White Gold
Studies in Early Electrum Coinage
Edited by
Peter van Alfen and Ute Wartenberg
with
Wolfgang Fischer-Bossert, Haim Gitler,
Koray Konuk, and Catharine C. Lorber
THE AMERICAN NUMISMATIC SOCIETY
NEW YORK
THE ISRAEL MUSEUM
JERUSALEM
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© The American Numismatic Society and The Israel Museum, Jerusalem
ISBN ----
Library of Congress Control Number:
Printed in Canada
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View of the exhibition White Gold: Revealing the World’s Earliest Coins at The Israel Museum, Jerusalem,
2012–2013. Photo © The Israel Museum, Jerusalem, by Elie Posner.
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Contents
Preface
vi
Peter van Alfen and Ute Wartenberg. Introduction. White Gold and the Beginnings
of Coinage: An Introduction to the Current State of Research
Part I: The Great Transformation
. Kristin Kleber. As Skillful as Croesus: Evidence for the Parting of Gold and Silver by
Cementation from Second and First Millennium Mesopotamia
. Haim Gitler and Oren Tal. A View from the Near East: The Transition from Metal to
Coin Economy in the Southern Levant
. John H. Kroll. The Inscribed Account on Lead from the Ephesian Artemision
Part II: The Earliest Electrum: The Evidence
. Selene E. Psoma. White Gold and Electrum in Literary Sources and Inscriptions
. Michael Kerschner and Koray Konuk. Electrum Coins and Their Archaeological
Context: The Case of the Artemision of Ephesus
. Michael Kerschner. The Archaic Temples in the Artemision of the “Central Basis”
. Bernhard Weisser. An Archaic Striated Electrum Coin from the Sanctuary of Aphrodite at Miletus
. Kenneth Sheedy. The Question of Archaic Athenian Electrum
. Nicholas Cahill, Jill Hari, Bülent Önay, Esra Dokumaci. Depletion Gilding of
Lydian Electrum Coins and the Sources of Lydian Gold
. Maryse Blet-Lemarquand and Frédérique Duyrat. Elemental Analysis of the
Lydo-Milesian Electrum Coins of the Bibliothèque Nationale de France Using LA-ICPMS
00-Frontmatter.indd 5
. Haim Gitler, Yuval Goren, Koray Konuk, Oren Tal, Peter van Alfen, David
Weisburd. XRF Analysis of Several Groups of Electrum Coins
. Wolfgang Fischer-Bossert. Phanes: A Die Study
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Part III: The Earliest Electrum: Interpretations—Why Coinage?
. Alain Bresson. The Choice of Electrum Monometallism: When and Why
. François R. Velde. A Quantitative Approach to the Beginnings of Coinage
. Donald W. Jones. Mechanism Design Approach to Lydian Coinage
. John H. Kroll. Issue Identification, Dynastai, and the Plethora of Types in Early
Electrum Coinage
. Peter van Alfen. The Role of “The State” in Early Electrum Coinage
Part IV: Electrum Continuation
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. Ute Wartenberg. Was there an Ionian Revolt Coinage? Monetary Patterns in the
Late Archaic Period
. François de Callataÿ. Prolegomena to a Die Study of the Electrum Coinage of
Cyzicus
. Mariusz Mielczarek. Cyzicene Electrum Coinage and the Black Sea Grain Trade
. Selene E. Psoma. “ Ἥδε Κύζικος πλέα στατήρων”: How to Explain the Electrum
Coinage of Cyzicus
Index of Coin Hoards
Index
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Abbreviations
ABADY Archäologische Berichte aus dem Yemen
AAE Arabian Archaeology & Epigraphy
AfO Archiv für Orientforschung
AION Annali dell’Istituto orientale di Napoli
AJA American Journal of Archaeology
AnOr Analecta Orientalia
ANRW H. Temporini, and W. Haase, eds. Aufstieg und Niedergang der römischen Welt. Berlin: de Gruyter
AOS American Oriental Society
BBVO Potts, D. T., ed. . Dilmun: New studies in the archaeology and early history of Bahrain. Berlin:
Berliner Beiträge zum Vorderen Orient .
BIFAO Bulletin de l’Institut français d’archéologie orientale
BiOr Bibliotheca Orientalis
BSOAS Bulletin of the School of Oriental and African Studies
BZ Byzantinische Zeitschrift
CIS: Corpus inscriptionum semiticarum. Pars quarta. Inscriptiones ḥimyariticas et sabæas continens. Paris.
1889–1932.
CNIP Carsten Niebuhr Institute Publications
CRAIBL Comptes Rendus de l’Académie des Inscriptions & Belles-Lettres
CSAI: http://csai.humnet.unipi.it
EI Encyclopaedia of Islam, New edition
FAOS Freiburger altorientalische Studien
FFF 1983 Salles, J.-F., ed. . Failaka, fouilles françaises 1983, Lyon: Travaux de la Maison de l’Orient .
FFF 1986–1988 Calvet, Y., and Gachet, J., eds., . Failaka, fouilles françaises 1986–1988, Lyon: Travaux de
la Maison de l’Orient .
IGCH Thompson, M., O. MØrkholm, and C. M. Kraay, eds. . An inventory of Greek coin hoards. New
York: American Numismatic Society.
JA Journal Asiatique
JASP Jutland Archaeological Society Publications
JCS Journal of Cuneiform Studies
JESHO Journal of the Economic and Social History of the Orient
JNES Journal of Near Eastern Studies
JOS Journal of Oman Studies
JRAS Journal of the Royal Asiatic Society
JSAI Jerusalem studies in Arabic and Islam
JSS Journal of Semitic Studies
N.A.B.U. Nouvelles Assyriologiques Brèves et Utilitaires
NC Numismatic Chronicle
OBO Orbis Biblicus et Orientalis
OIP Oriental Institute Publications
OLA Orientalia Lovaniensia Analecta
OLP Orientalia Lovaniensia Periodica
Or Orientalia
PF Persepolis fortification text
PSAS Proceedings of the Seminar for Arabian Studies
RA Revue d’Assyriologie
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RE Real-Encyclopädie der classischen Altertumswissenschaft
RES: Répertoire d’Épigraphie Sémitique. Paris. 1929–1968.
RIM Royal Inscriptions of Mesopotamia
RlA Reallexikon der Assyriologie
RN Revue numismatique
RSO Rivista degli studi orientali
SAAB State Archives of Assyria Bulletin
SC: Houghton, A., C. Lorber, and O. Hoover. 2008. Seleucid coins: a comprehensive catalogue. Part II. Seleucus
IV through Antiochus XIII. Vol. I. New York and Lancaster/London: American Numismatic Society and
Classical Numismatic Group, Inc.
SD: Beeston, A. F. L., M. A. Ghul, W. W. Müller, J. Ryckmans. 1982. Sabaic Dictionary (English-FrenchArabic). Publication of the University of Sanaa, YAR. Louvain-la-Neuve and Beirut.
SNGANS Sylloge Nummorum Graecorum. 1981. The collection of the American Numismatic Society. Part 6:
Palestine-South Arabia. New York: American Numismatic Society.
SBAW Sitzungsberichte der Akademie der Wissenschaften Wien, philosophische-historische Klasse
TMO Travaux de la Maison de l’Orient, Lyon
ZA Zeitschrift für Assyriologie
ZDMG Zeitschrift der Deutschen Morgenländischen Gesellschaft
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Preface
The genesis of this volume took place in 2011 when then Numismatics Curator, Haim Gitler, conceived of a unique exhibition to be held at The Israel Museum, Jerusalem, that would showcase the
earliest coins in the Western tradition, those struck in electrum. Five hundred coins, all from the
collections of Dr. Thomas S. Kaplan, Baron Lorne Thyssen-Bornemisza, and several from The Israel
Museum, Jerusalem, were displayed in a spectacular exhibition, the first of its kind anywhere that
looked at electrum coinage from the seventh to the fourth centuries BCE. Catharine Lorber soon
joined Gitler in curating the exhibition, White Gold: Revealing the World’s Earliest Coins,1 a name
suggested by Lorber, which opened in June 2012, with an exhibition catalogue of the same name written by Koray Konuk, Lorber, and edited by Gitler.
Meanwhile, Gitler organized a conference on electrum coinage that was held at The Israel Museum, Jerusalem, the week the exhibit opened. Tom Kaplan and Lorne Thyssen-Bornemisza, who
have been keenly interested in this area of numismatic research, both actively participated in the conference. We are also most grateful for their most generous support, which funded the exhibition and
conference, as well as this volume, and also for their help and enthusiasm for this project. Initially,
Gitler, Lorber, and Konuk planned to publish the conference proceedings with The Israel Museum,
Jerusalem’s imprimatur, but as many of the conference participants felt a follow-up meeting would
be beneficial to address some of the outstanding problematic aspects of early electrum raised in
Jerusalem, a second White Gold conference was held in November 2013 at the American Numismatic
Society (ANS) in New York City. In 2016, it was decided that publication of the proceedings of the two
conferences would be undertaken by the ANS with Peter van Alfen and Ute Wartenberg serving as the
volume’s editors, who received considerable editorial and other assistance on several of the chapters
from Wolfgang Fischer-Bossert. Since 2013, the scope of the volume grew. Scholars, notably Kristin
Kleber and Donald Jones, who had not participated in the two original conferences were invited to
contribute chapters, and others who had participated offered additional contributions. While the expanded scope of the volume delayed publication, nonetheless we can now offer a fuller and more detailed picture of the evidence at hand for understanding the various contexts in which early electrum
coins were produced and used.
A publication project of this size and duration has necessarily involved numerous individuals,
many of whom have spent untold hours working on various aspects of production. Andrew Reinhard,
the ANS’s Director of Publications, deserves our sincerest appreciation for designing and typesetting
the book, an inordinately complicated task. Emma Pratte and Alan Roche, both at the ANS, provided
aid with many of the illustrations, while Orla Mulholland loaned her German-to-English translation
skills, and Theresa Huntsman her critical proofreading services.
Finally, a note on spelling conventions for ancient names, places, and denominations. In general,
we have opted to use the Latinate rather than Hellenized versions for notable ancient figures, places,
and other terms since these are the ones most familiar to Anglophone readers. One exception to this
is our adoption of the Hellenized version of some of the denominational terminology associated with
early electrum coinage. To aid readers in understanding this terminology, and some of the associated
variations used by authors in this volume, we provide an overview of denominational terminology in
the front matter.
. https://museum.imj.org.il/exhibitions//WhiteGold/index.html.
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Electrum Denominations
—
1/2 stater
1/3 stater
1/4 stater
1/6 stater
1/12 stater
1/24 stater
1/48 stater
1/96 stater
1/192 stater
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stater(s)
half(s)
third(s)
fourth(s)
sixth(s)
twelfth(s)
twenty-fourth(s)
forty-eighth(s)
ninety-sixth(s)
—
hemistater(s)
tritê/tritai
tetartê/tetartai
hektê/hektai
hemiekton/hemiekta
myshemiekton/myshemiekta
tetartemorion/tetartemoria
hemitetartemorion/hemitetartemoria
—
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White Gold, pp. –
© The American Numismatic Society
Introduction
White Gold and the Beginnings of Coinage:
An Introduction to the Current State of Research
Peter van Alfen and Ute Wartenberg
Introduction
In June 2012, the Israel Museum in Jerusalem opened a spectacular temporary exhibition entitled
White Gold: Revealing the World’s Earliest Coins, showcasing hundreds of electrum coins minted
in Asia Minor and Greece between roughly 650 and 450 BCE.1 In conjunction with the opening of
the exhibition, its curator, Haim Gitler, welcomed a dozen scholars to participate in a conference
that sought to examine the beginnings of coinage in the Western world, seeking to answer two of
the most perplexing questions in early numismatics: “Why coinage?” and “Why electrum?” As
will be seen, there is no certain answer for why coins needed to be struck at all and why the first
coins were struck in alloyed gold and silver—i.e., electrum—rather than unalloyed, as was commonplace in later centuries. In his keynote address at the opening of the exhibition, François de
Callataÿ summed up the results of the two-day conference: “We are still confused, but on a higher
level.”2
Roughly a year-and-a-half later, in November 2013, a follow-up conference was held at the
American Numismatic Society in New York City, with the stated purpose of further exploring
some of the issues left unresolved at the conference in Jerusalem. There, too, the participants came
away with the sense of being better informed about the problems but still far from having definitive answers for our two most pressing questions. This volume, White Gold, which serves as the
proceedings of both gatherings, offers readers the first systematic attempt in generations to lay
bare what we know of the beginnings of coinage in the Western tradition from a factual standpoint
and to offer a range of interpretations of the data. While it is certain that this volume offers a great
. Konuk and Lorber .
. A version of this talk was published in de Callataÿ .
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deal that is new in terms of both data and interpretations, definitive answers remain maddeningly
elusive; we still do not know why, exactly, the Lydians and the Greeks who were subject to them
decided to strike the first coins in the seventh century BCE, or why they decided to do so in what
Herodotus (1.50) called chrysion leukon, “white gold.” In what follows, we offer a synopsis of the
problems and the current state of our answers to them.3
Part I: The Great Transformation
The first coins were struck somewhere within what is today the westernmost part of the modern
Republic of Turkey. Large parts of this region in the period that concerns us here, from ca. 650 to
450 BCE, came from the late seventh century onward under the control of the Lydians, an indigenous people with a distinct language and culture. They initially inhabited the region surrounding
Sardis, which became the capital of the Lydian Empire.4 Herodotus’ rather fanciful account of the
growth and spread of a powerful Lydian dynasty, the Mermnads, seeks to explain how they came
to control all of Asia Minor west of the Halys River, including several wealthy and powerful Greek
poleis, such as Miletus and Ephesus.5 For over a century, from the time of the first of the dynasts,
Gyges, until the final king, Croesus, who lost his throne to the Achaemenid Persian onslaught in
the middle of the sixth century BCE, the Lydian Empire was the wealthiest and most powerful
entity that the Aegean region had yet seen;6 its rulers were especially renowned for their wealth
and extraordinary dedications at Greek sanctuaries across the region.7
At some point during the period of Lydian hegemony, and at some place within the Lydian
Empire, the first coins were struck. It remains unclear whether the initiative came from the Lydian
throne, from the subject tyrants and oligarchs of the Greek poleis, or from otherwise independent elites. What is certain is that within a comparatively short span of time scores of producers,
including the Lydian king, began to strike small, pre-weighed and pre-formed ingots of alloyed
precious metals, usually with a design of some significance on the obverse. The rough date when
this all began has long been a matter of controversy that has centered on the dozens of coins found
in the archaeological excavations of the Artemision, the temple of Artemis at Ephesus, particularly those found in the so-called Central Basis, the cultic heart of the several temples built and
rebuilt on the spot over the course of the Archaic and Classical periods.8 As detailed by Michael
Kerschner in this volume, although the early twentieth-century British excavators D. G. Hogarth
and A. E. Henderson were essentially correct in their dating of the earliest portions of the Central
Basis to the seventh century BCE, the assumptions of the later twentieth-century Austrian archaeologist Anton Bammer, influenced in no small measure by numismatist Martin Price’s views of the
stylistic progression of the early coins, encouraged a significant down-dating of the Central Basis,
and thus the beginnings of coinage, to the first part of the sixth century.9 This late beginning of
electrum coinage can be found in many of the publications of the last thirty years, but Kerschner’s
careful reanalysis of the excavation records make it clear that a seventh-century BCE date for the
. Two papers presented at the original Jerusalem conference are not published here, one by Katerini Liampi and another by Robert Wallace, who opted to publish it elsewhere (Wallace ). Two additional papers, however, have been
added, those by Kristin Kleber (this volume) and Donald Jones (this volume).
. For overviews of the Lydians, their culture, and empire see Cahill ; Roosevelt ; Payne and Wintjes .
. Hdt. .–.
. Dale and Wallace offer recent reassessments of the dynasty and the chronologies of the kings.
. Herodotus (.–; .) records great quantities of pure gold and white gold in bullion form, along with worked
objects in gold and silver sent to various Greek sanctuaries in Asia Minor and in mainland Greece; see also Buxton .
. Konuk and Kerschner, this volume.
. Kerschner, this volume.
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White Gold and the Beginnings of Coinage
3
beginnings of electrum coinage best fits the archaeological and historical evidence. It now seems
probable that the first coins were struck sometime in the third quarter of the seventh century, e.g.,
between 650 and 625 BCE, and that those deposited in the Central Basis a short time later were
part of a ritual foundation offering to the goddess.
While we can be certain that the introduction of coinage and its use marked a change in
monetary habits in Archaic western Asia Minor, and eventually across the entire Mediterranean
region, it is still unclear just how significant or transformative this change was, at least initially.
Did the introduction of coinage mark a great transformation, or was it simply a continuation, albeit refined, of earlier monetary practices? One critical component of any answer to this question
is the definition of “money,” a perpetually vexing problem. A number of scholars, including David
Schaps and Richard Seaford, have argued at length that the introduction of coinage coincided with
the introduction of money per se, at least as we think we understand it.10 Regardless of the evidence, for some degree of monetary thinking and the apparent use of non-coin monetary instruments, such as we find, for example, in the epics of Homer, they contend there was no all-purpose
money before coinage.11 Thus the introduction of coinage entailed monetization to an extent and
scale never before seen, along with its myriad economic, social, and political ramifications. Others, such as Michel Jursa, and Haim Gitler and Oren Tal in this volume, offer textual evidence,
corroborated by finds of hoards of Hacksilber (cut pieces of silver) in the Near East, to insist on
high levels of (non-coin) monetization in Mesopotamia and the Levant as early the second millennium BCE, but particularly widespread by ca. 900 BCE.12 This long-established Near Eastern
silver tradition in turn seems, as John Kroll has argued, to have inspired a similar use of weighed
monetary silver in the Aegean region before the first indigenous coins were struck in places like
Athens, and possibly in Ionia as well.13 One problem in all of these arguments, as detailed recently
by Peter van Alfen, is that the approach and methodologies used for defining money, which tend
to be functionalist and materialist and include a checklist of sorts for what money is and does,
continues to lead to a stalemate.14 Instead, van Alfen offers an approach to the problem of money
before coinage that seeks to understand the theoretical frameworks as well as the physical aspects
of the problem as a way forward.
In any event, it seems probable that in Lydia there was a monetary tradition already in place
that used precious metal bullion as a monetary instrument, one that continued well after coins
were in general production and circulation.15 Textual evidence for this comes from a remarkable
inscription found in the excavations of the Artemision that tallies what appear to be donations or
revenues acquired by the temple. As both John Kroll and Alain Bresson discuss in their chapters
here, these include significant sums of gold and silver in the form of unminted bullion.16 With
a suggested terminus ante quem of 570 BCE for the document, it was probably written at least a
generation or two after the first coins appeared, attesting to monetary transactions in an official,
public context in which electrum coins were refused because, as Kroll and Bresson conclude, pure
gold continued to be the money of account long after coins entered the picture.
. Schaps , , a, b, , ; Seaford .
. E.g., Il. .–: prizes in a wrestling contest valued in so many oxen; Od. .– : purchase of a slave girl for
twenty cows.
. Jursa ; Gitler and Tal, this volume; cf. Balmuth ; Thompson .
. Kroll , , , , , ; but cp. Davis .
. van Alfen ; cf. Peacock , .
. See, for example, the Archaic hoard from Colophon(?) published by Kim and Kroll () that contained both
coins and Hacksilber dating to ca. BCE.
. Kroll, this volume; Bresson, this volume; for the archaeological context of the tablet see Kerschner, this volume.
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Peter van Alfen and Ute Wartenberg
The fact that for around a century, ca. 650 to 550 BCE, coins were struck only in electrum may
have been a contributing factor to the Artemision treasurers rejecting them in payments to the
temple. Then, as now, the value differential between gold and silver was significant; throughout
most of antiquity the gold-silver ratio fluctuated between 1:10 and 1:14.17 Two of the most important components in the valuation of precious metal coinage are weight and alloy; ideally, all of the
coins within a series are struck as close to the standard weight as possible and with an alloy that
is consistent and publicly known. Although many of the issuers of early electrum coinage seemed
to have taken great care in producing coins of good and consistent weight, the alloys known for
the different series vary.18 Any slight fluctuation in the gold-silver ratio across a series of electrum
coins would significantly alter the valuation of individual coins, thus requiring each coin to be
separately checked and valued.19 Besides generally upsetting trust in coinage, such fluctuations
could also slow transactions to a crawl as individual coins were submitted to the touchstone and
balance, thus negating any transactional advantage, for the users at any rate, that coinage might
have had over bullion.20 The treasurers of the Artemision may have sought to avoid any such
uncertainties and hassles by insisting upon pure gold and silver bullion in payments rather than
accepting electrum coins. If this was true, and if electrum coins were rejected in certain types of
transactions in preference for pure gold or silver bullion, why was electrum used for coins in the
first place?
The answer to this question in recent years has been based on two assumptions: the Lydians
in Sardis had access to an abundance of naturally occurring electrum, and at the same time, they
initially lacked the technology to separate the gold from the silver for transactional use. There is
little question that the Lydians were known from an early date to have derived significant wealth
from the gold flowing past Sardis in the Pactolus River, washed down from deposits in Mt. Tmolus
(modern Bozdağ).21 As detailed by Cahill et al. in this volume, earlier interpretations of a passage
in Herodotus along with limited metallurgical analysis performed in the twentieth century on
alluvial gold from the Pactolus led to the conclusion that the native gold available to the Lydians
in Sardis typically contained 70–80% gold and 20–30% silver.22 Furthermore, the refinery discovered in sector PN in the excavations at Sardis was thought to have been established in response to
the need to find a way to separate gold and silver for monetary purposes—a technology that the
Lydians only developed in the sixth century.23 Based on these conclusions, coinage was seen to
be a solution offered by state authorities to the problem of how best to monetize this native gold
windfall and to deal with its comparatively high and variable silver content. The state nullified the
problem by using its coercive powers to set the value of the coinage struck in this native white
gold (i.e., electrum) at a rate sufficiently above the commodity value of the gold and silver within
. Kroll, this volume, calculates the gold-silver ratio found in the Artemision table at :-/; cf. Bresson, this volume.
. On the weights see Velde, this volume; for the alloys see Blet-Lemarquand and Duyrat, this volume, and Gitler et
al., this volume. For a detailed analysis of the weights and alloys of electrum coinage struck at Miletus, see Hilbert .
See further discussion below.
. Fischer-Bossert, this volume, demonstrates that both the weight and alloy in the staters of the Phanes series changed
over time, raising questions about the valuation of the individual coins in the series. Cf. Wallace .
. The large number of early Lydian coins with countermarks indicates that individual coins were often checked; see
Velde, this volume. Also, there seem to have been attempts by producers to disguise the fact that their electrum coins
had a lower amount of gold than was expected by users; see Cahill et al., this volume, and Konuk .
. Hdt. .. Psoma, this volume, discusses this and other literary passages.
. Herodotus (.) provides the linear and mass measurements of pure gold and white gold ingots given to the
sanctuary of Apollo at Delphi, which have been used to calculate the ratio of their gold-silver content; Cahill et al., this
volume.
. Ramage and Craddock . See also discussions in Kleber, this volume, and Cahill et al., this volume.
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White Gold and the Beginnings of Coinage
5
it to dispel any transactional chaos, much like modern states do today with their token coinages.
By guaranteeing the receipt of these coins in tax and other payments back to the state at the denominated value, the state could maintain their overvaluation and, at the same time, make a tidy
profit on their issuance. The limited circulation of early electrum coins within the territories of
the Lydian Empire would seem to corroborate this theory of a closed monetary zone within which
overvaluation was enforced.24
New evidence, however, compels us now to discard this theory, at least in part. The most recent metallurgical analyses of alluvial gold from the Pactolus, as well as modern mining activity on
Tmolus itself, indicate that the native gold found around Sardis is essentially pure.25 At the same
time, as Kristin Kleber demonstrates, the technology for separating gold and silver was perfected
long before Gyges took the throne and so must certainly have been known to the Lydians well
before they struck their first coins.26 While it remains possible that the Lydians had access to native electrum from sources in northwestern Anatolia, as suggested by Cahill et al. in their chapter,
even so there is now little doubt that the decision to strike coins in electrum was not just a calculated measure but that the alloy used was entirely of human design. The Lydians or Greeks, in
other words, had the resources and technology to strike their first coins in either pure gold or pure
silver but chose not to do so. It was not until generations later, ca. 550 BCE, when the last Lydian
king, Croesus, issued the first gold and silver coins—called “croesids” by modern scholars—that
electrum began to be abandoned as a coining metal by the majority of producers.27 Moreover,
we can no longer be so certain that the production and circulation of early electrum coinage was
confined to just the Lydian Empire in western Asia Minor. As chapters in this volume by Kenneth
Sheedy and Ute Wartenberg show, early electrum coinage was also produced outside of the empire in the northern Aegean and in mainland Greece, problematizing the notions of an extreme
overvaluation of electrum coinage and the necessity of a closed circulation zone to enforce this.28
A theoretical reassessment of early electrum coinage is therefore needed, requiring a concurrent
fresh look at the hard evidence of the coins themselves.
Part II: The Hard Evidence
Since coins were mass produced, the study of ancient coinage typically involves assembling datasets using the largest number of extant coins possible, whether for metallurgical analysis, for other
physical measurements, or for die studies (the comparison of existing coins struck from the same
die or sets of dies).29 This volume offers a number of studies of large groups of electrum coins.
Technological improvements in the techniques available for the metallurgical analysis of ancient coins over the last decade have yielded better and more reliable results for non-destructive
methods. Two chapters in this volume present the results of two independent, large-scale, yet
overlapping metallurgical analysis projects, one conducted at the Centre national de la recherche
scientifique (CNRS) in Orléans, France, and the other at the Israel Museum, in Jerusalem.30 The
project in Orléans, which analyzed 97 electrum coins, used LA-ICP-MS (Laser Ablation Induc. Wallace ; Le Rider .
. Cahill et al., this volume.
. Kleber, this volume.
. Le Rider : ch. .
. Sheedy, this volume; Wartenberg, this volume; cf. Wartenberg .
. Hilbert (), for example, presents an investigation of several hundred early electrum coins of Miletus that includes a full suite of metrological, metallurgical, and die studies.
. Blet-Lemarquand and Duyrat (this volume), and Gitler et al. (this volume).
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tively Coupled Plasma Mass Spectrometry), although for comparative purposes the investigators
analyzed many of the same coins using other techniques, including X-Ray Fluorescence (XRF);
significantly, the results of their XRF analyses did not differ dramatically from those using LAICP-MS. In recent years, because of the comparatively low cost of hand-held XRF machines, this
technique has become increasingly popular for non-destructive metallurgical analysis of ancient
coins. Indeed, XRF was the sole technique used to analyze the 209 coins for the Jerusalem project.
Both studies offer new insights into the production of electrum coins dating from the beginnings of coinage down to the last Classical-period electrum issues. Previous metallurgical studies
had suggested that coins of the so-called Lydian royal series tended to have a highly consistent
alloy of ca. 55% gold, 44% silver, and ca. 1% copper;31 both studies in this volume confirm these
observations. Curiously, however, as additional tests performed on similar coins found in the archaeological excavations at Sardis suggest, some issues within the Lydian royal series may have
undergone some type of surface enrichment to make the coins appear to contain more gold than
they actually did.32 This type of deception, if this was indeed the purpose of this surface treatment,
has been observed in other series as well, in which significant amounts of copper were added to
the alloy to darken a mixture lighter on gold and heavier on silver.33
Overall, the metallurgical studies in this volume illustrate that there was a considerable degree
of variation found in the gold-silver alloys, with the range of gold content observed between 2%
and 74%. Within most individual series, however, there seems to have been an attempt to maintain
consistency, but in some cases, there is enough variation—beyond a 2% deviation in the amount
of gold—to raise questions about the intent of the producers. To what degree this variation was
deliberate or haphazard is difficult to say, although we may presume, given the precision we find
in the other physical measurements of the coins as well as in textual evidence from later periods,
that the alloy mixtures were not accidental.34 If this was the case, this further confounds our understanding of the earliest coins and how readily they might have been accepted across a range of
payments.
While the alloys in some cases varied considerably, the weights of the coins generally did
not. Using a dataset comprised of 3,367 of electrum coins, François Velde’s statistical analysis of
their weights demonstrate that great care was generally taken to ensure that individual coins were
struck impressively close to the ideal weight for the standard.35 For larger denominations, particularly the staters on the Milesian standard of ca. 14.2 g, the standard deviation in the weights is less
than +/- 2%, the benchmark for precision for mass-produced items from antiquity. The standard
deviation in the smaller denominations is larger, but considering that a 1/96-stater’s ideal weight
on the Milesian standard was 0.15 g, the mint workers still did impressively well considering their
limited technologies for achieving high precision with such miniscule coins.
Wolfgang Fischer-Bossert’s die study of the Phanes coinage, one of the best-known series of
early electrum coinage, indicates that there could be subtle, and deliberate changes in both the
weight and alloy during the production of a series particularly if it was comparatively long-lived.36
Fischer-Bossert’s observations suggest that authorities might have adjusted coin weights and al. Cowell et al. ; Keyser and Clark .
. Cahill et al., this volume.
. Konuk .
. An inscription (IG XII , ) dated to ca. BCE concerning the joint electrum coinage produced by Mytilene and
Phocaea (see below) is primarily focused on the quality and consistency of the electrum alloy to be used in the coinage;
for the text, translation, and commentary, see Mackil and van Alfen : –.
. Velde, this volume.
. Fischer-Bossert, this volume.
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loys in response to market forces in order to ensure that the desired margins in expenditure and
revenue in the production of the coins was maintained. His observations also underscore the critical need for more die studies of early electrum series in order to determine, among other things,
if the patterns seen in the Phanes coinage were replicated elsewhere. This is a task that hopefully
will be made easier with the completion of a full catalogue of all known early electrum coins that
he and Ute Wartenberg are now in the process of publishing online.37
In general, there is need for continued physical analysis of the coins in the form of die studies, weight analyses, and metallurgical studies to help answer what appear to be, from a monetary standpoint, the mutually exclusive characteristics of these early coins: high precision in their
weights but variation in their alloys. Variation in either could drastically affect the valuation of the
coins either in series or individually, again adding to rather than reducing potential transactional
problems. For what reason, then, were these coins produced, and who used them?
Part III: Why Coinage?
Based on our current assessment of the numismatic evidence the advent of coinage does not appear to have been a solution initiated by the state to monetize native electrum. If we accept that
there were already relatively elevated levels of monetization and use of precious metals in the
form of bullion as monetary instruments in western Asia Minor prior to the advent of coinage, as
seems likely to be the case, we still are faced with the question: Why coinage? What did coinage,
especially electrum coinage, do or offer that other monetary instruments did not? Who needed
these coins?
A number of chapters in this volume seek to answer these questions or aspects of them, touching on a range of not just economic but also political and social motivations that issuers and users
might have had in producing, adopting, and perpetuating a form of currency that required higher
levels of cooperation and trust between all parties than anything that came before them. Coin
producers needed to be trustworthy enough that users could accept the coins as having an inherent and stable value and be able to pass them along simply by counting out rather than checking
and weighing. The images and (abbreviated) words found on coins, we might presume, symbolized the aspiration of trust, functioning as a sort of assertion or guarantee, in so far as they could
be directly associated with the producer. No such aspirations or guarantees were made for or by
Hacksilber, an anonymous currency that transactors either accepted at their own risk or otherwise
subjected to testing.
Because the resources required to produce coinage are great in terms of procuring the necessary materials, metallurgical know-how, and skilled labor, and because the generation of trust
in coinage once issued would seem to require the awe-inspiring, coercive powers of the state, it
would make sense that Archaic states, like those today, had a monopoly over coin production.38
States, it is generally assumed, claimed this monopoly from the very beginning of coin production. There are, however, two problems with this assumption: 1) What exactly was “the state” in
the Archaic period and how extensive were its powers; and 2) How do we interpret the plethora of
types or discrete designs found among the earliest electrum issues?
. This project is noted in Wartenberg . The online catalogue will be hosted by the American Numismatic Society. In the meantime, Fischer-Bossert has taken advantage of the collected material to complete die studies of other early
electrum series; see Fischer-Bossert a, b, .
. For an overview of coin production and its associated technologies, see Casoli and Wahl . On state control of
monetary production, see de Callataÿ a.
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The earliest coins had a developed type, or image, only on one side of the coin, the obverse,
produced by a die immobilized in some fashion, such as fixing it within an anvil. A blank flan
was placed over this fixed die then struck with another die, the reverse, generally held in one
hand while a hammer was held in the other.39 The reverse dies on the majority of the earliest
electrum coins, and on most coins including silver issues down to around 500 BCE, were simple,
unadorned punches. Their purpose was less decorative than functional: to push the metal on the
far side of the coin into the obverse die and raise the design. A number of series of early electrum coins feature up to three different reverse punches on the largest denominations, the staters
and 1/2-staters, with the number of reverse punches progressively reduced to two, then one on
1/3-staters, 1/6-staters, 1/12-staters, and so on. The number of reverse punches may have served
in this case to distinguish between some of the denominations.40 It was only after ca. 500 BCE that
reverse types featuring a developed image became more widely used. By that time, it is clear that
both the obverse and reverse types played a role in helping users identify the political authority
that issued the coinage. It is often assumed that the obverse type on the earliest electrum coins performed a similar deictic function. To date, however, roughly 400 discrete series of early electrum
coins have been identified based on obverse types.41 Die studies have shown that the same reverse
punch or punches were used for two or more series with discrete obverse types, suggesting that
the linked series were produced in the same workshop under the same authority.42 A similar phenomenon is found with the legacy electrum coinages issued by Cyzicus, Mytilene and Phocaea,
which all produced electrum coins down to the time of Alexander, each mint changing the obverse
type at least one time per year, if not more frequently.43 If the practice found associated with these
later electrum coinages reflects earlier practice, it is clear that the changing obverse type did not
necessarily reflect the highest level of authority, the sovereign polis, but rather a lower level authority like a magistrate, or perhaps nothing more specific than simply artistic exuberance among
a polis’ die engravers.44 Earlier commentators suggested that the plethora of types found among
the earliest electrum coins instead reflect a large number of private producers such as bankers or
merchants who issued coins for their own purposes in an economic milieu that lacked significant
state oversight and enforcement.45
Many have pushed back against this idea of non-state or non-sanctioned coinage in the Archaic period, again assuming that all if not most early coinage was state-produced. But as van Alfen notes in his chapter, these arguments are based on modern notions of state power and control
that might not be fully applicable to a period in which states, however we might want to define
them, were in a process of slowly acquiring powers.46 Furthermore, even within the Lydian Empire the distribution of power among dynasts scattered about the countryside might have limited
the central government’s ability to claim a total monopoly on coin production. As John Kroll notes
in his chapter, an apt parallel can be found in neighboring Lycia, which saw many individual dynasts producing their own coinages without any strong, central oversight during the later Archaic
. For the production of ancient coinage and an experiment to reconstruct ancient minting practices in order to
answer questions about these practices, see Faucher et al. .
. See Velde, this volume, for a discussion of punches and their relationship to denominations.
. In their attempts to catalogue all extant early electrum coins, Ute Wartenberg and Wolfgang Fischer-Bossert have
identified over discrete series based on obverse types; cf. Wartenberg .
. Weidauer ; Fischer-Bossert a.
. See below for further discussion of these later electrum coinages of Cyzicus, Mytilene, and Phocaea.
. Cf. de Callataÿ, this volume.
. Cf. Kroll, this volume; van Alfen, this volume.
. van Alfen, this volume.
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and Classical periods.47 Phanes, an individual who signed early electrum coins, but about whom
there is nothing in the historical record, may have been just such an elite.48 If such a picture applies
to the production of early electrum coinage in Lydia, we can expect that state monopolization of
coin production came about not necessarily by an initial decree, but by means of a process of state
building and ongoing negotiations between elite stakeholders.
For some period of time, economic or political elites may have produced coinages with little to
no control or oversight alongside those produced by greater political powers like the Lydian king
or Greek tyrants. While we can presume that a king or tyrant produced coins for the purposes
of meeting payment obligations of various kinds, it is less clear why other elites, such as Phanes,
would have produced coins, unless the early electrum issues were a type of special-purpose currency. Decades ago, in fact, Martin Price suggested that the earliest electrum issues were not coins
as we understand them—that is, all-purpose currency—but rather served as a special type of bonus payment for mercenaries.49 As we shall see shortly, those few series of electrum coins that
continued to be produced until the end of the Classical period in Cyzicus, Mytilene, and Phocaea,
did serve as a type of special-purpose currency distinct from the more prevalent silver currencies
in much wider circulation.50 Other aspects of early electrum coinage might suggest such was the
case. Despite the fact that early electrum coinages are found in a wide range of denominations,
from staters down to 1/192-staters—hugely inconvenient tiny coins weighing less than 0.10 g—the
exchange value of even the tiniest coins was quite elevated. Using a variety of comparanda, François Velde suggests that a 1/96 electrum stater had enough exchange value to feed a laborer for a
week. In other words, these almost impossibly small coins were not small change, while the larger
coins in the series would certainly have had exchange values that precluded their use in what we
might consider everyday transactions, such as purchasing food. Curiously, although the coins
had rather high values, some of them, such as the Lydian royal tritê (1/3 stater), seemed to have
circulated at rates high enough to induce wear and to attract a number of countermarks, presumably placed there by private money changers or other interested parties wanting to further validate
their authenticity or value.51 The fact that there are plated counterfeits of some early series indicates not only that such precautions were necessary, but also that the coins saw enough circulation
to warrant the effort to counterfeit them.52
Even if we still are at a loss to explain who exactly was producing the first coins and for what
purposes, we may be getting closer to answering at least part of the question: Why? Alain Bresson argues that there was an abundance of gold that could be monetized but also that there was a
concurrent desire to solidly fix the exchange ratio between gold and silver, thus avoiding variable
exchange rates that could undermine the system, one of the age-old problems of bimetallic currency systems.53 Electrum coins might therefore have provided an elegant solution for avoiding
that particular problem. By artificially creating a fixed gold-silver ratio within the coinage, producers could be assured that their coins would maintain a comparatively stable value over time,
no matter the fluctuations in the gold-silver ratio in the marketplace.
. Kroll, this volume.
. Fischer-Bossert, this volume; Bresson, this volume.
. Price .
. de Callataÿ, this volume; Mielczarek, this volume; Psoma, this volume.
. Velde, this volume.
. For examples of plated counterfeits of early electrum coins, see Blet-Lemarquand and Duyrat, this volume.
. Bresson, this volume.
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Besides ancient historians and numismatists, the question “Why coinage?” has also attracted
the attention of economists, who have applied formal economic analysis to the problem. Jacques
Melitz, for example, developed a formal model for the beginnings of coinage that allowed him to
conclude that it was not, in fact, profitable for early states to produce coinage initially. The motivation for the production and promotion of coinage was instead a calculated political strategy to
gain a postponed advantage in economizing on payments. In other words, producers were playing
a long game rather than seeking immediate returns; the idea that producers were seeking immediate profits had been argued earlier by George Le Rider among others.54 In this volume, Donald Jones offers a formal approach for the beginnings of coinage that utilizes Mechanism Design
Theory to consider the choices made by producers in issuing the coins and by users in accepting
them.55 While Jones does not offer a specific reason for the initiation of electrum coinage, he does
demonstrate how formal economic analysis of the problem can help shape the questions we ask
and the answers we might receive in return.
Whether or not we will be able to recover the actual reasons for its beginnings, coinage clearly
had a considerable appeal, as did the use of artificially produced electrum as a coining metal.56 As
the many coins, from many different series, from the Artemision illustrate, the new medium of
coinage must have met with immediate popularity. Over the next 75 years after its introduction,
it became widely accepted, and even after the introduction of gold and silver coinage, probably by
Croesus, the last Lydian king, electrum coins continued. As Ute Wartenberg shows in her chapter,
a steady stream of electrum coinage continued to be issued primarily by producers in Ionia, Caria,
and in the northern Aegean down to the end of the sixth century.57
Part IV: Electrum Continuations
Roughly a century after the first electrum coins were struck and hundreds of series had been released by scores of producers, many of the same producers began to turn away from electrum. The
Lydian king, probably Croesus, appears to have been the first to do so, issuing separate gold and
silver coins in a succession of weight standards that probably reflect attempts to adapt to changes
in the gold-silver value ratio.58 After 500 BCE, gold became a secondary coining metal while a
solid preference for silver coinage took hold; within a comparatively short period of time, the idea
of coinage—in silver—rapidly spread across the Greek-speaking world, with over one hundred
poleis and political entities from Cyprus to Sicily producing coins for the first time by the end of
the sixth century BCE.
Electrum coinage, however, did not die out but was produced primarily by three mints—Cyzicus, Mytilene, and Phocaea—each of which churned out large volumes of electrum coinage on a
continuous basis for nearly two centuries, from the end of the sixth century down to the time of
Alexander the Great near the end of the fourth century. Other mints such as Lampsacus and a few
other cities occasionally minted electrum, often as emergency issues. The electrum coinages of
Cyzicus, Mytilene, and Phocaea share certain peculiarities, however.
For their coinages, the authorities in Mytilene and Phocaea formed a cooperative agreement
. Le Rider : suggests that the profits earned on electrum coin production, because of their presumed overvaluation, could have been as high as .
. Jones, this volume.
. For the complex problem of the introduction of separate gold and silver coinages, see Le Rider : ch. ; cf. Bresson, this volume; Cahill and Kroll ; for the later electrum issues, see Wartenberg, this volume, Fischer-Bossert .
. Wartenberg, this volume.
. Le Rider ; Bresson, this volume.
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near the end of the sixth century that stipulated that each polis would take turns minting electrum
coins in a single denomination, the hektê of 1/6-stater, the alloy of which would be closely controlled.59 Although the Phocaeans on their hektai included a small phokê (seal) on the obverse as
a mintmark, the main types on their coins and those of the Mytileneans changed constantly. In his
comprehensive study of the Mytilene-Phocaea coinage, Bodenstedt identified hundreds of obverse
types, several of which replicate types produced by other mints, such as the head of Athena and
the owl of contemporary Athenian coinage.60 The Phocaeans also used a simple incuse square
as their reverse type, while the Mytileneans used a full type. Notably, at the same time that both
poleis were producing their cooperative electrum hektai, they were also producing silver coinages.
Presumably, the electrum hektai issues served a different purpose than the silver issues, but just
what that purpose was has confounded scholars.61
Clues to the purpose of the Cyzicene electrum issues, on the other hand, are provided by their
findspots, which tend to be limited to the Black Sea region, where examples have been found in
large numbers in hoards and in archaeological excavations. Given the importance of Black Sea
area grain exports to feed poleis in the Aegean, it has long been thought that the production of
the coins was linked to the grain trade, a view that Mariusz Mielczarek endorses here.62 Like the
Mytilene-Phocaean issues, the Cyzicene issues also used hundreds of obverse types and like the
Phocaean hektai they maintained the rather old-fashioned incuse reverse. The purpose of these
changing types, no less than the purpose of the coinage itself, has long fueled speculation. In the
hope of providing a more factual basis on which to understand these types, François de Callataÿ
has begun a die study of the coinage, a preview of which he provides here along with preliminary
thoughts on the nature of the changing types.63 For de Callataÿ, the abundance of types does not
necessarily reflect an administrative purpose, such as indicating the magistrate(s) responsible for
the particular issue, but rather a free hand given to engravers to express their art and skill. Conversely, Selene Psoma suggests that the types found on the coins reflect commissions from groups,
whether states or otherwise, wanting Cyzicenes struck for them.64 This kind of on-demand production of coinage served a variety of users for a variety of purposes, and also served to enrich the
Cyzicenes, who had discovered a profitable export industry with their electrum coinage.
Conclusions
The wide-scale production and use of electrum coinage in the ancient world was limited primarily
to the Aegean region and to a period between ca. 650 BCE, when the first coins in the western tradition were struck in Asia Minor, down to the last of the Cyzicenes and Mytilene-Phocaea issues
of ca. 330 BCE, when the Mediterranean world began to sift through the destruction and changes
left in the wake of Alexander the Great’s conquest of the Persian Empire. As discussed extensively
elsewhere, the numismatic and monetary world changed rapidly following Alexander, with many
civic coinages and more limited circulation zones falling by the wayside as the conqueror’s became
. See n. above.
. Bodenstedt .
. Mackil and van Alfen , for example, suggested that the coins were produced specifically to generate revenue
from their sale to traders who in turn required them for specific markets.
. Mielczarek, this volume.
. de Callataÿ, this volume.
. Psoma, this volume.
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Peter van Alfen and Ute Wartenberg
the coinage of his vast realm. 65 Subsequent Hellenistic kings and civic producers saw no need to
revitalize electrum coinage despite its centuries-long tradition of production and use, a sudden
break that suggests that coining in white gold, whatever its advantages might have been, was more
trouble than it was worth.
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