1. World problems
  2. Misuse of agricultural chemicals

Misuse of agricultural chemicals

Presentable
  • Misuse of poisons in agriculture
  • Excessive use of toxic products in farming
  • Abuse of agrochemicals

Nature

Modern agriculture is almost entirely reliant on agricultural chemicals for its levels of productivity. Short-term gains can often be made by over-application or misuse of these chemicals, causing potential long-term damage to the immediate land and neighbouring ecosystems.

Background

Agrochemicals are chemical substances used in agricultural production including herbicides, fungicides, insecticides, and plant growth regulators; it also includes chemical fertilizers.

Incidence

The misuse of agricultural chemicals is a pervasive issue affecting both developed and developing countries, with millions of tonnes of pesticides and fertilizers applied annually beyond recommended levels or inappropriately. This widespread practice has led to contamination of soil, water, and food supplies, posing significant risks to human health and biodiversity. Incidents of chemical overuse and illegal application are reported across Asia, Africa, and Latin America, with regulatory enforcement often lacking.
In 2022, authorities in Punjab, India, seized over 10,000 litres of unapproved pesticides being sold to local farmers. Subsequent investigations revealed extensive crop damage and water contamination in the region, highlighting ongoing regulatory challenges.
This information has been generated by artificial intelligence.

Broader

Narrower

Toxic sheep dips
Presentable

Aggravates

Aggravated by

Strategy

Value

Unused
Yet to rate
Underuse
Yet to rate
Toxicity
Yet to rate
Poisonous
Yet to rate
Excess
Yet to rate
Abuse
Yet to rate

Reference

SDG

Sustainable Development Goal #2: Zero HungerSustainable Development Goal #12: Responsible Consumption and Production

Metadata

Database
World problems
Type
(D) Detailed problems
Biological classification
N/A
Subject
Content quality
Presentable
 Presentable
Language
English
1A4N
D5277
DOCID
11452770
D7NID
143720
Editing link
Official link
Last update
Oct 4, 2020