The long-term effects of logging for woodchips on small mammal populations

Daniel Lunney, Alison Matthews, Peggy Eby, Angela M. Penn

    Research output: Contribution to journalArticlepeer-review

    4 Citations (Scopus)


    Context. Long-term studies are internationally recognised as an essential component of achieving ecologically sustainable forest management with respect to fauna.Aims. This study aimed to assess longer-term responses of small mammals to logging by returning in 1998 to our 1980'83 study sites in south-eastern New South Wales, Australia.Methods. Three age-classes of forest were surveyed: unlogged; 18'19-year-old regrowth; and 26'34-year-old regrowth.Key results. Rattus fuscipes remained affected by logging, and there were significantly fewer R. fuscipes males in logged, north-west-facing sites than at other sites, although the effect was less pronounced in 1998 than in 1980'83. Antechinus agilis females were significantly less numerous in south-east-facing, unlogged forest. This was not expected from the 1980'83 results. Antechinus swainsonii, which had disappeared following a fire in 1980, had returned to the forest by 1998. A. swainsonii females showed a significant preference for south-east-facing slopes and this relationship was consistent between logged and unlogged forest. No members of Mus musculus or Sminthopsis leucopus, which were present in 1980'83, were caught in 1998.Conclusions. As in the 1980s study, the responses of small mammal species to logging history were varied and species specific.Implications. In our study area, we predict that sustained logging for woodchips will continue to deplete its populations of small mammals. This adds to the case for a more robust and sustained approach to researching and managing our forest fauna.
    Original languageEnglish
    Pages (from-to)691-701
    Number of pages11
    JournalWildlife Research
    Issue number8
    Publication statusPublished - 2009


    Dive into the research topics of 'The long-term effects of logging for woodchips on small mammal populations'. Together they form a unique fingerprint.

    Cite this