The hottest Prehistory Substack posts right now

Territory is made and enforced by institutions and force, not by racial identity, and most land has been taken and retaken through conquest.
Restoring land to the most recent pre-state occupants wouldn’t return it to some original people, because earlier groups also displaced others in turn.
Claiming perpetual ownership based on being the first human to occupy a place is philosophically weak and would unfairly consign many peoples to permanent dispossession.

For most of the agrarian age, technological progress was extremely slow and often fragile, so living standards stayed low and forward steps could vanish during collapses.
Measuring the stock of technology is hard, but one useful idea is that idea-value grows with output per person plus part of population growth, and true wealth should account for variety and longer lifespans.
From about 1600 onward growth rates rose sharply in stages (commercial, industrial, modern), producing a massive, qualitative gulf between preindustrial poverty and today’s high material abundance.

The turn to agriculture was not an obvious human advance for ordinary people; it often brought harder work, poorer health, and greater vulnerability to disease and famine.
There’s a long, puzzling gap between the first domestication of crops and the later rise of agrarian states, which shows the shift to farming was complicated and drawn out.
A surprising piece of evidence from Cold War spy-satellite imagery in the 1960s helped explain that gap and changed how scholars think about early agriculture.

A new five-part, mid-length series will explore the birth of agriculture, cities, and early states in a deep, serialized essay format.
Each essay will be paired with an interactive NotebookLM bundle of sources, quotes, and multimodal extras so readers can query the material and explore further.
The project tests a new AI-enabled publishing model that both monetizes long-form work and uses recent revisionist scholarship and archaeological discoveries to challenge familiar origin stories.

Enduring economic inequality isn't inevitable; it arose when certain technologies and institutions—land‑limited production (like plows), proto‑states to enforce property, and slavery—made material wealth heritable and defensible.
For thousands of years after the Neolithic, aggressive egalitarian norms and institutions (communal storage, public eating, anti‑dynastic burials, even destroying productive assets) actively suppressed lasting inequality, but Bronze‑Age shifts broke those norms and made inequality durable.
The modern knowledge and care economy could either repeat Bronze‑Age enclosure through things like intellectual property or be steered toward greater equality by democracy, unions, social insurance, and redistributive policy, because stronger intergenerational transmission of material wealth nonlinearly amplifies inequality.

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The Yamnaya expansion about 5,000 years ago was mainly a cultural and institutional revolution—mobility, technologies, and social organization spread languages and ways of life more than they changed human biology.
Their movement was boosted by accidental spread of pathogens and patterns of male-line dominance that helped patriarchy and certain Y-chromosome lineages scale across Eurasia.
Modern humans are genetically very similar, so the biggest historical shifts come from cumulative cultural evolution and shared knowledge built over hundreds of thousands of years, not from small recent genetic differences.

Spengler's work on Ancient Asia was a significant focus of his, but much of it remains untranslated into English, limiting its accessibility.
Spengler had a deep interest in cartography and envisioned a new approach to universal history through the interaction of civilizations, highlighted in his sketch 'Altasien'.
Spengler's plans for a series of articles on prehistory, including 'Ancient Asia', were cut short by his premature death, leaving many of his works and ideas unfinished.

Recent ancient DNA research has greatly advanced our understanding of the origins and evolution of Indo-European languages. This includes finding connections between ancient peoples and the languages we speak today.
Studies reveal that the Yamnaya people from the Pontic steppe played a key role in spreading Indo-European languages across Eurasia. They replaced many indigenous populations, showing a significant impact on the genetics of modern Europeans.
The genetic findings confirm a close relationship between our linguistic history and biological roots. This means the languages we speak can reflect our ancestral heritage.

The Basque language, Euskara, is unique as it is the only surviving indigenous non-Indo-European language in Europe. This makes it a fascinating subject of study, as it has no known relatives.
Basques have a distinct genetic profile, with a high frequency of RH-negative blood type. This unusual trait contributes to theories about their origins and historical isolation in Europe.
Recent genetic research suggests that the Basques may not be the oldest inhabitants of Europe as previously thought, but instead, they are descended from human populations that lived before the introduction of agriculture.

Over about 75,000 years humanity went from small bands of foragers to around 200 million farmers and then to billions of post‑industrial people.
For most people between about 5000 BCE and 1500 CE life was harsh and short, because in the Malthusian agrarian world better technology mostly produced more people rather than better living standards.
Switching from hunting and gathering to farming made people shorter, sicker, and increased inequality, even as it supported much larger populations.