|Ban Chiang Archaeological Site|
|Name as inscribed on the World Heritage List|
|Inscription||1992 (16th Session)|
Discovered in 1966, the site attracted enormous publicity due to its attractive red painted pottery. Villagers had uncovered some of the pottery in prior years without insight into its age or historical importance. In August 1966 Steve Young, an anthropology and government student at Harvard College, was living in the village conducting interviews for his senior honors thesis. Young, a speaker of Thai, was familiar with the work of William Solheim and his theory of possible ancient origins of civilization in Southeast Asia. One day while walking down a path in Ban Chiang with his assistant, an art teacher in the village school, Young tripped over a root of a Kapok tree and fell on his face in the dirt path. Under him were the exposed tops of pottery jars of small and medium sizes. Young recognized that the firing techniques used to make the pots were very rudimentary but that the designs applied to the surface of the vessels were unique and wonderful. He took samples of pots to Princess Phanthip Chumbote who had the private museum of Suan Pakkad in Bangkok and to Chin Yu Di of the Thai Government's Fine Arts Department
During the first formal scientific excavation in 1967, several skeletons, together with bronze grave gifts, were unearthed. Rice fragments have also been found, leading to the belief that the Bronze Age settlers were probably farmers. The site's oldest graves do not include bronze artifacts and are therefore from a Neolithic culture; the most recent graves date to the Iron Age.
The first datings of the artifacts using the thermoluminescence technique resulted in a range from 4420 BCE to 3400 BC, which would have made the site the earliest Bronze Age culture in the world. However, with the 1974/75 excavation, sufficient material became available for radiocarbon dating, which resulted in more recent dates—the earliest grave was about 2100 BC, the latest about 200 AD. Bronze making began circa 2000 BC, as evidenced by crucibles and bronze fragments. Bronze objects include bracelets, rings, anklets, wires and rods, spearheads, axes and adzes, hooks, blades, and little bells. However, the date of 2100 BC was obtained by Joyce White on the basis of six AMS radiocarbon dating crushed potsherds containing rice chaff temper and one on the basis of rice phytoliths. The potsherds came from mortuary offerings. This method of dating is now known to be unreliable, because the clay from which the pots were made might well itself contain old carbon. Specialists in radiocarbon dating now encourage that the method is not employed. A new dating initiative for this site has now been undertaken by Professor Thomas Higham of the AMS dating laboratory at Oxford University, in conjunction with Professor Charles Higham of the University of Otago. This has involved dating the bones from the people who lived at Ban Chiang and the bones of animals interred with them. The resulting determinations have been analysed using the Bayesian statistic OxCal 4.0, and the results reveal that the initial settlement of Ban Chiang took place by Neolithic rice farmers in about 1500 BC, with the transition to the Bronze Age in about 1000 BC. These dates are a mirror image of the results from the 76 determinations obtained from a second and much richer Bronze Age site at Ban Non Wat. The mortuary offerings placed with the dead at Ban Chiang during the Neolithic and Bronze Ages were in fact, few and poor.
The site made headlines in January 2008 when thousands of artifacts from the Ban Chiang cultural tradition and other prehistoric traditions of Thailand were found to illegally be in several California museums and other locations. The plot involved smuggling the items into the country and then donating them to the museums in order to claim large tax write offs. There were said to be more items in the museums than at the site itself. This was brought to light during high profile raids conducted by the police after a National Park Service agent had posed under cover as a private collector. If the US government wins its case, which is likely to take several years of litigation, the artifacts are to be returned to Thailand.
- Higham, Charles, Prehistoric Thailand, ISBN 974-8225-30-5, pp 84–88
- Southeast Asia: A Past Regained, Time Life Books, Alexandria, Virginia 1995, pages 25–32
- The Ban Chiang project at the University of Pennsylvania
- Ban Chiang gallery at the University of Hawai'i
- UNESCO world heritage listing
-  from the AP Wire
NOTE: The excavation at Ban Chiang in 1974/75 was followed by an article by Chester Gorman and Pisit Charoenwongsa, claiming evidence for the earliest dates in the world for bronze casting and iron working. This led to an at times acrimonious debate, between those who accepted these dates, and those who did not. Subsequent excavations, including that at Ban Non Wat, have now shown that the proposed early dates for Ban Chiang are unlikely. However, the early claims are still repeated in the secondary literature.
Gorman, C.F. and Charoenwongsa, P. 1976. Ban Chiang: A mosaic of impressions from the first two years. Expedition 8(4):14–26.
After Dr. Gorman's untimely death in 1981, Dr. Joyce White continued research and publications as Director of the Ban Chiang Project at the University of Pennsylvania Museum of Archaeology and Anthropology. Dr. White's research endeavors have included analysis and publication of Penn’s excavations at Ban Chiang in Thailand in the mid-1970s; ecological field research at Ban Chiang in 1978-1981 including investigations of how local people identified and used plants; lake coring and ecological mapping for palaeoenvironmental research in several parts of Thailand during the 1990s; and since 2001, survey and excavation in northern Laos, especially in Luang Prabang Province. However, no final report on the 1974-5 excavations has been forthcoming.
See also 
- This Ancient Land of Dinosaurs, Siamoid, Siamese, and Thais Part III
- "The Discovery of Ban Chiang" 
|Wikimedia Commons has media related to: Ban Chiang culture|
Higham C.F.W. and T.F.G. Higham 2009. A new chronological framework for prehistoric Southeast Asia, based on a Bayesian model from Ban Non Wat. Antiquity 82:1-20. Higham C.F.W. 2011. The Bronze Age of Southeast Asia: new insight on social change from Ban Non Wat. Cambridge Archaeological Journal 21(3): 365-89 Higham C.F.W., R. Ciarla, T.F.G. Higham, A. Kijngam and F. Rispoli 2011. The establishment of the Bronze Age in Southeast Asia. Journal of World Prehistory, 24 (4),227-274: Higham C.F.W., T.F.G. Higham and A. Kijngam 2011. Cutting a Gordian Knot: The Bronze Age of Southeast Asia, timing, origins and impact. Antiquity 85:583-98. White, J.C. and Hamilton, E. G. 2009. The Transmission of Early Bronze Technology to Thailand: New Perspectives World Prehistory (2009) Vol. 22. Pp 357–397
- Southeast Asia: A Past Regained, Time Life Books, Alexandria, Virginia 1995, pages 25–32
- "White, J.C. 2008 Dating Early Bronze at Ban Chiang, Thailand. In From Homo erectus to the Living Traditions. Pautreau, J.-P.; Coupey, A.-S.; Zeitoun, V.; Rambault, E., editors. European Association of Southeast Asian Archaeologists, Chiang Mai, pp. 91-104.".
- Vitale, Katherine D. (April 1, 2009). "The war on antiquities: United States law and foreign cultural property.". Notre Dame Law Review. The Free Library. Retrieved April 18, 2011. "On the morning of January 24, 2008, federal agents raided four California museums"
- Pietrusewsky, Michael; Douglas, Michele T. (Michele Toomay) (Fall 2001). "Intensification of Agriculture at Ban Chiang: Is There Evidence from the Skeletons?". Asian Perspectives (Project MUSE: University of Hawai'i Press) 40 (2): 157–178. doi:10.1353/asi.2001.0023. ISSN 0066-8435. e-issn 1535-8283. Retrieved 21 September 2011. "Abstract: Human skeletal remains excavated in 1974 -1975 at Ban Chiang, a premetal to Bronze/Iron Age site located in northeastern Thailand, are used to examine the health effects of sedentism and agricultural intensification. The archaeological sequence provides evidence for the introduction of iron and water buffalo in the Middle period, suggesting the beginning of intensified agriculture. The effects of this agricultural intensification on the paleodemography, health, and patterns of traumatic injury of Ban ChiangÕs early inhabitants is examined. The skeletal and dental attributes examined include palaeodemographic parameters, dental caries, dental enamel hypoplasia, cribra orbitalia, stature, skeletal infections, and trauma. The results of this analysis are mixed. There are decreases in life expectancy and mean age-at-death that are consistent with a decline in health over time, but evidence for an increase in fertility, expected with intensified agriculture, is not found. Expected temporal increases in dental enamel hypoplasia and adult cribra orbitalia are documented. However, the expected decline in adult stature and expected increases in dental caries, cribra orbitalia in subadults, skeletal infection, and traumatic injury are not found. Overall, the skeletal indicators support continuity in Ban Chiang health, suggesting continuous reliance on a broadly based subsistence system. These findings do not fit the typical pattern demonstrated for other human groups experiencing the transition to sedentism and intensified agriculture and may support the contention that Southeast Asia's archaeological sequence differs markedly from those studied elsewhere in the world"