Roger Blahnik | University of Minnesota (original) (raw)

Papers by Roger Blahnik

Zenodo (CERN European Organization for Nuclear Research), Nov 25, 2016

Zenodo (CERN European Organization for Nuclear Research), Dec 31, 2007

Proceedings of the 1st Dresden Meeting of Insect Phylogeny. Dresden, September 19-12, 2003

Helicopsyche alajuela Johanson and Holzenthal, 2010 PANAMA, Chiriquí... more Helicopsyche alajuela Johanson and Holzenthal, 2010 PANAMA, Chiriquí Province, Cuenca 108, Río Majagua, Banquito de Palmira, 8.68083°N and 82.53250°W, 840 m, Malaise trap, T. Ríos and Y. Aguirre, 28 February–14 March 2019, 1 male. Distribution. Costa Rica, Panama.

Centromacronema pygmaeum Botosaneanu, 1993 PANAMA, Bocas del Toro Pr... more Centromacronema pygmaeum Botosaneanu, 1993 PANAMA, Bocas del Toro Province, Cuenca 093, Quebrada Martinez, Willie Mazu, 8.79361°N and 82.19392°W, 538 m, Malaise trap, T. Ríos and Y. Aguirre, 5–19 July 2019, 3 males. Distribution. Panama, Trinidad, Venezuela.

Helicopsyche breviterga Flint, 1991 PANAMA, Chiriquí Province</b&... more Helicopsyche breviterga Flint, 1991 PANAMA, Chiriquí Province, Cuenca 108, Río Majagua, Banquito de Palmira, 8.68083°N and 82.53250°W, 840 m, Malaise trap, T. Ríos and Y. Aguirre, 28 February–14 March 2019, 2 males; ibid., 14 March–4 April, 2019, 1 male. Distribution. Colombia, Ecuador, Panama, Venezuela.

Ochrotrichia conformalis Bueno-Soria and Holzenthal, 2008 PANAMA, Ve... more Ochrotrichia conformalis Bueno-Soria and Holzenthal, 2008 PANAMA, Veraguas Province, Cuenca 097, Santa Fe National Park, afluente Río Calovebora, PSPSCB-PNSF-C097-2017-005, 8.54318°E and 81.16398°W, 536 m, Malaise trap, T. Ríos, E. Alvarez, and C. Nieto, 19-23 April 2017, 1 male. Distribution. Costa Rica, Panama.

Ochrotrichia quinealensis Bueno-Soria and Holzenthal, 1998 PANAMA, V... more Ochrotrichia quinealensis Bueno-Soria and Holzenthal, 1998 PANAMA, Veraguas Province, Cuenca 097, Santa Fe National Park, afluente Río Calovebora, PSPSCB-PNSF-C097-2017-005, 8.54318°E and 81.16398°W, 536 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 21 April 2017, 2 males; ibid., Cuenca 132, Santa Fe National Park, Río Mulaba, 2do Brazo, PSPSCB-PNSF-C132-2017-007, 8.52577°E and 81.13045°W, 623 m, Malaise trap, A. Cornejo, T. Ríos, E. Alvarez, and C. Nieto, 19-23 April 2017. 4 males; ibid., Río Mulaba, afluente 1er Brazo, PSPSCB-PNSF-C132-2017-008, 8.51706°E and 81.12140°W, 770 m, Malaise trap, T. Ríos, E. Alvarez, and C. Nieto, 19–23 April 2017, 4 males; ibid., Río Mulaba, 1er Brazo, PSPSCB-PNSF-C132-2017-009, 8.52560°E and 81.12956°W, 623 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 19 April 2017, 6 males; ibid., Río Mulaba, 3er Brazo, PSPSCB-PNSF-C132-2017-010, 8.52906°E and 81.13943°W, 662 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 19 April 2017, 6 males; ibid., Río Mulaba, afluente, antes de caseta MiAmbiente, PSPSCB-PNSF-C132-2017-014, 8.53143°E and 81.14975°W, 746 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 21 April 2017, 20 males; ibid., Río Mulaba, Isleta, PSPSCB- PNSF-C132-2017 - 015, 8.54513°E and 81.11970°W, 412 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 22 April 2017, 6 males. Distribution. Costa Rica, Panama.

Ochrotrichia unica Bueno-Soria and Santiago, 1992 PANAMA, Veraguas P... more Ochrotrichia unica Bueno-Soria and Santiago, 1992 PANAMA, Veraguas Province, Cuenca 132, Santa Fe National Park, Río Mulaba, Isleta, PSPSCB- PNSF-C 132-2017-015, 8.54513°E and 81.11970°W, 412 m, UV light trap, T. Ríos, E. Alvarez, and C. Nieto, 22 April 2017, 1 male. Distribution. Colombia, Panama.

FIGURE 8. Mortoniella hystricosa, new species, male genitalia: A—lateral; B—segment IX and tergum... more FIGURE 8. Mortoniella hystricosa, new species, male genitalia: A—lateral; B—segment IX and tergum X, dorsal; C—phallic ensemble, ventral; D—dorsal phallic spine, dorsal.

FIGURE 6. Mortoniella dolonis, new species, male genitalia: A—lateral; B—segment IX and tergum X,... more FIGURE 6. Mortoniella dolonis, new species, male genitalia: A—lateral; B—segment IX and tergum X, dorsal; C— dorsal phallic spine, paramere appendages, and dorsolateral processes of phallicata, dorsal.

FIGURE 4. Mortoniella asymmetris, new species, male genitalia: A—lateral; B—segment IX and tergum... more FIGURE 4. Mortoniella asymmetris, new species, male genitalia: A—lateral; B—segment IX and tergum X, dorsal; C—phallic ensemble, ventral; D—dorsal phallic spine, dorsal.

FIGURE 37. Mortoniella meloi, new species, male genitalia: A—lateral; B—segment IX and tergum X, ... more FIGURE 37. Mortoniella meloi, new species, male genitalia: A—lateral; B—segment IX and tergum X, dorsal; C—phallic ensemble, ventral; D—segment VIII, lateral; E—ventral process of segment VI, lateral.

FIGURES 30–32. Mortoniella velasquezi species group, female genitalia: 30, Mortoniella tripuiensi... more FIGURES 30–32. Mortoniella velasquezi species group, female genitalia: 30, Mortoniella tripuiensis, new species: A—tergum IX, dorsal; B—ventral; C—tergum VII, dorsal. 31, Mortoniella froehlichi, new species: tergum IX, dorsal. 32, Mortoniella bocaina, new species: tergum IX, dorsal.

FIGURE 24. Mortoniella catarinensis (Flint), male genitalia: A—lateral; B—segment IX and tergum X... more FIGURE 24. Mortoniella catarinensis (Flint), male genitalia: A—lateral; B—segment IX and tergum X, dorsal; C—phallic ensemble, ventral; D—dorsal phallic spine, dorsal; E—ventral process of segment VI, lateral.

Arthropod systematics & phylogeny, Dec 12, 2014

The genus Chimarra (Trichoptera, Philopotamidae) is a cosmopolitan genus with over 700 species. T... more The genus Chimarra (Trichoptera, Philopotamidae) is a cosmopolitan genus with over 700 species. The taxonomic history of Chimarra is discussed, with reference to how large genera are best subdivided. We also examine the phylogenetic utility of the COI "barcode" fragment and find it to be phylogenetically useful, within limits. Adding a single fragment of nuclear rRNA (specifically the 28S D2 region) converts the barcode hypothesis into a strongly supported phylogeny that is corroborated by a morphologically derived subgeneric classification. This suggests that a simple two gene dataset could be combined with morphological data in order to rapidly and inexpensively include a molecular component to generic revisions. We confirm the monophyly of Chimarra (Chimarra), C. (Curgia), C. (Otarrha), and core C. (Chimarrita). The C. (C.) tsudai group is also recovered. We make use of web-based materials, including the BOLD website (http:// www.boldsystems.org/), and keyhole markup language files (.kml format), which permit specimen data to be viewed on Google Earth. We suggest that static phylogenies presented in print could be dynamically updated with the use of these web materials.

Zenodo (CERN European Organization for Nuclear Research), Nov 25, 2016

Zenodo (CERN European Organization for Nuclear Research), Dec 31, 2007

Proceedings of the 1st Dresden Meeting of Insect Phylogeny. Dresden, September 19-12, 2003

Arthropod systematics & phylogeny, Dec 12, 2014