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Research supporting restoration aiming to make a fragmented landscape ‘functional’ for native wildlife


Jones, ME and Bain, GC and Hamer, RP and Proft, KM and Gardiner, RZ and Dixon, KJ and Kittipalawattanapol, K and Zepeda de Alba, AL and Ranyard, CE and Munks, SA and Barmuta, LA and Burridge, CP and Johnson, CN and Davidson, NJ, Research supporting restoration aiming to make a fragmented landscape functional' for native wildlife, Ecological Management & Restoration, 22, (2) pp. 65-74. ISSN 1839-3330 (2021) [Refereed Article]

Copyright Statement

Copyright 2021 Ecological Society of Australia and John Wiley & Sons Australia, Ltd

DOI: doi:10.1111/emr.12504


Temperate woodlands are amongst the most threatened ecosystems in Australia because the land on which they occur is highly suited to agriculture. Two hundred years of habitat loss and fragmentation in the Midlands agricultural region in Tasmania have led to widespread declines in native vertebrates and landscapes with populations of predators including feral Cat (Felis catus) and the native-invasive Noisy Miner (Manorina melanocephala). Ecologists at the University of Tasmania co-designed mechanistic animal-centric research on mammals and birds in the Midlands to inform vegetation restoration carried out by Greening Australia that would support the recovery of wildlife species. We used species-appropriate technologies to assess the decisions made by individual animals to find food and shelter and to disperse across this fragmented landscape, and linked these, together with patterns of occupancy, across multiple spatial and temporal scales. We focussed on a native (Spotted-tailed Quoll, Dasyurus maculatus) and an invasive (feral Cat, Felis catus) carnivore, a woodland-specialist herbivore (Eastern Bettong, Bettongia gaimardi) and woodland birds including the native-invasive Noisy Miner. Our results, which show intense predatory and competitive pressure of cats and populations of Noisy Miner on native fauna, highlight how grounding restoration in the context of ecological interactions is essential to success in managing the impacts of invasive species in restored landscapes. Successful restoration will require innovative approaches in plantings and field experimentation with artificial refuges, to reduce habitat suitability for the Noisy Miner and cats and provide refuges for native mammals and birds to live in the landscape where cats also occur. Our results emphasise the significance of structural complexity of restoration plantings for supporting the recolonisation and persistence of native fauna. At large landscape-scale, we demonstrate the importance of retaining small habitat elements, including ancient paddock trees, pivot irrigation corners and small, degraded remnants, in facilitating occupancy and dispersal and, therefore, persistence of wild animals across this agricultural region.

Item Details

Item Type:Refereed Article
Keywords:bettong, connectivity, feral cat, fragmented agricultural landscape, noisy miner, quoll, restoring wildlife habitat, midlands Tasmania
Research Division:Environmental Sciences
Research Group:Environmental management
Research Field:Environmental rehabilitation and restoration
Objective Division:Environmental Management
Objective Group:Terrestrial systems and management
Objective Field:Rehabilitation or conservation of terrestrial environments
UTAS Author:Jones, ME (Professor Menna Jones)
UTAS Author:Bain, GC (Mr Glen Bain)
UTAS Author:Hamer, RP (Miss Rowena Hamer)
UTAS Author:Proft, KM (Ms Kirstin Proft)
UTAS Author:Gardiner, RZ (Ms Riana Gardiner)
UTAS Author:Dixon, KJ (Ms Kirsty Dixon)
UTAS Author:Kittipalawattanapol, K (Mr Kawinwit Kittipalawattanapol)
UTAS Author:Zepeda de Alba, AL (Ms Zepeda)
UTAS Author:Ranyard, CE (Ms Claire Ranyard)
UTAS Author:Munks, SA (Dr Sarah Munks)
UTAS Author:Barmuta, LA (Associate Professor Leon Barmuta)
UTAS Author:Burridge, CP (Associate Professor Christopher Burridge)
UTAS Author:Johnson, CN (Professor Christopher Johnson)
UTAS Author:Davidson, NJ (Dr Neil Davidson)
ID Code:148356
Year Published:2021
Funding Support:Australian Research Council (LP130100949)
Web of Science® Times Cited:10
Deposited By:Zoology
Deposited On:2022-01-04
Last Modified:2022-08-29

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