Taima-Taima, Falcón, Venezuela
Taima-Taima
About 14,000 to 13,000 radiocarbon years, or younger (an El Jobo point in a mastodon pelvis, and a spring that mixes carbon)
At Taima-Taima, on the dry coast of Falcón, a 1976 excavation reported an El Jobo stone point lying in the pelvic cavity of a juvenile mastodon, with other artefacts and butchered bone in a grey sand. Twigs interpreted as stomach contents were dated to at least 13,000 years before present, older than the Clovis horizon in North America.
Why this is extraordinary
Taima-Taima is a spring on the dry coast of Falcón, about 40 metres above the sea, thorn scrub and cacti around a place where water used to well up. In the early 1960s a well for livestock hit a large bone. Excavation followed. In 1976 the dig reported a juvenile mastodon with an El Jobo point lying in the pelvic cavity, and with it two other point fragments, a scraper, and a flake. The bones were described as butchered. Wood twigs, read as what had been in the animal’s stomach, gave a minimum age of 13,000 years before present. That is older than the Clovis dates then used as the horizon for the first widespread hunting cultures farther north.
The point was in the cavity. It was not stuck in the bone. A shot can end that way, the stone falling free among the guts. So can a pebble in sand that will not stay still. A spring is water coming up through the ground. It lifts grains, it drops them, and a light point and a heavy pelvis can finish in the same place on different days. Cut marks are the evidence that would show a butcher. They have to be cuts, not the scrapes of trampling or of the dig itself.
The dates do not form a neat stack. A review that lines them up gives soil organics from 12,580 plus or minus 150 to 13,390 plus or minus 130 radiocarbon years, with reversals. Mastodon collagen comes out at 13,010 plus or minus 280 and 14,440 plus or minus 435. The twigs run from 12,980 plus or minus 85 to 14,200 plus or minus 300. Another wood sample is 11,860 plus or minus 130. Clay above the grey sand is about 10,300. Coal nearby, and groundwater, can feed old carbon into a sample and make it look older than the death. Reversals are what stirring looks like. Several materials landing between about 14,000 and 13,000 is what a real age looks like, if the carbon is clean. Both descriptions fit the same list. That is why the site stayed argued.
A 2026 paper argues that at least five kinds of extinct large herbivores were probably exploited here, and publishes seven enamel dates as a minimum because enamel takes up modern carbon. The verbs in that paper are “probably” and “likely.” The abstracts that were opened do not agree on one span, so no single enamel interval is printed. The 1976 point is not thereby embedded in the bone. The old-carbon warning already in this room still applies inside the new paper.
No one has published a star or a solstice for the waterhole. Animals come to springs. People who hunt them come too, if the point belongs to the skeleton. The photograph is not this animal. It is a long-tusked skull in Lima, catalogued under an older genus name, with a painted landscape behind it. Stand-in for the beast, not for the pelvis. What this changes: if the association holds, hunters with El Jobo points were killing mastodons on this coast before the Clovis year. If the spring did the arranging, Taima-Taima is still a late Pleistocene waterhole, and the point’s companionship is the part that has not been proved.
Why it matters
If the point and the animal died together, people were hunting mastodons in northern South America before the Clovis dates. If the spring mixed old wood, old carbon, and a later point, the hunt is an arrangement the water made.
The site sits at 11° 29′ 57″ N, 69° 31′ 18″ W, about 40 metres above the sea, in thorn scrub. It is a spring deposit: sand and silt where water came up through the ground. A well dug for animals in the early 1960s hit a large bone, and excavation followed. The 1978 report describes El Jobo artefacts in direct association with the butchered remains, and a minimum age of 13,000 years before present on associated wood. A review that gathers the laboratory numbers gives a wider scatter. Soil organics run from 12,580 plus or minus 150 to 13,390 plus or minus 130 radiocarbon years, with some reversals down the section. Collagen from mastodon bone is 13,010 plus or minus 280 and 14,440 plus or minus 435. Twigs read as stomach contents run from 12,980 plus or minus 85 to 14,200 plus or minus 300. Another piece of wood is 11,860 plus or minus 130. An overlying clay is about 10,300 radiocarbon years. Coal in the neighbourhood, and groundwater moving through the sand, are the reasons a date can look too old. The point was in the pelvic cavity. It was not embedded in the bone. No sky reading of the spring is published. A waterhole is a place animals and people meet. It is not an observatory in these sources.
Photo tour
1 photograph, unedited. On a phone, swipe the row. Choose one to look closely.
- No openly licensed photograph of the 1976 excavation, or of this mastodon, was found. The Lima skull is a stand-in for a gomphothere, and the mural behind it is not Taima-Taima.
What is still unexplained
These sit beside the consensus account, with the same visual weight. None of them is marked solved.
Location and dating
- Location
- Taima-Taima, on the Caribbean coastal plain of Falcón, Venezuela. The pin is the published position, 11.499 north, 69.522 west. The spring is not a fenced monument in the photograph. The skull in the photograph is in Lima.
- Period label
- Current consensus — open to revision Late Pleistocene. Published radiocarbon results on soil, bone, and wood fall mostly between about 14,400 and 12,000 years before present, with one wood date near 11,900 and an overlying clay near 10,300. The 1978 minimum for the kill is 13,000.
- How this dating was done
- Radiocarbon on wood, bone collagen, and soil organics. The association is stratigraphy in a spring sand. The point is typed as El Jobo.
- What could change it
- A new series on purified bone protein, and a record of whether each date sits above or below the point, would show if the old carbon is the whole signal. A re-examination of the marks on the bone would separate butchery from trampling.
What is actually there
- An El Jobo point lay in the pelvic cavity of a juvenile mastodon. It was not embedded in the bone.
- Other pieces reported with it include two point fragments, a scraper, and a flake.
- The 1978 minimum age is 13,000 years before present, on associated wood.
- Soil dates reverse in the section. Coal and groundwater are the contamination worry.
- An overlying clay is about 10,300 radiocarbon years old.
- The site is a spring deposit at about 40 metres above the sea.
Open questions
| Question | Status |
|---|---|
| Did the point and the mastodon arrive together? | Open. The cavity is a striking context. A spring moves objects, and the point was not stuck in the bone. |
| Are the dates too old because of coal and groundwater? | Open. The scatter and the reversals are published. A younger lid near 10,300 does not by itself create a 14,000-year hunt. |
The current narrative
Where publication stands today. It is the best-supported reading, and it is open to revision. It is not a verdict.
The current narrative — open to revision
A real Pleistocene waterhole with a disturbed association
Mastodons died at the spring in the Late Pleistocene. The point’s companionship with one skeleton is not secure enough to carry a pre-Clovis hunt.
What supports this
- The geology is a resurgent spring. Objects in that sand have a way to move.
- The date list is not a stack. Reversals and a spread of more than two thousand radiocarbon years are in the review.
- Old carbon from coal and groundwater was raised as soon as the early dates were.
What pushes back
- Butchery, if the marks hold, is a human trace even if the year slips.
- The overlying clay near 10,300 radiocarbon years still leaves the deposit older than that lid.
- Dismissing every sample as contamination has to explain why wood, collagen, and soil organics cluster instead of scattering at random.
What would settle it
It is the centre because a point that is not embedded, in a spring, with reversing dates, does not yet force a hunt at 14,000 years. It moves if purified bone protein from the juvenile matches the twigs.
Emerging narratives
Other published readings. Each may be right. None is adopted here unless the evidence carries it.
An emerging narrative
A mastodon kill older than 13,000 years
People with El Jobo points killed and butchered a juvenile mastodon at this spring at least 13,000 radiocarbon years ago.
What supports this
- The 1978 report describes the point in the pelvic cavity and other artefacts with butchered bone.
- Several samples of wood, bone, and soil fall between about 14,000 and 13,000 radiocarbon years.
- A younger clay caps the deposit, so the material underneath is not recent.
What pushes back
- The point was lying in the cavity, not embedded. Wet sand can place a stone there later.
- Dates reverse, and one wood sample is near 11,900. Coal and groundwater are a known way to make carbon look old.
- A spring is a poor archive. Association in a handful of sand is what has to be shown, not assumed.
What would settle it
It is not the centre, because the carbon problem was raised early and the stratigraphy is a spring. It stays because several different materials land in the same broad range, which is harder to explain as one contaminated twig.
Should the current view be reevaluated?
Open to revision
Taima-Taima is a real late Pleistocene spring with a stone point in a striking place and a carbon problem that was never trivial. Open keeps the association and the contamination on the table.
What drives this
- An El Jobo point in a juvenile mastodon’s pelvic cavity, not embedded.
- Dates from about 14,400 to 11,900 radiocarbon years, with reversals, under a lid near 10,300.
- Coal, groundwater, and a spring sand that moves objects.
This is the museum’s own weighing of the evidence. It is not a visitor vote, and it is separate from the slider.
Weigh it yourself
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If the contested reading is right
What would follow if a reading that is not the consensus turned out to be true, and what could settle it. This explains the stakes. It does not adopt the reading.
The point and the mastodon are one kill older than 13,000 radiocarbon years
Northern South America would have a hunted-mastodon site before Clovis, and the El Jobo points would be a local technology of that age rather than a later style in old sand.
Why it is still worth a test
Protein dates on the juvenile, tied to a drawn section that shows the point, and a fresh reading of the marks on the bone.
Sources
- An El Jobo mastodon kill at Taima-taima, Venezuela Science, 1978, the point and the minimum age of 13,000 years
- The peopling of the New World Journal of Archaeological Research, 2000, the date scatter and the old-carbon problem
- Taima-Taima, a window on the last ice age on the Caribbean coast The site position and the spring setting
- Megamammals at Taima-Taima, a 2026 reassessment Quaternary Science Reviews, 2026. At least five kinds probably exploited. Seven enamel dates, a minimum because enamel takes up modern carbon. The opened abstracts disagree on the span, so none is printed. The 1976 point is not embedded in the bone.
Image credits
- A gomphothere skull in the natural history museum in Lima, filed as Stegomastodon waringi. It is not the juvenile from Taima-Taima. The painting behind it is a museum backdrop. Stand-in for the kind of animal. . Ghedoghedo, CC BY-SA 4.0. Shown unedited.