The Hepialidae (Ghost Moths) are a family of often spectacular micro-moths. The Australian region is one of the hot spots for hepialid diversity and the fauna is divided into three groups: primitive Hepialidae with small, often overlooked species; oxycanine Hepialidae, containing the large and poorly known genus Oxycanus and its allies; and finally the hepialine Hepialidae, which span from stunning, green Splendid Ghost Moths in the genus Aenetus, to the enormous moths in the genera Zelotypia and Abantiades (which include some of the most impressive insects in the world), to smaller, drab pest species in the genus Oncopera. Splendid Ghost Moths and Their Allies is the first work to provide comprehensive information about the taxonomy, biology, diversity and morphology of all 70 Australian hepialine Hepialidae species, including the descriptions of 15 species and one genus new to science. Each species is illustrated with colour photographs of males and females and drawings of the genitalia, and the book also contains identification keys to genera and species. Distribution maps and detailed information on where each species is found are included, as well as a species richness map for the group in Australia. This book is an invaluable reference for moth enthusiasts, professional entomologists and nature conservationists alike.

As far as the Fairy Queen was concerned, the Fairy-who-wouldn’t-fly was lazy and so she banished her to the Woodn’t, the place where she had sent all the other creatures who wouldn’t do as they should. There, the Fairy-who-wouldn’t-fly met many friends—the Kookaburra-who-wouldn’t laugh, the Bee-who-wouldn’t-live-in-a-hive, the Frog-who-wouldn’t-hop. Find out how they worked together to return to Fairyland, and how they convinced the Fairy Queen that they had good ideas of their own about how to live their lives. The magic tale of The Fairy Who Wouldn’t Fly, adapted by Bronwyn Davies for today’s children, was originally written and illustrated by Pixie O’Harris in 1945.

How the picturing of insects inspired new ideas about art, science, nature, and commerce

An archive of never-before-published illustrations of insects and plants painted by a pioneering naturalist During his lifetime (1751–ca. 1840), English-born naturalist and artist John Abbot rendered more than 4,000 natural history illustrations and profoundly influenced North American entomology, as he documented many species in the New World long before they were scientifically described. For sixty-five years, Abbot worked in Georgia to advance knowledge of the flora and fauna of the American South by sending superbly mounted specimens and exquisitely detailed illustrations of insects, birds, butterflies, and moths, on commission, to collectors and scientists all over the world. Between 1816 and 1818, Abbot completed 104 drawings of insects on their native plants for English naturalist and patron William Swainson (1789–1855). Both Abbot and Swainson were artists, naturalists, and collectors during a time when natural history and the sciences flourished. Separated by nearly forty years in age, Abbot and Swainson were members of the same international communities and correspondence networks upon which the study of nature was based during this period. The relationship between these two men—who never met in person—is explored in John Abbot and William Swainson: Art, Science, and Commerce in Nineteenth-Century Natural History Illustration. This volume also showcases, for the first time, the complete set of original, full-color illustrations discovered in 1977 in the Alexander Turnbull Library in Wellington, New Zealand. Originally intended as a companion to an earlier survey of insects from Georgia, the newly rediscovered Turnbull manuscript presents beetles, grasshoppers, butterflies, moths, and a wasp. Most of the insects are pictured with the flowering plants upon which Abbot thought them to feed. Abbot’s journal annotations about the habits and biology of each species are also included, as are nomenclature updates for the insect taxa. Today, the Turnbull drawings illuminate the complex array of personal and professional concerns that informed the field of natural history in the eighteenth and nineteenth centuries. These illustrations are also treasured artifacts from times past, their far-flung travels revealing a world being reshaped by the forces of global commerce and information exchange even then. The shared project of John Abbot and William Swainson is now brought to completion, signaling the beginning of a new phase of its significance for modern readers and scholars.

Editors: May 1749-Sept. 1803, Ralph Griffiths; Oct. 1803-Apr. 1825, G. E. Griffiths.

Certificate of Commendation Winner at the 2001 Whitley Awards - Best Zoological Reference Section This very detailed compendium of data on taxonomy and nomenclature of Australian butterflies is another in the Catalogue series produced by the Australian Biological Resources Study, a sub-program of Environment Australia. Expanding on the butterfly section of the earlier Checklist of the Lepidoptera of Australia by Nielsen, Edwards & Rangsi (1996) This Catalogue contains the fine details of naming and status of types of Australian butterflies, and information critical for fixing the scientific names of the species. This volume is the 'Who's Who' for the Australian butterfly fauna, the very basic information we all need, but find so difficult to access and evaluate for ourselves. It is introduced by a comprehensive historical and explanatory account of work on Australian butterflies. Details are given of all genus and species synonymies applicable to the Australian fauna. There are details of the type designations of all 507 available generic names, of type data for the 1,004 available species group names and of nomenclatural changes and changes in taxonomic status for most of the 136 valid genera, 400 species, and 371 subspecies. The butterflies have an enormous literature and this catalogue provides a guide to the significant literature of each taxon. An extensive list of larval food plants is also included, as well as succinct information on ecology and distribution and a comprehensive bibliography. Features