Long before the great cities of the Indus Valley rose from the floodplains, a farming community was quietly taking root in the foothills of what is now Balochistan, Pakistan. The people of Mehrgarh planted wheat and barley, herded cattle and goats, buried their dead with care, and traded goods across hundreds of miles — building, over thousands of years, one of the most significant Neolithic settlements ever discovered.
Key findings
- Mehrgarh settlement: Located near the Bolan Pass on the Kacchi Plain, the site covers roughly 495 acres and contains evidence of continuous occupation across eight distinct cultural periods, from the Neolithic through the Bronze Age.
- Neolithic farming: Semi-nomadic peoples cultivated wheat and barley and herded sheep, goats, and cattle at Mehrgarh — among the earliest evidence of agriculture in all of South Asia.
- Proto-dentistry: In 2001 C.E., archaeologists discovered eleven drilled molar crowns from nine adults in a Mehrgarh graveyard, published in Nature in 2006 C.E. as the oldest known evidence of tooth drilling in a living person anywhere in the world.
A village at the edge of a world
Around ~6500 B.C.E., the settlement at Mehrgarh was a small but vital place. Mud-brick buildings with four internal rooms sheltered families who were developing something entirely new for the region: a settled agricultural life. Their burials tell a story of meaning and connection. The dead were interred with baskets, bone tools, turquoise beads, and ornaments of sea shell — materials gathered from coastlines and mountain ranges far beyond the plain where they lived.
Lapis lazuli found at the site was sourced from present-day Badakhshan, in what is now northeastern Afghanistan — hundreds of miles away. This was not an isolated community. It was a node in a web of exchange.
The question of where Mehrgarh’s culture originated has occupied archaeologists for decades. Some early researchers saw it as an extension of Near Eastern Neolithic traditions, pointing to shared wheat varieties, similar herd animals, and comparable early pottery styles. French archaeologist Jean-François Jarrige, who led the excavation team that discovered the site in 1974 C.E., argued differently. He concluded that Mehrgarh had an earlier local background — that it was not simply a copy of Mesopotamian village life transplanted eastward, but something with its own roots and trajectory.
The truth is likely somewhere in between: a region shaped by both local innovation and long-distance cultural contact, at a time when farming was spreading across much of the Old World.
What Mehrgarh built over time
The site was not a single moment. It was a civilization in slow motion.
By the later periods of occupation — Periods II and III, roughly from the sixth to fourth millennia B.C.E. — the people of Mehrgarh were firing glazed faience beads, shaping detailed terracotta figurines, and experimenting with copper smelting. Female figurines with painted decorations and varied hairstyles suggest a rich visual culture. Button seals with geometric designs point toward the beginnings of symbolic marking systems that would later become more elaborate across the broader region.
Long-distance trade continued and expanded. Evidence of lapis lazuli from Badakhshan reappears in Period II, confirming that the earlier connections were not accidental but sustained — part of how these communities understood themselves in relation to a wider world.
Mehrgarh’s later periods coincided with the expansion of settled populations across the western edge of South Asia, including the founding of other settlements like Rana Ghundai and Sheri Khan Tarakai. According to archaeologist Asko Parpola, the culture at Mehrgarh eventually migrated into the Indus Valley and contributed to the emergence of the Indus Valley Civilization — one of the ancient world’s great urban cultures, flourishing between roughly 3300 and 1300 B.C.E.
Lasting impact
Mehrgarh matters for reasons that go beyond its age. It is direct evidence that South Asia was not a passive recipient of agricultural knowledge from the Near East, but an active zone of development in its own right. The earliest cattle herding evidence in South Asia comes from this site, dated to roughly 7,000 years before the present — a finding with implications for understanding how pastoralism spread across Eurasia and shaped the genetics, diet, and economies of entire populations.
The proto-dentistry finding is equally striking. The drilling of teeth in living patients — presumably to relieve decay — was practiced at Mehrgarh at a time when most of the world’s population was still foraging. This was not primitive improvisation. It was systematic enough that researchers identified a tradition of dental practice, repeated across multiple individuals over generations.
More broadly, Mehrgarh shows that the Neolithic revolution — the shift from mobile foraging to settled farming — was not a single event that spread outward from one origin point. It was a process that happened in multiple places, among many peoples, shaped by local knowledge and ecological conditions. The communities of Balochistan were part of that story from very early on.
Research on lactose tolerance genetics in South Asia adds another dimension: the westward genetic connections visible in modern South Asian populations appear to include contributions from Iran and the Middle East — the same broad corridor through which cultural exchange with Mehrgarh seems to have flowed, suggesting that what moved along those ancient routes was not just pottery styles and grain varieties, but people.
Blindspots and limits
The dating of Mehrgarh’s earliest period remains genuinely contested. Jarrige’s original excavation suggested occupation beginning before 7000 B.C.E., but more recent radiocarbon dating by Mutin and Zazzo places Period I between 5250 and 4650 B.C.E. — a significant difference that affects how the site fits into the broader story of South Asian prehistory. Scholarly consensus has not fully settled this question.
The site has also been only partially excavated, and decades of political instability in the region have complicated continued research. The archaeological record that does exist reflects what survived, what was found, and what researchers chose to study — not necessarily the full picture of who lived there, what they believed, or how their society was organized across its many centuries. The women and men who built Mehrgarh remain, in most respects, anonymous to history.
There is also a population puzzle: dental evidence suggests that the Chalcolithic population of Mehrgarh did not directly descend from its Neolithic founders, pointing to moderate levels of migration or gene flow over time. What that transition looked like — whether peaceful, gradual, or otherwise — is not yet known. Some researchers suggest the direct descendants of Neolithic Mehrgarh are to be found further south and east, in northwestern India and the western Deccan.
Read more
For more on this story, see: Wikipedia — Mehrgarh
For more from Good News for Humankind, see:
- Ghana establishes a new marine protected area at Cape Three Points
- Indigenous land rights: 160 million hectares recognized ahead of COP30
- The Good News for Humankind archive on prehistory
About this article
- 🤖 This article is AI-generated, based on a framework created by Peter Schulte.
- 🌍 It aims to be inspirational but clear-eyed, accurate, and evidence-based, and grounded in care for the Earth, peace and belonging for all, and human evolution.
- 💬 Leave your notes and suggestions in the comments below — I will do my best to review and implement where appropriate.
- ✉️ One verified piece of good news, one insight from Antihero Project, every weekday morning. Subscribe free.
More Good News
-

China plans to double its already massive clean energy supply by 2035
China’s new climate pledge to the United Nations sets a target of 3,600 gigawatts of wind and solar power by 2035 — more than the entire electricity-generating capacity of the United States today, and roughly double what China has already built. The commitment is woven into the country’s next Five-Year Plan, which directs state banks, provinces, and manufacturers to move in the same direction. Because China makes about 80% of the world’s solar panels, every factory it scales up makes clean energy cheaper for buyers in Africa, Southeast Asia, Latin America, and everywhere else. That ripple effect is what makes…
-

Doctors hail first breakthrough in asthma and COPD treatment in 50 years
Benralizumab, a single injection given during an asthma or COPD attack, outperformed the steroid pills that have been the only emergency option since the 1970s. In a King’s College London trial of 158 patients, those who got the shot had four times fewer treatment failures over 90 days, along with easier breathing and fewer follow-up visits. Because steroids carry real risks with repeated use — diabetes, osteoporosis, and more — a genuine alternative could change daily life for millions of people who live in fear of the next flare-up. After a half-century of stalled progress on diseases that claim 3.8…
-

Mexico launches universal healthcare for all 133 million citizens
Mexico universal healthcare is now officially a reality, with the country launching a system designed to cover all 133 million citizens through the restructured IMSS-Bienestar network. Before this reform, an estimated 50 million Mexicans had no formal health insurance, with rural and Indigenous communities bearing the heaviest burden of untreated illness and medical debt. The new system severs the long-standing tie between employment and healthcare access, providing free consultations, medicines, and hospital services regardless of income. If implemented effectively, Mexico’s move could serve as a powerful model for other middle-income nations still navigating fragmented, inequitable health systems.

