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The Complete Field Guide to Dragonflies of Australia
Dragonflies and damselflies are conspicuous insects: many are large and brightly coloured. They are also valuable indicators of environmental wellbeing. A detailed knowledge of the dragonfly fauna is therefore an important basis for decisions about environmental protection and management. This comprehensive guide to the Australian dragonfly fauna covers eight families of dragonflies and 10 families of damselflies, comprising the 113 genera and 333 species found in Australia. It has been updated with newly identified species and revised family names to reflect new world consensus systematics. Stunning full-colour images and distribution maps are accompanied by identification keys for adults as well as larvae, which are often used as bait for freshwater fish. This second edition of The Complete Field Guide to Dragonflies of Australia also includes illustrations by Albert Orr, one of the most renowned dragonfly illustrators. The extraordinary diversity of dragonflies will interest entomologists and amateur naturalists alike.
Dragonflies and Damselflies of California
"A book that will both educate and delight anyone who wants to know more about these fascinating insects. Packed with facts but written in a straightforward style, the book makes California's 108 dragonfly and damselfly species easily accessible. . . . It will engender a renewed appreciation of the value of our wetlands."--Dennis Paulson, author of Dragonflies of Washington "This is now the book on all the California Odonates and should ride in the pack of every naturalist, butterflier, and birder in the American west."--Rich Stallcup, Point Reyes Bird Observatory
Elsevier's Dictionary of Entomology
Elsevier's Dictionary of Entomology, a companion volume to Elsevier's Dictionary of Butterflies and Moths (ISBN 0-444-50433-8), gives an overview of the common names of insects other than butterflies or moths. It contains 4,947 scientific names of orders, families, genera and species of insects, spiders, snails and other invertebrates (giving the name of the order and of the family for each entry of a genus and/or specific name) occurring in Europe, North America, South Africa, New Zealand and Australia. Names used in French-speaking Canada are also included.
The Status and Distribution of Dragonflies of the Mediterranean Basin
This report contains a review of the conservation status of 165 Mediterranean species of dragonflies occurring in the Mediterranean basin, according to the IUCN regional Red Listing criteria. It identifies species that are threatened with extinction at regional level so that appropriate conservation action can be taken improve their status.
Latin American Insects and Entomology
00 This is the first comprehensive guide to insect life in a part of the world known for its abundant, and endangered, life forms. Charles Hogue's scholarship embraces vast geographical territory--Mexico, Central and South America, and the Caribbean. Color photographs and first-rate drawings illustrate the clearly written text. This is the first comprehensive guide to insect life in a part of the world known for its abundant, and endangered, life forms. Charles Hogue's scholarship embraces vast geographical territory--Mexico, Central and South America, and the Caribbean. Color photographs and first-rate drawings illustrate the clearly written text.
Metabarcoding for use in Nordic routine aquatic biomonitoring: a validation study
Available online: https://pub.norden.org/temanord2020-538/ Over 75% of all lakes and 40% of all rivers in the EU are found in the Nordic countries. Biomonitoring according to the EU Water Framework Directive (WFD) is adopted by all Nordic countries and forms an integral part of management efforts to preserve and restore the ecological quality of freshwaters and their ecosystem services. Organisms used in WFD biomonitoring are identified by experts; this is time consuming and error prone. Molecular identification methods could be used but have not been tested for monitoring. We compared molecular to expert identification for samples from 297 Nordic lakes and streams. The DNA-based results were highly similar to expert identifications. We suggest that Nordic or European efforts towards implementation and standardization of DNA-based methodology should be undertaken to swiftly ensure the use of this promising tool in future WFD monitoring.
