FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/2003 1 Occupational Exposure of Finnish farmers Introduction: * Linko (1947) published a case of farmers’

Slides:



Advertisements
Similar presentations
Air pollution and health
Advertisements

Prevention of Respiratory Illness on the Farm. Respiratory Hazards Dusts Dusts Gases / Vapors Gases / Vapors Chemicals Chemicals.
Agriculture Mechanics Course. Goals Recognize respiratory health risks when working in Agricultural Mechanics. Know when and how to wear protective respiratory.
Arsenic Human Health and the Environment. Introduction to Arsenic Good Element – Bad Chemistry Arsenic Good Element – Bad Chemistry.
Agricultural Science Course. Goals Recognize the risks of working in agriculture – Describe respiratory illnesses and risks that come from working in.
CHEMICALS IN THE LAUDRY!!. WOOD STAINS AND FINISHES A solvent used to change the color of wood. A solvent used to change the color of wood. Apart from.
PARTICLES IN THE AIR THE HAZARDS OF DUST IN AGRICULTURE.
Mouse cage change criteria Goals: Provide healthy environment Reduce animal stress Minimize care costs Minimize odors.
Markku Seuri, FIOH, MOULDY HOUSE PROBLEM Tartu
Monitoring Air Quality: Emissions and Odor From A Swine Finishing Livestock Facility.
Logo Module 4: Air Quality Around Production Facilities and Land Application Sites By Jeff Lorimor and David Schmidt.
CONSUMED BY FUMES HAZARDS OF AGRICULTURAL GASES. Learning Objectives Understanding the types of respiratory hazards Identifying hazardous atmospheres.
Occupational History Taking and Physical Examinations A. H. Mehrparvar Yazd University of medical sciences.
Occupational Animal Exposure Both research and non-research animals have the potential to cause injury, transmit zoonotic diseases, and/or cause allergic.
Air Quality and Atmospheric Change Resource Concerns United States Department of Agriculture Natural Resources Conservation Service.
Differentiate between the different types of environmental health hazards.
Air Quality Testing By: The Mean Green Team. Indoor Air Quality  A new science to measure pollutants  Houses  Schools  Buildings  Symptoms for poor.
Visit from the Icelandic Architect Association Indoor environment Lars Gunnarsen Danish Building Research Institute.
Copyright 2003 by Mosby, Inc. All rights reserved. CHAPTER 12 RESPIRATORY SYSTEM.
CHEMICALS IN THE WORKPLACE Esra YILMAZ Environmental Engineer.
What is an Occupational Illness? Any illness mainly caused or significantly aggravated by exposure to Health hazards in the work environment. It must.
Carpets: a danger to children Not many people in HK have carpets. Why not? How could carpets be dangerous? Why would carpets be more dangerous to children.
Safety and health at work is everyone’s concern. It’s good for you. It’s good for business. Occupational health and safety in agriculture European Parliament.
OCCUPATIONAL DISEASE Is your company immune?.
Rajeshwar reddy intern.  DEFINITION According to WHO & ILO “The promotion and maintenance of the highest degree of physical, mental and social well-being.
Healthy Homes Overview Introduction. Learning Outcomes Upon completion of this course you will:  Recall the relationship between health and housing 
Job Hazards: A job hazard is anything at work that can hurt you either physically or mentally. Safety hazards: Can cause immediate accidents and injuries.
Occupational Health. Definition Occupational health is the branch of medical and engineering sciences which adverse environmental factors and stresses.
Mortality and Morbidity in Agriculture in the United States – Policy Implications Risto H. Rautiainen, MS, Stephen J. Reynolds, PhD, CIH Great Plains Center.
SAFETY AND WHMIS PROCEDURES SYMBOLS.
Introduction to Industrial Hygiene
Introduction to INDUSTRIAL HYGIENE
Testing Along With Sublingual Immunotherapy For Allergy Patients
Chapter 47 EMS in Rural America. © 2005 by Thomson Delmar Learning,a part of The Thomson Corporation. All Rights Reserved 2 Overview  Farm Emergencies.
Inspection on farms – experiences from Denmark The danish approach to IPPC on livestock farming by Peter Dorff Hansen Environmental Division Ringsted Municipality.
© 2011 Pearson Education, Inc. This lecture will help you understand: Indoor air pollution and solutions.
© 2011 Pearson Education, Inc. AP Environmental Science Mr. Grant Lesson 47 Indoor Air Quality.
2- Chemical factors. 1- Carbon monoxide (CO) poisoning Carbon monoxide is a colorless, odorless gas produced from the incomplete burning of virtually.
Horticulture Science Lesson 5 Practicing Horticulture Safety
Judy Murphy Industrial Hygienist MT Occupational Safety & Health Bureau.
Disorders of the Respiratory System. Anthrax  Caused by spores of the bacterium Atelectasis  A collapse of part or all of a lung, caused by a tumor.
Dr. Muhammad Razzaq Malik
Farm Safety 4 Kids The Keys to Farm Safety. General farm locations where accidents have occurred. Safe Operation of Ag Equipment, Student Manual.
© 2011 Pearson Education, Inc. AP Environmental Science Mr. Grant Lesson 44 Indoor Air Quality.
Animal Feeding Operation Air Emission Exemption: Final Rule Summary Greg Bazley EPA, Region VIII, Denver, CO
Clearing the Air: Asthma and Indoor Air Exposures Institute of Medicine report on what is known about indoor air exposures and asthma Exposures and asthma.
CHAPTER 12 RESPIRATORY SYSTEM
Respiratory System Chapter 23. Superficial To Deep  Nose  Produces mucus; filters, warms and moistens incoming air.
TOXICOLOGY OCCUPATIONAL HAZARDS CHEMICAL PHYSICAL ERGONOMIC PSYCHOLOGIC BIOLOGIC.
Chapter 22 Air and Noise Pollution The Air Pollution Problem ● Harmful materials to the environment are called pollutants. ● Harmful substances.
THE EFFECTS OF HAZARDOUS MATERIALS ON THE BODY
SNC2P Safety Symbols. Science Science is a way of gaining knowledge and understanding of our world. It is the desire to understand how and why things.
Hazards of Confined Spaces. INSTRUCTIONAL GOAL The participant till understand the various hazards associated with confined space entries and the need.
Definitions: the ecosystem approach; sustainable agriculture Definitions: the ecosystem approach; sustainable agriculture Problems or non-sustainable.
Hazard Recognition, Evaluation and Control. What is a hazard? A hazard is a condition, substance, behavior or practice with the potential to cause loss.
Indoor Air Pollution.
Controlling Exposures to Prevent occupational lung disease
Recap Day 1: Key Concepts
Safety Hazard Recognition and Control Measures
Unit 2: Identifying Hazards
Clearing the Air: Asthma and Indoor Air Exposures
Unit 2: Identifying Hazards
Name two of the health impacts directly related to mold and moisture.
Chapter 6: Food Safety & Sanitation
Common Environmental Factors
Safety Hazard Recognition and Control Measures
Slide #1 Job Hazards: A job hazard is anything at work that can hurt you either physically or mentally. Safety hazards: Can cause immediate accidents and.
TOXICOLOGY.
4.01 Vocabulary.
Exposure to Hazards.
Presentation transcript:

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Introduction: * Linko (1947) published a case of farmers’ lung * first study at the end of 1970', “farmers exposure to microbes” in Kuopio Regional Institute of Occupational Health * since the year 1980 several studies have been published concerning chemical, physical and biological agents in different types of environments in agriculture

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Chronic bronchitis Farmer´s lung ODTS (grain fever) Asthma Rhinitis Metal fever Poisoning Skin symptoms Musculoskeletal symptoms Accidents Hearing loss Comfort Inhalable dust Molds Endotoxins Allergens Bacteria Welding fumes (Zn) Pesticides Cleaning/desincfection Working postures Lighting Noise Vibration Diseases Exposures Cocktail = Possible connections of exposures and diseases: Occupational Exposure of Finnish farmers

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ N

4 Occupational Exposure of Finnish farmers Occupational diseases among farmers in 2002 (Farmers Insurance Institution) Chemical cow dander, epithelium 79 flour dust30 wet and dirty work18 rubber11 cement 3 acidity 3 natural resin 2 cleaning liquid 2 others 6 Physical noise 27 Biological molds 32 viruses 30 Storage mites 18 bacteria 11 Working postures epicondylitis 154 others 9 TOTAL 484

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Why to measure occupational factors ? - occupational diseases are common among farmers in Finland so it is important to decrease he number - Number of accidents are numerous and also fatal injuries occur - Through research we can find solutions to control methods

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Microbes, molds, bacteria Exposure at cow farms : * at 70’s and 80’s quite high * during 90’s decreasing and still going downward * Analysis: - mold specific cultivating petri dishes - total number with filter sampling and staining * result: knowledge (?) of hazardous species, means for mold control (hay dryers, chemical treatment of hay, grain, etc) Exposure at swine farms : * usually higher than cow farms

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Total dust Inorganic during outdoor work * high concentrations during tilling, sowing, harvesting Organic dust indoors * cow farms; ( next slide) * swines; usually higher than in cow farms * poultry; at the same level as in swine houses OEL: organic dust 5 mg/m 3, inorganic 10 mg/m 3

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Dust exposure at cow farms Occupational Exposure of Finnish farmers

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Gases * mainly ammonia, carbon dioxide, hydrogen sulfide have been measured * most often cow farms have been measured results:cow; (next slide) swines: high NH 3 concentrations, moderate CO 2 poultry: floor units high NH 3 concentrations, H 2 S; very rare gas in cow houses, seldom in deep bed swineries, but has cause fatalities during liquid manure handling Occupational Exposure of Finnish farmers OEL: Ammonia 20 ppm, Carbon Dioxide 5000 ppm, Hydrogen Sulfide 10 ppm

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ The mean concentrations of CO 2 and NH 3 in cow houses Occupational Exposure of Finnish farmers

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Pesticides: - Average farmer´s exposure to pesticides is quite low in Finland * small amounts of pesticides are used, 1-2 days / summer * effective low-portion liquids * farmers are afraid of poisons - More exposure to potato, sugar beet, carrot farmers, tens of days in summer, typical types are herbicides, insecticides - Biomonitoring blood or urine: farmers are involved quite seldom - Testing of sprayers and the test of farmer every 5 years, every 10 years for extremely dangerous pesticides

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Noise: OEL: 85 dB(A), animal buildings 65 dB 1980’ 1990’2003 med rangemed rangemed range cow swine poultry

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ WorkMedian (dB(A)) range (dB(A)) Milking 75 (72-77) Milking and pressure cleaning 80 (80-81) Feeding, drying 77 (73-79) Use of tractor or loader 85 (78-90) Occupational Exposure of Finnish farmers Noise levels in cow houses:

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Vibration : - Tractor and harvester work was analysed at the beginning of harrowing the worst, harvesting not - Tractors were measured in harrowing work in Farmers exposure to vibration was high and the daily 8-hour "fatigue-decreased proficiency boundary" (ISO 2631/1) was exceeded in all tractors

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Ventilation of buildings - Ventilation has an effect to gases, temperature, moisture - Indoor work during wintertime problematic to the animals, structures and farmers - ventilation is difficult to design, construction is easier but the farmers try to buy and build cheap solutions and then problems rise

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Fatal Injuries

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Fatal Injuries

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers Accidents

FIOH/Kyösti Louhelainen, Kuopio - twinning Tarto 6/ Occupational Exposure of Finnish farmers What all this means ? * The occupational exposure of Finnish farmers - is quite well documentated - had decreased a lot in some cases, in same not so much - could be much better, if control methods had been implemented more properly