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Showing results for tags 'Lutetian'.
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From the album: Lutetian Mollusks
© @ Alexandre Tuel
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From the album: Lutetian Mollusks
© @ Alexandre Tuel
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From the album: Lutetian Mollusks
© @ Alexandre Tuel
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From the album: Lutetian Mollusks
© @ Alexandre Tuel
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From the album: Lutetian Mollusks
© @ Alexandre Tuel
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The Short Life and Hot Times of The Giant Marine Gastropod Campanile Giganteum
Oxytropidoceras posted a topic in Fossil News
A delightful open access paper is: De Winter, N.J., Vellekoop, J., Clark, A.J., Stassen, P., Speijer, R.P. and Claeys, P., 2020. The giant marine gastropod Campanile giganteum (Lamarck, 1804) as a high‐resolution archive of seasonality in the Eocene greenhouse world. Geochemistry, Geophysics, Geosystems, 21(4), p.e2019GC008794. Researchgate PDF file More Publications of Dr. Niels de Winter Discovery and preparation of Campanile giganteum from Lutetian of Fleury-la-Rivière (France) Fossil Forum Yours, Paul H. -
Originally described by Schaal 2004 as Eopython fischeri, the snake was transferred to the newly created genus Eoconstrictor by Scanferla and Smith 2020. Taxonomy from Fossilworks.org Emended diagnosis from Scanferla & Smith 2020: "Medium-sized boid snakes, over 2 m in total length, differing from all other snakes in having the following combination of derived features: edentulous premaxilla with bifid vomerine processes; maxilla bearing four labial foramina and 15–18 maxillary teeth; palatine with five teeth and a long maxillary process; 11 pterygoid teeth; dentary with 18–19 teeth; sharp sagittal keel along the basioccipital; the vertebral column with up to 369 vertebrae, of which up to 72 are postcloacal vertebrae. References: Schaal, S. (2004) Palaeopython fischeri n. sp. (Serpentes: Boidae), eine Riesenschlange aus dem Eozän (MP 11) von Messel. Courier Forschungsinstitut Senckenberg, 252, 35–45. Smith, K.T. & Scanferla, A. (2016) Fossil snake preserving three trophic levels and evidence for an ontogenetic dietary shift. Palaeobiodiv. Palaeoenv. 96, 589–599. Scanferla, A. & Smith, K.T. (2020) "Exquisitely Preserved Fossil Snakes of Messel: Insight into the Evolution, Biogeography, Habitat Preferences and Sensory Ecology of Early Boas". Diversity. 12 (3): 100. doi:10.3390/d12030100
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I have been too busy to get out fossil hunting when I want but there are a few recent times I've been able to get out. I wanted to try and post a small trip report about them. On October 31 I had the opportunity to visit the W.M. Browning Cretaceous Fossil Park in Prentiss County, Mississippi. Most people from the area are probably familiar with this old site but I'm a new resident to this part of the South so I wanted to give it a try. It's Late Campanian Demopolis Formation. It was a little cold and rainy but warm enough for someone used to North Dakota. Apparently these large concretions erode out of a higher formation. First tooth I found wasn't even in the creek but on the bank where I set my sieves. A good sign. A little tributary carving through the bedrock made for relaxing sounds. A little mosasaur tooth. Washing and drying the teeth back home. "Junk" teeth I set aside to use for biology outreach programs. S Some more pics of the mosasaur tooth. A nice Hybodus cephalic clasper. A chunk of cartilage and some verts. A blunted Ischyrizha rostral spine. Keeper fossils. A couple Baculites asper pieces and some Cadulus sp. didn't get in close pictures. I'm always a sucker for lightning and cool color variations in teeth. Serratolamna serrata teeth were the second most common. Squalicorax kaupi Squalicorax pristodontus Hybodus sp. and Pseudohypolophus. Most were missing tips but the Enchodus were a good average size. Xiphactinus teeth were just tips. Some bigger Scapanorhynchys were also present. Baculites asper and Cadulus sp. Anomia argentia The small Gryphaeostrea vomer. Exogyra ponderosa and Pycnodonte convexa (not pictured) were also a common find. Aside from the common material there were some nice rarer specimens and stuff new to my collection. Overall it was a very good trip.
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My best trip for a while, thought you might like to see what I found on this beautiful morning some in situ shots some matrix I collected to look through at home ! my finds 1.inverts 2. ray (myliobatis mostly) bits 3. fish bits 4. Strange bit of scute? 5. turtle bone 6. myliobatis tail spine 7. my first pachygaleus lefevrei:) 8. my first very rare squatina prima (one of the rarest teeth at bracklesham) 9. first odontaspis winkleri 10. physogaleus secundus 11. rhizoprionodon ganntourensis 12. abdounia reticona 12. brachycarcharias lerichei 12. striatolamia macrota 14. hypotodus verticalis everything
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Taxonomy according to Marramà & Carnevale 2015. Diagnosis for the genus Bolcaichthys according to Marramà & Carnevale 2015: “Small- to medium-sized clupeid (largest specimen measuring 101.1 mm SL) with elongated and tapered body, sardine-like; † Bolcaichthys, gen. nov., is unique among clupeids in having the following combination of characters: head length approximately one third to one quarter SL; skull roof with 10–14 frontoparietal striae; mouth terminal; two supramaxillae, anterior small and rod-like, and posterior paddle-shaped; teeth absents in jaws and palate; complete series of abdominal keeled scutes (10–11 prepelvic and 10 or 11 postpelvic) with ascending arms; dorsal scutes absent; fewer branchiostegal rays (5 or 6), supraneurals (8), vertebrae (40–42), and pleural ribs (20–22) compared with other genera of clupeids; pleural ribs–preural vertebrae ratio ranging from 0.48 to 0.55; three epurals; deeply forked caudal fin with 19 principal caudal-fin rays; dorsal fin small, inserting at about mid-length of the body with 15 or 16 rays; about 15 or 16 anal-fin rays; about 14–18 pectoral-fin rays; pelvic-fin origin slightly in front of or behind the posterior end of the dorsal fin; eight pelvic-fin rays.” Line drawing of Bolcaichthys catopygopterus (Woodward, 1901) from Marramà and Carnevale, 2015: Identified by oilshale using Marramà & Carnevale, 2015. References: Agassiz, L. (1833–1844). Recherches sur les Poissons Fossiles. Petitpierre, Neuchâtel, 1420 pp. Woodward, A. S. (1901): Catalogue of Fossil Fishes in the British Museum (Natural History), 4: Containing the Actinopterygian Teleostomi of the Suborders Isospondyli (in part), Ostariophysi, Apodes, Percesoces, Hemibranchii, Acanthopterygii and Anacanthini. Taylor and Francis, London, 636 pp. Marramà, G. & Carnevale, G. (2015): The Eocene sardine †Bolcaichthys catopygopterus (Woodward, 1901) from Monte Bolca, Italy: osteology, taxonomy, and paleobiology, Journal of Vertebrate Paleontology. DOI: 10.1080/02724634.2015.1014490
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Taxonomy according Fossilworks.org. Diagnosis according to Blot 1978, p. 146: "Tête contenue un peu moins de six fois dans la longueur totale. Hauteur du corps contenue de quinze à dix-neuf fois dans la même longueur. Les deux branches de cleithra de longueurs équivalentes. Côtes ventrales présentes. Osselets intermusculaires bien développés. Caudale constituée par neuf rayons s'articulant sur les hypuraux. Coefficient de concentration de la nageoire dorsale: 2,50, celui de l'anale étant aux environs de 2,85." This translates: “Head contained a little less than six times in the total length. Height of the body contained from fifteen to nineteen times in the same length. Both cleithra branches of equivalent lengths. Ventral ribs present. Intermuscular bones well developed. Caudal constituted by nine rays articulating on the hypurals. Coefficient of concentration of the dorsal fin: 2.50, that of the anal being around 2.85.” Line drawing of Bolcyrus formosissimus from Blot 1978, p. 149. Identified by oilshale using Blot 1978. References: Blot, J. (1976) Les anguilliformes fossiles du Monte Bolca. 2e Congres Europeen des Ichtyologistes Europeens, Paris, 1976, Revue Trav. Inst. Pech. Marit., Nantes, 40 (3&4) 509-511, 1 tabl. Blot, J. (1978): Les apodes fossiles du Monte Bolca. Studi e Ricerche sui Giacimenti Terziari di Bolca 3:(1): 1-260, 120 fig, 21 tabl. 39pl. Blot, J. (1984): Les Apodes fossiles du Monte Bolca. 2. Actinopterygii : Ordre des Apodes (Anguilliformes): Famille des Paranguillidae Blot 1980. Museo civico di storia naturale di Verona, 1984, p. 62-238, 24 p. di tav. G. Carnevale, A. F. Bannikov, G. Marramá, J. C. Tyler, and R. Zorzin (2014): The Pesciara-Monte Postale Fossil-Lagerstätte: 2. Fishes and other vertebrates. Rendiconti della Società Paleontologica Italiana 4:37-63.
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ID requested: Eocene (Lutetian) shark teeth from Balegem - Oosterzele (Belgium)
giannisergente posted a topic in Fossil ID
Hello everybody, can you help me with these? #T1: Carcharias sp (?) or Striatolamia Macrota (?) #T2: Otodus Catticus (???) or maybe, Brachycarcharias Lerichei or Hypotodus verticalis (upper lateral) [On the box was written Otodus Catticus, but I don't know if it belongs to Balegem as specie...] #T3: Brachycarcharias Lerichei or Striatolamia Macrota (?) #T4: ??? I don't have any idea... Thanks in advance:) Gian
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Generally, the genus is assigned to the family Amphilemuridae, which according to some researchers is more closely related to today's hedgehogs (Erinaceidae). According to other studies, a closer relationship to the elephant shrews (family Macroscelididae) is also considered for the family. Taxonomy according to Fossilworks. Diagnosis for Pholidocercus hassiacus von Königswald & Storch 1983 (translated from German by oilshale): “A stout, ground-dwelling animal of a good 35 cm total length (head trunk just under 20 cm, tail a good 15 cm). In biological adaptation type, it is comparable to recent hair urchins (Echinosoricinae). Scaly dermal ossifications in the tail region; long bristly dorsal hair; probably possession of a horny plate over the forehead, the extension of which is indicated by deep vascular grooves on the skull roof; split terminal phalanges. I1/, C1/ and the persistent dP/1 relatively enlarged: C/1 premolariform; P/4 with dominant inflated protoconid, very small metaconid, and short broad talonid process; paraconulus and metaconulus of upper molars not connected by shelves to their respective outer styli, and paraconulus not connected to paraconid; lophid-shaped paraconid of lower molars reaches approximately lingual margin of teeth; hypoconulid of lower molars reaches approximately lingual margin of teeth; hypoconulid of lower molars located approximately median and somewhat prominent distally. See also emended family diagnosis.” Identified by von Königswald and Storch 1983 (this is one of the paratypes in their publication). In 1978, the Senckenberg Museum in Frankfurt organized a special exhibition "Fossils from the Messel Pit". The same fossil was in many exhibits that the museum had which included fossils borrowed from other amateur collectors. Reference: von Königswald, W. & Storch, G. 1983: Pholidocercus hassiacus, ein Amphilemuride aus dem Eozän der "Grube Messel" bei Darmstadt (Mammalia, Lipotyphla). Senckenbergiana Lethaea 64, pp. 447-495, 27 text-figs. Novacek, M. J., Bown, T. M. and Schankler. D. (1985). On the classification of early Tertiary Erinaceomorpha (Insectivora, Mammalia). American Museum Novitates 2813: pp. 1-22. Hooker, J. J. and Russell, D. E. (2012). Early Palaeogene Louisinidae (Macroscelidea, Mammalia), their relationships and north European diversity. Zoological Journal of the Linnean Society 164: pp. 856-936. von Königswald, W. & Storch, G. 1983: Pholidocercus hassiacus, ein Amphilemuride aus dem Eozän der "Grube Messel" bei Darmstadt (Mammalia, Lipotyphla). Senckenbergiana Lethaea 64, pp. 447-495, 27 text-figs. Novacek, M. J., Bown, T. M. and Schankler, D. (1985). On the classification of early Tertiary Erinaceomorpha (Insectivora, Mammalia). American Museum Novitates 2813: pp. 1-22. Hooker, J. J. and Russell, D. E. (2012). Early Palaeogene Louisinidae (Macroscelidea, Mammalia), their relationships and north European diversity. Zoological Journal of the Linnean Society 164: pp. 856-936.
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Hi guys hope everyone’s having a great Easter, if you celebrate it. A few days ago I got to go fossil hunting for the first time in monthswhile it wasn’t the most productive as the beds were covered by sand and not much erosion had taken place but I found enough in some micro matrix I bought home to warrant a trip report The geology of bracklesham bay To the left, the yellow is wittering fm. Some fossils can be found here but not many. The best area to hunt is the green earnley fm. Which produces the most abundant fossils, here is a photo of it when exposed the fossils to clay ratio averages out at about 3:1 in some beds! on this hunt, the area I focused on was the E5 palate bed, but I found a lot from the turitella bed and the nummulites bed to the right, is the marsh farm fm, this is good for finding fossil corals, such as this anyway, a good source of info is this great video on YouTube, where I got a lot of this info from for identification of fossils, I like to use this website http://dmap.co.uk/fossils/bracklesham/vert/brackvert.htm There are some great specimens to check out on there, but not all species at bracklesham bay are listed there we set out at 3 in the afternoon to be at the beach 2 hours before the 6:30 low tide, at bracklesham the best hunt is on the falling tide. It was a glorious day, not a cloud in the sky, when we got there, we even went in the sea! Not for long though, as we all would get frostbite. Soon the hunt began. here are some pics of the site and me not much was found in the first hour and a half, only a few small ray bars, the most common vertebrate find here, and this luck would sadly continue, it was a very poor day for hunting sadly, I was the only one on the beach that day out of 4 others that came out with anything other than shells, sad considering on a good day you can walk out with 50-100 vertebrate bits, at bracklesham you are at the mercy of nature I guess After an hour of little luck, I found something that made my day, a very rare bone, anything other than sharks and ray is very hard to come across here, in my time collecting here; I’ve seen 3 people walk off with an auriculatis but only 1 other with a complete bone like this, so I’m super happy it has been identified as trionyx marginatus. after half an hour more of not finding anything, I went to collecting matrix as I wasn’t finding much. I have run out of time to post now so I will put the rest of my finds up later today
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Hi everyone! Today is received a bunch of unidentified fossil shark teeth found in a now closed sand quarry in Lede Sand, Lede Formation, Balegem, Oosterzele, Belgium (Eocene, Lutetian, 44 mya). I was hoping some of you might help me out with confirming the ID's of the teeth. I have some idea's what the ID might be, but I am not entirely sure about most. Tooth 1 & 2: Definiatly Sandtiger teeth with fine stiations on the crown. That makes me believe that these are probably Striatolamia macrota Tooth 3: Same goes for this one, I also believe this might be Striatolamia macrota Tooth 4: My favorite tooth of the bunch, I am doubting between Brachycarcharias lerichei or Hypotodus verticalis (Upper lateral) Tooth 5: No stiations and a worn cusp 3 mm away fro the base of the crown Hypotodus verticalis? (Upper anterior) Tooth 6: Hypotodus verticalis? (Lower anterior) Tooth 7: Either Hypotodus verticalis or Jaekelotodus robustus Teeth 8 - 11: Brachycarcharias lerichei? Tooth 12: Not sure about this one, maybe Macrorhizodus nolfi anterior tooth or Parotodus sp.? Tooth 13: Looks closest to Xiphodolamia ensis Tooth 14: A tooth with cusps and striations Striatolamia macrota? Tooth 15: small cusps and striated Striatolamia macrota? Tooth 16: I have not really a clue which one this could be. Tooth 17: either Odontaspis winkleri or Brachycarcharias lerichei Tooth 18: Physogaleus secundus Tooth 19: Physogaleus secundus Tooth 20: Physogaleus secundus Tooth 21: Physogaleus secundus Tooth 22: Not sure about this one either. Could it be Jaekelotodus sp. or Paratodus sp.? Tooth 23: Striatolamnia? Tooth 24: Striatolamnia macrota Tooth 25: No sure either it has a weird root and no cusps, maybe Macrorhizodus praecursor? Tooth 26: Brachycarcharias lerichei Tooth 27: Sand Tiger, but which? Tooth 28: Odontaspis winkleri or Carcharias sp. or Hypotodus verticalis? Tooth 29: Brachycarcharias lerichei Tooth 30: Brachycarcharias lerichei Tooth 31: Brachycarcharias lerichei That were all of them, I hope I wasn't too far off with some. I look forward to reading your imput. Thank you in advance!
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Hi guys, found this a while ago, I assume it is modern as it seems to be too soft to be mineralised but thought it was pretty cool anyway, found in bracklesham bay, it’s definitely some sort of cephalopod jaw so cuttlefish may be the only option
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ID requested: Eocene micro shark tooth from Oosterzele (Belgium)
ziggycardon posted a topic in Fossil ID
Hi everyone! A couple of weeks ago I aqcuired some microfossil samples, one of which was a sample from the Lede Zand, Lede Formation, Oosterzele, Belgium (Eocene, Lutetian, 44 mya). The sample is very rich in Foraminifera & shell fragments, but I also managed to find a tiny shark tooth. While I already searched at belgiansharkteeth.be I can't seem to find a match, perhaps due to it being so small. So I was wondering if anyone here might be able to help me out, I would be very gratefull. Thank you in advance!.thumb.jpg.c822a1b609beda096d066fe3ca36dc9b.jpg)
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Hi guys i haven’t really seen a topic where people shared associated dentitions, if they have that would be cool to know this can be any sort of animal and any amount of association ( ie im not talking about a whole shark)! Here is my first contribution have fun!
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Hi guys these teeth are from an old, closed location I’m be in France and I couldn’t find any description of the fauna, they are lutetian, so I have based my ids of some English localities I’m more familiar with 1. I think some type of parotodus? 2.galeocerdo latidens? 3. isurolamna inflata or brachycarcharias lerichei?
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Hi all. I need help with this shark tooth. It comes from an European Lutetian. After doing some research, I have found the genus Macrorhizodus as a possible candidate, but my knowledge of these critters is very limited. Can someone help me? Thanks in advance
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Back to my favorite Lutetian. In situ. At home. Scleractinia indet. Agathiphyllia gregaria (Catullo, 1852)
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- lutetian
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Hi guys I have 2 teeth that I can’t id, Im posting 1now and the other later, this one is lutetian, Selsey sand fm. Unit L4/5 Bracklesham group, from lee on solent
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- big brook
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Hi guys found this earlier today and it isn’t the usual striatolamia or other sand tiger teeth, it reminds me of physolageus segundus or maybe abdounia beaugei from the ypresian London clay , however I’m not sure if those species were around in the lutetian, any help would be greatly appreciated thanks also sorry for lack of scale I’m away from home and don’t have a ruler it’s about 3/4cm slang height
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References: SECRETAN S (1975) Les crustacés de Monte Bolca. Studi e Ricerche sui Giacimenti Terziari di Bolca 2. Museo Civico di Storia Naturale di Verona: 315-388.
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