🏛️ Legacy IAS – Bangalore
Storage & Transport of Agricultural Produce
Warehousing · FCI · Cold Storage · Transit Losses · Kisan Rail · Krishi Udaan · World's Largest Grain Storage Plan · Current Affairs 2024–25 · PYQs · MCQs
1. Overview — Storage & Transport Landscape
Storage and transport are the two most critical links in agricultural supply chains. Improper storage causes enormous post-harvest losses, while inefficient transport prevents produce from reaching markets profitably. Together they determine whether India's record-breaking food production translates into farmer incomes and consumer food security.
353.96 MT
Record foodgrain production 2024–25 (3rd Adv. Est.)
917.83 LMT
Total covered & CAP storage capacity (FCI + states, July 2025)
145 MMT
Storage capacity vs 311 MMT production (FAO 2021 baseline) — 166 MMT gap
8,815
Cold stores nationwide; 40.21 MT capacity (July 2025)
₹92,651 Cr
Annual post-harvest losses (CIPHET/ICAR) — 45 major commodities
0.22%
Transit loss % (2021–22); down from 0.47% in 2012–13
>85%
FCI food grain movement by rail (out of ~40 MT/year)
60%
Cold storage utilisation (only 60% of 394 lakh MT capacity used)
Key Supply Chain Flow:
Harvest Fields
→
Threshing & Drying
→
Farmer's Storehouse / PACS
→
Collection Centre / Warehouse
→
Processing Industries
→
Wholesalers & Retailers
2. Warehousing in India
Warehouses are scientific storage structures constructed for the protection of quantity and quality of stored products. Three major agencies handle warehousing in India: FCI, CWC (Central Warehousing Corporation), and State Warehousing Corporations (SWCs).
📦 Role of Warehousing
- Scientific storage: Protects against quantitative and qualitative losses using preservation methods
- Financing: Nationalised banks advance credit on security of warehouse receipts to the extent of 75–80% of stored produce value
- Price stabilisation: Checks tendency of post-harvest distress sales by farmers
- Market intelligence: Provides market information to producers holding their produce
- Enabling NFSA: Ensures year-round supply chain for public distribution
🏛️ Key Warehousing Bodies
- FCI: Established under Food Corporations Act 1964 (operational since 1965); handles procurement, storage, and distribution for PDS and buffer stocks
- CWC: Established under Warehousing Corporations Act 1962; 564 warehouses, 128.65 lakh MT capacity (July 2024)
- SWCs: State-level warehousing under respective state acts; CWC holds 50% equity in 19 SWCs
- Private agencies: FCI hires capacity from private owners; utilisation of hired capacity remains very high while FCI-owned capacity is underutilised
Food Corporation of India (FCI) — Key Facts
FCI Key Achievements (2023): Free foodgrains provided to 80 crore Indians · Procured 756.6 lakh MT food grains · Transferred ₹2,19,140 crore to paddy & wheat farmers · Offloaded 55.11 lakh MT wheat & 6.43 lakh MT rice through weekly e-auctions · Distributed fortified rice to PMGKAY beneficiaries · GPS-based Vehicle Tracking System (VLTS) for real-time truck tracking. FCI has contributed greatly to transforming India from a chronically food-deficit country to one that is self-sufficient.
| Parameter | Data / Figure | Note |
|---|---|---|
| FCI Established | 1964 (Act); operational 1965 | Food Corporations Act 1964 |
| FCI's direct procurement share | Less than 5% | Most procurement by state agencies |
| FCI total storage capacity (July 2025) | 917.83 LMT (FCI + state agencies, covered & CAP) | Covered = fully roofed; CAP = Cover and Plinth |
| FCI alone capacity | >482 LMT (late 2024) | ~90% conventional godowns; ~8% CAP; ~2% modern silos |
| FCI annual movement | ~40 million tonnes/year | >85% by rail; remainder by road, coastal shipping |
| FCI external debt (April 2023) | ₹44,203 crore | Due to open-ended procurement and mounting costs |
| PACS under World's Largest Grain Plan | 1,00,000+ PACS; 13 crore+ farmer members | 5,937 new PACS registered; 73,492 computerised (June 2025) |
3. Issues in FCI / Food Storage — Standing Committee Report 2021
India has a foodgrain storage capacity of 145 MMT against total food production of 311 MMT (FAO 2021 data) — a gap of 166 MMT (India has capacity for only 47% of its production). Food production has now reached 353.96 MT in 2024–25 (record), widening the gap further. In absence of sufficient storage, grains are stored in the open (Cover and Plinth / CAP), causing damage. Only a few southern states have storage capacity of 90%+; northern states like UP and Bihar have below 50%. The Inter-Ministerial Committee (IMC) approved the "World's Largest Grain Storage Plan in the Cooperative Sector" via PACS to address this.
Open-ended procurement means FCI buys as much grain as farmers can sell at MSP — it does not cap volumes. This strains already-burdened godowns and distorts food grain markets. Combined with export bans and no pro-active liquidation policy, it leads to excess buffer stocks way beyond buffer stocking norms. Excess stock forces FCI to routinely dump grains in open market at prices below procurement cost — causing massive losses. FCI's total external debt reached ₹44,203 crore (April 2023) partly due to these costs.
Stock often remains in warehouses beyond its shelf life, becoming prone to rodents, moisture, birds, and pests. About 80% of handling and warehousing facilities are not mechanised — traditional manual methods for loading, unloading, and handling are still used. FCI-owned facilities remain underutilised while hired facilities (more expensive) are overused. The Standing Committee recommended FCI maximise utilisation of owned facilities before hiring.
Lower staff at procurement centres sometimes refuse to procure citing non-bonafide technical reasons (e.g., moisture content). This causes great hardships for farmers and leads to distress sales. The Committee recommended ensuring foodgrains are not rejected on flimsy grounds if they conform to Fair Average Quality (FAQ) norms.
Under the Decentralised Procurement (DCP) scheme, state governments use locally procured foodgrains for distribution under various schemes — reducing transportation costs, encouraging procurement in non-traditional states, and enabling procurement of local grains suited to local taste. However, even after 23+ years of inception, only 8 states adopted it for wheat and 15 for rice. The Department of Food and Public Distribution needs to encourage non-traditional states to adopt DCP.
4. Cold Storage — Status, Issues & Challenges
The cold chain is a temperature-controlled supply chain involving pre-cooling → cold storage → refrigerated transport → distribution. It is critical for perishables: fruits, vegetables, milk, meat, eggs, flowers. India's cold chain market is growing but faces severe structural gaps.
8,815
Cold stores in India (July 2025, PIB)
40.21 MT
Cold storage capacity (402 lakh MT, July 2025)
~60%
Utilisation rate (40% capacity wasted)
~70%
Cold stores dedicated to potatoes — severe single-commodity dependence
45%
Fuel as % of cold storage operating costs (vs 10% in West)
~12.3% CAGR
Cold chain market growth 2023–28 (Vision IAS PDF); some estimates 10.86% CAGR to 2033
Post-Harvest Losses (NABCONS/MOFPI 2022 Study — Parliament, August 2024):
Cereals: 3.89–5.92% · Pulses: 5.65–6.74% · Oilseeds: 2.87–7.51% · Fruits: 6.02–15.05% · Vegetables: 4.87–11.61%
Total economic value of post-harvest losses: ₹92,651 crore/year (CIPHET/ICAR, 45 commodities). Fruits and vegetables account for the largest share. Cold chain access can boost farmer incomes by 15–20% (NABARD).
Cereals: 3.89–5.92% · Pulses: 5.65–6.74% · Oilseeds: 2.87–7.51% · Fruits: 6.02–15.05% · Vegetables: 4.87–11.61%
Total economic value of post-harvest losses: ₹92,651 crore/year (CIPHET/ICAR, 45 commodities). Fruits and vegetables account for the largest share. Cold chain access can boost farmer incomes by 15–20% (NABARD).
Cold Chain Challenges in India
⚠️ Structural Challenges
- Under-utilisation: Only 60% of cold storage capacity is being used; 40% idle
- Single-commodity dependence: ~70% of cold stores dedicated to potatoes; built pre-2010, mostly single-chamber units — limits flexibility for other produce
- Fragmented & uneven: 4 states hold 60% of capacity — UP, Gujarat, West Bengal, Punjab. NE and hill states severely underserved
- High operating cost: Fuel = 45% of operating expenses in India; only 10% in West; ₹100+/cubic feet/month operating cost
- Tech gap: West uses AI, ML, IoT; India lags significantly — leads to unoptimised broken cold chains
🏗️ Ecosystem Challenges
- Unbalanced subsidies: 2/3 of govt funding goes to cold storage development; refrigerated transport: only 4%, pack houses: 2%, pre-cooling units: 1% — neglects other crucial CCI elements
- Unawareness: Farmers, food processors, logistics experts lack awareness of cold chain benefits — perceived as luxury, not necessity
- Power shortages: Frequent power cuts disrupt cold chain; inadequate backup power in rural areas
- Urban concentration: Most cold chain near urban areas; low demand aggregation in rural areas makes it unprofitable for operators and expensive for farmers
- Lack of real-time monitoring: No centralised real-time data system for cold storage availability, cost, or utilisation
5. Government Schemes — Storage & Cold Chain
🌾 World's Largest Grain Storage Plan in the Cooperative Sector
The Union Cabinet approved an Inter-Ministerial Committee (IMC) to facilitate this initiative. The Ministry of Cooperation aims to set up a network of integrated grain storage facilities through Primary Agricultural Credit Societies (PACS) across 1,00,000+ PACS with 13 crore+ farmer members. The plan entails expanding storage capacity by 70 MMT, requiring an investment of ₹1.25 lakh crore over five years. It includes warehouses, custom hiring centres, processing units, fair price shops, and more at PACS level — addressing the grassroots storage gap. As of June 2025: 5,937 new PACS registered; 73,492 computerised.
❄️ PM Kisan Sampada Yojana (PMKSY)
For development of cold storage facilities, specialised packaging, and warehousing. One component — Integrated Cold Chain and Value Addition Infrastructure — promotes complete cold chain without any break from farm gate to consumer. Both horticultural and non-horticultural produce are eligible. As of December 31, 2022: cold storage capacity of 8.38 lakh MT created under this component. Includes pre-cooling units, sorting-grading, cold storage, refrigerated transport, and retail chains.
🏚️ Gramin Bhandaran Yojana
Aims to build specialised storage facilities in rural areas to accommodate farmers' needs for storing agricultural output. Encourages agricultural produce grading, standardisation, and quality assurance to increase marketability. Helps farmers avoid distress sales by enabling produce to be stored after harvest and sold when prices are better.
📜 Negotiable Warehouse Receipt (NWR) / e-NWR — WDRA
The Warehousing Development and Regulatory Authority (WDRA) was established to introduce the NWR/e-NWR system. Farmers can keep produce in WDRA-approved warehouses that provide NWRs. Farmers can use e-NWR as collateral to apply for institutional credit from banks — avoiding distress post-harvest sales. This is an important tool for price risk management: farmers can store produce and sell when prices recover, rather than selling immediately at low harvest-season prices.
🏗️ Private Entrepreneurs Guarantee (PEG) Scheme
Implemented for construction of storage godowns in PPP mode through private entrepreneurs, CWC, and SWCs. Aims to overcome storage constraints and ensure safe stocking of foodgrains across the country. Private sector builds and maintains godowns; FCI guarantees use for a specified period — reducing risk for private partners while expanding public storage capacity.
🍎 Mission for Integrated Development of Horticulture (MIDH)
Financial assistance for various horticulture activities including construction, expansion, and modernisation of cold storages up to 5,000 MT capacity. Targets horticulture produce (fruits, vegetables, spices, flowers). Works in conjunction with the Capital Investment Subsidy scheme for cold storages above 5,000 MT to 10,000 MT — providing 35% subsidy in general areas, 50% in NE/hill/scheduled areas.
🏦 Integrated Cold Chain Availability Platform + Priority Sector Lending
Priority Sector Lending covers loans for construction of storage facilities (warehouses, market yards, godowns, silos), including cold storage units/chains for agricultural produce irrespective of location. The Integrated Cold Chain Availability Platform is a national database enabling active linkage between multiple cold-chain assets across owners — a joint effort of NHB, APEDA, MoFPI, and NCCD to promote integration through collaboration.
6. Transport of Agricultural Produce
Ensuring accessibility to food in a country of India's size is a herculean task. Food grains are transported from surplus states (Punjab, Haryana, MP, AP) to deficit states. FCI undertakes movement to: evacuate surplus stocks; meet deficit regions' NFSA/TPDS requirements; create buffer stocks in deficit regions.
🚂 FCI's Transport Operation
- ~40 million tonnes of food grains transported by FCI across India per year
- >85% of movement by rail — inter-state road transport mainly in rail-unconnected areas
- Stocks procured at markets → nearest depot → dispatched to recipient states
- Also transported by ocean vessels to Lakshadweep, Andaman & Nicobar Islands
- Coastal shipping and riverine movement for Kerala and Agartala (Tripura)
- Surplus mainly in northern states — long-distance transportation throughout country
🚛 Transport Challenges
- Traditional modes: Bullock carts still used in many areas — non-containerised, non-refrigerated
- Rural roads: Not concretised; last-mile connectivity to mandis is poor
- Dominance of costly roadways: Road costlier than rail but used due to connectivity gaps
- Poor supply chain management: No integrated logistics platform connecting farm to retail
- Non-containerised trucks: Most transport in open trucks — no temperature control for perishables
- Small farmers: Cannot afford refrigerated transport; engage in distress sales near farm
Kisan Rail & Krishi Udaan — Budget 2020–21 Initiatives
🚆 Kisan Rail
- Set up by Indian Railways in PPP mode for providing a cold supply chain to transport perishable agricultural goods
- Refrigerated parcel vans on select mail/express and freight trains carrying perishable cargo
- Both cost and time advantage over road transport for inter-state movement
- Announced in Budget 2020–21; first Kisan Rail ran from Devlali (Maharashtra) to Danapur (Bihar) in August 2020
- Covers fruits, vegetables, milk, meat, fish — all major perishables
- Subsidised by government (50% freight subsidy on select commodities initially)
✈️ Krishi Udaan
- Launched by Civil Aviation Ministry to transport agricultural products to national and international destinations
- Time advantage over road and rail for high-value, highly perishable commodities (strawberries, exotic vegetables, fresh fish, organic produce)
- Krishi Udaan 2.0 (2021): expanded to 53 airports, focused on NE, hill, and tribal regions
- Benefits: Faster market access, reduced spoilage, higher farmer price realization, boosts agricultural exports
- Priority cargo handling and concession in air freight for eligible farm produce
7. Transit Losses — Trends & Causes
0.22%
Transit loss % (2021–22) — significantly improved
0.47%
Transit loss % in 2012–13 (baseline)
₹300 Cr
Annual cost of FCI transit losses
10.75 LT
Wheat & rice saved from transit loss (~₹3,500 crore)
Primary Contributors to Transit Losses (from PDF): Transport from procurement to other states · Inadequate infrastructure at mandi-level buffer storage · Spillage during handling and pilferage · Litigation leading to seized rice stocks · Multiple handling; poor texture of gunny bags; iron hooks causing damage · Poor quality wagons; inadequate security at rail points · Long distance before reaching fair price shops
Factors Behind Improvement in Transit Losses
✅ FCI Measures That Worked
- Inspection of warehouses by senior officers — increased accountability
- Augmenting covered storage capacity to avoid open-air storage of wheat
- Revamped security systems with CCTV for timely and periodic checks
- Improvisation of loading/unloading process; loading officials made more accountable
- Plastic sheets laid in wagons to keep spilled grains safe for collection
- Coordination with Railways for good quality wagons; electronic seals to prevent pilferage during transportation
- GPS-based Vehicle Tracking System (VLTS) for real-time tracking of transport trucks
8. Current Affairs 2024–26 — Storage & Transport
Record Production 2024–25
India's Foodgrain Production Hits Record 353.96 MT in 2024–25
As per Third Advance Estimates, India achieved a record foodgrain production of 353.96 million tonnes in 2024–25, including 117.51 MT of wheat and 149.07 MT of rice. This surpasses the previous record of ~330 MT and underscores the urgency of expanding storage infrastructure. Total storage capacity (917.83 LMT = ~91.8 MT) covers only about 26% of production at current output levels — making the gap far more severe than the oft-cited 311 MMT vs 145 MMT comparison.
Scheme — 2023
World's Largest Grain Storage Plan in Cooperative Sector — Through PACS
The Union Cabinet approved the Inter-Ministerial Committee (IMC) to facilitate the "World's Largest Grain Storage Plan in the Cooperative Sector." The Ministry of Cooperation aims to set up diverse agri-infrastructure at PACS level: warehouses, custom hiring centres, processing units, fair price shops, and more — across 1,00,000+ PACS covering 13 crore+ farmers. The plan targets adding 70 MMT of storage capacity requiring ₹1.25 lakh crore over five years. As of June 2025, 5,937 new PACS registered and 73,492 computerised. This marks a paradigm shift: decentralised, cooperative-owned storage vs. centralised FCI godowns.
Cold Storage 2025 Update
India Now Has 8,815 Cold Stores with 40.21 MT Capacity (July 2025)
As per PIB (July 2025), India's cold storage infrastructure comprises 8,815 cold stores with 40.21 million MT (402.1 lakh MT) capacity. This is an improvement from 8,653 stores with 39.42 MT capacity (January 2024 data). However, critical structural problems remain: ~70% of cold stores are dedicated to potatoes; most were built pre-2010; UP alone holds ~25% of capacity; NE and hill regions are severely underserved; only 60% of capacity is utilised. Post-harvest losses remain at ₹92,651 crore/year. The cold chain market is valued at ₹2,28,700 crore (2024) and expected to grow at ~10.86% CAGR to ₹6,06,100 crore by 2033.
Scheme Update — 2024
Agriculture Infrastructure Fund (AIF) — ₹1,00,000 Crore; Credit Target Doubled
The government fast-tracked procedures to double the credit target under the Agriculture Infrastructure Fund (AIF). AIF provides medium-to-long-term loan facilities (with interest subvention) for investment in post-harvest market infrastructure including warehousing, cold storage, and community farming assets. As of May 2024, 408 projects worth ₹13,861 crore have been sanctioned, generating 40,000 direct employment opportunities and benefiting 42 lakh+ farmers. Under AIF, loans up to ₹2 crore attract 3% interest subvention. Micro and small enterprises also covered.
Krishi Udaan 2.0
Krishi Udaan 2.0 — 53 Airports, Focus on North-East and Tribal Regions
The upgraded Krishi Udaan 2.0 was launched to cover 53 airports across India, with particular focus on the North East, Hilly, Tribal, and Aspirational Districts — bringing previously inaccessible produce (bamboo shoots, organic vegetables, exotic fruits, handloom products with organic certification) into national and export markets. The scheme provides priority cargo handling, freight concessions, and connects tribal farmers directly to premium markets — supplementing Kisan Rail's cold supply chain on ground. Krishi Udaan is now integrated with PM Dhan-Dhaanya Krishi Yojana's convergence framework.
Policy — NWR System
Electronic Negotiable Warehouse Receipt (e-NWR) — Pledging by Farmers for Credit
WDRA's e-NWR system has been progressively scaled up as a tool for farmers to avoid distress post-harvest sales. Farmers store produce in WDRA-registered warehouses, receive an e-NWR, and use it as collateral for institutional credit up to 75–80% of stored produce value from nationalised banks. The e-NWR can be transferred electronically. Combined with the NWR system under "Reducing Post-Harvest Losses" initiative (ICRIER-ADMI, 2024), e-NWR has been identified as one of the most effective farmer-level interventions for grain management — allowing smallholder farmers to store produce in quality-maintained warehouses and sell when prices recover.
9. Prelims PYQs — Storage & Transport
Q1. With reference to the Food Corporation of India (FCI), consider the following statements:
1. FCI was set up under the Food Corporations Act 1964 to fulfil objectives of effective price support, distribution for PDS, and maintaining buffer stocks.
2. FCI directly procures more than 50% of all foodgrains purchased by the government under MSP operations.
3. Transit losses of FCI during transportation have declined substantially from 0.47% in 2012–13 to 0.22% in 2021–22.
4. FCI undertakes movement of around 40 million tonnes of foodgrains across the country per year.
Which of the above statements are correct?
1. FCI was set up under the Food Corporations Act 1964 to fulfil objectives of effective price support, distribution for PDS, and maintaining buffer stocks.
2. FCI directly procures more than 50% of all foodgrains purchased by the government under MSP operations.
3. Transit losses of FCI during transportation have declined substantially from 0.47% in 2012–13 to 0.22% in 2021–22.
4. FCI undertakes movement of around 40 million tonnes of foodgrains across the country per year.
Which of the above statements are correct?
- (a) 1, 2 and 3 only
- (b) 2, 3 and 4 only
- ✓ (c) 1, 3 and 4 only
- (d) All four
Statement 2 is WRONG — FCI's share in direct procurement is less than 5%. Most of the procurement operations are carried out by state agencies, not FCI directly. FCI mainly provides the framework, procurement prices (MSP), and storage/distribution. Statements 1, 3, and 4 are all correct: FCI was set up under the Food Corporations Act 1964 (operational from 1965); transit losses declined from 0.47% (2012–13) to 0.22% (2021–22); FCI moves ~40 million tonnes of foodgrains per year (over 85% by rail). This is a classic UPSC trap — exaggerating FCI's direct procurement role.
Q2. The Warehousing Development and Regulatory Authority (WDRA) was established to introduce which of the following in India?
- (a) Electronic National Agriculture Market (e-NAM) for digital trading of agricultural commodities
- (b) Gramin Bhandaran Yojana for rural storage facilities
- ✓ (c) Negotiable Warehouse Receipt (NWR) / Electronic NWR system to enable farmers to use stored produce as collateral for institutional credit
- (d) Private Entrepreneurs Guarantee (PEG) Scheme for PPP-mode godown construction
WDRA was specifically established to introduce the Negotiable Warehouse Receipt (NWR) / Electronic NWR (e-NWR) system in India. The purpose: encourage farmers NOT to sell produce immediately after harvest (when prices are at their lowest) and instead store it in WDRA-approved warehouses. Farmers receive NWRs/e-NWRs that can be used as collateral for credit from nationalised banks — up to 75–80% of stored produce value. This system directly addresses distress post-harvest sales, which are a major cause of low price realisation for farmers. Option (a) = e-NAM launched by SFAC; option (b) = Ministry of Agriculture; option (d) = FCI/CWC/SWC scheme.
Q3. Consider the following regarding Kisan Rail and Krishi Udaan:
1. Both were announced in Union Budget 2020–21.
2. Kisan Rail is operated by Indian Railways in PPP mode for perishable agricultural goods.
3. Krishi Udaan was launched by the Railway Ministry to enhance inter-state transport of agri produce.
4. Kisan Rail provides both cost and time advantages over road transport for inter-state agricultural cargo.
Which of the above are correct?
1. Both were announced in Union Budget 2020–21.
2. Kisan Rail is operated by Indian Railways in PPP mode for perishable agricultural goods.
3. Krishi Udaan was launched by the Railway Ministry to enhance inter-state transport of agri produce.
4. Kisan Rail provides both cost and time advantages over road transport for inter-state agricultural cargo.
Which of the above are correct?
- (a) 1, 2 and 3 only
- ✓ (b) 1, 2 and 4 only
- (c) 2, 3 and 4 only
- (d) All four
Statement 3 is WRONG — Krishi Udaan was launched by the Civil Aviation Ministry (not Railway Ministry) to transport agricultural products to national and international destinations. Both were announced in Budget 2020–21 ✅. Kisan Rail = Indian Railways in PPP mode ✅. Kisan Rail provides both cost (cheaper than road) and time advantages ✅ — while Krishi Udaan provides a time advantage (air is fastest). Remember: Kisan Rail = Rail transport for cold supply chain; Krishi Udaan = Air transport for high-value perishables to distant/international markets.
Q4. The 'World's Largest Grain Storage Plan in the Cooperative Sector' approved by the Union Cabinet involves establishing integrated agricultural infrastructure through which of the following?
- (a) Food Corporation of India (FCI) godowns in PPP mode through private entrepreneurs
- (b) Central Warehousing Corporation (CWC) warehouses in all district headquarters
- ✓ (c) Primary Agricultural Credit Societies (PACS) across the country — warehouses, custom hiring centres, processing units
- (d) State Warehousing Corporations (SWCs) in partnership with NABARD
The Union Cabinet approved the constitution of an Inter-Ministerial Committee (IMC) under the Ministry of Cooperation to facilitate the "World's Largest Grain Storage Plan in the Cooperative Sector." The plan establishes diverse agricultural infrastructure — warehouses, custom hiring centres, processing units, fair price shops — at the level of Primary Agricultural Credit Societies (PACS). India has 1,00,000+ PACS with 13 crore+ farmer members. The plan targets adding 70 MMT storage capacity requiring ₹1.25 lakh crore over 5 years. This is a decentralised, cooperative-sector-led approach to solving India's 166 MMT storage gap — directly at the grassroots level.
Q5. Which of the following statements about post-harvest losses and cold storage in India is/are correct?
1. India has over 8,800 cold stores as of 2025 with capacity of ~40 MT — yet about 70% are dedicated to potatoes.
2. Post-harvest losses of fruits in India range from 6–15% (NABCONS/MOFPI 2022 study).
3. The cold chain market in India is well-distributed, with all states having adequate cold chain access.
4. Fuel costs constitute approximately 45% of cold storage operating expenses in India, vs ~10% in Western countries.
1. India has over 8,800 cold stores as of 2025 with capacity of ~40 MT — yet about 70% are dedicated to potatoes.
2. Post-harvest losses of fruits in India range from 6–15% (NABCONS/MOFPI 2022 study).
3. The cold chain market in India is well-distributed, with all states having adequate cold chain access.
4. Fuel costs constitute approximately 45% of cold storage operating expenses in India, vs ~10% in Western countries.
- (a) 1 and 2 only
- (b) 2 and 4 only
- ✓ (c) 1, 2 and 4 only
- (d) All four
Statements 1, 2, and 4 are correct. Statement 3 is WRONG — India's cold chain is severely uneven and concentrated — 4 states (UP, Gujarat, West Bengal, Punjab) hold ~60% of capacity; NE, hill, and tribal regions are severely underserved. This geographic fragmentation is a major structural problem. Statement 1 ✅: ~8,815 cold stores with 40.21 MT (July 2025 PIB); ~70% potato-dedicated. Statement 2 ✅: NABCONS/MOFPI 2022 study confirmed to Parliament (August 2024) — fruits 6.02–15.05%, vegetables 4.87–11.61%. Statement 4 ✅: Fuel = 45% of cold storage operating costs in India (only 10% in West) — making cold storage expensive to operate.
10. Mains PYQs — Storage & Transport (Actual UPSC)
Q1. What are the main constraints in transport and marketing of agricultural produce in India? (150 words)
Introduction: India's agricultural potential — record 353.96 MT production in 2024–25 — remains only partially realised due to severe transport and marketing constraints that prevent farmers from receiving remunerative prices.
Transport Constraints:
• Poor rural road connectivity: Last-mile roads to mandis are unpaved; produce cannot reach markets timely
• Non-refrigerated transport: Bulk of perishables moved in open trucks — high spoilage, especially in summer (45–50°C)
• Traditional modes: Bullock carts still used in remote areas; slow and low capacity
• Rail connectivity gaps: Many horticulture surplus areas (NE, hill states) not connected by rail
• High cost: Road transport dominant and costly; small farmers cannot afford refrigerated vehicles
• Transit losses: 0.22% for FCI foodgrains but much higher (6–15%) for fruits/vegetables
• Post-harvest losses: ₹92,651 crore/year across 45 commodities
Way Forward:
• Kisan Rail (PPP, cold supply chain by rail) — announced Budget 2020–21; first run August 2020
• Krishi Udaan 2.0 — 53 airports; air cargo for high-value perishables to national and international markets
• Expansion of cold chain: PMKSY Integrated Cold Chain scheme, MIDH, AIF (₹1,00,000 crore)
• NWR/e-NWR system through WDRA — enables farm-gate storage + credit; avoids distress sales
• World's Largest Grain Storage Plan through PACS — decentralised rural storage
• Rural road upgradation under PMGSY; last-mile connectivity to mandis
Conclusion: Addressing transport and storage constraints is as critical as increasing production — without these, India's agricultural abundance cannot translate into farmer prosperity or consumer food security.
Transport Constraints:
• Poor rural road connectivity: Last-mile roads to mandis are unpaved; produce cannot reach markets timely
• Non-refrigerated transport: Bulk of perishables moved in open trucks — high spoilage, especially in summer (45–50°C)
• Traditional modes: Bullock carts still used in remote areas; slow and low capacity
• Rail connectivity gaps: Many horticulture surplus areas (NE, hill states) not connected by rail
• High cost: Road transport dominant and costly; small farmers cannot afford refrigerated vehicles
• Transit losses: 0.22% for FCI foodgrains but much higher (6–15%) for fruits/vegetables
• Post-harvest losses: ₹92,651 crore/year across 45 commodities
Way Forward:
• Kisan Rail (PPP, cold supply chain by rail) — announced Budget 2020–21; first run August 2020
• Krishi Udaan 2.0 — 53 airports; air cargo for high-value perishables to national and international markets
• Expansion of cold chain: PMKSY Integrated Cold Chain scheme, MIDH, AIF (₹1,00,000 crore)
• NWR/e-NWR system through WDRA — enables farm-gate storage + credit; avoids distress sales
• World's Largest Grain Storage Plan through PACS — decentralised rural storage
• Rural road upgradation under PMGSY; last-mile connectivity to mandis
Conclusion: Addressing transport and storage constraints is as critical as increasing production — without these, India's agricultural abundance cannot translate into farmer prosperity or consumer food security.
Q2. What are the main bottlenecks in upstream and downstream processes of marketing of agricultural products in India? (150 words)
Introduction: Agricultural marketing in India suffers from systemic bottlenecks at both ends of the value chain — upstream (from farm to first point of sale) and downstream (from first sale to final consumer).
Upstream Bottlenecks (Farm to Primary Market):
• Lack of farm-gate storage — forces distress sales immediately after harvest when prices are lowest
• Poor rural road and transport infrastructure — costly and slow last-mile access to mandis
• APMC monopoly: only 7,246 regulated markets for vast agricultural land; farmers must travel long distances
• No on-farm grading/standardisation — farmers cannot differentiate quality produce for premium pricing
• Information asymmetry: farmers lack real-time price information from markets
• Limited credit access: only 4% of agricultural credit goes to livestock; storage credit through NWR underutilised
Downstream Bottlenecks (Primary Market to Consumer):
• Cold chain gaps: only 60% utilisation of 40.21 MT cold storage capacity; 70% potato-dedicated
• Multiple intermediaries: each layer adds margin but reduces farmer's share of consumer price
• Fragmented wholesale markets: no national integrated market; APMC jurisdiction prevents seamless inter-state trade
• Limited food processing linkage: only 21% of meat is value-added; 6–15% fruit losses during transport/marketing
• Poor export infrastructure: inadequate cold chain for perishable exports; low standards compliance
Way Forward: e-NAM for price transparency; FPO for collective marketing; AIF for post-harvest infrastructure; Kisan Rail + Krishi Udaan for transport; WDRA e-NWR for farm-gate finance; World's Grain Storage Plan for decentralised rural storage.
Upstream Bottlenecks (Farm to Primary Market):
• Lack of farm-gate storage — forces distress sales immediately after harvest when prices are lowest
• Poor rural road and transport infrastructure — costly and slow last-mile access to mandis
• APMC monopoly: only 7,246 regulated markets for vast agricultural land; farmers must travel long distances
• No on-farm grading/standardisation — farmers cannot differentiate quality produce for premium pricing
• Information asymmetry: farmers lack real-time price information from markets
• Limited credit access: only 4% of agricultural credit goes to livestock; storage credit through NWR underutilised
Downstream Bottlenecks (Primary Market to Consumer):
• Cold chain gaps: only 60% utilisation of 40.21 MT cold storage capacity; 70% potato-dedicated
• Multiple intermediaries: each layer adds margin but reduces farmer's share of consumer price
• Fragmented wholesale markets: no national integrated market; APMC jurisdiction prevents seamless inter-state trade
• Limited food processing linkage: only 21% of meat is value-added; 6–15% fruit losses during transport/marketing
• Poor export infrastructure: inadequate cold chain for perishable exports; low standards compliance
Way Forward: e-NAM for price transparency; FPO for collective marketing; AIF for post-harvest infrastructure; Kisan Rail + Krishi Udaan for transport; WDRA e-NWR for farm-gate finance; World's Grain Storage Plan for decentralised rural storage.
11. Mock Mains Questions — Storage & Transport
Mains MockGS III15 Marks
⏱ 15 minutes | 250 words
Q1. "India's food storage infrastructure is the weakest link in its food security chain." Critically examine this claim in light of India's record foodgrain production and the 'World's Largest Grain Storage Plan.' Suggest reforms needed.
353.96 MT production 2024–25917.83 LMT storage capacity166 MMT gap (FAO 2021)70 MMT PACS expansionFCI open-ended procurement
Introduction: India achieved a record foodgrain production of 353.96 MT in 2024–25 — a remarkable agricultural success. Yet this abundance cannot translate into food security without adequate storage infrastructure. India's storage capacity of ~145 MMT against 311 MMT production (FAO 2021 data) — a gap of 166 MMT — represents a structural vulnerability that exposes farmers to distress and grains to spoilage.
Evidence Supporting the Claim — Storage as Weakest Link:
(1) Scale of gap: India can store only ~47% of production. With output now at 353.96 MT and FCI+state covered storage at 917.83 LMT (~91.8 MT), even centralized storage covers less than 26% of output
(2) Structural flaws: 80% of handling/warehousing not mechanised; FCI-owned facilities underutilised while expensive hired facilities are overused
(3) Open-ended procurement paradox: FCI buys unlimited MSP grain → excess stock beyond buffer norms → open storage in Cover & Plinth (CAP) → grain damaged by moisture, pests → FCI external debt ₹44,203 crore (April 2023)
(4) Cold chain inadequacy: 8,815 cold stores with 40.21 MT capacity; 70% potato-dedicated; 60% utilisation only; post-harvest losses ₹92,651 crore/year; fruit losses 6–15%
(5) Regional imbalance: Southern states have 90%+ coverage; UP and Bihar below 50%
Counter-Arguments (Where Storage Is Not the Only Weak Link):
• Transport infrastructure is equally deficient — last-mile rural roads, non-refrigerated trucks, and inter-state connectivity gaps cause as much or more loss as storage
• Marketing infrastructure (APMCs, intermediaries, information asymmetry) is equally broken
• Policy failure (open-ended procurement, no liquidation policy, export bans) creates artificial storage stress beyond what infrastructure alone can solve
World's Largest Grain Storage Plan — Assessment:
• Targeting 70 MMT additional capacity through 1,00,000+ PACS — decentralised, farmer-level approach ✅
• ₹1.25 lakh crore investment over 5 years — ambitious but requires efficient implementation
• Integrates warehouses, custom hiring centres, processing units — holistic approach ✅
• Risk: PACS in many states are financially weak; need governance strengthening alongside infrastructure
• Computerisation of 73,492 PACS (June 2025) and 5,937 new registrations show progress
Reforms Needed Beyond the Storage Plan:
• Reform open-ended procurement: introduce procurement caps + pro-active liquidation policy
• Scale e-NWR: farmers store in WDRA-approved warehouses + get credit; avoids distress sales
• Modernise FCI-owned storage before hiring private capacity — reduce ₹44,203 crore debt
• Decentralised procurement expansion: from 8 states (wheat) to all major producing states
• Technology infusion: AI-based demand forecasting for buffer stock management; IoT in cold chains
• PPP model: PEG scheme expanded; AIF loans catalysed (₹1,00,000 crore credit; credit target doubled)
Conclusion: Storage is the weakest link but not the only one. The World's Largest Grain Storage Plan, if effectively implemented through PACS, can be transformative — but must be accompanied by FCI reform, cold chain expansion, and marketing infrastructure upgrades to truly realise India's food security potential.
Evidence Supporting the Claim — Storage as Weakest Link:
(1) Scale of gap: India can store only ~47% of production. With output now at 353.96 MT and FCI+state covered storage at 917.83 LMT (~91.8 MT), even centralized storage covers less than 26% of output
(2) Structural flaws: 80% of handling/warehousing not mechanised; FCI-owned facilities underutilised while expensive hired facilities are overused
(3) Open-ended procurement paradox: FCI buys unlimited MSP grain → excess stock beyond buffer norms → open storage in Cover & Plinth (CAP) → grain damaged by moisture, pests → FCI external debt ₹44,203 crore (April 2023)
(4) Cold chain inadequacy: 8,815 cold stores with 40.21 MT capacity; 70% potato-dedicated; 60% utilisation only; post-harvest losses ₹92,651 crore/year; fruit losses 6–15%
(5) Regional imbalance: Southern states have 90%+ coverage; UP and Bihar below 50%
Counter-Arguments (Where Storage Is Not the Only Weak Link):
• Transport infrastructure is equally deficient — last-mile rural roads, non-refrigerated trucks, and inter-state connectivity gaps cause as much or more loss as storage
• Marketing infrastructure (APMCs, intermediaries, information asymmetry) is equally broken
• Policy failure (open-ended procurement, no liquidation policy, export bans) creates artificial storage stress beyond what infrastructure alone can solve
World's Largest Grain Storage Plan — Assessment:
• Targeting 70 MMT additional capacity through 1,00,000+ PACS — decentralised, farmer-level approach ✅
• ₹1.25 lakh crore investment over 5 years — ambitious but requires efficient implementation
• Integrates warehouses, custom hiring centres, processing units — holistic approach ✅
• Risk: PACS in many states are financially weak; need governance strengthening alongside infrastructure
• Computerisation of 73,492 PACS (June 2025) and 5,937 new registrations show progress
Reforms Needed Beyond the Storage Plan:
• Reform open-ended procurement: introduce procurement caps + pro-active liquidation policy
• Scale e-NWR: farmers store in WDRA-approved warehouses + get credit; avoids distress sales
• Modernise FCI-owned storage before hiring private capacity — reduce ₹44,203 crore debt
• Decentralised procurement expansion: from 8 states (wheat) to all major producing states
• Technology infusion: AI-based demand forecasting for buffer stock management; IoT in cold chains
• PPP model: PEG scheme expanded; AIF loans catalysed (₹1,00,000 crore credit; credit target doubled)
Conclusion: Storage is the weakest link but not the only one. The World's Largest Grain Storage Plan, if effectively implemented through PACS, can be transformative — but must be accompanied by FCI reform, cold chain expansion, and marketing infrastructure upgrades to truly realise India's food security potential.
Mains MockGS III10 Marks
⏱ 10 minutes | 150 words
Q2. "Cold chain infrastructure in India is not just about cold stores — it is about an unbroken ecosystem." Discuss the barriers to integrated cold chain development and suggest a way forward.
₹92,651 Cr post-harvest losses8,815 cold stores; 60% utilised70% potato-dedicated45% fuel costsPMKSY / MIDH
Introduction: India's cold chain market (₹2,28,700 crore in 2024) is growing at ~10.86% CAGR, yet post-harvest losses remain at ₹92,651 crore/year. Less than 10% of agricultural produce in India passes through a cold chain. The problem is not just cold stores in isolation, but the absence of an integrated, unbroken cold chain from farm gate to consumer.
The Integrated Cold Chain Ecosystem Concept:
Pre-cooling units (at farm gate) → Sorting and grading → Primary cold storage → Refrigerated transport → Secondary cold storage → Distribution centers → Retail cold chains. If ANY link is missing, the chain breaks and losses occur. India's funding pattern is distorted: 2/3 of government funding goes to cold storage development while refrigerated transport gets only 4%, pack houses 2%, pre-cooling units just 1%.
Barriers to Integrated Cold Chain:
• High operating costs: Fuel = 45% of operating expenses (vs 10% in West); power shortages add further cost
• Single-commodity trap: ~70% of cold stores are potato-dedicated, built pre-2010; not flexible for other produce
• Geographic concentration: 4 states hold 60% of capacity; NE, tribal regions severely underserved
• Under-utilisation: Only 60% utilisation; seasonal nature means facilities idle for months
• Investment barriers: Long payback periods; technology obsolescence risk deters private investment
• Awareness gap: Farmers treat cold chain as luxury; food processors lack integration awareness
• Last-mile failure: Cold chain near urban areas; no demand aggregation in rural areas
Way Forward:
• System-wide approach: Rationalise subsidies — fund entire chain, not just cold storage
• PMKSY Integrated Cold Chain: Fund pre-cooling + grading + storage + reefer transport as a bundle
• Tech integration: IoT-based temperature monitoring; AI for demand prediction; solar-powered cold stores (reduce fuel cost)
• Pay-as-you-store models: Make cold chain accessible to small farmers without upfront investment
• Krishi Udaan 2.0: Air cargo for high-value perishables; 53 airports; NE focus
• NCCD (National Centre for Cold-chain Development): Coordinate Integrated Cold Chain Availability Platform — national database for cold chain assets
Conclusion: India needs a cold chain revolution analogous to its green revolution — systemic, policy-backed, and covering the entire ecosystem from farm gate to consumer.
The Integrated Cold Chain Ecosystem Concept:
Pre-cooling units (at farm gate) → Sorting and grading → Primary cold storage → Refrigerated transport → Secondary cold storage → Distribution centers → Retail cold chains. If ANY link is missing, the chain breaks and losses occur. India's funding pattern is distorted: 2/3 of government funding goes to cold storage development while refrigerated transport gets only 4%, pack houses 2%, pre-cooling units just 1%.
Barriers to Integrated Cold Chain:
• High operating costs: Fuel = 45% of operating expenses (vs 10% in West); power shortages add further cost
• Single-commodity trap: ~70% of cold stores are potato-dedicated, built pre-2010; not flexible for other produce
• Geographic concentration: 4 states hold 60% of capacity; NE, tribal regions severely underserved
• Under-utilisation: Only 60% utilisation; seasonal nature means facilities idle for months
• Investment barriers: Long payback periods; technology obsolescence risk deters private investment
• Awareness gap: Farmers treat cold chain as luxury; food processors lack integration awareness
• Last-mile failure: Cold chain near urban areas; no demand aggregation in rural areas
Way Forward:
• System-wide approach: Rationalise subsidies — fund entire chain, not just cold storage
• PMKSY Integrated Cold Chain: Fund pre-cooling + grading + storage + reefer transport as a bundle
• Tech integration: IoT-based temperature monitoring; AI for demand prediction; solar-powered cold stores (reduce fuel cost)
• Pay-as-you-store models: Make cold chain accessible to small farmers without upfront investment
• Krishi Udaan 2.0: Air cargo for high-value perishables; 53 airports; NE focus
• NCCD (National Centre for Cold-chain Development): Coordinate Integrated Cold Chain Availability Platform — national database for cold chain assets
Conclusion: India needs a cold chain revolution analogous to its green revolution — systemic, policy-backed, and covering the entire ecosystem from farm gate to consumer.
Mains MockGS III10 Marks
⏱ 10 minutes | 150 words
Q3. "The Negotiable Warehouse Receipt (NWR) system can be as transformative for farmers as Kisan Credit Cards." Evaluate this claim and discuss the barriers to its adoption in India.
WDRA75–80% credit on stored producee-NWR as collateraldistress sales prevention1,00,000 PACS
Introduction: The Kisan Credit Card (KCC) transformed pre-harvest credit access for Indian farmers. The Negotiable Warehouse Receipt (NWR)/e-NWR system — introduced by WDRA — holds similar potential for post-harvest credit access and price risk management. Together, they could address the complete agricultural credit cycle.
Transformative Potential of NWR/e-NWR:
• Farmers store produce in WDRA-approved warehouses → receive NWR/e-NWR → pledge it to bank for credit (75–80% of produce value) → wait for prices to recover → sell at better price → repay loan
• Directly addresses distress post-harvest sales — which are as damaging to farmer income as pre-harvest credit failure
• e-NWR is transferable electronically — tradeable instrument enabling commodity-backed finance
• ICRIER-ADMI (2024) identifies NWR as one of most effective smallholder grain management interventions
• World's Largest Grain Storage Plan through PACS creates the warehouse infrastructure needed to scale NWR
Barriers to NWR Adoption:
• Awareness gap: Most farmers unaware of NWR system and its credit benefits
• WDRA warehouse scarcity: Very few WDRA-registered warehouses, especially in rural areas; most cold stores and godowns not WDRA-registered
• Bank reluctance: Banks unfamiliar with NWR as collateral; no standardised appraisal process
• Small farmer exclusion: Small surpluses not economically viable for warehouse storage; minimum lot sizes may exclude marginal farmers
• Price risk: If commodity prices fall below loan amount, farmer and bank face losses — no price risk hedging mechanism for small farmers
• Infrastructure gap: NWR requires quality-maintained warehouses — not available in most production areas
Way Forward:
• Link PACS (World's Grain Storage Plan) to WDRA registration — making 1,00,000 PACS potential NWR-issuance points
• Mandatory bank training on NWR lending; simplify appraisal process
• FPO-NWR convergence: FPOs aggregate small farmer surpluses to meet minimum lot sizes
• Link NWR to e-NAM: farmers with NWR can sell on e-NAM at better prices without physical delivery
Conclusion: NWR's transformative potential is real — but realising it requires closing the warehouse infrastructure gap, building bank capacity, and linking NWR to existing farmer institution networks like PACS and FPOs.
Transformative Potential of NWR/e-NWR:
• Farmers store produce in WDRA-approved warehouses → receive NWR/e-NWR → pledge it to bank for credit (75–80% of produce value) → wait for prices to recover → sell at better price → repay loan
• Directly addresses distress post-harvest sales — which are as damaging to farmer income as pre-harvest credit failure
• e-NWR is transferable electronically — tradeable instrument enabling commodity-backed finance
• ICRIER-ADMI (2024) identifies NWR as one of most effective smallholder grain management interventions
• World's Largest Grain Storage Plan through PACS creates the warehouse infrastructure needed to scale NWR
Barriers to NWR Adoption:
• Awareness gap: Most farmers unaware of NWR system and its credit benefits
• WDRA warehouse scarcity: Very few WDRA-registered warehouses, especially in rural areas; most cold stores and godowns not WDRA-registered
• Bank reluctance: Banks unfamiliar with NWR as collateral; no standardised appraisal process
• Small farmer exclusion: Small surpluses not economically viable for warehouse storage; minimum lot sizes may exclude marginal farmers
• Price risk: If commodity prices fall below loan amount, farmer and bank face losses — no price risk hedging mechanism for small farmers
• Infrastructure gap: NWR requires quality-maintained warehouses — not available in most production areas
Way Forward:
• Link PACS (World's Grain Storage Plan) to WDRA registration — making 1,00,000 PACS potential NWR-issuance points
• Mandatory bank training on NWR lending; simplify appraisal process
• FPO-NWR convergence: FPOs aggregate small farmer surpluses to meet minimum lot sizes
• Link NWR to e-NAM: farmers with NWR can sell on e-NAM at better prices without physical delivery
Conclusion: NWR's transformative potential is real — but realising it requires closing the warehouse infrastructure gap, building bank capacity, and linking NWR to existing farmer institution networks like PACS and FPOs.
12. Practice MCQs — Storage & Transport (5 Questions)
Click your answer. Green = correct; Red = wrong. Explanation appears immediately.
Q 1
As per official data (PIB, July 2025), what is the total covered and CAP storage capacity available with FCI and State agencies for Central Pool foodgrains, and how many cold stores exist in India?
As per the PIB press release of July 2025 (confirmed by multiple official sources): Total Covered and CAP storage capacity = 917.83 LMT (FCI + state agencies combined, as of July 1, 2025); 8,815 cold stores with 40.21 million MT capacity. Option (a) = FAO 2021 data for the storage gap analysis (145 MMT storage vs 311 MMT production). Option (b) = pre-2025 data from the Vision IAS PDF source (8,653 cold stores with 394.17 lakh MT = ~39.4 MT). The latest July 2025 PIB figures supersede all previous data for UPSC answers.
Q 2
Which of the following statements about the 'World's Largest Grain Storage Plan in the Cooperative Sector' is CORRECT?
The "World's Largest Grain Storage Plan in the Cooperative Sector" — approved by Union Cabinet with an Inter-Ministerial Committee (IMC) — is under the Ministry of Cooperation and works through Primary Agricultural Credit Societies (PACS). Key facts: 1,00,000+ PACS × 13 crore+ farmer members; targets 70 MMT additional storage; requires ₹1.25 lakh crore over 5 years; includes warehouses, custom hiring centres, processing units, fair price shops. This is not under FCI, CWC, or AIF directly — it is a cooperative-sector initiative. As of June 2025: 5,937 new PACS registered; 73,492 computerised.
Q 3
Transit losses of FCI during transportation of foodgrains stood at 0.22% as of 2021–22. Which of the following measures contributed to this improvement from 0.47% in 2012–13?
1. GPS-based Vehicle Tracking System (VLTS) for real-time truck tracking
2. Use of electronic seals on wagons to prevent pilferage during rail transport
3. Laying plastic sheets in wagons to keep spilled grains safe for collection
4. Complete privatisation of FCI's transportation operations
1. GPS-based Vehicle Tracking System (VLTS) for real-time truck tracking
2. Use of electronic seals on wagons to prevent pilferage during rail transport
3. Laying plastic sheets in wagons to keep spilled grains safe for collection
4. Complete privatisation of FCI's transportation operations
Statements 1, 2, and 3 are all genuine FCI measures — confirmed by official documents. Statement 4 is WRONG — FCI's transportation has NOT been privatised; it remains a government operation, though FCI coordinates with Railways for quality wagons and uses GPS-VLTS for monitoring. The improvement (0.47% → 0.22%) came from: CCTV security systems; senior officer inspections; augmenting covered storage to avoid open storage; GPS-VLTS real-time tracking; electronic seals on wagons; plastic sheets in wagons; improved loading/unloading accountability; and better quality wagons in coordination with Railways. FCI saved 10.75 lakh tonnes of wheat and rice (valued at ~₹3,500 crore) from transit loss over the decade.
Q 4
The Warehousing Development and Regulatory Authority (WDRA) was established to introduce the Negotiable Warehouse Receipt (NWR) system. Which of the following BEST describes the primary purpose of NWR/e-NWR for farmers?
NWR/e-NWR is specifically designed to solve the distress post-harvest sale problem. Agricultural prices are typically lowest immediately after harvest (excess supply). Without storage access, farmers are forced to sell at these low prices. The NWR/e-NWR system allows: Farmer stores produce in WDRA-approved warehouse → receives NWR → pledges NWR at bank → gets credit up to 75–80% of stored produce value → uses credit for other needs → waits for prices to rise → sells at better price → repays loan. This is distinct from e-NAM (online trading platform) or FCI procurement (MSP-based government buying). WDRA (Warehousing Development and Regulatory Authority) is the regulatory body that registers warehouses and oversees the NWR system.
Q 5
Consider the following statements about Cold Storage and Post-Harvest Losses in India:
1. About 70% of India's cold stores are dedicated to potatoes — most built before 2010 as single-chamber units.
2. Fuel costs constitute about 45% of cold storage operating expenses in India, compared to only 10% in Western countries.
3. Two-thirds of government funding for cold chain goes to cold storage development; refrigerated transport receives only 4% of funding.
4. India's cold chain is well-distributed across all states, with all regions having adequate cold chain infrastructure.
How many of the above statements are correct?
1. About 70% of India's cold stores are dedicated to potatoes — most built before 2010 as single-chamber units.
2. Fuel costs constitute about 45% of cold storage operating expenses in India, compared to only 10% in Western countries.
3. Two-thirds of government funding for cold chain goes to cold storage development; refrigerated transport receives only 4% of funding.
4. India's cold chain is well-distributed across all states, with all regions having adequate cold chain infrastructure.
How many of the above statements are correct?
Statements 1, 2, and 3 are correct. Statement 4 is WRONG — India's cold chain is severely uneven and geographically concentrated. Only 4 states (UP, Gujarat, West Bengal, Punjab) hold ~60% of total cold storage capacity; NE, hill, and tribal regions are severely underserved — creating massive regional disparities. Statement 1 ✅: ~70% potato-dedicated; most built pre-2010 as single-chamber units — not flexible for other crops. Statement 2 ✅: Fuel = 45% of cold storage operating expenses in India vs ~10% in West (Vision IAS PDF / IBEF). Statement 3 ✅: Disproportionate subsidy allocation — 2/3 to cold storage; refrigerated transport only 4%; pack houses 2%; pre-cooling units 1% — this "lack of holistic approach" is a major structural barrier to integrated cold chain development.
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