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Family Tanypezidae - Stretched-foot Flies
Catalogue of American Nycteribiidae (Diptera, Hippoboscoidea) By Gustavo Graciolli, Analía G. Autino & Guillermo L. Claps Revista Brasileira de Entomologia 51(2): 142-159, 2007
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The Secret Life of Flies By Erica McAlister Natural History Museum, London, 2017
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Non-apoid flower-visiting fauna of Everglades National Park, Florida. By Pascarella, J.B., K.D. Waddington & P.R. Neal. Biodiversity and Conservation, 10(4): 551–566., 2001
Springer Link
Pascarella, J.B., K.D. Waddington & P.R. Neal. 2001. Non-apoid flower-visiting fauna of Everglades National Park, Florida. Biodiversity and Conservation, 10(4): 551–566.
Abstract
The non-apoid flower-visiting fauna of Everglades National Park (ENP), Florida, was surveyed during 1995–1997 as part of a community pollinator survey. One hundred and thirty one sampling trips were made to four areas of Everglades National Park (Shark Valley, Chekika, Long Pine Key (LPK), and Flamingo). Species–month curves indicate that the sampling effort resulted in capture of most of the flower-visiting animal species in the park. A total of 143 insects and 1 bird species were recorded. Diptera were the most diverse group (55 spp.), followed by Lepidoptera (42 spp.) and non-apoid Hymenoptera (34 spp.). The majority of species were rare (56% of species were found on fewer than five trips). The highest diversity of species was found from January to May during the peak flowering period in some plant communities. The greatest total diversity was found in Long Pine Key and Shark Valley had the lowest diversity. Chekika and Flamingo were intermediate in diversity. Animals visited 178 plant species,∼26% of the potentially animal pollinated Angiosperm diversity of the park. Twenty-five species of plants had only non-apoid flower visitors; the majority of these species had only visits by Lepidoptera. Potentially important pollinator species include members of the Syrphidae, Coleoptera, and Lepidoptera. However, many of the flower-visiting species may not be effective pollinators. This study will be useful for designing sampling protocols for including invertebrates in assessments of ecological restoration underway in the Everglades ecosystem and for more detailed studies of the importance of non-apoid flower-visitors as effective pollinators.
Contributed by Mike Quinn on 11 June, 2017 - 1:43pm |
An introduction to the immature stages of British flies By Smith K.G.V.
An introduction to the immature stages of British flies
By Smith K.G.V.
RES Handbooks for the Identification of British Insects 10(14); 280 pp., 1989
http://www.area51aliens.org
Contributed by tomclarke on 7 May, 2016 - 7:17am |
Order Diptera Linnaeus, 1758. In: Zhang Z.-Q. (ed.) Animal biodiversity: An outline of higher-level classification... By Pape T., Blagoderov V., Mostovski M.B. Zootaxa 3148: 222–229, 2011
Contributed by v belov on 25 December, 2014 - 12:58am |
Practical Forensic Entomology: Time of Death, Decomposition, and the Insects Used in Death Investigation By Neal H. Haskell Crc Pr I Llc; 1 edition , 2014
This title will be released March 25, 2014, you may pre-order it from Amazon.com
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Forensic Entomology Atlas and Pictorial Key By Ralph E. Williams, Patrick Jones, & Kristi Bugajski CRC Pr I LLC; 1 edition, 2014
Focusing primarily in death investigation and also addressing other legal matters and litigation in which arthropods may be involved, this book provides a complete photographic atlas of insects and related arthropods that may be encountered in forensic investigations. The text provides color photos of each pertinent arthropod within each taxonomic order along with a concise presentation of biological information on each of the species. In addition, the authors provide pertinent pictorial taxonomic keys fordipteraandcoleoptera, two insect orders that have species of significant importance in forensic investigations. Tables list important species within each taxonomic order.
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The Science of Forensic Entomology By David B Rivers & Gregory Dahlem Wiley-Blackwell; 1 edition, 2014
Forensic entomology is one of the newest sub-disciplines to be recognized by international judicial systems in countries located on every continent. Arguably it deals with the most unpleasant evidence of all disciplines—fly maggots that feed on a corpses. Though this text provides coverage of the three sub-fields of Forensic entomology—Urban, Stored Product, and Medicocriminal—it is the latter that is the core of the book.
The Science of Forensic Entomology builds a foundation of biological and entomological knowledge that equips the student to be able to understand and resolve questions concerning the presence of specific insects at a crime scene, in which the answers require deductive reasoning, seasoned observation, reconstruction and experimentation—features required of all disciplines that have hypothesis testing at its core. Each chapter addresses topics that delve into the underlying biological principles and concepts relevant to the insect biology that forms the bases for using insects in matters of legal importance.
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