life-sciences

Paleoanthropology & Human Evolution

The study of human origins through fossil evidence — cranial capacity trends, radiometric dating methods, out-of-Africa migration models, lithic technology complexity, and dietary reconstruction from stable isotopes and dental morphology.

paleoanthropologyhuman evolutioncranial capacityradiometric datingout of Africastone toolspaleodiet

Paleoanthropology reconstructs the story of human evolution by integrating fossil morphology, geochronology, genetics, and archaeology. Over the past seven million years, our lineage diverged from other great apes, evolved bipedalism, developed increasingly sophisticated stone tools, and expanded brain size threefold — culminating in the global dispersal of Homo sapiens from Africa roughly 70,000 years ago.

These simulations let you trace cranial capacity evolution across hominin species, calculate radiometric ages using potassium-argon and uranium-lead decay, model out-of-Africa dispersal dynamics, quantify lithic technology complexity as a proxy for cognitive evolution, and reconstruct paleodiet from stable carbon and nitrogen isotope ratios — all with interactive controls grounded in peer-reviewed data.

5 interactive simulations

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Brain Size Evolution Over Time

Simulate cranial capacity evolution — explore how encephalization rate, dietary quality, and social group size correlate with brain volume across hominin species

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Stable Isotope & Dental Diet Analysis

Simulate dietary reconstruction — explore how carbon-13, nitrogen-15 isotope ratios, dental microwear, and tooth morphology reveal ancient hominin diets

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Out-of-Africa Dispersal Simulation

Simulate hominin dispersal from Africa — explore how migration speed, population growth, carrying capacity, and climate barriers shape expansion patterns

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K-Ar & U-Pb Radiometric Age Determination

Simulate radiometric dating — explore how parent isotope ratio, half-life, decay constant, and measurement precision determine age calculations for geological and fossil samples

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Lithic Technology & Cognitive Evolution

Simulate stone tool complexity — explore how reduction steps, planning depth, technique variety, and symmetry requirements reflect cognitive evolution in hominins