Graph and download economic data for Gross Domestic Product: Implicit Price Deflator (GDPDEF) from Q1 1947 to Q2 2025 about implicit price deflator, headline figure, inflation, GDP, and USA.

Key information about India GDP Deflator Growth

• India GDP deflator (implicit price deflator) increased 6.6 % in Dec 2022, compared with an increase of 10.3 % in the previous quarter.
• India GDP Deflator Growth data is updated quarterly, available from Jun 2005 to Dec 2022, with an average rate of 5.7 %.
• The data reached an all-time high of 12.9 % in Jun 2022 and a record low of -0.9 % in Mar 2019.

CEIC calculates GDP Deflator Growth from quarterly Nominal and Real GDP. Ministry of Statistics and Programme Implementation provides Nominal GDP in local currency and Real GDP in local currency, at 2011-2012 prices. GDP Deflator Growth prior to Q2 2012 is calculated from Nominal GDP and Real GDP at 2004-2005 prices.


Related information about India GDP Deflator Growth

• In the latest reports, India GDP expanded 4.4 % YoY in Dec 2022.
• Its Nominal GDP reached 844.6 USD bn in Dec 2022.
• India GDP Per Capita reached 2,301.4 USD in Mar 2022.
• Its Gross Savings Rate was measured at 30.2 % in Mar 2022.

Key information about Japan Real GDP Growth

• The Gross Domestic Product (GDP) in Japan expanded 0.4 % YoY in Dec 2022, following a growth of 1.5 % in the previous quarter.
• Real GDP Growth YoY data in Japan is updated quarterly, available from Mar 1956 to Dec 2022, with an average rate of 3.2 %.
• The data reached an all-time high of 16.6 % in Mar 1960 and a record low of -10.4 % in Dec 1979.

CEIC calculates Real GDP Growth from quarterly Real GDP. Economic and Social Research Institute provides Real GDP in local currency, at chain linked 2015 prices. Real GDP Growth prior to Q1 1995 is calculated from Real GDP at 2000 prices. Real GDP Growth prior to Q1 1981 is calculated from GDP Volume Index with base 2010=100 sourced from the International Monetary Fund.


Related information about Japan Real GDP Growth

• In the latest reports, Nominal GDP of Japan reached 990.7 USD bn in Dec 2022.
• Its GDP deflator (implicit price deflator) increased 1.2 % in Dec 2022.
• GDP Per Capita in Japan reached 33,901.7 USD in Dec 2022.
• Its Gross Savings Rate was measured at 28.8 % in Mar 2022.
• For Nominal GDP contributions, Investment accounted for 26.6 % in Dec 2022.
• Public Consumption accounted for 22.3 % in Dec 2022.
• Private Consumption accounted for 55.2 % in Dec 2022.

As of the first quarter of 2025, the GDP of the U.S. fell by 0.5 percent from the fourth quarter of 2024. GDP, or gross domestic product, is effectively a count of the total goods and services produced in a country over a certain period of time. It is calculated by first adding together a country’s total consumer spending, government spending, investments and exports; and then deducting the country’s imports. The values in this statistic are the change in ‘constant price’ or ‘real’ GDP, which means this basic calculation is also adjusted to factor in the regular price changes measured by the U.S. inflation rate. Because of this adjustment, U.S. real annual GDP will differ from the U.S. 'nominal' annual GDP for all years except the baseline from which inflation is calculated. What is annualized GDP? The important thing to note about the growth rates in this statistic is that the values are annualized, meaning the U.S. economy has not actually contracted or grown by the percentage shown. For example, the fall of 29.9 percent in the second quarter of 2020 did not mean GDP is suddenly one third less than a year before. In fact, it means that if the decline seen during that quarter continued at the same rate for a full year, then GDP would decline by this amount. Annualized values can therefore exaggerate the effect of short-term economic shocks, as they only look at economic output during a limited period. This effect can be seen by comparing annualized quarterly growth rates with the annual GDP growth rates for each calendar year.

The GDP deflator is derived by dividing current price GDP by constant price GDP and is considered to be an alternate measure of inflation. Data are expressed in the base year of each country's national accounts.

EnhancedHousingMarketData.csv is an auxiliary dataset for the "Housing Prices" competition, containing key economic and demographic indicators vital for real estate market analysis. It includes data on non-farm employment, housing price index, per capita income, total quarterly wages, quantitative indexes of real GDP, total GDP, real GDP, stable population, employed individuals, and the average weekly wage in the private sector, along with the unemployment rate. This dataset aids in better understanding the factors influencing housing prices and allows for a more in-depth analysis of the real estate market.

"**TotalNonfarmEmployees**" - reflects the total number of employees working outside the agricultural sector. This figure includes workers in industries such as manufacturing, construction, trade, transportation, education, healthcare, and other non-agricultural sectors, making it a key indicator of economic activity and employment in the region.

"**HousingPriceIndex**" - represents a housing price index, reflecting changes in real estate prices in a specific region for a given month. This index can be used to analyze trends in the real estate market and assess the overall economic conditions.

"**AnnualPerCapitaIncome**" - represents the annual per capita income, measured yearly. This indicator reflects the average income per resident in a specific region over a year, serving as an important measure of the population's economic well-being.

"**QuarterlyTotalWages**" - represents the total quarterly wages, measured in dollars and adjusted for seasonal variations. This metric reflects the sum of wages paid by employers insured for unemployment insurance over a calendar quarter. It includes components such as vacation pay, bonuses, and tips.

"**TotalRealGDPChainIndex**" - represents the total annual quantitative index of real GDP, encompassing data from all private sectors and the government. It is based on the Fisher chain-weighted method, tracking changes in production volume or expenditures while eliminating the effects of price changes. This index is useful for comparing the volumes of production or expenditures across different time periods.

"**TotalGDP**" - describes the total Gross Domestic Product (GDP), measured in millions of dollars and calculated annually without seasonal adjustments. This metric encompasses all private sectors and the government, reflecting the market value of all final goods and services produced within an agglomeration. The agglomeration GDP represents the gross output minus intermediate costs, serving as a key indicator of economic activity and production volume.

"**TotalRealGDP**" - represents the total real Gross Domestic Product, measured in millions of chained 2012 dollars and calculated annually without seasonal adjustments. This metric includes data from all private sectors and the government. The real GDP for agglomerations is a measure of the gross product of each agglomeration, adjusted for inflation, and based on national prices for goods and services produced in the agglomeration.

"**StablePopulation**" - reflects the stable population, measured in thousands of people and calculated annually without seasonal adjustments. This metric represents population estimates as of July 1st each year, providing reliable data for analyzing demographic trends and planning purposes.

"**EmployedIndividuals**" - represents the number of employed individuals, measured in persons without seasonal adjustment and updated monthly. The data are derived from the Current Population Survey (CPS). Employed individuals include those who did any paid work, owned a business or farm, worked 15 hours or more as unpaid workers in a family business, or were temporarily absent from their job for various reasons. This metric is important for analyzing employment levels and the economic activity of the population.

"**AverageWeeklyWagePrivate**" - denotes the average weekly wage of private enterprise employees, measured in dollars per week and calculated quarterly without seasonal adjustment. It includes payments made by employers insured against unemployment over the quarter, encompassing vacation pay, bonuses, stock options, tips, and other components. This metric is important for assessing the level of wages in the private sector.

"**UnemploymentRate**" - represents the unemployment rate, measured in percentages and calculated monthly without seasonal adjustments. This metric indicates the proportion of the unemployed within the total labor force, providing key information about the labor market's condition and the population's economic activity.

Key information about Germany Real GDP Growth

• The Gross Domestic Product (GDP) in Germany contracted 0.5 % YoY in Mar 2023, following a growth of 0.8 % in the previous quarter.
• Real GDP Growth YoY data in Germany is updated quarterly, available from Mar 1992 to Mar 2023, with an average rate of 1.6 %.
• The data reached an all-time high of 10.2 % in Jun 2021 and a record low of -10.4 % in Jun 2020.

CEIC calculates Real GDP Growth from quarterly Real GDP Index. Statistisches Bundesamt provides Real GDP Index at chain linked 2015 prices.


Related information about Germany Real GDP Growth

• In the latest reports, Nominal GDP of Germany reached 1,072.8 USD bn in Mar 2023.
• Its GDP deflator (implicit price deflator) increased 6.2 % in Mar 2023.
• GDP Per Capita in Germany reached 48,562.1 USD in Dec 2022.
• Its Gross Savings Rate was measured at 29.6 % in Mar 2023.
• For Nominal GDP contributions, Investment accounted for 24.9 % in Mar 2023.
• Public Consumption accounted for 20.5 % in Mar 2023.
• Private Consumption accounted for 49.9 % in Mar 2023.

Brazilian and Indian share prices became the highest performing of the major developed and emerging economies as of June 2023, with index values of 235.25 and 230.91 respectively in that month. Conversely, the lowest-performing were China and the Germany, both with index values of 86.98 and 113.04 respectively at this time. The index value is calculated with 2015 values as the baseline (i.e. 2015 = 100).

An index that can be used to gauge broad financial conditions and assess how these conditions are related to future economic growth. The index is broadly consistent with how the FRB/US model generally relates key financial variables to economic activity. The index aggregates changes in seven financial variables: the federal funds rate, the 10-year Treasury yield, the 30-year fixed mortgage rate, the triple-B corporate bond yield, the Dow Jones total stock market index, the Zillow house price index, and the nominal broad dollar index using weights implied by the FRB/US model and other models in use at the Federal Reserve Board. These models relate households' spending and businesses' investment decisions to changes in short- and long-term interest rates, house and equity prices, and the exchange value of the dollar, among other factors. These financial variables are weighted using impulse response coefficients (dynamic multipliers) that quantify the cumulative effects of unanticipated permanent changes in each financial variable on real gross domestic product (GDP) growth over the subsequent year. The resulting index is named Financial Conditions Impulse on Growth (FCI-G). One appealing feature of the FCI-G is that its movements can be used to measure whether financial conditions have tightened or loosened, to summarize how changes in financial conditions are associated with real GDP growth over the following year, or both.

The price indices according to the national accounting (German: VGR) represented herein constitute an essential part of the deflator system as it is found in the official German statistics. By means of these price indices, it is possible to perform a time-related adjustment of the value sums referring to goods and services in order to find “values in constant prices”. In fact, price indices are of great importance as regards comparable representations of economic figures, as they allow the elimination of the influence of price fluctuations on the development of value figures.

For the consistent evaluation of the national accounting data at comparable prices, the price basis is allocated to a pre-determined time period (base year).

The price development as calculated in the VGR is a measure for the alteration of goods prices within the report year as compared to a pre-determined base year. A deflationisation of economic figures, i.e. their determination within a base year at comparable prices, is especially necessary on the level of macroeconomic aggregates.

The related price indices in relation to the price development of the individual components of the national (or domestic) product are based on the following factors: - private consumption, - governmental consumption, - capital investment (equipment, buildings), - import and export of goods and services, - terms of trade, - final domestic use of goods, - final use of goods.

From the procedure of double deflationisation (alternating weighting, Paasche and Laspeyres indices), the following implicit prices result: - price index of the gross national product at market prices, - price index of the gross domestic product at market prices.

The determination of these price indices referring to the use of the gross national and the domestic product follows the “basket of commodities” of the respective year of report (Paasche price index).

In addition, the price indices represent the development of prices within the report year in relation to the respective base year, i.e. the base year of the domestic product calculations at constant prices. Moreover, the price index for the gross national product and for the gross domestic product relate to the development of prices in accordance with the economic output. They are calculated as the difference (double deflationisation) between all goods and services created by the national economy, and the sum of all values of goods and services during the preceding process of production (including the imported goods).

This study considers the use of the national/domestic product and the development of the import and export prices (for the former territory of the Federal Republic of Germany including the goods traffic in East Germany), as well as the goods prices at the time of their final domestic use (total: including reserve changes): private consumption, governmental consumption, and capital investment (subdivided into equipment and buildings). Thereby the price development for the “final use of goods” comprises private and governmental consumption, gross investment (equipment, buildings, and alternating reserves), and exports. Furthermore, the terms of trade involved describe the development of the export prices in relation to the import prices.

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List of Data tables within the HISTAT research and download system:

• Price index of gross national product;
• Price index of gross domestic product;
• Price indices for imports and exports, terms of trade price index;
• Price index for the “final use” of goods;
• Price indices for the “final domestic use” of goods (total, private consumption, governmental use, and gross fixed asset investment. Here the respective annual and quarterly records have been considered.

At **** U.S. dollars, Switzerland has the most expensive Big Macs in the world, according to the January 2025 Big Mac index. Concurrently, the cost of a Big Mac was **** dollars in the U.S., and **** U.S. dollars in the Euro area. What is the Big Mac index? The Big Mac index, published by The Economist, is a novel way of measuring whether the market exchange rates for different countries’ currencies are overvalued or undervalued. It does this by measuring each currency against a common standard – the Big Mac hamburger sold by McDonald’s restaurants all over the world. Twice a year the Economist converts the average national price of a Big Mac into U.S. dollars using the exchange rate at that point in time. As a Big Mac is a completely standardized product across the world, the argument goes that it should have the same relative cost in every country. Differences in the cost of a Big Mac expressed as U.S. dollars therefore reflect differences in the purchasing power of each currency. Is the Big Mac index a good measure of purchasing power parity? Purchasing power parity (PPP) is the idea that items should cost the same in different countries, based on the exchange rate at that time. This relationship does not hold in practice. Factors like tax rates, wage regulations, whether components need to be imported, and the level of market competition all contribute to price variations between countries. The Big Mac index does measure this basic point – that one U.S. dollar can buy more in some countries than others. There are more accurate ways to measure differences in PPP though, which convert a larger range of products into their dollar price. Adjusting for PPP can have a massive effect on how we understand a country’s economy. The country with the largest GDP adjusted for PPP is China, but when looking at the unadjusted GDP of different countries, the U.S. has the largest economy.

Key information about Philippines GDP Deflator Growth

• Philippines GDP deflator (implicit price deflator) increased 6.3 % in Dec 2022, compared with an increase of 5.8 % in the previous quarter.
• Philippines GDP Deflator Growth data is updated quarterly, available from Mar 1982 to Dec 2022, with an average rate of 5.4 %.
• The data reached an all-time high of 63.8 % in Sep 1984 and a record low of -1.6 % in Sep 2015.

CEIC calculates GDP Deflator Growth from quarterly GDP Deflator. Philippine Statistics Authority provides GDP Deflator at 2018 prices. GDP Deflator Growth prior to Q1 2001 is calculated from GDP Deflator at 2010 prices.


Related information about Philippines GDP Deflator Growth

• In the latest reports, Philippines GDP expanded 7.1 % YoY in Dec 2022.
• Its Nominal GDP reached 112.4 USD bn in Dec 2022.
• Philippines GDP Per Capita reached 3,623.5 USD in Dec 2022.
• Its Gross Savings Rate was measured at 10.8 % in Dec 2022.

Key information about Indonesia GDP Deflator Growth

• Indonesia GDP deflator (implicit price deflator) increased 8.3 % in Dec 2022, compared with an increase of 10.7 % in the previous quarter.
• Indonesia GDP Deflator Growth data is updated quarterly, available from Mar 1994 to Dec 2022, with an average rate of 7.9 %.
• The data reached an all-time high of 92.7 % in Sep 1998 and a record low of -1.7 % in Jun 2020.

CEIC calculates quarterly GDP Deflator Growth from quarterly Nominal and Real GDP. The Central Bureau of Statistics provides Nominal GDP in local currency and Real GDP in local currency, at 2010 prices. GDP Deflator Growth prior to Q1 2011 is calculated from Nominal GDP and Real GDP at 2000 prices, based on SNA 1993. GDP Deflator Growth prior to Q1 2001 is calculated from Nominal GDP and Real GDP at 1993 prices, based on SNA 1968.


Related information about Indonesia GDP Deflator Growth

• In the latest reports, Indonesia GDP expanded 5.0 % YoY in Dec 2022.
• Its Nominal GDP reached 328.6 USD bn in Dec 2022.
• Indonesia GDP Per Capita reached 4,783.3 USD in Dec 2022.
• Its Gross Savings Rate was measured at 37.3 % in Dec 2022.

Key information about US GDP Deflator Growth

• United States GDP deflator (implicit price deflator) increased 5.4 % in Mar 2023, compared with an increase of 6.4 % in the previous quarter.
• US GDP Deflator Growth data is updated quarterly, available from Mar 1948 to Mar 2023, with an average rate of 2.4 %.
• The data reached an all-time high of 10.9 % in Mar 1975 and a record low of -2.0 % in Dec 1949.

CEIC calculates GDP Deflator Growth from quarterly GDP Deflator. The Bureau of Economic Analysis provides GDP Deflator at 2012 prices.


Related information about US GDP Deflator Growth

• In the latest reports, United States GDP expanded 1.6 % YoY in Mar 2023.
• Its Nominal GDP reached 6,621.6 USD bn in Mar 2023.
• US GDP Per Capita reached 59,484.0 USD in Dec 2017.
• Its Gross Savings Rate was measured at 15.9 % in Mar 2023.

The price level ratio, or price level index, is the ratio of a purchasing power parity (PPP) conversion factor to the corresponding market exchange rate between two countries. For this series the base country is the United States. It provides a measure of the differences in price level between the country and the United States by indicating the number of units of the common currency (US dollars) needed to buy the same volume of the aggregation level in each country. At the level of GDP, the price level ratio provides a measure of the differences in the general price levels of countries.

The gross domestic product (GDP) of California was about 4.1 trillion U.S. dollars in 2024, meaning that it contributed the most out of any state to the country’s GDP in that year. In contrast, Vermont had the lowest GDP in the United States, with 45.71 billion U.S. dollars. What is GDP? Gross domestic product, or GDP, is the total monetary value of all goods and services produced by an economy within a certain time period. GDP is used by economists to determine the economic health of an area, as well as to determine the size of the economy. GDP can be determined for countries, states and provinces, and metropolitan areas. While GDP is a good measure of the absolute size of a country's economy and economic activity, it does account for many other factors, making it a poor indicator for measuring the cost or standard of living in a country, or for making cross-country comparisons. GDP of the United States The United States has the largest gross domestic product in the world as of 2023, with China, Japan, Germany, and India rounding out the top five. The GDP of the United States has almost quadrupled since 1990, when it was about 5.9 trillion U.S. dollars, to about 25.46 trillion U.S. dollars in 2022.

Indicator 8.2.1Annual growth rate of real GDP per employed person.The equation used to calculate the results is:Computation Method: Real GDP per employed person= (GDP at constant prices )/(Total employment)The numerator and denominator of the equation above should refer to the same reference period, for example, the same calendar year.If we call the real GDP per employed person “LabProd”, then the annual growth rate of real GDP per employed person is calculated as follows: The annual growth rate of real GDP per employed person= ((LabProd in year n) –(LabProd in year n-1))/((LabProd in year n-1)) ×100Note : GDP Constant (2010 = 100)*Data Source:Planning & Statistics Authority, National Accounts Bulletin

In 2024, the U.S. GDP increased from the previous year to about 29.18 trillion U.S. dollars. Gross domestic product (GDP) refers to the market value of all goods and services produced within a country. In 2024, the United States has the largest economy in the world. What is GDP? Gross domestic product is one of the most important indicators used to analyze the health of an economy. GDP is defined by the BEA as the market value of goods and services produced by labor and property in the United States, regardless of nationality. It is the primary measure of U.S. production. The OECD defines GDP as an aggregate measure of production equal to the sum of the gross values added of all resident, institutional units engaged in production (plus any taxes, and minus any subsidies, on products not included in the value of their outputs). GDP and national debt Although the United States had the highest Gross Domestic Product (GDP) in the world in 2022, this does not tell us much about the quality of life in any given country. GDP per capita at purchasing power parity (PPP) is an economic measurement that is thought to be a better method for comparing living standards across countries because it accounts for domestic inflation and variations in the cost of living. While the United States might have the largest economy, the country that ranked highest in terms of GDP at PPP was Luxembourg, amounting to around 141,333 international dollars per capita. Singapore, Ireland, and Qatar also ranked highly on the GDP PPP list, and the United States ranked 9th in 2022.

The dataset represents the joint dynamics of Financial Stress Index (FSI), Consumer Price Index (CPI) calculated and provided by the National Bank of Ukraine (NBU) and Gross Domestic Product (GDP) provided by SSSU for Ukraine.

The monthly dataset range is Feb 2004-Feb 2022, the effective balanced range is Jan 2011-Dec 2021.

The daily FSI data is aggregated into monthly series as a period average. The CPI series are monthly. The quarterly GDP data is seasonally adjusted and interpolated into monthly data with the use of ARIMA model and cubic spline method accordingly, converted into year-over-year series (dGDP).