Agriculture, farming and pesticides

The importance of agriculture is shown by its vital contribution to global food security. Besides providing food and raw materials to the general public and secondary processing industries, the sector itself it is an important employer for populations.

In 2018 the agriculture sector contributed more than €188.5 billion (~ £169 billion) to the EU-28 gross domestic product offering employment to more than 20 million peopleThe relevant numbers specific for the UK were £9.5 billion and more than 477,000 people. British farms are among the largest in Europe both in terms of average size of cultivated land and numbers of housed animals.

The nature of agricultural work means that the health of farmers and agriculture workers, both in the UK and globally, is routinely challenged by regular exposures to a wide variety of different substances including pesticides, gases and fumes, infectious agents, and inorganic and microbial dusts such as allergens, fungi, bacteria and their integral constituents. Work-related musculoskeletal disorders, injuries and accidents, including fatalities, are well known risks amongst workers in this sector.

Agricultural emissions including particulates, microbial dusts, odorants and pesticides can also impact on the health and wellbeing of people living in close proximity to stables and/or farm land.

In 2017, the rate of non-fatal workplace injuries in UKs agriculture and related industries was approximately two times higher than the corresponding rate for all industries combined. Agriculture had also the second highest rates of musculoskeletal disorders and self-reported ill health among UK workers and a fatal injury rate (8.44 per 100,000 workers) that was higher than any other main industry sector:

http://www.hse.gov.uk/statistics/overall/hssh1617.pdf

http://www.hse.gov.uk/statistics/industry/agriculture.pdf

Annually, more than 3 million severe acute poisonings are estimated to occur globally from the use of pesticides, with approximately 1/3 of the cases arising from unintentional exposure.

IOM has a long history of research into hazardous exposures in the agricultural industry and the health effects of farming. Previous work performed by IOM projects include the characterisation of exposures to pesticides among workers and residents living adjacent to cultivated land, the development and evaluation of methods to assess historical exposures for use in epidemiology, the establishment of exposure related databases, and the execution and analysis of epidemiological studies in the area. Many of our studies have involved the use of biomonitoring to determine total exposures to the agent of interest.

More recently IOM researchers have been involved in studies aiming to characterise occupational pesticide exposures during amenity work and we are leading a systematic effort to improve the methodologies used in the assessment of occupational pesticide exposure in epidemiological research.

Moreover, our staff include global leading experts, among others, on the field of microbial exposures of farming populations and the related health effects.

We have extensive working experience in:

• the design, establishment and evaluation of interventions
• the design, performance and analysis of exposure monitoring campaigns
• the assessment and modelling of historical exposures to pesticides and microbial exposures for the purposes of epidemiological analysis
• the establishment, performance and analysis of epidemiological studies involving farming populations
• reviewing published scientific literature related to health effects caused by farming exposures

Key Projects

Improving exposure assessment methodologies for epidemiological studies on pesticides (IMPRESS) (www.impress-project.org)
• Pesticide biomonitoring in residents living near agricultural fields (http://www.pesticidebiomonitoring.org)
• The TEMPEST Study – The epidemiology of the association between pesticide use and Parkinson's Disease ( https://www.iom-world.org/tempest/default.html )
Biological monitoring of pesticide exposures
Desk study into links between prostate cancer and pesticide exposure
Pesticide exposure and respiratory disease: review of the literature
• Epidemiological study to detect well defined chronic effects in humans of dipping sheep with organophosphorous products

Presentations by IOM researchers 

https://www.x2018.org/wp-content/uploads/sites/88/2018/09/Session-6b-Basinas.pdf

http://www.impress-project.org/index.php/conferences-and-publications/

http://www.pesticidebiomonitoring.org/PublicationsConferences.html

External news feeds

https://www.nuigalway.ie/about-us/news-and-events/news-archive/2018/december/nui-galway-scientists-find-low-levels-of-pesticide-exposure-among-professional-horticultural-workers.html

Recent IOM publications 

Galea KS, Basinas I, Cherrie JW, Fuhrimann S, Harding AH, Jones K, Kromhout H, Ohlander J, Povey A, Ahmad ZNS, van Tongeren M, Vermeulen R. 2019. Impress: Improving Exposure Assessment Methodologies for Epidemiological Studies on Pesticides. Outlooks on Pest Management. 30(1) 18–19. ISSN 1743-1026
 
Connolly A, Coggins M, Galea KS, Jones K, Kenny L, McGowan P, Basinas I. 2018. Evaluating glyphosate exposure routes among amenity horticulturalists and their contribution to total body burden. Ann Work Exp Health; https://doi.org/10.1093/annweh/wxy104.

Vested A, Basinas I, Burdorf A, Elholm G, Heederik D, Jacobsen GH, Kolstad HA, Kromhout H, Omland Ø, Sigsgaard T, Thulstrup AM, Toft G, Vestergaard JM, Wouters IM, Schlünssen V. 2018 A nationwide follow-up study of occupational organic dust exposure and risk of chronic obstructive pulmonary disease (COPD). Occup Environ Med; https://doi.org/10.1136/oemed-2018-105323.

Connolly A, Jones K, Basinas I, Galea KS, Kenny L, McGowan P, Coggins M. 2018. Exploring the half-life of glyphosate in human urine samples. Int J Hyg Environ Health; https://doi.org/10.1016/j.ijheh.2018.09.004.

Elholm G, Schlünssen V, Doekes G, Basinas I, Bolund ACS, Hjort C, Grønager PM, Omland Ø, Sigsgaard T. 2018. High endotoxin exposure in farming is associated with less newly occurred pollen sensitization. [Høj endotoxineksponering i landbruget er associeret med mindre nyopstået pollensensibilisering]. Miljø og Sundhed; 24 (2): 17-24. Article in Danish

Connolly A, Basinas I, Jones K, Galea KS, Kenny L, McGowan P, Coggins M. 2018 Characterising glyphosate exposures among amenity horticulturists using multiple spot urine samples. Int J Hyg Environ Health; https://doi.org/10.1016/j.ijheh.2018.06.007.

Elholm G, Schlünssen V, Doekes G, Basinas I, Omland O, Grønager MP, Sigsgaard T. 2018. Adult farming exposure does not protect against sensitization to the storage mite Lepidoglyphus destructor. Allergy; https://doi:10.1111/all.13533

Vestergaard DV, Holst GJ, Basinas I, Elholm G, Schlünssen V, Linneberg A, Šantl-Temkiv T, Finster K, Sigsgaard T, Marshall IPG. 2018 Pig farmers’ homes harbor more diverse airborne bacterial communities than pig stables or suburban homes. Frontiers in Microbiology. https://doi.org/10.3389/fmicb.2018.00870

Elholm G, Schlünssen V, Doekes G, Basinas I, Bolund ACS, Bibby BM, Hjort C, Grønager PM, Omland Ø, Sigsgaard T. 2018. High exposure to endotoxin in farming is associated with less new-onset pollen sensitization. Occup EnvironMed; 75 (2):139-14. https://doi.org/10.1136/oemed-2017-104384.

Galea KS, et al. (2017) Biological monitoring of pesticide exposures in residents living near agricultural land. Outlooks in Pest Management, 28(2).

Connolly A, Jones K, Galea KS, Basinas I, Kenny L, McGowan P, Coggins M. 2017. Exposure assessment using human biomonitoring for glyphosate and fluroxypyr users in amenity horticulture. Int J Hyg Environ Health;220(6):1064-1073. https://doi.org/10.1016/j.ijheh.2017.06.008.

Basinas I, Cronin G, Hogan V, Sigsgaard T, James H, Coggins AM. 2017. Exposure to inhalable dust, endotoxin and total volatile organic carbons (TVOCs) on dairy farms using manual and automated feeding systems. Annals of Work Exposure and Health; 61 (3): 344-355. https://doi.org/10.1093/annweh/wxw023

Sams C, Jones K, Galea KS, et al. (2016). Development of a Biomarker for Penconazole: A Human Oral Dosing Study and a Survey of UK Residents’ Exposure. Toxics, 4(2), 10; https://doi.org/10.3390/toxics4020010 

Galea KS, MacCalman L, Jones K, Cocker J, Teedon P, Cherrie JW, van Tongeren M. (2015) Comparison of residents’ pesticide exposure with predictions obtained using the UK regulatory exposure assessment approach. Reg Tox Pharm. DOI: 10.1016/j.yrtph.2015.09.012.
 
Galea KS, MacCalman L, Jones K, Cocker J, Teedon P, Cherrie JW, van Tongeren M (2015) Urinary biomarker concentrations of captan, chlormequat, chlorpyrifos and cypermethrin in UK adults and children living near agricultural land. JESEE. doi:jes.2015.54.
 
Teedon P, Galea KS, MacCalman L, Jones K, Cocker J, Cherrie JW, van Tongeren M (2015) Engaging with community researchers for exposure science: lessons learned from a pesticide biomonitoring study. PLOS One..DOI: 10.1371/journal.pone.0136347.
 
Galea KS, MacCalman L, Jones K, Cocker J, Teedon P, Sleeuwenhoek AJ, Cherrie JW, van Tongeren M. (2011) Study protocol: Biological monitoring of pesticide exposures in residents living near agricultural land. BMC Public Health; Nov 10;11(1):856

 

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