02133nas a2200181   4500008004100000245007200041210006800113260000900181300001200190490000600202520156200208653002501770100001601795700001701811700001701828700001501845856009101860       2010                        eng d00aThe occurrence of arthropods in processed rice products in Malaysia0 aoccurrence of arthropods in processed rice products in Malaysia  cJuly  a552-5540 v33 aObjective: To determine distribution of arthropods in processed rice products such as rice flour and rice cereal[long dash]based infant food. Methods: Random samples of rice flour and rice cereal[long dash]based infant food purchased from commercial outlets were examined for the presence of arthropods using a modified Berlese Tullgren Funnel Method. Mites were mounted prior to identification and weevils were directly identified. Results: For non[long dash]expired products, infestation was found in 6.7% of rice flour and none was found in rice cereal[long dash]based infant food samples. The arthropods found in the flour samples were Cheyletus spp., Suidasia pontifica (S. pontifica), Tarsonemus spp., Tyrophagus putrescentiae (T. putrescentiae), Sitophilus granarius (S. granarius) and Sitophilus oryzae (S. oryzae). Others which cannot be identified were Oribatid and Prostigmatid mites. The most common mites in rice flour were Tarsonemus spp. (69.1%), followed by S. pontifica (18.2%). For expired products, only one sample of rice cereal[long dash]based infant food was infested and the infestation was by mites of the family Tydeidae. Conclusions: This study demonstrates the presence of 4 allergenic species of S. pontifica, T. putrescentiae, S. granarius and S. oryzae in rice flour. These arthropods can contribute to the incidence of anaphylaxis upon consumption by atopic individuals. There was no infestation of arthropods in rice cereal[long dash]based infant food surveyed except for an expired product in a moderate rusty tin container.10aSitophilus granarius1 aMariana, A.1 aHeah, S., K.1 aWong, A., L.1 aHo, T., M.  uhttps://weevil.myspecies.info/occurrence-arthropods-processed-rice-products-malaysia-002131nas a2200181   4500008004100000245007200041210006800113260000900181300001200190490000600202520156200208653002501770100001601795700001701811700001701828700001501845856008901860       2010                        eng d00aThe occurrence of arthropods in processed rice products in Malaysia0 aoccurrence of arthropods in processed rice products in Malaysia  cJuly  a552-5540 v33 aObjective: To determine distribution of arthropods in processed rice products such as rice flour and rice cereal[long dash]based infant food. Methods: Random samples of rice flour and rice cereal[long dash]based infant food purchased from commercial outlets were examined for the presence of arthropods using a modified Berlese Tullgren Funnel Method. Mites were mounted prior to identification and weevils were directly identified. Results: For non[long dash]expired products, infestation was found in 6.7% of rice flour and none was found in rice cereal[long dash]based infant food samples. The arthropods found in the flour samples were Cheyletus spp., Suidasia pontifica (S. pontifica), Tarsonemus spp., Tyrophagus putrescentiae (T. putrescentiae), Sitophilus granarius (S. granarius) and Sitophilus oryzae (S. oryzae). Others which cannot be identified were Oribatid and Prostigmatid mites. The most common mites in rice flour were Tarsonemus spp. (69.1%), followed by S. pontifica (18.2%). For expired products, only one sample of rice cereal[long dash]based infant food was infested and the infestation was by mites of the family Tydeidae. Conclusions: This study demonstrates the presence of 4 allergenic species of S. pontifica, T. putrescentiae, S. granarius and S. oryzae in rice flour. These arthropods can contribute to the incidence of anaphylaxis upon consumption by atopic individuals. There was no infestation of arthropods in rice cereal[long dash]based infant food surveyed except for an expired product in a moderate rusty tin container.10aSitophilus granarius1 aMariana, A.1 aHeah, S., K.1 aWong, A., L.1 aHo, T., M.  uhttps://weevil.myspecies.info/occurrence-arthropods-processed-rice-products-malaysia25843nas a2202773   45000080041000002450084000412100069001253000010001944900007002045201748900211653001617700653003117716653002417747653001517771653002617786653002517812653002417837653002317861653002817884653002517912653002617937653002717963653002517990653002618015653002918041653002818070653002318098653001818121653002618139653001218165653002218177653002518199653001518224653002518239653001718264653001518281653002518296653002318321653002918344653001918373653002318392653002118415653002318436653001918459653001718478653001818495653001618513653002318529653002418552653002518576653001418601653002418615653002018639653002518659653002818684653001518712653001518727653001118742653002618753653002718779653001918806653002218825653001618847653001418863653001518877653002718892653002718919653002518946653002818971653002618999653002519025653002719050653003119077653001319108653002519121653001919146653002619165653003019191653001919221653002919240653004819269653002819317653003219345653002719377653003019404653002819434653003419462653002819496653002819524653002019552653001919572653002119591653002419612653002719636653002719663653002819690653002419718653002319742653002219765653002219787653002419809653001919833653002119852653001219873653003419885653002819919653002719947653002719974653002620001653002420027653002520051653002720076653001320103653003020116653002420146653002320170653002520193653002920218653002520247653002820272653002220300653002720322653002920349653003020378653002820408653002720436653002520463653003020488653002720518653002520545653002620570653002720596653002620623653002620649653003320675653002920708653004120737653002620778653002720804653002820831653002420859653002620883653002720909653002720936653002520963653002520988653003021013653002421043653002221067653002721089653002521116653002521141653002621166653002421192653003021216653002521246653002221271653001321293653001221306653001521318653002421333653001821357653002121375653001421396653002521410653001621435653003221451653001621483653002621499653002321525653001721548653001821565653002321583653002621606653001521632653002321647653002621670653002421696653002421720653002721744653002421771653002221795653002721817653001521844653002821859653003221887653002621919653002821945653002721973653002922000653002722029653002822056653002622084653002622110653002522136653002222161653002322183653002722206653001922233653001622252653001622268653003022284653002522314653002422339653001522363653002122378653002722399653002522426653001522451653002522466653001222491653002522503653002122528653002122549653002422570653002522594653002122619653002722640653005822667653003422725653002722759653002322786653003122809653002922840653002622869653001822895653002522913653001522938653001722953653002622970653001222996100001623008856004523024       1950                        eng d00aNuevas sinonimias, revalidaciones y combinaciones (aporte a Col. Curculionidae)0 aNuevas sinonimias revalidaciones y combinaciones aporte a Col Cu  a10-210 v103 aAnchodemus - Lec. (Curculionidae): [Systematics, (=, Lixellus, Lec, Anchodemus hubbardi - Lec. (Curculionidae): [Systematics].Anchonus planipennis - Chevr. (Curculionidae): [Systematics].Antarctobius (Curculionidae). Anthonomus (Curculionidae).Anthonomus chilensis - Schenkl. (Curculionidae): [Systematics].Anthonomus ornatus - Blanch. (Curculionidae): [Systematics, (=, Anthonomus redtenbacheri, Blackw., ) p. 17]. Anthonomus redtenbacheri - Blackw. (Curculionidae): [Systematics]. Baris flavipes (Curculionidae). Baris tenuis - Blanch (Curculionidae): [Systematics]. Berberidicola (Curculionidae): [Gen nov, gen. n., for, Rhyssomatus exaratus, Blanch, (type) (=, Rhyssomatus crenulatus, Blanch., Rhyssomatus ater, Phil., ), Centrinus carinatus, Phil., p. 18].Brachybaris - Faust. (Curculionidae): [Systematics]. Calandra chilensis - Phil. (Curculionidae): [Systematics]. Calandra granaria - L. (Curculionidae): [Systematics]. Calandra laevicosta - Phil. (Curculionidae): [Systematics]. Calandra oryzae - L. (Curculionidae): [Systematics, (=, Calandra  chilensis, Phil., ), Calandra granaria, L., (=, Calandra laevicosta, Phil., ) p. 20]. Calvertius tuberosus - Fairm. & Ger. (Curculionidae): [Systematics, (=, Calvertius araucariae, Sharp, ) from, Heilipus, p. 15]. Centrinus (Curculionidae). Centrinus carinatus - Phil. (Curculionidae): [Systematics]. Ceuthorrhynchus (Curculionidae). Chalcodermus lunatus - Bond. (Curculionidae): [Systematics]. Chalcodermus speculifer - Heller (Curculionidae): [Systematics, (=, Chalcodermus lunatus, Bond., ) p. 18].Chilebaris (Curculionidae): [Gen nov, gen. n., for, Baris tenuis, Blanch, (type), Baris flavipes, Phil. p. 19]. Chileudius (Curculionidae): [Gen nov, gen. n., for, Eudius varians, Blanch, p. 12]. Cholus - Boh. (Curculionidae): [Systematics]. Cholus atropunctellus (Curculionidae). Cholus dealbatus - Boh. (Curculionidae): [Systematics, (=, Cholus ornatus, Chevr., ) p. 17, Cholus atropunctellus, see, Acrotomopus, Cholus trizonatus, see, Dionychus trifasciatus]. Cholus ornatus - Chevr. (Curculionidae): [Systematics]. Cholus trizonatus - Gunth. (Curculionidae): [Systematics]. Cnemecoelus (Curculionidae). Coeliodes (Curculionidae). Conothorax - Jek. (Curculionidae): [Systematics, (=, Conocloeus, Mshl., ), Conothorax luctuosus, Lac., (=, Conothorax variabilis, Kessel, ) p. 12]. Conotrachelus aequalis - Fiedl. (Curculionidae): [Systematics]. Conotrachelus cervinus - Hust. (Curculionidae): [Systematics]. Conotrachelus glaber - Hust. (Curculionidae): [Systematics]. Conotrachelus irroratus - Fiedl. (Curculionidae): [Systematics]. Conotrachelus kirschi - Blackw. (Curculionidae): [Systematics]. Conotrachelus pullus - Fiedl. (Curculionidae): [Systematics]. Conotrachelus striatus - Hust. (Curculionidae): [Systematics]. Conotrachelus subnebulosus - Hust. (Curculionidae): [Systematics, (=, Conotrachelus irroratus, Fiedl., ), Conotrachelus cervinus, Hust., (=, Conotrachelus pullus, Fiedl., ), Conotrachelus glaber, Hust., (=, Conotrachelus aequalis, Fiedl., ), Conotrachelus striatus, Hust., (=, Conotrachelus kirschi, Blackw., ) p. 18]. Cossonus (Curculionidae). Cossonus nigropiceus (Curculionidae). Cryptorhynchus (Curculionidae). Cydianerus chevrolati - Blanch. (Curculionidae): [Systematics]. Cydianerus latruncularius - Perty (Curculionidae): [Systematics, (=, Cydianerus chevrolati, Blanch., ) p. 12]. Cylindrorhinus (Curculionidae). Cylindrorhinus angulatus - Guer. (Curculionidae): [Systematics, (=, Adioristus rubripes, Phil., Adioristus rugatus, Phil., (=, Cylindrorhinus angulatus var. scrobiculatus, Burm., )) p. 12, Cylindrorhinus griseus, Phil., (=, Adioristus apiculatus, Hust., )from, Adioristus, Cylindrorhinus denticulatus, Fairm. & Ger., (=, Cylindrorhinus inquinatus, Lac., ), Cylindrorhinus sulcatus, Fairm., (=, Adioristus fuegianus, Berg, ), Cylindrorhinus lactifer, Burm., (=,Cylindrorhinus quadrilineatus, Bovie, ) p. 13, Cylindrorhinus costatus, Cylindrorhinus sordidus, see, Paulsenius]. Cylindrorhinus angulatus var. scrobiculatus - Burm. (Curculionidae): [Systematics].Cylindrorhinus costatus - Redt. (Curculionidae): [Systematics].Cylindrorhinus denticulatus - Fairm. & Ger. (Curculionidae): [Systematics]. Cylindrorhinus griseus - Phil. (Curculionidae): [Systematics]. Cylindrorhinus inquinatus - Lac. (Curculionidae): [Systematics]. Cylindrorhinus lactifer - Burm. (Curculionidae): [Systematics]. Cylindrorhinus quadrilineatus - Bovie (Curculionidae): [Systematics]. Cylindrorhinus sordidus (Curculionidae). Cylindrorhinus sulcatus - Fairm. (Curculionidae): [Systematics]. Demoda kuscheli - Bond. (Curculionidae): [Systematics, a valid, Demoda sp. vittata, Casey, (=, Demoda lineata, Bond., ) p. 19]. Demoda lineata - Bond. (Curculionidae): [Systematics]. Demoda sp. vittata - Casey (Curculionidae): [Systematics]. Desiantha novica (Curculionidae). Desiantha praemorsa - Lea (Curculionidae): [Systematics]. Dionychus trifasciatus - Hust. (Curculionidae): [Systematics, (=, Cholus trizonatus, Gunth., ) p. 17]. Diplogrammus maculipes - Chevr. (Curculionidae): [Systematics, reduced to form of, Diplogrammus quadrivittatus, Ol., Diplogrammus nitidulus, Fiedl., reduced to form of, Diplogrammus amoenus, Rosensch., p. 18]. Dissopygus metalleacens - Boh. (Curculionidae): [Systematics, (=,Dissopygus oblongus, Casey, ) p. 19]. Dissopygus oblongus - Casey (Curculionidae): [Systematics]. Entimus granulatus - L. (Curculionidae): [Systematics, (=, Entimus speciosus, Er., ) p. 12].Entimus speciosus - Er. (Curculionidae): [Systematics].Erycosomus bruchi - Hust. (Curculionidae): [Systematics].Erycosomus vergarae - Reed (Curculionidae): [Systematics, (=, Erycosomus bruchi, Hust., ) from, Centrinus, p. 18].Eubulus bruchi - Hust. (Curculionidae): [Systematics].Eubulus miniatus - Boh. (Curculionidae): [Systematics, (=, Eubulus bruchi, Hust., ) from, Cryptorhynchus, p. 18]. Eucalus - Lac. (Curculionidae): [Systematics, (=, Gayella, Hust., ) p. 19].Eudius varians - Blanch (Curculionidae): [Systematics].Falklandiellus (Curculionidae): [Gen nov, gen. n., for, Falklandiussuffodens, End., (type), F. inaequalis, Champ., p. 14].Falklandius antarcticus - Stierl. (Curculionidae): [Systematics, (=, Falklandius brachyomma, Enderl., p. 14) from, Otiorhynchus, p. 11,Falklandius suffodens, Falklandius inaequalis, see, Falklandiellus].Falklandius brachyomma - Enderl. (Curculionidae): [Systematics].Falklandius inaequalis (Curculionidae). Falklandius suffodens - End. (Curculionidae): [Systematics]. Graphognathus minor - Buch. (Curculionidae): [Systematics, (=,Naupactus breviscapus, Hust., ) p. 10]. Hammatostylus argala - Er. (Curculionidae): [Systematics, (=,Hammatostylus criniger, Champ., ) p. 17]. Hammatostylus criniger - Champ. (Curculionidae): [Systematics]. Heilipus (Curculionidae). Heilipus bisignatus - Redt. (Curculionidae): [Systematics]. Heilipus concinnus - Phil. (Curculionidae): [Systematics]. Homalostylus aduncus - Er. (Curculionidae): [Systematics, (=,Homalostylus geniculatus, Hust., ) from, Sphenophorus, Homalostylus tornowi, Breth., from, Rhodobaenus, p. 20]. Homalostylus geniculatus - Hust. (Curculionidae): [Systematics]. Homalostylus tornowi - Breth. (Curculionidae): [Systematics]. Hyperodes lineaticollis - Blanch. (Curculionidae): [Systematics]. Hyperodes minutus - Blanch. (Curculionidae): [Systematics]. Hyperodes ornatipennis - Blanch. (Curculionidae): [Systematics, Hyperodes lineaticollis, Blanch., Hyperodes minutus, Blanch., from,Phytonomus, p. 14]. Hypocoeliodes ganglionus - Boh. (Curculionidae): [Systematics, from,Coeliodes, p. 19].Iphipus rudis - Boh. (Curculionidae): [Systematics]. Listroderes (Curculionidae). Listroderes angusticeps - Blanch. (Curculionidae): [Systematics]. Listroderes antarctixa - Ger. (Curculionidae): [Systematics]. Listroderes apicalis - Waterh. (Curculionidae): [Systematics, (=,Listroderes argentinensis, Hust., ), Listroderes rugipennis, Blanch., (=, Listroderes antarctixa, Ger., Listroderes katerensis, Champ., ),Listroderes vulsa, End., (=, Listroderes gibbera, End., ), Listroderes falklandica, End., (=, Listroderes bracteata, End., ), Listroderes cineraria, Blanch., (=, Listroderes liliputana, Ger., ), Listroderes tuberculifera, Blanch., (=, Listroderes binodosa, Ger., ), Listroderes delaiguei, Ger., (=, Desiantha praemorsa, Lea, ), Listroderes obliqua, Klug, Listroderes angusticeps, Blanch., varr. of, Listroderes costirostris, Schonh., Listroderes c. obliqua, (=, Listroderes difficilis, Germ., Listroderes hypocrita, Hust., Desiantha novica, French), Listroderes bimaculata, Boh., (=, Listroderes lugubris, Germ., Listroderes costirostris angusticeps, Blanch., Listroderes slictica, Germ., ) p. 13, Listroderes succincta, Boh., (=, Listroderes vulgaris, Germ., ), Listroderes ovata, Boh., (=, Listroderes chalceata, Blanch., Listroderes nodifera, Boh., Listroderes tristis, Ger., ), Antarctobius, a subgen., Trachodema, a subgen. & transferred from Rhytirhininae p. 14]. Listroderes argentinensis - Hust. (Curculionidae): [Systematics]. Listroderes bimaculata - Boh. (Curculionidae): [Systematics]. Listroderes binodosa - Ger. (Curculionidae): [Systematics]. Listroderes bracteata - End. (Curculionidae): [Systematics]. Listroderes c. obliqua (Curculionidae). Listroderes chalceata - Blanch. (Curculionidae): [Systematics]. Listroderes cineraria - Blanch. (Curculionidae): [Systematics]. Listroderes compressiventris - End. (Curculionidae): [Systematics]. Listroderes costirostris - Schonh. (Curculionidae): [Systematics]. Listroderes costirostris angusticeps - Blanch. (Curculionidae): [Systematics]. Listroderes delaiguei - Ger. (Curculionidae): [Systematics]. Listroderes difficilis - Germ. (Curculionidae): [Systematics]. Listroderes falklandica - End. (Curculionidae): [Systematics]. Listroderes gibbera - End. (Curculionidae): [Systematics]. Listroderes hypocrita - Hust. (Curculionidae): [Systematics]. Listroderes katerensis - Champ. (Curculionidae): [Systematics]. Listroderes liliputana - Ger. (Curculionidae): [Systematics]. Listroderes lugubris - Germ. (Curculionidae): [Systematics]. Listroderes nodifera - Boh. (Curculionidae): [Systematics]. Listroderes nordenskioldi - End. (Curculionidae): [Systematics]. Listroderes obliqua - Klug (Curculionidae): [Systematics]. Listroderes ovata - Boh. (Curculionidae): [Systematics]. Listroderes rugipennis - Blanch. (Curculionidae): [Systematics]. Listroderes schythei - Ger. (Curculionidae): [Systematics]. Listroderes slictica - Germ. (Curculionidae): [Systematics]. Listroderes succincta - Boh. (Curculionidae): [Systematics]. Listroderes tristis - Ger. (Curculionidae): [Systematics].  Listroderes tuberculifera - Blanch. (Curculionidae): [Systematics]. Listroderes vulgaris - Germ. (Curculionidae): [Systematics]. Listroderes vulsa - End. (Curculionidae): [Systematics]. Lixellus - Lec (Curculionidae): [Systematics]. Lixodes - Pasc. (Curculionidae): [Systematics, transferred from Erirhininae to Cholinae p. 15, Lixodes obtusus, see, Acrotomopus]. Madarellus - Casey (Curculionidae): [Systematics, (=, Willinkia, Bond., ) p. 19]. Madarus biplagiatus - Boh. (Curculionidae): [Systematics, (=, Madarus reductus, Casey, ), Madarus latus, Casey, a valid sp. p. 19]. Madarus latus - Casey (Curculionidae): [Systematics]. Madarus reductus - Casey (Curculionidae): [Systematics]. Malvinius (Curculionidae): [Gen nov, gen. n., for, Listroderes compressiventris, End., (type), Listroderes nordenskioldi, End., (=, Malvinius divaricata, End., ) transferred from Cylindrorhininae to Leptopinae p. 11]. Malvinius divaricata - End. (Curculionidae): [Systematics]. Microrhinus - Chevr. (Curculionidae): [Systematics, (=, Brachybaris, Faust., ) transferred from Pterocolinae to Baridinae p. 17].Minurophilus violaceipennis - Fairm. & Ger. (Curculionidae): [Systematics, from, Rhynchites, p. 16].Mionarthrus (Curculionidae): [Gen nov, gen. n., for, Platyomus cinerascens, Blanch., p. 11].Naupactus breviscapus - Hust. (Curculionidae): [Systematics].Omoides variabilis (Curculionidae).Otiorhynchus (Curculionidae).Ovanius niger - Hust. (Curculionidae): [Systematics, raised to sp. (not var. of, Ovanius picipennis, Boh., ) p. 19].Ovanius picipennis - Boh. (Curculionidae): [Systematics].Paulaenius subcostata - Waterh. (Curculionidae): [Systematics, Paulaenius carinicollis, Blanch., (with, Paulaenius var. caudiculata, Fairm., ), Paulaenius percostata, Fairm. & Ger., (=, Cylindrorhinus costatus, Redt., p. 13), Paulaenius cupreosquamosa, Ger., Paulaenius thermarum, Ger., from, Listroderes, Paulaenius sordidus, Burm., (=, Listroderes schythei, Ger., p. 13) from, Cylindrorhinus, p. 12].Paulsenius (Curculionidae).Pentarthrum affine - Woll. (Curculionidae): [Systematics].Pentarthrum castaneum - Blanch. (Curculionidae): [Systematics, (=, Cossonus nigropiceus, Phil., Pentarthrum nitidum, Woll., Pentarthrum affine, Woll., ) p. 21]. Pentarthrum nitidum - Woll. (Curculionidae): [Systematics]. Philippius insignis - Ger. (Curculionidae): [Systematics]. Philippius laesicollis - Fairm. & Ger. (Curculionidae): [Systematics]. Philippius superbus - Reed (Curculionidae): [Systematics, (=, Philippius insignis, Ger., ), Philippius laesicollis, Fairm. & Ger., (=, Anchonus planipennis, Chevr., ) from, Heilipus, p. 13]. Philonis crucifer - Breth. (Curculionidae): [Systematics, from, Cryptorhynchus, p. 18]. Phyllerythrurus laetus - Er. (Curculionidae): [Systematics, (=, Phyllerythrurus luteus, Hust., ) from, Sphenophorus, p. 20]. Phyllerythrurus luteus - Hust. (Curculionidae): [Systematics]. Phytonomus (Curculionidae). Platyaspistes alternans - Bruch 1914 (Curculionidae): [Systematics]. Platyaspistes alternans - Fhs. (Curculionidae): [Systematics]. Platyaspistes argentinensis (Curculionidae): [Nom nov]. Platyaspistes glaucus - Fhs. (Curculionidae): [Systematics, (=, Platyaspistes alternans, Fhs., ), Platyaspistes prasinus, Er., (=, Platyaspistes limbatus, Chevr., ), Platyaspistes marginalis, Fhs., (=, Platyaspistes validus, Chevr., ), Platyaspistes lateralis, Chevr., (=, Platyaspistes prasinus var., Fhs., ), Platyaspistes argentinensis, n. n., for, Platyaspistes alternans, Bruch 1914, Hustache 1938 p. 11]. Platyaspistes lateralis - Chevr. (Curculionidae): [Systematics]. Platyaspistes limbatus - Chevr. (Curculionidae): [Systematics]. Platyaspistes marginalis - Fhs. (Curculionidae): [Systematics]. Platyaspistes prasinus - Er. (Curculionidae): [Systematics]. Platyaspistes prasinus var. - Fhs. (Curculionidae): [Systematics]. Platyaspistes validus - Chevr. (Curculionidae): [Systematics]. Platyomus cinerascens - Blanch. (Curculionidae): [Systematics]. Polydius caelestinus - Perty (Curculionidae): [Systematics, (=, Polydius orbignyi, Chevr., ) p. 12]. Polydius orbignyi - Chevr. (Curculionidae): [Systematics]. Porteriella brevis (Curculionidae). Porteriella singularis - Hust. (Curculionidae): [Systematics].   eudhyperodes - Hust. (Curculionidae): [Systematics]. Relistrodes - Breth. (Curculionidae): [Systematics]. Rhodobaenus (Curculionidae). Rhopalomerus tenuirostris - Blanch. Curculionidae): [Systematics, (=, Anthonomus chilensis, Schenkl., ) p. 15]. Rhyephenes philippii - Fiedl. (Curculionidae): [Systematics]. Rhyephenes sulcatus - Phil. (Curculionidae): [Systematics, (=, Rhyephenes philippii, Fiedl., ) p. 18]. Rhyssomatus ater - Phil. (Curculionidae): [Systematics]. Rhyssomatus crenulatus - Blanch. (Curculionidae): [Systematics]. Rhyssomatus exaratus - Blanch (Curculionidae): [Systematics]. Scirpicola (Curculionidae): [Gen nov, gen. n., for, Sphenophorus chilensis, Blanch., (valid sp. not syn. of, Iphipus rudis, Boh., ) transferred from Amalactinae to Baridinae p. 16]. Sibinia - Germ. (Curculionidae): [Systematics, (=, Teratonychus, Bond., ), Sibinia sellatus, Boh., from, Ceuthorrhynchus, Sibinia albovittatus, Blanch., Sibinia vitticollis, Blanch., Sibinia flavipes, Blanch., from, Tychius, p. 17]. Sibinia albovittatus - Blanch. (Curculionidae): [Systematics]. Sibinia flavipes - Blanch. (Curculionidae): [Systematics]. Sibinia sellatus - Boh. (Curculionidae): [Systematics]. Sibinia vitticollis - Blanch. (Curculionidae): [Systematics]. Solenopus nitidicollis - Chevr. (Curculionidae): [Systematics]. Solenopus sexmaculatus - Ol. (Curculionidae): [Systematics, (=, Solenopus nitidicollis, Chevr., ) p. 17]. Squamamitrus - Voss (Curculionidae): [Systematics]. Stenommatus canus - Phil. (Curculionidae): [Systematics, from, Cossonus, p. 21]. Strongylopterus nitidirostris - Auriv. (Curculionidae): [Systematics]. Strongylopterus ovatus - Boh. (Curculionidae): [Systematics, (=, Strongylopterus nitidirostris, Auriv., ) p. 18]. Tartarisus griseus - Phil. (Curculionidae): [Systematics]. Tartarisus perforatipennis - Blanch. (Curculionidae): [Systematics]. Tartarisus signatipennis - Blanch. (Curculionidae): [Systematics, (=, Heilipus concinnus, Phil., Heilipus bisignatus, Redt., ), Tartarisus perforatipennis, Blanch., Tartarisus griseus, Phil., from, Heilipus, p. 15]. Testalthea versicolor - Bond. (Curculionidae): [Systematics]. Thaliabaridia (Curculionidae): [Gen nov, gen. n., for, Thaliabaris kuscheli, Bond., (type), Testalthea versicolor, Bond., p. 20]. Thaliabaris kuscheli - Bond. (Curculionidae): [Systematics]. Trachodema (Curculionidae). Trichocyphus - Hell. (Curculionidae): [Systematics, (=, Squamamitrus, Voss, ), Trichocyphus formosus, Er., (=, Amitrus nitidicollis, Voss, ) p. 11]. Trichocyphus formosus - Er. (Curculionidae): [Systematics]. Tychius (Curculionidae). Gayella - Hust. (Masaridae): [Systematics].10aAcrotomopus10aAcrotomopus atropunctellus10aAcrotomopus obtusus10aAdioristus10aAdioristus apiculatus10aAdioristus fuegianus10aAdioristus rubripes10aAdioristus rugatus10aAegorhinus eschscholtzi10aAegorhinus fasciatus10aAegorhinus nodipennis10aAegorhinus reticulatus10aAegorhinus strumosus10aAegorhinus subrugosus10aAegorhinus superciliosus10aAegorhinus vermicularis10aAegorhinus vitulus10aAlastoropolus10aAlastoropolus vitulus10aAmitrus10aAmitrus alutaccus10aAmitrus nitidicollis10aAnchodemus10aAnchonus planipennis10aAntarctobius10aAnthonomus10aAnthonomus chilensis10aAnthonomus ornatus10aAnthonomus redtenbacheri10aApion chilense10aApion meorrhynchum10aApion pachymerum10aApion tenebricosum10aBaris flavipes10aBaris tenuis10aBerberidicola10aBrachybaris10aCalandra chilensis10aCalandra laevicosta10aCalvertius tuberosus10aCentrinus10aCentrinus carinatus10aCeuthorrhynchus10aChalcodermus lunatus10aChalcodermus speculifer10aChilebaris10aChileudius10aCholus10aCholus atropunctellus10aCholus dealbatus - Boh10aCholus ornatus10aCholus trizonatus10aCnemecoelus10aCoeliodes10aConothorax10aConotrachelus aequalis10aConotrachelus cervinus10aConotrachelus glaber10aConotrachelus irroratus10aConotrachelus kirschi10aConotrachelus pullus10aConotrachelus striatus10aConotrachelus subnebulosus10aCossonus10aCossonus nigropiceus10aCryptorhynchus10aCydianerus chevrolati10aCydianerus latruncularius10aCylindrorhinus10aCylindrorhinus angulatus10aCylindrorhinus angulatus var. scrobiculatus10aCylindrorhinus costatus10aCylindrorhinus denticulatus10aCylindrorhinus griseus10aCylindrorhinus inquinatus10aCylindrorhinus lactifer10aCylindrorhinus quadrilineatus10aCylindrorhinus sordidus10aCylindrorhinus sulcatus10aDemoda kuscheli10aDemoda lineata10aDesiantha novica10aDesiantha praemorsa10aDionychus trifasciatus10aDiplogrammus maculipes10aDissopygus metalleacens10aDissopygus oblongus10aEntimus granulatus10aEntimus speciosus10aErycosomus bruchi10aErycosomus vergarae10aEubulus bruchi10aEubulus miniatus10aEucalus10aEudius varians Falklandiellus10aFalklandius antarcticus10aFalklandius brachyomma10aFalklandius inaequalis10aFalklandius suffodens10aGraphognathus minor10aHammatostylus argala10aHammatostylus criniger10aHeilipus10aHeilipus (Curculionidae).10aHeilipus bisignatus10aHeilipus concinnus10aHomalostylus aduncus10aHomalostylus geniculatus10aHomalostylus tornowi10aHyperodes lineaticollis10aHyperodes minutus10aHyperodes ornatipennis10aHypocoeliodes ganglionus10aIphipus rudis Listroderes10aListroderes angusticeps10aListroderes antarctixa10aListroderes apicalis10aListroderes argentinensis10aListroderes bimaculata10aListroderes binodosa10aListroderes bracteata10aListroderes c. obliqua10aListroderes chalceata10aListroderes cineraria10aListroderes compressiventris10aListroderes costirostris10aListroderes costirostris angusticeps10aListroderes delaiguei10aListroderes difficilis10aListroderes falklandica10aListroderes gibbera10aListroderes hypocrita10aListroderes katerensis10aListroderes liliputana10aListroderes lugubris10aListroderes nodifera10aListroderes nordenskioldi10aListroderes obliqua10aListroderes ovata10aListroderes rugipennis10aListroderes schythei10aListroderes slictica10aListroderes succincta10aListroderes tristis10aListroderes tuberculifera10aListroderes vulgaris10aListroderes vulsa10aLixellus10aLixodes10aMadarellus10aMadarus biplagiatus10aMadarus latus10aMadarus reductus10aMalvinius10aMalvinius divaricata10aMicrorhinus10aMinurophilus violaceipennis10aMionarthrus10aNaupactus breviscapus10aOmoides variabilis10aOtiorhynchus10aOvanius niger10aOvanius picipennis10aPaulaenius subcostata10aPaulsenius10aPentarthrum affine10aPentarthrum castaneum10aPentarthrum nitidum10aPhilippius insignis10aPhilippius laesicollis10aPhilippius superbus10aPhilonis crucifer10aPhyllerythrurus laetus10aPhytonomus10aPlatyaspistes alternans10aPlatyaspistes argentinensis10aPlatyaspistes glaucus10aPlatyaspistes lateralis10aPlatyaspistes limbatus10aPlatyaspistes marginalis10aPlatyaspistes prasinus10aPlatyaspistes prasinus.10aPlatyaspistes validus10aPlatyomus cinerascens10aPolydius caelestinus10aPolydius orbignyi10aPorteriella brevis10aPorteriella singularis10aPseudhyperodes10aRelistrodes10aRhodobaenus10aRhopalomerus tenuirostris10aRhyephenes philippii10aRhyephenes sulcatus10aRhynchites10aRhyssomatus ater10aRhyssomatus crenulatus10aRhyssomatus exaratus10aScirpicola10aScirpicola chilensis10aSibinia10aSibinia albovittatus10aSibinia flavipes10aSibinia sellatus10aSibinia vitticollis10aSitophilus granarius10aSitophilus oryza10aSolenopus nitidicollis10aSolenopus sexmaculatus Squamamitrus Stenommatus canus10aStrongylopterus nitidirostris10aStrongylopterus ovatus10aTartarisus griseus10aTartarisus perforatipennis10aTartarisus signatipennis10aTestalthea versicolor10aThaliabaridia10aThaliabaris kuscheli10aTrachodema10aTrichocyphus10aTrichocyphus formosus10aTychius1 aKuschel, G.  uhttps://weevil.myspecies.info/node/1403001319nas a2200193   4500008004100000020001400041245014300055210006900198260000900267300001400276490000700290520057500297653002500872100001900897700003000916700002300946700002100969856013500990       2009                        eng d  a1427-433700aHybrid rye as a habitat for development of the grain weevil (Sitophilus granarius L.) and the lesser grain borer (Rhizopertha dominica F.)0 aHybrid rye as a habitat for development of the grain weevil Sito  c2009  a1701-17040 v493 aThe development of Sitophilus granaries L. and Rhizopertha dorninica F. in grains of winter rye cv. Balistic and Dankowskie Diament was studied. It was found that both the grain weevil and the lesser grain borer could develop in the kernels of both cultivars. Kernels of the rye hybrid cv. Dankowskie Diament could be considered as a good habitat for the development R. dorninica. Large differences were recorded in the amount of dust produced due to the foraging by both species of beetles. The lesser grain borer produced 5- to 10-fold more dust than the grain weevil.10aSitophilus granarius1 aKordan, Bozena1 aZuk-Golaszewska, Krystyna1 aNietupski, Mariusz1 aSlomka, Wojciech  uhttps://weevil.myspecies.info/hybrid-rye-habitat-development-grain-weevil-sitophilus-granarius-l-and-lesser-grain-borer-rhizoperth01408nas a2200193   4500008004100000020001400041245010100055210006900156260000900225300001200234490000700246520072100253653002500974100001900999700003001018700002301048700003001071856011301101       2007                        eng d  a1427-433700aEffect of storage conditions for Triticum spelta L. on the development of Sitophilus granarius L0 aEffect of storage conditions for Triticum spelta L on the develo  c2007  a263-2660 v473 aSpelt wheat is one of the oldest husked, non-threshing forms of wheats. While stored, spelt wheat, like any other wheat species, may be invaded by storage pest insects, mainly grain weevil (Sitophilus granarius). The results of our tests suggest that the development of S. granarius depends on storage conditions and cereal crop species. Grain weevil can threaten kernels of Triticum spelta, in which it finds perfect conditions for development. On the other hand, it developed poorly in spelt wheat spikelets. In most of spelt wheat cultivars analysed, the number of offspring beetles was low, never exceeding 10 individuals. Husks are probably a natural barrier that protects kernels from foraging by grain weevil.10aSitophilus granarius1 aKordan, Bozena1 aLaszczak-Dawid, Agnieszka1 aNietupski, Mariusz1 aZuk-Golaszewska, Krystyna  uhttps://weevil.myspecies.info/effect-storage-conditions-triticum-spelta-l-development-sitophilus-granarius-l01157nas a2200205   4500008004100000020001400041245009400055210006900149260000800218300001400226490000700240520045700247653002500704100001900729700002400748700002100772700002500793700001900818856011400837       2009                        eng d  a0305-440300aRecovery of DNA from archaeological insect remains: first results, problems and potential0 aRecovery of DNA from archaeological insect remains first results  cMay  a1179-11830 v363 aWe report the recovery of short fragments of PCR amplifiable ancient DNA from exoskeletal fragments of the grain weevil Sitophilus granarius (L.) extracted from Roman and medieval deposits in Northern England. If DNA preservation in archaeological insect remains is widespread then many applications in the spheres of evolutionary studies and archaeology can be conceived, some of which are outlined. [copyright] 2009 Elsevier Ltd. All rights reserved.10aSitophilus granarius1 aKing, Gary, A.1 aGilbert, Thomas, P.1 aWillerslev, Eske1 aCollins, Matthew, J.1 aKenward, Harry  uhttps://weevil.myspecies.info/recovery-dna-archaeological-insect-remains-first-results-problems-and-potential01992nas a2200169   4500008004100000245012100041210006900162260001200231300001200243490000600255520133800261653002501599100002001624700002501644700001801669856013501687       2012                        eng d00aChemical composition and fumigant toxicity of essential oil from Thymus carmanicus against two stored product beetle0 aChemical composition and fumigant toxicity of essential oil from  cJanuary  a215-2210 v73 aChemical composition of the essential oil from Thymus carmanicus Jalas, and its fumigant activity was investigated against two stored product insects, Callosobruchus maculatus (F.) and Sitophilus granarius (L.). Essential oil was isolated via hydrodistillation from dry leaves of T. carmanicus using a modified Clevenger-type apparatus and the chemical composition of the oil was assessed via GC and GC-MS. Twenty one compounds (100% of the total composition) were identified. Carvacrol (41.14%), p-cymene (12.09%), Thymol (6.35%) and [gamma]-terpinene (6.21%) were found to be the major compounds of the essential oil. The fumigant toxicity of the essential oil was tested against 1-3 day-old adults of C. maculatus and S. granarius at 27[plus or minus]1[degree]C and 65[plus or minus]5% r.h. in darkness. The mortality of adults was tested at different concentrations (28.12, 40.62, 53.12 and 65.62 [mu]l/l air ) and different exposure times. The highest concentration (65.62 pill air), caused 84% and 56% mortalities with a 5 h exposure On C. maculatus and S. granarius, respsctively. Based on LC50 values, C. maculatus (9.28 [mu]l/l air) was significantly more susceptible than S. granarius (12.71 [mu]l/l air). These results showed that the essential oil of T. carmanicus can play an important role in stored-product protection.10aSitophilus granarius1 aJarrahi, Azadeh1 aMoharramipour, Saeid1 aImani, Sohrab  uhttps://weevil.myspecies.info/chemical-composition-and-fumigant-toxicity-essential-oil-thymus-carmanicus-against-two-stored-produc02089nas a2200157   4500008004100000020001400041245020600055210006900261260000900330300001400339490000800353520138300361653002501744100002701769856013501796       2007                        eng d  a0022-049300aBiocontrol potential of Lariophagus distinguendus (Hymenoptera: Pteromalidae) against Sitophilus granarius (Coleoptera: Curculionidae) at low temperatures: reproduction and parasitoid-induced mortality0 aBiocontrol potential of Lariophagus distinguendus Hymenoptera Pt  cJune  a1011-10160 v1003 aLariophagus distinguendus Forster (Hymenoptera: Pteromalidae) has been suggested as a biological control agent against the granary weevil, Sitophilus granarius (L.), in grain stores. information on the effect of low temperatures prevailing in grain stores is necessary to be able to predict the potential of this parasitoid against S. granarius in temperate regions, where grain is cooled with ambient air to achieve safe storage conditions. The influence of constant temperatures of 16, 18, and 20[degree]C on life table parameters and parasitoid-induced mortality (PIM) was investigated in the laboratory. L. distinguendus is able to develop and reproduce at temperatures as low as 16[degree]C. The intrinsic rate of natural increase, rm was 0.0182,0.0222, and 0.0792 d-1 at 16,18, and 20[degree]C, respectively. The proportion of hosts killed due to parasitoid-induced mortality was highest at 200C. At this temperature, it amounted to 70% of the total mortality exerted by the parasitoid; at 18 and 16[degree]C, it was 57 and 42% of the total, respectively. L. distinguendus is a promising biocontrol agent for grain stores in temperate regions because it is able to develop and reproduce at temperatures down to 16[degree]C; its development is quicker than that of its host, estimated from the literature; and it kills many hosts in addition to those used for reproduction.10aSitophilus granarius1 aHansen, Lise, Stengard  uhttps://weevil.myspecies.info/biocontrol-potential-lariophagus-distinguendus-hymenoptera-pteromalidae-against-sitophilus-granarius01576nas a2200169   4500008004100000020001400041245013500055210006900190260001300259300001200272490000700284520090700291653002501198100002701223700002101250856013501271       2010                        eng d  a1386-614100aWinter survival of the granary weevil Sitophilus granarius and the parasitoid Lariophagus distinguendus in a simulated grain store0 aWinter survival of the granary weevil Sitophilus granarius and t  cDecember  a711-7180 v553 aThe parasitoid Lariophagus distinguendus Forster (Hymenoptera: Pteromalidae) is a promising candidate for biological control of the granary weevil Sitophilus granarius (L.) (Coleoptera: Curculionidae) in grain stores. For practical application in northern temperate regions it is important that the parasitoids can survive the cold temperatures in the grain during the winter and resume activity the following spring. In the present study the survival of Lariophagus distinguendus and Sitophilus granarius was followed during a simulated winter with stepwise reductions of temperature down to 6[degree]C which was maintained for 15 weeks. Only 20% of the weevils were alive after eight weeks at 6[degree]C, whereas the survival of L. distinguendus was unaffected by the temperature decrease. After being returned to room temperature an F1 generation of the parasitoid emerged and was able to reproduce.10aSitophilus granarius1 aHansen, Lise, Stengard1 aSkovgard, Henrik  uhttps://weevil.myspecies.info/winter-survival-granary-weevil-sitophilus-granarius-and-parasitoid-lariophagus-distinguendus-simulat02179nas a2200181   4500008004500000020001400045245008600059210006900145260001000214300001200224490000700236520154200243653002501785100002801810700002701838700002201865856011001887       2008                        Engldsh    a0098-033100aBehavioral responses of adult Sitophilus granarius to individual cereal volatiles0 aBehavioral responses of adult Sitophilus granarius to individual  cApril  a523-5290 v343 aThe antennae of Sitophilus granarius (L.) (Coleoptera: Curculionidae) adults detect a wide variety of compounds in the odor blend of various cereal grains (Germinara et al., Tec. Molit., 53:27-34, 2002). In the present study, we looked at the behavioral responses of the granary weevil to 20 of these individual volatiles (aliphatic alcohols, aldehydes, ketones, and aromatics) in a two-choice pitfall olfactometer, using the aggregation pheromone and propionic acid as the attractant and repellent controls, respectively. Five doses, ranging from 1 [mu]g to 1 mg, of each compound were tested. At least one concentration of eight compounds attracted beetles but required doses 1,000- to 5,000-fold higher than the concentration of aggregation pheromone to elicit a response. Three compounds, while attractive at lower concentrations, acted as repellents at higher doses. Twelve compounds were repellent at concentrations similar to the quantity of propionic acid that significantly repelled beetles. The data show that granary weevil adults have the ability to respond behaviorally to a wide range of cereal volatiles and that responses may change as a function of concentration. The results suggest that host finding behavior of weevils will depend on the balance of positive and negative volatile stimuli from grain as the relative concentrations of volatiles may change during storage. An understanding of how the weevils respond to such changes could be useful for the development of effective integrated pest management strategies.10aSitophilus granarius1 aGerminara, Giacinto, S.1 aDe Cristofaro, Antonio1 aRotundo, Giuseppe  uhttps://weevil.myspecies.info/behavioral-responses-adult-sitophilus-granarius-individual-cereal-volatiles01878nas a2200205   4500008004500000020001400045245013800059210006900197260000900266300001000275490000700285520113700292653002501429100001501454700001601469700001701485700001801502700001701520856013501537       2008                        Engldsh    a1843-524600aResearches concerning the external morphology of granary weevil's adult (Sitophilus granarius L.), a major pest of the stored cereals0 aResearches concerning the external morphology of granary weevils  c2008  a72-770 v653 aWithin the technology of cereal products, prevention and controlling the weevils, pests of stored cereals is a major problem. To solve the multiple practical aspects raised by the achieving of cereals stocks protection (especially wheat and corn) against granary weevil (Sitophilus granarius L.), the research aimed a complex study on the morphology at this species, aspect which help to prevent the weevils damages using unpollutant methods (with the aid of the ovogenesis inhibitors, desicants, intense electrical fields, etc.). The studies concerning the external morphology of adult, were made with the aid of stereomicroscopes at the Entomology Laboratory of Faculty of Agriculture at USAMV Cluj-Napoca and the material has been photographed using optical and Electronic Scanning Microscope at the Center of Electronical Microscopy of Babes-Bolyai University in Cluj-Napoca, during 2005-2007. In the paper there are presented the morphological aspects of the granary weevil's (Sitophilus granarius L) adult in stored wheat. These aspects are completed by some original photos and a detailed study of the adult stage of species.10aSitophilus granarius1 aDinuta, A.1 aBunescu, H.1 aProorocu, M.1 aBodis, Ilonka1 aOros, Simona  uhttps://weevil.myspecies.info/researches-concerning-external-morphology-granary-weevils-adult-sitophilus-granarius-l-major-pest-st02091nas a2200205   4500008004100000020001400041245013100055210006900186260000900255300001000264490000700274520134900281653002501630100002001655700002001675700002201695700001701717700001601734856013501750       2007                        eng d  a0022-474X00aProgress towards a multi-species lure: identification of components of food volatiles as attractants for three storage beetles0 aProgress towards a multispecies lure identification of component  c2007  a53-630 v433 aThe objective of this study was to identify the attractive components of a carob-peanut extract which is known to be attractive to the three principal grain beetle pests in the UK (Oryzaephihis surinamensis, Sitophihis granarius and Cryptolestes ferruginelis). Coupled GCEAG was used to determine which components in the extract elicited an EAG response. The total number of GC peaks, which elicited an EAG response from O. surinamensis, S. granarius and C.fierrugineits was four, 10 and 12, respectively. The components responsible for these peaks were identified by GG-MS and the compounds tested for a behavioural response in pitfall bioassays along with some other potential attractants, identified from a literature review. Oryzaephilus surinamensis, S. granarius and C ferrugineus responded in bioassays to six, five and nine compounds, respectively. Two compounds (E-2-nonenal and 4-ethylacetophenone) elicited a positive behavioural response from all three species and three compounds (2-phenylethanol, hexanoic acid and E-3-octen-2-one) elicited a response from two of the species. This work has identified a number of compounds, which could form the basis for the formulation of a multi-species lure for the three principal grain beetle pests in the UK. Crown Copyright [copyright] 2005 Published by Elsevier Ltd. All rights reserved.10aSitophilus granarius1 aCollins, L., E.1 aBryning, G., P.1 aWakefield, M., E.1 aChambers, J.1 aCox, P., D.  uhttps://weevil.myspecies.info/progress-towards-multi-species-lure-identification-components-food-volatiles-attractants-three-stora01389nas a2200181   4500008004500000020001400045245009700059210006900156260002000225300001200245490000700257520074400264653002501008653002201033100002101055700001901076856011201095       2008                        Italdan    a0425-101600aInfluence of different diets on Sitophilus granarius (L.) and S. oryzae (L.). I. Oviposition0 aInfluence of different diets on Sitophilus granarius L and S ory  c2006-2007(2008)  a101-1150 v403 aThe oviposition of Sitophilus granarius and S. oryzae was studied, at the same conditions of light, T and RH, on cereal stored grains (wheat, barley, pop-corn and yellow dent corn) and alimentary pasta (pasta containing eggs, maize pasta, brown pasta, two short shape durum wheat pasta and one long shape of the kind "Bigoli''). The total number of laid eggs and the fecundity evolution were recorded allowing to establish what sort of cereal grains and pasta is the most open to. S. granarius and S. oryzae attack. For both species wheat, barley and pasta containing eggs were the most preferred for oviposition, while the pasta "Bigoli" was the less. S. oryzae has laid eggs into all the substrates, mainly pasta, more than S. granarius.10aSitophilus granarius10aSitophilus oryzae1 aChiesa, Fiorella1 aFrilli, Franco  uhttps://weevil.myspecies.info/influence-different-diets-sitophilus-granarius-l-and-s-oryzae-l-i-oviposition01816nas a2200169   4500008004100000020001400041245017200055210006900227260000900296300001000305490000700315520112100322653002501443100002201468700002101490856013501511       2010                        eng d  a1605-767800aComparative study of the ability of parasitic wasps of the Anisopteromalus calandrae (Howard) species complex (Hymenoptera: Pteromalidae) to modify searching behaviour0 aComparative study of the ability of parasitic wasps of the Aniso  c2010  a88-940 v813 aThe hypothesis of a relationship between the degree of dietary specialization and learning ability in parasitoids was tested on two species of the genus Anisopteromalus Ruschka. A. calandrae (Howard) parasitizes a broad range of hosts, while Anisopteromalus sp. attacks only anobiid beetles inhabiting stored products. Their original host ranges do not overlap, however both species normally develop on alternative hosts in laboratory. Rearing A. calandrae on the alternative host, Lasioderma serricorne (F.), results in decreasing its olfactory reaction to the original one, Sitophilus granarius (L.). On the contrary, no natal host effect was detected in Anisopteromalus sp. In A. calandrae, experience of parasitizing any host has a sufficient impact on its searching behaviour and may invert reactions to both original and alternative hosts. Meanwhile, only effect of the original host (L. serricorne) parasitizing was revealed in Anisopteromalus sp. The results are in agreement with the hypothesis examined: the generalist A. calandrae is more capable of learning compared to the specialist Anisopteromalus sp.10aSitophilus granarius1 aBystreeva, K., A.1 aTimokhov, A., V.  uhttps://weevil.myspecies.info/comparative-study-ability-parasitic-wasps-anisopteromalus-calandrae-howard-species-complex-hymenopte02176nas a2200229   4500008004500000020001400045245011700059210006900176260000900245300001000254490000700264520135800271653002501629653002201654653002301676100002601699700001901725700001701744700002801761700002201789856013501811       2008                        Engldsh    a0370-432700aMolecular identification of Sitophilus spp. (Coleoptera Curculionidae) and detection of immature stages in wheat0 aMolecular identification of Sitophilus spp Coleoptera Curculioni  c2008  a55-580 v913 aA polymerase chain reaction (PCR)-based assay is proposed to differentiate Sitophilus granarius (L.), S. oryzae (L.), and S. zeamais Motschulsky at different life stages and to detect their hidden infestation in wheat kernels. PCR amplification of genomic DNA using primers designed on the basis of the cytochrome oxidase subunit II gene sequence, followed by agarose gel electrophoresis, Successfully detected the immature stages (egg, larva, pupa) and adult of each species. DNA amplification resulted in a PCR product of 462 bp for S. granarius, whereas S. oryzae and S. zeamais yielded a 311 bp fragment. A sequence comparison between the latter species allowed to identify a mutation that was diagnostic between S. oryzae and S. zeamais through a PCR-RFLP protocol. Digestion of DNA resulted in an uncut fragment (3 11 bp) for S. oryzae, two fragments (174 bp + 137 bp) for S. zeamais and 3 bands (250 bp + 160 bp + 52 bp) for S. granarius. Multiplex PCR reaction enabled to differentiate the three species at all life stages also when simultaneously added to and ground with a 50 g sample of wheat kernels. The reproducibility of the results and high resolution as well as the technical simplicity of the developed molecular method demonstrated its usefulness in the diagnosis of Sitophilus spp. and detection of their hidden infestation in wheat.10aSitophilus granarius10aSitophilus oryzae10aSitophilus zeamais1 aAngiolillo, Antonella1 aBoursier, Luca1 aPilla, Fabio1 aGerminara, Giacinto, S.1 aRotundo, Giuseppe  uhttps://weevil.myspecies.info/molecular-identification-sitophilus-spp-coleoptera-curculionidae-and-detection-immature-stages-wheat02549nas a2200205   4500008004100000020001400041245015000055210006900205260000900274300001000283490000600293520177900299653002502078653002202103653002302125100002002148700002002168700002002188856013502208       2011                        eng d  a1916-967100aSuitability of Tamarind and Some Selected Crop Seeds for the Survival and Development of Sitophilus Linearis (Herbst) (Coleoptera: Cucurlionidae)0 aSuitability of Tamarind and Some Selected Crop Seeds for the Sur  cJuly  a83-890 v33 aSitophilus oryzae (L.), Sitophilus zeamais (Mots.) and Sitophilus granarius (L.) are major pests of stored grain, especially on cereals. Sitophilus linearis (Herbst) a congeneric of the afore-listed species was obtained from seeds of a wild plant, Tamarindus indica L. The development of S. linearis on some selected crop seeds as well as tamarind seeds was investigated in the laboratory at 25.3-30.3 [degree]C and 75.0% [plus or minus] 5.0 RH. One hundred grammes each of heat sterilized maize, rice, sorghum, millet, cowpea and tamarind seeds were infested with 100 unsexed adults of S. linearis and observed to determine the suitability of the different substrates for the development of the weevil. Sitophilus linearis bred and multiplied on the tamarind seeds but not on the selected crop seeds in the laboratory. Mean developmental period on the tamarind seeds was 32 days. The highest number (51) of adults that emerged on the first day of emergence was from cultures set up with one-week old adult insects. The highest mean weight (3.9mg) was also recorded on the cultures set up with one-week old insects. However, both mean number of emerged adults and mean adult weight were not significantly different (P>0.05). A significant difference was recorded in the mean percentage survival period of S. linearis on the different substrates (P<0.05) with the longest survival recorded on tamarind seeds. It can therefore be concluded that Sitophilus linearis, though a member of the family of grain weevils, could not reproduce on the cereal substrates or the cowpea seeds presented to it in the laboratory. If further studies confirm these findings, then Sitophilus linearis may pose no threat to cereal production due to its inability to survive and reproduce on them.10aSitophilus granarius10aSitophilus oryzae10aSitophilus zeamais1 aAdebayo, R., A.1 aAyertey, J., N.1 aCobblah, M., A.  uhttps://weevil.myspecies.info/suitability-tamarind-and-some-selected-crop-seeds-survival-and-development-sitophilus-linearis-herbs