2014-03-14 Federal budget anxiety for Hamilton’s National Centre for Farmer Health

Federal budget anxiety for Hamilton’s National Centre for Farmer Health (Source: Warrnambool Standard)

2014-03-19 Hollow offer – Hamilton Spectator

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Falls prevention on farms

Falls are one of the most common causes of death and injury on farms, especially among older farmers. It is common for people to fall from horses, motorbikes, farm machinery, steps, haystacks, trucks, ladders, silos, windmills, fences, the back of utes and in livestock yards.

A bad fall can lead to long term injuries making it difficult for a person to continue farming. A permanent disability from a fall is a common reason for people being admitted to hospital and then residential care.

Farms have many potential hazards, such as ladders, silos, windmills, gates and ramps. Even from waist height, falls can cause serious injuries. There are lots of things you can do around the farm to help prevent falls:

Remember, it’s much easier to prevent a fall than to recover from one.

Farm safety – falls
Falls are a leading cause of injury and death for farm workers. Common hazards include animals, motorbikes and all-terrain vehicles (ATVs, or quad bikes), working at heights in silos or on tractors, harvesters, cherry pickers or windmills, uneven surfaces and uncovered wells. Older farmers are most at risk. Simple safety measures can reduce the danger.

Find out more about this topic on Better Health Channel

Fast facts:

References used for this topic

More information:

Australian Centre for Agricultural Health and Safety
Falls Injury Prevention 

Queensland Government
Slips, trips and falls prevention

Government of Western Australia
Guidance note: Falls prevention in the agricultural sector

Research & reviews:

AgriFutures Australia/Australian Centre for Agricultural Health and Safety
Health and safety in older farmers in Australia: the facts – 2007

Australian Institute of Health and Welfare
Trends in injury deaths, Australia: 1999–00 to 2014–15

Monash University Accident Research Centre
Preventing farm injuries [PDF]

Safework Australia
Work-related injuries and fatalities involving falls from a height in Australia 2013

Child safety on farms

Children who live on farms are more likely to be injured or killed on the farm than their parents or other farm workers. Since 2001, children under 15 years have accounted for approximately 15% of all farm-related deaths on Australian farms (235 deaths). Injuries can also have long-term physical, psychological and financial impacts on children and their families.   

The main hazards responsible for these deaths include dams and water bodies (especially for children under five), quad bikes, side-by-sides, tractors, farm utes, motorbikes and horses.  

How to keep children safe on farms

Fast facts:


References used for this topic

AgHealth Australia
National Farm Injury Data Collection and Surveillance reports  
Populations at risk – Safe Play Areas on Farm 

More information:

FarmSafe Australia
Child Safety on Farms

Victorian Farmers Federation
Child Safety on Farms: A practical guide for farming parents [PDF]

Worksafe Victoria
Children on farms

KidSafe
Farm Safety Checklist [PDF] 

SafeWork  
Child safety on farms: fact sheet  

Research & reviews:

Australian Journal of Rural Health
Protecting the future: Fatal incidents on Australian farms involving children (2001-2019)

International Journal of Environmental Research and Public Health  
Child Farm-Related Injury in Australia: A Review of the Literature 

Water – make it safe to drink

Drinking water from rain tanks, bores and even dams is great when you know the water is safe. However, sometimes prolonged dry periods, contamination from dust, livestock, birds, algae and even insect plagues can affect the quality of your drinking water.

Parasites can be ingested from drinking rainwater, particularly after periods of heavy rain or when the tank water is low. Dirt from the roof, including animal faeces and germs, carried in the wind can blow onto the roof and flow into the tank. This can lead to diseases, such as Blastocystis. Seepage from septic tanks, intensive farming operations or pesticide drift can also contaminate your drinking water supply. More recently climate variability has increased the number of algal blooms which can also be toxic.

If you suspect water may be contaminated, boil or filter your drinking water. You may need to consider treating it with a disinfectant – for more information on how you can treat water at your home visit the “Guide to Drinking Water Treatment Technologies for Household Use”.

Drinking untreated water such as creek water, bore water or sometimes even rainwater can lead to illnesses including gastroenteritis. Natural water sources should be used with caution and water treatment methods can be used to ensure your water is safe to drink.

Remember, think before you drink and treat the water if you are unsure. It is a good idea to take a bottle of clean drinking water with you if you are out on the farm.

Find out more about this topic on Better Health Channel

Fast facts:

References used for this topic page

More information:

Department of Health
Your Private Drinking Water Supply

Centers for Disease Control (US)
Global Water, Sanitation, and Hygiene (WASH)

Centres for Disease Control (US)
A Guide to Drinking Water Treatment Technologies for Household Use

Department of Water, Government of Western Australia
Safe use of bore water in rural areas

Environmental Protection Agency (US)
Private Drinking Water Wells

Centers for Disease Control and Prevention
Making water safe

Research & reviews:

Centers for Disease Control (US)
Surveillance for waterborne disease and outbreaks associated with drinking water and water not intended for drinking – United States, 2005-2006

Water tanks and dams – safety tips

Water tanks, dams and channels on farms are an essential source of water for human and livestock drinking and irrigation needs. However they can pose serious risks. Children can drown in tanks and dams, water can be contaminated and accidents can happen when tanks are being cleaned.

Tanks can also become breeding areas for mosquitoes which is a particular concern in areas where mosquito borne diseases like Murray Valley encephalitis virus, Ross River virus, Barmah Forest virus and Dengue fever are a risk.

Protect yourself and others: 

Seal water tanks so children, animals, birds and insects can’t get in.
Monitor and clean water tanks regularly. Ensure you use appropriate safety precautions; ie make sure someone knows you are in there and be careful using motorised pumps in confined spaces such as tanks — people have become asphyxiated.

Ensure there is a safe and fenced off play area for children and always keep an eye on children near dams, troughs swimming pools, creeks and tanks.

If you obtain your drinking water from bores, rivers, dams or rainwater tanks, you should take special care to make sure that this water is safe to drink. Contaminated water can cause serious illness, from nutrient build up, bacteria, agrichemicals, bushfire ash and algal blooms such as blue green algae. Water from hoses can also be dangerous particularly if it has been sitting in the hose and becomes warm thus enabling bacteria build up.

Fast Facts – Water tanks and dams – safety tips

References used for this topic

More information:

Better Health Channel
Water quality in tanks, bores and dams

ABC News
Carbon monoxide poisoning suspected in deaths of three people in Gunning water tank

Department of Health (Australia)
Emergency chlorination of farm water Last updated: January 2020 

Queensland Health
Safe water on rural properties

Research & reviews:

NHMRC
Australian Drinking Water Guidelines 6 2011 Version 3.5 Updated May 2019

Greywater recycling

On farms, greywater – which is household wastewater (excluding toilet water) – can be used to supplement water supplies for irrigation, particularly for non-edible plants and landscape watering. This promotes water conservation and reducing reliance on freshwater sources. 

In the home, greywater can be used for laundry and toilet flushing. Outside of the home, greywater can be used to water lawns and garden plants (but not vegetables), and keep dust down around the house, sheds and yards. 

Things to consider

Unless you have a proper treatment facility you should not store greywater (over 24 hours).

You can use greywater in three ways:

  1. Manual bucketing – collecting water in a bucket (e.g. from the washing machine or shower and watering the garden). This is the cheapest option.
  2. Greywater diversion – these systems divert greywater to a small holding tank and then to an irrigation system below the soil surface.  
  3. Greywater treatment – these systems clean greywater enough to be stored and can be used in any weather. It is not clean enough to drink but can be used to flush toilets, wash clothes and water the garden.

Two key benefits of using greywater include the reduced need for freshwater and the reduction in the amount of wastewater entering septic systems and sewers.

Take care when using greywater. It has the potential to make people in your household unwell and kill plants. Make sure your pets and livestock don’t drink greywater and that it doesn’t run into creeks or other waterways. There are also biodegradable washing products that make your greywater safer to use.

Find out more about this topic on Better Health Channel.

Fast facts:

References used for this topic

More information:

Australian Department of Sustainability, Environment, Water, Population & Communities
Guidelines for developing recycled water schemes in horticulture

Sustainable Earth Technologies
Greywater treatment

Better Health Channel
Greywater – recycling water at home

Workshop safety

Workshops are essential on a farm but they need to be safe places to work. Around 15.1% of agricultural fatalities involved powered tools, equipment and appliances in 2010 to 2014 combined. Between 2015–2019 (Australia-wide), 3% of workplace fatalities occurred due to contact with electricity.  This is six deaths (on average) each year. It is essential to identify any potential hazards and remove the risk. Making the workshop and job as safe as possible can minimise or eliminate the potential for injury or fatality and be aware of which equipment involves greater risk than others. For example portable equipment is particularly vulnerable due to fraying leads and extension cords. Consider non slip flooring to prevent slips.

Having personal protective equipment (PPE) available to wear is best practice.

There are many potential hazards in a workshop:

Workshops should be kept tidy and clean to prevent slips, trips, falls and other accidents. Regular inspecting and testing of equipment should be done. For more information on farm workshop safety visit Farm Safe Australia.

Fast facts:

References used for this topic

More information:

Safework Australia
Work related injuries and fatalities on Australian Farms

Farmsafe Australia
Farm workshop safety guide

National Ag Safety Database (US)
Workshop safety

Department of Commerce (WA)
Agricultural safety and health checklist

Research & reviews:

Head and Face Medicine
Penetrating facial injury from angle grinder use: management and prevention [PDF 1.4mb]

Tractor safety

Tractors are a useful and often essential piece of farm machinery on Australian farms. Modern tractors have been designed and built with your safety in mind – and its safe operation is entirely in the hands of the operator.

However, tractors remain the most common cause of death and serious injury on farms. From 2003-23, 362 fatalities occurred in the agriculture industry that involved a vehicle. The most common vehicles involved were tractors and other mobile plant (63 per cent, 4231 fatalities)1

Always follow the safety instructions for your tractor, particularly when you stop or start the tractor. Every model of tractor is different and will have slightly different safety requirements. Read and follow the instructions in the operator’s manual to ensure you are operating your tractor safely.

Passengers riding on tractors, tractor implements or trailers are at a high risk of injury. They were neither built nor intended for joy riding. When tractors travel over uneven ground, passengers can easily be jolted, lose their grip and fall. Do not carry passengers on tractors without instructor seats, roll-over protective structures (ROPS) and safety belts. 

Hazards and risks associated when operating and working with tractors

Recommendations when operating and working with tractors

Find out more about this topic on Better Health Channel.

Fast facts:

References used for tractor safety topic page

More information:

Australian Centre for Agricultural Health and Safety
Tractor and machinery

NT WorkSafe
Tractor and rural machinery safety

WorkSafe Queensland
Tractors

Safework Australia
Plant (such as tractors)

WorkSafe Victoria
Tractor roll-over protection requirements

Australia Wide First Aid 
Farm Vehicles and Machinery – Injuries and Safety 

Research & reviews:

Safework Australia
Work-related traumatic injury fatalities Australia (2021)

American Journal of Preventive Medicine
Effectiveness of roll-over protective structures in reducing farm tractor fatalities (2000)

MDPI
Which technologies make Australian farm machinery safer? A decision support tool for agricultural safety effectiveness (2024) 

Safework Australia
1 Work-related fatalities

Quad bikes

While useful, quad bikes – sometimes called four-wheeler bikes – are not safe for use on all terrains. These vehicles can be unstable and have been involved in a number of farm injuries and deaths, largely as a result of roll-over situations.

Always follow manufacturer’s instructions for vehicle use, wear a helmet and protective clothing when riding and ride in a responsible manner. Never allow children to play on or ride quad bikes. It is recommended that all quad bikes have an operator protective device (OPD) fitted.

Find out more about this topic on Better Health Channel.

View more Worksafe Quad Bike videos.

Fast facts:

References used for this topic

More information:

Farmsafe Australia
Safe use of Quads and Side by Side Vehicles on Australian Farms (2019)

WorkSafe Victoria
Quad bikes – a handbook for workplaces (2018) [PDF]
Quad bike safety app
Quad bikes risk assessment
Quad bikes – Reducing the risks

National Farmers Federation
Mythbuster: Crush Protection Devices [PDF]

ACCC Product Safety
Quad bikes guide

Research & reviews:

Journal of Agromedicine 
A Qualitative Enquiry of On-Farm Rules About Quad Bikes (ATVs): How Rules Are Determined and Implemented at a Farm Level in Rural Australia (2024)

Australian and New Zealand Journal of Public Health
A descriptive review of quad‐related deaths in Australia (2011–20) (2022)

Traffic Injury Prevention
Injury mechanisms in fatal Australian quad bike incidents (2016)

Noise prevention

Using loud machines and tools on farms – such as tractors, augers, firearms, chainsaws, radios and tools in the workshop – can cause permanent hearing loss if you’re not careful. 

Prolonged exposure to noise levels above 85 decibels (dB) damages the tiny hair cells in the inner ear, leading to irreversible hearing loss. For example, chainsaws can reach up to 120 dB – and that’s so loud that without hearing protection, you could start damaging your ears in just 8 seconds

Noise is considered dangerous when:  

Repeated exposure to loud noises over days, weeks, or years compounds the damage, often making hearing loss a slow but permanent process that may go unnoticed until it becomes severe. 

Signs that you may have hearing loss

How to protect your hearing  

Getting your hearing checked 

A hearing test can show how well you hear different sounds. It can help figure out if there’s any hearing loss and how serious it is. You can talk to your doctor, audiologist or hearing specialist to learn more. 

For more info, visit the Better Health Channel to learn how hearing works and when to get tested. 

Fast facts: 

References used for this topic

More information:

Deafness Forum Australia
Hearing health resources hub

WorkSafe Queensland (Qld)
Manual tasks and noise

Farmsafe Australia
Shooting – aim to keep your hearing [PDF]

Australian Centre for Agricultural Health and Safety
Farm noise and hearing loss [PDF]

Safe Work Australia
Safety hazards: Noise

Research & reviews:

National Centre for Farmer Health
Some differences but all at risk: Improving farm safety for young people – An Australian experience

Australian Journal of Rural Health
Farmers’ work-day noise exposure

Disability and Rehabilitation, Early Online: 1-6 y
Higher social distress and lower psycho-social wellbeing: examining the coping capacity and health of people with hearing impairment

Parliament of Australia
The extent and causes of hearing impairment in Australia

Journal of Agromedicine
Changes in the hearing status and noise injury prevention practices of Australian farmers from 1994 to 2008

National Centre for Farmer Health for The Department of Health and Ageing
Shhh hearing in a farming environment