People in northern and western China were probably the first in the world to use coal as a source of energy in a consistent way. The ages cluster around 1900–2200 bc in modern day Inner Mongolia and Shanxi provinces. These are areas where near-surface coal is abundant today and woody vegetation was scant in the Bronze Age. Since coal is bulky to transport, it was probably not a cost-effective energy source in areas with abundant wood supply. The sites where coal was first used were probably occupied for a century to a few centuries at most and were associated with Bronze Age societies. The earliest age is about 3490 bc from a house site at Xiahe in Shaanxi Province; however, the coal is not securely tied to the radiocarbon ages and is assumed to have been used at this site sometime after 3490 bc. The elemental composition of modern mine and sedimentary coal in nearby archaeological contexts suggests that coal was used from local sources, and that elemental composition of coal may be a useful tool in identifying site origin of coal.
Archaeological Institute of Inner Mongolia (1988) Zhukaigou archaeological site in Inner Mongolia. Acta Archaeologica Sinica3: 301–332.
2.
BergreenL (2007) Marco Polo: From Venice to Xanadu. New York: Random House Digital.
3.
Bronk RamseyCHighamTBowlesA. (2004) Improvements to the pretreatment of bone at Oxford. Radiocarbon46: 155–163.
4.
BronsonB (1999) The transition to iron in ancient China. In: PigottVC (ed.) The Archaeometallurgy of the Asian Old World. Philadelphia, PA: The University Museum, University of Pennsylvania, pp. 177–193.
DaemenJJK (2004) Coal Industry, History of Encyclopedia of Energy, vol. 1. Amsterdam: Elsevier, Inc.
7.
DodsonJLiXJiM. (2009) Early bronze in two Holocene archaeological sites in Gansu, NW China. Quaternary Research72: 309–314.
8.
DongYWuN (2012) The history of coal use recorded in the Yaoxian Loess Section during the late Holocene and its implications for human activity. Quaternary Sciences32: 565–566.
9.
FreeseB (2006) Coal: A Human History. London: Arrow.
10.
GelegdorjEChunagAGordonRB. (2007) Transitions in cast iron technology of the nomads in Mongolia. Journal of Archaeological Science34: 1187–1196.
11.
HartwellRM (1967) A cycle of economic change in imperial China: Coal and iron in northeast China 750–1350. Journal of the Economic and Social History of the Orient10: 102–159.
12.
HeYZhangG-L (2009) Historical record of black carbon in urban soils and its environmental implications. Environmental Pollution157: 2684–2688.
13.
HighamTFGJacobiRMBronk RamseyC (2006) AMS radiocarbon dating of ancient bone using ultrafiltration. Radiocarbon48: 179–195.
14.
HuSZhangPYuanM (2008) A study on the faunal remains from the Huoshiliang site in Yulin, Shaanxi. Acta Anthropologica Sinica27: 232–248.
15.
HuaQJacobsenGEZoppiU. (2001) Progress in radiocarbon target preparation at the ANTARES AMS Centre. Radiocarbon43: 275–282.
16.
LiWYLuD (1995) Industrial Geography of China. Beijing: Science Press.
17.
LiXSunNDodsonJ. (2011) The impact of early smelting on the environment of Huoshiliang in Hexi Corridor, NW China, as recorded by fossil charcoal and chemical elements. Palaeogeography, Palaeoclimatology, Palaeoecology305: 329–336.
18.
LuZR (1991) The Zhukaigou culture and Lijiaya culture. Archaeology and Cultural Relics6: 48–53.
19.
ReimerPBardEBaylissA. (2013) IntCal13 and Marine13 radiocarbon age calibration curves 0–50,000 years cal BP. Radiocarbon55: 1869–1887.
20.
ThéryIGrilJVernetJL. (1996) Coal used for fuel at two prehistoric sites in southern France: Les Canalettes (Mousterian) and Les Usclades (Mesolithic). Journal of Archaeological Science23: 509–512.
21.
WrightT (2007) An economic cycle in imperial China? Revisiting Robert Hartwell on iron and coal. Journal of the Economic and Social History of the Orient50: 398–423.
