Inter-Research > ESR > v9 > n1 > p23-31  
Endangered Species Research

via Mailchimp

ESR 9:23-31 (2009)  -  DOI:

Habitat-use model for the New Zealand endemic frog Leiopelma hochstetteri

Eduardo Nájera-Hillman1,*, Andrea C. Alfaro1, Steve O’Shea2, Barbara Breen1, Nick Garret3, Peter King4

1School of Applied Sciences, 2Earth and Oceanic Sciences Research Institute, and 3Faculty of Health and Environmental Sciences, Auckland University of Technology, Auckland 1142, Private Bag 92006, New Zealand
4La Trobe Mainland Island Restoration Project, 10 La Trobe Track, Karekare, RD 2, New Lynn, Auckland, New Zealand

ABSTRACT: Leiopelma hochstetteri is the most widespread and abundant endemic frog species in New Zealand, although it now survives only in spatially fragmented populations throughout the North Island of New Zealand and the Great Barrier Island of northeastern New Zealand. The species is known to occur in wet areas adjacent to shaded streams in forested catchments; however, no quantitative ecological data exist to enable characterisation of its habitat. In the present study, novel data on the current distribution and habitat requirements of this species are reported for 1 population in the Waitakere Ranges, northwestern New Zealand, which is considered as a conservation management unit for the species. Frogs were found within most streams surveyed (68.2%). Statistical modelling demonstrates that frogs most likely occur in small, erosive streams with coarse substrates and cold waters, surrounded by mature or undisturbed riparian vegetation. Anthropogenic activities such as clearing or logging are identified as threats to this frog species.

KEY WORDS: Amphibian distribution · Habitat · Endemic · Detection probability · Occupancy

Full text in pdf format
Cite this article as: Nájera-Hillman E, Alfaro AC, O’Shea S, Breen B, Garret N, King P (2009) Habitat-use model for the New Zealand endemic frog Leiopelma hochstetteri. Endang Species Res 9:23-31.

Export citation
Share:    Facebook - - linkedIn

 Previous article Next article