04274nas a2200229 4500008004100000022001400041245015900055210006900214300001300283490001300296520342500309653002103734653001803755653001803773653001603791653001603807653002303823653001303846653001603859100002203875856014703897 2018 eng d a0945-395400aA taxonomic review of Palaearctic Peromyia Kieffer (Diptera: Cecidomyiidae, Micromyinae), with descriptions of thirty-eight new species mostly from Sweden0 ataxonomic review of Palaearctic Peromyia Kieffer Diptera Cecidom a51–1160 v23[2016]3 a

The taxonomy of Palaearctic Peromyia KIEFFER, 1894 is reviewed on the basis of specimens mostly from Sweden. Evidence from adult morphology and, if available, DNA barcode (COI) sequences are used for characterizing species. Of a total of 78 species, 38 are described as new: Peromyia acuminata spec. nov. (from Sweden, Germany, and Russia), P. angulosa spec. nov. (Norway, Sweden, Finland, Germany), P. angustior spec. nov. (Sweden), P. appositoides spec. nov. (Sweden), P. brandenburgensis spec. nov. (Germany), P. brutostylata spec. nov. (Sweden, Finland, Russia), P. clavata spec. nov. (Sweden, Germany), P. cognata spec. nov. (Norway, Sweden, Finland, Russia), P. consimilis spec. nov. (Norway, Sweden, Finland, Germany), P. constricta spec. nov. (Sweden, Finland, Germany), P. curvostylata spec. nov. (Sweden), P. despecta spec. nov. (Sweden, Finland, Russia, Germany), P. devia spec. nov. (Sweden, Germany), P. dupla spec. nov. (Sweden, Germany), P. gracilostylata spec. nov. (Norway, Sweden, Finland, Germany), P. grytsjoenensis spec. nov. (Sweden), P. hyalina spec. nov. (Sweden, Finland), P. inflata spec. nov. (Sweden, Finland, Germany, Japan), P. iuxtatruncata spec. nov. (Sweden, Finland, Russia, Germany), P. karstroemi spec. nov. (Sweden), P. lapponica spec. nov. (Sweden), P. lippertae spec. nov. (Sweden), P. lisatengoe spec. nov. (Sweden), P. longi- stylata spec. nov. (Norway, Sweden, Germany), P. manca spec. nov. (Norway, Sweden), P. monticorvina spec. nov. (Sweden), P. neglecta spec. nov. (Sweden, Finland, Germany), P. niederhofensis spec. nov. (Sweden, Germany), P. oelandica spec. nov. (Sweden), P. ombergensis spec. nov. (Sweden), P. pseudoborealis spec. nov. (Norway, Sweden, Japan), P. pumiloides spec. nov. (Norway, Sweden, Finland, Germany), P. quercinophila spec. nov. (Sweden), P. simulans spec. nov. (Sweden, Finland), P. stenshuvudensis spec. nov. (Sweden, Germany), P. trifidoides spec. nov. (Sweden), P. uleforsi spec. nov. (Sweden), and P. uniseriata spec. nov. (Sweden, Germany). The status as valid species is reinstated for P. brevispina YUKAWA, 1967 stat. restit. (released from synonymy with Joannisia fungicola KIEFFER, 1901), P. prominens YUKAWA, 1967 stat. restit. (released from synonymy with Campylomyza impexa SKUSE, 1888), P. subanatina MAMAEV {&} ZAITZEV, 1997 (released from synonymy with P. anatina MAMAEV {&} BEREST, 1990), and P. viklundi JASCHHOF, 1997 (released from synonymy with P. scutellata MAMAEV, 1990). The morphology of males is revised of P. anatina, P. angellifera JASCHHOF, 1997, P. apposita JASCHHOF, 1997, P. brevispina, P. caricis (KIEFFER, 1901), P. fungicola, P. prominens, P. ramosa (EDWARDS, 1938), P. neomexicana (FELT, 1913), P. scutellata, P. subanatina, P. subborealis JASCHHOF, 1997, P. truncata YUKAWA, 1967, and P. viklundi. COI sequences support the identity of 44 morphospecies and confirm that both P. impexa and P. photophila as presently defined are complexes of cryptic species. The threshold for separating species of Peromyia lies at 8 {%} genetic (K2P) distance. New faunistic records in Sweden are P. brevispina, P. maetoi JASCHHOF, 2001, P. neomexicana, P. revelata MAMAEV {&} BEREST, 1990, and P. viklundi. Peromyia pumila JASCHHOF, 2001 and P. truncata are deleted from the list of Swedish species. Recent advances in the study of Peromyia taxonomy and diversity are discussed in terms of methodology. Key

10aadult morphology10aCecidomyiidae10aDNA barcoding10aMicromyinae10anew species10aPalaearctic Region10aPeromyia10asystematics1 aJaschhof, Mathias uhttps://dipteratyoryhma.myspecies.info/fi/content/taxonomic-review-palaearctic-peromyia-kieffer-diptera-cecidomyiidae-micromyinae-descriptions00854nas a2200241 4500008004100000022001400041245014100055210006900196300001200265490000700277653002400284653001400308653001800322653001200340653001600352653002100368653001600389653001700405653001300422653001300435100002200448856014200470 2010 eng d a0005-805X00aNew species of Peromyia from Tasmania, with a revision of Schiner's and Skuse's types of Australian Micromyinae (Diptera: Cecidomyiidae)0 aNew species of Peromyia from Tasmania with a revision of Schiner a33–550 v6010aAustralasian Region10aAustralia10aCecidomyiidae10adiptera10aMicromyinae10anew combinations10anew species10anew synonyms10aPeromyia10aTasmania1 aJaschhof, Mathias uhttps://dipteratyoryhma.myspecies.info/fi/content/new-species-peromyia-tasmania-revision-schiners-and-skuses-types-australian-micromyinae01913nas a2200193 4500008004100000245015400041210006900195300001400264490000700278520114100285653001801426653003501444653001801479653001601497653001601513653002301529100002201552856014501574 2015 eng d00aA review of the Aprionus flavidus group, with description of two new species close to Aprionus betulae Jaschhof (Diptera: Cecidomyiidae, Micromyinae)0 areview of the Aprionus flavidus group with description of two ne a221–2290 v213 a

Species of the Aprionus flavidus (WINNERTZ) group belong to the most commonly found Micromyinae (Cecidomyiidae) in the Holarctic realm. One of the group members, Aprionus betulae JASCHHOF, 1996 from Europe, is here split into three discrete species that differ in the standard DNA barcode sequence and in male genital characters. Aprionus betulae is redefined, and Aprionus subbetulae spec. nov. and Aprionus betuloides spec. nov. are described as new to science. DNA barcoding provided the initial indication that Aprionus betulae sensu JASCHHOF (1996) is a species complex. The usefulness of this technique for characterizing species of the fungivorous subfamilies of Cecidomyiidae is discussed on the basis of the author’s recent expe- riences. It is concluded that DNA barcoding is useful to indicate hidden biodiversity, but, unsupported by other means, is not sufficiently reliable to serve as a routine identification tool. In combination with morphological scrutiny, and only so, DNA barcoding is recommended as an effective method to uncover cryptic species.

10aCecidomyiidae10acryptic species identification10aDNA barcoding10agall midges10aMicromyinae10aPalaearctic Region1 aJaschhof, Mathias uhttps://dipteratyoryhma.myspecies.info/fi/content/review-aprionus-flavidus-group-description-two-new-species-close-aprionus-betulae-jaschhof01249nas a2200229 4500008004100000022001400041245007300055210006900128300001100197490000600208520059200214653001800806653001700824653001600841653001700857653001700874653001900891653002000910100001900930700002200949856004800971 2015 eng d a1314-282800aAdditions to the list of Finnish Bibionomorpha (Diptera, Nematocera)0 aAdditions to the list of Finnish Bibionomorpha Diptera Nematocer a1–220 v33 a

A total of 12 gnat species are reported for the first time from Finland (3 Cecidomyiidae, 1 Keroplatidae, 8 Mycetophilidae), and the occurrence of Macrocera nigropicea Lundström in Finland is verified. All material was collected from the Finnish Lapland, mainly from the north boreal ecoregion. Two of the recorded species are likely to be pyrophilous, associated with forest fire sites. A photo of the ventral appendage of the gonocoxite of Brevicornu setigerum Zaitzev is provided for the first time. The male hypopygium of Mycetophila haruspica Plassmann is redescribed.

10aCecidomyiidae10afungus gnats10agall midges10aKeroplatidae10aLestremiinae10aMycetophilidae10aPorricondylinae1 aSalmela, Jukka1 aKaunisto, Kari, M uhttp://bdj.pensoft.net/articles.php?id=5228