A brief review of the life history of, and threats to, 'Burramys parvus' with a prehistory-based proposal for ensuring that it has a future

Title
A brief review of the life history of, and threats to, 'Burramys parvus' with a prehistory-based proposal for ensuring that it has a future
Publication Date
2012
Author(s)
Broome, Linda
Archer, Michael
Bates, Hayley
Shi, Haijing
Geiser, Fritz
( author )
OrcID: https://orcid.org/0000-0001-7621-5049
Email: fgeiser@une.edu.au
UNE Id une-id:fgeiser
McAllan, Bronwyn M
Heinze, Dean
Hand, Suzanne
Evans, Trevor
Jackson, Stephen
Editor
Editor(s): Daniel Lunney and Pat Hutchings
Type of document
Book Chapter
Language
en
Entity Type
Publication
Publisher
Royal Zoological Society of New South Wales
Place of publication
Mosman, Australia
Edition
1
Series
RZS Forum Series
DOI
10.7882/FS.2012.018
UNE publication id
une:12126
Abstract
The endangered Mountain Pygmy-possum 'Burramys parvus' is an alpine-subalpine specialist and the only Australian mammal entirely restricted to areas above the winter snowline. There are three geographically isolated populations of 'B. parvus': Kosciuszko National Park (South Ramshead - Cabramurra) in New South Wales, and Mt Bogong - Mt Higginbotham and Mt Buller in Victoria. Populations have shown signs of rapid decline over the last 15 years. The duration of snow cover and time of snow melt appear to be linked to the survival rate of the Mountain Pygmy-possum which is under severe threat from climate change. Here we discuss its life history, extinction threats and the potential value of the fossil record in identifying conservation options for the Mountain Pygmy-possum. Also presented is a proposal to establish a breeding facility for the rapidly declining Kosciuszko population in New South Wales. This breeding facility would firstly provide a safety net for unanticipated disasters in the alpine and subalpine zone that might occur in the short term. Secondly, the facility would provide an opportunity to address concerns that climate change will eventually transform the subalpine-alpine zone, making it unsuitable for further survival of 'B. parvus' populations. To address this concern, we propose breeding surplus individuals that could be experimentally acclimatised for release into alternate environments.
Link
Citation
Wildlife and Climate Change: Towards robust conservation strategies for Australian fauna, p. 114-126
ISBN
9780980327267
9780980327250
Start page
114
End page
126

Files:

NameSizeformatDescriptionLink