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Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

Factors Affecting the Incidence of Occupational Accidents among Farmers Somayeh Moradhaseli1 , Homayoun Farhadian2 *, Enayat Abbasi3 , Fazlollah Ghofranipour4

Abstract Aim: The aim of this study was to determine the incidence of occupational accidents among farmers with an emphasis on the role of extension and education in reducing these incidents. Methods: This study was conducted through a literature review. For this purpose, we investigated books, documents and articles related to research topics in t he period of 2000 to 2017. Findings: Various factors are effective on the incidence of occupational accidents as well as on the type, amount and severity of injuries resulting from accidents at work. Farmers and agricultural workers are not excluded from occupational accidents. The affecting factors on occupational accidents in agriculture are classified in three categories: farmers’ characteristics, agricultural environment, and agriculture technologies. Conclusion: Occurrence of incidents in agricultural occupation is inevitable. Identifying the factors affecting the incidence of accidents can help to reduce the occurrence of incidents among farmers. The agricultural extension and education according to the abilities and talents in the field of agriculture and rural society can reduce accidents and workrelated risks and improve the farmers’ occupational health. Keywords: Agriculture, Occupational accidents, Factors affecting

1. Ph.D. Candidate of Agricultural Extension and Education, Department of Agricultural Extension and Education, Faculty of Agriculture, T arbiat Modares University, T ehran, Iran Email: [email protected] 2. Assistant Professor, Department of Agricultural Extension and Education, Faculty of Agriculture, T arbiat Modares University, T ehran, Iran Email: [email protected] 3. Assistant Professor, Department of Agricultural Extension and Education, Faculty of Agriculture, T arbiat Modares University, T ehran, Iran Email: [email protected] 4. Professor, Department of Health Education, Faculty of Medical Sciences, T arbiat Modares University, T ehran, Iran Email: [email protected]

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Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

Introduction

Studies have shown that low-educated or

Since the Creation, human beings have been

illiterate people or those with low knowledge

struggling to fulfil their living requirements. In

about how to take safety measures often cause

that in most cases, a great effort has been made

work-related dangers. Although this was

in the type of their technical activities with the

reported among educated people, the reason

advancement of science and technology. These

why they happen is impulsiveness. Hence, the

activities (performed in simple or complicated

major part of accidents involves some social

manner) are referred to either as job or work.

and personal requirements, as well as the lack

The health of the body and the purity of the

of observance of safety standards during work.

soul are ensured by virtue of work, which is, a

In this regard, throughout human life spans,

fact, stressed in the words of Imam Ali (AS):

physicians and scientists have taken steps to

“What

is

promote the health of workforce. The history

Prophet

of social damages dates back to the fourth

Muhammad (PBUH) holds that one who

century BC. For example, Hippocrates, for the

endeavors to earn his family’s bread and butter

first time, detected the workers’ lead poisoning

is like a Mujahid who fights in the cause of

in

God. As such, the importance of job is realized

Ramazzini, who is called as the father of

not only from the economic and material

medicine, was the first who advised physicians

aspects, but it also embodies spiritual and

to ask for the patients’ occupational history

ideological values [1]. There are covert and

along with queries from them, because it is

overt risks in doing jobs, some of which

likely that there is a close connection between

happen, sometimes, due to ignorance, lack of

job and disease [1].

makes

working”.

human

In

another

being

smooth

Hadith,

the

fourth

century

BC.

Moreover,

safety observance (negligence), lack of proper equipment, etc. Kurdrostami (2011) states that

Importance

it is an unplanned event during a series of

accidents

planned activities. In other words, accident is

Occupational accident is one of the main

an event whose occurrence causes damage to

causes of disability. It imposes high costs on

property and the environment, or human loss

families, healthcare and other systems in the

or injuries [2]. According to the International

society [4]. Research shows that workplace is

Encyclopedia

an

one of the most important fields causing

unexpected event that causes injury and harm

accidents. Every year, 313 million non-fatal

[3].

occupational injuries occur worldwide, leading

of

Work,

accident

is

38

of

studying

occupational

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

to at least four days’ absence from work. Each

factors that affect incidents:

year, more than 350,000 people die from occupational injuries [5]. Also, in agricultural

Factors

sector, according to the International Labor

occupational accidents

Organization (ILO) estimates, at least 170,000

No effect is undoubtedly without cause. As the

agricultural workers are killed every year [6].

French scientist Lavoisier contents: “Nothing

The direct and indirect costs of accidents

comes to existence on itself unless a reason

impose millions of dollars of losses annually

gives way to it”. Disasters and accidents are

on employers. According to the European

born of factors whose reasons are human

Agency for Safety and Health at Work

beings

(EASHW), six million job-related accidents

Henrich holds that one needs to focus on

occur in the EU states annually, resulting in a

accidents and their causes in the first place in

loss of 146 million hours of work. It means

order to take preventive measures (unsafe

that approximately 6.2 to 8.3% of the EU's

actions and unsafe conditions), and pay less

total domestic gross product is lost every year

attention to the effects of accidents like

[7]. The estimated cost in a seven-year study in

damages and their immediate damages [10].

2010 was calculated between $ 21 to $ 31

Prevention of accidents is possible with a clear

million. Most of the costs involved are indirect

understanding of key affecting factors [11].

costs such as efficiency loss at work and at

The

home. Fatal injuries in the first place and

technologies in various industries, particularly

admissions to hospitals at the next level consist

in risky industries, has changed the philosophy

the highest direct costs [8]. About 45% of

of safety from post-occurrence approach to

accidents cause damage to property, 30% lead

pre-occurrence approach. The new approach is

to loss of time, 21% lead to medical attention,

built on the recognition of root causes of

and 2.67% end with mortality [9]. The

accidents ahead of occurrence [12]. Accident

economic

happens typically at three levels;

illnesses

burden of such incidents and is

considerable

on

affecting

the

incidence

of

themselves or human-made tools.

development of

highly sophisticated

individuals,

1) Basic cause level: At the lowest level of

companies, families and even the general

causes, accidents just occur when a person or

community. But according to the safety

object encounters a quantity of energy or a

experts, each incident has one or more causes.

risky substance and perceives it as if it cannot

To prevent an accident, one must identify the

be understood in normal state. This energy or

cause of the incident. The followings are the

risky substance is the direct cause of accident. 39

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

2) Direct cause level: The direct causes are

occupational accidents, and to the type, level

usually the result of one or more unpredictable

and degree of damages caused by these

and irreversible conditions, or both. Unsafe

accidents, many studies conducted in this

actions or conditions are always referred to as

regard have been reviewed. Generally, factors

indirect causes.

affecting

3) Indirect cause level: Indirect causes are

classified

often because of poor management policies,

characteristics, agricultural environment and

wrong management decisions or unfavorable

agricultural technologies, and use of protective

environmental or personal factors. These

equipment.

occupational accidents into

three

classes:

can be farmers’

causes are called root causes [3]. In this regard, in agriculture sector accidents

Farmers’ characteristics

and damages arising from agricultural works

Since human resources is seen as the most

are a remarkable health problem worldwide

important yield factor in the agriculture sector,

[13] in the sense that agricultural safety is a

farmers’ characteristics can contribute to the

central issue

agricultural productivity

accidents of this sector as well as their

That is to say, with the

preventive measures. In this sector, some

improvement. expansion

of

of

agricultural

technologies,

characteristics of farmers and their roles in

agricultural workers will face a growing health

accidents have been investigated.

concern, causing them to face new job sanitary and health threats in addition to former health

A. Demographic and personal characteristics

and sanitary threats. However, even in the

It has been widely accepted that human factors

countries where primary health cares have

are influential in accidents [17]. Human factors

been developed well, occupational sanitary

in the occurrence of workplace accidents

cares often cease to exist in the agricultural

include lack of knowledge, lack of adequate

sector [14]. Accident in the agricultural sector

motivation, negative attitude, wrong beliefs,

is defined as any unpleasant or destructive

unsafe behaviors, work incompetency, lack of

event that happens unexpectedly or by chance,

appropriate rules and proper instructions, and

and leads to injury, loss of life, asset or time,

enhancement

etc. [15]. In addition to long-term effect on an

Cartiyon and Reyeshineen (2013) state that

individual, agricultural damages affect the

individual characteristics, decreased ability,

farmers’ families and society as well [16].

skeletal-muscular problems and respiratory

Since a variety of factors contribute to

diseases were shown to make a significant 40

of

unsafe

behaviors

[18].

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

difference to accidents and damages [19].

[29]. However, women are active labor force

Farmers’ resistance to change is one of the

in the agriculture sector as they can work on

factors affecting the occurrence of accident, in

farms even during pregnancy. In some cases,

that it is triggered by adverse weather

due to falling down and displacement, abortion

conditions. This is mainly because of a strong

occurs in farms. On the other hand, fatigue,

connection with traditional agriculture and

malaria, exposure to pesticides, and the like

rural ideology [20].

that cause accidents and diseases are on the

Age is a serious factor with regard to a

rise among them [30]. The low level of

potential risk of damage among farmers. Since

education is a factor of risk among farmers

older farmers are not under any compulsion to

[31]. Studies have shown that farmers with

plan for retirement, many farmers may have

higher education levels are less likely to

still desire to do certain tasks beyond their

sustain

abilities [21, 22]. Older farmers are subject to

education levels [32]. Other individual and

accidents due to long hours of work and lack

personal factors are also at work in this sector,

of rest [23]. However, risks of damages to

which we can refer to in what follows:

older farmers may be due to their more work

Farm work mechanization has some clear

experiences, lower risk-taking and reduced

advantages in terms of productivity, but its

interference with heavy manual works [24]. On

potential

the contrary, many deaths happened among

consideration on obesity and overweight risks

young workers because of the lack of

[21]. Overweight and obesity are among the

experience and insufficient attention to work

risk factors of occupational injuries [33].

[25]. A wide range of accidents happen at ages

People to whom farming is a secondary job are

over 18 [26].

less likely to pay attention to job safety due to

In addition to age, gender is an important

lack of self-confidence and experience in

factor in fatal injuries in farms [21]. Most

farming

occupational accidents have happened to men

accidents

[27]. A review of 16 studies indicates that the

sustained damages is more than in other

risk of injury in men is 3.3 times higher than

workers, but their recovery can be deferred

that in women [28]. Agricultural risks are

nonetheless [35]. Daytime sleepiness, job

reported to be more in men in the summer

status, drinking alcohol, and smoking are

during mid-day owing to the loss of control of

factors contributing to threats among farmers

agricultural machineries

[31].

during harvesting 41

injuries

than people

effects

[34].

should

The

among the

with lower

be

occurrence

taken

into

level of

workers previously

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

As work experience grows, accidents would

play a key role in preventing work-related

fall [36].

including

injuries and diseases. The lack of proper

depression, stress, social support and anger are

training and monitoring of the implementation

also contributing to accidents among farmers

of safety rules is the underlying cause of

[37].

accidents [42]. Lack of knowledge about how

Failure to use personal protective equipment

to do a job is considered one of the important

by workers, impulsiveness and carelessness,

factors in causing an accident [43]. Lack of

unprotected or technically broken devices,

knowledge about dangers of workplace can

failure

to procure and deliver individual

end up with accidents in farms [44]. To protect

equipment, failure to train workers, and the

health and achieve safety at the workplace, the

employer’s failure to supervise them contribute

transfer of these concerns requires preventive

to accidents [38]. The most common causes of

measures as a challenge and priority for the

accidents among farmers are to rush to work,

career of agricultural health [45]. Some studies

irregularities, and not observing the original

have also shown that farmers not trained in the

safety rules [39].

use of personal protective equipment suffer

Psychological factors

from a higher incidence of occupational B. Economic conditions

accidents, injuries and illnesses [46]. Sikkaland

Farmers’ concerns for making household

(2012) demonstrated that Norwegian farmers

expenditures have lowered individual attention

are aware of dangers; however, they do not

and

always properly handle this risk. Many farmers

safe

activities.

behaviors

during

In addition, farmers

day-to-day are

less

seem to perceive risks as natural part of their

interested in observance of safety measures

lives. Dangers are considered something they

and their health owing to economic problems

are forced to live with; on the other hand,

as well as costs reduction and costs saving

many farmers are not well aware of the

[40]. Inadequate economic situation is among

beneficial effects of safety [47].

the disastrous factors to farmers [34]. Poverty of farmers has limited the provision of

D. Duration of agricultural activities

protective equipment among them and has

Time pressure due to increased seasonal

increased the risks of pesticide poisoning [41].

workload has caused farmers and workers work longer hours during the day and more

C. Safety training and knowledge

days during the week. This itself causes stress

Worker training regarding the farm safety can

and fatigue, which is a known risk factor for 42

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

injury [48, 49]. Long working hours are a risk

washing conditions have reduced the safe use

factor known for damage among those who

of pesticides, leading to the occurrence of

work in agriculture [49, 50].

accidents and diseases caused by toxins [57].

Sleep less than 7 to 7.5 hours by day and night

In

causes injuries on farmers [13]. Effect of

systems, planting and harvesting technology,

sequential long shifts and the duration of rest

and use

of

between changes are determining risk factors

accidents,

which

in the occurrence of accidents [51]. There is a

monitoring systems, governmental regulations,

relationship between what time of day, fatigue,

and the introduction of genetically modified

work pressure, and events. Prolonged work

breeding [58]. Investment in farm yield and

periods during the summer months have

mechanization may have positive effects on

increased the health risks for farmers [52, 53].

work quality and quantity as well as work

The duration of work on the farm is associated

safety [19]. Weather conditions affect the

with the severity of damage occurred, in that

severity of the incident [59] as the degree of

more accidents happen to those who work over

the environment temperature, humidity, wind,

35 hours a week [54]. Work shifts and long

dust storms, precipitation and solar radiation

working hours can reduce work performance

can cause potential and significant risks on the

and increase the risk of obesity. They can also

farm environment [60].

bring about a wide range of chronic diseases

For farmers, there are perturbing occupational

and other accidents and injuries [55].

factors in the farm environment, including time

this

regard, farm vehicles, irrigation pesticide

are

require

influential in a

change

in

pressure with respect to seasonal workload and unpredictable factors, e.g. machinery failure

Farm environment In

addition

to

functioning

farmer’s

[61]. The amount of accidents in farms where

workplace, farm is considered a person’s living

work is full time is over twice that of farms

environment, because dangers can menace his

where work is part time [62]. Larger farms,

family as

person himself.

doing agricultural activities alone, long-term

Therefore, the environment of the farm is a

work experience, and old working conditions

dangerous environment that has an ongoing

are seen as accident-causing factors [19].

impact on the work and life of the people on

Failure to rest adequately when it comes to

the farm. Regardless of whether people are

injury and adverse workplace conditions gives

working on the farm or not [56], the lack of

rise to the occurrence of life threatening

farm resorts for farmers and the lack of proper

accidents [63]. Farmers may not have access to

well as

the

as

43

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

sanitary and welfare facilities on the farm; for

etc. By his new ideas and thoughts about how

instance, it is possible that workers become

the accidents occur and taking necessary

unable to wash their hands during the day or

actions for controlling them, Henrich had

have no access to washing machine or bathroom

important role in the Safety Science [69].

after work. Even if such possibilities are

Thus, as time goes by and new progresses

accessible, due to excessive workload, they

come along in this science, safety experts have

have not enough time to take care of their safety

begun to conclude that human being is the

[64]. Type of work on farms like tractor

main cause of accidents, and decided to direct

maintenance, livestock breeding, and the like is

their focus on human aspects of accident

known as a factor creating risk to farmers [54].

control. Therefore, they began to realize the importance of unsafe actions [70], because

Farm technologies and use of protective

efforts at controlling the rate of accidents and

equipment

reducing the resulting damages have shown

Negligence in maintenance and improper use

that human performance is the main cause of

of devices and equipment can cause dangers

accidents.

and accidents to farmers [29]. Equipment and

In the agricultural sector, yield of agricultural

use of machinery have a high potential for

crops depends on the power and physical

inflicting serious damages and accidents [65].

capacity of farmers. Thus, productivity of this

Use of unsafe and old methods, obsolete

sector is heavily influenced by the health of

machinery or lack of appropriate tools can also

workforce. Farmers are subject to particular

cause accidents to farmers [66]. Farmers’ main

job risks based on the type of activity, the

reasons for not using protective equipment

amount of using agriculture equipment and

include the lack of comfort, unpleasantness,

devices, and the amount of using pesticides.

inaccessibility to buy them or disturbance of

This

machinery noise [67]. The rattling sound of

measures for preventing the diseases and

machineries, long use of them, and lack of

accidents caused by work in this sector. It

protective equipment use are problematic to

further highlights the role of institutions like

farmers [68]. Generally, in the past, it was held

agricultural extension and education to have a

that adverse environmental conditions can

close link with farmers more than ever.

reveals

the

importance

of

certain

cause accidents; that is why little preventive measures are taken to individuals apart from

Agricultural extension and education

some training programs using safety posters,

In 44

the

twenty-first

century,

agriculture

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

continues to stay at the forefront of the most

cultivation

and

farming

practices

and

vital means of progress and poverty decrease

techniques, increasing the efficiency of yield

as well as social and economic welfare

and income, and improvement of living level

increase. A farmer is in need of investment,

and social and educational standards of farmer

energy, knowledge and sufficient skills to

life [77]. By adding education attribute to

boost his work so that he can gain enough

extension, Moscher proposed it as extension

profit. In fact, as the main function of village,

education. He holds that the nature of an

farming assumes a vital role in boosting

extension process is to help farmers through

welfare and eradicating poverty [71].

informal education [78].

Given that agriculture is a basis of daily life sustainability and one of the main sections in

Importance of agricultural extension and

support of national and local economy [72],

education in reducing the accidents caused

the development of this section is crucial,

by agricultural work

which requires the application of proper tools

Traditionally,

in this regard. As one of the rural-related

known as one of the main factors in

institutions, agricultural extension is the most

determining quantity and quality of human

important and key tool used to achieve human,

capital. It is expected that health and sanitation

agricultural and rural development [73, 74].

as a part of human capital have a positive

Agriculture extension is a kind of service or

impact on productivity. In other words, the

system that assists people through training

share health and sanitation of workforce is

practices

conventional

higher in yield and productivity. Physical

agricultural techniques and boost their yield

capital per capita representing yield technique

and efficiency. Since most of the developing

is directly linked with the efficiency of

countries have a rural economy, the actors

workforce. Substituting capital in the form of

involved in the development of the country

equipment and machineries for workers can

play a vital role [75]. Rivera & Sulaiman

contribute to yield increase for work/hour

(2009) express it as the engine of knowledge

individual, so yield per capita of workforce

transfer, innovation and development [76].

and thus efficiency of workforce can increase.

Monder in the reference book “Food and

In addition, the

Agriculture

that

capacities has a positive impact on the

agricultural extension is a service or system

efficiency of workforce, the measurement of

that contributes

which is based on actual yield-to-potential

to

modify

their

Organization”

to the

believes

improvement of 45

health

and sanitation were

amount of using yield

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

yield ratio [79]. Promoting health through

agricultural extension and education program

lifetime increase and decrease of working days

could bring success in many less developed

when the workforces lose because of their own

countries like West Africa. Farmers’ ability to

or

maintain biodiversity, food security, society

relatives’

productivity

disease can improve labor and

indirectly

affect

yield.

education,

human

health

protection

and

Moreover, health promotion can increase life

political reforms are clear parts of the success

expectancy, thereby increasing tendency for

of this program [82, 83]. On the other hand,

saving among people, and hence, investment

extension educators are required to use leading

and faster economic growth [80]. Agricultural

theories and patterns in education when

extension and education can properly play a

implementing their educational programs in

role in reducing the accidents and dangers

order to achieve better result and increase the

caused by work, considering abilities and

efficiency of pedagogical programs, as well as

talents

between

using the latest pedagogical methods and tools.

farmers and rural society. On the other hand,

Theories and models are useful in different

education is the main leverage of extension in

stages

relationship

evaluation

offered

with

for

relationship

farmers.

The

role

of

of

planning, of

an

implementation, intervention,

as

and they

education in human resource improvement and

contribute to the understanding of desired

promotions and its economic effect, i.e.

sanitary behavior and explanation of its

productivity and yield increase, is undeniable

dynamics and effect of external factors on

[81]. Conversely, educational programs should

behavior, so that the most appropriate goals

cover all those involved in farms including

can be determined for programs, change

managers

and

practices, and assessable results [84]. In this

temporary workers. If there is any kind of

regard, some experts believe that one of the

migrant, illiterate or disabled worker, a variety

causes of pedagogical program failure is the

of training programs and new pedagogical

lack of attention to causality studies and their

methods should be used for them [60].

groundwork regardless of psychosocial models

This institution should seek for promotion of

as

farmers’ occupational health and sanitation

educational planning [85].

and supervisors, migrants

a

specific

intellectual framework of

awareness level about accidents, diseases and damages caused by work. Promotion using a

Conclusion

variety of methods can deal with farmers’

Agriculture is the most important and essential

training in safety and health; for instance, an

section of satisfying human life requirements, 46

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

and the concept of developed world is not

extension is working with rural people in order

feasible without agriculture. Agriculture sector

to improve their living conditions by changing

is one of the main resources of employment

their knowledge, attitudes and skills. This goal

and income generation in many countries of

cannot be realized with neglecting the farmers’

the

health and safety. Thus, agricultural extension

world,

countries.

especially in the It

is

further

developing

responsible

for

and education can hold training courses and

providing security and food safety as a national

other educational activities in this regard in

target.

cooperation

On the other hand, agriculture is closely linked

professional health unit.

with

other

institutions

like

to different aspects of the farmers’ lives and their families, and their jobs continue to be

Conflict of interest statement

passed down from generation to generation. In

The authors declare that they have no conflict

other words, several generations thrive on the

of interest

farms, so that they no longer are able to continue working on farms. People of every

Sources of support

age are busy working on the farm though the

This study is a part of the PhD dissertation in

rate of accidents in agriculture is high. It can

Agricultural

be said that the high rate of agricultural

supported originally by a grant from Tarbiat

accidents is to some extent because of working

Modares

in special conditions as in mud, snow and rain,

Agricultural Extention and Education.

Extention

University,

and

Education

Department

of

and at high and low temperatures. In addition, it is likely that tasks entrusted to each member

References

of family are not commensurate with their

1. National Vocational and Technical Training

capacities and education levels in terms of

Organization.

safety and health, which can cause deadly

accidents

events for other family members. Studies have

Available from:

shown that worker education on farm safety

http://svr.irantvto.ir/uploads/130_605_Hava

can possibly play a crucial role in preventing

des%20Kar%20va%20Asib.pdf

occupational injuries and diseases. The lack of

Vortex

and

-

Work-related

social damages, 2010.

2. kurdrostami A. The concept of safety in the

proper training and monitoring of safety law

industry-the

enforcement are among the underlying and

conditions. 2011. Available from:

basic

http://iranhse.blogfa.com/post- 8.aspx. [In

factors

of

accidents.

Agricultural 47

unsafe

conditions

and

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

Persian]

JA, Alexander BH, Lindgren PG, Williams

3. Halvani Gh, MirMohammadi SJ. Safety in

AN. The Economic Impact for Farm Injury

the industry, based on the chapter on

in Minnesota, 2004-2010. J Agromedicine

occupational safety and industrial safety

2016; 21(2): 171-7.

students.

Tehran: Sobhan Publications,

9. Yohanna JK, Fulani UA, Ode S. Impact

2007; p: 10-6. [In Persian]

Assessment of the Causes and Prevention

4. Hashemi Nejad N, Mohammad Fam I,

of Farm Accidents on Mechanized Farms of

Jafari Nodoshan R, Dortaj Rabori E, Kakaei

North Central Zone/States of Nigeria.

H,

AESS 2012; 2(2): 171-6.

Kakaei H. Assessment of unsafe

behavior types by safety behavior sampling

10. Brauer RL. Safety and health for engineers.

method in oil refinery workers in 2009 and

2nd Edition, Translated by Halvani G.

suggestions for control. TKJ 2012; 4(1, 2):

Tehran: Sobhan Publications, 2006; p: 80-

25-33.

110.

5. International Labour Organization. Creating

11. Hinze J, Devenport JN, Giang G. Analysis

Safe and Healthy Workplaces for All.

of construction worker injuries that do not

Report prepared for the G20 Labour and

result in lost time. J Constr Eng Manage

Employment

2006; 132(3): 321-6.

Ministerial

Meeting

Melbourne, Australia, 10–11 September

12. Center

for

Chemical Process

Safety

2014. Geneva: ILO, 2014. Available from:

(CCPS). Guidelines for chemical process

http://www.g20.utoronto.ca/2014/ILO-

quantitative risk analysis. 2nd Edition, New

safe_and_healthy_workplaces.pdf

York: American Institute of Chemical

6. International

Labor

Organization.

Engineers (AIChE), 2000; p: 250-300

Agriculture: a hazardous work [Internet],

13. Jadhav R, Achutan C, Haynatzki G,

2009. Available from:

Rajaram S, Rautiainen R. Review and

http://www.ilo.org/safework/areasofwork/h

Meta-analysis of Emerging Risk Factors for

azardous-work/WCMS_110188/lang–

Agricultural Injury. J Agromedicine 2016;

en/index.htm.

21(3): 284-97.

7. Rikhardsson PM, Impgaard M. Corporate Cost

of

14. Olowogbon ST, Fakayode SB, Jolaiya AJ,

Occupational Accidents: An

Adenrele AY. Economics of farm safety:

Activity-based Analysis. Accid Anal Prev

The Nigerian scenario. J Dev Agric Econ

2004; 36(2): 173-82.

2013; 5(1): 7-11.

8. Landsteiner AM, McGovern PM, Nyman

15. Adamade 48

CA.

Causes,

Impacts

and

Moradhaseli et al.

Prevention

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

of

Farm

Accidents

on

RJ. Patterns of fatal machine rollovers in

Mechanized Farms. Proceedings of the 8th

Canadian agriculture. Chronic Dis Inj Can

International Conference of the Nigeria

2011; 31(3): 97-102.

Institution of Agricultural Engineers at

22. Marsh SM, Fosbroke DE. Trends of

Yola. 2007; 29: 14-6.

Occupational

16. Landsteiner AM, McGovern PM, Nyman

Fatalities

Involving

Machines, United States, 1992–2010. Am J

JA, Alexander BH, Lindgren PG, Williams

Ind Med 2015; 58(11): 1160-73.

AN. The Economic Impact for Farm Injury

23. Tonozzi TR, Layne LA. Hired crop worker

in Minnesota, 2004-2010. J Agromedicine

injuries on farms in the United States: A

2016; 21(2): 171-7.

comparison of two survey periods from the

17. Wagenaar W, Groeneweg J. Accidents at sea:

multiple

causes

and

National Agricultural Workers Survey. Am

impossible

J Ind Med 2016; 59(5): 408-23.

consequences. Int J Man Mach Stud 1987;

24. Russell H, Maître B, Watson D. Trends and

27: 587-98.

Patterns in Occupational Health and Safety

18. Green LW, Kreuter MW. Health promotion

in Ireland. Research Series Number 40

planning: An education and ecological

2015; 1-126. Available from:

approach. 4th Edition. New York: McGraw-

http://www.hsa.ie/eng/Publications_and_Fo

Hill, 2005; p: 150-70.

rms/Publications/Corporate/Trends_and_Pa

19. Karttunen

JP.

Rautiainen

RH.

tterns_in_Occupational_Health_and_Safety

Characteristics of and risk factors for compensated

occupational

injury

_in_Ireland.pdf

and

25. Gholipour

C,

disease claims in dairy farmers: a case-

Ghaffarzade

control study. J Agric Saf Health 2013;

Characteristics

19(3): 191-206.

Traumatic

20. Brumby Kremer

S,

Ananda Chandrasekara

A,

Shams

Vahdati

S,

Kashi

Zonouzy

K.

E, of

Fatal

Injuries;

Occupational

Drama

in

East

Azerbaijan Province of Iran. Bull Emerg

P, Torres S, McCoombe S,

Trauma 2015; 3(1): 27-31. [In Persian]

Lewandowski P. The effect of physical

26. Mascarenhas MD, de Freitas MG, Monteiro

activity on psychological distress, cortisol

RA, da Silva MM, Malta DC, Gómez CM.

and obesity: results of the farming fit

Emergency room visits for work-related

intervention program. BMC Public Health

injuries: characteristics

2013; 13: 1018: 1-16.

factors - capitals and the Federal District,

21. DeGroot JM, Isaacs C, Pickett W, Brison

and

associated

Brazil, 2011. Cien Saude Colet 2015; 20(3): 49

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

667-78.

Health 2011; 17(3): 214-22.

27. Groborz A, Tokarski T. Accidents on

33. Janssen I, Bacon E. Pickett W. Obesity and

Polish family farms. Nordic Meeting on

its relationship with occupational injury in

Agricultural Occupational Health & Safety

the Canadian workforce. J Obes 2011;

2012 August 27-29, 2012 Ystad, Sweden.

2011: 1-6.

Available from:

34. Van

den

Broucke

S,

Colemont

A.

https://pub.epsilon.slu.se/9290/7/lundqvist_

Behavioral and nonbehavioral risk factors

p_121205.pdf

for

28. Salminen S, Tallberg T. Human errors in

problems

fatal and serious occupational accidents in

35. Thierry

29. Kogler R, Quendler E, Boxberger J. accidents

with

among

injuries

and

health

Belgian

farmers.

J

Agromedicine 2011; 16(4): 299-310.

Finland. Ergonomics 1996; 39(7): 980-8. Occupational

occupational

AD,

farmworkers

mowing

debilitating

Snipes delay

injuries?

SA.

Why

treatment Thematic

do after

analysis

machines in Austrian agriculture. Ann

explains if, when, and why farmworkers

Agric Environ Med 2015; 22(1): 137-41.

were treated for injuries. Am J Ind Med

30. Muilerman S. Occupational Safety and

2015; 58(2): 178-92.

Health on Ghanaian cocoa farms. Baseline

36. Gyekye S, Salminen S, Ojajärvi A. A

report. Sustainable Tree Crops Program,

theoretical model to ascertain determinates

International

Tropical

of occupational accidents among Ghanaian

Agriculture (IITA), Accra, Ghana. 2013.

industrial workers. Int J Ind Ergonom 2012;

Available from:

42(2): 233-40.

Institute

of

http://oldlrinternet.iita.org/c/document_libr

37. Xiao H, Stoecklin-Marois M, Li Ch,

ary/get_file?uuid=50b4bf19-b1bd-44a2-

McCurdy SA, Schenker, M. Depression,

9ac0-56a590c7c36e&groupId=25357

perceived stress and nervios associated with

31. Pickett W, King N, Lawson J, Trask C,

injury in the MICASA Study, a California

Brison RJ, Hagel L, Janssen I. Farmers,

farm worker population. FACTS Reports

mechanized work, and links to obesity.

2010; 10: 1-8.

Prev Med 2015; 70(2015): 59-63.

38. Najimi MR, Abedini M, Kolahdozi M,

32. Davies H, Koehlmoos TP, Courtice MN,

Kohnavard B. Investigating the Factors

Ahmad SA. Occupational injury in rural

Affecting

Bangladesh:

using

Recorded in Referents to the Department of

household survey. Int J Occup Environ

Labor, Social Co-operation and Social

Data

gathering

50

Occupational

Accidents

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

Welfare of Yazd during a 7-year period.

knowledge,

IJSTS 2016; 3(1): 14-22. [In Persian].

associated with pesticide exposure in rural

39. Pawlak

H,

Nowakowicz-Dębekb

Agriculture:

accident-prone

B.

practices

and

injuries

farming villages in Tanzania. BMC Public

working

Health 2014; 14: 389.

environment. Agri Sci Proc 2015; 7: 209-14.

47. Sikkeland IJ. Zero accident at my farm -

40. Buranatrevedh S, Sweatsriskul P. Model

The farmers mental HES-challenge? Nordic

development for health promotion and

Meeting

control of agricultural occupational health

Health & Safety 2012; 27-29, 2012 Ystad,

hazards and accidents in Pathumthani,

Sweden. Available from:

Thailand. Ind Health 2005; 43(4): 669-76.

https://pub.epsilon.slu.se/9290/7/lundqvist_

41. Tansey

R.

Eradicating

the

pesticide

Occupational

48. McCurdy SA, Kwan JA. Agricultural injury

1995; 92: 55–9.

risk among rural California public high

42. Kim H, Räsänen K, Chae H, Kim K, Kim

school students: prospective results. Am J

K, Lee K. Farm Work–Related Injuries and

Ind Med 2012; 55(7): 631-42.

Risk Factors in South Korean Agriculture. J

49. Reiner AM, Gerberich SG, Ryan AD,

Agromedicine 2016; 21(4): 345-52.

Mandel

43. Williams JH. Employee engagement. Prof

Large

Machinery-Related

Region in the Midwest. J Occup Environ

44. Heiberg AM, Mattila TE, Kaustell KO, Factors

J.

Agricultural Injuries Across a Five-State

Safety 2008; 53(12): 40-6.

RH.

Agricultural

p_121205.pdf

problem in Latin America. Bus Soc Rev

Rautiainen

on

Med 2016; 58(2): 154-61.

affecting

50. Dembe AE, Erickson JB, Delbos RG,

occupational safety and health of Nordic

Banks SM. The impact of overtime and

foreign farm workers. Nordic Meeting on

long work hours on occupational injuries

Agricultural Occupational Health & Safety

and illnesses: new evidence from the

2012 August 27-29, 2012 Ystad, Sweden.

United States. Occup Environ Med 2016;

Available from:

62: 588-97.

https://pub.epsilon.slu.se/9290/7/lundqvist_

51. Tucker P, Folkard S. Macdonald I. Rest

p_121205.pdf

breaks reduce accident risk. Lancet 2003;

45. Hendricks KJ. Youth on racial minority

361: 680.

operated U.S. farms, 2008: demographics

52. Moyce S, Joseph J, Tancredi D, Mitchell D

and injuries. J Safety Res 2014; 51: 81-6.

Schenker M. Cumulative Incidence of

46. Lekei EE, Ngowi AV, London L. Farmers'

Acute 51

Kidney

Injury

in

California's

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

Agricultural Workers. J Occup Environ

D'Antoni J. Physical Characteristics of

Med 2016; 58(4): 391-7.

Farm Equipment Crash Locations on Public

53. Percival

N.

Contributing

factors

to

Roads in Tennessee. J Agric Saf Health

agricultural accidents in New Zealand. Nordic

Meeting

on

2015; 21(2): 85-94.

Agricultural

60. International Labour Organization. Draft

Occupational Health & Safety 2012 August

Code of Practice on Safety and Health in

27-29, 2012 Ystad, Sweden. Available

Agriculture. ILO, Geneva, Switzerland,

from:

2010; p: 5-29.

https://pub.epsilon.slu.se/9290/7/lundqvist_

61. Lovelock

p_121205.pdf

K,

Occupational

Cryer Health

C.

Effective

Interventions

in

54. DeWit Y, Pickett W, Lawson J, Dosman, J.

Agriculture Summary report no.5. Injury

Farm Activities and Agricultural Injuries in

Prevention Research Unit, University of

Youth and Young Adult Workers. J

Otago, Dunedin, New Zealand. Occasional

Agromedicine 2015; 20(3): 318-26.

Report OR 072. 2009. Available from:

55. Caruso CC. Negative Impacts of Shiftwork

http://psm-dm.otago.ac.nz/ipru/ReportsPDFs/

and Long Work Hours. Rehabil Nurs 2014;

OR072.pdf

39(1): 16-25. 56. Gross

N,

62. McNamara J, Kinsella A. Recent trends in Young

T,

Ramirez

M,

farm injuries in Ireland. Nordic Meeting on

Leinenkugel, K, Peek-Asa C. Characteristics

Agricultural Occupational Health & Safety

of Work- and Non-work-Related Farm

2012 August 27-29, 2012 Ystad, Sweden.

Injuries. J Rural Health 2015; 31(4): 401-9.

Available from:

57. Levesque DL, Arif AA, Shen J. Association

https://pub.epsilon.slu.se/9290/7/lundqvist_

between workplace and housing conditions

p_121205.pdf

and use of pesticide safety practices and

63. Douphrate

DI,

Nonnenmann

MW,

personal protective equipment among North

Hagevoort R, Gimeno Ruiz de Porras D.

Carolina farmworkers in 2010. J Occup

Work-Related Musculoskeletal Symptoms

Environ Med 2012; 54(12): 1550-6.

and Job Factors Among Large-Herd Dairy

58. Fragar L, Temperley J. Drivers of adoption

Milkers.

of safety innovations on Australian cotton

224-33.

farms. J Agric Saf Health 2011; 17(3):

J Agromedicine 2016; 21(3):

64. Arcury TA, Quandt SA, Cravey AJ, Elmore

209-26.

RC, Russell GB. Farmworker reports of

59. Mehlhorn Sandy, A, Darroch B, Wilkin H,

pesticide safety and sanitation in the work 52

Moradhaseli et al.

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

environment. Am J Ind Med 2001; 39(5):

Policy Paper 2007; no. 5. Stichting DLO:

487-98.

Wageningen. Available from:

65. Horsburgh S, Feyer AM, Langley, JD. Fatal work

related

injuries

in

http://www.boci.wur.nl/UK/Publications/

agricultural

72. Lange E, Hehl-Lange S, Brewer MJ.

production and services to agriculture

Scenario-visualization for the assessment of

sectors of New Zealand, 1985–94. Occup

perceived green space qualities at the

Environ Med 2001; 58(8): 489-95.

urban–rural fringe. J Environ Manage 2008;

66. Gorucu S, Murphy DJ, Kassab C. A MultiYear

Analysis

of

Fatal

Farm

89(3): 245-56.

and

73. Swanson

BE.

Changing

extension

Agricultural Injuries in Pennsylvania. J

paradigms within a rapidly changing global

Agric Saf Health 2015; 21(4): 281-98.

economy. J Rural Dev 2010; 1: 59-63.

67. Donham

KJ,

Medicine:

Thelim

Agricultural

VP.

Cyber

extension:

The

extension approach for new millennium.

Environmental Health for the Professions.

Manage Cyberary 2003; 18(8). Available

1

Edition,

Occupational

74. Sharma

and

st

Rural

A.

Ames,

IA:

Blackwell

from:

Publishing, 2006; p: 20-6.

http://www.manage.gov.in/managelib/facul

68. Meister H, Grugel L, Walger M, Wedel

ty/vpsharm a.htm.

HV, Meis M. Utility and Importance of

75. Tuttle S, Linder JR, Dooley KE. Historieal

Hearing-Aid Features Assessed by Hearing-

and eurrent extention systems in Dr.

Aid Acousticians. Trends Amplif 2010;

Arroyo, Northeastern Mexico. Proeedings

14(3): 155-63.

of the 22nd Association for International

69. Oldfied A, Ocock M. Managing Project

Agriculture

and

Extention

Education

Risk: the Relevence of Human factors the

Annual Conference, Cleawater Beach:

International. IPMA 1997; 1(2): 99-109.

Forida 2006; 18-25. Available from:

70. Baysari MT, Mcintosh AS, Wilson J.

http://www.aiaee.org/2006/Accepted/658.p

Understand the human factors contribution

df

to raiway accidents and incidents in

76. Rivera MW, Sulaiman RV. Extension:

Australia. Accid Anal Prev 2008; 40 (3):

Object of reform, engine for innovation.

1750-7.

Outlook on Agri 2009: 38(3): 267-73.

71. Meijerink GP, Roza. The role of agriculture in development. Sustainable

77. Axinn GH. Guid on alternative extension

Markets, Chains and

approaches. Translated by Kashani A, Mir

Development Strategy and

J. Tehran: Arghanon Publication, 2003; p: 53

Factors Affecting the Incidence of …

Health Education and Health Promotion (HEHP) (2017) Vol. 5 (1)

17-30.

82. Kenmore P. Integrated pest management.

78. Aghasizadeh F. Extention of Agriculture: Fundamentals

and

Concepts.

Int J Occup Environ Health 2002; 8(3):

Saveh:

173-4.

Publication of Saveh Azad University,

83. Noar

2008; p: 13-26.

SM,

Behavior

Zimmerman Theory

and

RS.

Health

cumulative

79. Amini A, Hejaziazad Z. An Analysis and

knowledge regarding health behaviors: are

Assessment of Health Contribution to

we moving in the right direction? Health

Increasing Labor Productivity: A Case

Educ Res 2005; 20(3): 275-90.

Study of Iran. JER 2007; 9(30): 137-63.

84. Simbar M, Ramezani Tehrani F, Hashemi

80. Marmot M. The influence of income on

Z. Sexual-reproductive health belief model

health: views of an epidemiologist. Health

of college students. Iran South Med J 2004;

Aff (Millwood) 2002; 21(2): 31-46. [In

7(1): 70-8. [In Persian]

Persian]

85. Ooi PA, Kenmore PE. Impact of educating

81. Shariatzadeh

Malek

farmers about biological control in farmer

Mohammadi A, Noroozi, A. Agricultural

field schools. 2nd International Symposium

training experts' opinions about the goals,

on Biological Control of Arthropods 2005;

plans

and

undergraduate

M,

Chizari

process

M,

of

recruiting

78-85. Available from:

agricultural

education

https://www.bugwood.org/arthropod2005/v

system. IAEEJ 2006; 2(1): 45-9.

ol1/6a.pdf

54