Exchange Rates and Prices: Sources of Sterling Real Exchange Rate Fluctuations, 1973-94

Author(s):  
Mark S. Astley ◽  
Anthony Garratt

Author(s):  
Amalia Morales-Zumaquero

This paper tries to analyze the sources of the real exchange rate fluctuations for a set of advanced economies and Central and Eastern European transition economies. To address this, in a first step, we compute two measures of the share of the variance of the real exchange rate accounted for movements in the relative prices of traded goods between the countries. One measure is based on R2 coefficient and the other one is based on the mean-squared error (MSE) of the changes in the real exchange rate. In a second step, we estimate structural (identified) vector autoregression (SVAR) models, and decompose real and nominal exchange rate movements into those caused by real and nominal shocks. In a third step, we complete previous ones with an impulse-response analysis. Three central messages are derived from results: (1) for transition economies, under regimes of managed nominal exchange rates, the relative price of non-traded goods explain a large percentage of the variance of the real exchange rate; (2) there is evidence of instability in the variance decomposition of the real exchange rates for advanced economies across samples, and (3) as result of diverse fiscal and monetary policies in transition economies, real exchange rates in some economies are driven mostly by real shocks while in others are driven mostly by nominal shocks.





1988 ◽  
Vol 2 (1) ◽  
pp. 83-103 ◽  
Author(s):  
Ronald I McKinnon

What keeps the three major industrial blocs -- Western Europe, North America, and industrialized Asia -- from developing a common monetary standard to prevent exchange-rate fluctuations? One important reason is the differing theoretical perspectives of economic advisers. The first issue is whether or not a floating foreign exchange market -- where governments do not systematically target exchange rates -- is “efficient.” Many economists believe that exchange risk can be effectively hedged in forward markets so international monetary reform is unnecessary. Second, after a decade and a half of unremitting turbulence in the foreign exchange markets, economists cannot agree on “equilibrium” or desirable official targets for exchange rates if they were to be stabilized. The contending principles of purchasing power parity and of balanced trade yield very different estimates for the “correct” yen/dollar and mark/dollar exchange rates. Third, if the three major blocs can agree to fix nominal exchange rates within narrow bands, by what working rule should the new monetary standard be anchored to prevent worldwide inflation or deflation? After considering the magnitude of exchange-rate fluctuations since floating began in the early 1970s, I analyze these conceptual issues in the course of demonstrating how the central banks of Japan, the United States, and Germany (representing the continental European bloc) can establish fixed exchange rates and international monetary stability.



2020 ◽  
Vol 130 (630) ◽  
pp. 1715-1728 ◽  
Author(s):  
Torfinn Harding ◽  
Radoslaw Stefanski ◽  
Gerhard Toews

Abstract We estimate the effect of giant oil and gas discoveries on bilateral real exchange rates. A giant discovery with the value of 10% of a country’s GDP appreciates the real exchange rate by 1.5% within ten years following the discovery. The appreciation starts before production begins and the non-traded component of the real exchange rate drives the appreciation. Labour reallocates from the traded goods sector to the non-traded goods sector, leading to changes in labour productivity. These findings provide direct evidence on the channels central to the theories of the Dutch disease and the Balassa–Samuelson effect.



Author(s):  
M S Eichenbaum ◽  
B K Johannsen ◽  
S T Rebelo

Abstract This article studies how the monetary policy regime affects the relative importance of nominal exchange rates and inflation rates in shaping the response of real exchange rates to shocks. We document two facts about inflation-targeting countries. First, the current real exchange rate predicts future changes in the nominal exchange rate. Second, the real exchange rate is a poor predictor of future inflation rates. We estimate a medium-size, open-economy DSGE model that accounts quantitatively for these facts as well as other empirical properties of real and nominal exchange rates. The key estimated shocks that drive the dynamics of exchange rates and their covariance with inflation are disturbances to the foreign demand for dollar-denominated bonds.



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