In recent months, reports of several countries rejecting consignments of Indian mangoes and other agricultural produces due to excessive chemical residues have raised serious concerns. The issue has received widespread media attention, with many reports suggesting that farmers are responsible for the indiscriminate use of pesticides and chemicals. While improper chemical use can contribute to residue problems, blaming farmers alone ignores the larger reality behind the issue.
The truth is that chemical residue is not simply a farming problem. It is the result of market expectations, consumer preferences, inadequate technical guidance, and gaps in awareness across the entire agricultural value chain.
Consumer Preference Drives Production;
Today’s consumers expect agricultural produces like fruits and vegetables, grains, pulses to be large, brightly coloured, spotless, glossy, and fresh-looking. Produce with even minor blemishes or natural colour variations is often rejected or sold at a much lower price.
Retailers and traders also favour visually attractive produce because it sells faster and commands premium prices. Consequently, farmers are forced to produce crops that meet these cosmetic standards rather than focusing solely on safety and nutritional quality.
Farmers Face Market Pressure:
A farmer spends months investing money, labour, fertilizers, irrigation, and plant protection to raise a crop. Naturally, the expectation is to receive a profitable return.
However, when buyers pay more for appearance than quality, farmers face enormous pressure. To meet market demands, some resort to additional pesticide sprays, growth regulators, fruit polishing, or post-harvest chemical treatments. In many cases, these decisions are driven by economic necessity rather than intentional misuse.
Lack of Scientific Guidance:
Most farmers do not deliberately produce food containing excessive chemical residues. Many depend on advice from pesticide dealers, neighbouring farmers, or local experience. Unfortunately, scientific guidance does not always reach them.
Important concepts such as recommended dosage, correct spray timing, compatible chemical mixtures, and the Pre-Harvest Interval (PHI)—the waiting period between the last pesticide application and harvest—are often poorly understood. Even approved pesticides can leave excessive residues if these recommendations are not followed.
Knowledge Gap, Not Just Chemical Use:
Agricultural universities and research institutions continuously develop scientific recommendations for safe crop protection. However, these technologies often fail to reach every farmer through effective extension services.
Small and marginal farmers especially require regular training on Integrated Pest Management (IPM), biological pest control, safe pesticide handling, residue management, and Good Agricultural Practices (GAP). Better knowledge leads to better decisions in the field.
Responsibility Beyond the Farm:
Safe food production cannot be achieved by farmers alone.
Agrochemical manufacturers must promote responsible product use. Pesticide dealers should recommend only the required products and doses. Extension agencies must provide continuous field-level guidance. Traders should reward produce based on safety and quality rather than appearance alone.
Consumers also have a vital role. A fruit with a few natural blemishes may be perfectly safe and nutritious. Accepting naturally produced fruits instead of demanding cosmetic perfection will encourage farmers to reduce unnecessary chemical applications.
Changing the Definition of Quality:
For many years, the market has equated quality with appearance. However, true quality should include food safety, nutritional value, and minimal chemical residues.
A slightly imperfect fruit with safe residue levels is far superior to a perfectly polished fruit containing excessive pesticide residues. Consumer awareness can reshape market demand, and market demand ultimately influences farming practices.
The Way Forward:
Reducing chemical residues requires cooperation from every stakeholder in agriculture. Farmers should receive practical training on safe pesticide use, residue-free production, calibration of spraying equipment, and adherence to pre-harvest intervals. Integrated Pest Management, balanced crop nutrition, biological control methods, and regular residue monitoring should become standard farming practices.
Governments, research institutions, exporters, traders, retailers, and consumers must work together to create a system that rewards safe production rather than cosmetic perfection.
Conclusion
Indian farmers are the backbone of the nation’s food security. They should not be viewed as the sole cause of chemical residue problems. Instead, they need better scientific guidance, stronger extension support, and markets that reward safe agricultural practices.
The responsibility for producing safe food belongs to everyone—from the scientist who develops technologies to the trader who purchases produce and the consumer who makes the final buying decision.
Remember:
Safe food begins on the farm, but it becomes a reality only when farmers, scientists, traders, policymakers, and consumers share equal responsibility. The solution lies not in blaming farmers, but in building a food system that values safety over cosmetic perfection.
