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Science for Policy Research Findings in Brief Project 4.1.1 Science for Policy Research findings in brief Project 4.1.1 Protecting Australian mammals from introduced cats and foxes: Australia’s haven network Key implications Mammal species and subspecies If planned carefully, new havens Mechanisms to support and enhance that are highly susceptible to in just 12 bioregions could ensure coordination and collaborations predation from introduced foxes a minimum standard of protection among organisations that manage and cats need representation within for all 67 predator-susceptible taxa and create havens would help Australia’s network of safe havens (i.e., with each taxon in at least one the haven network grow more to help avoid extinction. (Safe haven). At the current rate of network efficiently and effectively. havens are predator-free islands expansion, this milestone could be Havens are critical for avoiding and mainland areas protected by achieved within a decade. By creating extinctions in the short term. predator-exclusion fences.) another 39 islands or fenced havens Improved options for controlling in strategic locations, we could The greatest return on future cats and foxes at landscape scales provide at least three havens investments will result from creating will be needed before extremely for each of the 67 priority taxa. large new havens in locations that predator-susceptible species This level of protection could also can support multiple taxa that are can be reintroduced into mean that 40% of the susceptible susceptible to predation by introduced open landscapes. taxa are in at least six havens each. predators, but which are not protected within the existing haven network. Boodies (Bettongia lesueur) used to to cover two-thirds of Australia, but now only exist within havens. Photo: Hugh McGregor, Arid Recovery. Problem statement Identifying priority species Since their introduction in the late We assessed the susceptibility of each Australian terrestrial mammal species and 1700s, cats have spread across subspecies (other than bats) to predation by foxes and cats at the population- the entire Australian mainland level. We found that one quarter, or 67 species and subspecies (listed in and Tasmania, and are present on Figure 1), are highly or extremely susceptible to introduced predators, many of the larger islands. European and need protection within havens. red foxes were introduced in the 1870s, and now occupy most of the mainland south of the Stocktake of Australia’s havens tropics and some large islands. We undertook a stocktake of Havens have already helped to Many Australian mammal species are Australia’s havens. At the end of prevent the extinctions of 13 species. highly susceptible to these introduced 2017, Australia had 101 island havens For example, boodies and greater 2 predators. Cats and foxes were the covering 2152 km and 17 fenced stick-nest rats used to occur across 2 main drivers of extinction for over 20 havens covering 346 km ; 14 more two-thirds of Australia, but now only native mammal species. Many species havens were under development. Of exist within havens. Havens have also avoided extinction only because they these, six have since been completed. improved the conservation outlook existed on islands that remained free Some island havens were naturally for many other species. fox- and cat-free, others have required of cats and foxes. Many other species We found that, by the end of 2017, feral animal eradication programs suffered large declines in their overall havens supported 188 populations to make them suitable as havens. numbers and distribution, and are of 38 predator-susceptible threatened continuing to decline. The largest mainland fenced haven is mammal species and subspecies. 2 Native species that are extremely Arid Recovery at 123 km , with part of This represents over half of the susceptible to predation can only that haven containing cats at tightly 67 species and subspecies identified persist in areas where cats and foxes managed densities for experimental as highly or extremely susceptible are completely (or in some cases, purposes. Newhaven Sanctuary to cats and foxes. contains the largest fenced area that virtually) absent. Even intensive Many of Australia’s haven mammal is cat- and fox-free, at 94.5 km2. Island management programs like poison- populations have been translocated havens cover a larger cumulative area baiting cannot reduce cat and fox within the past 10 years and than fenced havens, and can also be density sufficiently for some mammal translocation success is generally much larger: the largest island haven species to persist. For some species, high. When failures occur, they is Dirk Hartog at 628 km2, with the protection within a cat-and fox-free usually happen within the first year. second-largest being Barrow at 325 haven is the only option for preventing Thirty out of 35 translocations to km2; both lie off the West Australian extinction in the short term. islands (86%) and 42 out of 60 coast. There are plans to eradicate translocations to fenced areas Not all species that need safe havens introduced predators from another (70%) were successful at the are found within them. Identifying five large islands by 2030 (French, one-year mark. the species which need protection 174 km2; Bruny 356 km2; Phillip, within a haven, and ensuring that 101 km2; Christmas, 137 km2; these are adequately represented and Kangaroo, 4416 km2). within the haven network, is critical to preventing extinctions. In order to accommodate all species that are susceptible to cats and foxes, new havens will be needed. Creating havens is time-consuming and costly. A systematic and coordinated approach will minimise the number of new havens required to reduce extinction risk for the greatest number of predator- susceptible taxa, at the lowest overall cost. Numbat. Photo: Dilettantiquity Flickr CC by 2.0. Uneven protection Havens have been created and are managed by many organisations, ranging from local councils and small private organisations to large non-government organisations and state government agencies. The distributed effort has resulted in diverse approaches to funding, site selection (from local to state to national scale) and implementation, which is a strength of the haven network. However, the diversity of stakeholders and objectives means that the network expansion has not consistently focused on creating havens that can support unrepresented species, viewed from a national perspective. For example, the 17 havens created up to the end of 2017 did not add any new species to the network. This pattern may be broken soon, with some havens being established now that are planning to accept translocations of new species. Protection is also uneven. For example, at the end of 2017, woylies and golden bandicoots are each found in over ten havens, but 29 taxa (43%) are not represented in any havens, and an additional 15 taxa (23%) islands occur in only one or two havens. fences Systematic planning Australian mammals that are susceptible to cats and foxes We used a systematic planning and how many havens they are in approach to identify the minimum number and locations of future Figure 1: Some predator-susceptible mammal species (and sub-species) are well-represented havens to most efficiently add in existing havens, but a large percentage are poorly protected, or not protected at all. remaining unrepresented predator- susceptible species to the network. With the creation of just 12 new havens in strategic locations (see Figure 2 on back page), we could ensure that all 67 predator-susceptible taxa receive a minimum level of protection (each taxa in at least one haven). At current rates of haven-creation (16 new havens were created in the past 10 years), this milestone could be achieved within a decade. However as haven populations face a high risk of extinction Wandiyali Restoration Trust conservation fence under construction in NSW just south of Canberra. Photo: C. Larcombe, Wandiyali Restoration Trust Project team: Sarah Legge (UQ, ANU); Jim Radford (LaTrobe); Michael Bode (QUT); Jeremy Ringma (UoM, UWA); John Woinarski (CDU); Brendan Wintle (UoM); Nicola Mitchell (UWA); Andrew Burbidge; Marcus Baseler (ERIN DoEE); Joss Bentley (NSW OEH); Peter Copley (SA DEW); Nicholas Dexter (Parks Australia); Chris Dickman (Uni Sydney); Graeme Gillespie, Brydie Hill (NT DENR); Chris Johnson (UTAS); John Kanowski (AWC); Peter Latch (DoEE); Mike Letnic (UNSW); Adrian Manning (ANU); Erin McCreless (UQ); Peter Menkhorst (ARI); Keith Morris, Manda Page, Russell Palmer (WA DBCA); Katherine Moseby, Katherine Tuft (Arid Recovery); David Pannell (UWA) Systematic planning (continued) from demographic population a suite of environmental, climate failure, catastrophic events and the change, economic, logistic and continuing threat of introduced societal factors that must be assessed predators, such as by entry through case-by-case. Havens should also a fence breach, a better haven target be large enough for populations of would be to have each species threatened taxa to be genetically and protected within multiple havens. demographically viable, and should support diverse species assemblages. Creating 39 new havens could protect roughly three populations of Mechanisms to support and enhance all 67 predator-susceptible taxa and collaborations among organisations six populations of 40% of the taxa. that manage and create havens To achieve at least six populations of will help to enhance a coordinated all 67 predator-susceptible taxa, we national approach. For example,
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