@article {12593,
	title = {New genera of Palaeotropical Xyleborini (Coleoptera: Curculionidae: Scolytinae) based on congruence between morphological and molecular characters},
	journal = {Zootaxa},
	volume = {2717},
	year = {2010},
	month = {8 Dec},
	pages = {1-33},
	abstract = {As part of an ongoing genus-level revision of Xyleborini (Coleoptera, Curculionidae: Scolytinae), we combined a recent molecular phylogenetic analysis of the tribe (Cognato et al., 2011) with extensive analysis of morphological characters (over 44,000 representatives of 281 putative species of Xyleborini examined, including 264 types). For the first time, an operational species concept of Xyleborini is explicitly addressed. The following new genera are proposed: Debus Hulcr and Cognato, gen. n. Fortiborus Hulcr and Cognato, gen. n. Planiculus Hulcr and Cognato, gen. n. Truncaudum Hulcr and Cognato, gen. n. Wallacellus Hulcr and Cognato, gen. n. Thirty one new combinations and 29 synonymies are given. Cyclorhipidion pelliculosum (Eichhoff), comb. n. Cyclorhipidion sus (Schedl), comb. n. Debus adusticollis (Motschulsky), comb. n. Debus emarginatus (Eichhoff), comb. n. Debus fallax (Eichhoff), comb. n. (=Xyleborus fastigatus Schedl, syn. n.) Debus pseudocylindricus (Eggers) comb. n. Debus pumilus (Eggers), comb. n. (=Xyleborus ipidia Schedl, syn. n., =Xyleborus cylindricus Eggers, syn. n.) Debus spinicornis (Schedl), comb. n. Euwallacea funereus (Lea), comb. n. Fortiborus anisopterae (Browne), comb. n. Fortiborus indigens (Schedl), comb. n. Fortiborus major (Stebbing), comb. n. (=Xyleborus siclus Schedl syn. n.) Fortiborus pilifer (Eggers), comb. n.(= Xyleborus pseudopilifer Schedl, syn. n.) Fortiborus sulcinoides (Schedl), comb. n. Microperus diversicolor (Eggers), comb. n. (Coptodryas atava (Schedl), syn. n., =Microperus myristicae (Schedl) syn. n.) Microperus intermedius (Eggers), comb. n. (=Coptodryas nitella (Browne), syn. n.) Microperus parvus (Lea), comb. n. (=Coptodryas libra (Eggers), syn. n., =Coptodryas pubipennis (Schedl), syn. n.) Microperus pometianus (Schedl), comb. n. Planiculus aries (Schedl), comb. n. Planiculus bicolor (Blandford), comb. n. (=Euwallacea filiformis (Schedl), syn. n., =Euwallacea laevis (Eggers), syn. n., =Euwallacea tumidus (Schedl), syn. n., =Xyleborus glabratulus Browne, syn. n.) Planiculus immersus (Schedl), comb. n. (=Xyleborus hashimotoi Browne, syn. n.) Planiculus limatus (Schedl), comb. n. (=Euwallacea subemarginatus (Eggers), syn. n., Euwallacea subparallelus (Eggers), syn. n.) Truncaudum agnatum (Eggers), comb. n. (=Cyclorhipidion delicatum (Schedl), syn. n., =Cyclorhipidion subagnatum Wood, syn. n., =Xyleborus gratiosus Schedl, syn. n.) Truncaudum impexum (Schedl), comb. n. (=Xyleborus dentatulus Browne, syn. n., =Xyleborus circumspinosus Schedl, syn. n., =Xyleborus falcarius Schedl, syn. n., =Xyleborus subdentatulus Browne, syn. n., =Xyleborus vernaculus Schedl, syn. n., =Xyleborus putputensis Browne, syn. n.) Truncaudum longior (Eggers), comb. n. (=Xyleborus canarivorus Browne, syn. n., =Xyleborus protii Browne, syn. n., =Xyleborus viaticus Schedl, syn. n.) Wallacellus piceus (Motschulsky), comb. n. Zootaxa NEW GENERA OF XYLEBORINI 2717 [copyright] 2010 Magnolia Press [center dot] 3 Wallacellus similis (Ferrari), comb. n. Wallacellus striatulus (Browne), comb. n. The following species are given new status: Cyclorhipidion perlaetum (Schedl), resurrected replacement name Xyleborus judenkoi (Schedl), resurrected name. We confirm the generic status of Cyclorhipidion californicum (Wood), comb. n.},
	keywords = {Cyclorhipidion californicum, Cyclorhipidion pelliculosum, Cyclorhipidion perlaetum, Cyclorhipidion sus, Debus, Debus adusticollis, Debus emarginatus, Debus fallax, Debus pseudocylindricus, Debus pumilus, Debus spinicornis, Euwallacea funereus, Fortiborus, Fortiborus anisopterae, Fortiborus indigens, Fortiborus major, Fortiborus pilifer, Fortiborus sulcinoides, Microperus diversicolor, Microperus intermedius, Microperus parvus, Microperus pometianus, Planiculus, Planiculus aries, Planiculus bicolor, Planiculus immersus, Planiculus limatus, Truncaudum, Truncaudum agnatum, Truncaudum impexum, Truncaudum longior, Wallacellus, Wallacellus piceus, Wallacellus striatulus, Xyleborini, Xyleborus judenkoi},
	isbn = {1175-5326; 1175-5334},
	author = {Hulcr, Jiri and Cognato, A.I.}
}
@article {9303,
	title = {An annotated synopsis of Taiwanese bark and ambrosia beetles, with new synonymy, new combinations and new records (Coleoptera: Curculionidae: Scolytinae)},
	journal = {Zootaxa},
	number = {2601},
	year = {2010},
	pages = {1-47},
	abstract = {The state of knowledge of Taiwanese bark and ambrosia beetles (Coleoptera: Curculionidae: Scolytinae) is summarised to serve as a baseline for future studies of the fauna, with a checklist including information on distribution, host trees, biology and taxonomy. Six faunal elements based on geographical distribution are discussed in relation to their breeding sites and habits, and host preferences. One hundred and thirty-three species are recorded from Taiwan, of which thirty-eight are recorded for the first time. The following new synonymy is proposed: Ambrosiodmus lewisi (Blandford) (= Ozopemon tuberculatus Strohmeyer n. syn.), Anisandrus hirtus (Hagedorn) (= Xyleborus taiwanensis Browne n. syn.), Cyclorhipidion fukiensis (Eggers) (= Xyleborus tenuigraphus Schedl n. syn.), Cyrtogenius luteus (Blandford) (=Orosiotes formosanus Schedl n. syn.), Diuncus haberkorni (Eggers) (=Xyleborus taichuensis Schedl n. syn.) , Dryocoetes hectographus Reitter (=Ozopemon ater Eggers n. syn., =Dryocoetes formosanus Nobuchi n. syn.),Hypothenemus taihokuensis (Schedl) (=Hypothenemus cosmoderoides Murayama n. syn.), Xyleborinus artestriatus(Eichhoff) (= Xyleborus beaveri Browne n. syn.), Xyleborus pinicola Eggers (= Xyleborus pinivorus Browne n. syn.). The synonymy of Webbia camphorae Eggers and Webbia medius Eggers with Arixyleborus rugosipes Hopkins is confirmed. The following new combinations are given: Ernoporus formosanus (Browne) from Ptilopodius Hopkins; Ambrosiophilus hunanensis (Browne), A.metanepotulus (Eggers), A. satoi (Schedl), A. subnepotulus (Eggers), Cyclorhipidion formosanus (Browne), C. fukiensis (Eggers), C. ohnoi (Browne), C. xyloteroides (Schedl), Microperus kirishimanus (Murayama), Planiculus minutus (Blandford), all originally described in Xyleborus Eichhoff. Previous records of 23 species are considered dubious and require confirmation.},
	author = {Beaver, R. A. and Liu, L.-Y.}
}
@article {5159,
	title = {Two newly detected bark and ambrosia beetles from southern Florida (Coleoptera: Curculionidae, Scolytinae)},
	journal = {Zootaxa},
	volume = {2338},
	year = {2010},
	month = {19 Jan},
	pages = {63-68},
	abstract = {Coptoborus pseudotenuis (Schedl) and Cryptocarenus diadematus Eggers, two species of Neotropical Scolytinae, are reported from Florida and the U.S. for the first time. This is the first report of the genus Coptoborus from the U.S. We provide descriptions, figures, distribution maps and keys.},
	keywords = {Coptoborus pseudotenuis, Cryptocarenus diadematus},
	isbn = {1175-5326},
	url = {http://www.mapress.com/zootaxa},
	author = {Atkinson, Thomas H. and Rabaglia, Robert J. and Cognato, Anthony I.}
}
@article {4986,
	title = {Taxonomic remarks on some genera of Lixini Schoenherr, 1823 (Coleoptera: Curculionidae)},
	journal = {Zootaxa},
	volume = {2411},
	year = {2010},
	month = {26 Mar},
	pages = {1-21},
	abstract = {Types of forty-six species of Lixini of the genera Broconius Desbrochers, 1904, and Lixus Fabricius, 1801 were examined to evaluate their status, and lectotypes were designated (or holotypes recognized) when necessary. New synonyms, homonyms, combinations and new names were established as follows: Lixus Fabricius, 1801 (= Broconius Desbrochers, 1904 syn. n.), Lixus rectirostris Faust, 1890 (= Lixus rectirostris Desbrochers, 1904 hom et syn. n. = Broconius helenae Alonso-Zarazaga \& Lyal, 1999 syn. n. = Lixus rectirostris Faust subsp. infrequens Hoffmann, 1954 syn. n.), Lixus kraatzi Capiomont, 1875 (= Lixus confinis Petri, 1904 syn. n.), Lixus isfahanensis nom. n. (= Larinus cylindrus (Hoffmann, 1963) not Lixus cylindrus (Fabricius, 1781) comb. et hom. n.), Lixus scolopax Boheman, 1835 (Lixus lutescens Capiomont, 1875 syn. n. = Lixus operculifer Petri, 1904 syn. n. = Lixus ewaldi Alziar, 1978 syn. n.), Conorhynchus mixtus (Fabricius, 1792) (= Lixus semilunatus Petri, 1904 comb. et syn. n.), Lixus elegantulus Boheman, 1842 (= Lixus amplirostris Petri, 1904 syn. n. = Lixus colchicus Petri, 1904 syn. n. = Lixus convexicollis Petri, 1904 syn. n.), and Lixus nordmanni Hochhuth, 1847 (= Lixus iridis v. levantinus Petri, 1904 syn. n.).},
	keywords = {Lixini, Lixus},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2411.html},
	author = {Gultekin, Levent}
}
@article {4987,
	title = {Otiorhynchus (Nihus) grischunensis sp. n. - a new species of the O. rhilensis species group from the Swiss Alps (Curculionidae, Entiminae)},
	journal = {Zootaxa},
	volume = {2368},
	year = {2010},
	month = {24 Feb},
	pages = {59-68},
	abstract = {Otiorhynchus (Nihus) grischunensis sp. n. is described from Grisons, Switzerland. The new species was exclusively found in the alpine area and is thought to be endemic. Otiorhynchus grischunensis belongs to the O. rhilensis species group and is compared with its presumably closest relative, O. rhilensis. The new species fills a gap in the north- westernmost distribution of the O. rhilensis group and hence allows new insights into the biogeographical history of the group.},
	keywords = {Otiorhynchus (Nihus) grischunensis},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2368.html},
	author = {Germann, Christoph}
}
@article {4990,
	title = {A taxonomic monograph of the Middle American leaf-litter inhabiting weevil genus Theognete Champion (Coleoptera: Curculionidae; Molytinae; Lymantini)},
	journal = {Zootaxa},
	volume = {2458},
	year = {2010},
	month = {14 May},
	pages = {1-127},
	type = {Article},
	abstract = {The formerly monobasic genus Theognete Champion is revised. The two syntypes of Theognete laevis Cham- pion are found to represent two species, one of which is described as T. championi Anderson, new species. Another 92 new species are also recognized. The 94 known species are grouped into 8 informal species groups, based largely on the structure of the thoracic sterna. These are (numbers of species in group and distri- bution for each species in parentheses): Theognete araneiformis species group (6)[long dash]T. araneiformis Ander- son, new species (Mexico, Puebla); T. gracilis Anderson, new species (Mexico, Hidalgo); T. azteca Anderson, new species (Mexico, Veracruz); T. striatifemur Anderson, new species (Mexico, Tamaulipas); T. kovariki Anderson, new species (Mexico, Tamaulipas); T. tuberosa Anderson, new species (Mexico, Queretaro, San Luis Potos); Theognete laevis species group (4)[long dash]T. laevis Champion (Mexico, Veracruz); T. championi Anderson, new species Guatemala (Quezaltenango, San Marcos); T. janzeni Anderson, new species Mexico (Oaxaca); T. cozari Anderson, new species (Mexico, Chiapas); Theognete denticulata species group (5)[long dash]T. denticulata Anderson, new species (Mexico, Puebla); T. caviventris Anderson, new species (Mexico, Hidalgo, Puebla, Queretaro, San Luis Potosi); T. thibodeaui Anderson, new species (Mexico, Veracruz); T. fulgida Anderson, new species (Mexico, Hidalgo, San Luis Potosi); T. stefurinoi Anderson, new species (Mexico, Oaxaca); Theognete semistriata species group (5)[long dash]T. semistriata Anderson, new species (Mexico,Guerrero); T. akros Anderson, new species (Mexico, Oaxaca); T. semiopaca Anderson, new species (Mexico, Oaxaca); T. humilis Anderson, new species (Mexico, Oaxaca); T. elongata Anderson, new species (Mexico, Oaxaca); Theognete bothynometopon species group (10)[long dash]T. bothynometopon Anderson, new species (Mexico, Oaxaca); T. giselae Anderson, new species (Mexico, Oaxaca); T. carinata Anderson, new species (Mexico, Guerrero); T. genieri Anderson, new species (Guatemala, Quezaltenango); T. plumosa Anderson, new species (Mexico, Oaxaca); T. birdi Anderson, new species (Mexico, Oaxaca); T. ashei Anderson, new species (Honduras, Santa Barbara); T. pragudemi Anderson, new species (El Salvador, Santa Ana; Honduras, Lempira); T. jeanae Anderson, new species (El Salvador, Santa Ana, Chalatenango; Honduras, Lempira); T. chiapaneca Anderson, new species (Mexico, Chiapas); Theognete tzotzil species group (36)[long dash]T. tzotzil Anderson, new species (Mexico, Chiapas); T. ludvigseni Anderson, new species (Mexico, Oaxaca); T. howdenorum Anderson, new species (Mexico, Oaxaca); T. lutulenta Anderson, new species (Mexico, Oaxaca); T. campbelli Anderson, new species (Mexico, Chiapas); T. zapatista Anderson, new species (Mexico, Chiapas); T. braunae Anderson, new species (Guatemala, Baja Verapaz); T. lapouimetorum Anderson, new species (Guatemala, Zacapa); T. schusteri Anderson, new species (Guatemala, Sacatepequez); T. peckorum Anderson, new species (Mexico (Oaxaca); T. montana Anderson, new species Mexico (Chiapas); T. scopulus Anderson, new species Mexico, Chiapas); T. clavisetosa Anderson, new species (Mexico, Chiapas); T. huitepec Anderson, new species (Mexico, Chiapas); T. backorum Anderson, new species (Mexico, Chiapas); T. confusa Anderson, new species (Mexico, Chiapas); T. balli Anderson, new species (Mexico, Chiapas); T. lalondei Anderson, new species (Guatemala, Totonicapan); T. schaubeli Anderson, new species (Mexico, Chiapas); T. sylvatica Anderson, new species (Mexico, Chiapas); T. hortenseae Anderson, new species (Mexico, Chiapas); T. gaia Anderson, new species (Mexico, Veracruz); T. echinata Anderson, new species (Mexico, Tamaulipas); T. lalannei Anderson, new species (Honduras, Cortes, Ocotepeque; El Salvador, Santa Ana, Chaltenango); T. cavei Anderson, new species (Honduras, Olancho); T. trusterae Anderson, new species (Honduras, Lempira); T. coleadesi Anderson, new species (Honduras, Santa Barbara); T. jonesi Anderson, new species (Mexico, Chiapas); T. maturini Anderson, new species (Honduras, Santa Barbara, Yoro); T. cortesi Anderson, new species (Mexico, Chiapas); T. maziaki Anderson, new species (Mexico, Chiapas); T. barringerorum Anderson, new species (Mexico, Chiapas); T. evelynae Anderson, new species (Mexico, Chiapas); T. illuviosa Anderson, new species (Mexico, Chiapas); T. weadockae Anderson, new species (Mexico, Chiapas); T. galvezi Anderson, new species (Mexico, Chiapas); Theognete distenta species group (18)[long dash]T. distenta Anderson, new spe- cies (Mexico, Hidalgo); T. kaulbarsi Anderson, new species (Mexico, Veracruz); T. baranowskii Anderson, new species (Mexico, Oaxaca); T. globosa Anderson, new species (Mexico, Oaxaca); T. fossor Anderson, new species (Mexico, Oaxaca); T. terrestris Anderson, new species (Mexico, Oaxaca); T. lalibertei Anderson, new species (Mexico, Oaxaca); T. dansereaui Anderson, new species (Mexico, Oaxaca); T. desautelsi Anderson, new species (Mexico, Oaxaca); T. newtoni Anderson, new species (Mexico, Puebla); T. weiri Anderson, new species (Mexico, Oaxaca); T. romanoi Anderson, new species (Mexico, Oaxaca); T. broadheadae Anderson, new species (Mexico, Oaxaca); T. chauliothorax Anderson, new species (Mexico, Hidalgo, San Luis Potos); T. boaseae Anderson, new species (Honduras, Comayagua); T. corderoi Anderson, new species (Honduras, Comayagua); T. adarmstrongae Anderson, new species (Mexico, Chiapas); T. laurentae, new species (Mexico, Queretaro); Theognete hesmos species group (10)[long dash]T. hesmos Anderson, new species (Mexico, Hidalgo); T. minuta Anderson, new species (Mexico, Hidalgo); T. harbini Anderson, new species (Mexico, Hidalgo); T. reprela Anderson, new species (Mexico, Veracruz); T. michaudi Anderson, new species (Mexico, Mexico); T. lakarms Anderson, new species (Mexico, Veracruz); T. tomneyeae Anderson, new species (Mexico, Oaxaca); T. cristata Anderson, new species (Mexico, Oaxaca); T. grimblyae Anderson, new species (Mexico, Queretaro); T. draco Anderson, new species (Mexico, Oaxaca). Species groups are characterized and taxonomic composition and general distribution and ecological correlates summarized. Diagnoses and distributions are given for all species and ecological information is presented where available. Local endemism is remarkable throughout the genus, nearly all species known from one or only a limited number of proximal localities. Individual distribution maps are not presented but .kmz data files for use with GoogleEarth[registered trademark] are presented as hot links under the distribution for each species group. Immature stages, life history and food habits are not known for any of the species, although the larvae are presumed to feed in dead wood, as do other members of Lymantini and related tribes. The species are distributed as follows: Mexico (78), Honduras (10), Guatemala (6), El Salvador (3). This study represents the results of over 20 years of intensive leaf litter collections made in Mexico and northern Middle America.},
	keywords = {Theognete, Theognete adarmstrongae, Theognete akros, Theognete araneiformis, Theognete azteca, Theognete backorum, Theognete balli, Theognete baranowskii, Theognete barringerorum, Theognete birdi, Theognete bothynometopon, Theognete broadheadae, Theognete campbelli, Theognete carinata, Theognete caviventris, Theognete chauliothorax, Theognete chiapaneca, Theognete clavisetosa, Theognete confusa, Theognete cortesi, Theognete cozari, Theognete cristata, Theognete dansereaui, Theognete denticulata, Theognete desautelsi, Theognete distenta, Theognete draco, Theognete echinata, Theognete elongata, Theognete evelynae, Theognete fossor, Theognete fulgida, Theognete gaia, Theognete galvezi, Theognete giselae, Theognete globosa, Theognete gracilis, Theognete grimblyae, Theognete harbini, Theognete hesmos, Theognete hortenseae, Theognete howdenorum, Theognete huitepec, Theognete humilis, Theognete illuviosa, Theognete janzeni, Theognete jonesi, Theognete kaulbarsi, Theognete kovariki, Theognete lakarms, Theognete lalibertei, Theognete laurentae, Theognete ludvigseni, Theognete lutulenta, Theognete maziaki, Theognete michaudi, Theognete minuta, Theognete montana, Theognete newtoni, Theognete peckorum, Theognete plumosa, Theognete reprela, Theognete romanoi, Theognete schaubeli, Theognete scopulus, Theognete semiopaca, Theognete semistriata, Theognete stefurinoi, Theognete striatifemur, Theognete sylvatica, Theognete terrestris, Theognete thibodeaui, Theognete tomneyeae, Theognete tuberosa, Theognete tzotzil, Theognete weadockae, Theognete weiri, Theognete zapatista},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/2010/1/zt02458p127.pdf},
	author = {Anderson, Robert S.}
}
@article {4984,
	title = {A review of the genus Hadrodemius Wood, with new synonymy and a key to species (Coleoptera: Curculionidae: Scolytinae)},
	journal = {Zootaxa},
	volume = {2444},
	year = {2010},
	note = {Hadrodemius comansHadrodemiusHadrodemius comansHadrodemius globusHadrodemius pseudocomansXylosandrus amorphus},
	month = {4 May},
	pages = {51-57},
	abstract = {The eight species included by Wood and Bright (1992) in the Palaeotropical scolytine genus Hadrodemius Wood are reviewed. The following new synonymy is proposed: Hadrodemius comans (Sampson) (= Xyleborus amorphus Eggers syn.n., = Xyleborus metacomans Eggers syn.n.), Hadrodemius globus (Blandford) (= Xyleborus tomentosus Eggers syn.n.), Hadrodemius pseudocomans (Eggers) (= Xyleborus artecomans Schedl syn.n.). Hadrodemius (Xyleborus) pubifer (Schedl) is transferred to the genus Coptodryas Wood. Xyleborus melli Schedl is misplaced by Wood \& Bright (1992) as a synonym of Hadrodemius amorphus and is here transferred to Xylosandrus Reitter. The following new synonymy is proposed: Xylosandrus amputatus (Blandford) (= Xyleborus melli Schedl syn.n.). A key to the females of the three species now included in the genus is provided. The taxonomy, distribution and biology of the species are briefly reviewed, and some new records included.},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2444.html},
	author = {Beaver, Roger A.}
}
@article {4985,
	title = {Contribution to the knowledge of the weevil subgenus Arammichnus Gozis, genus Otiorhynchus Germar (Coleoptera, Curculionidae) from Sicily and the Sicilian islands},
	journal = {Zootaxa},
	volume = {2432},
	year = {2010},
	month = {21 Apr},
	pages = {45-58},
	abstract = {New data are presented on the taxonomy and distribution of some species of Otiorhynchus Germar, subgenus Arammichnus Gozis, in Sicily. Otiorhynchus (Arammichnus) ferrarii Miller is recorded from Sicily for the first time. Three new species are described: Otiorhynchus (Arammichnus) vagans n. sp., Otiorhynchus (Arammichnus) pseudosetosulus n. sp., and Otiorhynchus (Arammichnus) adrianus n. sp. The number of known Otiorhynchus (Arammichnus) species thereby rises to 66; 25 of which are present in Sicily and the lesser Sicilian islands.},
	keywords = {Arammichnus, Otiorhynchus},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2432.html},
	author = {Baviera, Cosimo and Magnano, Luigi}
}
@article {4973,
	title = {A taxonomic review and phylogeny of the genera Hoplopisthius Senna, 1892 and Carcinopisthius Kolbe, 1892 (Coleoptera: Brentidae, Hoplopisthiini)},
	journal = {Zootaxa},
	volume = {2516},
	year = {2010},
	month = {23 Jun},
	pages = {1-26},
	abstract = {The genera Hoplopisthius and Carcinopisthius are reviewed. All the species are redescribed and illustrated and an updated identification key and distributional maps are provided. One new species from New Guinea is described (Hoplopisthius maximus n. sp.) and two new synonymies are proposed: Hoplopisthius celebensis Kolbe, 1892 = H. trichemerus Senna, 1892, n. syn. and Carcinopisthius lamingtoni Damoiseau, 1987 = C. forcipitiger Damoiseau, 1987, n. syn. Phylogenetic analysis using PAUP (maximum parsimony) was performed using 25 morphological characters of adults. This analysis shows the group Hoplopisthius + Carcinopisthius is monophyletic, but Carcinopisthius alone is paraphyletic. Nomenclatural changes at the generic level are made to reconcile nomenclature and phylogeny: Hoplopisthius is preserved; Carcinopisthius is downgraded to the rank of subgenus for the two oriental species H. oberthueri and H. fruhstorferi; and Pseudotaphroderes is resurrected as a third subgenus and includes all New-Guinean and Australian species.},
	keywords = {Carcinopisthius, Carcinopisthius forcipitiger, Carcinopisthius lamingtoni, Hoplopisthius, Hoplopisthius (Carcinopisthius), Hoplopisthius (Pseudotaphroderes), Hoplopisthius celebensis, Hoplopisthius fruhstorferi, Hoplopisthius maximus, Hoplopisthius oberthueri, Hoplopisthius trichemerus, Pseudotaphroderes},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2516.html},
	author = {Mantilleri, Antoine}
}
@article {4969,
	title = {Phylogeny of the weevil genus Rhinusa Stephens based on adult morphological characters and host plant information (Coleoptera: Curculionidae)},
	journal = {Zootaxa},
	volume = {2627},
	year = {2010},
	month = {27 Sept},
	pages = {39-56},
	abstract = {A phylogenetic analysis of the species belonging to the weevil genus Rhinusa Stephens, 1829 (Coleoptera: Curculionidae: Curculioninae: Mecinini) was carried out. Rhinusa weevils feed on plants of the closely related families Scrophulariaceae and Plantaginaceae. Based on a cladistic analysis of six outgroup and 33 ingroup taxa, and 39 adult morphological and 8 ecological characters, eight well supported species groups and two monobasic groups belonging to three separate and more inclusive assemblages were recognized. The first assemblage (A) includes nine species belonging to two groups (R. bipustulata and R. tetra groups), whereas the second and third assemblages (B and C) include a total of 14 species belonging to two groups (R. antirrhini and R. linariae groups) and six groups (R. pilosa, R. herbarum, R. neta, R. vestita, R. mauritii and R. melas groups), respectively. Two of the three main assemblages (A and B) are well supported as monophyletic entities, whereas the third assemblage (C) has weak support contingent in part upon the exclusion of host plant associations. Assemblage A includes all species living on species of Scrophulariaceae, with two groups occurring on two closely related plant genera, Scrophularia (R. bipustulata group) and Verbascum (R. tetra group), respectively. The other two assemblages include species living exclusively on species of the family Plantaginaceae, tribe Antirrhineae. These patterns suggest a well conserved and phylogenetically congruent association among the weevils and their hosts. Optimizing host plant preferences onto the morphological phylogeny indicates that feeding on Plantaginaceae was the plesiomorphic condition for the genus Rhinusa. In general there are no strict relationships between groups of weevils and their specific feeding habits; however, species of the R. antirrhini group are all feeding on seed capsules. In contrast, in other groups the larvae of closely related species display significant variations in host plant parasitism. Some species of the R. tetra group feed on seed capsules whereas others are stem borers. In turn, certain species of the R. neta group feed on seed capsules yet others are inquilines of gall forming species of Rhinusa. The latter habit is present in multiple convergent groups such as the R. linariae and R. pilosa groups.},
	keywords = {Rhinusa},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2627.html},
	author = {Caldara, Roberto and Sassi, Davide and Tosevski, Ivo}
}
@article {4970,
	title = {Tomicus armandii Li \& Zhang (Curculionidae, Scolytinae), a new pine shoot borer from China},
	journal = {Zootaxa},
	volume = {2572},
	year = {2010},
	month = {20 Aug},
	pages = {57-64},
	abstract = {We describe a new species of forest bark beetle, Tomicus armandii Li \& Zhang, collected from Pinus armandii in Yunnan, China. We used the D2 fragment of 28S rDNA to improve the taxonomy of Tomicus. The new species can easily be distinguished from the other Tomicus species using the following two morphological characters: punctures of interstria 2 on declivity appearing evenly biseriate or triseriate; erect interstrial setae on the declivity short, about 0.5x as long as distance between striae. The genetic distances of 28S rDNA measured between T. armandii and other species of Tomicus are similar to the distances between other Tomicus species, and these are much higher than intraspecific distances. The phylogenetic analysis of 28S rDNA agrees with the groupings obtained from morphological identification. DNA analysis has commonly been used in Tomicus taxonomy and is helpful for resolving taxon identification problems.},
	keywords = {Tomicus armandii},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2572.html},
	author = {Li, Xia and Zhang, Zhen and Wang, Hongbin and Wu, Wei and Cao, Peng and Zhang, Peiyi}
}
@article {4972,
	title = {New Agrilus Curtis (Coleoptera: Buprestidae) from Mexico and Costa Rica mimicking parasitic wasps},
	journal = {Zootaxa},
	volume = {2545},
	year = {2010},
	month = {22 Jul},
	pages = {39-46},
	abstract = {Three species of the genus Agrilus are described: A. bellamyi New Species from Mexico, and A. braconoides New Species and A. lucindae New Species from Costa Rica. The male of Agrilus braconicoloratus Hespenheide from Mexico is also described for the first time. These four species are hypothesized to be mimics of wasps in the family Braconidae, some of which are parasitic on wood-boring beetles. The mimicry complex is briefly described and discussed for Costa Rica and Panama and probably involves both Mullerian and Batesian relationships with other beetles (Cerambycidae, Cleridae, and baridine Curculionidae) and Hymenoptera (Ichneumonidae and Mutillidae), predatory Heteroptera (Reduviidae), Diptera (Tipulidae), and other taxa. Examples are also given for South America and the Old World.},
	isbn = {1175-5326; 1175-5334},
	url = {http://www.mapress.com/zootaxa/list/2010/2545.html},
	author = {Hespenheide, Henry A.}
}
@article {3432,
	title = {An annotated synopsis of Taiwanese bark and ambrosia beetles, with new synonymy, new combinations and new records (Coleoptera: Curculionidae: Scolytinae)},
	journal = {Zootaxa},
	year = {2010},
	pages = {1-47},
	chapter = {1},
	abstract = {The state of knowledge of Taiwanese bark and ambrosia beetles (Coleoptera: Curculionidae: Scolytinae) is summarised to serve as a baseline for future studies of the fauna, with a checklist including information on distribution, host trees, biology and taxonomy. Six faunal elements based on geographical distribution are discussed in relation to their breeding sites and habits, and host preferences. One hundred and thirty-three species are recorded from Taiwan, of which thirty-eight are recorded for the first time. The following new synonymy is proposed: Ambrosiodmus lewisi (Blandford) (= Ozopemon tuberculatus Strohmeyer n. syn.), Anisandrus hirtus (Hagedorn) (= Xyleborus taiwanensis Browne n. syn.), Cyclorhipidion fukiensis (Eggers) (= Xyleborus tenuigraphus Schedl n. syn.), Cyrtogenius luteus (Blandford) (=Orosiotes formosanus Schedl n. syn.), Diuncus haberkorni (Eggers) (=Xyleborus taichuensis Schedl n. syn.) , Dryocoetes hectographus Reitter (=Ozopemon ater Eggers n. syn., =Dryocoetes formosanus Nobuchi n. syn.),Hypothenemus taihokuensis (Schedl) (=Hypothenemus cosmoderoides Murayama n. syn.), Xyleborinus artestriatus(Eichhoff) (= Xyleborus beaveri Browne n. syn.), Xyleborus pinicola Eggers (= Xyleborus pinivorus Browne n. syn.). The synonymy of Webbia camphorae Eggers and Webbia medius Eggers with Arixyleborus rugosipes Hopkins is confirmed. The following new combinations are given: Ernoporus formosanus (Browne) from Ptilopodius Hopkins; Ambrosiophilus hunanensis (Browne), A.metanepotulus (Eggers), A. satoi (Schedl), A. subnepotulus (Eggers), Cyclorhipidion formosanus (Browne), C. fukiensis (Eggers), C. ohnoi (Browne), C. xyloteroides (Schedl), Microperus kirishimanus (Murayama), Planiculus minutus (Blandford), all originally described in Xyleborus Eichhoff. Previous records of 23 species are considered dubious and require confirmation.},
	author = {Beaver, R. A. and Liu, L.-Y.}
}
