00355nas a2200109 4500008004100000245006000041210005600101300001200157490000800169100001900177856004900196 2015 eng d00aA Review and Checklist of Swedish Lonchaeidae (Diptera)0 aReview and Checklist of Swedish Lonchaeidae Diptera a165-1720 v1361 aMacGowan, Iain uhttps://lonchaeidae.myspecies.info/node/229501833nas a2200169 4500008004100000245014100041210006900182490000600251520122000257100002101477700002301498700002501521700001701546700003001563700002801593856004201621 2015 eng d00aLonchaeidae species (Dasiops curubae, Dasiops brevicornis) attack the ovary flower buds of Passiflora ligularis Juss, in Banos, Ecuador.0 aLonchaeidae species Dasiops curubae Dasiops brevicornis attack t0 v73 a

Abstract : Sweet Granadilla (Passiflora ligularis) is a crop of great importance for Ecuador because it has agro export prospects in countries like Colombia have conducted research to learn pests affecting it; in Ecuador they have not executed these activities why there are no records of the pest that most commonly attack plants of Passiflora. This study aimed to determine the severity of the Lonchaeidae species attack this crop, and identify the causative agent. The present study was carried out in the province of Tungurahua, Baños canton, parish Illuchi. 15 plants were selected on five sites, 4 reviews spaced 30 days, in each sample, 50 flowers/plants/site were considered. In order to obtain adult specimens, adequate samples were collected from the field, and maintained in the laboratory condition for the identification of imagos. Totally 9766 samples were collected and evaluated, out of which 20.51% are flowering botton affected by plague and 39.76% of the flowers were destroyed by the Dasiops larvae attack the ovary of flower bud. Dasiops curubae and Dasiops brevicornis are new record of parasite species for Ecuador and Passiflora ligularis is also a new record of host species

1 aC., Cevallos, A.1 aKorytkoioski, C.A.1 aSalas, J., O Tigrero1 aOrtiz, Rueda1 aManjunatha;, Bangeppagari1 aSelvanayagam, Mariadoss u http://jocpr.com/vol7-iss7-2015/JCPR00553nas a2200169 4500008004100000245008000041210006900121300001400190490000700204100001800211700001400229700002100243700002000264700002500284700001800309856005600327 2015 eng d00aNew Findings on Lonchaeidae (Diptera: Tephritoidea) in the Brazilian Amazon0 aNew Findings on Lonchaeidae Diptera Tephritoidea in the Brazilia a1227-12370 v981 aLemos, L., N.1 aAdaime, R1 aCosta-Neto, S.V.1 ade Deus, Gloria1 aJesus-Barros, C., R.1 aStrikis, P.C. uhttp://www.bioone.org/doi/full/10.1653/024.098.043301931nas a2200193 4500008004100000245014000041210006900181260000900250300001200259490000600271520129100277100002101568700002301589700002101612700001801633700001901651700001801670856004901688 2015 eng d00aLonchaeidae species (Dasiops curubae, Dasiops brevicornis) attack the ovary flower buds of Passiflora ligularis Juss, in Banos, Ecuador0 aLonchaeidae species Dasiops curubae Dasiops brevicornis attack t c2015 a901-9040 v73 a

Sweet Granadilla (Passiflora ligularis) is a crop of great importance for Ecuador because it has agro export
prospects in countries like Colombia have conducted research to learn pests affecting it; in Ecuador they have not
executed these activities why there are no records of the pest that most commonly attack plants of Passiflora. This
study aimed to determine the severity of the Lonchaeidae species attack this crop, and identify the causative agent.
The present study was carried out in the province of Tungurahua, Baños canton, parish Illuchi. 15 plants were
selected on five sites, 4 reviews spaced 30 days, in each sample, 50 flowers/plants/site were considered. In order to
obtain adult specimens, adequate samples were collected from the field, and maintained in the laboratory condition
for the identification of imagos. Totally 9766 samples were collected and evaluated, out of which 20.51% are
flowering botton affected by plague and 39.76 % of the flowers were destroyed by the Dasiops larvae attack the
ovary of flower bud. Dasiops curubae and Dasiops brevicornis are new record of parasite species for Ecuador and
Passiflora ligularis is also a new record of host species.

1 aC., Cevallos, A.1 aKorytkoioski, C.A.1 aSalas, j., A. T.1 aOrtiz, D., R.1 aManjunatha, B.1 aMariadoss, S. uhttps://lonchaeidae.myspecies.info/node/223701901nas a2200133 4500008004100000245015500041210006900196260000900265300001400274490000900288520140200297100001901699856004901718 2015 eng d00aA review of the Silba admirabilis McAlpine species group (Diptera: Lonchaeidae) with descriptions of thirteen new species from the Afrotropical region0 areview of the Silba admirabilis McAlpine species group Diptera L c2015 a515 - 5340 v40323 a

The Silba admirabilis species group is diagnosed within the genus Silba Macquart by the combination of partly yellow
tarsomeres and the distinctive features of the male genitalia. Thirteen new species within this species group are described from the Afrotropical region; namely Silba bakongo MacGowan sp. nov., Silba boulangi MacGowan sp. nov., Silba bredoi MacGowan sp. nov., Silba garamba MacGowan sp. nov., Silba hambai MacGowan sp. nov., Silba inimvua MacGowan sp. nov., Silba lubumbashi MacGowan sp. nov., Silba mbuti MacGowan sp. nov., Silba saegeri MacGowan sp. nov., Silba spiculata MacGowan sp. nov., Silba tekei MacGowan sp. nov., Silba upemba MacGowan sp. nov., and Silba wittei MacGowan sp. nov. Ten previously described  species within the genus Silba are also identified as belonging to the S. admirabilis species group. One species of the genus Lonchaea also belonging to this group is re-assigned to Silba.
The synonymies Silba displata McAlpine, 1964 = Silba hilli (Malloch, 1928) and Silba fragranti MacGowan, 2007 = Silba chalkei McAlpine, 1956 are established. A key and illustrations of male genitalia are provided to all species. Further information is presented relating to the taxonomy and distribution of previously described members of this species group whose range extends from the Afrotropical to Australasian regions.

1 aMacGowan, Iain uhttps://lonchaeidae.myspecies.info/node/223600491nas a2200121 4500008004100000245008300041210006900124300001000193490000700203520009100210100001900301856004900320 2015 eng d00aProtearomyia withersi MacGowan (Diptera, Lonchaeidae) new to the British Isles0 aProtearomyia withersi MacGowan Diptera Lonchaeidae new to the Br a17-200 v223 a

Records Protearomyia withersi from several sites in southern England

1 aMacGowan, Iain uhttps://lonchaeidae.myspecies.info/node/223501761nas a2200157 4500008004100000245009500041210007000136300001000206490000700216520122300223100001301446700002301459700001801482700002101500856008201521 2015 eng d00aLance fly (Diptera: Lonchaeidae) host plants in the State of São Paulo, Southeast Brasil.0 aLance fly Diptera Lonchaeidae host plants in the State of São Pa a57-680 v303 a

Many species of Lonchaeidae predominate in the complex of fruit flies (Tephritoidea) infesting more species of host fruits that the species of Tephritidae. In the southern hemisphere, very little is known about the diversity of the species of Lonchaeidae and their host relationship. This paper records the species of Lonchaeidae and their respective host plants as recovered out of a total of 1,522 samples of fruit relating to 113 plant species coming from 94 municipalities of the State of São Paulo, Brazil. A total of 26,906 Lonchaeidae adults were obtained, belonging to 14 species of Neosilba McAlpine, Dasiops inedulis Steyskal, Dasiops frieseni Norrbom & McAlpine and Lonchaea sp. Specimens of Neosilba represented 99.78 % of the adults recovered: N. bella Strikis & Prado, N. bifida Strikis & Prado, N. certa (Walker), N. cornuphallus Strikis, N. dimidiata Curran, N. inesperata Strikis & Prado, N. glaberrima (Wiedemann), N. laura Strikis, N. paramerolatus Strikis, N. parva Hennig, N. pradoi Strikis & Lerena, N. pendula (Bezzi), N. perezi (Romero & Ruppel) and N. zadolicha McAlpine & Steyskal. Neosilba zadolicha is predominant, abundant and generalist species

1 aRaga, A.1 ade Souza-Filho, MF1 aStrikis, P.C.1 aMontes, S.M.N.M. uhttp://www.entomotropica.org/index.php/entomotropica/article/viewFile/455/57500512nas a2200121 4500008004100000245009700041210006900138300001000207490000600217520010100223100001700324856004900341 2015 eng d00aThe picture-winged flies and related families (Diptera, Tephritoidea) of the Maltese Islands0 apicturewinged flies and related families Diptera Tephritoidea of a73-910 v73 a

Contains records of Silba adipata, Silba fumosa and Llamprolonchaea smaragdi from Malta

1 aEBEJER, M.J. uhttps://lonchaeidae.myspecies.info/node/221400582nas a2200169 4500008004100000245008200041210006900123260000900192300001200201490000700213100003300220700002300253700002800276700003400304700002500338856004900363 2015 eng d00aLonchaeidae (Diptera: Tephritoidea) Associated witthe Genus Annona in Mexico 0 aLonchaeidae Diptera Tephritoidea Associated witthe Genus Annona  c2015 a121-1300 v401 aRiquelme, Carlos, Patricio I1 aGonzález, Héctor1 aCarrasco, Jorge, Valdez1 aLlanderal, María, Celina Mic1 aMontiel, Cesar, Ruiz uhttps://lonchaeidae.myspecies.info/node/221202196nas a2200169 4500008004100000245013000041210006900171300000800240490000600248520163900254100001801893700001801911700001401929700001401943700002001957856004901977 2015 eng d00aEffect of Simulated Dasiops inedulis (Diptera: Lonchaeidae)Injury on Yield and Fruit Quality Parameters in Yellow Passiofriut0 aEffect of Simulated Dasiops inedulis Diptera LonchaeidaeInjury o a1-90 v?3 a

ABSTRACT

Yellow passionfruit (Passiflora edulis f. flavicarpa O. Deg.) is a tropical fruit crop that is meeting increasing demand both in local and international markets in South America. The lance fly, Dasiops inedulis (Diptera: Lonchaeidae), affects P. edulis floral buds and flowers, and is thought to cause important yield losses in this crop. In Colombia, D. inedulis are commonly controlled through calendar based applications of chemically synthesized insecticides, and no scientific criteria exist to guide pest management. In the present study, we simulated D. inedulis injury to passionfruit plants, over the course of three production cycles. We assessed the effect of seven different categories of flower bud removal (from 0% to 79.9%) on passionfruit yield and fruit quality parameters. Removal rates above 20% caused a significant reduction in the number of flowers, while yield levels were lowest at 50–79.9% bud removal. With increasing rates of flower bud removal, we observed higher initial production of buds and lower levels of natural abortion of floral and fruiting structures. For the three consecutive harvests, maximum yield levels were 7.57 65.51 kg (mean6SD; with 0–9.9% damage), and minimum yield was 2.37 62.15 kg (60–69.9% damage) per plant. For fruit quality parameters, D. inedulis injury did not affect fruit pulp weight or the content of soluble solids (Brix). Our work provides insights into the impact of D. inedulis on yellow passionfruit production, and constitutes a basis for future integrated pest management programs for this pest.

1 aSALAMANCA, L.1 aMANZANO, M.R.1 aBAENA, D.1 aTOVAR, D.1 aWYCKHUY, K.A.G. uhttps://lonchaeidae.myspecies.info/node/2208