00643nas a2200169   4500008004100000245012500041210006900166300001500235490000700250653001200257653001400269653000900283653001500292653001500307100002100322856013000343       1992                        eng d00aObservations on the morphology and classification of weevils (Coleoptera: Curculionoidea) with a key to the major groups0 aObservations on the morphology and classification of weevils Col  a835–891.0 v2610aabdomen10agenitalia10alegs10amorphology10amouthparts1 aThompson, R., T.  uhttps://weevil.myspecies.info/observations-morphology-and-classification-weevils-coleoptera-curculionoidea-key-major-groups-101424nas a2200193   4500008004500000020001400045245011400059210006900173260000900242300001400251490000700265520071900272653001600991653002601007653002301033653002301056100002101079856013001100       2008                        Engldsh    a0022-293300aThree new endogean species of Laparocerus Schonherr, 1834 from the Canary Islands (Coleoptera, Curculionidae)0 aThree new endogean species of Laparocerus Schonherr 1834 from th  c2008  a1277-12880 v423 aThree new species of the weevil genus Laparocerus Schonherr (1834) adapted to the edaphic environment of the Canary Islands are described: L. edaphicus n. sp., L. oromii n. sp. and L. lopezi n. sp. They live in the humid laurel forests of Tenerife (Anaga Mountains), La Gomera (Garajonay National Park) and Gran Canaria (Valsendero), respectively. The small size and somewhat tubular body shape is a common character among them, as is the reduction of the eyes, which are totally absent in L. oromii n. sp. Despite these common adaptive traits, the three species seem not to be directly related. A key for the identification of all the known cryptozoic (edaphic and troglobitic) species of Laparocerus is provided.10aLaparocerus10aLaparocerus edaphicus10aLaparocerus lopezi10aLaparocerus oromii1 aMachado, Antonio  uhttps://weevil.myspecies.info/three-new-endogean-species-laparocerus-schonherr-1834-canary-islands-coleoptera-curculionidae-001422nas a2200193   4500008004500000020001400045245011400059210006900173260000900242300001400251490000700265520071900272653001600991653002601007653002301033653002301056100002101079856012801100       2008                        Engldsh    a0022-293300aThree new endogean species of Laparocerus Schonherr, 1834 from the Canary Islands (Coleoptera, Curculionidae)0 aThree new endogean species of Laparocerus Schonherr 1834 from th  c2008  a1277-12880 v423 aThree new species of the weevil genus Laparocerus Schonherr (1834) adapted to the edaphic environment of the Canary Islands are described: L. edaphicus n. sp., L. oromii n. sp. and L. lopezi n. sp. They live in the humid laurel forests of Tenerife (Anaga Mountains), La Gomera (Garajonay National Park) and Gran Canaria (Valsendero), respectively. The small size and somewhat tubular body shape is a common character among them, as is the reduction of the eyes, which are totally absent in L. oromii n. sp. Despite these common adaptive traits, the three species seem not to be directly related. A key for the identification of all the known cryptozoic (edaphic and troglobitic) species of Laparocerus is provided.10aLaparocerus10aLaparocerus edaphicus10aLaparocerus lopezi10aLaparocerus oromii1 aMachado, Antonio  uhttps://weevil.myspecies.info/three-new-endogean-species-laparocerus-schonherr-1834-canary-islands-coleoptera-curculionidae00519nas a2200109   4500008004100000245012800041210006900169300001000238490000700248100001900255856013500274       1998                        eng d00aA review of Scolytodes Ferrari (Coleoptera: Scolytidae) associated with Cecropia (Cecropiaceae) in the northern Neotropics.0 areview of Scolytodes Ferrari Coleoptera Scolytidae associated wi  a31-840 v321 aJordal, B., H.  uhttps://weevil.myspecies.info/review-scolytodes-ferrari-coleoptera-scolytidae-associated-cecropia-cecropiaceae-northern-neotropics02399nas a2200121   4500008004100000245010900041210006900150300001200219490000700231520190000238100001902138856012002157       1978                        eng d00aThe biology and ecology of the kola weevil, Sophrorhinus gbanjaensis D. & T. (Coleoptera: Curculionidae)0 abiology and ecology of the kola weevil Sophrorhinus gbanjaensis   a661-6800 v123 aThe biology of the kola weevil S. gbanjaensis were studied under laboratory temperature of 26-28.degree. C and 3 temperature regimes of 25 .+-. 1.degree., 27.5 .+-. 1.degree. and 30 .+-. 1.degree. C. Both mated and unmated females had a pre-oviposition period of 13.3 .+-. 0.5 days. Eggs were laid singly and in special oviposition holes made inside the nut [Cola nitida] by the female. Mated and unmated females oviposited for an average period of 56.0 .+-. 2.2 days and 30.8 .+-. 1.7 days and laid an average of 48.6 .+-. 3.1 eggs and 10.2 .+-. 0.5 eggs, respectively. Under the 3 temperature regimes of 25.degree., 27.5.degree. and 30.degree. C, a significantly higher number of eggs (1304) were laid at 27.5.degree. C when compared with the numbers laid at 25.degree. (686) and 30.degree. C (996). The mean incubation periods of the eggs were 7.9 .+-. 2.3, 5.9 .+-. 1.4 and 5.2 .+-. 0.7 days at 25.degree., 27.5.degree. and 30.degree. C, respectively. There were 5 larval instars. The mean larval periods at 25.degree. and 27.5.degree. C were 29.3 .+-. 4.2 days and 26.5 .+-. 3.3 days, respectively. The mean total periods of development from egg to adult emergence from the nut in S. gbanjaensis at 25.degree. and 27.5.degree. C were 48.4 .+-. 3.5 days and 41.2 .+-. 4.2 days, respectively. Adults of S. gbanjaensis that were allowed to feed and mate freely lived for an average of 71.6 .+-. 3.4 days with a minimum and maximum of 33 and 112 days, respectively. The sex ratios of the laboratory-reared adults of S. gbanjaensis and those that emerged from field-infested nuts were very close to unity. The natural enemies observed were a hymenopterus larval parasite (Ichneumonidae), Phorotrophus mameti; an entomophagous fungus, Botrytis (Beauveria) bassiana and an unidentified mite. Field experiments on the time and sequence of infestation of kola nuts by the kola weevils showed that S.1 aDaramola, A.M.  uhttps://weevil.myspecies.info/biology-and-ecology-kola-weevil-sophrorhinus-gbanjaensis-d-t-coleoptera-curculionidae01440nas a2200157   4500008004500000020001400045245016900059210006900228260000900297300001400306490000700320520077200327653002501099100002301124856013501147       2008                        Engldsh    a0022-293300aSeasonality and abundance of Metamasius callizona (Coleoptera: Dryophthoridae), an invasive insect herbivore, on two species of Tillandsia (Bromeliaceae) in Florida0 aSeasonality and abundance of Metamasius callizona Coleoptera Dry  c2008  a2721-27340 v423 aSeasonality and abundance of an insect herbivore population are regulated by a complex array of forces from the bottom up, from the top down, and from competition and the environment. This paper examines the effect that two host plants have on an insect herbivore in the absence of top-down regulation or competition. Metamasius callizona is an invasive bromeliad-eating weevil in south Florida that has escaped its natural parasitoid in its home range. A 4-year field study shows the weevil to be present and active year-round, but to exhibit different patterns of seasonality and abundance on two of its host plants. It is argued that this demographic variability is generated by the differences in leaf type and growth habit that exist between the two host plants.10aMetamasius callizona1 aCooper, Teresa, M.  uhttps://weevil.myspecies.info/seasonality-and-abundance-metamasius-callizona-coleoptera-dryophthoridae-invasive-insect-herbivore-t01684nas a2200181   4500008004100000020001400041245013200055210006900187260000900256300001400265490000700279520102300286653000801309653001301317100001801330700001901348856013501367       2011                        eng d  a0022-293300aRadiation in the halophytic coenoses of the Peri-Tethys: taxonomy and biogeography of the genus Ita (Coleoptera: Curculionidae)0 aRadiation in the halophytic coenoses of the PeriTethys taxonomy   c2011  a1331-14010 v453 aThe weevil genus Ita Tournier, 1878 is revised, its phylogeny inferred and its historical biogeography discussed. Its nomenclatural history is detailed and its taxonomic placement within the Curculionidae is examined; the genus is ascribed to the subfamily Curculioninae, tribe Itini. The type specimens of all the described names referable to this genus were examined and lectotypes designated. Ten new species are described. The synonymy Xeronoma Iablokov-Khnzorian, 1964 = Ita Tournier, 1878 syn. nov. is proposed. The natural history is detailed: all the species for which data are available live in halophytic habitats and are associated with the former family Chenopodiaceae. Inference on phylogeny and hypotheses on historical biogeography are proposed: the genus has probably differentiated not later than the upper Miocene along the south-eastern coasts of the Paratethys; a subsequent radiation occurred as a consequence of the tectonic evolution of the region and through events of dispersion and dispersal.10aIta10aXeronoma1 aMeregalli, M.1 aBorovec, Roman  uhttps://weevil.myspecies.info/radiation-halophytic-coenoses-peri-tethys-taxonomy-and-biogeography-genus-ita-coleoptera-curculionid00525nas a2200109   4500008004100000245013500041210006900176300001400245490000700259100001500266856013400281       2001                        eng d00aThe pygmaeus-group of Euops Schoenherr (Coleoptera, Curculionoidea, Attelabidae), weevils associated with Nothofagus in New Guinea0 apygmaeusgroup of Euops Schoenherr Coleoptera Curculionoidea Atte  a1173-12370 v351 aRiedel, A.  uhttps://weevil.myspecies.info/pygmaeus-group-euops-schoenherr-coleoptera-curculionoidea-attelabidae-weevils-associated-nothofagus03248nas a2200589   4500008004500000020001400045245012100059210006900180300001200249490000700261520161100268653001601879653001601895653001801911653001901929653001401948653001801962653001801980653002301998653001902021653001702040653001402057653001902071653000802090653001202098653002102110653001602131653002102147653002102168653001902189653002002208653001802228653001702246653001402263653001302277653001602290653001602306653001602322653001502338653001402353653001302367653001802380653001302398653001702411653002102428653001602449653001502465653001402480653001302494100002102507856013002528       1992                        Engldsh    a0022-293300aObservations on the morphology and classification of weevils (Coleoptera, Curculionoidea) with a key to major groups0 aObservations on the morphology and classification of weevils Col  a835-8910 v263 aA brief account of the present state of weevil taxonomy is followed by a detailed study of certain structures used in their classification, namely the venter, abdominal tergites, sternite 8 of the male, apex of the hind tibia and deciduous mandibular processes. A key to some 50 families and subfamilies of Curculionoidea is followed by a list of family-group taxa. The following changes are made: Brachyceridae, Erirhinidae, Cryptolaryngidae and Raymondionymidae are promoted to family rank from Curculionidae; Antliarhininae is demoted to a subfamily of Brentidae, and Allocoryninae to a subfamily of Oxycorynidae; Coptonotini is demoted to a tribe of Curculionidae-Scolytinae; Carinae, subfam. n. is erected for Car Blackburn (genus incertae sedis) in Belidae; Dinomorphini is demoted to a tribe of Molytinae and Brachyceropsidinae is revived from synonymy with Dinomorphinae (Curculionidae); Brachyderini, Eremnini, Otiorhynchini and Sitonini are demoted to tribes of Entiminae; Desmidophorinae is transferred from Brentidae to Brachyceridae; Ocladiini is promoted to a tribe of Desmidophorinae (from Curculionidae-Cryptorhynchinae); Campyloscelini (including Phaenomerina) is transferred from Rhynchophoridae to Curculionidae-Zygopinae; Carphodicticinae is promoted to subfamily rank and transferred from Curculionidae-Scolytinae to Platypodidae; Perieges Schonherr is transferred from Curculionidae-Thecesterninae to Cryptolaryngidae and Agriochaeta Pascoe from Cryptorhynchinae to Hyperinae (Curculionidae); Schedlarius Wood and Mecopelmus Blackman are transferred from Coptonotidae to Platypodidae.10aAgriochaeta10aAlaocybites10aAllocoryninae10aAntliarhininae10aApioninae10aBrachyceridae10aBrachycerinae10aBrachyceropsidinae10aBrachyceropsis10aBrachyderini10aBrentidae10aCampyloscelini10aCar10aCarinae10aCarphodicticinae10aCoptonotini10aCryptolaryngidae10aCryptolarynginae10aCurculionoidea10aDesmidophorinae10aDinomorphinae10aDinomorphini10aEntiminae10aEremnini10aErirhinidae10aErirhininae10aLeptopiinae10aMecopelmus10aOcladiini10aOcladius10aOtiorhynchini10aPerieges10aPlatypodidae10aRaymondionymidae10aSchedlarius10aScolytinae10aSitoninae10aSitonini1 aThompson, R., T.  uhttps://weevil.myspecies.info/observations-morphology-and-classification-weevils-coleoptera-curculionoidea-key-major-groups-000633nas a2200169   4500008004100000245012100041210006900162300001200231490000700243653001200250653001400262653000800276653001500284653001500299100002100314856012800335       1992                        eng d00aObservations on the morphology and classification of weevils (Coleoptera, Curculionoidea) with a key to major groups0 aObservations on the morphology and classification of weevils Col  a835-8910 v2610aabdomen10agenitalia10aleg10amorphology10amouthparts1 aThompson, R., T.  uhttps://weevil.myspecies.info/observations-morphology-and-classification-weevils-coleoptera-curculionoidea-key-major-groups01267nas a2200181   4500008004100000245009800041210006900139300001200208490000700220520065400227653001400881653001800895653001300913653001600926100001900942700001800961856010600979       2009                        eng d00aA note on the entomofauna of mangrove associates in the Andaman Islands (Indian Ocean: India)0 anote on the entomofauna of mangrove associates in the Andaman Is  a807-8230 v433 aThe mangals of South Andaman Island were surveyed for the insect fauna of mangrove associates. The herbivorous insects collected were reared to adulthood on the hosts on which they were collected. The parasitoids that emerged during the rearings were also collected. Ninety-six species of insect herbivores and nine species of hymenopteran parasitoids were collected during this study. Comparison with insects known to be phytophagous on true mangroves indicated that species overlap between insects on true mangroves and those on mangrove associates was minimal. Each of these plant communities apparently has its own distinct entomofaunal complex.10aAcicnemis10aMechistocerus10aOsphilia10aProtocerius1 aVeenakumari, K1 aPrashanth, M.  uhttps://weevil.myspecies.info/note-entomofauna-mangrove-associates-andaman-islands-indian-ocean-india01421nas a2200121   4500008004100000245011100041210006900152300001000221490000700231520096000238100001801198856008301216       2010                        eng d00aRedescriptions of critical type species in the Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae)0 aRedescriptions of critical type species in the Eustylini Lacorda  a41-800 v443 aDetailed morphological redescriptions and illustrations are provided for the following type species of six diverse and taxonomically overlapping genera of broad-nosed weevils, traditionally placed in or near the Neotropical tribe Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae): Compsus argyreus (Linnaeus), Diaprepes abbreviatus (Linnaeus), Eustylus puber (Olivier), Exophthalmus quadrivittatus (Olivier), Exorides wagneri (von Harold), and Lachnopus valgus (Fabricius), which is apparently not a member of this tribe. Descriptions of mouthparts, male and female terminalia, and of other external and internal structures are reported for the first time, and thus build a foundation for re-examining the taxonomic limits and phylogenetic relationships among eustyline genera. It is suggested that the type specimen of D. abbreviatus, originally described by Linnaeus, pertains to populations that occur along the northern coast of Puerto Rico.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/EustyliniTypeRedescriptions.pdf01421nas a2200121   4500008004100000245011100041210006900152300001000221490000700231520096000238100001801198856008301216       2010                        eng d00aRedescriptions of critical type species in the Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae)0 aRedescriptions of critical type species in the Eustylini Lacorda  a41-800 v443 aDetailed morphological redescriptions and illustrations are provided for the following type species of six diverse and taxonomically overlapping genera of broad-nosed weevils, traditionally placed in or near the Neotropical tribe Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae): Compsus argyreus (Linnaeus), Diaprepes abbreviatus (Linnaeus), Eustylus puber (Olivier), Exophthalmus quadrivittatus (Olivier), Exorides wagneri (von Harold), and Lachnopus valgus (Fabricius), which is apparently not a member of this tribe. Descriptions of mouthparts, male and female terminalia, and of other external and internal structures are reported for the first time, and thus build a foundation for re-examining the taxonomic limits and phylogenetic relationships among eustyline genera. It is suggested that the type specimen of D. abbreviatus, originally described by Linnaeus, pertains to populations that occur along the northern coast of Puerto Rico.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/EustyliniTypeRedescriptions.pdf02076nas a2200121   4500008004100000245012500041210006900166300001400235490000700249520160700256100001801863856007301881       2003                        eng d00aMating behaviour of Staminodeus vectoris (Coleoptera: Curculionidae) and the value of systematics in behavioural studies0 aMating behaviour of Staminodeus vectoris Coleoptera Curculionida  a1727-17500 v373 aThe mating behaviour of Staminodeus vectoris Franz (Curculionidae: Curculioninae: Derelomini) is described and discussed in light of a phylogeny of Staminodeus Franz. At La Selva, Costa Rica, S. vectoris is associated with the staminodes of the inflorescences of Asplundia uncinata Harling and several other species of Cyclanthaceae. The males have a row of 6–10 teeth along the margin of the protibia, whereas the females have a small, curved spine on the frons. The adults arrive in numbers at the inflorescences during the pistillate phase of the anthesis of A. uncinata, feeding on the staminodes. Eventually, a female detaches a staminode with her mandibles, falls to the ground, and transports it to the site of oviposition in the leaf litter. First, she crawls underneath the staminode, then moves it posteriorly with her legs, and finally returns to its distal end before repeating the process. The female turns on her back and maintains her original position during the movement of the staminode, using her frontal spine as a point of resistance against the substrate. Meanwhile, a male associates with the staminode. The males fight with their prothoracic legs, executing fast blows until their protibial teeth cling and dislodge competitors from the staminode. The positive and negative allometries of the lengths of the male protibia and female spine, are consistent with their functions in the contexts of sexual and natural selection, respectively. The phylogeny of all seven species of Staminodeus hypothesises that female transporting behaviour evolved before male fighting behaviour.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/StaminodeusMating.pdf02078nas a2200121   4500008004100000245012700041210006900168300001400237490000700251520160700258100001801865856007301883       2003                        eng d00aMating behaviour of Staminodeus vectoris (Coleoptera: Curculionidae) and  the value of systematics in behavioural studies.0 aMating behaviour of Staminodeus vectoris Coleoptera Curculionida  a1727-17500 v373 aThe mating behaviour of Staminodeus vectoris Franz (Curculionidae: Curculioninae: Derelomini) is described and discussed in light of a phylogeny of Staminodeus Franz. At La Selva, Costa Rica, S. vectoris is associated with the staminodes of the inflorescences of Asplundia uncinata Harling and several other species of Cyclanthaceae. The males have a row of 6–10 teeth along the margin of the protibia, whereas the females have a small, curved spine on the frons. The adults arrive in numbers at the inflorescences during the pistillate phase of the anthesis of A. uncinata, feeding on the staminodes. Eventually, a female detaches a staminode with her mandibles, falls to the ground, and transports it to the site of oviposition in the leaf litter. First, she crawls underneath the staminode, then moves it posteriorly with her legs, and finally returns to its distal end before repeating the process. The female turns on her back and maintains her original position during the movement of the staminode, using her frontal spine as a point of resistance against the substrate. Meanwhile, a male associates with the staminode. The males fight with their prothoracic legs, executing fast blows until their protibial teeth cling and dislodge competitors from the staminode. The positive and negative allometries of the lengths of the male protibia and female spine, are consistent with their functions in the contexts of sexual and natural selection, respectively. The phylogeny of all seven species of Staminodeus hypothesises that female transporting behaviour evolved before male fighting behaviour.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/StaminodeusMating.pdf00572nas a2200169   4500008004100000245011200041210007100153250001500224300001200239490000600251653001500257653001700272653002900289100001900318700001700337856004800354       1975                        eng d00aA new species of kola weevil from Nigeria—Sophrorhinus gbanjaensis (sp. nov.) (Coleoptera: Curculionidae)0 anew species of kola weevil from Nigeria—Sophrorhinus gbanjaensis  a01/08/1975  a397-4020 v910aParemydica10aSophrorhinus10aSophrorhinus gbanjaensis1 aDaramola, A.M.1 aTaylor, T.A.  uhttp://dx.doi.org/10.1080/0022293750077030100572nas a2200169   4500008004100000245011200041210007100153250001500224300001200239490000600251653001500257653001700272653002900289100001900318700001700337856004800354       1975                        eng d00aA new species of kola weevil from Nigeria—Sophrorhinus gbanjaensis (sp. nov.) (Coleoptera: Curculionidae)0 anew species of kola weevil from Nigeria—Sophrorhinus gbanjaensis  a01/08/1975  a397-4020 v910aParemydica10aSophrorhinus10aSophrorhinus gbanjaensis1 aDaramola, A.M.1 aTaylor, T.A.  uhttp://dx.doi.org/10.1080/0022293750077030101421nas a2200121   4500008004100000245011100041210006900152300001000221490000700231520096000238100001801198856008301216       2010                        eng d00aRedescriptions of critical type species in the Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae)0 aRedescriptions of critical type species in the Eustylini Lacorda  a41-800 v443 aDetailed morphological redescriptions and illustrations are provided for the following type species of six diverse and taxonomically overlapping genera of broad-nosed weevils, traditionally placed in or near the Neotropical tribe Eustylini Lacordaire (Coleoptera: Curculionidae: Entiminae): Compsus argyreus (Linnaeus), Diaprepes abbreviatus (Linnaeus), Eustylus puber (Olivier), Exophthalmus quadrivittatus (Olivier), Exorides wagneri (von Harold), and Lachnopus valgus (Fabricius), which is apparently not a member of this tribe. Descriptions of mouthparts, male and female terminalia, and of other external and internal structures are reported for the first time, and thus build a foundation for re-examining the taxonomic limits and phylogenetic relationships among eustyline genera. It is suggested that the type specimen of D. abbreviatus, originally described by Linnaeus, pertains to populations that occur along the northern coast of Puerto Rico.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/EustyliniTypeRedescriptions.pdf02078nas a2200121   4500008004100000245012700041210006900168300001400237490000700251520160700258100001801865856007301883       2003                        eng d00aMating behaviour of Staminodeus vectoris (Coleoptera: Curculionidae) and  the value of systematics in behavioural studies.0 aMating behaviour of Staminodeus vectoris Coleoptera Curculionida  a1727-17500 v373 aThe mating behaviour of Staminodeus vectoris Franz (Curculionidae: Curculioninae: Derelomini) is described and discussed in light of a phylogeny of Staminodeus Franz. At La Selva, Costa Rica, S. vectoris is associated with the staminodes of the inflorescences of Asplundia uncinata Harling and several other species of Cyclanthaceae. The males have a row of 6–10 teeth along the margin of the protibia, whereas the females have a small, curved spine on the frons. The adults arrive in numbers at the inflorescences during the pistillate phase of the anthesis of A. uncinata, feeding on the staminodes. Eventually, a female detaches a staminode with her mandibles, falls to the ground, and transports it to the site of oviposition in the leaf litter. First, she crawls underneath the staminode, then moves it posteriorly with her legs, and finally returns to its distal end before repeating the process. The female turns on her back and maintains her original position during the movement of the staminode, using her frontal spine as a point of resistance against the substrate. Meanwhile, a male associates with the staminode. The males fight with their prothoracic legs, executing fast blows until their protibial teeth cling and dislodge competitors from the staminode. The positive and negative allometries of the lengths of the male protibia and female spine, are consistent with their functions in the contexts of sexual and natural selection, respectively. The phylogeny of all seven species of Staminodeus hypothesises that female transporting behaviour evolved before male fighting behaviour.1 aFranz, N., M.  uhttp://academic.uprm.edu/%7Efranz/publications/StaminodeusMating.pdf00572nas a2200169   4500008004100000245011200041210007100153250001500224300001200239490000600251653001500257653001700272653002900289100001900318700001700337856004800354       1975                        eng d00aA new species of kola weevil from Nigeria—Sophrorhinus gbanjaensis (sp. nov.) (Coleoptera: Curculionidae)0 anew species of kola weevil from Nigeria—Sophrorhinus gbanjaensis  a01/08/1975  a397-4020 v910aParemydica10aSophrorhinus10aSophrorhinus gbanjaensis1 aDaramola, A.M.1 aTaylor, T.A.  uhttp://dx.doi.org/10.1080/0022293750077030100515nas a2200109   4500008004100000245012200041210006900163300001400232490000700246100001700253856013500270       1989                        eng d00aThe alimentary canal and nervous system of Curculionoidea (Coleoptera): gross morphology and systematic significance.0 aalimentary canal and nervous system of Curculionoidea Coleoptera  a1205-12650 v231 aCalder, A.A.  uhttps://weevil.myspecies.info/alimentary-canal-and-nervous-system-curculionoidea-coleoptera-gross-morphology-and-systematic-signif00496nas a2200109   4500008004100000245011500041210006900156300001200225490000700237100001700244856012500261       1990                        eng d00aGross morphology of the soft parts of the male and female reproductive systems of Curculionoidea (Coleoptera).0 aGross morphology of the soft parts of the male and female reprod  a453-5050 v241 aCalder, A.A.  uhttps://weevil.myspecies.info/gross-morphology-soft-parts-male-and-female-reproductive-systems-curculionoidea-coleoptera00444nas a2200109   4500008004100000245009100041210006900132300001200201490000600213100001100219856010400230       1970                        eng d00aSome Scolytidae and Platypodidae (Coleoptera) in the collection of the British Museum.0 aSome Scolytidae and Platypodidae Coleoptera in the collection of  a539-5830 v41 aBrowne  uhttps://weevil.myspecies.info/some-scolytidae-and-platypodidae-coleoptera-collection-british-museum00560nas a2200109   4500008004100000245016500041210006900206300001200275490000700287100002100294856013500315       1994                        eng d00aA review of New World weevils associated with Viscaceae (mistletoes [in part]) including descriptions of new genera and new species (Coleoptera: Curculionidae).0 areview of New World weevils associated with Viscaceae mistletoes  a435-4920 v281 aAnderson, R., S.  uhttps://weevil.myspecies.info/review-new-world-weevils-associated-viscaceae-mistletoes-part-including-descriptions-new-genera-and-03375nas a2200421   4500008004500000020001400045245016600059210006900225260001600294300001200310490000700322520193100329653002802260653002902288653002802317653001502345653002202360653002202382653002302404653002302427653002102450653001302471653002202484653001802506653002302524653003502547653003102582653003002613653003202643653001902675653001902694653002202713653002402735653001302759653002402772100002102796856013602817       1994                        Engldsh    a0022-293300aA review of New World weevils associated with Viscaceae (mistletoes [in part]) including descriptions of new genera and a new species (Coleoptera: Curculionidae)0 areview of New World weevils associated with Viscaceae mistletoes  cMarch-April  a435-4920 v283 aThe New World weevil fauna of the parasitic plant family Viscaceae is comprised of 24 species in eight genera representing four tribes of Curculioninae. Genera represented (numbers of species and tribal placement in parentheses) are as follows; Anthonomus (3), Smicraulax (3) and Cionomimus (9) (Anthonomini), Myrmex (1) (Otidocephalini), Hohonus (2) (Cryptorhynchini), and Cylindrocopturinus (4), Turcopus (1) and Coturpus (1) (Zygopini). Smicraulax arizonicus Sleeper and S. tuberculatus Dietz are reported from Mexico; S. piercei is recorded from Chiapas, Mexico. Three new species of Anthonomus, A. brachyrhinus, A. guerreroensis and A. phoradendrae are described from Mexico. Five new species of Cionomimus, C. burkei (Mexico), C. clarki (Venezuela), C. grossus (Mexico), C. obrieni (Mexico) and C. woodi (Mexico) are described. A key to species of adults of Cionomimus species is presented. Otidocephalus algerti Sleeper is considered a new junior synonym of Myrmex arizonicus (Schaeffer). Sternocoelus sturio Arrow is transferred to Hohonus as H. sturio (Arrow) n. comb. The genus Cylindrocopturinus Sleeper, and C. pictus (Schaeffer) and C. hainesi Hespenheide are redescribed and 2 new species of Cylindrocopturinus, C. catherineae and C. vanessae, are described from Mexico. Cylindrocopturinus hainesi is reported from Honduras. A key to species of adults of Cylindrocopturinus is presented. Turcopus new genus is proposed with one included species, T. viscivorus new species, described from Guatemala and Guerrero, Mexico. Coturpus new genus is proposed with one included species, C. arcuatus new species, described from Guerrero, Mexico. Phylogenetic relationships of most curculionid lineages associated with Viscaceae are inadequately resolved. Only for Myrmex arizonicus and Cylindrocopturinus-Coturpus-Turcopus are there sufficient data to weigh competing hypotheses about evolution of host plant associations.10aAnthonomus brachyrhinus10aAnthonomus guerreroensis10aAnthonomus phoradendrae10aCionomimus10aCionomimus burkei10aCionomimus clarki10aCionomimus grossus10aCionomimus obrieni10aCionomimus woodi10aCoturpus10aCoturpus arcuatus10aCurculionidae10aCylindrocopturinus10aCylindrocopturinus catherineae10aCylindrocopturinus hainesi10aCylindrocopturinus pictus10aCylindrocopturinus vanessae10aHohonus sturio10aMyrmex algerti10aMyrmex arizonicus10aSternocoelus sturio10aTurcopus10aTurcopus viscivorus1 aAnderson, R., S.  uhttps://weevil.myspecies.info/review-new-world-weevils-associated-viscaceae-mistletoes-part-including-descriptions-new-genera-and-000633nas a2200169   4500008004100000245012100041210006900162300001200231490000700243653001200250653001400262653000800276653001500284653001500299100002100314856012800335       1992                        eng d00aObservations on the morphology and classification of weevils (Coleoptera, Curculionoidea) with a key to major groups0 aObservations on the morphology and classification of weevils Col  a835-8910 v2610aabdomen10agenitalia10aleg10amorphology10amouthparts1 aThompson, R., T.  uhttps://weevil.myspecies.info/observations-morphology-and-classification-weevils-coleoptera-curculionoidea-key-major-groups00502nas a2200109   4500008004100000245011600041210007000157300001400227490000700241100001600248856012800264       2008                        eng d00aThree new endogean species of Laparocerus Schönherr, 1834 from the Canary Islands (Coleoptera, Curculionidae).0 aThree new endogean species of Laparocerus Schönherr 1834 from th  a1277-12880 v421 aMachado, A.  uhttps://weevil.myspecies.info/three-new-endogean-species-laparocerus-sch-nherr-1834-canary-islands-coleoptera-curculionidae