Q13 · UPSC Civil Services Mains 2018 · GS III · 15 marks · 3 min read

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Assess the role of National Horticulture Mission (NHM) in boosting the production, productivity and income of horticulture farms. How far has it succeeded in increasing the income of farmers? (250 Words, 15 Marks).

Topic: Crops, Irrigation and Marketing. Syllabus: Major crops — cropping patterns in various parts of the country; different types of irrigation and irrigation systems; storage, transport and marketing of agricultural produce and issues and related constraints; e-technology in the aid of farmers. Same official PYQ from year-wise 2018 and Crops, Irrigation and Marketing.

Revision summary

NHM (2005–06), later under MIDH, pushed horticulture area, planting material, and some post-harvest assets. National fruit and vegetable output and some cluster yields rose clearly. Income rose where markets, drip, and processing exist, and failed in glut seasons for tomato, onion, and potato. Post-harvest loss means extra tonnes are not extra cash. Policy should score sold, graded produce and FPO cold chain, not only area.

Model answer

Copper italics in this answer — like this — are the key facts. Each one is unpacked in the Facts & figures rail.

Introduction

The National Horticulture Mission (NHM), launched in 2005–06, was meant to make fruit, vegetable, spice, flower, and plantation crops a high-value path beside rice and wheat. It later sat inside the Mission for Integrated Development of Horticulture (MIDH). Output and area rose; farmer income rose unevenly because price crashes, post-harvest loss, and thin processing still eat the gain.

Body

What NHM set out to do

  • Cluster area expansion, planting material, protected cultivation, and rejuvenation of old orchards.
  • Post-harvest management: pack-houses, cold stores, ripening chambers, and market links, including work with the National Horticulture Board.
  • Human resources: nurseries, farmer training, and some Farmer Producer Organisation and crop-cluster support.
  • Horticulture was treated as a nutrition and export sector, not only as a kitchen garden.

Production and productivity

  • India became a top producer of several fruits and vegetables; horticulture output overtook foodgrain tonnage in many recent years, which NHM/MIDH helped by seed, area, and micro-irrigation support.
  • Productivity rose where tissue-culture banana, drip on grapes and pomegranate, and greenhouse vegetables were adopted; it stayed low where planting material was fake and extension thin.
  • Regional clusters (Maharashtra grapes and pomegranate, Himachal apple belts, Bihar litchi, Andhra and UP mango, West Bengal and Odisha vegetables) show that mission money works when a market already exists.
  • Spices, flowers, and coconut/arecanut belts gained from replanting and some export certification, though pest and weather still swing yields.

Income of horticulture farms

  • Per-hectare gross value of horticulture is typically higher than of many cereals, which is why NHM is sold as an income strategy.
  • Income is not automatic: tomato, onion, and potato gluts wipe out a season; a farmer without a pack-house or FPO still sells at the mandi crash price.
  • Post-harvest loss of perishables (high double-digit shares in some estimates) means production success is not the same as cash in hand.
  • Smallholders who took credit for drip and polyhouse can face debt if the first two seasons fail or if power and water are irregular.
  • Where cold chain, processing (pulp, freeze-dry, spice oils), and export quality exist, NHM has succeeded in raising income; where only area was pushed, it has succeeded more in tonnage than in livelihood.

Limits of the mission design

  • Subsidy for assets without a buyer contract or crop insurance suited to horticulture leaves price risk on the farmer.
  • Land ceiling, tenancy, and fragmented plots make orchard investment hard for the poorest.
  • Overlap with other missions (micro-irrigation, RKVY, food processing) can scatter accountability.

Way forward

  • Shift NHM/MIDH from area targets to sold, graded produce: cluster pack-houses, e-NAM quality assaying, and processing parks tied to FPOs.
  • Expand price stabilisation and onion–potato–tomato storage as public infrastructure, not only private cold rooms for the large farmer.
  • Certify nurseries strictly; fake plants are an income killer.
  • Align crop insurance, power, and drip so protected cultivation is not a subsidy trap.
  • Measure success as real farm income and reduced loss, not only as national horticulture tonnage.

Flow diagram

flowchart TD
  NHM[NHM MIDH] --> A[Area seed drip clusters]
  A --> P[Higher production productivity]
  P --> I[Farm income]
  L[Glut loss thin processing] --> I
  M[Pack-house FPO cold chain] --> I

Conclusion

NHM helped India grow more fruit, vegetables, and spices and raised productivity in clusters that already had markets and drip. It has only partly succeeded in raising farmer income, because glut, loss, and weak processing still sit between the field and the purse. The next step is markets and cold chain, not another hectare target.

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Q5 · UPSC Mains 2026 · GS III · 10 marks · Solution

Explain by giving two examples, how biotechnology has helped the Indian farmers in processing their perishable crops.

Crops, Irrigation and Marketing

• Biotechnology extends the post-harvest shelf life and processing capabilities of perishable crops, protecting farmers from distress sales. • Silencing ripening enzymes (like polygalacturonase) in transgenic varieties prevents premature softening and reduces transit losses. • Example 1: Genetically modified tomatoes engineered to resist rapid rotting during storage without complete cold-chain dependency. • Microbial fermentation and bio-processing convert surplus perishable harvests into stable, high-value industrial and food products. • Enzymatic maceration using pectinases and cellulases allows efficient fruit pulp breakdown and juice extraction. • Example 2: Biotech-driven conversion of surplus horticulture crops into stable concentrates, purees, and fermented beverages. • Scaling these interventions requires strengthening public-private research partnerships and biosafety frameworks.

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