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Type: Thesis
Title: The distribution, ecology and conservation of the Southern Brown Bandicoot (Isoodon obesulus obesulus) in South Australia
Author: Paull, David James
Issue Date: 1992
School/Discipline: School of Social Sciences : Geography, Environment & Population
Abstract: This study investigated the distribution, ecology and conservation of the Southern Brown Bandicoot (lsoodon obesulus obesulus) in South Australia. Until now, virtually no information has been available on this species in this state, although I. obesulus has been the subject of field studies in Tasmania and Victoria. The historical distribution of I.o.obesulus was determined by collating all available records of this species' occurrence in South Australia. Current distribution was then assessed by conducting extensive field surveys to locate sites which were being actively used by bandicoots. Trapping was conducted at 188 sites and ecological data was collected on aspects of: nesting and shelter requirements; diet; habitat selection; reproduction; and population structure. Radio-telemety was used to examine home range and movement patterns. Finally, an assessment was made of this species' conservation status and conservation requirements, based on an understanding of its distribution and ecology. I.o.obesulus still occurs in the Mount Lofty Ranges, in the South East of the State and on Kangaroo Island but it has a very patchy distribution within its former range. A wide range of vegetation types are utilised by this species, with stringybark forests and woodlands being the most common communities. Moderately dense ground layer vegetation is preferred, as it offers protection from predators. I.o.obesulus can breed throughout the year in South Australia, with most births occurring in winter and spring. A high reproductive potential enables I.o.obesulus to reproduce rapidty when environmental conditions are favourable. While seven bandicoot species have become extinct in South Australia this century, L o. obesulus has managed to survive by being a dietary and habitat generalist, adapted to living in unpredictable environments. Feral predators, habitat fragmentation and fire all threaten the survival of this species in this State. Despite these threats, I. o. obesulus is not considered to be in danger of extinction.
Advisor: Taylor, Sandra
Kemper, Catherine
Dissertation Note: Thesis (MA) -- University of Adelaide, School of Social Sciences, 1993
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