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This paper estimates the output gap in Russia using a utilization-adjusted production function approach, which we argue is preferable to traditional output gap methods. The approach amounts to (1) using available surveys to estimate the "natural rates" of capacity and labor utilization above which inflation begins to accelerate; (2) estimating a production function with utilization-adjusted capital and labor inputs; and (3) defining potential output as the level of output obtained when both capital and labor are at their estimated natural rates. The results suggest that the output gap in Russia was negative between 1999 and 2003, but may have recently become positive, thus contributing to inflationary pressures.
Electronic books. -- local. --- Inflation (Finance) -- Russia -- Econometric models. --- Input-output analysis -- Russia -- Econometric models. --- Phillips curve -- Econometric models. --- Finance --- Business & Economics --- Money --- Inflation (Finance) --- Input-output analysis --- Phillips curve --- Econometric models. --- Interindustry economics --- Unemployment --- Economics, Mathematical --- National income --- Input-output tables --- Natural rate of unemployment --- Mathematical models --- Effect of inflation on --- Accounting --- Inflation --- Labor --- Macroeconomics --- Production and Operations Management --- Macroeconomics: Production --- Labor Economics Policies --- Price Level --- Deflation --- Labor Economics: General --- Labour --- income economics --- Capacity utilization --- Output gap --- Labor policy --- Industrial capacity --- Production --- Economic theory --- Prices --- Labor economics --- Russian Federation --- Income economics
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Output drops are usually associated with major disruption for the residents of affected countries, both directly and often through ensuing, prolonged growth slowdowns. Using a century of data, we document that output drops are more frequent in countries at a lower stage of economic development. We then turn to a more in-depth analysis of the post-1970 era, examining output drops in a large panel of countries, and systematically relating them to a variety of shocks. We compute the expected cost of each type of shock as a function of the shock's frequency, the likelihood that the shock will be associated with a drop in output, and the size of the output drop. The largest costs are associated with external financial shocks (notably, sudden stops in financial flows) for emerging markets, and with real external shocks (in particular, terms-of-trade shocks) for developing countries.
Economic development. --- Electronic books. -- local. --- Input-output analysis. --- Business & Economics --- Economic Theory --- Interindustry economics --- Development, Economic --- Economic growth --- Growth, Economic --- Economics, Mathematical --- National income --- Input-output tables --- Economic policy --- Economics --- Statics and dynamics (Social sciences) --- Development economics --- Resource curse --- Accounting --- Exports and Imports --- Finance: General --- Financial Risk Management --- Macroeconomics --- General Financial Markets: General (includes Measurement and Data) --- International Investment --- Long-term Capital Movements --- Financial Crises --- Empirical Studies of Trade --- Foreign Exchange --- International economics --- Economic & financial crises & disasters --- Finance --- Emerging and frontier financial markets --- Sudden stops --- Financial crises --- Terms of trade --- Currency crises --- Financial services industry --- Capital movements --- nternational cooperation --- United States --- Nternational cooperation
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