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These are lists of countries in the nineteenth century by their estimated real gross domestic product (GDP) in terms of purchasing power parity (PPP), the value of all final goods and services produced within a country/region in a given year. GDP dollar (international dollar) estimates here are derived from PPP estimates.
Due to the absence of sufficient data for nearly all economies until the 20th century, earlier GDP is only roughly estimated. In a first step, economic historians try to reconstruct the GDP per capita of a given political or geographical entity from the meagre evidence. This value is then multiplied by the estimated population size, another determinant for which as a rule only little ancient data is available.
A key notion in the whole process is that of subsistence, the income level which is necessary for sustaining one's life. Since pre-industrial societies, by modern standards, were characterized by a very low degree of urbanization and a large majority of people working in the agricultural sector, economic historians prefer to express income in cereal units. To achieve comparability over space and time, these numbers are then converted into monetary units such as International Dollars, a third step which leaves a relatively wide margin of interpretation.
The formula is: GDP (PPP) = GDP per capita (PPP) × population size
It should be stressed that, historically speaking, population size is a far more important multiplier in the equation. This is because, in contrast to industrial economies, the average income ceiling of premodern agrarian societies was quite low everywhere, possibly not higher than twice the subsistence level. [1] Therefore, the total GDP as given below primarily reflects the respective historical population size, and is much less indicative of contemporary living standards than, for example, estimations of past GDP per capita.
According to 20th-century macroeconomist Paul Bairoch, a pioneer in historical economic analysis,
it is obvious that by itself the volume of total GNP has no important significance, and that the volume of GNP is not by itself the expression of the economic strength of a nation.
Rather, Bairoch advocates a formula combining GNP per capita and total GNP to provide a better measure of the economic performance of national economies. [2]
The total GDPs of the British Empire and Austro-Hungarian Empire were difficult to calculate due to lack of information from some localities in Maddison's work. There is no information to speculate the GDP of many colonies and national subdivisions. In the case of Austria-Hungary, the data given is about the modern territory of the Austria and Hungary, while the majority of the population and economy lay outside today's borders. There were data about future countries that were once part of the Empire. Using that, the Czechoslovakia's GDP was split in the rate of 2:1 to Austria and Hungary respectively because of the location of each part in the former empire and the population rate between Czech and Slovakian territories of 2:1. Data about the GDP of the territory of the future Yugoslavian kingdom in 1890s existed, so the proportion of the population among Croatia-Slavonia, Serbia and the other constituents of the future kingdom were used to deduce the GDP of each place. Information about Galician GDP was deduced using the proportion of the people it had in what would become Poland. Information about other parts were missing, so the GDP of the Austro-Hungarian Empire was actually bigger than shown, as well as the British Empire.
List by the Contours of the World Economy, 1–2030 AD (Partial forecasted estimates for 1879–1880) and Maddison Project [3] [4] [5]
Rank | Country | GDP (millions of 1880 Int$) |
---|---|---|
World | at least 1,500,000 | |
1 | British Empire subdivisions
| 351,527 |
2 | United States | 211,678 |
3 | Qing dynasty | 205,309 |
4 | German Empire subdivisions
| 126,172 [o 1] |
5 | French Empire subdivisions
| 108,772 [o 2] |
6 | Russian Empire subdivisions
| 108,771 |
7 | Austro-Hungarian Empire subdivisions
| c. 63,000 |
8 | Italy | 49,686 |
9 | Netherlands subdivisions
| 40,386 [o 3] |
10 | Empire of Japan | 37,016 |
11 | Spanish Empire subdivisions
| 35,399 [o 4] |
12 | Belgium | 20,443 |
13 | Ottoman Empire | 18,749 |
14 | Sweden-Norway | 11,631 |
15 | Empire of Brazil | 11,001 |
16 | Mexico | 10,860 |
17 | Switzerland | 8,766 |
18 | Persia | 7,749 |
19 | Argentina | 7,265 |
20 | Portuguese Empire subdivisions
| c. 7,000 |
21 | Romania | 6,553 |
22 | Denmark | 5,462 |
23 | Siam | 5,229 |
24 | Chile | 4,781 |
25 | Ethiopia | c. 4,000 |
26 | Korea | c. 4,000 |
27 | Morocco | 3,182 |
28 | Bulgaria | c. 3,000 |
29 | Colombia | 2,379 |
30 | Venezuela | 2,172 |
31 | Greece | 2,640 |
32 | Nepal | 1,504 |
33 | Orange Free State | c. 2,000 |
34 | Serbia | c. 1,708 |
35 | Peru | 1,650 |
36 | Uruguay | 1,594 |
37 | Transvaal | c. 1,000 |
38 | Bolivia | c. 1,000 |
39 | Guatemala | c. 1,000 |
40 | Luxembourg | c. 700 |
41 | Ecuador | 589 |
42 | El Salvador | c. 500 |
43 | Montenegro | c. 500 |
44 | Honduras | c. 500 |
45 | Nicaragua | c. 400 |
46 | Costa Rica | c. 400 |
47 | Liberia | c. 300 |
48 | Haiti | c. 250 |
49 | Monaco | c. 50 |
50 | San Marino | c. 30 |
Per capita income (PCI) or total income measures the average income earned per person in a given area in a specified year. It is calculated by dividing the area's total income by its total population.
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This is the Economic history of the Indian subcontinent. It includes the economic timeline of the region, from the ancient era to the present, and briefly summarizes the data presented in the Economic history of India and List of regions by past GDP (PPP) articles.
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It has been estimated that throughout prehistory, the world average GDP per capita was about $158 per annum, and did not rise much until the Industrial Revolution. {{Citation needed}} The first object or physical thing specifically used in a way similar enough to the modern definition of money, i.e. in exchange, was (probably) cattle.
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This article includes a list of China's historical gross domestic product (GDP) values, the market value of all final goods and services produced by a nation in a given year. The GDP dollar estimates presented here are either calculated at market or government official exchange rates (nominal), or derived from purchasing power parity (PPP) calculations. This article also includes historical GDP growth.
In conclusion, the fact that the average incomes in the most developed agricultural economies like Augustan Rome and Basil's Byzantium were about twice or less than the subsistence minimum might indicate that the pre-industrial societies were unlikely to ever exceed that ceiling. This in turn has implications for our assessment of the average standard of living in other, non-Western, pre-industrial economies like those of China, India, pre-Columbian Americas, and Africa....A further implication of these calculations is that a realistic maximum income that could be envisaged for the pre-industrial societies might be a bit more than twice the subsistence minimum, or around $PPP 1000 (at 1990 international prices).