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Figure 4 in Bugs (Heteroptera) of treeless areas of Chukotka (Russia)

Figure 4. Environs of Pevek, near Valkumey vill., stream valley with alder and willow bushes. Photo by O.A. Khruleva.

Figure 5 in Bugs (Heteroptera) of treeless areas of Chukotka (Russia)

Figure 5. Lower course of Anadyr River, Bushes of dwarf pine and a shrub-sedge-moss tundra in the background. Photo by O.A. Khruleva.

Figure 3 in Bugs (Heteroptera) of treeless areas of Chukotka (Russia)

Figure 3. Environs of Pevek, Yanrapaakenay Hill, slope of hill with spotted herb-dryad cover. Photo by O.A. Khruleva.

Figure 1 in Bugs (Heteroptera) of treeless areas of Chukotka (Russia)

Figure 1. Collection points of Heteroptera on the mainland part of Chukotka. 1 — vicinity of Pevek; 2 — middle course of the Palyavaam River; 3 — Bolshaya Osinovaya River; 4 — Belyaka Spit; 5 — lower course of the Anadyr River; 6 — environs of Beringovskiy vill.; 7 — Vulvoveem River; 8 — Egvekinot vill.; 9 — middle course of the Amguema River; 10 — middle course of the Chegitun River; 11 — Markovo vill.; 12 — Utesiki; 13 — Anadyr town. Large circles are the main gathering points, small circles — the other points. The solid line is the boundary of the subzone of the northern taiga, the dotted line — the elfin wood subzone (by Yurtzev et al. 2010). Abbreviation of the zonal divisions: NT — the northern taiga subzone, EW — the elfin wood subzone; TZ — the tundra zone.

Figure 11 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figure 11. Habitat of Gampsocoris culicinus Seidenstücker at the environs of Lake Teletskoye, Altai Republic (Photo by V.A. Soboleva).

Figure 10 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figure 10. Habitat of Bryocoris pteridis (Fallén) in taiga at the environs of Lake Teletskoye, Altai Republic (Photo by N.V. Golub).

Figures 4–9 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figures 4–9. Adult specimens and paramere of Heteroptera. 4, 5. Nabis (Dolichonabis) americolimbatus (Carayon) (4 – dorsal view, 5 – paramere, arrow indicates lamellar carina at its base), 6. Xylocoris cursitans (Fallén), 7. Bryocoris pteridis (Fallén), 8. Phytocoris longipennis Flor, 9. Gampsocoris culicinus Seidenstücker (Photo by V.A. Soboleva).

Figure 3 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figure 3. One of habitats of Nabis (Dolichonabis) americolimbatus (Carayon) on the taiga edge near of Artybash village (Photo by E.V. Aksenenko).

Figure 2 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figure 2. Habitat of Pachycoleus pusillimus (J. Sahlberg, 1870) and Saldula orthochila (Fieber, 1859) in the environs of village Artybash, Altai Republic (Photo by V.A. Soboleva).

Figure 1 in True bugs (Hemiptera: Heteroptera) from the taiga zone of the mountainous Altai of Russia: the first records and new data on rare species

Figure 1. Taiga on the slopes of the Altai mountains at northern part of the Lake Teletskoye (Photo by V.A. Soboleva).

Figure 6 in The first record of Catocala helena Eversmann, 1856 (Lepidoptera, Erebidae) in Europe with notes on its distribution in Russia

Figure 6. Habitat of Catocala helena in Orenburg Region, river Big Kumak near Zakumachnoye village. (photo by P.Yu. Gorbunov).

Figure 1 in The first record of Catocala helena Eversmann, 1856 (Lepidoptera, Erebidae) in Europe with notes on its distribution in Russia

Figure 1. New localities of Catocala helena in Russia (red circles) and previously known distribution (green fill with black circles).

Figure 3. Catocala helena Eversmann, 1856 in The first record of Catocala helena Eversmann, 1856 (Lepidoptera, Erebidae) in Europe with notes on its distribution in Russia

Figure 3. Catocala helena Eversmann, 1856, adult specimen in nature Big Kumak river valley near Zakumachnoye village, Orenburg Region, Russia (photo by S.A. Knyazev).

Figure 2. Catocala helena Eversmann, 1856 in The first record of Catocala helena Eversmann, 1856 (Lepidoptera, Erebidae) in Europe with notes on its distribution in Russia

Figure 2. Catocala helena Eversmann, 1856, adult, Guberlya Mts., Orenburg Region, Russia (photo by S.A. Knyazev).

Figure 4. Catocala helena Eversmann, 1856 in The first record of Catocala helena Eversmann, 1856 (Lepidoptera, Erebidae) in Europe with notes on its distribution in Russia

Figure 4. Catocala helena Eversmann, 1856, adult specimen in nature, Guberlya Mts. (photo by P.Yu. Gorbunov).

Figure 7 in A new Norwegian Lemming subspecies from Novaya Zemlya, Arctic Russia

Figure 7. Comparison of crania, molar rows, and lower jaws of Novaya Zemlya (Lemmus lemmus chernovi ssp. nov.) [holotype RMBH Lem005] and Norwegian (L. l. lemmus) lemmings [specimen RMBH Lem040, Kola Peninsula]. (A, B, C) Crania of Novaya Zemlya Lemming: (A) dorsal view, (B) ventral view, and (C) lateral view. (D, E, F) Crania of Norwegian Lemming: (D) dorsal view, (E) ventral view, and (F) lateral view. Scale bar = 5 mm. (G, H) Molar rows of Novaya Zemlya Lemming: (G) maxillary, and (H) mandibular. (I, J) Molar rows of Norwegian Lemming: (I) maxillary, and (J) mandibular. Scale bar = 1 mm. (K, L) Lower jaw of Novaya Zemlya Lemming: (K) outer lateral view, and (L) inner lateral view. (M, N) Lower jaw of Norwegian Lemming: (M) outer lateral view, and (N) inner lateral view. Scale bar = 5 mm. (Photos: Vitaly M. Spitsyn).

Figure 5 in A new Norwegian Lemming subspecies from Novaya Zemlya, Arctic Russia

Figure 5. Ancestral coloration reconstruction (Bayesian Binary MCMC analysis) of Lemmus taxa based on our fossilcalibrated BEAST v. 1.10.4 phylogeny. Black numbers near nodes are BEAST's BPP. The Lemmus trimucronatus + L. nigripes clade (cryptic coloration) is omitted. (Photos: Vitaly M. Spitsyn).

Figure 6 in A new Norwegian Lemming subspecies from Novaya Zemlya, Arctic Russia

Figure 6. Dorsal view of lemming specimens: (A) Novaya Zemlya Lemming (Lemmus lemmus chernovi ssp. nov.) [holotype RMBH Lem005], and (B) Norwegian Lemming (L. lemmus lemmus) [RMBH Lem040, Kola Peninsula]. Scale bar = 10 mm. (Photos: Vitaly M. Spitsyn).

Figure 4 in A new Norwegian Lemming subspecies from Novaya Zemlya, Arctic Russia

Figure 4. Ancestral area reconstruction (combined scenario: S-DIVA + BayArea models) of Lemmus taxa based on our fossil-calibrated BEAST v. 1.10.4 phylogeny. Black numbers near nodes are BEAST's BPP.

Figure 3 in A new Norwegian Lemming subspecies from Novaya Zemlya, Arctic Russia

Figure 3. Phylogeny and phylogeography of Lemmus taxa. (A) Fossil-calibrated ultrametric chronogram of Lemmus obtained with BEAST v. 1.10.4 for the cytb haplotype data set. Bars indicate 95% confidence intervals of the estimated divergence times (Ka). Red and black numbers near nodes are mean ages (Ka) and BPP of BEAST, respectively. Red stars indicate time calibrations: a stem lineage of the Lemmus clade with absolute age estimate 2,600 Ka and 95% soft upper bound 5,200 Ka (C1); and Lemmus sp. 'Yakutia Mummy' with absolute age estimate 40 Ka (C2). Outgroup taxa (Dicrostonyx torquatus, D. hudsonius, Synaptomys cooperi, and Myopus schisticolor) are not shown. (B) Medianjoining haplotype network of Novaya Zemlya, Norwegian, and Siberian lemmings based on the cytb sequences (N = 17). Circle size is proportional to the number of available sequences belonging to a certain haplotype (smallest circle = one sequence). Small black dots indicate hypothetical ancestral haplotypes. Red numbers near branches indicate the number of nucleotide substitutions between haplotypes.