We present estimations of a Cobb-Douglas production function with a steady change in TFP (total factor productivity) for the Russian economy, using quarterly data for the favorable period 1998Q3–2008Q2 and the period 1995Q1–2010Q2 as well. Compiling our baseline data on capital and labor adjusted for utilization, we explicitly present estimations of the coefficients (the capital distribution ratio and TFP) of production function, which show that TFP is the major growth source, followed by the capital contribution. We also show results of measurement of Russia‟s GDP gaps as the differences between potential and actual GDPs based on the production function and the Hodrick-Prescott filter.21 p
GDP per capita growth rates in Russia have been among the highest in the world since the mid-1990s. ...
This paper uses the growth-accounting approach to determine the sources of growth in transition econ...
The study aims to decompose and model economic growth of Kazakhstan by production factors in order t...
We present estimations of a Cobb-Douglas production function with a steady change in TFP (total fact...
The present paper estimates Total Factor Productivity (TFP) change for the Russian economy in the ti...
Taking into consideration the specifics of the Russian economy such as dependency on oil and gas dri...
Russian macroeconomic growth in the transition era is analysed across federal districts using a neoc...
Using a recently developed stochastic Translog production function frontier model, technical ineffic...
Although productivity decline in the global economy was observed before 2008, the global financial c...
This paper investigates whether the linkages between economic growth in Russia and growth in other c...
Factors of economic growth of the Russian Federation and its Far East in the period of 2000–2007 are...
Russia is an important part of the world economy both now and in the past. Indeed, one would expect ...
In this paper, we present a methodology of GDP growth rate decomposition adapted for the Russian eco...
The present paper uses the “growth accounting” methodology to estimate technological change, in an a...
GDP per capita growth rates in Russia have been amongst the highest in the world since the mid-1990s...
GDP per capita growth rates in Russia have been among the highest in the world since the mid-1990s. ...
This paper uses the growth-accounting approach to determine the sources of growth in transition econ...
The study aims to decompose and model economic growth of Kazakhstan by production factors in order t...
We present estimations of a Cobb-Douglas production function with a steady change in TFP (total fact...
The present paper estimates Total Factor Productivity (TFP) change for the Russian economy in the ti...
Taking into consideration the specifics of the Russian economy such as dependency on oil and gas dri...
Russian macroeconomic growth in the transition era is analysed across federal districts using a neoc...
Using a recently developed stochastic Translog production function frontier model, technical ineffic...
Although productivity decline in the global economy was observed before 2008, the global financial c...
This paper investigates whether the linkages between economic growth in Russia and growth in other c...
Factors of economic growth of the Russian Federation and its Far East in the period of 2000–2007 are...
Russia is an important part of the world economy both now and in the past. Indeed, one would expect ...
In this paper, we present a methodology of GDP growth rate decomposition adapted for the Russian eco...
The present paper uses the “growth accounting” methodology to estimate technological change, in an a...
GDP per capita growth rates in Russia have been amongst the highest in the world since the mid-1990s...
GDP per capita growth rates in Russia have been among the highest in the world since the mid-1990s. ...
This paper uses the growth-accounting approach to determine the sources of growth in transition econ...
The study aims to decompose and model economic growth of Kazakhstan by production factors in order t...