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25 September 2024

  • 17:1217:12, 25 September 2024 diff hist +882 N File:Stuorella zapfei.jpg {{Information |Description=Stuorella zapfei sp. nov. a Paratype, Rötelwand (Gaissau), NHMW 2021/0122/0008. b Holotype, Rötelwand (Gaissau) SNSB-BSPG 2009 IV 45a, arrows in b3 point to the presumed position of the selenizone |Source=A. Nützel, M. Nose, M. Hautmann & R. Hochleitner: ''[https://link.springer.com/article/10.1007/s12542-022-00631-9 Latest Triassic (Sevatian–Rhaetian) reef carbonates from the Northern Calcareous Alps (Austria), their mollusc dwellers, and their fate at the end‑Tria...

6 September 2024

  • 03:5803:58, 6 September 2024 diff hist +1,211 N File:Pikermi fossil sites.png {{Information |Description=Geological map of the Pikermi area (Mesogea Basin, Attica, Greece) modified after ref. 31. Sampling points (black stars). PV3 –Pikermi valley 3 (new excavation of Theodorou 2010 = old excavation of Gaudry 1855–1860, Woodward and Skoufos 1901, Abel 1911–1912), PV1 –Pikermi valley 1 (new excavation of Theodorou 2009), Chomateri (old excavations of Symeonidis & Bachmayer 1972–1980). Blue lines represent measured sections along the Megalo Rema rivulet. |Source= Böhme M,...

3 September 2024

  • 18:4018:40, 3 September 2024 diff hist +1,015 N File:Fossil-Lagerstätte Kohfidisch 1d.jpg {{Information |Description=The fossil locality Kohfidisch in Burgenland, Austria: Detailed sketch (Bachmayer and Zapfe 1969) of the outcrop situation showing the main fossil places of the Kohfidisch locality: the cave (Ko-I) and the fissures (Ko-II, Ko-III, Ko-IIIo, Ko-IIIu and Ko-IV). The localization of the outcrop places Ko-Cm, Ko-V and Ko-VI is unknown, it was not marked on the sketch of Bachmayer and Zapfe (1969) |Source=Gudrun Daxner‑Höck, Viola Winkler & Daniela C. Kalthoff: ''[https:/...
  • 18:2918:29, 3 September 2024 diff hist +847 N File:Fossil-Lagerstätte Kohfidisch 1b.jpg {{Information |Description=The fossil locality Kohfidisch in Burgenland, Austria: Sieving and sorting of washed fossil remains at the entrance of the „Kohfidisch cave“ by F. Bachmayer, H. Zapfe from the Natural History Museum Vienna, and S. Wölfer. |Source=Gudrun Daxner‑Höck, Viola Winkler & Daniela C. Kalthoff: ''[https://link.springer.com/article/10.1007/s12549-024-00616-3 The porcupine Hystrix parvae (Kretzoi, 1951) from the Late Miocene (Turolian, MN11) of Kohfidisch in Austria.]'' In: ''...

21 August 2024

  • 17:1917:19, 21 August 2024 diff hist +1,499 N File:Mockina zapfei.png {{Information |Description=SEM images of Mockina zapfei (Kozur, 1973) from the Nanshuba Formation (Sevatian) of the Madoupo section in Baoshan, western Yunnan, China and its ontogenetic series. (A–T) Ontogenetic series; A, B, early juvenile species, catalog numbers are MDP8_1802 and MDP8-1901, respectively; C–E, F–H, late juvenile specimens, catalog numbers are MDP8-019 and MDP8_i108, respectively; I–K, early adult species, MDP8-902; L–N, adult species, MDP8_i035; O–Q, R–T, late adult species...

22 April 2024

16 April 2024

9 April 2024

  • 18:3118:31, 9 April 2024 diff hist +775 N File:Barbatodon transylvanicus incisors.png {{Information |Description=Fig 5. Isolated incisors of Barbatodon transylvanicus from Pui. I2 (UBB P-Mt 4–1), I3 (UBB P-Mt 4–2), and partial i1 (UBB P-Mt 4–3) show that the enamel is not extended on all the length and that only a part of the enamel is red |Source=T. Smith & V. Codrea: [https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0132550 Red Iron-Pigmented Tooth Enamel in a Multituberculate Mammal from the Late Cretaceous Transylvanian “Haţeg Island”.] In: PLoS ONE, Vol....

6 April 2024

  • 04:1404:14, 6 April 2024 diff hist +927 N File:Barbatodon transylvanicus tooth rows.png {{Information |Description=Fig 4. Close-up on tooth rows of Barbatodon transylvanicus. (A) Left dentary with p4-m2 and (B) left maxillary with P1-M2 in occlusal views and covered with ammonium chloride. (C) left maxillary with P1-M2 in occlusal view; (D) Premaxillary with in I2-3 in lateral view; (E) anterior part of right maxillary with P1-2 and (F) right dentary with p4-m2 in lingual view in natural colour. |Source=T. Smith & V. Codrea: [https://journals.plos.org/plosone/article?id=10.1371/...

26 March 2024

  • 17:5117:51, 26 March 2024 diff hist +791 N File:Excastra albopilosa.jpg {{Information |Description=Figure 3. Holotype of Excastra albopilosa Tweed, Ashman & Ślipiński, gen et. sp. nov. as it was found; resting on a Lomandra leaf in Binna Burra Lodge campground. A: dorsal. B: lateral. |Source=James M.H. Tweed, Lauren G. Ashman und Adam Ślipiński: ''[https://www.taxonomyaustralia.org.au/ajt/papers/4wzohfwhh4 Excastra albopilosa, a remarkable new genus and species of Lamiinae (Insecta: Coleoptera: Cerambycidae) from southeastern Queensland, Australia.]'' In: ''Austr...

11 December 2023

  • 18:2118:21, 11 December 2023 diff hist +1,071 N File:Xenorophus sloanii - asymmetry.png {{Information |Description=Figure 76. Summary of cranial, mandibular, and vertebral asymmetry in Xenorophus sloanii specimen CCNHM 168. (A) Anteroposterior offset in the last postcanine tooth. (B) Deviation of rostrum to left of midline. (C) Counterclockwise rotation of sagittal crest. (D–E) Wedge-shape of atlas vertebra. (F,G) Asymmetry of parapophyses of C6. (H–J) Deflection of neural spines of lumbar vertebrae to left. |Source=R. W. Boessenecker & J. H. Geisler: ''[https://www.mdpi.com/142...

7 December 2023

  • 19:1219:12, 7 December 2023 diff hist +753 N File:Xenorophus sloanii - skull in ventral view.png {{Information |Description=Figure 38: Basicranial morphology of Xenorophus sloanii (CCNHM 168) in ventral view. |Source=R. W. Boessenecker & J. H. Geisler: ''[https://www.mdpi.com/1424-2818/15/11/1154 New Skeletons of the Ancient Dolphin Xenorophus sloanii and Xenorophus simplicidens sp. nov. (Mammalia, Cetacea) from the Oligocene of South Carolina and the Ontogeny, Functional Anatomy, Asymmetry, Pathology, and Evolution of the Earliest Odontoceti.]'' In: ''Diversity'', Band 15, Nummer 11, 20...

26 November 2023

  • 22:0022:00, 26 November 2023 diff hist +1,174 N File:Xenorophidae from Chandler Bridge and Ashley Formations.png {{Information |Description=Figure 1. Geographic and geologic context of Xenorophus fossils from South Carolina. (A) Map of South Carolina. (B) Simplified geologic map of Oligocene rocks within the Charleston Embayment. (C) Stratigraphic column of the Ashley and Chandler Bridge formations of South Carolina, showing stratigraphic position of age determinations (stars) and silhouettes of the xenorophid assemblage known from each stratum. Modified from Boessenecker et al. ([73]: Figure 1). |So...

11 November 2023

  • 20:1220:12, 11 November 2023 diff hist +1,000 N File:Caiuajara and Gueragama.jpg {{Information |Description=Life reconstruction of Gueragama sulamericana in its palaeohabitat. As the extant agamid Uromastyx in Africa, G. sulamericana also inhabited a desert environment. The new species was found in an ancient oasis along with pterosaurs of the species Caiuajara dobruskii. Reconstruction created by J. Csotonyi |Source=T. R. Simões, E. Wilner, M. W. Caldwell, L. C. Weinschütz & A. W. A. Kellner: ''[https://www.nature.com/articles/ncomms9149 A stem acrodontan lizard in the C...

27 August 2023

  • 12:5312:53, 27 August 2023 diff hist +683 N File:Lithostrotion decipiens Rodríguez et al 2022 Fig5 3.jpg {{Information |Description=Lithostrotion decipiens McCoy, 1849: specimen IDM2/9-32, transverse section (width of picture c. 2,5cm) |Source=Sergio Rodríguez, Ismail Said, Ian D. Somerville, Pedro Cózar & Ismael Coronado: ''[https://link.springer.com/10.1007/s12542-021-00586-3 Coral assemblages of the Serpukhovian–Bashkirian transition from Adarouch (Morocco).]'' In: ''Paläontologische Zeitschrift'', 2022. |Date=2022-02-16 |Author=Sergio Rodríguez, Ismail Said, Ian D. Somerville, Pedro Cózar &...

25 September 2022

9 July 2022

  • 05:1805:18, 9 July 2022 diff hist +651 N File:Youngolepis praecursor Fig1.jpg {{Information |Description=Youngolepis praecursor, specimen IVPP V28375 in dorsal view. a Photograph and b virtual rendering |Source=Xindong Cui, Matt Friedman, Tuo Qiao, Yilun Yu & Min Zhu: ''[https://www.nature.com/articles/s41467-022-30091-3 The rapid evolution of lungfish durophagy.]'' In: ''Nature Communications'', Vol 13, Article number: 2390 (2022) |Date=2022-05-02 |Author=Xindong Cui, Matt Friedman, Tuo Qiao, Yilun Yu & Min Zhu |Permission=Open access article specified as CC BY 4.0 |o...

1 July 2022

15 June 2022

9 June 2022

8 June 2022

7 March 2022

7 October 2021

12 September 2021

  • 07:0507:05, 12 September 2021 diff hist +2,143 N File:Titanokorys gainesi holotype ROMIP 65415.jpg {{Information |Description=Figure 3: Assemblage of Titanokorys gainesi gen. et sp. nov., holotype ROMIP 65415. (a) Overview of slab, with boxed regions indicating close-ups in other panels, note associated agnostids (Peronopsis cf. columbiensis) possibly feeding on the remains or encrusting biofilms. (b,c) original obliquely preserved H-element, with arrows showing the direction of deformation and dashes indicating sagittal axis of symmetry (b) and hypothetical undeformed version (c) using...
  • 06:3806:38, 12 September 2021 diff hist +951 N File:Titanokorys gainesi paratype ROMIP 65168.jpg {{Information |Description=Figure 1a,b: H-element of Titanokorys gainesi gen. et sp. nov., paratype ROMIP 65168: (a) Part; (b) counterpart. Ap: anterolateral processes; Bp: bilobate axial posterior region; He: H-element; Lp: posterolateral processes; Mn: medial notch; On: ocular notch; Ri: ridges associated with a reticulated pattern; Sa: sagittal spine. Scale bars: 20 mm. |Source=J.-B. Caron & J. Moysiuk: ''[https://royalsocietypublishing.org/doi/10.1098/rsos.210664#d1e1128 A giant nektob...

29 August 2021

  • 03:2303:23, 29 August 2021 diff hist +617 N File:Vicetia hantkeni MNHN F J05250 Lectotype.jpg {{Information |Description=Vicetia hantkeni (LEFÈVRE, 1878) Lectotype MNHN.F.J05250 ORIGIN: Country label: Italie State/Province: Vicentin County: Monte Postale Municipality: Vicenza Collector's name: Munier-Chalmas, Charles-Philippe-Ernest |Source=https://science.mnhn.fr/institution/mnhn/collection/f/item/j05250 |Date=2017 |Author=MNHN, Paris, Project:RECOLNAT (ANR-11-INBS-0004) - Peter MASSICARD |Permission={{cc-by-4.0}} |other_versions= }} Category:Vicetia (genus) [[Category:Gast...

13 August 2021

  • 19:1519:15, 13 August 2021 diff hist +728 N File:Vicetia Lineage.jpg {{Information |Description=Figure 4a: Lineages of cowries from the Eocene of western Europe: Four successive species of Vicetia show increase in size and armouring. |Source=S. Dominici, M. Fornasiero & L. Giusberti: ''[https://www.nature.com/articles/s41598-020-78940-9 The largest known cowrie and the iterative evolution of giant cypraeid gastropods.]'' In: ''Nature - Scientific Reports'', Vol 10, 2020, Article number: 21893. |Date=2020-12-14 |Author=Stefano Dominici, Mariagabriella Fornasier...
  • 19:0019:00, 13 August 2021 diff hist +26 m Category:Vicetia (genus) added Category:Gisortiinae Tag: HotCat
  • 18:5718:57, 13 August 2021 diff hist +309 N Category:Vicetia (genus) ←Created page with '{{Taxonavigation| classification=Bouchet&Rocroi2005| include=Gastropoda| Subclassis|Orthogastropoda| Superordo|Caenogastropoda| Ordo|Sorbeoconcha| Subordo|Hypsogastropoda| Infraordo|Littorinimorpha| Superfamilia|Cypraeoidea| Familia|Cypraeidae| Subfamilia|Gisortiinae| Genus|Vicetia| authority=Fabiani, 1905}}'
  • 18:4818:48, 13 August 2021 diff hist +735 N File:Vicetia bizzottoi.jpg {{Information |Description=Figure 2: Shell of Vicetia bizzottoi sp. nov. (Holotype MGP-PD 32314). (a) Posterior view, (b) ventral view, (c) dorsal view, (d) anterior view. |Source=S. Dominici, M. Fornasiero & L. Giusberti: ''[https://www.nature.com/articles/s41598-020-78940-9 The largest known cowrie and the iterative evolution of giant cypraeid gastropods.]'' In: ''Nature - Scientific Reports'', Vol 10, 2020, Article number: 21893. |Date=2020-12-14 |Author=Stefano Dominici, Mariagabriella Fo...

7 July 2021

  • 18:5318:53, 7 July 2021 diff hist +1,162 N File:Feeding stage and attached Prometheus larva of Symbion pandora.jpg {{Information |Description=Fig 1A, B: The feeding stage, attached Prometheus larva and dwarf male of Symbion pandora. Light micrographs. A: Feeding stage with attached Prometheus larva (apl). The closed buccal funnel (bf) is facing upwards. B: Close up of the attached Prometheus larva. Note the two dwarf males (dm<sub>1–2</sub>) inside the larval body. The rectangle outlines the region of interface between the cuticle of the attached Prometheus larva and that of the feeding stage. Abbreviatio...
  • 18:4518:45, 7 July 2021 diff hist +1,028 N File:Dwarf male of Symbion pandora.jpg {{Information |Description=Fig 1C, D: Dwarf male of Symbion pandora; scanning electron micrographs. Anterior faces left. C: Dwarf male, lateral view. The frontal ciliated field (fc) extends dorsally, covering the antero-dorsal region of the body. D: Dwarf male, ventral view. The ventral ciliated field (vc) spans from the most anterior body region until the penial organ (pe). Abbreviations: cu<sub>m</sub> cuticle of the dwarf male, ls lateral sensory organ (sensilla). |Source=R. C. Neves & H....

26 June 2021

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