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Paraquat: The Toxic Weedicide at the Intersection of Agriculture, Public Health and Regulation
Exploring the devastating impact of paraquat on lives and the significant steps leading to its ban in Telangana.
3 mins read
The recent ban on paraquat in Telangana has reignited the debate over balancing agricultural productivity with human health and environmental safety. While farmers value the herbicide for its low cost and effectiveness, doctors and public health experts view it as one of the world's deadliest agricultural chemicals.
What is Paraquat?
| Feature | Details |
|---|---|
| Type | Non-selective contact herbicide |
| Cost | Around ₹280 per litre |
| Nature | Colourless, tasteless and highly toxic |
| Global Status | Banned in 74 countries |
| Indian Usage | Used on nearly 80 lakh acres |
"Paraquat is in a different league. It destroys the cell structure and there is no antidote." — Dr. Marri Mahesh Reddy
Why is Paraquat So Dangerous?
Unlike many poisons, paraquat has no antidote.
Effects on Human Body
- Severe corrosive injury ("Paraquat Mouth")
- Acute kidney damage
- Liver failure
- Irreversible lung fibrosis
- Multiple organ failure
- High mortality rate
Ingestion → Kidney Damage → Liver Damage
→ Lung Fibrosis → Respiratory Failure → Death
Doctors report that even advanced treatments such as Continuous Renal Replacement Therapy (CRRT) offer limited success.
A Public Health Crisis
The human cost is significant.
| Evidence | Findings |
|---|---|
| Gandhi Hospital Study | 217 poisoning cases (2024-25) |
| Farmers among victims | 54% |
| Students among victims | 16% |
| Suicide-related cases | 94% |
| Accidental cases | 5% |
A notable survivor was a Telangana employee who accidentally consumed paraquat stored in a juice bottle, highlighting the dangers of unsafe storage practices.
"There is no treatment for paraquat poisoning, only supportive care." — Dr. Krupal Singh
Why Do Farmers Continue Using It?
Despite the risks, paraquat remains popular because of structural changes in agriculture.
Key Drivers
- Rising labour shortages
- Increasing farm wages
- Quick weed removal
- Low-cost alternative
- Easy availability
Labour Scarcity
↓
Demand for Chemical Weed Control
↓
Growing Dependence on Paraquat
Paraquat imports increased from 8,598 tonnes (2019-20) to 20,786 tonnes (2022-23), indicating rapidly expanding usage.
Regulatory Challenges
The primary legislation governing paraquat is the Insecticides Act, 1968.
Recent Developments
| Year | Event |
|---|---|
| 2011 | Kerala banned paraquat |
| 2022 | Kerala HC overturned ban on technical grounds |
| Mar 2026 | Telangana banned paraquat |
| May 2026 | Andhra Pradesh followed |
| Apr 2026 | Centre cleared new formulation applications |
A major concern is the gap between state-level restrictions and nationwide regulation.
"A ban by one State without controlling online sales is just a ban on paper." — Pesticide Action Network
Global and Corporate Dimensions
The controversy extends beyond India.
Important Facts
- Paraquat was commercialised in the 1960s.
- Internal company records reportedly acknowledged its suicide risk.
- India opposed its listing under Annex III of the Rotterdam Convention in 2013.
- Over 1,500 licensed manufacturers currently operate in India.
Critics argue that economic interests have often outweighed precautionary public health measures.
Awareness Deficit
Safe-use awareness remains limited.
| Indicator | Status |
|---|---|
| Farmers trained (2020-26) | 79,185 |
| Population dependent on agriculture | 46.1% |
The mismatch suggests large sections of agricultural workers remain vulnerable to unsafe handling and accidental exposure.
Way Forward
- Impose a nationwide scientific review of paraquat.
- Strengthen pesticide regulation beyond the Insecticides Act, 1968.
- Regulate e-commerce sales of hazardous chemicals.
- Promote safer alternatives such as mechanical weed management and less toxic herbicides.
- Expand farmer awareness programmes.
- Strengthen poison surveillance and reporting systems.
- Improve packaging, labelling and storage norms.
Conclusion
The paraquat debate reflects a larger challenge facing Indian agriculture: ensuring productivity without compromising human life. While farmers require affordable weed-management solutions, public health considerations demand stronger regulation, awareness and safer alternatives. The Telangana experience demonstrates that proactive intervention can significantly reduce poisoning-related deaths and offers important lessons for national policy.
Attribution
Original content sources and authors
Syllabus classification
How this article maps to GS papers
Main syllabus
GS3AgricultureQuick Q&A
What is paraquat and why has it emerged as a major public health and agricultural policy concern in India?
Paraquat is a highly toxic, non-selective contact herbicide used to eliminate weeds and residual vegetation in agricultural fields. Originally developed as a chemical dye in the late nineteenth century, its herbicidal properties were discovered in the 1950s and commercialised by Imperial Chemical Industries under the trade name Gramoxone during the 1960s. It is colourless and tasteless and has no known antidote, making accidental ingestion and intentional poisoning particularly lethal.
Paraquat has become a major public health concern because of its widespread use, low cost, easy availability and extremely high mortality rate. According to Dr. Atmudi Vivek Sai Ram's dissertation based on Gandhi Hospital, Hyderabad, 217 paraquat poisoning cases were recorded during 2024 and 2025. Of the hundred cases studied, 94% were suicides and 5% were accidental poisonings. Farmers constituted 54% of the victims, while students accounted for 16%.
The issue highlights the tension between agricultural productivity and public health. Rising labour shortages and increasing wages have encouraged farmers to rely on chemical weed control. Paraquat imports increased from 8,598 tonnes in 2019-20 to 20,786 tonnes in 2022-23.
Globally, the herbicide has been banned in 74 countries. In India, Telangana imposed a ban in March 2026, following Kerala and Odisha. The issue has significance for UPSC GS-III topics relating to agriculture, environment and disaster management, while also intersecting with GS-II themes of health governance and regulatory institutions.
Why has the debate surrounding paraquat become important from the perspectives of public health, governance and sustainable agriculture?
The paraquat debate has acquired significance because it lies at the intersection of public health, agricultural economics and regulatory governance. The chemical is widely used because it is inexpensive, costing around ₹280 per litre, and provides an effective solution to labour shortages in agriculture. However, its toxicity makes it one of the deadliest herbicides in the world.
Doctors and toxicologists repeatedly emphasise that paraquat poisoning has no antidote. Treatment remains largely supportive, involving early decontamination, organ support and continuous renal replacement therapy. Even advanced medical interventions often fail. Physicians at Osmania General Hospital and Gandhi Hospital have observed that most patients die due to irreversible damage to kidneys, liver and lungs.
The issue also raises questions about India's regulatory architecture. The Insecticides Act, 1968 remains the primary legislation governing hazardous pesticides. Critics argue that the legal framework is outdated and inadequate. Despite growing evidence of harm, 1,503 licensed manufacturers were reported in 2025, and the Central Insecticides Board continued approving formulations.
The debate is equally important from the perspective of mental health and suicide prevention. Since the majority of poisoning cases involve self-harm, restricting access to highly hazardous chemicals can save lives.
For UPSC aspirants, the issue connects with GS-II topics on health and governance, GS-III themes on agriculture and environment, and ethical questions regarding balancing economic benefits with human safety. It also reflects broader debates concerning precautionary regulation and sustainable development.
How do regulatory gaps and institutional limitations contribute to the continued use and misuse of paraquat in India?
The continued use of paraquat in India demonstrates the limitations of fragmented regulation and weak enforcement mechanisms. Although several States have attempted to prohibit the chemical, legal and institutional constraints have reduced the effectiveness of such measures.
The principal legislation governing pesticides is the Insecticides Act, 1968. Under Section 27, State governments can impose bans only for a limited duration of sixty days, extendable by another thirty days. This provision was highlighted in Kerala when the High Court overturned the State's 2011 ban on technical grounds in 2022. Thus, States possess limited powers to permanently prohibit hazardous chemicals.
Another challenge arises from digital commerce. Activists from the Pesticide Action Network have argued that State-level bans are ineffective if online platforms continue selling the product. Although major platforms such as Amazon and Flipkart stopped listing paraquat in Telangana, smaller agricultural websites continue to provide access.
Institutional inconsistencies have further complicated regulation. While Telangana passed a bipartisan resolution requesting a nationwide ban in March 2026, the Central Insecticides Board approved seven applications for indigenous manufacture in April 2026. Such contradictory actions reveal the absence of coordinated policy.
India's position in international forums has also attracted criticism. In 2013, India opposed the inclusion of paraquat under Annex III of the Rotterdam Convention, despite support from 118 countries.
For UPSC, this issue illustrates challenges of cooperative federalism, environmental governance and regulatory capacity. It highlights the need for stronger legislation, better coordination between the Centre and States, and improved oversight of digital marketplaces.
Critically analyse the arguments for and against imposing a nationwide ban on paraquat in India.
The demand for a nationwide ban on paraquat has generated intense debate involving doctors, farmers, environmental groups and agrochemical companies. Supporters argue that paraquat is among the most hazardous pesticides and poses a grave threat to human life. With no antidote available, poisoning often leads to irreversible organ failure. Doctors Against Paraquat and several toxicologists have highlighted the large number of deaths associated with the herbicide.
Public health advocates point out that 74 countries have already banned paraquat. They argue that the right to life and health should take precedence over economic considerations. Furthermore, the reduction in deaths reported after Telangana's ban provides empirical support for stricter regulation.
However, opponents contend that paraquat remains an important and affordable weed-control option, especially for small and marginal farmers. CropLife India has warned that abrupt restrictions may increase input costs, disrupt crop protection and adversely affect agricultural productivity. Paraquat is reportedly used on nearly 80 lakh acres across the country.
Another argument against immediate prohibition concerns the absence of viable and affordable alternatives. Rising labour shortages and mechanisation constraints have increased dependence on chemical weed control.
A balanced approach would involve promoting safer substitutes, enhancing awareness, regulating online sales and gradually phasing out highly hazardous pesticides. Such a strategy aligns with the precautionary principle and sustainable agriculture.
For UPSC, this debate relates to GS-III topics on agriculture and environment, GS-II issues of health governance and ethical questions concerning the balance between economic efficiency and the protection of human life.
How does the Telangana experience serve as a case study in public advocacy and evidence-based policymaking regarding hazardous chemicals?
The Telangana experience represents an important case study in evidence-based policymaking and the role of civil society in influencing public policy. On March 31, 2026, Telangana became only the third State after Kerala and Odisha to prohibit the sale, manufacture, distribution and use of paraquat. The decision followed sustained advocacy by doctors, clinicians, farmers and public representatives.
A major role was played by the grassroots campaign Doctors Against Paraquat, led by Dr. Marri Mahesh Reddy. The organisation comprised 202 doctors from different parts of Telangana who mobilised support through social media, meetings with farmers and engagement with political leaders. Their campaign emphasised that paraquat poisoning lacked an antidote and that preventable deaths could be reduced through regulation.
The movement demonstrated the importance of scientific evidence in policymaking. Autopsy studies conducted at Gandhi Hospital and clinical experiences from Osmania General Hospital provided crucial data regarding mortality patterns. Public outrage and bipartisan support in the Telangana Legislative Assembly further strengthened the demand for action.
The campaign also extended beyond conventional regulation by engaging with e-commerce companies. Major online platforms stopped listing paraquat in Telangana, showing the importance of digital governance.
According to activists and doctors, paraquat-related deaths in certain regions reportedly declined significantly after the ban. Although these figures require broader validation, they indicate the potential effectiveness of preventive policies.
For UPSC aspirants, Telangana provides a valuable example of participatory governance, public health advocacy and cooperative action among medical professionals, civil society and political institutions. It is relevant to GS-II governance and GS-III health and agriculture.
What policy measures and institutional reforms are necessary to address the challenge of hazardous pesticide use in India?
Addressing the challenge of hazardous pesticide use requires a comprehensive approach involving legal reforms, public awareness and sustainable agricultural practices. The paraquat episode demonstrates that isolated State-level interventions are insufficient without national coordination.
First, India needs to modernise the Insecticides Act, 1968. Experts and advocacy groups have argued that existing provisions are inadequate to regulate highly hazardous chemicals. Stronger legislation with clear provisions for risk assessment, licensing and permanent bans where necessary would improve regulatory effectiveness.
Second, surveillance and data systems must be strengthened. Reliable databases on poisoning cases, mortality rates and patterns of misuse are essential for evidence-based policymaking. Hospitals and forensic departments should be integrated into a national monitoring framework.
Third, awareness campaigns are necessary. According to information presented in Parliament, only 79,185 farmers were trained in safe pesticide use between 2020 and 2026, despite 46.1% of India's population depending on agriculture. Expanding extension services and farmer education can reduce accidental exposure.
Fourth, alternatives to hazardous chemicals should be promoted. Mechanical weed removal, brush-cutters, integrated pest management and less toxic herbicides can reduce dependence on paraquat. Research institutions and agricultural universities have an important role in developing affordable substitutes.
Finally, regulation must extend to digital commerce and international cooperation. Better coordination with e-commerce platforms and adherence to global environmental frameworks such as the Rotterdam Convention are necessary.
For UPSC, these reforms are relevant to GS-II governance, GS-III agriculture and environment, and broader themes of sustainable development and public welfare. They demonstrate how preventive policies can simultaneously protect health, livelihoods and ecological security.
Practice questions
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