@article {13813,
	title = {Material on the fauna of the weevil subfamily Ceutorhynchinae (Coleoptera, Curculionidae) of the Indo-Malayan region and southeastern Palaearctic region},
	journal = {Trudy Zoologicheskogo Instituta},
	volume = {245},
	year = {1992},
	pages = {50-102},
	type = {Article},
	keywords = {Auleutes, Cyphauleutes, Cyphauleutes bifasciatus, Cyphauleutes nigripennis, Cyphauleutes vietnamensis, Mecysmoderes athleta, Mecysmoderes ciconia, Mecysmoderes conicollis, Mecysmoderes glabrirostris, Mecysmoderes gorochovi, Mecysmoderes kryzhanovskii, Mecysmoderes longicollis, Mecysmoderes longirostris, Mecysmoderes michaili, Mecysmoderes nigroclavatus, Scleropterus berezovskii, Scleropterus sinensis},
	isbn = {0206-0477},
	author = {Korotyaev, B.A.}
}
@article {11895,
	title = {HERBIVOROUS INSECTS ASSOCIATED WITH LUDWIGIA PEPLOIDES (ONAGRACEAE) IN THE SOUTHERN UNITED STATES},
	journal = {Southwestern Naturalist},
	volume = {57},
	number = {1},
	year = {2012},
	month = {Mar},
	pages = {123-127},
	abstract = {The wetland plant Ludwigia peploides (floating primrose-willow) often is problematic in the southern USA, as well as elsewhere in its introduced range. Surveys to identify potential herbivorous insects to use as biological controls have focused on South America, but implementing a management program with foreign insects in the USA is difficult and can take years of testing in quarantine. During 2006-2008, populations of floating primrose-willow were surveyed in the southern USA to determine presence and extent of native herbivorous insects. At least nine species were identified, represented mainly by weevils (Curculionidae) and leaf beetles (Chrysomelidae). Of these, two were undescribed species of weevils (Auleutes), and six species, including Tyloderma sphaerocarpae and Chaetocnema, have never been associated with floating primrose-willow.},
	keywords = {Auleutes, Tyloderma sphaerocarpae},
	isbn = {0038-4909},
	author = {Harms, Nathan E. and Grodowitz, Michael J.}
}
@article {10088,
	title = {Note su Panophthalmus e generi affini, con descrizione di una nuova tribu e di una nuova specie della sottofamiglia Ceutorhynchinae (Coleoptera, Curculionidae)},
	journal = {Bollettino dell{\textquoteright}Associazione Romana di Entomologia},
	volume = {34},
	year = {1979},
	pages = {1-9},
	type = {Article},
	keywords = {Acanthoscelidius, Auleutes, Auleutes epilobii, Cnemogonini, Craponius, Dietzella, Dietziella sextuberculatus, Hypocoeliodes, Panophthalmus, Panophthalmus megalops, Panophthalmus mexicanus, Pelenosomus, Perigaster, Perigaster cretura},
	isbn = {0004-6000},
	author = {Colonnelli, E.}
}
@article {5181,
	title = {Notes on the Weevils Tyloderma, Auleutes, and Onychylis That Feed on Ludwigia and Other Aquatic Plants in Southern South America},
	journal = {Coleopterists Bulletin},
	volume = {36},
	year = {1982},
	pages = {291-297},
	abstract = {Adults of the weevils Tyloderma spp. A and B and Auleutes bosqi (Hustache) fed on the leaves of Ludwigia peploides (H.B.K.) Raven (water primrose) and appear to have it as their only host plant. They fed only on L. peploides in laboratory tests and were collected only from this plant in the field. Onychylis sp. nr. nitrirostris (Boheman) was collected from L. peploides, Eichhornia crassipes (Mart.) Solms (waterhyacinth), and Pistia stratiotes L. (waterlettuce) in the field; in the laboratory it fed on L. peploides, P. stratiotes, and Limnobium stoloniferum (G. F. W. Meyer) Griseb. (frogbit), but not on E. crassipes. The larvae of Tyloderma sp. A and of O. sp. nr. nigrirostris were probably stem borers, but the larvae of A. bosqi fed on the leaves. All 4 species of weevils could be candidates for biological control of these aquatic weeds in the United States and other countries.},
	keywords = {Auleutes, Auleutes bosqi, Tyloderma},
	url = {http://www.jstor.org/stable/4008070},
	author = {Cordo, H.A. and DeLoach, C.J.}
}
@book {2717,
	title = {Coleoptera},
	series = {Biologia Centrali-americana },
	volume = {4},
	number = {pt. 5},
	year = {1907},
	note = {Zoor04400004566},
	pages = {137-240},
	type = {Article},
	keywords = {Ambates, Ambates albiventris, Ambates albovittatus, Ambates angustatus, Ambates apicdlis, Ambates belti, Ambates biguttatus, Ambates circumductus, Ambates cleroides, Ambates cxelamationis, Ambates decemnotatus, Ambates duplicatus, Ambates immaculatus, Ambates latevittatus, Ambates leucopleura, Ambates melanops, Ambates nigronotatus, Ambates obliquus, Ambates ocellatus, Ambates ornativentris, Ambates pictipennis, Ambates polymorphus, Ambates rhombifer, Ambates scutiger, Ambates sexpunctatus, Ambates sinuatus, Ambates solani, Ambates telrastigma, Ambates triangularis, Auleutes, Auleutes asperipennis, Auleutes biolleyi, Auleutes cavisteruum, Auleutes dispersus, Auleutes inermis, Auleutes inspersus, Auleutes instabilis, Auleutes megalops, Auleutes mexicanus, Auleutes similis, Auleutes sulcifrons, Centrinus, Ceuthorrhynchidius aztecus, Ceuthorrhynchidius wickhami, Ceutorhynchus truquii, Coleomeropsis, Coleomeropsis cribricollis, Cylindrocevus, Cylindrocevus circumlineatus, Cylindrocevus madaroides, Cylindrocevus subulatus, Cyrionyx, Cyrionyx acutecostatus, Cyrionyx alboplagiatus, Cyrionyx ambatoides, Cyrionyx apiatus, Cyrionyx apicalis, Cyrionyx balaninoides, Cyrionyx bilineatus, Cyrionyx camelus, Cyrionyx cavirostris, Cyrionyx clathratus, Cyrionyx conotracheloides, Cyrionyx cristatus, Cyrionyx cuneatus, Cyrionyx decemcostatus, Cyrionyx exaratus, Cyrionyx exiguus, Cyrionyx fuscitarsis, Cyrionyx fuscovarius, Cyrionyx gibbicollis, Cyrionyx humeralis, Cyrionyx laeviroslris, Cyrionyx maculicollis, Cyrionyx nebulosus, Cyrionyx nigrosellatus, Cyrionyx nitidipennis, Cyrionyx niveipictus, Cyrionyx oblongoguttatus, Cyrionyx ochrconotatus, Cyrionyx octocostatus, Cyrionyx reticulatus, Cyrionyx semicostatus, Cyrionyx sexguttatus, Cyrionyx squamans, Cyrionyx turbidus, Diastethus, Diastethus aztecus, Diastethus bidentatus, Diastethus brevis, Diastethus castaneus, Diastethus corvinus, Diastethus erythroderes, Diastethus eurhinoides, Diastethus gracilirostris, Diastethus humeronotatus, Diastethus humerosus, Diastethus impressipennis, Diastethus interruptus, Diastethus obliguus, Diastethus pallidipennis, Diastethus pilipectus, Diastethus pilipes, Diastethus rufipennis, Diastethus sulcipennis, Diastethus superbus, Diastethus violaceus, Diorymerus, Diorymerus bistriatus, Diorymerus canaliculatus, Diorymerus cribrarius, Diorymerus denticulatus, Diorymerus erythronotus, Diorymerus erythropterus, Diorymerus exaratus, Diorymerus fossulatus, Diorymerus laevipes, Diorymerus laevissimus, Diorymerus laeviusculus, Diorymerus laticrus, Diorymerus latus, Diorymerus longirostris, Diorymerus nigripes, Diorymerus ornatus, Diorymerus ovatus, Diorymerus perlaevis, Diorymerus punctatus, Diorymerus quadristriatus, Diorymerus rubricatus, Diorymerus serripes, Diorymerus serrulatus, Diorymerus sexstriatus, Diorymerus sulcatus, Hypocoeliodes, Hypocoeliodes angulatus, Hypocoeliodes bicarinatus, Hypocoeliodes chiriquensis, Hypocoeliodes dietzi, Hypocoeliodes gibbicollis, Hypocoeliodes granulatus, Hypocoeliodes inaequalis, Hypocoeliodes obliquus, Hypocoeliodes phytoxbioides, Hypocoeliodes pulereus, Hypocoeliodes unguiculatus, Lissobaris, Lissobaris nigropiceus, Lydamis cinnamomeus, Macroptatus championi, Madopterus conradti, Madopterus cylindricus, Nertus aeneus, Nertus suturalis, Optatus, Optatus fasciculosus, Optatus inornatus, Optatus palmaris, Orchestomerus, Pantoteles, Pantoteles albocinctus, Pantoteles dimidiatus, Pantoteles flavofasciatus, Pantoteles hirtimanus, Pantoteles longimanus, Pantoteles marmoratus, Pantoteles tenuirostris, Peridinetellus, Peridinetellus subnudus, Peridinetus, Peridinetus canus, Peridinetus coccineifrons, Peridinetus collaris, Peridinetus costatus, Peridinetus laetus, Peridinetus lateralis, Peridinetus melastomae, Peridinetus nodicollis, Peridinetus opacus, Peridinetus quadrimaculatus, Peridinetus rufotorquatus, Peridinetus stigmatipleura, Peridinetus trifasciatus, Polydrusus biplagiatus, Pseudambates, Pseudoptatus, Pseudoptatus dentipes, Rhianopsis, Rhianopsis ferrugineus, Strongylotes parallelus, Tachygonidius, Tachygonidius dasypus, Tachygonus bidentatus, Tachygonus flavisetis, Tachygonus flohri, Tachygonus phalangium, Trachymeropsis, Trachymeropsis palmipes},
	author = {Champion, G.C.}
}
@article {2665,
	title = {Notes on the Weevils Tyloderma, Auleutes, and Onychylis That Feed on Ludwigia and Other Aquatic Plants in Southern South America},
	journal = {Coleopterists Bulletin},
	volume = {36},
	number = {2},
	year = {1982},
	pages = {291-297},
	chapter = {291},
	abstract = {Adults of the weevils Tyloderma spp. A and B and Auleutes bosqi (Hustache) fed on the leaves of Ludwigia peploides (H.B.K.) Raven (water primrose) and appear to have it as their only host plant. They fed only on L. peploides in laboratory tests and were collected only from this plant in the field. Onychylis sp. nr. nitrirostris (Boheman) was collected from L. peploides, Eichhornia crassipes (Mart.) Solms (waterhyacinth), and Pistia stratiotes L. (waterlettuce) in the field; in the laboratory it fed on L. peploides, P. stratiotes, and Limnobium stoloniferum (G. F. W. Meyer) Griseb. (frogbit), but not on E. crassipes. The larvae of Tyloderma sp. A and of O. sp. nr. nigrirostris were probably stem borers, but the larvae of A. bosqi fed on the leaves. All 4 species of weevils could be candidates for biological control of these aquatic weeds in the United States and other countries.},
	keywords = {Auleutes, Auleutes bosqi, Tyloderma},
	url = {http://www.jstor.org/stable/4008070},
	author = {Cordo, H.A. and DeLoach, C.J.}
}
