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Fig. 7 in Parmalean and other siliceous nannofossils from the Oligocene of Polish Flysch Carpathians

Fig. 7. Parmales from Oligocene diatomites of Poland: Parmoligocena janusii gen. et sp. nov. (DMF SEM stub 333-10 from Rupelian; Łubno, Poland), aggregated fragments in a presumed faecal pellet with approximate boundaries of the pellet indicated by a white frame. Digitally constructed montage of 16 individual images. Scale bar 5 µm.

Fig. 2 in Parmalean and other siliceous nannofossils from the Oligocene of Polish Flysch Carpathians

Fig. 2. Parmales from Oligocene diatomites of Poland: Parmoligocena janusii gen. et sp. nov. (DMF SEM stub 342-13 from Rupelian; Łubno, Poland). SEM images of a cell tilted and rotated into positions focusing on different external and internal sides of the wall. White crosses mark the same feature in each image as an aid to determining relative tilt and rotation between images. A1, ventral plate rim and surrounding area plus internal surface of the ucb viewed through the ventral plate opening; A2, internal surface tilted up and to the right compared to A1, showing the upended dorsal cup wall between s 1 and s3; A3, external surface of area between s1 and s2, inside view of the area above s3; A4, inner surface around lower part of s2 adjacent to the ucb; A5, external surface of the area above all three dorsal shield plates and inner surface of the upper area between s2 and s3; A6, external surface of the rim surrounding the opening for the ventral plate between s1 and s2, internal surface above the other side of s2 compared to A5. No internal or external surfaces of the wall of the upended cup show evidence of seams. Abbreviations: s1–3, arbitrarily numbered dorsal shield plates/openings; ucb, upended dorsal cup bottom. Scale bars 1 µm.

Fig. 5 in Parmalean and other siliceous nannofossils from the Oligocene of Polish Flysch Carpathians

Fig. 5. Parmales Parmoligocena janusii gen. et sp. nov. from Rupelian (early Oligocene) diatomites of Łubno, Poland. A, B. DMF SEM stub 333-10. A. Internal surface of dorsal shield plate with notable undulations. B. External surface of dorsal shield plate with notable undulations. C, D. DMF SEM stub 342-13. C. Internal surface of ventral plate with less pronounced undulations. D. External surface of ventral plate with less pronounced undulations. Note absence of ornamentation on all plate surfaces. Scale bars 1 µm.

Fig. 6 in Parmalean and other siliceous nannofossils from the Oligocene of Polish Flysch Carpathians

Fig. 6. Parmales Parmoligocena janusii gen. et sp. nov. from Oligocene diatomites of Poland. A. Scatterplot of dorsal shield plate and ventral plate diameters recovered from fifteen cell walls which contained at least one dorsal shield plate and a ventral plate. B. Diameters of individual dorsal shield plates, ventral plates and their openings recovered from fragmented dorsal hollow cups. Underlying data for Fig. 6 given in SOM 4.

Fig. 1 in Parmalean and other siliceous nannofossils from the Oligocene of Polish Flysch Carpathians

Fig. 1. Parmales from Oligocene diatomites of Poland: Parmoligocena janusii gen. et sp. nov. (DMF SEM stub 342-13 from Rupelian; Łubno, Poland). SEM images of a cell tilted and rotated into positions focusing on different external and internal sides of the wall. White crosses mark the same feature in each image as an aid to determining relative tilt and rotation between images. A1, external surface of the area above and to the right of s1; A2, external surface of the area between s1 and s2, including an internal portion above s3 in the background; vp collapsed into cell wall lumen and just its edge visible; A3, internal view of the area between s1 (not labeled, extreme left) and s3, with vp collapsed into the cell wall lumen; A4, internal surface of the dorsal part of ucb viewed through the ventral plate opening; vp is collapsed into the cell and can be seen at the left-hand side of the opening; A5, a part of inner surface of the dorsal cup bottom slightly more tilted in the direction of the top of the image compared to A4, showing lower portion of s3; A6, interior view showing majority of the internal side of s3. Note that no seams are detectable on any of the surfaces where junctions between the dorsal plate and girdle plates appear in both Triparma and Tetraparma. Abbreviations: s1–3, arbitrarily numbered dorsal shield plates/openings; vp, ventral plate; ucb, upended dorsal cup bottom. Scale bars 1 µm.

Fig. 4 in Mosaic Structure Of Ant Communities (Hymenoptera: Formicidae) In Eastern Carpathian Marshes: Regional Versus Local Scales

Fig. 4. Number of Myrmica ruginodis specimens in the absence (1), and in the presence (2) of M. rubra (Mann–Whitney U–test, z = –5.14, p <0.000, n1 = 29, n2 = 74)

Fig. 2 in Mosaic Structure Of Ant Communities (Hymenoptera: Formicidae) In Eastern Carpathian Marshes: Regional Versus Local Scales

Fig. 2. The overall evenness vs. the evenness of the mean patch–diversity values for each sample site (V – Voslobeni, LD – Lacul Dracului, FR – Fagul Rotund, AL – Apa Lenta)

Fig. 3 in Mosaic Structure Of Ant Communities (Hymenoptera: Formicidae) In Eastern Carpathian Marshes: Regional Versus Local Scales

Fig. 3. Number of Myrmica rubra specimens in the absence (1), and in the presence (2) of M. ruginodis (Mann–Whitney U–test, z = –5.15, p <0.000, n1 = 47, n2 = 56)

Fig. 1 in Mosaic Structure Of Ant Communities (Hymenoptera: Formicidae) In Eastern Carpathian Marshes: Regional Versus Local Scales

Fig. 1. PCoA–plot of the ant–communities, each dot representing a single trap: filled dots – open peat–bog habitats with sparse trees; empty dots – sedge meadows; crosses – marshland forests; A –

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Fig. 2 in Host Ant Use Of Maculinea Teleius In The Carpathian Basin (Lepidoptera: Lycaenidae)

Fig. 2. The mean number (± SE) of M. teleius specimens found in nests of the different Myrmica ant species combining all data. Standard errors are based on a General Linear Model with negative bino-

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Fig. 1 in Host Ant Use Of Maculinea Teleius In The Carpathian Basin (Lepidoptera: Lycaenidae)

Fig. 1. The investigated sites and the proportion of M. teleius specimens found in nests of different Myrmica species (see Table 2 for more details and for a key to site codes)

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Fig. 4 in The Chorthippus Albomarginatus-Group (Orthoptera: Acrididae: Gomphocerinae) In The Carpathian Basin: Traces Of Hybridization Between C. Albomarginatus And C. Oschei In Southern Slovakia

Fig. 4. Oscillograms of the courtship song (parts of the songs showed in Fig. 2) of four males of Chorthippus oschei from Slovakia (in each group of three lines, the two upper lines represent leg-movements and the third line represents sound). a, b – males no. 1–2 from NE Ardovo, c, d – males 3–4 from SW Ardovo (in d – the recording of only one leg is shown). B1, A1 and C elements are indicated. Drawings show the stroke with the hind tibiae at the beginning of the C element and the

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Fig. 1 in The Chorthippus Albomarginatus-Group (Orthoptera: Acrididae: Gomphocerinae) In The Carpathian Basin: Traces Of Hybridization Between C. Albomarginatus And C. Oschei In Southern Slovakia

Fig. 1. Male (on the left) and female (on the right) of Chorthippus oschei from locality Ardovo in southern Slovakia

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Fig. 3 in The Chorthippus Albomarginatus-Group (Orthoptera: Acrididae: Gomphocerinae) In The Carpathian Basin: Traces Of Hybridization Between C. Albomarginatus And C. Oschei In Southern Slovakia

Fig. 3. Oscillograms of the courtship song (parts of the songs showed in Fig. 2) of four males of Chorthippus oschei from Slovakia (in each group of three lines, the two upper lines represent leg-movements and the third line represents sound). a, b – males no. 1–2 from NE Ardovo, c, d –

Figs 31–35 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 31–35. Zygoribatula longa sp. n.: 31 = body in dorsal view, 32 = body in ventral view, 33 = podosoma in lateral view, 34 = lamellae, 35 = sensillus

Figs 23–30 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 23–30. Oribatella valeriae sp. n.: 23 = body in dorsal view, 24 = rostral apex, 25 = body in ventral view, 26 = seta ro, 27 = lamellar apex, 28 = interlamellar seta, 29 = sensillus, 30 = tutorium in lat-

Figs 6–12 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 6–12. Lauroppia (Lauroppia) brevisimile sp. n.: 6 = body in dorsal view, 7 = rostral part in dorsal view, 8 = body in ventral view, 9 = sensillus, 10 = basal part of prodorsum, 11 = podosoma in lat-

Figs 19–22 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 19–22. Oribellopsis grecus sp. n.: 19 = lateral region of prodorsum, 20 = sensillus, 21 = exobothridial region, 22 = seta ro

Figs 16–18 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 16–18. Oribellopsis grecus sp. n.: 16 = body in dorsal view, 17 = body in ventral view, 18 = podosoma in lateral view

Figs 1–5 in New And Little Known Oribatid Mites From The Carpathian Basin And The Balkan Peninsula (Acari: Oribatida)

Figs 1–5. Phthiracarus duplex sp. n.: 1 = body in lateral view, 2 = prodorsum in dorsal view, 3 = femur of leg I, 4 = genu and tibia of leg IV, 5 = genito-anal region