Abstract

 
 

References (49)



 


 



An Inquiry into the Nature of Money: An Alternative to the Functional Approach


Eric Tymoigne


Lewis & Clark College

November 2006

Levy Economics Institute Working Paper No. 481

Abstract:     
The paper argues that the functional approach of money does not provide a good method to study monetary history and monetary mechanisms. An alternative approach is developed and illustrated by analyzing the role of tobacco and cowry shells in past monetary systems. It is shown that any monetary system has specific properties that most students of money do not take into account when theorizing about money or analyzing its history. This leads them to miss some important points, and to see monetary systems where none exist. Hence, one can doubt some of the past research on the subject, at least until further investigation is conducted that is based, not on what we think "money" is, but on what its essential properties are. By comprehending what the main characteristics of a monetary system are, one is able to improve regulation of the system and get some insights into the financial mechanisms of sovereign governments.

Number of Pages in PDF File: 36

Keywords: Money, Monetary Systems, Functions of Money

JEL Classification: E42

working papers series


Download This Paper

Date posted: December 4, 2006  

Suggested Citation

Tymoigne, Eric, An Inquiry into the Nature of Money: An Alternative to the Functional Approach (November 2006). Levy Economics Institute Working Paper No. 481. Available at SSRN: http://ssrn.com/abstract=948482 or http://dx.doi.org/10.2139/ssrn.948482

Contact Information

Eric Tymoigne (Contact Author)
Lewis & Clark College ( email )
0615 SW Palatine Hill Road
Portland, OR 97204
United States
Feedback to SSRN (Beta)


Paper statistics
Abstract Views: 452
Downloads: 93
Download Rank: 143,394
References:  49

© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.  FAQ   Terms of Use   Privacy Policy   Copyright
This page was processed by apollo2 in 0.391 seconds