00874nas a2200145 4500008004100000245017400041210006900215260001200284300001000296490000700306520023800313100002400551700001400575856013900589 2002 eng d00aConfirmation of the presence of Ochlerotatus (Rusticoidus) quasirusticus (Torres Cañamares) in the Iberian Peninsula, and the first record from the Madrid region0 aConfirmation of the presence of iOchlerotatus Rusticoidus quasir c08/2002 a30-320 v133 a
Ochlerotatus quasirusticus (Torres Cafiamares) is reported for the first time in the region of Madrid. The distribution of this species and other members of the subgenus Rusticoidus in Europe is given.
1 aMelero-Alcíbar, R.1 aSalom, F. uhttps://e-m-b.myspecies.info/content/confirmation-presence-iochlerotatus-rusticoidus-quasirusticusi-torres-ca%C3%B1amares-iberian-peni00374nas a2200121 4500008004100000245004600041210004100087260001200128300001000140490000700150100002000157856007500177 2002 eng d00aThe names of European mosquitoes. Part 110 anames of European mosquitoes Part 11 c08/2002 a27-280 v131 aSnow, Keith, R. uhttps://e-m-b.myspecies.info/content/names-european-mosquitoes-part-1100586nas a2200145 4500008004100000245010300041210006900144260001200213300001000225490000700235100002400242700002800266700002200294856012400316 2002 eng d00aThe distribution of mosquitoes in Romania (Diptera: Culicidae). Part I: Anopheles, Aedes and Culex0 adistribution of mosquitoes in Romania Diptera Culicidae Part I A c08/2002 a17-260 v131 aNicolescu, Gabriela1 aVladimirescu, Alexandru1 aCiolpan, Octavian uhttps://e-m-b.myspecies.info/content/distribution-mosquitoes-romania-diptera-culicidae-part-i-anopheles-aedes-and-culex01434nas a2200157 4500008004100000245014100041210006900182260001200251300000900263490000700272520079900279100002501078700001601103700002301119856013401142 2002 eng d00aMolecular confirmation of sympatric populations of An. messeae and An. atroparvus overwintering in Kent, southeast England0 aMolecular confirmation of sympatric populations of iAn messeaei c08/2002 a8-160 v133 aMosquitoes of the Anopheles maculipennis complex were collected as overwintering adults in a disused war fortification near the Cliffe marshes in the county of Kent, southeast England in January 2002. Fifty-three adult females were collected and fifty-two of these were identified as either An. atroparvus van Thiel or An. messeae Falleroni on the basis of similarity to rDNA internal transcribed spacer (ITS2) sequences in GenBank. Forty specimens (76.9%) were identified as An. messeae and 12 (23.1%) as An. atroparvus. DNA sequences for these species from England are provided for the first time, which enhance knowledge of the species composition and distribution of the An. maculipennis complex in England.
1 aLinton, Yvonne-Marie1 aSmith, Lisa1 aHarbach, Ralph, E. uhttps://e-m-b.myspecies.info/content/molecular-confirmation-sympatric-populations-ian-messeaei-and-ian-atroparvusi-overwintering-01265nas a2200157 4500008004100000245012000041210006900161260001200230300000800242490000700250520065200257100002500909700001600934700002300950856013400973 2002 eng d00aObservations on the taxonomic status of Anopheles subalpinus Hackett & Lewis and An. Melanoon Hackett0 aObservations on the taxonomic status of iAnopheles subalpinusi H c08/2002 a1-70 v133 aProgeny broods of An. maculipennis s.l. from Greece were identified as An. subalpinus Hackett & Lewis based on egg morphology and the original species descriptions. DNA sequence data from members of the progeny broods were compared to previously published sequences for members of the An. maculipennis complex. The sequences were 99.54-100% identical to those of An. melanoon Hackett, typified by its uniformly black egg. These results are discussed in relation to those of other workers, and An. subalpinus is formally synonymised with An. melanoon.
1 aLinton, Yvonne-Marie1 aSmith, Lisa1 aHarbach, Ralph, E. uhttps://e-m-b.myspecies.info/content/observations-taxonomic-status-ianopheles-subalpinusi-hackett-lewis-and-ian-melanooni-hackett01143nas a2200181 4500008004100000245012800041210006900169260001200238300001000250490000700260520045700267100002500724700001800749700002200767700001600789700002200805856013400827 2002 eng d00aSome morphological characteristics of Culex deserticola, a recent addition to the Spanish fauna (Diptera: Culicidae)0 aSome morphological characteristics of iCulex deserticolai a rece c05/2002 a27-280 v123 aCulex (Maillotia) deserticola Kirkpatrick, 1924, a widely distributed species throughout the southern Mediterranean Subregion, from Morocco to Iran and southwestern Asia, is recorded formally for the first time in Europe, Zaragoza area, Spain. A few notes on the taxonomy and ecology of this species are included and the male genitalia and details of the fore-, mid- and hindtarsi of the Zaragoza population are illustrated.
1 aRamos, Helena, Cunha1 aLucientes, J.1 aBlasco-Zumeta, J.1 aOscar, J.J.1 aRibiero, Henrique uhttps://e-m-b.myspecies.info/content/some-morphological-characteristics-iculex-deserticolai-recent-addition-spanish-fauna-diptera01226nas a2200145 4500008004100000245010500041210006900146260001200215300001000227490000700237520068000244100001700924700001400941856012500955 2002 eng d00aGenetic structure of populations of Ochlerotatus dorsalis (Meigen, 1830) (Diptera: Culicidae)0 aGenetic structure of populations of iOchlerotatus dorsalisi Meig c05/2002 a21-260 v123 aAllozyme variability at nine loci of Palaearctic and Nearctic populations of Ochlerotatus dorsalis was determined. Estimates of genetic variability showed that the Palaearctic population ranked higher than the Nearctic population in percentage of polymorphic loci (P: 0.77; 0.33), the mean number of alleles per locus (A: 3.3; 1.8) and value of mean heterozygosity (Ho: 0.263; 0.059). In addition to the lack of identical alleles at Est-6 locus, genetic differentiation of Palaearctic and Nearctic populations was due to differences of allele frequency variances at Had, Idh-2 and Gpi loci.
1 aMilankov, V.1 aVapa, Lj. uhttps://e-m-b.myspecies.info/content/genetic-structure-populations-iochlerotatus-dorsalisi-meigen-1830-diptera-culicidae00374nas a2200121 4500008004100000245004600041210004100087260001200128300001000140490000700150100002000157856007500177 2002 eng d00aThe names of European mosquitoes: Part 100 anames of European mosquitoes Part 10 c05/2002 a17-200 v121 aSnow, Keith, R. uhttps://e-m-b.myspecies.info/content/names-european-mosquitoes-part-1001310nas a2200133 4500008004100000245009400041210006900135260001200204300000900216490000700225520081300232100001701045856011401062 2002 eng d00aColonisation of the floodwater mosquito Aedes vexans (Meigen) (Diptera: Culicidae)0 aColonisation of the floodwater mosquito iAedes vexansi Meigen Di c05/2002 a7-160 v123 aA method of laboratory colonisation of several European and North American populations of Aedes vexans is described. A colony from the Rhine River Valley, near Maim, Germany, has been maintained in the laboratory for more than 150 cage generations. Another from the Queich River in the Rhine Valley of Southern Palatia, Germany has been maintained for 22 generations, and a colony from the Ticino River delta of Switzerland has been maintained for 12 generations. Six North American strains, one each from the states of Minnesota, Arizona, Oregon and Utah, and the Canadian Provinces of Manitoba and Ontario, are in cage generations 52, 20, 19, 14,41 and 15 respectively. Colonisation of different strains of this widespread pest mosquito opens up many research avenues.
1 aKuhn, Roland uhttps://e-m-b.myspecies.info/content/colonisation-floodwater-mosquito-iaedes-vexansi-meigen-diptera-culicidae00562nas a2200145 4500008004100000245003900041210003900080260001200119300000800131490000700139520015100146100002600297700002000323856007300343 2002 eng d00aMalaria vectors in European Russia0 aMalaria vectors in European Russia c05/2002 a1-60 v123 aThe malaria vectors of European Russia are reviewed and the status of vector species in transmitting malaria in Russia is discussed.
1 aSokolova, Martina, I.1 aSnow, Keith, R. uhttps://e-m-b.myspecies.info/content/malaria-vectors-european-russia