Search results for: Real GDP
Julian Gough, World Economics, June 2017
Real GDP is estimated by applying a price-level estimate or deflator to nominal GDP, but GDP levels in the UK’s 12 inhabited regions are only reported at nominal prices with no allowance for differences in regional prices. A purchasing power parity (PPP) rate for the £ in each region, measuring how much a typical bundle of goods and services would cost, is required to create an accurate index to apply to nominal GDP in order to get real regional values. A solution lies in creating an expenditure-based, weighted, regional price index for consumers’ expenditure, government spending, investment and exports, to adjust nominal data to real price levels. Using imperfect public data, creating an expenditure-based index makes a significant difference to the size of each regional economy and to GDP per capita. In real terms, the London economy shrinks by 12%, the South-East contracts by 2% and all other regions increase in size.
Christopher Balding, World Economics, June 2014
Baseline Chinese economic data are unreliable. Taking published National Bureau of Statistics China data, three problems appear. First, base data on housing price inflation are manipulated. Second, the NBSC misclassifies most Chinese households as private housing occupants. Third, the NSBC applies a straight 80/20 urban/rural private housing weighting. To correct for these manipulative practices, I use third party and related NBSC data to correct the change in consumer prices in China between 2000 and 2011. I find that using conservative assumptions about price increases, the annual CPI in China should be adjusted upwards by approximately 1%. This reduces real Chinese GDP by 8–12% or more than $1 trillion in PPP terms.
Yuri Dikhanov & Eric V. Swanson, World Economics, March 2010
Angus Maddison and Harry Wu (2008) claim that, in 2003, China’s GDP was 73% of that of the United States on a purchasing power parity (PPP) basis. Rejecting the results of the 2005 International Comparison Program (ICP), they construct their own PPP using a 1986 GDP estimate for China (Ren & Chen 1995) which they adjust upwards, and then extrapolate to 2003 using their revised growth rates for China, which they adjust downwards. This note examines the validity of their adjustments and assumptions, and finds them to be inconsistent with recommendations both from the perspective of index number theory and recommended national accounting practices. The 2005 PPP estimates from the ICP, which Maddison and Wu reject, produce a more plausible estimate of the size of China’s economy relative to that of the US (43% in 2005).
Elio Lancieri, World Economics, September 2008
The recent publication by the World Bank of PPP-GDP estimates for 2005, referred to 146 countries, seems a good occasion to reopen the long-standing debate on the use of Purchasing Power Parities. While theoretical speculations on the subject have continued, no estimates were supplied for more than a decade. The author’s alternative method for GDP estimation is based on inflationadjusted long-term exchange rates, where real GDP estimates are obtained through simultaneous equations. He describes the method in the light of his experience and compares its results for 100 countries with both ICP estimates and GDPs at exchange rates.
Andreas (Andy) Jobst & Harry X. Wu, World Economics, June 2008
China is the world’s fastest growing economy and is also the second largest. However, the official estimates of the Chinese National Bureau of Statistics exaggerate GDP growth and need adjustment to conform to international norms as set out in the 1993 System of National Accounts (SNA). This paper presents and discusses the necessary adjustments. The two major contributions are new volume indices for the industrial sector and for "non-material" services. Finally, in order to measure the level of Chinese GDP in internationally comparable terms, the authors use a measure of purchasing power parity (PPP) instead of the exchange rate.
Displaying: 1-5 of 5