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  1. Ever since seeing @sharko69's Monster Texas Cretodus, I've dreamed of owning a very large Cretodus tooth. Well, now I have one, and at 6 3/8" on the slant, I believe it to be world-record sized. (I sculpted this using epoxy putty and colored it with acrylic paint.) The top row below is the tooth prior to painting. Here's an in situ shot.
  2. I've often wondered what some of the fossil shark teeth in my collection would look like if they didn't have root damage, missing cusplets, etc. Many of these imperfect fossils are somewhat rarer and/or otherwise favorites of mine, so I've been hesitant to permanently alter them through restoration. Recently, I decided to go ahead and restore several of these teeth--but wanted to do so in a way that wouldn't be permanent. The technique I've adopted is to first paint the broken surfaces of the teeth that I want to restore with a couple of coats of liquid latex. Once the latex is dry, I then shape and build restored roots, cusplets, etc. out of epoxy putty on top of the intervening latex layer. The putty sticks well to the latex and can be shaped to match the tooth without directly touching or bonding with the fossil. In most cases, when the putty is dry, the restored pieces have been easy to detach with a simple tug, as the putty doesn't permanently bond to the latex (the latex layer itself is also then easily removable/peelable from the fossil). In a couple of cases, I have unfortunately caused a bit of damage to teeth in the process of removing the restored pieces. Once, because I inadvertently pushed the putty into an indentation in the root of the tooth and as a result it couldn't be cleanly pulled off/out. Another time, the tooth I was working on was more fragile than I realized and the force of pulling the putty off caused a fracture. Luckily, the damage wasn't too extensive in either case, and I've (hopefully) learned to be more careful. I had never attempted to restore teeth before but I found some very some helpful tips for doing so on TFF here and here. A few additional notes on materials and methods: The "white" (it's definitely more of a gray) epoxy putty I've been using is Apoxie Sculpt, which I ordered from an art supply store. I ordered the liquid latex online as well. For root surface texture, I've also used the liquid latex to create several small surface molds from different fossil teeth, which can be pressed into the epoxy putty before it hardens (as recommended in one of the TFF posts linked to above). I use an X-Acto knife for texture and shaping as well. I use fine sandpaper of varying grits, from 400 to 2000, to smooth the "enamel" portions of the restorations. I use acrylic paint for the colors--sienna, umber, tan, black, white, red, blue, yellow--and finish things off with a clear matte or clear gloss acrylic glaze to improve durability (the gloss glaze is for "enamel"). I use small amounts of non-permanent Museum Wax (ordered online) to attach the final restored pieces to the original fossils. Below are several of the results (the original teeth and the detached restored parts are on the left and the final teeth with their restored parts "attached" are on the right of these images). Otodus obliquus tooth from the Eocene of the Isle of Sheppey, Kent, UK -- restorations to the root and a missing cusplet: Cretodus sp. tooth from the Cretaceous of Texas, USA -- restoration to the cusp (I did a better job of color matching on the lingual than the labial side of this one): Cretodus sp. tooth from the Cretaceous of Texas, USA -- restoration to the root and a missing cusplet: Dwardius siversonii tooth from the Cretaceous of Stary Oskol, Russia -- restoration to the root: Otodus aksuaticus tooth from the Eocene of Maryland, USA -- restoration to the root and a missing cusplet: "Hubbell" Otodus megalodon tooth from the Mio-Pliocene of West Java, Indonesia -- restoration to the root and a small part of the cusp: Carcharodon carcharias tooth from the Mio-Pliocene of Florida, USA -- restoration to the tooth and a small part of the cusp:
  3. isurus90064

    Extraordinary Common Teeth

    Hey guys, I've been off the radar for awhile .. work you know .. been working on Siggraph for those of you who are familiar with software development. Just wanted to start a new topic here .. This one is right at 3.00" - 7.62cm C. carcharias Bahia Inglesa Formation South of Caldera Provincia Copiapo III Regio de Atacama Chile
  4. Hello, Looking for help with these Upper Cretaceous shark teeth from Post Oak Creek, Sherman, Grayson Co., TX, USA (Warning: Some of these are heavily eroded). Thank you! Squalicorax? Species? Cretodus or Cretalamna? Mix of both? Scapanorhynchus sp? @ThePhysicist
  5. Well to say I'm surprised by today's hunt would be a monumental understatement. I've hunted the Woodbine for about a year now, and the most I had previously found were some leaves and beat up bivalves, despite visiting many sites. Not this time though... The recent string of good fossil luck I've been having prompted me to humble myself. I decided it was time I made a return to the dreaded Woodbine, a formation I have a complicated relationship with. While it's a very beautiful formation with a diverse range of unique animals and plants, Texas hunters will likely relate when I say that it is one of the most difficult to find reliable success on. Despite wasting countless hours wandering creeks, construction sites, and lake fronts in the past, I still have a fondness for the time I spent trying to pick it apart. I thought this hunt would be the same, taking in spectacular sandstone scenery, but very little in fossil department. As soon as I stepped out of my car, the Texas heat wave hit my face full blast. It was about 99F with hardly a cloud in the sky. As I walked to the exposure I had marked, I was quick to take notice of the lack of shade. I spent a solid hour wandering around, not finding much besides bivalve fragments scattered sparsely at the foot of the hill. Already, I had downed a water bottle and felt my eyes stinging from sweat. At the far end of the exposure, I began climbing the hill and came across a thin, pebbly layer of purple matrix. It was unusual in that I hadn't seen matrix like it in the Woodbine before. It only encapsulated a small area. It was absent from the section only 10 feet in either direction. My recent experience with conglomerates in the Atco and Hawaii prompted me to investigate further. Within seconds I spotted a bluish white crown to a flat tooth, Pseudohypolophus mcnultyi (Brachyrhizodus mcnultyi favored by some). There wasn't a doubt in my mind that I had finally found the spot I was looking for. Pseudohypolophus mcnultyi, the most common tooth of the day. I had stupidly forgotten my rock hammer and chisels, so I was left to begin breaking apart the conglomerate with my hands. Doing so exposed new teeth at an absurd rate. I was taken aback when I laid eyes on an Onchopristis dunklei rostral... and then three more. These are much rarer in other formations, but they seem to be COMMON in the Woodbine! Onchopristis dunklei. They are shattered, so they will remain in matrix. I managed to find two fragments of a mid-sized Cretodus semiplicatus tooth that fit perfectly together. Also snagged a couple of Cretalamna catoxodon and Haimirichia amonensis, staples of the Cenomanian shark fauna. Cretodus semiplicatus. One of the most beautiful shark species in my opinion. Cretalamna catoxodon with some turtle bone below. Haimirichia amonensis. The fun continued with a chunk of shark cartilage. Wish there was a way to pin a species to these... Shark cartilage There were also invertebrates to be had. Most of the time they were bivalve steinkerns, but now and then some crustacean chunks would show up. Bivalve Linuparus sp. segments. Something crustacean. Kinda shaped like mudshrimps found in the Pawpaw Fm. Later into the day, I came across a strange ridged tooth I suspect is reptilian. It is quite thin and sadly most of it isn't there. I'm hopeful it's something cool like pliosaur. Prepping it out of the this tough matrix is a real challenge. Unknown ridged tooth. Of course I had to save the hands down best find for last... a small reptile tooth! I believe it belongs to the reptile the Woodbine is most famous for as well - a croc. It bears a distal curvature, fine longitudinal striations, and has two distinct edges which aligns with Woodbinesuchus byersmauricei. The longitudinal striations seem to appear on only one side of the tooth while the other side is mostly smooth. I'm not sure if Woodbinesuchus teeth are similar or if the striations continue all around the circumference. Woodbinesuchus was described from the Rush Creek Member which is where I found this tooth. Other crocs of the Woodbine include Deltasuchus, Terminonaris, and Scolomastax (a small paralligatorid with crushing dentition!). Of these I think Woodbinesuchus is the closest, but there must be someone on here who knows better than me. Most likely Woodbinesuchus byersmauricei After only a few hours I had to call it quits. The heat today was killer and the metallic rocks of the Woodbine were not doing my hands and knees any favors as a makeshift oven. I really wish I had discovered this place in the winter or spring . Looks like I'll be watching the weather for a dip in temps before heading back. The possibility for dinosaur material is quite the motivator! Thanks for reading
  6. Jared C

    Cretodus sp.

    From the album: Texas Coniacian (Cretaceous)

    Cretodus sp. Coniacian Texas While Cretodus teeth matching Cretodus crassidens are possible in Texas, these gracile Cretodus teeth that Post Oak creek is classic for do not align satisfyingly with any existing Cretodus species. They are likely in need of description.
  7. Hey everyone, Just a quick ID post for help in pinning down what exactly these couple of teeth are. Up first is a broken crown to a tooth I found while processing South Bosque material from Central TX for a pet project of mine. It's Turonian in age and looks similar to some small Carchariniformes teeth I've found at the Whiskey Bridge. Note that when I found this tooth, I had not yet visited the Whiskey Bridge, so I am certain this is not a product of cross contamination. Anyways, it's unlike the other specimens I have from the South Bosque and I am struggling to find a genus that matches its shape other than Galeorhinus. Carchariniformes were present in the Mesozoic and Galeorhinus is known all the way back into the Cenomanian, but ones this old are very rare so I am hesitant. I am wondering if any knows another more likely genus for this Turonian tooth? The second tooth is definitely Cretodus, but I am trying to pin down a species. It came from the Atco (Coniacian) which is known to produce Cretodus crassidens, but I have recently learned of another species, Cretodus houghtonorum, that is also in the area and a candidate. Unfortunately, I do not have access to the paper describing C. houghtonorum so it is difficult for me to figure out how to differentiate the two, but just off of secondhand knowledge I believe this one may be C. houghtonorum because of its more gracile non-ovular cusp. The wrinkling on the labial face is very pronounced and travels farther up the cusp than on my C. semiplicatus specimen from the Cenomanian. On the lingual side, the wrinkling is very short whereas they travel much farther on the C. semiplicatus. The root on the suspected C. houghtonorum is extremely pronounced and almost hangs over the cusp and cusplets. Wish I had a C. crassidens to compare to, but the C. semiplicatus is all I've got for now. Luckily they are very similar in mouth position so it's easy to spot differences. Left is tooth in question; Right is C. semiplicatus specimen Tooth in question C. semiplicatus @ThePhysicist @Al Dente @MarcoSr If you know any other shark experts who could help, feel free to ping them in the replies Thanks!
  8. A couple of weeks ago, @Jackito, his son, and I took a trip out to one of his favorite Eagle Ford sites. For those of you who are familiar with Carter's posts, this was once the famed location of the so-called "giving rock", so the bar was set high for the day. I've come across some of Austin's eagle ford material in the past, but it was always only the leftovers of what had been washed through miles of rushing creek water. This was my first time getting to poke through the source material, so I was eager to see what could be found. The water was low and the temperature mild. I was thankful I wouldn't have to suffer trudging around in soggy shoes. As we walked beside the creek, Carter explained the various layers and where the best stuff could be found. He pointed out the notable spots where things like pseudomegachasma and pliosaur teeth had been dug up. I knew to not get my hopes THAT high up, but it was certainly a good motivator to stay attentive and expect the unexpectable. It took me a while to get the hang of pinpointing which slabs were best to open and how. Carter was nice enough to share some of his finds, and I must admit, not everything pictured below was necessarily first spotted by me . I was quickly surprised by the sheer number of shark teeth we started finding. Being the completionist that I am, I would immediately try to excavate every tooth I found. Carter advised me that simply bringing the matrix home and processing it there would be the most efficient use of time which I have come to agree with. Every tooth had fantastic preservation and would often pop right out of the shale (though not necessarily in one piece). The Ptychodus teeth were the most mesmerizing. They basically broke off without a speck of matrix still attached and had a beautiful shine. Thankfully, they were also robust and rarely fell apart. A decently sized Ptychodus still in matrix The amount of Cretoxyrhina to be found was also staggering. Unfortunately, they required a little bit more delicate prep than what I had to offer in the field, so my ratio of broken to unbroken teeth was higher than I'd like to admit. In my defense, I managed to lower that ratio as the day progressed. Squalicorax was also a common sight along with various fish teeth. Carter's son managed to find some turtle material... that was still alive and may or may not have come from out of the stream . For most of the hunt, Carter and I had some nice discussions on things to be found here in Austin along with various chats about life. The hours seemed to fly by so fast, it wasn't long until Carter and Jack had to head on out. They'd been wanting to find some mosasaur material for a while, so I sent info on one of my favorite sites (the place where I came out with 4 mosasaur verts in a day). Hopefully we'll get to hunt together over there some time in the near future. I stuck around as I had a couple hours to kill before needing to drive to a friend's birthday. The rest of the time was spent doing more of the same. I managed to come across a huge Cretodus tooth, but the root was unfortunately nowhere to be found. I also started gathering some of the leftover matrix for later processing for microfossils. The layer was just so rich, how could there not be something cool to find? I filled up a couple Ziploc bags with the stuff and made my way out, thinking of ways I could clean this while residing in a college dorm. The richness of fossils in the matrix. This piece was a little too stony to break down though. Might try vinegar. Suffice it to say, I figured out a way to clean it without clogging the communal sinks, but it's a slow process. Though, I must admit, it's nice to come home each day to a cup's worth of dried micro matrix ready for screening. In only my first batch, I found something I think is pretty amazing. What was at first just a shiny little speck, upon closer analyzing, may, in fact, be a tiny coniasaur tooth! It has that characteristic bulging crown that is instantly recognizable. Hopefully I'm not jumping the gun on this one. A couple rounds later, and many many puny Ptychodus teeth, I managed to spot what appeared to be the tooth plate to a Pycnodont fish or something similar. After some delicate cleaning and lots of paraloid, it's still a little bit scuffed, but there are definitely some little round bulbous teeth in close association. The tooth plate before and after cleaning. Can anyone confirm if it's Pycnodont? There was plenty bony fish and shark material. Interspersed within them were some that eluded my identification (including mayyybe Paraisurus?). I've got plenty of matrix to still go through, so I will post updates if anything cool is found. For now, here are some pictures summarizing the finds: Please excuse the hand pics. It's just that the details come out better on a slightly darker surface as opposed to white paper. Closeups of Coniasaur(?) Tooth L to R: Bony bits, "Coniasaur" tooth, and "Pycnodont" tooth plate The best of the Ptychodus and a close up of the smallest one. The bottom left is smoothed over. Is this maybe feeding damage? Also, any ID for species is much appreciated : Cretoxyrhina mantelli. My favorite is the fat one on the left Best of the Squalicorax falcatus. Right two are a little strange. Possibly symphyseal? Best of Scapanorhynchus and huge rootless Cretodus (hard to see in pic, but its got the wrinkling): Paraisurus? I saw that genus mentioned in a Shawn Hamm publication on the Atco and thought it could be a match. The roots are very skinny on both specimens and the teeth seem vertically stretched. The larger tooth on the left initially appears to be missing half the root, but it is actually nearly complete. The only break is a tiny portion of the root at the very top. The right specimen is very fragmented. No signs of cusps nor nutrient groove on either one. Cantioscyllium orals and Sawfish Rostral Teeth: L to R: Enchodus, Protosphyraena, and Pachyrhizodus Some oddballs. The left is a fragment of some sort of multi-cusped shark tooth. The middle is a a segment of some barbed material that seems similar in appearance to the fishy bits found in the matrix. The right specimen is a shiny crescent shaped thing that I have found in other micro matrixes from Moss Creek and POC. Never kept them, but now I'm curious after finding them again: Thanks for reading!
  9. ThePhysicist

    Cretaceous sharks

    From the album: Sharks

    Just a handful of Cretaceous species, most from North Texas. The sea that bisected North America ~85 million years ago played host to a diverse and burgeoning ecosystem that supported many species of sharks. It was likely due to specialization that allowed these sharks to all live in the same place and time.
  10. ThePhysicist

    My smallest Cretodus

    From the album: Post Oak Creek

    I'm fairly certain this is a posterior Cretodus - a shark known for producing Texas-sized teeth! At just 1 mm tall, this may be the smallest Cretodus tooth possible.
  11. ThePhysicist

    Cretodus

    From the album: Sharks

    A large genus (for the Cretaceous); this one was found at the DFW airport in the 80's.
  12. ThePhysicist

    Cretodus tooth

    From the album: Post Oak Creek

    The "big guy" to find at POC. Though, this one is smaller, the preservation is as good as it gets for this location. In fact, it makes me believe that POC could draw from layers adjacent to the Eagle Ford Group. I've found matrix pieces that are consistent with the geology of EFG, but need to find matrix pieces with this kind of preservation to confirm Atco or something else. I'm also not sure that this is C. crassidens anymore since this smaller, narrower form differs so much from the holotype. I currently believe it's an undescribed species since I haven't found something that matches. Please let me know if you find a paper that fits this tooth (and the others at POC).
  13. Captcrunch227

    COVID Containment Collecting

    After spending a great deal of time in the house lately do to COVID and days and days of rain, I took the family on a nice leisurely walk to our favorite hunting spot on this beautiful North Texas day. While the kids wwere off collecting some beautiful Turitellas and oysters, I had only one thing on the mind, shark teeth. Cretalamna seems to dominate this site, however some large Cretodus semiplicatus have been found. A Ptychodus latissimus and 2 Plesiosaur teeth have also been found at the site, filling us with hope on each trip for an incredible find. The trip was a pretty good haul, 11 teeth found in 2 hours. Not bad for a nice family outing. The real highlight though were 2 shark verebrae (about the size of a bottle cap), not large, but still my first ones I've ever found which put me over the moon. They were found just a few feet away from each other, so odds are they belonged to the same critter which is even more incredible! And now it's time for everyone's favorite game, FIND THAT FOSSIL!
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