SEBI to integrate more Farmer Producer Organizations (FPOs) with futures platforms.
  • e-NAM Integration: APMC markets and private markets to be linked to the e-NAM platform.
image 44

2. Agri-Value Chain and Marketing Infrastructure:

  • Establish Infrastructure Gap Analysis Committees (IGACs) at the district level.
  • Constitute state-level IGACs to oversee the process of gap analysis.

3. APMC Reforms:

4. Export-Oriented APMCs:

  • States to identify potential APMCs for export-oriented development.
  • Dept. of Agriculture to provide technical and financial support.

5. Professional management of APMCs:

  • Appointing qualified secretaries for APMCs, with expertise in agri-value chain services.

6. Digitisation and Ease of Doing Agri-Trade:

  • Collaborate with state governments to digitize processes across all states/UTs.
  • Reducing turnaround time and delays in the supply chain.
  • Indexing for Ease of Doing Agri-Trade (sharing regular updates with states)
image 45

7. Robust Market Information & Intelligence System:

  • Develop Digital Public Infrastructure (DPI) on federated model in the name of “Market-Stack Or Unified National Market Portal (UNMP)” on the lines of Agri-Stack.
  • Market Information Registry: capturing accurate and real time data at states’ level with respect to prices and arrivals.

8. Market/Price- Risk Mitigating Measures:

  • Contract Farming as Tools for Market and Price Risk Mitigation.
  • Market linkage through FPOs.
  • Price Insurance Scheme on the lines of PM- Fasal Bima Yojana (PMFBY).

9. Marketing System for North-Eastern and Hilly Region:

  • Create market ecosystems tailored to local needs while supporting regional, national, and international value chains.
  • Emphasise branding, packaging, quality testing, certification, and organic/natural produce marketing.
  • Focus on fruits, vegetables, spices, medicinal plants, and black scented rice.
  • Branding as organic produce for domestic and international markets.

10. Marketing System for States/ UTs with No APMC Acts:

  • DA&FW to collaborate with states/UTs to identify and strengthen potential non-regulated wholesale markets and grameen haats.
  • Integrate upgraded markets with eNAM.

11. Capacity Building:

  • Market Committees to undertake awareness programmes among the farmers.
  • Prepare strategic training programmes for marketing personnel and marketing functionaries.

Concerns raised about the Draft Policy:

  • Impact on federalism: Implementation of new draft policy might erode the power of states to regulate agri-marketing within their state.
  • Endanger farmers: Farmers might not have bargaining power with private storage infrastructures during price volatility.
  • Uniformity affects diversity: neglects the different aspirations of farmers in different states.
  • Ignoring price assurances: Lack of provision for minimum support prices or to support farmers during distress sale.

Cabinet extends PM FASAL till 2025-26

Context: The Union Cabinet has announced the continuation of the Pradhan Mantri Fasal Bima Yojana and Restructured Weather Based Crop Insurance Scheme till 2025-26.

Major Highlights:

The Union Cabinet has- 

  • Approved the continuation of Pradhan Mantri Fasal Bima Yojana and Restructured Weather Based Crop Insurance Scheme till 2025-26 with a total budget of ₹69,515.71 crore.
    • The aim is to provide risk coverage to farmers against natural calamities.
  • Approved setting up of Fund for Innovation and Technology (FIAT) for upgradation in farm technology by revitalising research and development, with an allocation of ₹824.77 crore. Key initiatives include:
    • Yield Estimation System using Technology (YES-TECH) which uses remote sensing for crop yield estimates.
    • Weather Information and Network Data System (WINDS) for augmenting weather data through automatic weather stations. Implementation of WINDS to assist state governments will begin in 2024-25.
  • Approved the extension of the subsidies on DAP. DAP is Diammonium Phosphate, a fertiliser that contains a mix of nitrogen and phosphate. 
image 12

Yield Estimation System using Technology (YES-TECH)

  • Yield Estimation System using Technology (YES-TECH) uses Remote Sensing Technology for yield estimation with minimum 30% weightage to technology-based yield estimates. 
  • Under YES-TECH Claim calculation and settlement has been done for 2023-24. Madhya Pradesh has adopted 100% technology based yield estimation. 
  • 9 Major States are currently implementing (namely AP, Assam, Haryana, Uttar Pradesh, MP, Maharashtra, Odisha, Tamil Nadu & Karnataka). Other States are also being on-boarded expeditiously. 

Weather Information and Network Data System (WINDS): 

  • Weather Information and Network Data Systems (WINDS) envisages setting up Automatic Weather Stations (AWS) at block level and Automatic Rain Gauges (ARGs) at panchayat level.
  • Under WINDS, 5 times increase in current network density is envisaged to develop hyper local weather data. Under the initiative, only data rental costs are payable by Central and State Governments. 

About PM FASAL Bima Yojana

  • Pradhan Mantri Fasal Bima Yojana is a flagship crop insurance scheme launched in 2016 to promote crop insurance penetration among the farmers.
  • Objectives: Providing financial support to farmers in case of unforeseen circumstances; stabilising farmers income; encouraging farmers to adopt modern technology; and ensuring flow of credit to the agriculture sector. 
  • Coverage of the scheme:
    • Food crops (Cereals, Millets and Pulses) 
    • Oilseeds 
    •  Annual Commercial/Annual Horticultural crops
  • The scheme also covers the post-harvest losses due to rainfall, hail storm or any such negative externality within 14 days of harvesting.
  • Farmers pay a nominal premium:
    • 2% for Kharif crops.
    • 1.5% for Rabi crops.
    • 5% for commercial and horticultural crops.
    • The remaining premium is shared between the central and state governments. In the ratio of 50:50 in normal states and 90:10 in the case of north-eastern.
  • Use of Remote Sensing Technology, Smartphones & Drones for quick estimation of crop losses to ensure early settlement of claims.
image 13

Benefits of the decision to Extend Schemes:

  • Protecting from vulnerability: Indian farmers are prone to vulnerabilities like monsoon dependency and pest attack along with the risks of seed productivity. Extension of scheme will reduce such vulnerabilities by insuring farmers against risks.
  • Reducing input cost: Extending the subsidies for DAP fertiliser will reduce the input cost of the farmers reducing expenditure burden.
  • Boost to North-East: Special treatment in insurance premium to north-eastern states will reduce the regional disparities.
  • Promoting R&D: Institutionalisation and fund allocation to FIAT will revitalise the research and development in the farm sector in India making it more productive and gender neutral in nature.

Conclusion: PM FASAL and fertiliser subsidies are key for boosting the farmer’s income in India. But more funds need to be allocated in the research and development to enhance the overall productivity and optimum utilisation of the resources. India should take a slight turn from subsidies based support to innovation and capital generation based support to make agriculture sustainable.

Strengthening Fisheries Extension Services

Context: India has witnessed 83% increase in fish production, making India the second largest producer of fishes. Such a rise makes strengthening the fisheries extension services crucial. 

Relevance of the Topic: Mains: Fisheries sector in India; Challenges and scope. 

About Fisheries Extension Sector

  • Fisheries extension services are specialised programs and activities aimed at improving the knowledge, skills and practices of fishers and aquaculture stakeholders. 
  • These includes:
    • Disseminating information
    • Promoting sustainable practices 
    • Facilitating access to modern technologies.
Fisheries Extension Sector

Government Schemes to Enhance Extension Services

  • Matasya Sampada Kendra:
    • The flagship scheme provides a one-stop solution to the fishers by providing trained professionals sharing their expertise to boost production. 
    • Government assistance up to 60% is provided to set up such centers for women and weaker sections. 
    • Notable examples:
      • Kendra at Tissue Kerala provides a well-equipped lab for water, soil and microbial analysis. 
      • Kendra at Nashik focuses on capacity building of Fishers and Fish Farmers on various seed/feed inputs. 
  • Sagar Mitra: 
    • Sagar mitras in coastal areas are a vital interface between government and sea-borne fishers. 
    • They compile information and data on daily marine catch, price fluctuations, requisite market needs at fish landings harbours. 
    • They disseminate information on local regulations, weather forecast, natural calamities, hygienic fish handling and potential fishing zones in the sea. 

Lacuna in Fisheries Extension Services in India

  • Limited Reach: Insufficient number of Sagar Mitras and training centers leaves a large section of fishers unaddressed and vulnerable. 
  • Shortage of Infrastructure: There is an acute shortage of refer vans and cold storage to enhance the shelf life of the fishes. 
  • Sustainability Issue: There are issues like overfishing and habitat degradation. Also, practices like electrocution are criticised during fish export. 
  • Quality Issue: Export quality fish production remains a challenge due to pollutants in fishes. E.g., Tamil Nadu fishes were banned by the EU due to the high amount of pollutants in them. 

Ways to Improve Extension Services

  • Institutional Integration: A convergence is needed between the Matasya Kendras and 700 Indian Council of Agricultural Research centers to promote the sharing of machineries. 
  • Promoting Digital Outreach: The National Fisheries Development Board has initiated a nationwide virtual learning platform i.e., 'AquaBazaar’. 
  • Learning from Global Best Practices:
    • Norway: Sustainable fishing technology like satellite mapping and digital monitoring. Also, fishing monitoring ensures sustainable yields and boosts exports. (Norway exports 95% of its seafood.)
    • Japan Model: Japan's co-management model involving Fisheries Cooperative Associations to educate fishers about sustainable practices. 
  • Promoting Climate Adaptation: As climate change is impacting the fishing grounds and yield of fishing. E.g., FAO’s Blue Growth Initiative is focusing on climate resilient fishing. 
  • Value Addition: Along with the market access, there is a dire need of value addition of the fish production. E.g., Vietnam's focus on value-added shrimp products has enhanced its global competitiveness. 

Conclusion: Strengthening fisheries extension services can drive India towards becoming a global leader in sustainable fishing. Adopting best practices from countries like Norway and Japan, along with the localised innovations, can improve productivity, sustainability, and livelihood of millions dependent on this sector.

Debate around Legalisation of Minimum Support Price

Context: The Parliamentary Standing Committee on Agriculture has recently recommended that the Government should legalise Minimum Support Price (MSP) to ensure price stability and promote investment by farmers. On the other hand, the Supreme Court appointed Committee of Farm laws has opined that such a move would go against the interests of farmers as well as Indian Agriculture.

Details about Minimum Support Price (MSP) regime:

  • Declaration of MSP by Cabinet Committee on Economic Affairs (CCEA) based on the recommendations of the Commission on Agricultural Costs and Prices (CACP). 
  • Coverage of Commodities: 22 commodities, which comprise 7 cereals (paddy, wheat, maize, sorghum, pearl millet, barley and ragi), 5 pulses (gram, tur, moong, urad, lentil), 7 oilseeds (groundnut, rapeseed-mustard, soyabean, sesamum, sunflower, safflower, Niger seed), and 3 commercial crops (copra, cotton and raw jute). 

Determinants of MSP: 

  • Demand and Supply
  • Cost of Production
  • Price trends in the market, both domestic and international
  • inter-crop price parity
  • Terms of Trade (ToT) between agriculture and non-agriculture: ToT refers to the ratio of Prices received by Farmers on agricultural commodities to the Prices paid by the Farmers to purchase non-agricultural goods and services. 
  • Likely implications of MSP on consumers of that product.

How are the MSPs fixed?

  • MSP is fixed at 1.5 times the cost of production. 

Approaches to measure the cost of production: 

  • A2 Approach, which includes the cost of inputs such as seeds, fertilizer, labour. 
  • A2+FL Approach, which includes A2 and the implied cost of family labour (FL).
  • C2 Approach, which includes the implied rent on land and interest on capital assets and A2+FL. 

Note: Presently, India follows A2+FL approach to declare MSP at 1.5 times the cost of production.

Difference between FRP and MSP: 

  • Fair and Remunerative Price for Sugarcane is declared under Sugarcane control order 1966 issued under Essential commodities Act, 1955 and hence it enjoys legal status. It means that it is legally binding for the sugarcane Industries to purchase sugarcane from farmers at FRP, else it would be considered illegal. 
  • However, MSP does not enjoy statutory recognition. This means that there is no onus on the traders to buy crops at MSP. 

Debate about Legalisation of MSP:

image 110

Way Forward

As highlighted by Eco Survey 2019-20, in any free-market economy, Government intervention, sometimes though well intended, often ends up adversely affecting the market. Hence, rather than legalising MSP, the Government can focus on the following strategies:

  • Flexibility to the States: Legalisation of MSP can be prerogative of the States as per their specific agricultural policy priorities. The States can provide for a legal backing for such procurements at their own costs - as the recent Punjab Amendment Act does. Similarly, Kerala has recently announced MSP for fruits and vegetables. Some States also announce bonuses on the MSP announced by the Centre.
  • Reintroduce Farm laws (SC Appointed Committee on Farm Laws) to liberalise agriculture marketing and give freedom to farmers to sell the commodities wherever and whomever they want.  
  • Promote Inverse Fork-to-Farm Strategy (Dalwai Panel): Encourage farmers to grow crops based upon the prevailing demand as it would fetch them higher prices.
  • Enhancing Bargaining power of Farmers: Even though the Government does not declare MSP for Milk, Farmers get higher prices as they have been organised into cooperatives. Hence, bargaining power of farmers can be enhanced through:
  • Replace Open-ended Procurement policy by Closed ended procurement policy to discourage cultivation of Rice and Wheat. (SC appointed Committee on Farm Laws)
  • Bring Agricultural Marketing (Dalwai Panel) under Concurrent list for greater coordination between Centre and States.

Credit Guarantee Scheme for e-NWR based Pledge Financing

Context: Central Government launched a Credit Guarantee Scheme which provides a corpus of Rs 1,000-crore for post-harvest finance availed by farmers against electronic negotiable warehouse receipts (e-NWRs). 

What are Credit Guarantee Schemes?

  • Credit Guarantee refers to a situation where the loan to the applicant is backed by a party without the need for any external collateral or third-party guarantee. 
  • Here, the loan sanctioned by the member lending institution is backed by the scheme which provides the guarantee cover for a large portion of the loan amount.

Electronic-Negotiable Warehouse Receipts (e-NWR):

  • The negotiable warehouse receipt (NWR) system, launched in 2011, allows transfer of ownership of a commodity stored in a warehouse without having to deliver it physically.
  • An e-NWR is available only in electronic form. These receipts are issued in negotiable form, making them eligible as collateral.
  • Warehousing Development and Regulatory Authority (WDRA) regulates the entire operation under NWR.

About Credit Guarantee Scheme for e-NWR based Pledge Financing:

  • Objective: To help farmers easily access post-harvest loans by leveraging electronic warehouse receipts
  • Total Corpus: Rs. 1000 Crores
  • Coverage: Loans up to Rs. 75 lakhs for agricultural purpose; up to Rs. 200 Lakhs for non-agricultural purpose.
  • Eligible Institutions: All scheduled banks and all cooperative banks. 
  • Eligible Borrowers: Small and Marginal Farmers, Women, SC/ST/PwD Farmers, other farmers, MSMEs, Traders, FPOs and Farmer cooperatives.
  • Risks covered: Credit and warehouseman risks. 
  • Guarantee coverage: 
    • 85% for loans up to Rs. 3 Lakhs. 
    • 80% for loan between Rs. 3 to 75 lakhs for small and marginal farmers/ women/ SC/ ST/ PwD
    • 75% for other borrowers.

Benefits of the Scheme:

  • Increase post-harvest lending: Currently, post-harvest lending stands at Rs. 40,000 crore out of total agricultural lending of Rs 21 lakh. Lending against e-NWRs is just Rs 4000 crore.
  • Improved Trust for Banks: It addresses the default arising out of both Credit risk and Warehouseman risk.
  • Access to Vulnerable Section: The scheme majorly focuses on Small and Marginal Farmers, Women, SC, ST and Divyangjan (PwD) farmers with a minimal guarantee fee.
  • Avoid distress selling by farmers: Currently, farmers are compelled to sell their produce even if the price crashes, to get money to invest in the next cycle of crops. As this scheme takes off, farmers can submit their produce and get issued e-NWRs which will act as collateral for banks to issue required loans. Farmers can sell their produce when the price goes up.

Fertilizer Subsidies: Mechanism and Challenges

Context: The 10th World Soil Day was recently celebrated on December 5, 2024. The theme ‘Caring for Soils – Measure, Monitor, and Manage’ was appropriate as our soils are becoming deficient in the essential nutrients needed for healthy soils. The role of the fertilizer industry is critical in ensuring that our soils are healthy and well-nourished.

State of Soil in India: 

  • Topsoil (up to two to three cm in depth), which takes 1,000 years to form, is a critical resource for Agriculture as almost 95% of food currently produced comes from it. 
  • The major essential nutrients in a productive soil include nitrogen (N), phosphate (P) and potash (K).
    • Less than 5% of Indian soils have high or sufficient nitrogen.
    • Only 40% have sufficient phosphate.
    • Only 32% have sufficient potash.
    • Only 20% are sufficient in organic carbon
  • Our soils suffer from a deficiency of micronutrients like sulphur, iron, zinc, boron, etc. 

How are fertilizers subsidised in India?

  • Fertilizers provide key nutrients (N, P and K) to the soil. Important fertilizers are- Urea (N based), DAP (P based) and MOP (K based). 
  • With the objective of enhanced agricultural growth, the Government of India has been providing subsidized fertilizers to the farmers since 1970's. Over the period the Government has devised separate mechanisms for Urea(N) Subsidy and Non urea (P, K) fertilizer subsidy.
  • The allocation for fertilizer subsidy for FY24 was budgeted at Rs 1.75 lakh crore in FY24.

Subsidy Mechanism for Urea:

  • Cost-Plus Method: Under this method, the MRP of Urea is statutorily fixed by the Government of India and the difference between MRP and Cost of production is provided to the manufacturing company as subsidy. Different amounts are given to different manufacturers based on their Cost of production.
    • As this method encourages the fertilizer companies to remain inefficient, New Urea Policy (2015) addressed this anomaly.
    • Under New Urea Policy (2015) all the gas-based urea manufacturing plants are divided into three groups and a specific energy norm is fixed for each group. Urea plants falling in the same group will be getting the same amount of subsidy irrespective of their actual cost of production (actual consumption of energy). This will force plants to become more energy efficient.

Subsidy-mechanism for Non-Urea (P, K) Fertilizers:

  • Nutrient-Based Subsidy (NBS): The market prices of these fertilizers are deregulated. Manufacturers are free to decide the market price at which they want to sell and they receive a fixed subsidy from the government based on the amount of nutrient (N, P & K) present in a given amount of fertilizer. 
  • NBS to be paid on each nutrient namely ‘N’, ‘P’, ‘K’ & ‘Sulphur’(S) would be decided (per kg) annually by the government. NBS, so decided, would be converted into a subsidy per tonne for each subsidized fertilizer.
  • Under NBS Policy, freight cost is also reimbursed to the fertilizer companies on account of movement of P&K fertilizers.

DBT in Fertilizers:

  • The Direct Benefit Transfer (DBT) model in fertilizers is different from the conventional system of DBT being implemented in LPG.
  • Under this, farmers would continue to get fertilizer at subsidised price whereas the fertilizer companies receive subsidy, only after the fertilizers are sold to farmers by the retailers through Point of Sale (PoS) machines (linked to the Department of Fertilizers’ e-Urvarak DBT portal) through biometric authentication by Aadhar Card.

Issues of Fertilizer Subsidies:

  • Loss of Fertility: Since the price of Urea is still regulated, it failed to achieve balanced use of fertilizers and resulted in loss of fertility of soil and pollution of water bodies.
  • Diversion of subsidised fertilisers: Illegal diversion of Subsidised fertilizers for other Industrial uses like manufacturing of plywood, textile dyes etc.
  • Fertilizer subsidies are regressive: Since rich farmers use more fertilizers, they end up getting more subsidies than small and marginal farmers.
  • Increased subsidy burden on the government: Fertilizer subsidy is one of the important items of revenue expenditure. 
  • Breaches WTO AoA limit: Fertilizer subsidies are treated as Amber box subsidies and breach the WTO (Agreement on Agriculture) limit of 10%.
  • Inverted Duty Structure:  The Basic Custom Duty (BCD) and GST rates of finished fertilizers are more than the raw materials like Sulphuric Acid and Ammonia and Natural gas, a major input for fertilizers, remains outside GST.

What are the steps taken by the Government till now?

  • Reduced the size of the Urea bag from 50 kg to 45 kg to prevent indiscriminate use. 
  • Soil Health Card Scheme promoted balanced use of N, P and K fertilizers (ideal ratio is 4:2:1)
  • Neem-coated Urea not only prevented the illegal diversion of urea for Industrial use but also improved nitrogen-use efficiency by slowing the release of nitrogen and thereby reducing the consumption.
  • Introduction of Nano Urea:
    • Nano Urea contains nitrogen in the form of granules that are a hundred thousand times finer than a sheet of paper. At this ‘nano’ scale, which is about a billionth of a metre, materials behave differently than in the visible realm. 
    • Nano Urea when applied on to the leaves, stimulates a range of enzymes, like nitrase and nitrite reductase, which helps plants metabolise nitrogen.
  • New Urea Policy (2015):
    • Maximising indigenous urea production.
    • Promoting energy efficiency in urea production.
    • Rationalising subsidy burden on the government.
    • Encouraged Organic farming through “Paramparagat Krishi Vikas Yojana.
  • One Nation One Fertilizer (ONOF): Under this scheme, all types of fertilizers, whether it is DAP, NPK or urea will be sold under the brand name of ‘Bharat’. This will standardise fertilizer brands across the nation irrespective of the company that manufactures it.
  • PM Program for restoration, awareness, nourishment & amelioration of mother earth (PM-PRANAM) is aimed at incentivising the states to promote balanced use of fertilizers by reducing chemical based fertilizers. 

Way Forward:

  • Deregulating the MRP of Urea and paying a fixed per-tonne subsidy linked to its nutrient content of 46% Nitrogen.
  • Introduce Direct cash transfer method of subsidy (on the lines of LPG subsidy) where farmers can purchase the fertilizers at the market price and the government would be transferring the cash amount in the farmers account. This will help in rationalising the subsidy burden on the government.
  • Triangulating data on fertiliser sales, soil health cards (SHC), PM-KISAN, land records, crops grown, bank accounts and mobile numbers of farmers should be undertaken for seamless implementation of DBT mechanism in fertiliser subsidy.
  • De-Canalization of Urea imports: At present Urea is imported only by government agencies. Allowing private agencies to import the urea will increase competition and reduce the price.
  • Encourage Bio fertilizers and Fertigation techniques to reduce chemical fertilizers consumption.
  • Reduce GST rate and customs duty for raw materials such as Sulphuric Acid and Ammonia for P&K fertilizers to at least 5%.           
  • Bringing Natural Gas under the ambit of GST.
  • Need to create separate tariff code for Urea being used for non-agricultural purposes.

One Nation One Fertilizer (ONOF) scheme:

  • Under this scheme, all types of fertilizers, whether it is DAP, NPK or urea will be sold under the brand name of ‘Bharat’. This will standardise fertilizer brands across the nation irrespective of the company that manufactures it.
  • Companies are allowed to display their name, brand, logo and other relevant product information only on one-third space of their bags. On the remaining two-thirds space, the “Bharat” brand and Pradhanmantri Bharatiya Jan Urvarak Pariyojana logo will have to be shown.

Benefits:

  • Reduces freight subsidy: Brand wise demand for fertilizers in the specific areas by the farmers results in their criss-cross movement. E.g., Indigenous Urea produced by IFFCO in UP moves to Rajasthan and whereas Urea produced by Chambal fertilizers located in Rajasthan moves to UP.
  • ONOF reduces the preference for various brands and hence reduces the freight subsidy burden. It will not only ensure the availability of fertilizers throughout the year but also help to stop the diversion of Urea for industrial purposes.

Drawbacks:

  • It will disincentivise fertilizer companies from undertaking marketing and brand promotion activities. They will now be reduced to contract manufacturers and importers for the government. Any company’s strength ultimately is its brands and farmer trust built over decades.
  • After the implementation of the scheme, it is being assumed that the market can suffer dilution of brand value as all bags will look the same and mainly under the brand name of Bharat and logo Pradhanmantri Bharatiya Jan Urvarak Pariyojana which will hamper brand loyalty.
  • This scheme will cause a great hurdle for manufacturers as there would be a significant reduction in their profit margins and they will have to incur huge expenditures in the form of marketing and promotional strategies to maintain a hold on their market share and growth.
  • Currently, in case of any bag or batch of fertilizers not meeting the required standards, the blame is put on the company. But now, that may be passed on fully to the government.

PM-PRANAM:

  • PM Program for restoration, awareness, nourishment & amelioration of mother earth (PM-PRANAM) is aimed at incentivising the states to promote balanced use of fertilizers by reducing chemical based fertilizers. 
  • Centre will financially incentivise states by paying them a grant of 50% of savings by reduction in consumption of chemical fertilisers (Urea, DAP, NPK, MOP). Thus, the scheme will be financed by the savings of existing fertilizer subsidies under schemes run by the Department of Fertilizers but not by levying any cess.
  • The states are required to use these grants to promote consumption of alternate fertilizers. Out of the grant, 70% can be used to create assets related to the technological adoption of alternative fertilizers and production units at various levels. The remaining 30% can be used to reward and encourage farmers, panchayats, and other stakeholders involved in fertilizer reduction and awareness generation.

Holistic approach to Water Conservation

Context: Water resources are finite, critical for economic growth, and essential for ecology. India’s water resources are under tremendous pressure and thus require a comprehensive approach for water management. 

Relevance of the Topic: Mains- Reasons for Water Scarcity, Recommendations of Mihir Shah Committee. 

State of Water Resources in India:

  • India’s per capita water availability is likely to touch the water scarce scenario by 2050.
  • NITI Aayog's report (2018) says that:
    • 54% of groundwater wells in India are declining. 
    • Rain alone fulfils only 20% of water demand, while the remaining 80% relies heavily on depleting groundwater reserves. 
  • Only 6% annual rainwater is saved or stored every year (CWC).
  • By 2050 the total water consumption will be more than the available water supply in the country. This demand-supply gap will create problems in water resources utilisation for the purpose of economic growth, lifestyle changes, etc.
State of Water Resources in India

Reasons for Water Scarcity: 

  • ​​Depletion of Groundwater:
    • Rampant cultivation of water-intensive crops (sugarcane, paddy, cotton) across water-stressed regions exhausts groundwater. E.g., Sugarcane cultivation in water-stressed Maharashtra, Paddy cultivation in Punjab, Haryana. 
    • Over-reliance on traditional sources like wells, tube wells, canals for flood irrigation causes groundwater depletion.
  • Inefficient Water Management: Inappropriate catchment treatment measures, poor maintenance, improper lining of irrigation canals has resulted in reduced water storage capacity of reservoirs and wetlands, silting of waterbodies and water loss from irrigation canals. 
  • Rapid Urbanisation & Industrialisation: Water demand from the domestic & municipal sector has increased considerably, relative to the other sectors, owing to rapid growth of population & expansion of cities. Similarly, the demand for water has increased with increased industrialisation. 
  • Water Pollution: Untreated discharge of solid waste and effluents from the domestic as well as Industrial sector into water bodies has made the water unfit for use, adding to water scarcity. 
  • Climate Change: Climate change is leading to spatial and temporal variation in rainfall (especially Indian Monsoon system) which is impacting the hydrological cycle & water recharge rate in the impacted region. 
  • Issues in Water Governance: 
    • Fragmented Institutional Network: Multiple institutions like Central Water Commission, Central Ground Water Board (CGWB), state level agencies etc. lead to poor coordination.
    • Over reliance on structuralist interventions like creation of dams, canals, reservoirs and barrages to manage water supply largely ignored social, environmental, and ecological impacts.
    • Inter-state water disputes such as the Cauvery and Yamuna water-sharing conflicts.
    • Lack of decentralised approach in water management.
    • Ineffective implementation of laws related to waste water discharge. 

Key recommendations of Mihir Shah Committee: 

In 2019, the Ministry of Jal Shakti set up a committee of independent experts led by Dr Mihir Shah to draft a new National Water Policy. The key recommendations of the committee. 

  • Integrated Water Resources Management: It proposed a systems approach to water, focusing on managing water resources sustainably within river basins and aquifers.
  • Creation of National Water Commission: To replace the existing Central Water Commission (CWC) and the Central Ground Water Board (CGWB) to combine both surface and groundwater management and focus on water governance.
  • Decentralised Water Management: Empowering local communities and stakeholders to take part in decision-making.
  • Water Demand Management: Shift from supply-side interventions (like dam construction) to demand-side management like water-saving techniques in agriculture, industrial, and domestic sectors.
  • Data and Technology: Data collection, monitoring, related to water resources using modern technologies like remote sensing, GIS, and hydrological modelling and to create National Water Informatics Centre.

Way Forward

  • Restoring the hydrological cycle and rejuvenating water bodies such as rivers, streams, lakes, storm drains and reservoirs. 
  • Encourage rainwater water percolation through soil layers and facilitate groundwater recharge. 
  • Use treated wastewater, modernisation of water courses, groundwater conservation and recycling of water. 
  • Resorting to micro-irrigation, crop diversification, direct seeding of crops in agriculture.
  • Improving efficiency of water use by adopting water use efficiency (WUE) measures and treating grey water in industries. 
  • Adopting the concept of water as an economic good. Water is considered as free, non-economic good such as air. The UN Dublin Principle 1992 emphasised on the importance of economic value of water in general and irrigation water in particular. 

Also Read: List of Water Conservation Campaigns & Schemes

Need for New Seeds Act in India

Context: Recently, the 13th National Seed Congress (NSC) 2024 was held at the International Rice Research Institute South Asia Regional Centre (ISARC) in Varanasi, Uttar Pradesh. It urged the Centre government to revisit and modernise the Seeds Bill of 2004 and the Seeds Policy of 2002 to incorporate the latest developments in the seed sector.

Relevance of the topic: Mains: Need for New Seeds Act and Policy and the changes it should incorporate.  

The Seed Act, 1966, the National Seed Policy, 2002 from the basis of promotion and regulation of the Indian Seed Industry.

Why is a New Seeds Act and Policy Needed?

Need for New Seeds Act in India

India's agricultural landscape has undergone significant changes since 1966, necessitating modern legislation to address emerging challenges:

1. Outdated Provisions:

  • The Seeds Act, 1966, and Seeds Rules, 1968, and existing National Seed Policy, 2002 have not been revised to align with advancements in seed technology or international standards.
  • India’s seed quality assurance system and certification standards are much lower than global benchmarks. It needs to be strengthened to adhere to international standards.

2. No clear definition of seeds: 

  • Lack of clear definitions for "farmer seeds" and "commercial seeds" creates policy ambiguities, intellectual property disputes, quality control issues, and challenges in balancing rights of both farmers and commercial seed companies.

3. Issue with voluntary registration of Varieties:

  • The current system allows voluntary registration of seed varieties which leads to discrepancies in seed quality and traceability. Mandatory registration would enhance accountability.
  • Smallholder farmers rely heavily on informal seed systems, so often access lower-quality seeds.

4. Regulatory issues and poor implementation:

  • Delay in clearing license: The companies who invest six to eight years in R&D and develop new varieties of hybrid seeds have to wait for three more years to get required permissions from the Centre and States (difficulties of obtaining licences in every State). Because of this, the access to new technology for farmers is delayed. There is a need for a "One Nation, One Licence" policy to streamline approvals for hybrid seeds across states.
  • The outdated legislations overlap between Central and State jurisdictions, and the inconsistent implementation of policies across sectors lead to:
    • High reliance of farmers on informal seed systems.
    • Conflicts between proprietary technologies and farmers’ rights.
    • Conflicts over royalties and technology-sharing agreements.

This creates roadblocks for the seed sector’s development.

5. Lack of consensus on GM Crops and Technology:

  • Lack of consensus and regulatory framework on genetically modified (GM) crops delays self-sufficiency in critical sectors, like edible oil production. E.g., India imports edible oil from Canada, U.S. and Brazil, etc., but they use genetically modified seeds.

6. Limited Research and Development (R&D):

  • Limited investment in research and development and over-dependence on imported germplasm for advanced hybrids. 

7. For preservation of traditional seed varieties: 

  • For e.g., India over 3,000 varieties of traditional rice and their seeds should be preserved.

Changes that New Seeds Act and Policy should incorporate:

  • The Regulation should include seed pricing, seed supply and decentralised seed planning/ production in addition to regulation of quality.
  • Must uphold farmers' rights of breeding, selecting, saving, using, exchanging/ bartering, distributing and selling seeds.
  • Simplified licensing and certification processes, strengthening intellectual property protections to uphold the rights of companies, foster innovation and enhance ease of doing business. 
  • Each license should be reviewed after some years (3- 5 years) and renewal should be allowed based on actual performance. 
  • Strong punitive clauses which act as deterrents, based on standard formulae to calculate penalties.
  • Appropriate compensation clauses for speedy redressal to farmers who have incurred losses due to seed failure - this should be linked to an insurance system and should be based on calculations that consider loss in yields as well as cost of cultivation.
  • Multi-Iocational agronomic trials of seeds before commercialisation to be undertaken in a scientific manner to ensure region-specific performance.
  • Should exclude traditional practices of farmers of seed production, sale and exchange from its purview.
  • Harmonisation of the new legislation with the Protection of Plant Variety and Farmers Rights Act (PPV & FR), 2001 and the Biodiversity Act, 2002.

Way Forward:

  • Build a road map to ensure that farmers receive high-quality seeds at reasonable prices and on time. (Good quality seeds can boost production by 20%) 
  • Invest in promoting innovative seed technologies for farmers including hybrid and biofortified crops, stress-tolerant varieties, and accelerated breeding cycles. 
  • Developing seed parks, enhancing seed entrepreneurship, improving supply chains, and building capacity among farmers through Public-Private Partnerships in the sector.
  • Utilising advanced technologies and satellite data to optimise crop production. E.g.,
    • The Ministry of Agriculture has released an ‘Abstract Compendium’ and the ‘Rice Fallow Webpage and Atlas’ for Bihar, Chhattisgarh, Jharkhand, and West Bengal. 
    • The atlas will use geospatial technology to map and analyse fallow lands in eastern India to optimise crop planning, enhance system intensification, and improve food security in the region. 

Conclusion: The New Seeds Act and Policy must be in tune with the contemporary situation in the seeds sector and must incorporate the concerns of farmers. A balanced focus on innovation, farmer empowerment, and policy reforms can pave the way for a resilient and globally competitive seed industry. 

National Mission on Natural Farming

Context: The Union Cabinet has approved the National Mission on Natural Farming as a standalone centrally sponsored scheme to create an ecosystem for sustainable farming, thereby generating benefits like improvement in the quality of soil and providing people with chemical-free food.

What is Natural Farming?

  • Natural Farming (NF) is a chemical free farming which involves local livestock integrated natural farming methods, diversified crop systems, etc., allowing the optimum use of functional biodiversity.
  • Natural Farming follows local agro-ecological principles rooted in local knowledge, location specific technologies and is evolved as per the local agro-ecology.

About National Mission on Natural Farming: 

National Mission on Natural Farming
  • Vision: To implement self-sustainable and self-generating natural farming systems for freedom from purchased inputs with the aim to cut down:
    • cost of cultivation
    • enhance farmers income
    • ensure resource conservation, and 
    • safe & healthy soils, environment and food.

Objectives:

  1. To promote an alternative system of farming for freedom from external purchased inputs, cost reduction and thereby increasing income of farmers.
  2. To popularise integrated agriculture-animal husbandry models based on livestock and local resources.
  3. To collect, validate and document Natural Farming being practiced across the country and encourage participatory research with farmers on up-scaling of the mission.
  4. To undertake activities for awareness creation, capacity building, promotion and demonstration of Natural Farming.
  5. To create standards, certification procedure and branding for Natural Farming products.

Key Provisions of the Mission:

  • National Mission on Natural Farming (NMNF) is a centrally sponsored scheme under the Ministry of Agriculture.
  • In the next two years, NMNF will be implemented in 15,000 clusters in Gram Panchayats, which are willing, & reach 1 crore farmers and initiate Natural Farming (NF) in 7.5 lakh Ha area
  • Need-based 10,000 Bio-input Resource Centres (BRCs) will be set-up to provide easy availability and accessibility to ready-to-use NF inputs for farmers.
  • Around 2000 NF Model Demonstration Farms shall be established at Krishi Vigyan Kendras (KVKs), Agricultural Universities (AUs) and farmers’ fields, and shall be supported by experienced and trained Farmer Master Trainers.
  • 30,000 Krishi Sakhis/ CRPs(Community Resource Persons) will be deployed for awareness generation, mobilisation and handholding of willing farmers in the clusters.
  • Farmers will be provided with an easy simple certification system and dedicated common branding to provide access to market their natural farming produce. 
  • Real time geo-tagged & referenced monitoring of NMNF implementation shall be done through an online portal.
  • Incentive to farmers for one time on-farm manure production infrastructure: A financial assistance of Rs. 15000/- per ha @ Rs. 5000/- per ha/year for three years.  
  • Training of farmers by Champion farmer and CRP: 6 such trainings of one day duration will be organized at village level for all the farmers in a batch of
    50 farmers. A sum of Rs. 30,000/- is provided for such training @ Rs. 50 per farmer per training. 
  • Farmer Producer Organisations (FPO) formation for farmers practicing Natural Farming: 100 FPOs in the Gangetic belt (5 Km Corridor of Ganga Basin) and another 400 FPOs in the rest of the country from the 10,000 FPO scheme being implemented by the Ministry of Agriculture and Farmers' Welfare
  • Farmer Field School: First year of the natural farming mission will be devoted to the awareness creation through Farmer Field School.
National Mission on Natural Farming: Salient features

Need for Natural Farming: 

  • Pressure on limited resources: The majority of Indians are small and marginal framers who practice subsistence farming. Hence, to increase production from a small area of land, there is greater pressure on soil and water resources. In the long run, it would result in soil degradation and receding water tables. Hence, the farmers need natural farming to transition to sustainable farming practices.
  • Capital and input-intensive agriculture: High-cost of inputs for farming and declining farmers income requires a shift towards sustainable farming practices.
  • Limitations of Conventional Farming Practices: Conventional farming practices, bolstered historically by the Green Revolution, are now showing signs of strain. Issues such as soil degradation, reduced nutrient content in food, and increased chemical residues are alarming. Apart from that there is a looming threat of climate change. Hence, natural farming presents a viable alternative to address these issues. 

Benefits of Natural Farming: 

1. Environmental Sustainability:

  • Soil Health: Natural farming improves soil structure, organic matter content, and biodiversity. A study by the Indian Council of Agricultural Research (ICAR) found that natural farming methods can enhance soil organic carbon by up to 50% compared to conventional farming.
  • Water Conservation: Natural Farming has proved to improve water retention capacity. It requires minimum water consumption, thus, ultimately preserving groundwater reserves, improving the water table, and reducing financial and labour stress on farmers.

2. Climate Resilience:

  • Carbon Sequestration: Natural farming practices such as crop rotation, agroforestry, and cover cropping contribute to carbon sequestration. 
    • Over the past 50 years, greenhouse gas (GHG) emissions resulting from ‘Agriculture, Forestry and Other Land Use’ (AFOLU) have nearly doubled, and projections suggest a further increase by 2050
    • As per FAO, the largest share of global methane and nitrous oxide emissions is contributed by Agriculture. Excessive use of fertilizers in conventional farming has significantly contributed to global greenhouse gas (GHG) emissions and climate change. 
  • Climate Adaptation: Natural farming enhances biodiversity and soil health, making farms more resilient to climate extremes like droughts and floods.
    • During the Pethai and Titli cyclones of 2018, the crops cultivated through Natural Farming in Andhra Pradesh, showed greater resilience to heavy winds than the conventional crops. 

3. Biodiversity Enhancement:

  • Agro-ecological Diversity: Natural farming promotes biodiversity through crop diversification and the use of native plant species. 
  • Ecosystem Services: Natural farming practices enhance ecosystem services such as pollination, pest control, and soil fertility. 

4. Economic Benefits for Farmers:

  • Cost Reduction: Natural farming reduces dependence on expensive chemical inputs or fertilisers. A report by CEEW states that Non-Zero Budget Natural Farming (ZBNF) farmers use three times more urea and DAP per acre than ZBNF farmers.
  • Increased Profitability: Studies by the National Bank for Agriculture and Rural Development (NABARD) indicate that farmers practicing natural farming can achieve up to 50% higher net returns due to lower input costs and premium prices for organic produce.

5. Health and Nutrition:

  • Nutrient-Rich Produce: As Natural Farming does not use any synthetic chemicals, health risks and hazards are eliminated. The food has higher nutrition density and therefore offers better health benefits.

6. Social and Cultural Benefits:

  • Preservation of Traditional Knowledge: Natural farming practices are often rooted in traditional knowledge systems. This preservation promotes cultural heritage and community engagement.
  • Community Health: By reducing chemical usage, natural farming minimizes pollution of air, water, and soil, leading to healthier living environments for rural communities.

Challenges related to Natural Farming:

  1. Initial Decrease in Yield & Economic Viability: Transitioning from conventional to natural farming often results in an initial decrease in crop yield, which can deter farmers also, The economic viability of natural farming is uncertain due to lower initial yields.
  2. Knowledge and Skill Gap: Farmers need extensive knowledge and skills to successfully implement natural farming techniques.
    • The Indian Council of Agricultural Research (ICAR) reports that the majority of Indian farmers are not adequately trained in natural farming practices, resulting in poor adoption rates.
  3. Market and Policy Support: There is a lack of established markets and supportive policies for naturally farmed produce. 
  4. Certification and Market Access: Obtaining certification for natural products can be costly, and access to markets can be limited.
  5. Pest and Disease Management: Natural farming relies on non-chemical methods for pest and disease control, which may not always be effective.
  6. Climate Dependence: Natural farming heavily relies on climatic conditions, making it less resilient to climate change. The Intergovernmental Panel on Climate Change (IPCC) notes that climate variability poses significant risks to the stability and predictability of natural farming systems.
  7. Resistance to Change & Lessons from Sri Lanka: Farmers accustomed to conventional practices are often resistant to adopting new natural farming methods.
    • A couple of years ago, Sri Lanka went through economic and political turmoil after it decided to turn completely organic, and banned the import of chemical fertilisers.
    • The government’s policy shift had severe consequences with farmers struggling to get natural fertilisers. They faced a reduction in yields of key crops including rice, putting the country’s food security at risk.

Conclusion

Natural farming represents a critical shift in India's agricultural strategy, aimed at enhancing sustainability, climate resilience, and nutrition security. The transition, although challenging, is necessary to address the declining efficacy of the Green Revolution and the pressing environmental concerns. With strategic planning, technology development, and appropriate incentives, natural farming can pave the way for a more sustainable and secure agricultural future in India.

What is the National Agriculture Code?

Context: The Bureau of Indian Standards (BIS) has begun formulating a National Agriculture Code (NAC), which will be similar to the existing National Building Code and National Electrical Code. 

The National Agricultural Code

  • The NAC will cover the entire agriculture cycle and will also contain a guidance note for future standardisation.
  • The code will have two parts.
  • The NAC will serve as a guide for farmers, agriculture universities, and officials involved in the field.

What will be covered in NAC?

  • The NAC will cover all agriculture processes and post-harvest operations, such as crop selection, land preparation, sowing/transplanting, irrigation/drainage, soil health management, plant health management, harvesting/threshing, primary processing, post-harvest, sustainability, and record maintenance.
  •  It will also include standards for input management, like use of chemical fertilisers, pesticides, and weedicides, as well as standards for crop storage and traceability.
  • The NAC will cover all new and emerging areas like natural farming and organic farming, as well as the use of Internet-of-Things in the field of agriculture.

Objective of National Agricultural Code

  • To create an implementable national code covering recommendations for agriculture practices taking agroclimatic zones, crop type, socio economic diversity of the country and all aspects of agrifood value chain into consideration.
  • To act as an enabler of quality culture in Indian agriculture by providing the required reference to policy makers, agriculture departments and regulators for incorporating the provisions of NAC in their schemes, policies, or regulations.
  • To create a comprehensive guide for the farming community to ensure effective decision-making in agricultural practices.
  • Integrate relevant Indian standards with recommended agricultural practices.
  • To address the horizontal aspects of agriculture such as SMART farming, sustainability, traceability and documentation.
  • To aid in the capacity building program organized by agriculture extension services and civil society organisations.

Demonstration centre

  • Apart from drafting the NAC, the BIS has also taken the initiative to set up a ‘Standardized Agriculture Demonstration Farm’ (SADF) in selected agriculture institutes in the country. 
  • According to the BIS, these farms will serve as experimental sites for testing and implementing various agricultural practices and new technologies in accordance with Indian Standards.

PUSA-44 rice variety: Root of farm fires in North India and its alternative

Context: The narrow window between paddy harvesting and sowing of wheat is at the root of farm fires in Punjab and Haryana. Pusa-44 variety is a popular variety of rice which gives enhanced production but its long duration means that farmers have a small window for getting their fields ready for sowing rabi crops, forcing farmers to fire their fields. As an alternative to the popular Pusa-44 rice variety, researchers have developed Pusa-2090 rice variety with a shorter crop duration and yield at par with PUSA-44.

AD 4nXf5qO Zc47OumgupCnVdFQ33 qYkIgtbVECdKrKofjq2VeupY0q8tRnIL7oFpRziYt2ObGEVw1c H95U6RUIdMpHoSWPEjKvnc9j1fH8b30n8p4oWOwgWXiT8mruvcLTcgA8oCj5y8sXi29gM WTGxs1oesoWOEi1x2A9Ko?key=RVMJC8rDpJy7TpntG QeLA

Pusa-44 Rice Variety

  • Developed by the Indian Agricultural Research Institute (IARI) and popular among farmers since the 2000s.
  • Yields 35-36 quintals per acre (up to 40 quintals on some lands).
  • Pusa-44 takes 155-160 days to grow, from the time of sowing its seeds in nurseries to harvesting the grain.
  • The high yields — more than the 30-32 quintals per acre that its nearest competitor, the Punjab Agricultural University’s PR-126, gives over just 123-125 days — is Pusa-44’s main attraction for farmers.
  •  Although taking 30-35 days longer to mature, the extra 4-5 quintals yield is worth Rs 9,280-11,600 (per acre) at the Centre’s minimum support price of Rs 2,320 per quintal for ‘Grade A’ paddy.
  • Environmental cost: The Pusa-44 paddy, transplanted in mid-June after       nursery- sowing a month before, can be harvested only towards end-October. This leaves little time for field preparation to sow the winter wheat crop, which should ideally be done before mid-November. Most farmers, then, resort to burning the loose straw and standing stubble that remains after harvesting using combines.
  • Current Cultivation Trends: Pusa-44's area in Punjab decreased from 39% in 2012 to 14.8% in 2023 but remains a first choice in certain districts. The Punjab government has banned Pusa-44, but farmers continue to grow it using saved seeds.
  • Farmer Practices: Some farmers use Super Seeders to manage stubble without burning. Others who cannot afford such equipment still burn stubble for efficiency.

Pusa-2090 (Alternative to Pusa-44)

  • A new, improved shorter-duration rice variety bred from Pusa-44 and CB-501.
  • Maturity period of 120-125 days, same as PR-126, but with higher yields (34-35 quintals per acre).
  • Combines Pusa-44’s high yield potential with CB-501’s early maturity traits.
  • Given the lower yield penalty vis-à-vis Pusa-44, and duration comparable to PR-126, farmers may find it viable to cultivate Pusa-2090.
  • Agricultural Benefits:
    • Yields similar to Pusa-44 with a significantly shorter growing period.
    • Lower irrigation needs (5-6 less than Pusa-44), contributing to water savings.
    • Stronger culm reduces lodging risk compared to PR-126.
  • Milling Quality Considerations:
    • PR-126 paddy isn’t liked much by millers because the rice recovery from it is hardly 63%, whereas the government’s required norm is 67%. If Pusa-2090’s grain quality matches that of Pusa-44, there will be acceptability for it from the millers’ side too
    • Pusa-2090 offers a viable solution to reduce farm fires and improve crop management in Punjab and Haryana.

Continuation of PM-AASHA Schemes

Continuation of PM-AASHA Schemes

  • Union Cabinet Approval: The Union Cabinet has approved the continuation of the Pradhan Mantri Annadata Aay SanraksHan Abhiyan (PM-AASHA) schemes.
  • Objective:
    • Ensure remunerative prices for farmers.
    • Control price volatility of essential commodities to benefit consumers.

Financial Details

  • Budgetary Requirement:
    • Total financial outgo for PM-AASHA: ₹35,000 crore during the 15th Finance Commission cycle (up to 2025-26).
    • Nutrient Based Subsidy (NBS) rates for rabi season (phosphatic and potassic fertilizers) set at a tentative budget of ₹24,475.53 crore.

Components of PM-AASHA

  • Converged Schemes:
    • Price Support Scheme (PSS)
    • Price Stabilisation Fund (PSF)
    • Price Deficit Payment Scheme (PDPS)
    • Market Intervention Scheme (MIS)

Consumer Protection Measures

  • Extension of PSF:
    • Aims to protect consumers from extreme price volatility of agri-horticultural commodities.
    • Involves maintaining a strategic buffer stock of pulses and onions for calibrated release.
    • Discourages hoarding and speculation.
    • Ensures affordable supply to consumers.

Fertilizer Subsidy

  • Subsidy Assurance:
    • Ensures availability of fertilizers to farmers at subsidized, affordable prices.
    • Rationalization of subsidy on P and K fertilizers based on recent trends in international prices.