Abstract

The species that comprise a morphostatic radiation in southeastern Australia of the hydrobiid genus Austropyrgus Cotton are described using shell, opercular, anatomical and radular characters, and the genus is redefined. The previously described taxa have been included under several generic names, including Fluvidona (now a separate genus), Rivisessor, Pupiphryx and Angrobia, which are now treated as synonyms of Austropyrgus. Seventy-four species are described from southeastern Australia, fifty-seven of them new. These are grouped into six informal morphological groups to aid identification. Two recently described outlying species, A. bunyaensis from Mt Bunya, southern Queensland and A. centralia from Dalhousie Springs, northern South Australia, are not included in this revision. Members of the genus are typically found in streams, although a few species live in springs, rivers or lakes. A large number of the species have restricted distributions and several are known only from single locations. In southern New South Wales, Victoria and South Australia Austropyrgus is the dominant native freshwater hydrobiid genus whereas in Tasmania it is often sympatric with the native freshwater hydrobiid genera Beddomeia and/or Phrantela.

 
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Bibliographic Data

Short Form
Clark et al., 2003, Rec. Aust. Mus., Suppl. 28: 1–109
Author
Stephanie A. Clark; Alison C. Miller; Winston F. Ponder
Year
2003
Title
Revision of the snail genus Austropyrgus (Gastropoda: Hydrobiidae): a morphostatic radiation of freshwater gastropods in southeastern Australia
Serial Title
Records of the Australian Museum, Supplement
Volume
28
Start Page
1
End Page
109
DOI
10.3853/j.0812-7387.28.2003.1377
Language
en
Date Published
25 June 2003
Cover Date
25 June 2003
ISBN
ISBN 0-7347-2313-X
ISSN (print)
0812-7387
CODEN
RAMSEZ
Publisher
The Australian Museum
Place Published
Sydney, Australia
Subjects
MOLLUSCA: GASTROPODA; TAXONOMY
Digitized
25 June 2003
Available Online
25 June 2003
Reference Number
1377
EndNote
1377.enw
Title Page
1377.pdf
File size: 18kB
Complete Work
1377_complete.pdf
File size: 11755kB