Leslie London1, Erik Jørs2,3, Dinesh Neupane4,5. 1. University of Cape Town, School of Public Health and Family Medicine, Cape Town, South Africa. 2. University of Southern Denmark, Department of Clinical Research. 3. Clinic of Occupational Medicine, Odense University Hospital, Odense, Denmark. 4. Department of Epidemiology, Johns Hopkins Bloomberg School of Public Health, Baltimore, MD, USA. 5. Nepal Development Society, Bharatpur-10, Chitwan, Nepal.
We thank Michael Eddleston[1] for his comment on our Editorial in the special issue on Pesticide
Poisoning in Low- and Middle-Income Countries[2] and note the consistent and substantial contribution made by his group on
this topic, particularly related to pesticide poisonings and self-harm.[3-7]We agree that serious pesticide poisonings are most often due to acts of self-harm,
although they are outnumbered by less-severe poisonings in occupational settings
and accidental poisonings.[8-12] Eddleston’s argument
that suicide should be recognized as an occupational disease is consistent with
the idea that categories of work-relatedness of illness should take account of
easy access to a work-related hazard.[13] Prevention of all forms of pesticide poisoning deserves priority
attention.Reducing access to pesticides can lower the number of poisonings, be they due to
self-harm, accidents, or occupation. Evidence, first identified in Sri Lanka,[5] and confirmed in a global systematic review,[6] suggests that banning highly hazardous pesticides, which are commonly
ingested in acts of self-poisoning, can lower the number of fatal self-harm cases.
Similarly, farming with reduced use of pesticides (integrated pesticide management
[IPM]), can lower the number symptoms of occupational pesticide
poisonings.[6-8]We note Eddleston’s comments confirming the attention paid to providing information
to households on safe storage in their trial of ground-installed containers.[5] Despite this attention, their rigorous study was not effective in reducing
suicide, illustrating the limits of interventions requiring individual behaviour
change and reinforcing arguments for upstream legislative intervention to ban
highly hazardous pesticides. However, not all behaviour change interventions are
the same – those that empower workers and farmers to make informed choices may
have substantial beneficial impacts.[14-16]Preventive measures should then combine multiple approaches for which there is
evidence of effectiveness, and we need a hybrid approach advocating for removing
highly hazardous pesticides from poor rural communities as suggested by Eddleston
et al, as well as educating farmers on IPM and safer storage of pesticide. It may
not be realistic to assume that all highly hazardous pesticides would be removed
immediately after adopting policies and the effects of legislation to remove the
most hazardous pesticides could be reinforced by IPM promotion.Such efforts are urgently needed in low- and middle-income countries where pesticide
use is increasing rapidly without any concomitant increase in user or consumer
knowledge, and without measures to improve agency on the part of those most
vulnerable to prevent the harmful effects of pesticide exposure.
Authors: Fahim Mohamed; Gamini Manuweera; David Gunnell; Shifa Azher; Michael Eddleston; Andrew Dawson; Flemming Konradsen Journal: BMC Public Health Date: 2009-11-05 Impact factor: 3.295
Authors: Erik Jørs; Flemming Lander; Omar Huici; Rafael Cervantes Morant; Gabriel Gulis; Flemming Konradsen Journal: Environ Health Date: 2014-10-01 Impact factor: 5.984