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Fig.11 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig.11.Distributionoftranslation(H/W)andofaperturalshape(Ha/Wa)indexesof Kowalatrochus sanctacrucensis gen.etsp.nov.fromtheearlytomiddle Frasnian of the upper Sitkówka Beds.
Fig. 10 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 10. Distribution of translation index (Hw/Ww) of Loxoplocus (Donaldiella) karczewskii sp. nov. from the late Frasnian of Panek (set B3).
Fig. 5 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 5. Grabinopsis guerichi association of the Stachyodes Assemblage from the upper Sitkówka Beds, Grabina, set B, middle Frasnian. A–F. Grabinopsis guerichi gen. et sp. nov. A, B. Apertural views of shells with well visible columellar fold. A. Holotype, GIUS 4−981/Gr−113, × 8. B. GIUS 4−974/Gr−106/1, × 6. C. Apertural view of shell with narrow umbilicus, GIUS 4−984/Gr−112/2, × 7. D. Lateral view of shell. E, F. Lateral and apical views of shell, GIUS 4−978/Gr−110/1, × 8. G, H. Liospira sp., apertural and apical views of shell, GIUS 4−953/Gr−85, × 3. I. Palaeozygopleura (Rhenozyga) sp. A, lateral view of spire, GIUS 4−979/Gr−111/4, × 10. J. Gen. et sp. ex fam. Subulitidae indet., lateral view of shell, GIUS 4−969/Gr−101/2, × 6. K. Murchisonia (Murchisonia) nerinea (Sandberger and Sandberger, 1850–1856), latral view of spire fragment, GIUS 4−969/Gr−101/8, × 5. L. Roemeriella cyclostomoides (Roemer, 1854), lateral view of spire, GIUS 4−982/Gr−114, × 3. M. Palaeozygopleura (Rhenozyga) cf. retrostriata (Kirchner, 1915), lateral view of spire, GIUS 4−974/Gr−106/4, × 6.
Fig. 4 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 4. Late Frasnian gastropod associations: Straparollus (Straparollus) circularis of the Actinostroma Assemblage and Naticopsis (Naticopsis) excentrica of the Frechastrea pentagona Assemblage (the Detrital Beds). A, B. Straparollus (Straparollus) circularis (Phillips, 1841), both natural size. A. Axial section with visible septation of spire, GIUS 4−1463/Pan−80. B. Apical view of poorly preserved shell with septation of spire, GIUS 4−1440/Pan−57. C. Westerna subcostata (Schlotheim, 1820) comb. nov., apertural view of poorly preserved shell, GIUS 4−854/Pan−1, natural size. D. Murchisonia sp., axial section, GIUS 4−1444/Pan−61, × 2. E. Straparollus (Straparollus) serpens (Phillips, 1841), lateral view of shell, GIUS 4−877/Gr−9/2, × 3. F. Murchisonia (Murchisonia) nerinea (Sandberger and Sandberger, 1850–1856), fragment of spire, GIUS 4−999/Gr−131/4, × 4. G. Villmaria ventricosa Heidelberger, 2001, lateral view of shell(GIUS4−1010/Gr−142/1),×4.5. H, I. Roemeriella octocincta (Roemer,1843),lateralviewsofspires,SzczukowskieGórkiquarry. H.Coeloconoidalshell with change of ornamentation, GIUS 4−1203/SzG−8, × 2. I. Juvenile spire, GIUS 4−1204/SzG−10, × 4. J. Palaeozygopleura (Rhenozyga) sp. B, lateral view of shell, GIUS 4−906/Gr−38, × 4. K. Palaeozygopleura (Rhenozyga) sp. A, base of shell with ornamentation, GIUS 4−1005/Gr−137/1, × 7. L. Porcellia bifida (Sandberger and Sandberger, 1850–1856), lateral view of spire, GIUS 4−877/Gr−9/10, × 3. M. Lahnospira taeniata (Goldfuss, 1844), lateral view of juvenile shell, GIUS 4−1004/Gr−136/5, × 8. N. Naticopsis (Naticopsis) excentrica (Roemer, 1843), apertural view of shell with well preserved ornamentation, GIUS 4−902/Gr−34, × 3. O. Naticopsis (Naticopsis) inflata (Roemer, 1843), lateral view of spire, GIUS 4−876/Gr−8/1, × 3.5. P. Naticopsis (Naticopsis) protogaea (Goldfuss, 1844), apical view of poorly preserved shell, GIUS 4−900/Gr−32, × 3. A–D. Panek, set B2. E–G, J–P. Grabina, set C.
Fig. 3 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 3. Correlation of reference sections representing the Northern (Grabina), the Central (Panek), and the Southern (Kowala) Kielce Region with faunal composition, and lithology (after Kaźmierczak 1971; Szulczewski 1971; Coen−Aubert and Wrzołek 1991; Racki 1993b; Krawczyński 1998).
Fig. 2 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 2. Localization of described sequences including gastropod fauna against the background of a late Givetian to late Frasnian idealized stratigraphic−facies cross−section of the Holy Cross Mountains (after Racki 1993b) with gastropod appearance (A) and extinction (E) events (Krawczyński 1999).
Fig. 13 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 13. Distribution of translation (H/W) and of apertural shape (Ha/Wa) indexes of Orecopia kadzielniae (Gürich, 1896) comb. nov. from the early and middle Frasnian of the upper Sitkówka Beds.
Fig. 7 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 7. Euryzone kielcensis association of the Kadzielnia−type Assemblage from the Kadzielnia Member (middle Frasnian). A–C. Porcellia bifida (Sandberger and Sandberger, 1850–1856), Jaźwica, set J, × 4. A. Lateral view of shell, GIUS 4−1139/Jaź−34. B, C. Apertural and lateral view of shell, GIUS 4−1140/Jaź−35. D, E. Naticopsis (Naticopsis) inflata (Roemer, 1843), Kadzielnia, set A. D. Lateral view of shell with well preserved growth lines, ZPAL Ga−VI/30, × 2. E. Apertural view of shell with well preserved inductura, ZPAL Ga−VI/41, natural size. F. Roemeriella octocincta (Roemer, 1843), lateral view of shell, Jaźwica, set J, GIUS 4−1129/Jaź−24, × 3. G. Spanionema scalaroides (Whidborne, 1889), lateral view of shell with well preserved ornamentation, Kadzielnia, set A, GIUS 4−1193/Kad−1, × 2. H. Palaeozygopleura (Rhenozyga) cf. retrostriata (Kirchner, 1915), lateral view of spire with poorly preserved ornamentation, Jaźwica, set J, GIUS 4−1159/Jaź−54/1, × 4.5. I–L. Euryzone kielcensis (Gürich, 1896) comb. nov. I–K. Lateral views of shell with fragmentary preserved ornamentation, Kadzielnia, set A, GIUS 4−1478/Kad−3, neotype, natural size. L. Lateral view of juvenile shell, Jaźwica, set J, GIUS 4−1134/Jaź−29, × 5.
Fig. 8 in Frasnian gastropod synecology and bio-events in the Dyminy reef complex of the Holy Cross Mountains, Poland
Fig. 8. Kowalatrochus sanctacrucensis association from the early and middle Frasnian of the upper Sitkówka Beds. A–J. Kowalatrochus sanctacrucensis gen. et sp. nov. A. Apertural view of shell, holotype GIUS 4−1569/Ko−81, × 2. B, C, E–G, I. Apertural and lateral views of shell with well preserved ornamentation. B, C. ZPAL Ga−VI/59. E. GIUS 4−1217/Ko−4. F. GIUS 4−1223/Ko−10. G. GIUS 4−1219/Ko−6. I. ZPAL Ga−VI/58. B, C, E–G. Natural size. I. × 1.5. D, J. Shells with poorly preserved last whorl, Jaźwica, set I, natural size. D. GIUS 4−1127/Jaź−22. J. GIUS 4−1120/Jaź−15. H. Shell with poorly preserved ornamentation, Grabina, set A, GIUS 4−1019/Gr−151, × 1.7. K. Kowalatrochus cf. sanctacrucensis gen. et sp. nov., lateral views, Sitkówka−Kowala, set B, GIUS 4−1214/SKo−10, × 2. L, M. Westerna subcostata (Schlotheim, 1820) comb. nov., Sitkówka−Kowala, set B, GIUS 4−851/SKo−6, natural size. L. Apertural view with well preserved ornamentation. M. Lateral view with shown palatal folds on internal mould. N. Coelozone sp., lateral view with wide selenizone, GIUS 4−1237/Ko−24, × 5. O. Naticopsis (Naticopsis) inflata (Roemer, 1843), apertural view of juvenile shell, GIUS 4−1238/Ko−25, × 6. P. Naticopsis (Naticopsis) protogaea (Goldfuss, 1844), lateral view of poorly preserved shell, GIUS 4−1353/Ko−75, × 2. A–C, E–G, I, N–P. Kowala, set A2.
Fig.12. A–E in The Late Devonian Upper Kellwasser Event and entomozoacean ostracods in the Holy Cross Mountains, Poland
Fig.12. A–E. Franklinella (Franklinella) sigmoidale Müller−Steffen,1964. A.CarapaceZPALO.52/12inrightlateralview;sampleP−152. B.CarapaceZPAL O.52/1 in left lateral view; sample P−157. C. Left valve ZPALO.52/13 in lateral view; sample P−152. D. Right valve ZPALO.52/2 in lateral view; sample P−157. E.LeftvalveZPALO.52/78inobliqueventralview. F. Nehdentomis sp.CarapaceZPALO.52/22inleftlateralview;sampleP−166.Scalebars500µm.
Fig. 10 in The Late Devonian Upper Kellwasser Event and entomozoacean ostracods in the Holy Cross Mountains, Poland
Fig. 10. Entomozoacean species from the Upper Kellwasser Horizon (sample P–126, 126a). A1–A3. Entomoprimitia (Entomoprimitia) kayseri (Waldschmidt,1885).RightvalveZPALO.52/23inlateral,obliquedorsalandobliqueventralviews. B1, B2. Entomoprimitia (Entomoprimitia) sartenaeri Casier, 1975.RightvalveZPALO.52/29inlateralandobliquedorsalviews. C–E. Entomoprimitia (Entomoprimitia) splendens (Waldschmidt,1885).C.Leftvalve ZPALO.52/24 in lateral view. D. Right valve ZPALO.52/17 in lateral view. E. Left valve ZPALO.52/18 in oblique dorsal view. Scale bars 500 µm.
Fig. 7. A, B in The Late Devonian Upper Kellwasser Event and entomozoacean ostracods in the Holy Cross Mountains, Poland
Fig. 7. A, B. Entomoprimitia (Entomoprimitia) nitida (Roemer, 1850). A1–A3. Right valve ZPAL O.52/32 in lateral, oblique ventral and oblique dorsal views;sampleP−120. B1, B2.CarapaceZPALO.52/25inrightlateralandobliqueventralviews;sampleP−14. C, D. Rabienella? lagowiensis sp.nov. C1, C2. Rightvalve,holotypeZPALO.52/76inlateralandobliqueventralviews;sampleP−47. D1, D2.CarapaceZPALO.52/60inrightlateralandobliqueventral views;sampleP−a. E, F. Entomoprimitia (Entomoprimitia) sp.aff. E.(E.) wildungensis (Matern,1929). E.CarapaceZPALO.52/68inrightobliqueventral view; sample P−112. F1, F2. Right valve ZPALO.52/37 in lateral and oblique ventral views; sample P−120. Scale bars 500 µm.
Fig. 5 in The Late Devonian Upper Kellwasser Event and entomozoacean ostracods in the Holy Cross Mountains, Poland
Fig. 5. The main entomozoacean bio−events and relative frequency superimposed over the primary conceptual phases of mass extinctions, recoveries and sea−level fluctuations recognised by Kauffman and Erwin (1995), Kauffman and Harries (1996) and Johnson et al. (1985).
Figures 16–18 in A new species of the sharpshooter genus Hanshumba (Insecta: Hemiptera: Cicadellidae: Cicadellini) from the Mantiqueira mountain range, southeastern Brazil, associated with olive orchards
Figures 16–18. (16) relief map showing the position in the Mantiqueira mountain range (southeastern Brazil) of the type locality – Wenceslau Braz (star) – and the nearby São Bento do Sapucaí (circle), where material of Hanshumba mariae sp. nov. has also been collected. (17, 18) two views of the olive orchard at the type locality.
Figures 1–15 in A new species of the sharpshooter genus Hanshumba (Insecta: Hemiptera: Cicadellidae: Cicadellini) from the Mantiqueira mountain range, southeastern Brazil, associated with olive orchards
Figures 1–15. Hanshumba mariae sp. nov. (1) female, habitus, laterodorsal view (length 5.9 mm); (2–6) male terminalia: (2) pygofer, lateroventral view; (3) valve, subgenital plates, connective, styles, and distal rami of paraphyses, dorsal view (the stalk and proximal rami of the paraphyses are not visible); (4) paraphyses, dorsal view; (5) aedeagus and anal tube, lateral view; (6) aedeagus and anal tube, ventral view; (7–15) female terminalia: (7) distal portion of sternite VII, ventral view; (8) sternite VII and "internal" sternite VIII, anteroventral view; (9) pygofer (contour of posterior margin highlighted), also showing the gonangulum, valvifer II, gonoplac, and part of the anal tube, lateral view; (10) valvula I of ovipositor, lateral view; (11) apex of valvula I, lateral view; (12) valvulae II of ovipositor, lateral view; (13) teeth at basal portion, lateral view; (14) teeth at apical portion, lateral view; (15) apex of valvula II, lateral view. (Aa) aedeagal apex, (Ae) aedeagus, (At) anal tube, (Co) connective, (De) denticle, (Ds) dorsal sculptured area, (Gn) gonangulum, (Gp) gonoplac, (Pp) pygofer process, (Pr) paraphyses ramus, (Sp) subgenital plate, (St) style, (Sviii) "internal" sternite VIII, (Va) valve, (Vii) valvifer II, (Vs) ventral sculptured area.
Fig. 1 in Trophic network of aquatic macroinvertebrates along an altitudinal gradient in a Neotropical mountain river
Fig. 1. Static models of trophic networks at three sites in the Gaira River representing basal resources (red), intermediate consumer (orange) and top predators (yellow) and the interactions among them. SL, San Lorenzo, upper sector; LV, La Victoria, middle sector; PM, Puerto Mosquito, lower sector; D, dry season; R, rainy season.
Fig. 2 in Trophic network of aquatic macroinvertebrates along an altitudinal gradient in a Neotropical mountain river
Fig. 2. Representation of the standard deviation of vulnerability (SD-V) of the main food sources (FPOM, fine particulate organic matter; CPOM, coarse particulate organic matter; PT, plant tissue) calculated from the ratios recorded in the guts of the macroinvertebrates sampled in the elevational gradient of Gaira River during the dry and rainy seasons. Arrow thickness indicates the vulnerability importance.
Figure 4. Bayesian inference tree for 8103 in A new species of Orobdella (Hirudinida, Arhynchobdellida, Orobdellidae) from the Tsukuba Mountains in Japan
Figure 4. Bayesian inference tree for 8103 bp of nuclear 18S rRNA, 28S rRNA and H3, and mitochondrial COI, tRNACys, tRNAMet, 12S rRNA, tRNAVal, 16S rRNA, tRNALeu and ND1 markers. Numbers on nodes indicate bootstrap (BS) values for maximum likelihood ≥ 50 % and Bayesian posterior probabilities (PP) ≥ 0.90. An asterisk denotes the node with BS = 100 % and PP ≥ 1.0.
Figure 1 in A new species of Orobdella (Hirudinida, Arhynchobdellida, Orobdellidae) from the Tsukuba Mountains in Japan
Figure 1. Orobdella montipumila sp. nov., holotype, KUZ Z3913. (A) Dorsal view. (B) Ventral view. (C) Dorsal view of live animal. (D) Live animal found curled up under a stone at the type locality. Scale bars: 5 mm (same bar for A and B).
Figure 4 in Abrupt boundaries between mountain meadows and forests separate ground-dwelling invertebrate communities: a case study from South Tyrol, Italy
Figure 4. Abundance-based accumulation curves for ground-dwelling macro-invertebrates from montane meadows and mixed forests in South Tyrol, Italy. The data come from pitfall traps along a linear transect from extensively managed hay meadows ('MM' and 'M', squares) across an abrupt ecotone ('E', diamonds) towards mixed forest stands ('F' and 'FF', circles). The curves show from left to right: the sampling coverage, taxa and species richness (Hill number q = 0), Shannon (q = 1) and Simpson diversity (q = 2). Plot [A] shows the total faunal community data at the highest taxonomic resolution, plot [B] the Araneae data at species level.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
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OpenNeuro
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