Fighting an Invasive Pest CANE TOAD An innovative trap that captures thousands of tadpoles!

$47,100 raised
$50,000 goal

Invasive species have played a major role in dozens of extinctions of Australia’s unique flora and fauna. One such species that continues to wreak havoc on the ecosystems it enters is the Cane Toad, which now numbers in the hundreds of millions and is found from Far North Queensland across to Western Australia.

An adult toad’s toxin is powerful enough to kill a dog in 15 minutes, and leads to the death of would-be predators.

Now, FAME is partnering with the team at Watergum to put a dent in the spread of the toad through an innovative trap design that removes tadpoles from the wild.


Cane Toads (Rhinella marina, formerly Bufo marinus) were introduced to Australia in 1935 to combat pests in agricultural fields. Unfortunately, they quickly spread to become a major invasive issue. Whilst toads do not directly impact most native animals, they produce ‘bufotoxin’ - a poison that is deadly to a number of larger predators like monitors, crocodiles and quolls.

As the species enters new areas, it is normally the larger, more toxic toads which arrive first. As predators attempt to prey on them, they are killed by the poison. This removal of keystone species means the Cane Toad’s indirect impact on the wider ecosystem can be dramatic, triggering trophic cascades and changes to entire regions.

Laying two clutches a year with more than 30,000 eggs in each clutch, the toad is marching across Australia at some 50km each year - a seemingly unstoppable tide.

That may be about to change.


FAME will work with Watergum to develop a superior tadpole trap design that can catch thousands of Cane Toad tadpoles in a matter of hours! The aim is for the traps to be available to the general public across Australia, and help to drive a national Cane Toad control effort through tadpole trapping.

This project builds on a citizen science initiative by The University of Queensland that utilises their tadpole trapping technology for effective toad control at every life stage. When it comes to juveniles, Cane Toad tadpoles detect conspecific eggs (eggs of the same species) in the waterway, and seek them out in order to eat them. This cannibalism is likely a function of competitor removal and nutrient intake, as seen in other amphibians.

The tadpoles detect the eggs as a result of a pheromone that can also be found in the parotid gland of adult toads - the extrusions found on their head which are responsible for the secretion of the deadly bufotoxin.

Using this pheromone, a lure has been developed which attracts Cane Toad tadpoles into a trap from which they cannot exit. Importantly, the lure does not attract other species like native frogs the pheromone has no impact on the surrounding ecosystem.

Once the trap contains tadpoles, it can be removed from the waterway and the tadpoles ethically euthanised through a process of gradual freezing. The trap can then be reused.


Watergum is an environmentally-focussed community group working to educate and train people in conservation initiatives. Having purchased the rights for the lure and trap from UOQ, they have been hand making individual traps to assess the effectiveness of the lure in the wild.

Now, they are partnering with FAME to create a mould which will allow large-scale production of the trap and a new chapter in Australia’s fight against the Cane Toad.


This project has three primary objectives:

  • The trap: develop a custom mould for printing of the trap, which increases the economy of production as well as the strength and durability of the trap, and move this to production phase.
  • Education: Disseminate information around use of the traps, like how to bait them and where they should be placed, and incorporate these communications into gathering data on the success and learnings from the traps.
  • Bait production: Show participants how to humanely euthanise toads using a cooling and freezing technique, which can then be sent to UOQ for utilisation in the creation of baits.


The development of this trap, and our mission to create an efficient way to produce it on a large-scale, signals a new phase in Australia’s fight against this deadly invasive species.

You can help make this a reality by making a tax-deductible donation here.