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Fig. 4 in SimoniteUthiS, a new vampyromorph coleoid with prey in its arms from the Early Jurassic of Luxembourg

Fig. 4 Comparative gladius morphology of selected octobrachiate coleoids. A Topology of the cluster analysis based on gladius outlines; B 3-reconstructions of the same gladiuses systematically sorted (after Fuchs, 2020). Where known arm configurations are indicated. Note the gladius outline of Vampyrofugies (based on Rowe et al., 2023) is approximated

Fig. 5 Cenoceras rumelangense n in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 5 Cenoceras rumelangense n.sp., holoytpe (specimen MNHNL BM790),'Marnes sableuses d'Audun-le-Tiche', Humphriesianum Zone, Berenskaul, Rumelange, Luxembourg

Fig. 8 Cenoceras rumelangense n in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 8 Cenoceras rumelangense n.sp., paratype, largest measured specimen (specimen MNHNL BM791),'Marnes sableuses d'Audun-le-Tiche', Humphriesianum Zone, Berenskaul, Rumelange, Luxembourg

Fig. 3 in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 3 Stratigraphic position (marked by a black arrow) and geographic location of the type locality (marked by a red circle) nearby Rumelange. Map of Southwest Luxembourg and stratigraphic log: Service géologique du Luxembourg (www.geology.lu)

Fig. 1 in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 1 PCA biplot for absolute morphometric descriptor values (scaling 1). Clustering results are overlaid and represented by grey lines. Colour/shapes represent a priori grouping to species level

Fig. 2 in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 2 PCA biplot for ratios of morphometric descriptor values (scaling 1). Clustering results are overlaid and represented by grey lines. Colour/shapes represent a priori grouping to species level

Fig. 9 Cenoceras rumelangense n in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 9 Cenoceras rumelangense n.sp., paratype (specimen SMNS 62245), Ostreenkalk Formation, Humphriesianum Zone, Gruibingen, Southwest Germany

Fig. 6 Cenoceras rumelangense n in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 6 Cenoceras rumelangense n.sp., paratype (specimen MNHNL BM383),'Marnes sableuses d'Audun-le-Tiche', Humphriesianum Zone, Rumelange, Luxembourg

Fig. 7 Cenoceras rumelangense n in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 7 Cenoceras rumelangense n.sp., paratype, inner whorl of a bigger specimen (specimen MNHNL BM783),'Marnes sableuses d'Audun-le-Tiche', Humphriesianum Zone, Berenskaul, Rumelange, Luxembourg

Fig. 4 in A new giant nautilid species from the Middle Jurassic of Luxembourg and Southwest Germany

Fig. 4 'Nautilus intermedius Sowerby', from the d'Orbigny collection (specimen MNHN-F-A02204); Toarcian of Avallon (photo: courtesy of Muséum national d'histoire naturelle, Paris)

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Dataset: Codere Online Luxembourg, S.A. (CDRO) Stock Performance

This dataset provides historical stock market performance data for specific companies. It enables users to analyze and understand the past trends and fluctuations in stock prices over time. This information can be utilized for various purposes such as investment analysis, financial research, and market trend forecasting.

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Dataset: Codere Online Luxembourg, S.A. (CDROW) Stock Performance

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FIGURE 6 in A fragmentary leptonectid ichthyosaurian from the lower Pliensbachian of Luxembourg

FIGURE 6. Diagnostic dental features of Early Jurassic ichthyosaurians with small and elongated tooth crowns. The distribution of concave ring at the level of the acellular cementum ring, which we term here "annulus" (indicated by orange arrows) appears restricted to leptonectids but are not fully expressed in all the teeth of an individual. (A) OUM J10305. (B) BRSMG Ce9856. (C) NHMUK R PV14370. (D) drawing extracted from Fraas (1892). (E) MNHNL LM226. (F) MNHNL TU112. (F) SMNS 81965. (H) MNHNL TV178.

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FIGURE 5 in A fragmentary leptonectid ichthyosaurian from the lower Pliensbachian of Luxembourg

FIGURE 5. Location and anatomy of selected remains of the leptonectid ichthyosaurian MNHNL LM226. (A) silhouette with the location of selected remains; the total size of the animal is difficult to assess. (B) photograph and interpretation of the rostrum in?anterior view. (C, D) rostrum in lateral views. (E) Detail of a tooth, magnified three times with respect to the other elements, showing the elongated crown and the near absence of striations on the root and acellular cementum ring. (F–H) fragmentary dorsal centrum in (F) medial, (G) lateroventral, (H) ventral views. (I) large rib fragment in internal view. (J) proximal cross-section of a rib, showing the 8-shaped cross-section. (K) cross-section of a rib, showing the 8-shaped cross-section. (L) distal cross-section of a rib showing the loss of one of the anterior/posterior grooves.

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FIGURE 2 in A fragmentary leptonectid ichthyosaurian from the lower Pliensbachian of Luxembourg

FIGURE 2. Photograph of the Cloche d'Or locality taken on 17 June 2021 during the main excavation activities. Most of the bone fragments (MNHNL LM226) were found in the exposed layer between the two arrows.

Fig. 18 in Earliest Jurassic patellogastropod, vetigastropod, and neritimorph gastropods from Luxembourg with considerations on the Triassic-Jurassic faunal turnover

Fig. 18. Hettangian to earliest Sinemurian palaeogeographical distribution of the species described here in the western European epicontinental seas. Occurrences corresponding to the synonymies listed in the systematic part are in bold. Occurrences from sources lacking an illustration of the species concerned are in italics.

Fig. 15. Trochotomid gastropod Trochotoma vetusta Terquem, 1855 in Earliest Jurassic patellogastropod, vetigastropod, and neritimorph gastropods from Luxembourg with considerations on the Triassic-Jurassic faunal turnover

Fig. 15. Trochotomid gastropod Trochotoma vetusta Terquem, 1855 from Brouch (Mersch, Grand−Duchy of Luxembourg), Late Hettangian (Schlotheimia angulata Zone, Schlotheimia complanata Subzone), Early Jurassic. A. MNHNL BR704, dorsal (A1), apical (A2), lateral (A3), and apertural (A4) views. B. MNHNL BR754, dorsal (B1), apical (B2), subapertural (B3) views, and detail of the exhalant hole and of the shell seam (B4). C. – MNHNL BR710, apical (C1), dorsal (C2), basal (C3), and apertural (C4) views. D. MNHNL BR361, apertural (D1), basal (D2), dorsal (D3), apical (D4), and lateral (D5) views. E. MNHNL BR705, dorsal (E1) and apical (E2) views, and detail of the exhalant hole and of the shell seam (E3). The arrow indicates the position of the selenizone.

Fig. 13 in Earliest Jurassic patellogastropod, vetigastropod, and neritimorph gastropods from Luxembourg with considerations on the Triassic-Jurassic faunal turnover

Fig. 13. Ptychomphalid gastropod Ptychomphalus caepa (Eudes−Deslongchamps, 1849) from Brouch (Mersch, Grand−Duchy of Luxembourg), Late Hettangian (Schlotheimia angulata Zone, Schlotheimia complanata Subzone), Early Jurassic. A. MNHNL BR213−1, apertural (A1), lateral (A2), dorsal (A3), basal (A4), and apical (A5) views. B. MNHNL BR810−1, apertural (B1), basal (B2), apical (B3), and dorsal (B4) views. C. MNHNL BR826−1, dorsal view. D. MNHNL BR213−2, dorsal (D1), apical (D2), basal (D3), and apertural (D4) views.

Fig. 11 in Earliest Jurassic patellogastropod, vetigastropod, and neritimorph gastropods from Luxembourg with considerations on the Triassic-Jurassic faunal turnover

Fig. 11. Pleurotomariid gastropods from Hettangian–Early Sinemurian, Early Jurassic of Grand−Duchy of Luxembourg. A. Pleurotomaria hennocquii Terquem, 1855, MNHNL BR881, dorsal (A1), lateral (A2), apical (A3) views, and detail of the ornament (A4), Brouch (Mersch, Grand−Duchy of Luxembourg), Late Hettangian (Schlotheimia angulata Zone, Schlotheimia complanata Subzone). B, C. Pleurotomaria cognata Chapuis and Dewalque, 1853. B – MNHNL HE197−1, apertural (B1), basal (B2), and dorsal (B3) views. C – MNHNL HE197−2, dorsal (C1) and basal (C3) views, Burmerange, exact stratigraphical level uncertain. D. Pleurotomaria sp., MNHNL GL344, dorsal (D1), apertural (D2), and basal (D3) views, Burmerange, exact stratigraphical level uncertain.

Fig. 10 in Earliest Jurassic patellogastropod, vetigastropod, and neritimorph gastropods from Luxembourg with considerations on the Triassic-Jurassic faunal turnover

Fig. 10. Pleurotomariid gastropods from Brouch (Mersch, Grand−Duchy of Luxembourg), Late Hettangian (Schlotheimia angulata Zone, Schlotheimia complanata Subzone), Early Jurassic. A–D. Pleurotomaria hettangiensis Terquem, 1855. A. MNHNL BR294, dorsal (A1), basal (A2), and apertural (A3) views. B. MNHNL BR676, lateral (B1) and dorsal (B2) views. C. MNHNL BR375−1, dorsal (C1) and apertural (C2) views. D. MNHNL BR443, detail of the ornament (D1), dorsal (D2), and basal (D3) views. E. Pleurotomaria cf. hettangiensis Terquem, 1855, MNHNL BR432−2, dorsal (E1), basal (E2), and apertural (E3) views.