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Computing and testing a stable common currency for Mercosur countries. / Viale, Ariel M.; Kolari, James W.; Hovanov, Nikolai V.; Sokolov, Mikhail V.

In: Journal of Applied Economics, Vol. 11, No. 1, 2008, p. 193-220.

Research output: Contribution to journalArticle

Harvard

Viale, AM, Kolari, JW, Hovanov, NV & Sokolov, MV 2008, 'Computing and testing a stable common currency for Mercosur countries', Journal of Applied Economics, vol. 11, no. 1, pp. 193-220.

APA

Viale, A. M., Kolari, J. W., Hovanov, N. V., & Sokolov, M. V. (2008). Computing and testing a stable common currency for Mercosur countries. Journal of Applied Economics, 11(1), 193-220.

Vancouver

Viale AM, Kolari JW, Hovanov NV, Sokolov MV. Computing and testing a stable common currency for Mercosur countries. Journal of Applied Economics. 2008;11(1):193-220.

Author

Viale, Ariel M. ; Kolari, James W. ; Hovanov, Nikolai V. ; Sokolov, Mikhail V. / Computing and testing a stable common currency for Mercosur countries. In: Journal of Applied Economics. 2008 ; Vol. 11, No. 1. pp. 193-220.

BibTeX

@article{5938acc8a7df4837ae4e0dbaebc6696c,
title = "Computing and testing a stable common currency for Mercosur countries",
abstract = "This paper develops a stable common currency for mid-sized open monetary economies with incomplete markets in general and the Mercosur countries in particular. The proposed currency is constructed as a derivative of a dynamic portfolio of securities that proxies the nominal exchange risk factors for a set of monies and floats against the rest of the world{\textquoteright}s currencies. We find that the resulting optimal common currency is comprised of currencies with country weights that are statistically significant and fairly symmetrical with relatively equal weight (e.g., 22% Argentinean pesos, 27% Brazilian reals, 27% Chilean pesos, and 23% Uruguayan pesos). We also find that increasing the number of countries in a common currency tends to increase its stability. The willingness of Mercosur countries to participate in a monetary union is assessed from statistical moments of the density functions of the implied stable common currency and its components.",
keywords = "stable common currency, open monetary economies, regime switching models, Mercosur, currency basket",
author = "Viale, {Ariel M.} and Kolari, {James W.} and Hovanov, {Nikolai V.} and Sokolov, {Mikhail V.}",
year = "2008",
language = "English",
volume = "11",
pages = "193--220",
journal = "Journal of Applied Economics",
issn = "1514-0326",
publisher = "Elsevier",
number = "1",

}

RIS

TY - JOUR

T1 - Computing and testing a stable common currency for Mercosur countries

AU - Viale, Ariel M.

AU - Kolari, James W.

AU - Hovanov, Nikolai V.

AU - Sokolov, Mikhail V.

PY - 2008

Y1 - 2008

N2 - This paper develops a stable common currency for mid-sized open monetary economies with incomplete markets in general and the Mercosur countries in particular. The proposed currency is constructed as a derivative of a dynamic portfolio of securities that proxies the nominal exchange risk factors for a set of monies and floats against the rest of the world’s currencies. We find that the resulting optimal common currency is comprised of currencies with country weights that are statistically significant and fairly symmetrical with relatively equal weight (e.g., 22% Argentinean pesos, 27% Brazilian reals, 27% Chilean pesos, and 23% Uruguayan pesos). We also find that increasing the number of countries in a common currency tends to increase its stability. The willingness of Mercosur countries to participate in a monetary union is assessed from statistical moments of the density functions of the implied stable common currency and its components.

AB - This paper develops a stable common currency for mid-sized open monetary economies with incomplete markets in general and the Mercosur countries in particular. The proposed currency is constructed as a derivative of a dynamic portfolio of securities that proxies the nominal exchange risk factors for a set of monies and floats against the rest of the world’s currencies. We find that the resulting optimal common currency is comprised of currencies with country weights that are statistically significant and fairly symmetrical with relatively equal weight (e.g., 22% Argentinean pesos, 27% Brazilian reals, 27% Chilean pesos, and 23% Uruguayan pesos). We also find that increasing the number of countries in a common currency tends to increase its stability. The willingness of Mercosur countries to participate in a monetary union is assessed from statistical moments of the density functions of the implied stable common currency and its components.

KW - stable common currency

KW - open monetary economies

KW - regime switching models

KW - Mercosur

KW - currency basket

M3 - Article

VL - 11

SP - 193

EP - 220

JO - Journal of Applied Economics

JF - Journal of Applied Economics

SN - 1514-0326

IS - 1

ER -

ID: 5019878