Reconstruction
Vindija Cave, in the hills of northwestern Croatia, preserves fragmentary bones, stone tools and animal remains from late Neanderthal occupations. Systematic excavations directed by Mirko Malez between 1974 and 1986 recovered Neanderthal fossils from layers including G3 and G1. Subsequent genetic work identified several individuals, among them Vindija 33.19, a female whose approximately 50,000-year-old genome was sequenced to high coverage. Vindija therefore documents a late Neanderthal population, although improved dating no longer supports the once-famous claim that Neanderthals survived there until roughly 33,000 BCE.
Food evidence comes from both animal bones and the chemistry of Neanderthal bone collagen. The G3 and G1 faunas include red deer, giant deer, elk and aurochs, alongside carnivores—especially cave bears—that also used the cave. Cut marks, deliberate breakage and other modifications indicate that hominins processed at least part of the ungulate assemblage. Carbon- and nitrogen-isotope measurements from two Neanderthal specimens place their dietary protein at a high trophic level, comparable to that of nonhuman carnivores. This strongly supports heavy reliance on animal protein and active hunting, but it does not show that meat supplied every calorie or identify precisely which species each individual ate.
Stone artifacts provided cutting edges for butchery, hide working and other tasks. Broken bones could yield marrow as well as meat, although each fracture must be assessed against damage caused by carnivores, sediment movement and excavation. The exact meals remain unrecoverable. No Vindija recipe is known, and current evidence does not establish whether particular carcass portions were roasted, dried, eaten raw or prepared by some combination of methods. Plant foods preserve poorly, while bone-collagen isotopes chiefly reflect dietary protein; consequently, gathered roots, fruits, seeds or nuts may have contributed energy without leaving a strong signal.
Vindija became especially important because early radiocarbon measurements appeared to make its G1 fossils exceptionally young and because Upper Palaeolithic bone points occurred in nearby deposits. More selective chemical pretreatment later dated the Neanderthal remains to earlier than 40,000 radiocarbon years before present, with one newly identified fragment dated to 46,200 ± 1,500 radiocarbon years before present. Researchers now consider post-depositional mixing a more defensible explanation for the apparent association between Neanderthals and some younger bone tools.
Vindija’s modern food significance lies not in culinary continuity but in method. Zooarchaeology, stable-isotope analysis, protein identification, radiocarbon chemistry and ancient DNA together reveal how easily a simple picture of an exclusively meat-eating “last Neanderthal” can become overstated. The site instead records skilled large-animal exploitation within a diet whose plant component and preparation practices remain substantially unknown.
Historical context
Europe was passing through Marine Isotope Stage 3, a period of rapid climatic oscillations between colder open environments and relatively milder intervals. Neanderthals occupied much of western Eurasia in small, mobile populations, using Mousterian stone-working traditions to exploit varied landscapes. Around 45,000 years ago, Homo sapiens populations were entering or expanding through south-eastern and central Europe. Vindija lay near the geographic corridor connecting the Balkans, the Adriatic and the Carpathian Basin, making its chronology important for investigating—but not automatically proving—contact or coexistence between the populations.
Evidence
Archaeological
StrongExcavated G-complex deposits contain Neanderthal skeletal remains, Mousterian lithics and abundant faunal material, although parts of the upper sequence were affected by post-depositional mixing.
Zooarchaeological
ModerateUngulate remains and humanly produced modifications support carcass processing and hunting, but cave bears and other carnivores also accumulated or altered bones in the cave.
Residue chemical
StrongCarbon- and nitrogen-isotope measurements of two Neanderthal bones directly support a high trophic-level source for most dietary protein. The method does not measure the full caloric diet and cannot exclude plant consumption.
Food identification
ModerateRed deer, giant deer, elk and aurochs are securely identified in relevant faunal layers, but their presence alone does not demonstrate that every species was eaten by each Neanderthal individual.
Dating
ModerateSelective hydroxyproline dating places tested G1 Neanderthal remains earlier than 40,000 radiocarbon years before present, and a newly identified fragment returned 46,200 ± 1,500 radiocarbon years before present. Dates near the radiocarbon limit and stratigraphic mixing still complicate a single occupation range.
Preparation method
LimitedCutting and bone breakage support butchery and possible marrow extraction. Specific cooking, drying, storage or serving practices have not been directly established at Vindija.
Geographic attribution
StrongThe fossils and associated archaeological collections derive from Vindija Cave near Donja Voća in northwestern Croatia.
Historical interpretation
ModerateVindija clearly represents late Neanderthals and is important to the Middle-to-Upper Palaeolithic transition, but the former interpretation of exceptionally late survival and direct association with Aurignacian-like bone points is no longer favored.
Sources
- 1.Michael P. Richards, Paul B. Pettitt, Erik Trinkaus, et al. (2000). Neanderthal diet at Vindija and Neanderthal predation: The evidence from stable isotopes. Proceedings of the National Academy of Sciences of the United States of America 97(13): 7663–7666. doi:10.1073/pnas.120178997Scientific literature
- 2.Thibaut Devièse et al. (2017). Direct dating of Neanderthal remains from the site of Vindija Cave and implications for the Middle to Upper Paleolithic transition. Proceedings of the National Academy of Sciences of the United States of America 114(40): 10606–10611. doi:10.1073/pnas.1709235114Scientific literature
- 3.Kay Prüfer et al. (2017). A high-coverage Neandertal genome from Vindija Cave in Croatia. Science 358(6363): 655–658. doi:10.1126/science.aao1887Scientific literature
- 4.Marylène Patou-Mathis, Ivor Karavanić and Fred H. Smith (2018). The evidence from Vindija Cave (Croatia) reveals diversity of Neandertal behaviour in Europe. Quaternary International 494: 314–326. doi:10.1016/j.quaint.2018.06.023Scientific literature
- 5.Ivor Karavanić, Ines Krajcar Bronić, Andreja Sironić, et al. (2024). Chronology of hominin activity at Vindija Cave, Croatia: new dates recorded via standard and ultrafiltration AMS. Antiquity 98(398): e7. doi:10.15184/aqy.2024.12Scientific literature
Limitations
- majordate end
The endpoint of approximately 33,000 BCE reflects superseded radiocarbon results affected by contamination and stratigraphic problems. Selective hydroxyproline dating places tested G1 Neanderthal remains earlier than 40,000 radiocarbon years before present; one newly identified fragment dated to 46,200 ± 1,500 radiocarbon years before present, and current calibrated evidence generally places relevant Vindija Neanderthal activity roughly between 52,000 and more than 44,000 years ago.
- moderatedescription
Calling the Vindija individuals some of Europe's last Neanderthals is historically understandable but potentially misleading. Revised dates show that they are not evidence for survival to approximately 33,000 BCE and do not securely identify them as the continent's final Neanderthals.
