Economy and business

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7. Economy and finance

National accounts

In 2018, the total economic output of the world, as measured by gross domestic product (GDP), was valued at EUR 72.6 trillion, of which the G20 members accounted for 86.2 %. Map 7.1 shows the shares of the G20 members in world GDP for 2008 as well as for 2018; it should be noted that 2008 was the beginning of the global financial and economic crisis. The G20 members’ combined share of world GDP was 0.8 percentage points higher in 2008 than it was in 2018.

In 2018, the United States accounted for a 24.0 % share of the world’s GDP. Although the United States’ share in 2018 was 0.9 percentage points less than it had been in 2008, it moved ahead of the EU-27 whose share fell from 25.6 % in 2008 to 18.6 % in 2018. Note these relative shares are based on current price series in euro terms, reflecting market exchange rates. The Chinese share of world GDP rose from 7.2 % in 2008 to 15.9 % in 2018, moving ahead of Japan (7.9 % in 2008 and 5.8 % in 2018). To put the rapid pace of recent Chinese economic growth into context, in current price terms China’s GDP in 2018 was EUR 8 399 billion higher than it was in 2008, an increase greater than the combined GDP in 2018 of the nine smallest G20 economies (Canada, Russia, Australia, Mexico, Indonesia, Saudi Arabia, Turkey, Argentina and South Africa). The share of world GDP contributed by India also increased greatly, such that it moved from the ninth largest G20 economy in 2008 (leaving aside the three G20 EU Member States) to become the sixth largest by 2018 with a share of 3.2 %, just behind the 3.3 % share of the United Kingdom.

Map 7.1: World GDP
(%)

2008

2018

Source: Eurostat (online data codes: nama_10_gdp and ert_bil_eur_a) and the United Nations Department of Economic and Social Affairs, Statistics Division (Analysis of Main Aggregates)

Figure 7.1 shows the real rate of change (based on price adjusted data) of GDP in the latest year for which data are available (2018 compared with 2017) as well as the 10-year annual average rate of change between 2008 and 2018; it should be remembered that much of the financial and economic crisis occurred during the early part of this period. The lowest 10-year rates of change were generally recorded in developed economies such as Japan, Russia, Argentina and the EU-27, while the highest growth rates were recorded in several Asian economies, most notably in India and China. Looking at the rate of change between 2017 and 2018, Argentina stands out as it recorded a contraction in its economic output in 2018. At the other end of the scale three G20 members stood out with notably faster growth, with annual increases of 5.2 % in Indonesia, 6.6 % in China and 6.8 % in India. For comparison, the annual growth rate of GDP in 2018 for the whole world was 3.1 %, with the EU-27 recording slightly slower growth (2.1 %).

Among the G20 members, the highest gross national income (GNI) per inhabitant in 2018 was recorded in the United States, ahead of Saudi Arabia. Note that the conversion to United States dollars used for this indicator in Figure 7.2 is based on purchasing power parities (PPPs) rather than market exchange rates and so reflects differences in price levels between countries. The average levels of income per inhabitant in the United States and in Saudi Arabia were 3.6 and 3.1 times as high as the average GNI for the whole world (USD 17.9 thousand per inhabitant). Australia, Canada, the United Kingdom, Japan, the EU-27 and South Korea each recorded average GNI per inhabitant that was more than double the world average. By contrast, four G20 members recorded levels of GNI per inhabitant that were below the world average, namely Brazil, South Africa, Indonesia and India.

Figure 7.1: Real change in GDP, 2008‑2018
(%)

(1) Based on United States dollars.

Source: Eurostat (online data code: nama_10_gdp) and the United Nations Department of Economic and Social Affairs, Statistics Division (Analysis of Main Aggregates)

In broad terms, members with relatively low GNI per inhabitant recorded relatively high economic growth over the 10 years from 2008 to 2018; this was most notably the case in China, India and Indonesia (eight years from 2010 to 2018). By contrast, members with relatively high GNI per inhabitant at the start of the period under consideration generally recorded fairly low levels of economic growth; this was most notably the case in the United Kingdom, Canada, the EU-27 (nine years from 2008 to 2017), Japan (nine years from 2008 to 2017), Australia and the United States. The main exceptions to this pattern are clustered towards the bottom left corner of Figure 7.2, with relatively low growth and relatively low levels of GNI per inhabitant — in this group are Argentina, South Africa, Brazil, Russia and Mexico.

Figure 7.2: GNI per inhabitant and annual average real rate of change of GNI per inhabitant, 2008‑2018 and 2018

Note: GNI per inhabitant is presented in international United States dollars (USD) for 2018. The relative size of each bubble reflects the value of GNI in current prices for 2018. The average annual rate of change is calculated using constant 2010 prices in USD.

Reading note: the EU-27’s annual average real rate of change of GNI per inhabitant between 2008 and 2018 was 0.7 % (shown on the horizontal axis), while its GNI per inhabitant in 2018 was USD 43 470 (shown on the vertical axis). The overall size of the EU-27 economy (GNI in current prices) was USD 16.0 trillion in 2018 (represented by the size of the large blue circle).

(1) Average annual real rate of change of GNI per inhabitant: 2008-2017.

(2) Average annual real rate of change of GNI per inhabitant: 2010-2018.

Source: the World Bank (World Development Indicators)

General government finances

The financial and economic crisis of 2008 and 2009 resulted in considerable media exposure for government finance indicators. The importance of the general government sector — in other words all levels of government, from central to the most local level — in the economy may be measured in terms of general government revenue and expenditure (which is often presented in relation to GDP). Subtracting expenditure from revenue results in a basic measure of the government surplus/deficit (public balance), providing information on government borrowing/lending for a particular year; in other words, borrowing to finance a deficit or lending made possible by a surplus. General government debt (often referred to as national debt or public debt) refers to the consolidated stock of debt (external obligations) at the end of the year for government and public sector agencies. These external obligations are the debt or outstanding (unpaid) financial liabilities arising from past borrowing. Note that the data presented in Figures 7.3 and 7.4 for some G20 members relate only to the expenditure of some but not all levels of public administration.

The level of general government expenditure in relation to GDP peaked among the G20 members in 2018 at 45.8 % in the EU-27 (in the euro area it was higher still, at 47.0 %), followed by 41.0 % in the United Kingdom and 40.7 % in Canada. For the majority of G20 members the ratio of government expenditure of GDP exceeded 30 %, with only four below this level: India, Mexico, South Korea and Indonesia.

Figure 7.3: General government expenditure and GDP, 2018

(1) Not including state governments.

(2) Not including local governments.

(3) Not including social security funds.

(4) GDP per inhabitant: estimate.

(5) General government expenditure: estimate.

Source: Eurostat (online data codes: gov_10a_main and nama_10_pc ) and the International Monetary Fund (World Economic Outlook database)

Three of the four members with relatively low ratios of government expenditure to GDP also had relatively low GDP per inhabitant, the exception being South Korea. By contrast, among the members where government expenditure relative to GDP exceeded 30 %, the level of GDP per inhabitant ranged from EUR 5 380 per inhabitant in South Africa (the third lowest among the G20 members) to EUR 53 234 per inhabitant in the United States (the highest).

Most G20 members had a government deficit in 2018; only South Korea and Russia recorded surpluses as can be seen from Figure 7.4. Deficits below 3.0 % of GDP were observed in Canada, the EU-27 (and the euro area), Australia, Indonesia, Mexico and the United Kingdom. The largest deficits were recorded in India (6.4 % of GDP) and Brazil (7.2 % of GDP).

Japan had by far the highest government debt relative to GDP in 2018, 237.1 % (see Figure 7.4). The United States joined Japan with a level of government debt that was higher than GDP, as its ratio was 104.3 %. Canada (89.9 %) had the next highest level of government debt relative to GDP in 2018, followed by Brazil, Argentina, the United Kingdom and the EU-27, all with ratios above 75 %. The lowest ratios of government debt to GDP were reported in Saudi Arabia and Russia, both below 20.0 % of GDP.

Figure 7.4: General government deficit/surplus and debt, 2018
(% of GDP)

(1) Not including state governments.

(2) Not including local governments.

(3) Not including social security funds.

(4) Deficit/surplus: not including local governments.

(5) Estimates.

Source: Eurostat (online data code: gov_10dd_edpt1) and the International Monetary Fund (World Economic Outlook database)

Consumer prices and interest rates

Consumer price indices reflect the developments over time in the prices of consumer goods and services acquired, used or paid for by households, and thereby provide a measure of inflation. They aim to cover the whole set of goods and services consumed within the territory of a country by the population. The rate of change in consumer price indices between 2017 and 2018 is presented in Figure 7.5 along with the 10-year annual average rate of change between 2008 and 2018.

The worldwide inflation rate in 2018 was 3.6 %, slightly higher than the 2.8-3.2 % rates reported between 2015 and 2017. Among the G20 members, the lowest rates of change for consumer prices in 2018 were growth of 1.0 % in Japan and 1.5 % in South Korea. Annual price changes ranged between 1.9 % and 5.0 % in most of the other G20 members, including the EU, greatly exceeding this range in Turkey (16.3 %) and Argentina (34.3 %).

Average price developments over a 10-year period indicate that the high inflation rate in Argentina for 2018 was representative of a more sustained period of rapid price increases, with annual inflation averaging 17.7 % between 2008 and 2018. The next highest annual average inflation rates were a little more than half the rate recorded in Argentina, as prices rose by an annual average of 8.9 % in Turkey, 7.5 % in Russia and 7.4 % in India. By contrast, Japan had clearly the lowest annual average inflation rate among the G20 members between 2008 and 2018, just 0.3 %, with the next lowest rates in the EU (1.5 %), the United States and Canada (both 1.6 %).

Figure 7.5: Consumer price indices, 2008‑2018

(1) The data refer to the official EU aggregate, its country coverage changes in line with the addition or departure of EU Member States and integrates or detaches them using a chain-linked index formula.

(2) Annual average rate of change 2008‑2018: not available.

Source: Eurostat (online data code: prc_hicp_aind) and the International Monetary Fund (World Economic Outlook database)

Lending interest rates varied greatly between the G20 members in 2018 and did so to a somewhat greater extent than they had done 10 years earlier. Historically low interest rates were recorded in the euro area (0.25 %) and the United Kingdom (0.50 %; 2014 data) while the latest lending interest rate in Japan (0.99 %; 2017 data) was also relatively low. Elsewhere, rates ranged from 2.70 % in Canada (2017 data) to 10.54 % in Indonesia, with the rates in Argentina (37.39 %) and Brazil (39.08 %) exceeding this range. In all but one of the G20 members (see Figure 7.6), interest rates were lower in 2018 than they had been in 2008. The exception was Argentina where rates increased by 17.9 percentage points over this period. The largest percentage point falls in interest rates between 2008 and 2018 were in Brazil (down 8.2 points) and South Africa (down 5.0 points). For comparison, the rate in the euro area fell 2.8 points over the same period.

Figure 7.6: Lending interest rates — rate for short and medium-term financing needs of the private sector, 2008 and 2018

Note: Saudi Arabia and Turkey, not available.

(1) Definition differs: ECB marginal lending facility end of year rate.

(2) 2017 instead of 2018.

(3) 2014 instead of 2018.

Source: the European Central Bank and the World Bank (World Development Indicators)

Foreign direct investment

Foreign direct investment (FDI) is characterised by investment in new foreign plant/offices, or by the purchase of existing assets that belong to a foreign enterprise. Figure 7.7 and Map 7.2 provide information concerning FDI stocks, in other words the value of all foreign direct investment assets, not the flows during a particular year. South Africa (2017 data), Canada, the EU-27 and the United Kingdom (2017 data) had by far the highest levels of outward stocks relative to the size of their economies in 2018, all in excess of 60 % of their GDP. The United Kingdom (2017 data) had the highest level of inward stocks relative to GDP and was one of only three G20 members — the others being the EU-27 and Canada — where inward stocks were valued at more than 50 % of their GDP.

The lowest levels of outward stocks relative to GDP in 2018 were held by Argentina, Indonesia, India and Turkey, all less than 10.0 % of GDP, while the lowest levels of inward stocks were in Japan (4.1 % of GDP), which is often characterised as a relatively closed economy. Five G20 members had outward stocks of FDI that outweighed their inward stocks: South Africa (2017 data), Japan, Canada, the EU-27 and South Korea (2017 data). Inward and outward stocks were nearly balanced in the United Kingdom with inward stocks slightly higher. Elsewhere among the G20 members, inward stocks of FDI exceeded outward stocks and the largest percentage point differences between inward and outward stocks of FDI relative to GDP were observed in Mexico (2017 data), Brazil, Saudi Arabia, Indonesia, Australia (2017 data) and Turkey.

The data in Map 7.2 are based on the absolute value of FDI stocks held by G20 members and show shares in the world total. The EU-27 had the highest level of inward stocks (including FDI stocks between different EU Member States), accounting for 25.5 % of the world’s outward stocks in 2017; it also had the largest share of inward stocks, some 31.7 % of the world total. The United States, China and the United Kingdom were the second, third and fourth ranked G20 members both as investors abroad (in other words, outward investment) and as recipients of FDI (in other words inward investment) in their own economies.

Figure 7.7: Stocks of foreign direct investment, 2018
(% of GDP)

(1) Extra-EU stocks.

(2) 2017.

Source: Eurostat (online data codes: bop_fdi6_pos and nama_10_gdp) and the OECD (FDI stocks)

Map 7.2: World stocks of foreign direct investment, 2017
(%)

Inward

Note: Argentina, 0.2 %.

Outward

Note: Saudi Arabia, 0.3 %; Indonesia, 0.2 %; Turkey, 0.1 %; Argentina, 0.1 %.

(1) Includes intra and extra-EU stocks of the EU Member States.

Source: the OECD (FDI stocks)

Official development assistance

Official development assistance (ODA) concerns government aid designed to promote the economic development and welfare of developing countries. Loans and credits for military purposes are excluded. Aid may be provided bilaterally or channelled through a multilateral development agency. The OECD maintains a list of developing countries and territories with income per inhabitant below a certain threshold and only aid to these countries — currently around 150 in number — counts as ODA. A long-standing United Nations target is that developed countries should devote 0.7 % of their gross national income to ODA.

Figure 7.8 shows Turkey (0.95 % of gross national income) and the United Kingdom (0.70 %) were the only G20 members whose ODA met or exceeded the United Nations target in 2017, with Germany (0.67 %) — one of three EU Member States that are G20 members — close to the target; the two other EU Member States that are G20 members reported somewhat lower ratios, 0.43 % for France and 0.30 % for Italy. Among the other non-EU G20 members, the ratio of ODA to gross national income ranged from 0.08 % to 0.26 %.

Figure 7.8: Official development assistance net disbursements relative to gross national income, 2017
(% of GNI)

Note: Argentina, Brazil, China, India, Indonesia, Mexico, Saudi Arabia and South Africa, not available.

Source: the OECD (Development finance data)

The second analysis of ODA which is presented in Figure 7.9 shows the origin of contributions from members of the OECD’s Development Assistance Committee (DAC). The combined contributions of the 14 EU Member States that are members of the DAC was 45 % of the total ODA provided by DAC members. Germany provided 17 % of the ODA by all DAC members, France 8 %, Italy 4 % and the other 13 EU Member States that are not individually G20 members together provided 16 %. The non-EU G20 members provided 50 % of the DAC total with most of this provided by the United States (24 % of the DAC total), the United Kingdom (12 %) and Japan (8 %). Three countries that are members of the DAC but not members of the G20 or the EU — New Zealand, Norway and Switzerland — together contributed 5 % of the ODA by DAC members.

Figure 7.9: Official development assistance, 2017
(% of net disbursements by OECD Development Assistance Committee (DAC) donors)

(1) Belgium, Denmark, Ireland, Greece, Spain, Luxembourg, the Netherlands, Austria, Portugal, Finland and Sweden.

(2) New Zealand, Norway and Switzerland. The total excludes disbursements by EU institutions.

Source: the OECD (Development finance data)

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8. International trade

Balance of payments — share of world trade

The current account of the balance of payments provides information on international transactions in goods and services, as well as income (from employment and investment) and current transfers. For all these transactions, the balance of payments registers the value of credits and debits. A credit is an inflow in relation to the provision of goods, services, income and current transfers and is similar to an export. A debit is an outflow made for the acquisition of goods, services, income and current transfers and is similar to an import.

The EU-27 accounted for more than a quarter of world trade in goods in 2018 (see Map 8.1). Goods exported from the EU-27 to non-member countries (extra-EU trade) accounted for 12.0 % of global exports, while goods exported to other EU Member States (intra-EU trade) accounted for 16.8 % of global exports. In a similar vein, goods imported into the EU-27 from non-member countries accounted for 10.7 % of global imports, while goods imported from other EU Member States accounted for 16.7 % of global imports.

Leaving aside intra-EU trade and focusing on extra-EU trade, the EU-27’s share of world trade in goods was the largest in terms of exports, with China having a slightly smaller share (11.5 %), and second largest in terms of imports, behind the United States (12.5 %). The United States had the third largest share of world exports of goods (8.0 %) and China (9.9 %) the third largest share of world imports, with Japan recording the fourth largest shares for both exports (3.5 %) and imports (also 3.5 %). South Korea, the United Kingdom, Canada, Mexico and Russia had the next largest shares of world exports (between 2.1 % and 3.0 %), while the United Kingdom, India, South Korea, Canada and Mexico had shares of world imports that were between 2.3 % and 3.2 %.

Map 8.1: World trade in goods, 2018
(%)

Exports

Note: Argentina, 0.3 %.

Imports

Note: Argentina, 0.3 %.

Source: Eurostat (online data codes: bop_eu6_q and bop_c6_a) and the International Monetary Fund (Balance of Payments and International Investment Position Statistics)

Turning to services (see Map 8.2), the EU-27’s contribution to world trade was even greater. Extra-EU trade accounted for 16.4 % of world exports of services and intra-EU trade for 15.6 %, while extra-EU trade accounted for 14.8 % of world imports of services and intra-EU trade for 15.8 %. The EU-27’s extra-EU trade in services was clearly larger than that of any of the other G20 members, both in terms of exports and imports. Regardless of whether analysing exports or imports, the United States had the second largest share of world trade in services (12.2 % of exports and 9.0 % of imports), followed by China and the United Kingdom, with China having a larger share of imports (8.3 %) and the United Kingdom a larger share of exports (6.0 %). India, Japan and South Korea had the next largest shares both of exports and of imports.

Map 8.2: World trade in services, 2018
(%)

Exports

Note: South Africa, 0.2 %; Argentina, 0.2 %.

Imports

Source: Eurostat (online data codes: bop_eu6_q and bop_c6_a) and the International Monetary Fund (Balance of Payments and International Investment Position Statistics)

Trade in goods

The second part of this chapter focuses specifically on trade in goods. Figure 8.1 uses balance of payments and national accounts data to show the relative importance of trade in goods compared with gross domestic product (GDP). Thereafter, the focus is on international trade in goods statistics.

The level of international trade in goods relative to overall economic activity (the ratio of traded goods to GDP) may be expected to be considerably higher for relatively small countries that are more integrated in the world’s economy as a result of not producing a full range of goods (and services), as can be seen, for example, with Mexico (74.9 %) and South Korea (66.4 %) in Figure 8.1. By contrast, among the G20 members the United States reported the lowest ratio of trade in goods (shown here as the sum of exports and imports of goods) to GDP (20.6 %) in 2018. The equivalent ratio for the EU-27 was 29.6 %; note that the latter only includes extra-EU trade.

Comparing 2008 with 2018, the ratio of trade in goods to GDP increased notably in Mexico and to a smaller extent in Turkey and a much smaller extent in the EU-27, the United Kingdom, Brazil and Japan. Elsewhere the ratio declined, with relatively large decreases in Indonesia, Argentina, India, South Africa, South Korea and China, and a particularly large decrease in Saudi Arabia.

Figure 8.1: International trade in goods, 2008 and 2018
(% of GDP)

Note: sum of imports and exports relative to GDP.

Source: Eurostat (online data codes: bop_eu6_q, bop_c6_a and nama_10_gdp), the International Monetary Fund (Balance of Payments and International Investment Position Statistics) and the United Nations Department of Economic and Social Affairs, Statistics Division (Analysis of Main Aggregates)

The EU-27 had a trade surplus for goods equal to EUR 152.1 billion in 2018. Figure 8.2 shows the trade in goods between the EU-27 and the other G20 members and with the rest of the world. In 2018, the EU-27 had relatively large trade deficits with China (EUR 154 billion) and Russia (EUR 79 billion), and smaller ones with several other Asian countries: Indonesia, South Korea, Japan and Saudi Arabia. The EU-27 had trade surpluses for goods between EUR 14 billion and EUR 23 billion with Mexico, Canada and Australia, while its largest trade surpluses for goods were with the United Kingdom (EUR 124 billion) and the United States (EUR 138 billion).

In 2018, the EU-27’s largest trade partner (exports and imports combined) for goods among the G20 members was the United States, followed by China, the United Kingdom, Russia, Turkey and Japan, all with total trade in excess of EUR 100 billion.

Together, the G20 members accounted for 65.7 % of the EU-27’s exports of goods in 2018 and 66.6 % of its imports. Looking at the individual flows, the EU-27’s largest export markets in 2018 were the United States and the United Kingdom, followed at some distance by China, whereas for the EU-27’s imports from these three countries the positions were different, with China the largest supplier, followed by the United States and then the United Kingdom. The next largest trading partners for goods were the same, regardless whether analysing exports or imports: Russia, Turkey, Japan, South Korea and India. Indonesia had the smallest share of the EU-27’s exports to the G20 members, while Argentina had the smallest share of the EU-27’s imports from the G20 members.

Figure 8.2: EU‑27 trade in goods with G20 partners, 2018
(EUR billion)

Note: extra-EU trade.

Source: Eurostat (online data code: ext_st_eu27_2020sitc)

Figures 8.3 and 8.4 show the reverse situation, namely the importance of the EU-27 as a trading partner for the other G20 members in terms of international trade in goods; data are available for 2008 and 2018.

Some 47.1 % of all goods exported from the United Kingdom in 2018 were destined for the EU-27, which was the case for slightly smaller shares from Turkey (44.1 %) and Russia (43.3 %). By contrast, less than one tenth of the goods exported from Japan, Indonesia, South Korea, Canada, Mexico, Australia or Saudi Arabia were destined for the EU-27. Between 2008 and 2018 the EU-27 became a less important export market in relative terms for most of the G20 members, as only Turkey and Saudi Arabia recorded increases in the shares of their exports destined for the EU-27, while there was no notable change for Canada. Decreases of more than 5.0 percentage points were recorded in Brazil, South Africa, the United Kingdom and Russia.

Figure 8.3: EU‑27 as the destination of exports of goods from G20 partners, 2008 and 2018
(% share of all exports of goods)

Source: Eurostat (online data code: ext_st_28msbec) and the United Nations (Comtrade)

The EU-27 was the source of more than half (52.8 %) of all goods imported into the United Kingdom in 2018, around one third of the imports into Russia (35.4 %) and Turkey (32.9 %). India (8.9 %) and Indonesia (6.9 %) were the only G20 members for which the EU-27 supplied less than one tenth of their total imports in 2018. Between 2008 and 2018 the importance of the EU-27 as a source of imports increased in relative terms in Japan, the United States and South Korea, in all of which the EU-27 gained just above 2.0 percentage points of the share of imports. Smaller increases were observed in Argentina, the United Kingdom, Canada and China. Elsewhere, the share of the EU-27 in the total imports of each of the G20 members fell, most notably in Russia (down 5.4 points), India (down 3.1 points) and Saudi Arabia (down 2.3 points).

Figure 8.4: EU‑27 as the origin of imports of goods into G20 partners, 2008 and 2018
(% share of all imports of goods)

Source: Eurostat (online data code: ext_st_28msbec) and the United Nations (Comtrade)

Trade in services

The final part of this chapter focuses on trade in services. Figure 8.5 uses balance of payments and national accounts data to show the relative importance of trade in services compared with GDP and can be compared with a similar calculation that was presented for goods in Figure 8.1. Thereafter, the focus is on balance of payments data.

The level of international trade in services (exports and imports combined) relative to overall economic activity (GDP) was higher in the United Kingdom in 2018 than in any of the other G20 members, reaching 23.5 %. The next highest ratios were 13.8 % in South Korea, 13.2 % in Saudi Arabia, 12.9 % in the EU-27 (only extra-EU27), just above 12.5 % in Canada. The lowest levels for this ratio were recorded in Brazil, China and Mexico, all less than 6.0 %.

Comparing 2008 with 2018, the ratio of trade in services to GDP increased by 4.8 points in the United Kingdom, the largest increase among the G20 members, with the EU-27 (up 3.5 points) recording the second highest increase. A majority of G20 members reported an increase in the ratio of trade in services to GDP between 2008 and 2018, although this was not the case in India, China, Indonesia, South Africa, Saudi Arabia or South Korea where there were decreases.

As already noted, the EU-27 was the second largest exporter and importer of services relative to GDP in 2018 among the G20 members. In absolute terms, extra-EU exports were valued at EUR 969 billion and imports at EUR 824 billion, resulting in a trade surplus for services of EUR 145 billion. The EU-27 had trade surpluses for services in 2018 with all G20 members except for India, Turkey and the United States. The EU-27’s trade surplus for services with the United Kingdom was valued at EUR 45.1 billion in 2018, the largest of its trade surpluses with any of the G20 members.

Figure 8.5: International trade in services, 2008 and 2018
(% of GDP)

Note: sum of imports and exports relative to GDP.

Source: bop_eu6_q, bop_c6_a and nama_10_gdp), the International Monetary Fund (Balance of Payments and International Investment Position Statistics) and the United Nations Department of Economic and Social Affairs, Statistics Division (Analysis of Main Aggregates)

In 2018, the EU-27’s largest trade partners (exports and imports combined) for services among the G20 members were, by far, the United States and the United Kingdom (see Figure 8.6), both with total trade in excess of EUR 370 billion. The EU-27’s smallest trade partners for services among the G20 members were the same as for goods, namely Argentina and Indonesia.

In 2018, the G20 members accounted for more than 60 % of the EU-27’s extra-EU trade in services: 63.4 % of exports and 60.3 % of imports, slightly less than the G20’s shares of the EU-27’s exports and imports of goods.

Figure 8.6: EU‑27 trade in services with G20 partners, 2018
(EUR billion)

Note: extra-EU trade.

Source: Eurostat (online data code: bop_its6_det)

However, two of the G20 members — the United Kingdom and the United States — were the largest partners for the EU-27 for trade in services, as can be seen from Figures 8.7 and 8.8: more than one fifth (21.5 %) of the EU-27’s exports of services were destined for the United Kingdom in 2018 and 18.5 % for the United States, while close to one quarter (23.8 %) of the EU-27’s imports of services originated in the United States and 19.7 % in the United Kingdom. In relative terms, the United Kingdom and the United States were more important partners for the EU-27 for trade in services (combining exports and imports) than they were for trade in goods as, to a lesser extent, were Canada and Australia. Argentina’s share of the EU-27’s exports and imports of goods was similar to its share of the EU-27’s exports and imports of services. The remaining G20 members had a larger share of the EU-27’s trade in goods than its trade in services and this was most notably the case for China, Russia and Turkey.

Figure 8.7: EU‑27 exports of services to G20 partners, 2013 and 2018
(% share of all extra-EU‑27 exports of services)

Source: Eurostat (online data code: bop_its6_det)

Between 2013 and 2018, the share of EU-27 exports of services destined for the United Kingdom expanded by 1.9 percentage points and there was an increase of 1.6 points in the share going to China as well as smaller increases for the United States, Saudi Arabia, Japan, Mexico and India as destinations. These changes were mirrored by falls in the shares of EU-27 exports of services destined for Turkey, Indonesia, South Korea, Brazil and most strongly Russia (down 1.4 points). A broadly similar picture was observed for the EU-27’s imports of services, although with the notable difference that the United States’ share of imports fell. Increases in shares were largest for the United Kingdom (0.4 points) and China (0.3 points), while decreases in the share of imports were largest for Russia and Turkey (both down 0.8 points).

Figure 8.8: EU‑27 imports of services from G20 partners, 2013 and 2018
(% share of all extra-EU‑27 imports of services)

Source: Eurostat (online data code: bop_its6_det)

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9. Business

Structure of the economy

Figure 9.1 illustrates the economic structure in the G20 economies, using national accounts data to group economic activities into five broad headings based on the ISIC Rev.3 classification. In 2018, services contributed at least 70 % of the total gross value added in the economies of the United States, the United Kingdom, Brazil, the EU-27, Canada, Australia and Japan — see Figure 9.1. In all of the other G20 countries, services was also the largest of the five activity groupings shown and accounted for more than half of total gross value added except in Saudi Arabia (48.1 %) and Indonesia (45.2 %). Manufacturing was the second largest activity in value added terms in most of the G20 members. Exceptions were Saudi Arabia, Australia and Russia where mining and utilities was the second largest activity. India and Indonesia were the only G20 members where agriculture, hunting, forestry, fishing contributed more than one tenth of total gross value added and Indonesia was the only one where construction contributed more than one tenth of total gross value added.

Figure 9.1: Gross value added by economic activity, 2018
(% of total gross value added)

Note: based on ISIC Rev.3.

Source: the United Nations Department of Economic and Social Affairs, Statistics Division (Analysis of Main Aggregates)

Figure 9.2 focuses on industrial activities, including mining and quarrying, manufacturing and utilities. The data show the share of industrial employment in enterprises of different size classes. These size classes are defined in terms of the number of persons employed and range from micro enterprises with less than 10 persons employed to large enterprises with 250 or more persons employed. Collectively, the enterprises which are not large are often referred to as small and medium-sized enterprises (SMEs).

Large enterprises generally have higher labour productivity than SMEs and so their share of industrial employment tends to be lower than their share of value added. Across the EU-27, large enterprises employed 46.1 % of the total industrial workforce in 2017. The lowest employment shares for large enterprises were observed in South Korea (definition differs) and Turkey, with shares just over one quarter and one third respectively. Japan (2016 data; definition differs), Australia (2016 data; definition differs) and the United Kingdom all recorded employment shares within the industrial workforce for large enterprises that were similar to that in the EU-27 and under half. Elsewhere the share ranged from 50.0 % in Brazil (2014 data) and 52.1 % in Canada (2016 data; definition differs) to 65.2 % in the United States (2015 data; definition differs) and 85.2 % in Russia (definition differs).

Figure 9.2: Enterprise size class shares of industrial employment, 2017
(% of the total number of persons employed)

Note: ranked on the share for large enterprises. Argentina, China, India, Indonesia, Mexico, Saudi Arabia and South Africa: not available. Size classes defined in terms of the number of persons employed.

(1) Share of the total number of employees.

(2) Size classes based on the number of employees.

(3) Brazil: 2014. The United States: 2015. Australia, Canada and Japan: 2016.

(4) Micro includes enterprises with 1‑19 employees, small includes enterprises with 20‑49 employees, medium-sized includes enterprises with 50‑299 employees and large includes enterprises with 300 and more employees.

(5) Micro includes enterprises with 1‑19 persons employed, small includes enterprises with 20‑199 persons employed and large includes enterprises with 200 and more persons employed.

(6) Micro includes enterprises with 1‑19 persons employed and small includes enterprises with 20‑49 persons employed.

Source: Eurostat (online data code: sbs_sc_sca_r2) and the OECD (SDBS structural business statistics (ISIC Rev. 4))

Short-term business statistics

The line graphs presented in Figures 9.3 and 9.4 illustrate developments for the industrial production index and for the domestic industrial output price index. The indices presented are calculated from annual indices but the underlying series are normally monthly or quarterly data which facilitate a rapid assessment of the economic climate. These figures show the developments for the G20 members; for ease of readability these figures have been presented in several parts with the EU-27 shown in all parts for the purpose of comparison.

For the industrial production index the time series shown starts in 2006 in order to illustrate the impact of the global financial and economic crisis. The impact of the crisis on industrial activities and the subsequent recovery was substantial in several G20 members and this is reflected in the time series shown. Four of the G20 members — Japan, the United Kingdom, Brazil and South Africa — had lower levels (in real terms) of industrial output in 2018 (latest data are for 2017 for South Africa) than they had at their pre-crisis peak: 2007 for South Africa, Japan and the United Kingdom, 2008 for Brazil. In Brazil, industrial output in 2018 was 11.6 % lower than it had been in 2008. By comparison, 2018 was the first year that the level of industrial output in the EU-27 was higher (by 0.9 %) than it had been in 2007, which was the pre-crisis peak level of output. Turning to the G20 members that experienced rapid industrial growth during the years shown in Figure 9.3 — South Korea, Indonesia, Turkey and India — only Turkey recorded an actual fall in output during the crisis, whereas the others experienced a slowdown in industrial activity. After falls in 2008 and 2009, Turkey’s industrial output rebounded in 2010 to surpass the 2007 peak and by 2018 Turkish industrial output was 66.5 % higher than it had been in 2007. Over a comparable period, in other words between 2007 (after which growth slowed for a year or two) and 2018, industrial output increased by 37.7 % in South Korea, 58.0 % in Indonesia (manufacturing only) and 66.5 % in India.

Figure 9.3: Industrial production index, 2006‑2018
(2006 = 100)

Note: different scales used for the three parts of the figure. Argentina, China and Saudi Arabia: not available. The EU‑27 is shown in all three parts of the figure for the purpose of comparison.

(1) Manufacturing only.

(2) 2017 and 2018: not available.

(3) 2018: not available.

Source: Eurostat (online data code: sts_inpr_a), the International Monetary Fund (International Financial Statistics) and the OECD (Main economic indicators)

Looking at just the latest annual rates of change, between 2017 and 2018, Indonesia recorded the fastest growth in industrial production, up 5.5 %, just ahead of India (5.2 %) and the United States (4.1 %). All G20 members recorded growth in industrial output in 2018; in the EU-27, an increase of 1.3 % was observed.

The domestic industrial producer price index is a business cycle indicator whose objective is to measure the development of transaction prices of industrial activities within the domestic market. For this indicator the time series shown starts in 2007, again in order to illustrate the impact of the global financial and economic crisis — prices continued to rise during the early stages of the crisis and it was not until 2009 that there was a slowdown or fall in prices. As such, whereas output generally peaked in 2007, prices generally peaked in 2008.

As was the case for production, not all of the G20 members recorded an actual fall in industrial producer prices during the crisis: Mexico and Turkey recorded increases every year during the period from 2007 to 2019. All of the other G20 members shown in Figure 9.4 recorded a fall in prices between 2008 and 2009. Japan was the only G20 member that still had lower domestic industrial producer prices in 2019 than at the peak level early in the crisis: industrial prices in Japan were 2.5 % lower in 2019 than they had been in 2008, equivalent to an average fall of 0.2 % per year. Comparing the peak price level in 2008 with 2019, increases were relatively subdued — less than 20 % overall and at most 1.6 % per year on average — in South Korea, the EU-27, the United States, Canada, Australia (1) and the United Kingdom. Elsewhere, average domestic industrial producer prices rose between 2008 and 2019 more rapidly, ranging from 4.5 % per year in Mexico to 9.9 % in Turkey. The latest annual rates of change (2019 compared with 2018) confirm that industrial producer prices rose at a rapid pace in Turkey, up 17.6 %, followed at some distance by an increase of 10.2 % in South Africa, while prices fell slightly in Canada and South Korea.

Figure 9.4: Industrial producer price index (domestic), 2007‑2019
(2007 = 100)

Note: different scales used for the three parts of the figure. Argentina, Brazil, India, Indonesia and Saudi Arabia: not available. The EU‑27 is shown in both parts of the figure for the purpose of comparison.

(1) Total producer price index.

(2) Manufacturing.

(3) 2016‑2019: not available.

Source: Eurostat (online data code: sts_inppd_a) and the OECD (Main economic indicators)

Tourism

A tourist (also known as an overnight visitor) is a visitor who stays at least one night in collective or private tourist accommodation in a specified geographical area. Tourists include residents (domestic tourists) and non-residents (international tourists), regardless of the purpose of travel, including people travelling for business, pleasure or other reasons. Note that international tourists are classified according to their country of residence, not according to their citizenship. As such, citizens residing abroad who return to their country of citizenship on a temporary visit are included as international tourists, although in practice not all countries follow this approach.

There were around 1.34 billion international tourist arrivals worldwide in 2017, among which 485 million were in the EU-27 (see Map 9.1): note that this EU-27 total includes arrivals in EU Member States of tourists from other Member States. As such, the EU-27 received 36.2 % of all international tourist arrivals worldwide, more than half the 67.3 % share received by all G20 members. The next largest G20 tourism markets in terms of international tourist arrivals were the United States (77 million arrivals, 5.7 % of the world total) and China (61 million, 4.5 %). Shares between 2 % and 3 % were observed for Mexico, the United Kingdom, Turkey and Japan.

Map 9.1: International tourist arrivals at frontiers, 2017
(%)

Note: for some countries there may be differences in the definitions used. Data may refer to visitors rather than tourists, thereby including some or all same-day visitors, cruise passengers, and crew members. Data collection methods may vary, with data collected from border statistics or from tourism accommodation establishments. Not all means of transport are always covered, sometimes limited to arrivals by air. While tourist arrivals should be based on residence in some cases they may be based on nationality, and therefore include arrivals of foreign residents and exclude arrivals of national non-residents.

(1) Includes intra-EU arrivals.

Source: the World Bank (World Development Indicators)

Relative to population size, there were 1 087 international tourist arrivals per 1 000 inhabitants in the EU-27 (including intra-EU arrivals) in 2017, by far the highest ratio among the G20 members, nearly double the next highest ratios which were around 570 per 1 000 inhabitants in the United Kingdom and Canada and more than six times the world average of 179 per 1 000 inhabitants (see Figure 9.5). Most of the remaining G20 members received between 150 and 490 international tourist arrivals per 1 000 inhabitants in 2017, with some of the G20’s most populous countries — Indonesia, China, Brazil and India — well below this range.

Between 2007 and 2017, the number of international arrivals in the EU-27 of tourists (including intra-EU arrivals) relative to the size of the population increased by 34 % from 809 per 1 000 inhabitants to 1 087 per 1 000 inhabitants. Worldwide, the number of international tourist arrivals relative to population size increased by 30 % between these years. Japan’s ratio increased greatly, more than trebling, while the ratio of international tourist arrivals to population more than doubled in India and Indonesia. In the United States, Turkey, Brazil, the United Kingdom, Saudi Arabia, China, Russia and Canada, growth for this ratio that was below the world average, while the ratio fell 2.5 % in South Africa.

Figure 9.5: International tourist arrivals at frontiers, 2007 and 2017
(number per 1 000 inhabitants)

Note: for some countries there may be differences in the definitions used. Data may refer to visitors rather than tourists, thereby including some or all same-day visitors, cruise passengers, and crew members. Data collection methods may vary, with data collected from border statistics or from tourism accommodation establishments. Not all means of transport are always covered, sometimes limited to arrivals by air. While tourist arrivals should be based on residence in some cases they may be based on nationality, and therefore include arrivals of foreign residents and exclude arrivals of national non-residents.

(1) Includes intra-EU arrivals.

Source: Eurostat (online data code: demo_gind) and the World Bank (World Development Indicators)

Tourism is crucial for many countries, offering employment opportunities and a considerable revenue stream; this is particularly true for a number of developing and emerging economies which have been transformed by a growth in tourism.

International tourism receipts include payments (and prepayments) in a country by international tourists, including payments to domestic carriers for international transport. International tourism receipts worldwide were valued at EUR 1.35 trillion in 2017, among which EUR 395 billion were in the EU-27 (see Map 9.2: note that this EU-27 total includes not only receipts from outside of the EU, but also receipts from intra-EU tourism. As such, the EU-27 received 29.3 % of all international tourism receipts worldwide, more than the share received by any of the other G20 members, which collectively received 39.4 % of the world total. The next largest G20 tourism market in terms of international tourism receipts was the United States (16.5 % of the world total). Shares between 2.1 % and 3.4 % were observed for the United Kingdom, Australia, Japan, China and Turkey.

Map 9.2: International tourism receipts, 2017
(%)

(1) Extra- and intra-EU receipts.

Source: the World Bank (World Development Indicators)

These international tourist receipts were valued at 3.7 % of GDP in Turkey, 3.3 % in Australia, 3.0 % in the EU-27 (including extra- and intra-EU receipts) and 2.8 % in South Africa, the highest such ratios in 2017 among the G20 members (see Figure 9.6). In most of the other G20 members, international tourism receipts ranged from 0.8 % to 2.2 % of GDP, although Brazil and China (both 0.3 %) were below this range; the world average was 1.9 %.

Between 2007 and 2017, the ratio of international tourism receipts to GDP increased by 0.1 points worldwide and by 0.5 points in the EU-27. Among the non-G20 members this ratio fell in Argentina (0.9 points), China (down 0.8 points) and South Africa (down 0.6 points) while it was relatively unchanged (an increase or decrease of at most 0.1 points) in Brazil, Russia, Canada, Indonesia and India. Growth in this ratio was strongest in Japan, Saudi Arabia, Turkey (all up 0.5 points) and Mexico (up 0.6 points). In relative terms, the largest increase was in Japan, where international tourist receipts more than doubled from 0.3 % of GDP in 2007 to 0.8 % in 2017. The largest relative decrease was in China, where GDP growth outstripped the growth in international tourism receipts such that the ratio in 2017 (0.3 %) was just over one quarter of its level in 2007 (1.0 %).

Figure 9.6: International tourism receipts, 2007 and 2017
(% of GDP)

(1) Extra- and intra-EU receipts.

Source: the World Bank (World Development Indicators)

Previous Section Next Section

10. Research and development

R & D expenditure

Research and development (R & D) includes creative work carried out on a systematic basis in order to increase the stock of knowledge of man, culture and society, and the use of this knowledge to devise new applications. Gross domestic expenditure on research and development (GERD) is a key measure of the level of R & D activity performed in an economy. It includes R & D that is funded from abroad, but excludes payments made abroad.

GERD in the EU-27 was EUR 280 billion in 2017 and EUR 295 billion in 2018. The relation between the level of GERD and gross domestic product (GDP) is known as R & D intensity (see Figure 10.1), and it stood in the EU-27 at 2.15 % in 2017. By far the highest R & D intensity in 2017 among the G20 members was in South Korea, where GERD was equivalent to 4.55 % of GDP. Japan, the United States and China show that they also recorded relatively high R & D intensities, all above  2.00 % and therefore also above the world average of 1.68 % (2016 data). Indonesia recorded the lowest R & D intensity among the G20 members, with GERD equivalent to 0.24 % of GDP.

An alternative calculation based on R & D expenditure can also be seen in Figure 10.1, namely the level of GERD relative to population size. The resulting ratio per inhabitant provides a very clear distinction between G20 members. The United States, South Korea and Japan stand out with GERD per inhabitant in excess of EUR 1 000. Australia (2015 data), Canada, the EU-27 and the United Kingdom completed the group of G20 members with relatively high GERD per inhabitant, all in the range of EUR 590-890. Among the other G20 members, only China, Saudi Arabia (2013 data), Russia and Brazil (2016 data) recorded GERD of at least EUR 100 per inhabitant, while this indicator was below EUR 10 per inhabitant in Indonesia.

Figure 10.1: Gross domestic expenditure on research and development, 2017

Note: more recent data are available from Eurobase for the EU‑27 and the United Kingdom and more recent data are available for some countries from UNESCO. India: not available.

(1) Saudi Arabia: 2013. Australia: 2015. Argentina, Brazil, Mexico and South Africa: 2016.

(2) Provisional or estimate.

(3) Based on R&D budget, not expenditure.

(4) Definition differs.

Source: Eurostat (online data codes: rd_e_gerdtot and ert_bil_eur_a), the United Nations Educational, Scientific and Cultural Organisation (UIS: Science & Technology), the United Nations Department of Economic and Social Affairs, Population Division (World Population Prospects 2019) and the World Bank (World Development Indicators)

Looking at R & D expenditure by the source of funds describes the sector of origin of the R & D funding rather than the sector where the R & D was performed. Funding for R & D may come from the following sectors: business enterprises, government, higher education institutions, private non-profit making organisations and abroad.

Nearly three fifths (59 %) of total R & D expenditure within the EU-27 in 2017 was funded by business enterprises, while three tenths (30 %) was funded by government and a further 9 % from abroad (foreign funds) — see Figure 10.2. Funding by the higher education and private non-profit sectors was relatively small, each around 1 % of the total. China (79 %), Japan (78 %), South Korea (76 %) and the United States (64 %) all reported larger shares of funding from the business enterprise sector than was observed in the EU-27 and smaller shares from the government sector. The United Kingdom (2016) was the only other G20 member that reported a majority (52 %) of R & D funding originating from the business enterprise sector. In five G20 members the share of funding from the business enterprise sector was lower than that from the government sector, with the business enterprise sector’s share at 39 % in South Africa (2016 data), 30 % in Russia, 21 % in Mexico (2016 data), 18 % in Argentina (2016 data) and 8 % in Indonesia.

The higher education sector provided more than 5 % of funding in only two G20 members, its share reaching 12 % in Canada and 13 % in Turkey. Funding from abroad only exceeded 6 % in the EU-27 (9 %), Canada (11 %), South Africa (12 %; 2016 data) and the United Kingdom (16 %; 2016 data). The highest share of funding that came from private non-profit making organisations was recorded in Mexico, at 6 % (2016 data).

Figure 10.2: Source of funds for gross domestic expenditure on research and development, 2017
%

Note: more recent data are available for some countries from UNESCO. Australia, India and Saudi Arabia: not available.

(1) Estimates or provisional.

(2) 2016.

(3) The share for higher education is included elsewhere.

Source: Eurostat (online data code: rd_e_fundgerd) and the United Nations Educational, Scientific and Cultural Organisation (UIS: Science & Technology)

R & D personnel

R & D personnel include all individuals employed directly in the field of R & D, covering not only researchers, but also technicians and equivalent staff as well as supporting staff (such as managers, administrators and clerical staff). A full-time equivalent is a unit to measure employed persons or students in a way that makes them comparable although they may work or study a different number of hours per week. The unit is obtained by comparing the number of hours worked by a person with the average number of hours of a full-time worker. A full-time person is therefore counted as one unit, while a part-time person gets a score in proportion to the hours they work.

Figure 10.3 puts the figures on the size of the R & D workforce into context, showing them relative to the overall size of the workforce. In 2017, R & D personnel made up 1.76 % of all employment in South Korea, the highest share among the G20 members. The share of 1.41 % observed for the EU-27 was the second highest share, followed closely by the United Kingdom (1.38 %) and Japan (1.35 %). Canada and Russia were the only other G20 members to record shares over 1.00 % and in fact the next highest share was 0.54 % in Turkey. Shares of 0.11 % were observed for Mexico (2013 data) and India (2015 data) while the lowest share, 0.05 %, was recorded for Indonesia. A minority of the G20 members experienced a decrease in the R & D share of the workforce between 2007 and 2017, with falls of less than 0.10 percentage points in Mexico (2007-2013) and Japan and larger falls in Russia (down 0.17 points) and Canada (0.24 points; 2007-2016). Increases in excess of 0.20 percentage points were observed in Turkey (up 0.23 points), China (0.29 points), the EU-27 (0.33 points) and most notably South Korea (0.65 points).

Figure 10.3: Research and development personnel, 2007 and 2017
(% of total employment, based on full-time equivalents)

Note:more recent data are available from Eurobase for the EU‑27 and the United Kingdom. Saudi Arabia and the United States: not available.

(1) 2007: estimate.

(2) 2007: estimate. 2017: provisional.

(3) Definition differs.

(4) India: 2005 instead of 2007. Australia: 2008 instead of 2007. Mexico: 2013 instead of 2017. Brazil: 2014 instead of 2017. India: 2015 instead of 2017. Argentina and Canada: 2016 instead of 2017.

(5) 2017: not available.

(6) 2007: not available.

Source: Eurostat (online data code: rd_p_perslf) and the United Nations Educational, Scientific and Cultural Organisation (UIS:Science & Technology)

Based on where they perform their work, R & D personnel can be classified to the following sectors: business enterprises, government, higher education institutions and private non-profit making organisations. In 2017, more than half (58 %) of all R & D personnel (in full-time equivalents) in the EU-27 were employed in the business enterprise sector, around one quarter (28 %) in higher education and most of the remainder in the government sector (13 %) — see Figure 10.4. The share of R & D personnel in the business enterprise sector peaked at 77 % in China and 75 % in South Korea and was also higher than in the EU-27 in Japan (68 %) and Canada (60 %). By contrast, less than one third of all R & D personnel worked in the business enterprise sector in Mexico (2013 data), South Africa (2015 data), India (2015 data), Brazil (2014 data), Argentina (2016 data) and Indonesia. In Brazil and Indonesia, the higher education sector was the dominant employer, with 74 % and 70 % of the total respectively; South Africa was the only other G20 member where the share of R & D personnel in this sector exceeded one half. In Argentina and India, the government sector employed around half of all R & D personnel. The share of R & D personnel in the private non-profit making sector was generally small, peaking at 5 % in India.

Figure 10.4: Research and development personnel by sector of performance, 2017
(%, based on full-time equivalents)

Note: more recent data are available from Eurobase for the EU‑27 and the United Kingdom. Australia, Saudi Arabia and the United States: not available.

(1) Private non-profit making organisations: not available.

(2) Definition differs.

(3) Mexico: 2013. Brazil: 2014. India and South Africa: 2015. Argentina and Canada: 2016.

(4) Provisional.

(5) Breakdown incomplete: shares have been rescaled to sum to 100 %.

(6) Higher education: excluding other supporting staff, technicians and equivalent staff.

Source: Eurostat (online data code: rd_p_persocc) and the United Nations Educational, Scientific and Cultural Organisation (UIS: Science & Technology)

Notes

1 The data for Australia, Canada and the United States only cover manufacturing and relate to a total rather than domestic producer price index.