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438 results for “Altai”
Figs 142–145 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 142–145. Comparison of larvae of the Agonopterix adspersella group s. str. based on food plant. 142 – Bupleurum falcatum as foodplant: A. adspersella, Lower Austria, Scheiblingkirchen, 25.iv.2008, (e.p. 6.v.2008), P. Buchner leg. (RCPB). 143–145 – Italy, Puglia, Gargano, 2.–10.iv.2016, P. Sonderegger leg. & phot., reproduction from prints stored in NHBE: 143 – Thapsia garganica as food plant: A. thapsiella (Zeller, 1847); 144 – Scandix pecten-veneris as food plant: A. adspersella (Kollar, 1832); 145 – Opopanax chironium as food plant: A. chironiella (Constant, 1893).
Figs 19–22 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 19–22. Exaeretia mongolicella (Christoph, 1882). 19–20 – habitus: 19– Russia, Tuva, Ak-Chol, Ak-chol lake, 3.vii.2015, J. Šumpich leg. (NMPC); 20 – Russia, Vladivostok, vi.1994, Kuznetsov leg. (RCGD). 21 – male genitalia, Russia, Primorsky krai, Ussuri, Kazakevich, 1908, T. Walsingham leg. (MGAB). 22 – female genitalia, Mongolia, Central Aimak, Kerulen, 24.viii.1965, Z. Kaszab leg. (MNHN) (museum id. EL62902 with slide number MNHN-EL41).
Figs 8–17 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 8–17. Exaeretia indubitatella (Hannemann, 1971). 8–13 – variability of males: 8 – Russia, Altai Mts., Tabazhok River, 4.viii.2016, P. Huemer & B. Wiesmair leg. (TLMF); 9 – Russia, Altai Mts., Dzhazator, the confluence of Argut and Karagem rivers, 27.–28.vii.2017, J. Šumpich leg. (NMPC); 10 – Russia, Altai Mts., Dzhazator, Tara River, 25.–26.vii.2017, J. Šumpich leg. (NMPC); 11 – Mongolia, Sayan Mts., Arasagun-gol (ZMUC) (holotype of E. fuscogriseella Hannemann, 1990) (museum id. Hannemann Gu4885); 12 – Russia, Altai Mts., Seminskiy Pass, 6.vii.2013, H. Blackstein leg. (RCHB); 13 – Russia, S Ural, Amurskii vill., Arkaim Reserve, K. Nupponen leg. (RCKN). 14–16 – male genitalia: 14 – data as fig. 8; 15 – data as fig. 11 (holotype of E. fuscogriseella); 16 – Russia, Tuva, Ak-chol lake, 3.vii.2015, M. Dvořák leg. (NMPC); 17 – female genitalia, data as fig. 8.
Figs 1–7. Exaeretia allisella Stainton, 1849. 1–2 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 1–7. Exaeretia allisella Stainton, 1849. 1–2 – Russia, Altai, Cherga, 8.–9.vii.2019, J. Šumpich leg. (NMPC): 1 – male; 2 – female; 3 – male genitalia, Denmark, Jylland, Glatved, 3.viii.1973, E. S. Nielsen leg. (TLMF). 4–7 – female genitalia compared to show intraspecific variability (scale bar = 1.0 mm for all slides): 4 – Russia, Altai, Cherga, 8.–9.vii.2019, J. Šumpich leg. (NMPC); 6–7 – Switzerland, Graubunden, Ardez, 17.viii.2005, P. Sonderegger leg. (NMBE); 7 – Russia, Primorsky krai, Khasanskiy Region, Mramorny, 12.viii.2012, K. Larsen leg. (RCKL).
Figs 99–105 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 99–105. Agonopterix ustjuzhanini sp. nov. 99 – holotype, Russia, Altai Mts., details in the text; 100–105 – paratypes, details in the text: 100–101 – habitus: 100 – Russia, Altai Mts., Aktash; 101 – Kazakhstan, Kokpek; 102–105 – Russia, Buryatia, Hamar Daban Mts., Murtoy River, Gusinoe Ozero vill., 19.vi.2002, K. Nupponen leg. (TLMF): 102 – underside; 103 – detail of head and thorax; 104–105 – labial palpi: 104 – lateral view; 105 – frontal view.
Figs 61–69. Female genitalia. 61–65 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 61–69. Female genitalia. 61–65 – general view: 61–63 – Agonopterix kyzyltashensis sp. nov., paratypes, Russia, S Ural, details in the text: 61–62 – Russia, S Ural; 63 – Russia, Altai; 64 – A. pallorella (Zeller, 1839), Turkey, Tuz Gölü, 20.vii.1970, Friedel leg. (SMNK); 65 – A. kaekeritziana (Linnaeus, 1767), Italy, Toscana, Badia della Valle, 15.vi.1982, A. Usvelli leg. (MFSN). 66–69 – details of antrum: 66–67 – A. kyzyltashensis sp. nov., paratypes, details in the text: 66 – Russia, S Ural; 67 – Russia, Altai; 68–69 – A. pallorella: 68 – Turkey, Tuz Gölü, 20.vii.1970, Friedel leg. (SMNK); 69 – Turkey, Sivas, Gök Pınar, 1.viii.1997, K. Larsen leg. (RCKL). Scale bar for figs 61–65 = 1 mm.
Figs 23–24. Agonopterix abditella Hannemann, 1959. 23 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 23–24. Agonopterix abditella Hannemann, 1959. 23 – Russia, Altai Mts., Kosh Agach, Krasnaya Gorka, 4.vii.2014, M. Dvořák leg. (NMPC); 24 – Russia, Altai Mts., Kosh Agach, Tabazhok River, 2100 m, 4.viii.2016, P. Huemer & B. Wiesmair leg. (TLMF).
Figs 129–141 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 129–141. Comparison of species from the Agonopterix adspersella group based on female genitalia. 129–134 – general view: 129 – A. olusatri Corley & Buchner, 2019, paratype, Spain, Malaga, Casares, 26.v.2011, P. Hale leg. (RCMC); 130 – A. cadurciella (Chrétien, 1914), Croatia, Karkobag, 5.vi.2015, J. Junnilainen leg. (RCJJ); 131 – A. adspersella (Kollar, 1832), Austria, Lower Austria, Gumpoldskirchen, 1.v.–21.vi.2012, e.l. Seseli libanotis, P. Buchner leg. (RCPB); 132 – A. chironiella (Constant, 1893), Gal. mer. [southern France], without date, ex coll. Constant (NHMW) [may belong to type series]; 133 – A. leucadensis (Rebel, 1932), data as fig. 118; 134 – A. cervariella (Constant, 1884), Austria, Vienna, Leopoldsberg, 22.vi.1927, e.l. Peucedanum cervaria, Preissecker leg (NHMW). 135–141 – details of papillae anales and segment VIII (inserted figs – detail of distal margin of sternite VIII)): 135–136 – A. cadurciella: 135 – France, St. Barnabe, 12.ix.1967, F. Dujardin leg. (TLMF); 136 – Italy, Gran Sasso, 15.vii.2010, P. Huemer leg. (TLMF); 137 – A. thapsiella (Zeller, 1847), Greece, Samos, Pyrgos, 10.v.2010, P. Sonderegger leg. (NMBE); 138 – A. olusatri, data as fig. 129; 139–141 – A. adspersella: 139 – data as fig. 131; 140 – Austria, Lower Austria, Scheiblingkirchen, e. l. Bupleurum falcatum, 25.iv.–14.v.2008, P. Buchner leg. (RCPB); 141 – Austria, Lower Austria, Maiersdorf, e. l. Laserpitium siler, 29.v.–24.vi.2011, P. Buchner leg. (RCPB).
Figs 123–128 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 123–128. Comparison of species from the Agonopterix adspersella group based on male genitalia. 123 – A. thapsiella (Zeller, 1847), Greece, Crete, Ideon Andron, 23.vii.2011, T. Nupponen leg (RCKN); 124 – A. adspersella (Kollar, 1832), Italy, Abruzzo, Cocullo, 1.x.2014, T. Nupponen leg (RCKN); 125 – A. olusatri Corley & Buchner, 2019, paratype, Greece, Crete, north of Lassithi, Agia Joannis, 19.v.2000, W. Ruckdeschel leg. (TLMF); 126 – A. cervariella (Constant, 1884), France, Cannes, without date, ex coll. C.S. Larsen (ZMUC); 127 – A. cadurciella (Chrétien, 1914), Hungary, without further data (NHMW); 128 – A. leucadensis (Rebel, 1932), data as fig. 118.
Figs 157–165. Depressaria libanotidella group. 157–162 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 157–165. Depressaria libanotidella group. 157–162 – Depressaria libanotidella Schläger, 1848: 157–158 – habitus, Russia, Altai Mts. (details in the text): 157 – Chulyshman; 158 – Dzhangyskol; 159–162 – female genitalia: 159 – data as fig. 157; 160 – data as fig. 158; 161 – Switzerland, Jura, Soulce, 1.ix.2008, e.l. Seseli libanotis, P. Sonderegger leg. (NMBE); 162 – Italy, Ortler, Passo di Stelvio, 18.–19.vi.2004, J. Skyva leg. (NMPC). 163–164 – D. bantiella (Rocci, 1934): 163 – Montenegro, Humsko Blato, 15.vii.–5.viii.2014, e.l. Apiaceae sp., F. Graf leg. (RCFG); 164 – Greece, Troodos Mts., Olympus, 23.–28.vi.1997, D. Nilsson, A. Madsen, M. Fibiger & P. Svendsen leg. (ZMUC). 165 – D. velox Staudinger, 1859, Bulgaria, Slavyanka Mts. Livade, 15.vi.2010, B. Zlatkov & O. Sivilov leg. (RCBZ).
Figs 149–152. Depressaria falkovitshi Lvovsky, 1990. 149–150 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 149–152. Depressaria falkovitshi Lvovsky, 1990. 149–150 – habitus, Russia, Altai Mts., Cherga (details in the text); 151 – male genitalia, Mongolia, Changai, without date, ex coll. C.S.Larsen (ZMUC); 152 – female genitalia, Russia, Buryatia, Barguzin valley, 3.vii.1996, Jalava & Kullberg leg. (ZMUH).
Fig. 189 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Fig. 189. Maximum likelihood tree of Depressaria paraleucocephala sp. nov. and related taxa with Levipalpus hepatariella (Lienig & Zeller, 1846) as an outgroup species (data from BOLD).
Figs 183–188 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 183–188. Habitus of Depressaria species related to D. paraleucocephala sp. nov. 183 – D. leucocephala Snellen, 1884, Italy. South Tyrol, Laas, end of vi.1976, e.l. Artemisia vulgaris, K. Burmann leg. (TLMF); 184 – D. emeritella Stainton, 1849, Austria, Schwarzau am Steinfeld, 9.vi.–16.vii.2009, e.l. Tanacetum vulgare, P. Buchner leg. (RCPB); 185 – D. alienella Busck, 1904, USA, Oregon, Josephine Co., Rouge River, vi.1872, e.l. Artemisia sp., NHMUK010891375, T. Walsingham leg. (NHMUK). 186–188 – detail of labial palpi: 186 – D. paraleucocephala sp. nov., paratype (Chulyshman); 187 – D. leucocephala, Russia, Primorsky krai, Slavyanki Ryasaiovka, 7.viii.1983, A. Lvovsky leg. (ZMHB); 188 – D. emeritella, data as fig. 184.
Figs 180–182 in Depressariidae (Lepidoptera) of the Russian Altai Mountains: new species, new records and updated checklist
Figs 180–182. Female genitalia of Depressaria paraleucocephala sp. nov. and related taxa. 180 – D. paraleucocephala, paratype (Chulyshman); 181 – D. leucocephala Snellen, 1884, Italy, South Tyrol, Laas, end of vi.1977, e.l. Artemisia vulgaris, K. Burmann leg. (TLMF); 182 – D. emeritella Stainton, 1849, Romania, Sarerdö Szatmar, 14.ix.1992, without further data (MGAB).
Figure 6 from: Huemer P, Sohn J-C (2020) Eidophasia assmanni sp. nov., the first alpine representative of the genus, detected in the Russian Altai Mountains (Lepidoptera, Plutellidae). ZooKeys 959: 99-111. https://doi.org/10.3897/zookeys.959.54259
Figure 6 Neighbor-Joining tree (Kimura 2 parameter, built with MEGA 6; cf. Tamura et al. 2013) of Eidophasia spp. and type species of selected Plutellidae genera. The width of the triangles represents the sample size, and the depth the genetic variation within the cluster. Source: DNA Barcode data from BOLD (Barcode of Life Database, cf. Ratnasingham and Hebert 2007).
Figure 4 from: Huemer P, Sohn J-C (2020) Eidophasia assmanni sp. nov., the first alpine representative of the genus, detected in the Russian Altai Mountains (Lepidoptera, Plutellidae). ZooKeys 959: 99-111. https://doi.org/10.3897/zookeys.959.54259
Figure 4 Eidophasia vanella (Walsingham, 1881), male genitalia, Canada, gen. slide 20/1586 P. Huemer. Scale bar: 0.2 mm.
Data from: Bird species diversity in Altai riparian landscapes: wood cover plays a key role for avian abundance
Aims: We aim to understand bird richness and variation in species composition (beta diversity) along a 630 km riparian landscape in the Altai Mountains of China, and to test whether vegetation cover is the main explanation of species diversity. Methods: We selected nine regions along a gradient of natural vegetation change. Bird surveys and environmental measurements were conducted at 10 points in each of the nine regions. We collected environmental land cover variables such as wood cover (area proportion of trees and shrubs with saplings in habitats; here trees are woody plant with a single trunk and higher than 3m, shrubs and saplings are distinguished from trees by their multiple trunks and shorter height) and tree cover, and two climate factors which were Annual Mean Temperature (AMT) and Annual Precipitation (AP). We used Liner Regression Models to explore the correlation between bird species richness and environmental variables. We used Sørensen's dissimilarity index to measure birds' beta diversity, and quantified the contribution of environmental variables to this pattern using a Canonical Correspondence Analysis (CCA). Results: Wood cover was the strongest predictor of overall, insectivore and omnivore bird richness. Regions with wood cover contained more bird species. Beta diversity was overall high in the studied regions, and turnover components occupied a major part of beta diversity. Wood cover and AP were significant predictors of bird species composition explaining 33.24% of bird beta diversity together. Conclusions: Wood vegetation including trees, shrubs and saplings, rather than only trees, contains high bird richness. High beta diversity suggests that expansion of the existing nature reserves is needed in the riparian landscapes to capture the variation in bird species composition. Thus all wood cover in the overall riparian landscapes of Altai Mountains should be protected from farming and grazing to improve bird conservation outcomes.
FIGURE 7 in New data on millipedes of the family Julidae (Diplopoda, Julida) from Altai, Siberia
FIGURE 7. Sibiriulus profugus (Stuxberg, 1876), male. Gonopods, mesal view. Scale in mm.
FIGURE 35 in Lithobius (Monotarsobius) franciscorum sp. nov., a new lithobiid species from the Altai, with a key to the Central Asian species of the subgenus (Chilopoda: Lithobiomorpha)
FIGURE 35. Positions of the collecting localities of Lithobius franciscorum sp. nov. (blue dots).
FIGURE 5 in A new species of Barbatula from the Russian Altai (Teleostei: Nemacheilidae)
FIGURE 5. Occurrence of B. restricta (star).
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