CeleryKills

Over the weekend, one of my friends and I tried something different, after watching a Dapper Dinosaur commentary video. We watched the ICR video “Creatures Lived Longer Before the Flood!” as a friendly bar test: a biological anthropologist and a chemist, two stools, two cocktails, one rule, fact‑check and critique in real time.

To make the essay fun, think color commentary and instant replay, only the plays are claims about fossils, growth rings, and a global flood. What follows are the calls we made as the tape rolled.

For those interested, the cocktail of choice was

Vodka Gimlet

Ingredients

• 2 oz vodka
• 0.75 oz fresh lime juice
• 0.75 oz simple syrup (1:1 sugar + water) (my mix)
  OR 1 oz Rose’s lime juice (for a more old‑school, sweeter flavor)
• Ice
• Lime wheel or lime twist for garnish

Instructions

1. Add vodka, lime juice, and simple syrup to a cocktail shaker.
2. Fill the shaker with ice.
3. Shake hard for about 12–15 seconds until the shaker is nicely frosty.
4. Strain into a chilled coupe or old‑fashioned glass.
5. Garnish with a lime wheel or twist. (I used lime zest peels)

First quarter: the “delayed maturation = pre‑Flood longevity everywhere” drive

Play call: the video argues that because some fossil animals seem to take longer to mature than living ones, the whole pre‑Flood biosphere must have enjoyed extreme longevity, neatly lining up with Genesis. The field position here is shaky. Broad histology shows multiple growth strategies across theropods and other dinosaurs, not one pattern you can scale to a world narrative. Tyrannosaurids often show adolescent spurts, whereas carcharodontosaurids trend more gradual, and different long bones in the same skeleton can record growth differently. That is not a single, global signal of lifespan, it is clade‑specific biology plus sampling nuance.

Color commentary: even within Tyrannosaurus rex, the story has moved. A 2020 osteohistology on juvenile T. rex supports mid‑teens ages for “half‑grown” individuals and rapid teenage growth, echoing earlier two‑decade run‑ups to large size. That is very different from century‑scale maturation as a rule.

To be fair: a recent 2026 PeerJ analysis, by pooling partial bone records and explicitly modeling “lost” early rings, argues T. rex growth to full size could extend to roughly forty years. That is real progress on methods, but one clade with a longer growth runway does not validate a universal antediluvian lifespan, it refines T. rex life history. Scaling a single case to a planet is overreach.

Instant replay: what growth rings can, and cannot, tell you

Booth review: the video leans heavily on bone “rings” as if counting them equals calendar years and therefore longevity. Histologists have warned for years about inner‑cortex remodeling, ring loss, and non‑annual features that can mimic yearly signals. That is why recent studies emphasize multi‑element sampling, growth plasticity, and cautious interpretation, not quick arithmetic. Treating all visible bands as years, or ignoring inter‑element variation, is exactly what the better papers are correcting.

Bottom line: when you respect those uncertainties, you get diverse life histories and broader error bars, not a clean global longevity curve.

Halftime chalk talk: “soft tissues cannot last millions of years”

The claim: preserved collagen or vessels in dinosaur bones mean fossils “cannot be even a million years old,” so the Flood must be recent.

The film: laboratory work shows iron from hemoglobin can catalyze cross‑linking and fix tissues under the right microenvironments, stabilizing proteins and even masking epitopes, a concrete mechanism for surprising preservation. That does not prove every case is primary biomolecule, but it explains how some can persist. You do not rebut a mechanism with a premise.

Update from the chemistry booth: independent work on collagen suggests atomic‑level interactions in the triple helix can shield peptide bonds from hydrolysis, giving collagen unusual staying power. Again, you can debate scope and frequency, but there is a physical explanation on the table. If your argument needs “impossible,” you have to engage these papers, not restate the conclusion.

Third quarter: water‑laid sediments are not a one‑game season

The claim: most sedimentary rocks are water‑deposited, therefore the world’s fossiliferous strata are Flood deposits.

The field conditions: sedimentary basins document many environments and time slices, from fluvial and aeolian to lacustrine, deltaic, reefal, shelfal, slope and deep‑marine fans. Interpreting these packages uses sequence stratigraphy and facies analysis to reconstruct accommodation, sediment supply, and shoreline movements through time, not a single event. “Water involved” is the start of analysis, not the answer.

The playbook: sequence stratigraphy correlates stacked surfaces across basins, tracking transgressions, regressions, and unconformities. The method’s entire purpose is to decode multiple cycles and systems tracts through geological time. A one‑flood explanation does not fit the architecture.

Fourth quarter: theology as mechanism

What we heard: pristine genomes before the Flood, environment‑wide epigenetic switches, longer gestation for human ancestors.

What is missing: mechanisms with tests, comparative datasets, and predictions that risk being wrong. Population genetics, embryology, and evo‑devo are not stand‑ins for a theological premise, and a theological premise is not a mechanism. If you want extraordinary lifespan claims to land as science, you need models that can be falsified and data that can be checked. The video offers neither.

Postgame: Intelligent Design is not the bench you can bring in

The episode borrows Intelligent Design framing as the catch‑all when evidence conflicts with its chronology. In federal court, ID’s scientific status was examined with documents, witnesses, and cross‑examination. The judge concluded that Intelligent Design “is not science” and “cannot uncouple itself from its creationist, and thus religious, antecedents,” barring it from public‑school biology in the Kitzmiller v. Dover decision. That is a legal finding after a full trial record, and it matters when a show presents ID‑style reasoning as if it were ordinary science.

A quick sideline note for readers following the action

What you are seeing in this back‑and‑forth is not “Bible versus science,” it is method versus rhetoric. The method side accepts uncertainty, weighs competing models, and changes its mind when the data demand it. The rhetorical side elevates a conclusion first, then treats contrary findings as errors to be explained away. You do not need our cocktails to tell them apart.

Also, this based off bar napkin notes, so any real mistakes are due to our poor handwriting.

References

• Cullen, T. M., et al., “Osteohistological analyses reveal diverse strategies of theropod dinosaur body‑size evolution,” Proc. R. Soc. B, 2020.
• Woodward, H. N., et al., “Growing up Tyrannosaurus rex: Osteohistology refutes the pygmy ‘Nanotyrannus’…,” Science Advances, 2020.
• Phys.org summary of PeerJ study on extended T. rex growth, 2026.
• Chapelle, K. E. J., et al., “Interelemental osteohistological variation in Massospondylus carinatus,” PeerJ, 2022.
• Woodward, H. N., “Maiasaura tibia osteohistology reveals non‑annual rings…,” Frontiers in Earth Science, 2019.
• Schweitzer, M. H., et al., “A role for iron and oxygen chemistry in preserving soft tissues…,” Proc. R. Soc. B, 2014; NC State News summary, 2013.
• MIT News, “MIT chemists explain why dinosaur collagen may have survived for millions of years,” 2024; ACS PressPacs, “Why dinosaur collagen might have staying power,” 2024.
• Geosciences LibreTexts, “Depositional Environments and Sedimentary Basins,” and Columbia University, “Sedimentary Depositional Environments,” both overviews.
• Catuneanu, O., et al., “Sequence Stratigraphy: Methodology and Nomenclature,” Newsletters on Stratigraphy, 2011; SEPM Strata, “Sequence Stratigraphy.”
• Kitzmiller v. Dover Area School District (M.D. Pa. 2005), opinion and summaries.