@booklet {15711,
	title = {Gold bugs and beyond: a review of iridescence and structural colour mechanisms in beetles (Coleoptera)},
	howpublished = {J. R. Soc. Interface},
	volume = {6},
	year = {2009},
	month = {25/02/2010},
	pages = {S165-S184},
	publisher = {The Royal Society},
	abstract = {Members of the order Coleoptera are sometimes referred to as {\textquoteleft}living jewels{\textquoteright}, in allusion to thestrikingly diverse array of iridescence mechanisms and optical effects that have arisen inbeetles. A number of novel and sophisticated reflectance mechanisms have been discovered inrecent years, including three-dimensional photonic crystals and quasi-ordered coherentscattering arrays. However, the literature on beetle structural coloration is often redundantand lacks synthesis, with little interchange between the entomological and optical researchcommunities. Here, an overview is provided for all iridescence mechanisms observed inColeoptera. Types of iridescence are illustrated and classified into three mechanistic groups:multilayer reflectors, three-dimensional photonic crystals and diffraction gratings. Taxonomicand phylogenetic distributions are provided, along with discussion of the putative functionsand evolutionary pathways by which iridescence has repeatedly arisen in beetles.},
	keywords = {Eupholus, Pachyrhynchus},
	url = {http://ukpmc.ac.uk/picrender.cgi?artid=1697321\&blobtype=pdf},
	author = {Seago, A.E. and Brady, P. and Vigneron, J.-P. and Schultz, T.D.}
}
@booklet {15712,
	title = {Gold bugs and beyond: a review of iridescence and structural colour mechanisms in beetles (Coleoptera)},
	volume = {6},
	year = {2009},
	month = {25/02/2010},
	pages = {S165-S184},
	publisher = {The Royal Society},
	abstract = {Members of the order Coleoptera are sometimes referred to as {\textquoteleft}living jewels{\textquoteright}, in allusion to thestrikingly diverse array of iridescence mechanisms and optical effects that have arisen inbeetles. A number of novel and sophisticated reflectance mechanisms have been discovered inrecent years, including three-dimensional photonic crystals and quasi-ordered coherentscattering arrays. However, the literature on beetle structural coloration is often redundantand lacks synthesis, with little interchange between the entomological and optical researchcommunities. Here, an overview is provided for all iridescence mechanisms observed inColeoptera. Types of iridescence are illustrated and classified into three mechanistic groups:multilayer reflectors, three-dimensional photonic crystals and diffraction gratings. Taxonomicand phylogenetic distributions are provided, along with discussion of the putative functionsand evolutionary pathways by which iridescence has repeatedly arisen in beetles.},
	keywords = {Eupholus, Pachyrhynchus},
	url = {http://ukpmc.ac.uk/picrender.cgi?artid=1697321\&blobtype=pdf},
	author = {Seago, A.E. and Brady, P. and Vigneron, J.-P. and Schultz, T.D.}
}
@article {12050,
	title = {Viertor Beitrag zur Papuanischen Kaferfauna},
	journal = {Dresden, Abh. zool. Mus.},
	volume = {12},
	number = {No. 1},
	year = {1908},
	pages = {(1-33)},
	type = {Article},
	keywords = {Arachnopus ferus, Arachnopus fortis, Arachnopus frater, Arachnopus gazella, Arachnopus persona, Arachnopus perspicuus, Arachnopus phaleratus, Arachnopus rugosus, Arachnopus subcostatus, Arachnopus tenuisignatus, Arachnopus tristis, Arachnopus vitticollis, Behrensiellus, Behrensiellus moluccanus, Behrensiellus substriatus, Brachyderinae, Carbonomassula, Carbonomassula glaberrima, Chalcocybebus leai, Conomalthus, Conomalthus balanophorus, Coptorhynchus carbunculus, Coptorhynchus perornatus, Coptorhynchus valens, Cryptorhynchidae, Curculionidae, Ectatocyba gibbosa, Eudyasmus planidorsis, Eupholus, Eupholus bennigseni, Eupholus humeralis, Eupholus modestus, Hyperinae cobaltina, Lamprohypera, Meropus capillatus, Meropus kuhni, Molytinae, Odosyllis major, Orphanyasmus, Orphanyasmus lectus, Ottistira stiracromia, Parexophthalmus, Parexophthalmus semiotus, Pommern, Pseudocholu/, Pseudocholus, Pseudocholus combinatus, Pseudocholus glaber, Pseudocholus longimanus, Rhinoscapha, Rhinoscapha ganglbaueri, Rhinoscapha humboldtiana, Rhinoscapha oblita, Sphenomorpha dohertyi (Curculionidae): [Sp nov, sp. n., Neu Guinea p., Sphenomorpha fasciolata, Sphenomorpha pulchra, Sphenomorpha tolerans, Sphenomorpha wallacci, Tragopus, Tragopus anaballoides, Trichoxymus, Trichoxymus turpis, Tyrpetes Tyrpetes ottonis},
	author = {Heller, K.M.}
}
@article {8610,
	title = {Taxonomic notes on Curculionidae (Col.)},
	journal = {Annals and Magazine of Natural History},
	volume = {(12) 5},
	year = {1952},
	pages = {261-270},
	type = {Article},
	keywords = {Acallopistus, Acallopistus pardalis, Acanthotrachelini, Afrodolius, Afrodolius polylineatus, Afropolydrosus, Alcidodes affinis, Alcidodes aschanticus, Alcidodes blanchardi, Alcidodes crythropterus, Alcidodes dentipes, Alcidodes elegans, Alcidodes guessfeldi, Alcidodes necopinus, Alcidodes obsoletus, Alcidodes otiosus, Amnemus, Amnemus squamosus, Amphialus, Amphyonotus, Amphyonotus douei, Amydala, Amydanus, Amygdala, Anchonus, Ancistropterus helmsi, Apotmetus, Apotmetus granuliventris, Apotmetus suturalis, Apries, Arniticus, Baryopadus, Brachyderinae, Bryochaeta, Bryochaeta crassicornis, Bryochaeta viridis,, Cadoderus mysticus, Calandra, Calidiopsis, Camptorrhinus lesnei, Camptorrhinus simplex, Catolethrus, Chaetectetorus, Charactopus, Chitonopterus, Colobodes, Compsus dives, Corigetus albovarius, Cossoninae, Cratopechus, Cratopechus gedyei, Cryptacrus variegatus, Cryptotelus scops, Cybebus, Cycloderes, Cyphicerus, Cyphus, Deiradolcus pruinosus, Deretiosus amblipennis, Deretiosus aridus, Deretiosus turbatus, Deretiosus zopherus, Diocalandra rugosula, Dorytomodes confusus, Dorytomodes xenorhinus, Drymophoetus modestus, Ectatopsides cineraceus, Ectatopsides cinerosus, Elattocerus, Ellimenistes, Elytrocallus cyphoides, Entimus, Eremninae, Eremnus, Eugnathus bracteatus, Eugnathus distinctus, Eupholus, Eurhynchus, Eurrhinus, Eustylus magdalenae, Exapries lophonotus, Heilipus ludiosus, Heilipus verruculatus, Heterocossonus lobeliae, Hoplitotrachelus nigromaculatus, Hoploparochus, Hylobius, Icmalius abnormis, Ischnotrachelus, Ischnotrachelus burgeoni, Ischnotrachelus curvipes, lcidodes obsoletus, Leptops, Leptops quadrituberculatus, Leptops superciliaris, Leptosus, Leptosus tribulus, Lipsanus brunneus, Lobotrachelus, Lycosura, Machodon, Macropoda, Maleuterpes phytolymus, Maleuterpes spinipes, Mecistocerus, Mecistocerus cuneatus, Mecistocerus denticulatus, Mecistocerus maculipes, Menemachinae, Menemachus, Menemachus nigricauda, Mesitomorphus, Mesphrigodes ornatus, Metacyphicerus, Meteremnus obtusus, Meteremnus subfissuratus, Microtribus, Mimopentarthrum, Mnemynurus caloderes, Mnemynurus championi, Myllocerus, Myrmacicelus gibbipennis, Nematocerus lineatulus, Nematocerus parvus, Neocyphus, Neoepipedosoma, Nerthopinae, Nerthops guttata, Oaphilia, Odontomaches, Oosomini, Oosomus agrestis, Orchestes, Orthorrhinus aethiops, Orthorrhinus bicolor, Orthorrhinus carinatus, Osphilia, Osphilia gabonica, Osphilia nigricauda, Osphilia tibialis, Oxydema subcaudatus, Oxyrrhynchoides, Pactola, Pagiophloeus bidentulus, Paramecops, Paramecops sinuatus, Phaenomerinae, Phlyctinus, Piazomias, Platyrhynchus, Platytenes, Porohylobius ligniperdoides, Pseudomimus, Psidiopsis, Rhadinomerus, Rhadinomerus cuneatus, Rhadinomerus denticulatus, Rhadinoscapus nociturus, Rhadinoscapus variegatus, Rhamphus perpusillus, Rhinoscapha, Rhinoscapha alma, Rhinoscapha arrogans, Rhinoscapha azureipes, Rhinoscapha cobaltinata, Rhinoscapha darnleyensis, Rhinoscapha douei, Rhinoscapha dubia, Rhinoscapha thomsoni, Rhyparonotus celsus, Rhytirrhinus anaglypticus, Rhytirrhinus anaglyptus, Rhytirrhinus namaquus, Rhytirrhinus transversetuberculatus, Scoliopisthen, Scoliopisthen ellenbergeri, Scoliopisthen sordidum, Siderodactylus, Siderodactylus (Hadromerus) conirostris, Siderodactylus conirostris, Siderodactylus lineolatus, Smicronyx cuscutae, Smicronyx roridus, Somerenius naivashae, Sphadasmus incallidus, Sphenomorpha cingulatus, Sphenomorpha fasciata, Sphrigodes gunni, Sternechus pollinosus, Styanax, Styanax bicarinatus, Synomus, Syntaphocerus, Syntaphocerus obsoletus, Syntaphocerus pusillus, Syntaphocerus terrenus, Synthocus triangulifer, Systates, Tanyrrhynchinae, Tartarisus perforatipennis, Telephae obliquefasciatus, Tomicoproctus, Tylomus, Ulomascus, Ulomascus claviger, Ulomascus longicornis},
	author = {Marshall, Sir G. A. K.}
}
@booklet {5520,
	title = {Gold bugs and beyond: a review of iridescence and structural colour mechanisms in beetles (Coleoptera)},
	howpublished = {J. R. Soc. Interface},
	volume = {6},
	year = {2009},
	month = {25/02/2010},
	pages = {S165-S184},
	publisher = {The Royal Society},
	abstract = {Members of the order Coleoptera are sometimes referred to as {\textquoteleft}living jewels{\textquoteright}, in allusion to thestrikingly diverse array of iridescence mechanisms and optical effects that have arisen inbeetles. A number of novel and sophisticated reflectance mechanisms have been discovered inrecent years, including three-dimensional photonic crystals and quasi-ordered coherentscattering arrays. However, the literature on beetle structural coloration is often redundantand lacks synthesis, with little interchange between the entomological and optical researchcommunities. Here, an overview is provided for all iridescence mechanisms observed inColeoptera. Types of iridescence are illustrated and classified into three mechanistic groups:multilayer reflectors, three-dimensional photonic crystals and diffraction gratings. Taxonomicand phylogenetic distributions are provided, along with discussion of the putative functionsand evolutionary pathways by which iridescence has repeatedly arisen in beetles.},
	keywords = {Eupholus, Pachyrhynchus},
	url = {http://ukpmc.ac.uk/picrender.cgi?artid=1697321\&blobtype=pdf},
	author = {Seago, A.E. and Brady, P. and Vigneron, J.-P. and Schultz, T.D.}
}
