This text provides complete coverage of the classification, biology and ecology of Australian orthopteroid insects. It discusses identifying features, collecting techniques, culture methods and preservation techniques. It also includes sounds from over 130 species.

Reveals the diversity and beauty of most of the 550 species of Australian cockroaches, with illustrated keys.

This is the first well illustrated guide to Australian Katydids aimed at a general readership. A Guide to the Katydids of Australia explores this diverse group of insects from the family Tettigoniidae, which comprises about 2000 species in Australia.

This third volume in the series will assist with identification and study of this important genus. Specialised collecting techniques, and the rearing of immature specimens, have yielded many more species than would otherwise have been recorded using only normal collecting techniques. The work accounts for four subfamilies, two of which, the Tympanophorinae and Microtettigoniinae, are endemic to Australia. Each of these endemic subfamilies is represented by a single genus containing several species. Tettigonidae of Australia Volume 3 will be a valuable resource for orthoptera researchers and academics, general entomologists, as well as those with an interest in the ecology and conservation issues related to grasshoppers.

This volume deals with the shield-backed katydids, the Tettigoniinae, covering 17 genera and 72 species. The use of tribes has been disregarded until generic classification is made on a worldwide basis. Introductory chapters provide a wealth of new information about the zoogeography of the subfamily, and on the habitats and biologies of the insects. Dr Rentz has also used oscillograms of the katydids' calling songs to effectively distinguish similar species. Other sections deal with the terminology, collecting and preservation of specimens.

Recordings of the songs of Australian tettigoniids.

Provides an aid to the identification of both adult and nymph stages of Australian grasshoppers, using nothing more than a 10x hand lens. Technical terminolgy is kept to minimum, as easy-to-understand diagrams illustrate the morphological structures necessary for identification.