Kushan Coins at the ANS
A long-awaited publication from The American Numismatic Society, Kushan, Kushano-Sasanian, and Kidarite Coins, is now available for sale. The 322-page hardcover catalogue by David Jongeward and Joe Cribb with Peter Donovan presents all of the Kushan coins in the ANS collection with detailed descriptions and commentary, including 79 full-color plates. The Kushan Empire flourished between the 2nd century BC and the 3rd century AD, covering much of modern-day Pakistan, Afghanistan, and northern India.
Moving beyond previous publications, there have been major revisions to the organization and chronology of the production system of Kushan coinage. The catalogue is based on the latest coin-based research, including site find analysis and die studies. Introductory essays present the historical and cultural context of the kings and their coins, with the coins classified by ruler, metal, denomination, mint, production phase, type and variety.
The catalogue features two series of coins issued by the Kushano-Sasanian and the Kidarite Hun rulers of former Kushan territory as they adapted and followed the Kushan coinage system. The overall work covers four centuries of Central and South Asian ancient history and contains illustrations of all the ANS gold coins and as well as a selection of copper coins.
Andrew Reinhard, Director of Publications, commented on this newest title, “With a very strong cabinet of Far Eastern issues, we at the ANS were excited to produce material on our Central and South Asian coinage. This catalogue is an incredible tool for academics, numismatists, and collectors, as it will assist in identifying coins and with the general understanding of this significant historical period.”
Kushan, Kushano-Sasanian, and Kidarite Coins is available to order on the ANS website at https://numismatics.org/Store/Kushans
You can also call Catherine DiTuri to place your order at 212-571-4470, ext. 117.
The list price is $150; ANS members may purchase it for $105.
Download a PDF of the introduction at no charge by clicking here.