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The Queensland Shark Control Program (SCP) is a government-run program that aims to reduce the risk of shark bites in Queensland coastal waters. The SCP began in 1937 in New South Wales and was later established in Queensland waters in 1962, following a string of several fatal shark bites within the state. Beach safety measures have not been altered or changed since their first establishment in 1937, nearly 100 years ago... The two deterrent devices that are being utilised within this program in Queensland waters are shark nets and baited drumlines.
In Queensland waters, shark nets are made from a mesh-like net material that range between 124m to 186m in length, 6m wide and sit in 10m-12m of water. This net is positioned 500m from the shore. This device is often used to "protect" entire stretches of coastlines that are often up-to 1 to 2 kilometres in length. Shark nets have been proven to have no influence on beach safety.
In Queensland waters, baited drumlines consist of a large baited fishing hook that is attached to a bouy that sits on the surface of the water. This device is chained to the sea floor. This device is located 500m from the shore. Drumlines are often baited with mullet and/or shark pups, and are designed to attract, hook and kill target shark species. If the species caught is a target shark, it will be killed. If it is a non-target species, like a dolphin or turtle, it will be released whenever possible. While baited drumlines do catch more target species than shark nets, this device is baiting the water and attracting predatory sharks closer towards the shore.
Shark nets range between 124m to 186m in length, are 6m wide and positioned in approx. 10m-12m of water. Shark nets simply float on the surface level of the water to approx. 6m depth. They do not extend to the seafloor, and do not enclosure an area. Animals can swim under or around the device.
Shark barriers, like the Eco Shark Barrier, form a complete enclosure, providing 100% protection for beach users. The nylon material is anchored from the sea bed to the surface of the water, and stretch along both sides of the beach, created an enclosed and protected swimming area.
Shark bites at beaches with shark control equipment continue to occur, just as they have since their first establishment in Queensland waters in 1962. Between 1962, the commencement of the shark control program and March 2024, there were 42 shark bites at beaches with shark control equipment (Annual review of the QSCP, 2024). This equipment was first designed in a different time in 1930's in NSW, nearly 100 years ago, and has shown time and time again to create only a false sense of security for beach-users. There is no denying the recent rise in shark interactions around Australia, and it can be seen that these archaic devices are a laughable and ingeniune attempt at providing safety when entering the water.
Shark nets and baited drumlines are only used in three countries around the world; South Africa, Reunion Islands and Eastern Australia. Within Australia, Queensland and News South Wales are the only states that still utilise these archaic, destrutcive and ineffective devices.
There are 54 shark nets in Queensland, ranging from Tweed Heads to Mackay. There are 361 baited drumlines in Queensland, ranging from Tweed Heads to Cairns.
Shark nets and baited drumlines are only used in three countries around the world.
Other countries around the globe have sourced alternative scientifically-proven and environmentally-friendly shark deterrents methods that provide geniuene safety to beach-users. Modern technology, like drone surveillance, personal deterrents or Shark Safe Barriers, have provided us with innovative and highly effective shark mitigation solutions, that not only protect water-users, but also its natural marine life.
There are simply far more advanced methods available to us to keep beach-users truely safe, without destroying the marine world.
Coastal drone technology has revolutionsed beach safety, allowing lifeguards to easily spot sharks and patrol larger stretches of coastline. Drone technology plays a crucial role in the accurate identification of sharks. Drone surveillance can identify shark species and size, as well as monitor shark behaviour.
The Australian-made Eco Shark Barrier provides beachgoers with a fully enclosed swimming area. The Eco Shark Barrier provides a 100% effective solution, by creating a physical and complete barrier between humans and sharks.
Personal electronic shark deterrents like the SharkBanz or Shark Shield Band have been proven to provide a highly effective 3D protection field around the user. This alternative does not interefere or harm marine life, and can be worn by any water-user.
The Shark Safe Barrier utilise magnetic pipes that are anchored to the sea floor, overwhelming sharks sensory system, the Ampullae of Lorenzini. Playing on both visual and magnetic cues, the Shark Safe Barrier has been proven to be highly effective at creating an invisible boundary line for sharks.
As apex predators, sharks sit at the top of the food chain, meaning that they regulate the populations of marine species below them. Sharks are often referred to as the doctors of the ocean, as they feed on the weak, sick, or injured animals, removing them from the ecosystem. This process not only promotes the health of prey populations, but helps to maintain a balanced ecosystem.
The sharks role is essential in preventing the overpopulation of certain species, which can lead to an imbalance in the food web. For example, if mid-level predators increase in number without natural control by sharks, they may overconsume herbivorous fish. These herbivores are key to maintaining the health of coral reefs by grazing on algae. Without them, algae would overgrow and smother coral reefs, leading to long-term habitat degradation and loss of biodiversity.
This is just one example.
When sharks are removed from the ecosystem, a magnitude of change will occur.
The removal of an apex predator will have cascading affects throughout the rest of the marine ecosystem. Unfortunately, human interference is having detrimental, disasterous and long lasting impacts on shark populations.
The Impact of Human Interference
Sharks have roamed the oceans for over 400 million years. They date older than the first tree, dinosaur and even the Northern Star. Shark species have survived four mass extinctions and have shaped marine life as we know it. However in the space of just a few decades, human disturbance has removed a uncomprehanable percent of shark species, at a rapid and unsustainable rate.
Scientific name: Carcharodon carcharias
Lives in: Temperate, coastal and open ocean
Common found: Australia, South Africa, United Nations, Chile, Japan
Diet: Marine mammal, sea turtle, large fish, stingray
How many babies?: One baby, every other year
Total number left in the wild (2025): <3,500
Scientific name: Mobula birostris
Lives in: Temperate, tropical and sub-tropical coastal waters
Commonly found: Maldives, Raja Ampat, Mozambique
Diet: Zooplankton, fish-egg and copepod
How many babies?: 1 pup every two-three years
Total number left in the wild (2025): approx. 16,000-20,000
Scientific name: Galeocerdo cuvier
Lives in: Tropical and sub-tropical coastal waters
Commonly found: Pacific, Eastern & Western Atlantic oceans
Diet: Sea turtle, crustacean, fish, squid, dolphin, stingray
How many babies?: 10 - 80 pups per year
Total number left in the wild (2025): Unknown
Scientific name: Chelonia mydas
Lives in: Tropical and sub-tropical coastal waters
Commonly found: Large nesting grounds in Australia and Costa Rica
Diet: Seagrass, algae, jellyfish, crustacean
How many babies?: 100- 150 eggs per nest, with up-to 8 nests per season
Total number left in the wild (2025): Approx. 6.5 million
Scientific name: Balaenoptera musculus
Lives in: All oceans, excluding the Artic region
Commonly found: Southern hemisphere and in deep waters
Diet: Krill
How many babies?: 1 calf per year
Total number left in the wild (2025): Approx. 10,000 - 25,000
Scientific name: Tursiops truncatus
Lives in: Temperate and tropical waters worldwide
Commonly found: Worldwide, excluding the Antarctia and Artic region
Diet: Fish, squid, octopus, crustacean
How many babies?: 1 calf per year
Total number left in the wild (2025): Approx. 600,000
Scientific name: Sphyrna lewini
Lives in: Temperate and tropical coastal waters worldwide
Commonly found: Atlantic, Pacific and Indian oceans
Diet: Fish, stingray, crustacean, other shark species
How many babies?: 1 2 - 38 pups per year
Total number left in the wild (2025): Approx. <200
Scientific name: Octopus vulgaris
Lives in: Tropical, sub-tropical and temperate waters worldwide
Commonly found: Atlantic, Carribean and Mediterranean oceans
Diet: Crustacean, fish, squid
How many babies?: 1 live birth per lifespan
Total number left in the wild (2025): Unknown
Scientific name: Homo sapiens
Lives in: Every continent worldwide
Commonly found: Every country and ocean worldwide
Diet: Diverse meat, seafood and plant-based diet
How many babies?: Average of 2 - 5 children per household
Total population count (2025): Approx. 8.2 billion
Throughout the process of writing this book, I was faced with several hurdles in creating an educational and factual piece, that was also suitable for children. The truth is that there is no easy way to talk about the current Queensland Shark Control Program. It is not a nice topic.
Knowledge is power, and education and awareness within the younger generation is the pivotal key in the future preservation of our oceans.
Lola and the Deep Blue follows the story of Lola, the great white shark, on her quest to find coolers. Throughout Lolas travels, readers can observe the respectful and harmonic relationship between humans and marine life peacefully coexisting together, showcasing other non-lethal shark deterrent alternatives, like drone surveillance, shark eyes and personal electronic deterrents. This section of the book aims to demonstrate the respectful relationship that is largely seen across the world, and address the stark contrast when entering into the waters of Eastern Australia, being one of the only countries left in the world to use these harmful and ineffective devices.
Based on the original storyline, it was planned to be Lola that would become trapped within the shark net when entering into Eastern Australian waters. However, if a great white shark was to be found entangled on a protection device, like a shark net or baited drumline, in the real world, Lola would have been savagely killed by contractors.
To remain factual, the story had to change. Dylan, the baby dolphin, became the victim to the shark net.
Being a non-target species, a dolphin would be released from the equipment by contractors whenever possible in the real world. In this scene, the audience can also form an emotional connection with the dolphin, building a sense of urgency to intervene and help rescue this animal.
It deeply saddens me that the same reaction is not met when a shark is killed.
Follow the story of Lola, a curious great white shark, as she journeys across the oceans in search of cooler waters. Along the way, she observes the respectful and harmonious relationships between humans and marine life. However, when she reaches the eastern coast of Australia, Lola encounters something new and troubling—a shark net. There, she meets Dylan the dolphin, who is entangled and distressed within a shark net. Lola calls on her sea friends to alert the nearby humans, who ultimately help free Dylan.
This story aims to spark curiosity and critical thinking in young readers around marine conservation, especially regarding the Queensland Shark Control Program. It also gently introduces the idea of non-lethal alternatives to better protect both marine life and beachgoers, encouraging coexistence and sustainability.
Knowledge. is power, and education and awareness within the younger generation is the pivotal key in the future preservation of our oceans.
We would love to hear back from our community about how the conversation went with your children; good and bad. We understand that this book provokes the tricky questions, and we would love to hear all about it.
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