Q Fever

About Q Fever

Q Fever is an infection that produces flu-like symptoms in humans but can progress to more serious symptoms and chronic illness in some cases. It is spread to humans from infected livestock and wildlife, although animals rarely show symptoms. It is most commonly transmitted by inhaling infected dust and contaminated droplets containing the bacterium – Coxiella burnetii. The bacterium is highly contagious within herds of domestic cattle, sheep, goats, and wild pigs. 

The bacterium is found in infected animals’ urine, faeces, birth fluids, the placenta of a foetus or newborn as well as in uterine discharges following birth. These materials will contain high concentrations of the bacterium. 

The organism is highly contagious within domestic herds and will spread quickly through stock. Once a herd is infected it will almost invariably spread to neighbouring stock, native and feral animals, and sometimes domestic cats and dogs. Once a herd is infected, it normally remains infected. 

Direct or indirect inhalation of the bacterium is the most common mechanism of human infection. However, the human infection can also occur via skin abrasions and splashes of infected material into the eye. The consumption of unpasteurised milk from infected cows and goats has accounted for small numbers of Q Fever cases. 

The Coxiella burnetii bacterium is resistant to heat, drying and many common disinfectants, allowing it to survive for lengthy periods in the environment. Infection can also be transmitted by direct contact with objects (boots, clothing) and ingestion (for example eating after you’ve handled animals and not washing your hands). 

Usually, Q Fever is an occupational disease of meat workers, farmers, and veterinarians. People who hunt and slaughter wild goats and pigs are also at risk. However, living in a regional or remote area puts you at high risk even if you don’t work with animals. 

Signs and symptoms of Q Fever

Diagnosis of Q Fever is made via a series of blood tests. Effective treatment includes antibiotic therapy. With early diagnosis, treatment is simple, and a good outcome can be expected. 

The use of personal protective equipment (gloves, P2 dust mask and waterproof overalls) will minimise your risk of exposure to infected body materials or inhalation of infected particles in the air. The most effective prevention strategy is immunisation against the disease and is achieved through vaccination with the Q Fever vaccine (Q –Vax). This can be given to at-risk people who are aged 15 years and over. 

Steps towards identifying, developing and registering Q Fever immunity

Initial – blood and a skin test

This is recommended to ascertain if the individual has previously been exposed to Q Fever – either naturally or by previous vaccination. In many cases, people have been unknowingly infected previously with a mild strain of the disease, which was not confirmed by a doctor as Q Fever. 

Interpretations – blood test and skin test

If interpretation confirms as – previously being infected with the disease, vaccination is unnecessary.

Implementation – Q-vax vaccination (if no immunity identified)

Once vaccinated, the vaccine will be recorded on the Australian Immunisation Register (AIR). People with an existing record with the Q Fever Register can access their information until 30/6/2025 at qfever.org. You may download your existing eStatement and have the details reported to the Australian Immunisation Register by a recognised vaccination provider. 

Contact your local GP or state health listed Q Fever provider for testing and vaccination services.

Find out more information on Q Fever visit Better Health Channel.

Fast facts:

References used for this topic

More information:

Australian Q Fever Register

Better Health Channel

US Centers for Disease Control and Prevention

Worksafe Victoria

Q Fever Facts

Clinical care:

Department of Health Australia
Information about Q Fever disease, vaccines and recommendations for vaccination from the Australian Immunisation Handbook

Royal College of Pathologists of Australia Manual
Q Fever

SA Health
Q Fever – including symptoms, treatment and prevention

Victorian Department of Health
Q Fever

Research & reviews:

Q Fever and Australian farmers: is the health system paying enough attention? A literature review (NCFH)

Open Veterinary Journal
Navigating Q Fever: Current perspectives and challenges in outbreak preparedness – PMC (nih.gov)

International Journal of Microbiology
Q Fever: Current State of Knowledge and Perspectives of Research of a Neglected Zoonosis

Australian Journal of Pharmacy
Q Fever and Australian farmers: is the health system paying enough attention? A literature review

Medical Journal of Australia
Seroprevalence of Q Fever among metropolitan and non‐metropolitan blood donors in New South Wales and Queensland, 2014–2015

AgriFutures Australia

Taking the Q (query) out of Q Fever

Psittacosis – Ornithosis

Psittacosis (sometimes called ornithosis) is an infection of the lung (pneumonia) caused by the bacterium Chlamydophila (Chlamydia). The bacterium is carried by both wild and domestic birds, which often show no sign of disease.

People who have close contact with birds, such as bird breeders pet shop employees, pet owners, poultry farm workers, abattoir workers, veterinarians (vets) and individuals who live near high-density native bird populations are at increased risk. This can include farmers with chickens, ducks, turkeys, geese, guinea fowl, or aviaries with pet birds. Exposure to psittacosis in pregnancy has been associated with maternal and foetal death.

Infection is caused by inhaling dust containing dried bird faeces or dry eye and nasal secretions from infected birds.

Symptoms of psittacosis may be often associated with the flu (flu-like) and include:

There have been reported cases in cattle, sheep, horses, cats and dogs. If the infection is contracted, treatment involves antibiotic therapy.

Find out more about this topic on Better Health Channel

Fast facts:

References used for this topic

More information:

Centres for Disease Control (US)
Psittacosis

Department of Health (Aust)
Psittacosis (ornithosis) case definition

BMC Infectious Diseases Journal
Animal sources for zoonotic transmission of psittacosis: a systematic review

The Journal of Obstetrics and Gynaecology Research
Gestational psittacosis: A case report and literature review

Clinical care:

Australian Government Department of Health
Psittacosis (ornithosis): CDNA National Guidelines for Public Health Units

NSW Health
Psittacosis

Australian bat lyssavirus

Australian bat lyssavirus (ABLV) is related to the rabies virus. Thankfully, lyssavirus is a rare disease in Australia and only three human deaths have been recorded since it was discovered in 1996.

People can be infected by bites or scratches from infected flying foxes or bats. There are vaccines to prevent infection and treatment after direct exposure can also be effective. It is important to seek treatment promptly if you have had contact with bats. 

If you are bitten or scratched by a bat, immediately wash the wound thoroughly with soap and water, apply an antiseptic and get immediate medical help.

Fast facts:

Prevention will depend on the ability to avoid exposure to bats, particularly if they are behaving unusually or unwell. If avoidance of the animal is not possible, then prior vaccination is recommended. If an exposure occurs (bite, scratch or exposure to saliva) then post exposure treatment with the rabies vaccine is advised.

References used for this topic

More information:

Better Health Channel
Australian bat Lyssavirus infection

Department of Agriculture and Fisheries (Qld)
Australian bat lyssavirus

SA Health
Rabies virus and Australian bat lyssavirus – including symptoms, treatment and prevention

Clinical care:

Australian Department of Health and Aged Care
Rabies and other lyssavirus
Australian Immunisation Handbook: Rabies and other lyssaviruses

NSW Health
Rabies and other lyssavirus infections

Research & reviews:

Microbiology Australia
The dynamic landscape of bat borne zoonotic viruses in Australia (2020) [PDF]

Australian Journal of General Practice
Australian bat lyssavirus (2018)

NSW Public Health Bulletin
Australian Bat Lyssavirus: Examination of post-exposure treatment in NSW [PDF]

Viruses
Recent Observations on Australian Bat Lyssavirus Tropism and Viral Entry (2014)

Biology (MDPI)
Emerging Rhabdoviruses and Human Infection

Leptospirosis

Leptospirosis is a disease caused by the Leptospira bacteria. People can catch Leptospirosis when they come in contact with the urine or birth products from infected animals. This disease is a particular risk for dairy and pig farmers.

Leptospirosis is also spread by rats and known as Weils disease. It usually enters the body through cuts or scratches in the skin. Banana farmers and sugar cane growers are at particular risk.

Leptospirosis causes a flu-like illness with symptoms including coughing, fever, chills, sore joints and general weakness. In 2022 (up to September) there were 135 reported cases in Australia. To prevent leptospirosis, vaccinate cattle, control rodents and wear protective clothing (gloves, boots, overalls, P2 dust mask, protective eyewear).

Fast facts:

References used for this topic

More information:

Meat and Livestock Australia
Leptospirosis

Queensland Health
Leptospirosis

Clinical care:

Centre for Disease Control (CDC)
Leptospirosis: Fact Sheet for Clinicians

World Health Organization (WHO)
Human leptospirosis: guidance for diagnosis, surveillance and control 2018

Research & reviews:

Australian Journal of General Practice
Leptospirosis: An important zoonosis acquired through work, play and travel (2018)

Medical Journal of Australia
Fatal leptospirosis presenting as musculoskeletal pain

Communicable Diseases Intelligence
An outbreak of leptospirosis associated with cattle workers during the wet season, in the Northern Territory of Australia, 2021.

Hendra virus

Hendra virus (HeV) is a rare, emerging zoonotic virus (a virus transmitted to humans from animals). It is spread by its natural host – fruit bats, and can then be passed from sick/infected horses to humans. Horses may be infectious for 72 hours prior to symptoms and until after disposal of the carcass.

It can cause severe disease which affects the lungs and brain of horses and humans. Symptoms of HeV in humans may range from a flu-like illness to fatal respiratory and neurological disease (WHO, 2020). There is no human vaccine for the Hendra virus and without prompt treatment, the virus is often fatal.

Take care when handling all horses. Wash and dry hands thoroughly after handling horses. Avoid contact with secretions (blood, urine, faeces, saliva, nasal secretions). Cover cuts/abrasions with occlusive dressings.

Photo courtesy of Dave Hunt, ABC.

Always wear gloves, masks and protective glasses when handling sick horses Vets should take particular care during post-mortems.

Reduce the risk of transmission from bats to horses by moving feed and water troughs away from areas where fruit bats feed or roost.

Fast facts:

References used for this

More information:

Australian Broadcasting Corporation (ABC)
Potentially deadly Hendra virus spreads further south in New South Wales

CSIRO
Hendra virus identification

Queensland Government
Hendra virus information for industry and horse owners

Better Health Channel
Hendra Virus

Australian Veterinary Association
Hendra Virus

Clinical care:

Queensland Health
Hendra virus infection for healthcare workers [PDF]

NSW Health Department
Hendra virus monitoring

Research & reviews:

Microbiology Australia
The dynamic landscape of bat borne zoonotic viruses in Australia (2020)

Medical Journal of Australia
Hendra virus infection in a veterinarian

Queensland Government
Hendra virus research

Hand washing

Washing your hands is one of the simplest, yet most effective, things you can do to protect your health and the health of others. It removes dirt, bacteria and viruses before they make you or others sick. 

Farmers routinely encounter potential sources of disease and illness including dirt, farm animals, domestic pets, farm chemicals, fertilisers, pesticides, medications, solvents and soil. Farmers and farm workers can also pass on contaminants to others through produce contaminated by bacteria or viruses due to poor hand washing. 

Five simple steps to clean your hands effectively

  1. WET
    • Wet your hands.
    • Turn off the tap and apply soap.
  2. LATHER
    • Rub your hands together with the soap.
    • Make sure you soap up to the wrists, get the back of your hands, in between your fingers and underneath your fingernails.
  3. SCRUB
    • Continue for at least 20 seconds.
    • Don’t have a timer? Sing ‘Happy Birthday’ in your head twice!
  4. RINSE
    • Rinse your hands in clean, running water.
    • If you’re out on the farm and clean, running water is not available, use what water is available, or keep some alcohol wash handy (containing at least 60% alcohol).
  5. DRY
    • Thoroughly dry your hands with a clean towel or let them air dry.

When should you wash your hands?

The few minutes spent washing your hands throughout the day can prevent an illness that could keep you (or others) out of action for days, weeks or even longer.

Fast facts:

References used for this topic

More information:

Better Health Channel
Hand washing – Why it’s important

Centers for Disease Control (US)
About hand washing

Occupational Dermatology
Skin care in the workplace

The Nemours Foundation (US)
Hand washing: Why it’s so important

Healthdirect
Hand washing (provides a downloadable poster on effective hand washing)

Anthrax

Anthrax is a bacterial disease that targets sheep, cattle and other hoofed herbivores (grass eating animals) like goats and horses. Occasionally anthrax infects humans.  Anthrax is a rare hazard for anyone who works with livestock or their by-products including farmers, abattoir workers, tanners and veterinarians.

Farmers and abattoir workers are more at risk than the general population. The cutaneous (skin) ulcer form is the only type recorded in Australia. There have been three cases affecting humans since 2001, all caused by exposure to anthrax spores. There have also been sporadic outbreaks in grazing animals during this time.

Anthrax occurs mainly in the pastoral areas of NSW, Northern Victoria and Gippsland.

Symptoms in Humans

Symptoms of anthrax include:

Fast facts:

References used for this topic page

More information:

Department of Primary Industries (NSW)
Anthrax

Better Health Channel
Anthrax

Clinical care:

Centers for Disease Control (US)
Fact sheet: Anthrax information for health care providers 

NSW Health
Anthrax control guidelines

Department of Health (Vic)
Guidelines for Infectious Diseases: Anthrax

Research & reviews:

World Health Organization (WHO)
Anthrax

Sheep and shearing

Sheep and shearing can create many hazards for farm workers as sheep can be unpredictable and result in physical injury.

Safe work practices and good training can help to avoid many mishaps. A safe working environment can minimise the chances of both injury and illness. Well-designed yards and shearing sheds can help to prevent and reduce a range of physical, chemical and biological hazards.

When you are working with sheep – from mustering and drafting to shearing and returning sheep to paddocks – develop and communicate your plans to all workers involved. Well-designed and well-maintained yards make it a lot safer, not to mention easier, to handle sheep. Ensure your shearing shed is sufficiently lit and ventilated, agricultural and veterinary chemicals are used and stored appropriately, and machinery is safe and well maintained.

Hazards associated with working with sheep

Hazards associated with shearing, crutching and treating sheep

Recommendations when working with sheep

Find out more about this topic on Better Health Channel.

Fast facts:

References used for this topic

More information:

Australian Wool Innovation
Shearing Shed Safety

SafeWork SA
Farmers’ Guidebook to work health and safety [PDF]

NSW Department of Primary Industries
Best Practice Sheep Handling video

National Centre for Farmer Health
Farmer needlestick injuries

Research & reviews:

Primary Industries Health and Safety Partnership
Woolshed Safety: A practical guide (2016)

Children and animals

Children get great enjoyment from farm life and naturally gravitate towards animals. However, animals can cause serious injuries and children need to be taught the dangers of being around livestock and other animals. This is not only important for children who live on farms, but also children who visit the farms of friends or family.

Animals on farms are one of the key consistent hazards causing injuries to children. Horses are a leading cause of injury on farms; at particular risk are young girls. It is important children ride and handle horses that are appropriate for their age and size, and they must always wear a helmet and suitable footwear.

If children care for or are around livestock or large animals, make sure they know to always be watchful, respectful and understand basic animal behaviour.

Children should also be taught how to behave around working dogs and understand that they can behave differently to pet dogs. It is also important to be alert and aware of snakes in the warmer months.

Find out more about this topic on Better Health Channel.

See the NCFH fact sheet to read more about child safety on farms.

Fast facts:

References used for this topic

More information:

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

Worksafe
Children on farms

Farmsafe Australia
Child safety on farms

Research & reviews:

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

Animal handling

Handling animals such as cattle, sheep, horses, poultry and dogs is part of everyday life on many farms and will always involve some level of risk. Health and safety on farms involves managing that risk for workers, family and visitors.

All animals behave differently and can be unpredictable, especially during mating season. Cattle, pigs, horses and sheep should be treated with caution at all times. Keep the animals as calm as possible, and a fence or barrier between you and the animals and never turn your back. 

Falling off horses can cause serious injuries, so riders should always wear a helmet. Ensure that all workers are appropriately trained in animal handling and that visitors are aware of the animal handling safety practices on your farm. Children should always be supervised around farm animals. 

Effective maintenance and design of yards and fences is important to reduce risk of injury when handling livestock. This can include the use of appropriate animal-handling equipment and aids such as cradles and crushes which reduce injury risk from lifting or pushing animals.  

Animals can carry diseases that can be transmitted to humans (this includes dogs and cats) so vaccinate for diseases such as Q Fever where appropriate and always wear suitable protective clothing to reduce your risk when handling potentially infected material such as faeces or afterbirth. Plan for tasks involving animals and get help if you need it. 

Find out more about this topic on Better Health Channel.

Fast facts:

References used for this topic

More information:

Safework Australia
Guide to managing risks in cattle handling

Queensland Government
Safety in animal handling

Safework New South Wales
Working with livestock on farms

WorkSafe Victoria
Safer cattle handling | WorkSafe Victoria

Research & reviews:

Journal of Agromedicine 
Fatal Animal Related Incidents on Australian Farms – a 20-Year Review (2023) 

Cureus 
Horse and Cattle-Related Trauma: A Retrospective Review of Injuries and Management in a Regional Queensland Hospital (2023)

Anger


Anger is an emotion that we all experience. However, this powerful emotion can be destructive and lead to violence if it isn’t managed.

Farming, like many occupations, can be stressful. When things go wrong you may feel rage and anger. We often take out our anger on those closest to us, our partners and families. Learning to recognise and understand your triggers can help you to manage your anger.

Look at the situations that make you angry – what can you do to avoid those things happening? Often they are due to a high level of demand on you and a loss of control over the situation. This may include machinery breakdown, broken water pipes, and people not doing what you think they should be doing.

Machinery will break down, commodity prices may drop, storms can damage farm buildings, gates may be left open – but how you react can have a profound impact on your own and your family’s health. There are many things in life that are beyond our control and recognising this is important to wellbeing. However, how we react to anger is something we can control.

Learn simple ABC strategies:
A.    Be AWARE of how you are feeling: Some signs of anger include tightening muscles, pressure building in the head, feeling hot or flushed in the face, raised heart rate, rapid breathing or increased sweating.
B.    BREATHE and allow yourself some time: Step away from a situation that makes you feel angry, spend a couple of minutes focusing on deep breathing and return after a break with a cool head and a fresh perspective.
C.    Take CONTROL of your emotions and respond safely and non-aggressively: Use helpful self-talk such “I am not going to let this situation get to me” or “Just stop and take a few breaths”. Try ‘releasing’ your anger through visualising an image in your mind e.g. releasing a bird.

Find out more about how anger can affect you or others on the Better Health Channel.

Anger is a powerful emotion. Uncontrolled anger may cause increased anxiety, high blood pressure and headaches, and trigger fights or abuse. Anger can also be ‘contagious’, particularly in family relationships.

If you can manage your feelings of anger, you can help break the cycle of extreme emotion. Anger management strategies include regular exercise and learning how to relax. People may even be less prone to anger when they are physically fit, with recent research suggesting that cardiorespiratory fitness may help to reduce stress reactivity (e.g. becoming angry) in high stress situations. Understanding and managing your anger takes effort and practice – but the rewards are worth it.

ifarmwell has produced a great worksheet that you might find helpful: Anger worksheet.

Fast facts:

References used for this topic

More information:

The Guardian
Science of anger: how gender, age and personality shape this emotion

Psychology Today
How to control anger: Seven quick tips

Mensline
Managing anger

ReachOut Australia
All about anger

The Conversation
How to understand and harness your workplace rage

Country Guide
Manage anger on the farm

Research & reviews:

Journal of Social and Personal Relationships
Anger in the family: Dyadic Contributions. Journal of Social and Personal Relationships

Group Decis Negot (The Netherlands)
Anger in social conflict: Cross-situational comparisons and suggestions for the future

Journal of Psychiatric Research
An examination of the relationship between anger and suicide risk through the lens of the interpersonal theory of suicide

Frontiers in Psychiatry
Does Cardiorespiratory Fitness Buffer Stress Reactivity and Stress Recovery in Police Officers? A Real-Life Study 

Wood fires and breathing problems

Smoke from slow-combustion stoves, wood fires, burn offs and bushfires can cause breathing problems.  Wood fire smoke can pollute the air with carbon monoxide – an invisible, odourless and tasteless gas that, once ingested, can cause confusion, headaches, fatigue, damage to the heart and brain, and death. Particles in wood fire smoke can irritate the eyes, throat, nose and respiratory system.

Wood smoke may also contain carcinogenic pollutants like benzene, butadiene, formaldehyde and polycyclic aromatic hydrocarbons. Exposure to these gases can severely hinder healthy development and damage the respiratory, nervous, reproductive and immune systems.

The effects of wood smoke exposure are typically short-term, with most healthy adults recovering quickly. However, pregnant women, children, elderly persons and individuals with a diagnosis or history of heart disease, lung conditions, diabetes and high blood pressure, are particularly susceptible to smoke-induced breathing problems.

Exposure to wood smoke can occur:

Inside the home: wood heater, slow combustion stoves and outdoor smoke entering the house.

Outdoors: outdoor fires, burn-offs, crop stubble burns and bushfires.

Things to consider if you use a wood heater or wood stove:

To find out more about woodfire smoke and breathing problems visit Better Health Channel

Fast facts:

References used for this topic

More information:

Australian Government Department of Sustainability, Environment, Water, Population and Communities
Woodheaters and Woodsmoke – air quality

Better Health Channel
Wood fires and breathing problems

Tips to reduce wood heater pollution (2019)

EPA (South Australia) 2018
Burn Better for Good

Research & reviews:

European Respiratory Journal
Wood smoke exposure and risk of chronic obstructive pulmonary disease [PDF 194kb]

Environmental Toxicology and Pharmacology (2017)
Wildfire Smoke Exposure and Human Health: Significant Gaps in Research for a Growing Public Health Issue