File(s) under permanent embargo
Role of multi-tenure reserve networks in improving reserve design and connectivity
journal contributionposted on 30.04.2008, 00:00 authored by James FitzsimonsJames Fitzsimons, Geoffrey WescottGeoffrey Wescott
Multi-tenure reserve networks aim to connect areas managed for biodiversity conservation across public and private land. This paper seeks to determine to what extent multi-tenure reserve networks improve the reserve design and connectivity of the public protected area estate, using three networks in southeastern Australia as case studies. Network configuration varied considerably and those networks with generally larger parcels tended to be better connected. On average, public land components were larger than private land components in all networks. Two networks had 18 components physically adjoining other network components while another had only 6 components adjoining. Importantly for two of the networks, the average distance between the nearest neighbouring component was significantly less than average distances between public protected areas in the subregion. Thus these multi-tenure reserve networks acted to enhance the existing public protected area estate by increasing the potential linkages in the landscape and therefore the viability of individual public protected areas.
JournalLandscape and urban planning
Pagination163 - 173
PublisherElsevier B. V.
LocationAmsterdam, The Netherlands
Publication classificationC1 Refereed article in a scholarly journal
Copyright notice2007, Elsevier B.V.
Read the peer-reviewed publication
biosphere reservesconservation management networksprotected areasprivate landconnectivityScience & TechnologySocial SciencesLife Sciences & BiomedicinePhysical SciencesEcologyEnvironmental StudiesGeographyGeography, PhysicalRegional & Urban PlanningUrban StudiesEnvironmental Sciences & EcologyPhysical GeographyPublic AdministrationBIODIVERSITY CONSERVATIONSOUTH-AUSTRALIABIRD RESPONSESMURRAY MALLEEINDUCED EDGESROADSFRAGMENTATIONDIVERSITYWOODLANDS