Predator control for foxes and cats is the most common management strategy to conserve the species, yet it is probably the most expensive and the benefits
are unclear. This project aims to better understand the effectiveness of predator control for malleefowl by monitoring malleefowl breeding activity
and predator activity at adaptive management sites set up across southern Australia. This research addresses a National Recovery Plan action.
Why is the research needed?
Malleefowl are found in semi-arid to arid shrublands and low woodlands, especially those dominated by mallee and/or acacias. They are a much-loved
ground-dwelling bird and an ecosystem engineer, renowned for the large mounds that they build to incubate their eggs.
The species is listed as threatened, Endangered or Critically Endangered in all states of Australia in which they occur, as well as Vulnerable
nationally under the EPBC Act. They have undergone a sustained decline in numbers and overall range.
Introduced predators such as cats and foxes are believed to be having a significant impact on remaining populations, by killing adults, while foxes
also dig up nests to eat the eggs. While controlling these predators is the most common management strategy it is very expensive to implement in
the remote arid landscapes in which the malleefowl occurs. More worryingly, the benefits of various methods of predator control for malleefowl
recovery are unclear.
A red fox image caught by a camera trap during monitoring. Photo: Jennifer Jackson, Department of Biodiversity, Conservation and Attractions, Western Australia
How will the research help?
This project aims to better understand the effect of predator control in malleefowl habitat on both predator activity and malleefowl persistence.
The research is being conducted as an experiment within an adaptive management framework. This will allow managers to trial practical on-ground
techniques to learn about the effectiveness of predator control while continuing management to aid the recovery of malleefowl.
Though the adaptive management framework is primarily designed to look at predator control methods, we will also have the ability to investigate
the benefits of other types of management actions, such as altering fire regimes or controlling herbivores. This will ensure that future
resources are directed to effective conservation action.
Although adaptive management is advocated in the conservation literature, this project represents one of very few examples of this methodology
successfully being implemented in practice, especially at a landscape-scale.
Because of the broad partnerships involved, it is expected that the results of this project will be used in management strategies across
the entire range of the malleefowl, and may also have benefits for predator control throughout southern Australia.
Malleefowl share their habitat with numerous threatened species of mammals, birds, reptiles and plants that are also likely to benefit
from conservation actions to benefit malleefowl.
What research activities are being undertaken?
Data on malleefowl breeding and predator activity are currently being collected from twelve sites, another nine adaptive management sites are expected
to be up and running by late 2019. In total, monitoring will occur at up to 40 adaptive management sites set up across the species’ range.
Predators, such as foxes and cats, are being managed in and around treatment sites, while nearby control sites are left unmanaged so that the effect
of predator control can be quantified. This paired control- treatment design maximises our chance to tease apart any effect of baiting from other
environmental variables that might drive malleefowl breeding activity, such as rainfall.
Malleefowl mound activity, a proxy for the size of the breeding population, is monitored annually at our sites by government agencies, conservation
organisations, mining staff and community volunteers. Motion- triggered cameras deployed at sites are also monitoring the effect of predator control
on predator activity.
An ARC Linkage project between the University of Melbourne and Parks Australia (2012-2015) laid the foundations for this project by identifying potential
threats to malleefowl and providing the experimental design for the current project. A power analysis conducted during this planning stage suggested
that 20 pairs of sites must be monitored for at least 5 years to detect small-to-moderate effects of predator control on malleefowl breeding activity.
Who is involved?
The project is being led by the University of Melbourne in close collaboration with the National Malleefowl Recovery Team, the Victorian Malleefowl
Recovery Group and the Western Australian Malleefowl Recovery Group and almost 20 land management agencies in Western Australia, South Australia,
Victoria and New South Wales. Project partners include the Australia Wildlife Conservancy, Bush Heritage Australia, Office of Environment and
Heritage NSW, Great Victorian Desert Trust, Department of Biodiversity, Conservation and Attractions WA, Ninghan Station, Mount Gibson Iron
Limited Extension Hill Operations, and Parks Victoria. Citizen scientists will undertake a large component of the monitoring and data processing.
Recording monitoring data at a malleefowl mound. Photo: Alys Young, University of Melbourne
Where is the research happening?
Our adaptive management sites are located within Western Australia, South Australia, Victoria and New South Wales on a variety of land tenures
including conservation reserves, mining leases, indigenous managed land and private property.
When is the research happening?
This project is running for over five years from 2015 to late 2020.
Top image: Malleefowl image caught by camera trap during monitoring. Photo: Jennifer Jackson, Department of Biodiversity, Conservation and Attractions, Western Australia
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