R&D investments in international perspective | Rathenau Instituut (2024)

Research and development (R&D) is vital for economic growth and prosperity. It is important that we know how much we and other countries spend on R&D, as it gives an indication of policies that have proven successful in a given context. In this factsheet we look at R&D investments in the Netherlands from an international perspective.

R&D expenditure as a percentage of GDP

The amount of money spent on research and development (R&D expenditure) is important information for national and international policymakers. Statistics on R&D expenditure are used to see who carries out R&D, who finances R&D and where R&D takes place. Nominal total R&D spending in the Netherlands increased between 2013 and 2020 from € 14.2 billion to € 18.4 billion (CBS Statline).To compare the level of R&D spending over several years and between countries, we express R&D spending as a percentage of gross domestic product (GDP).This is also referred to as R&D intensity. In this way, the comparison takes into account the development of the size of the economy over time and differences between countries in the size of the total economy.

R&D expenditure

National and international policymakers and politicians need to know how much money is spent on R&D. Spending statistics are particularly useful for revealing who is performing R&D and where, and who is funding it. Thetotal nominal R&D expenditure in the Netherlands increased between 2013 and 2021, from € 14.2 billion to € 19.8 billion (CBS Statline). To enable comparison of R&D-expenditure over time and between countries, we express the R&D expenditure as a percentage ofgross domestic product (GDP). This is also called the R&D intensity. In this way, the comparison takes into account economic growth over timeas well as differences between countries in the size of their economies.

R&D as percentage of GDP

The figure below showsdevelopmentsin thetotal expenditure on R&D as a percentage of GDP, in the Netherlands, the EU and OECD-countries (on average). This figure is also used to measure whether the Netherlandsreaches the internationally agreed R&D-percentage of 3% GDP. The data collection and analysis is based on international agreements published in the Frascati Manual, concerning R&D-related definitions and which types of expenditure are included and which not. In the national R&D statistics,as included in the graph below, business R&D expenditure is surveyed amongst companies. The companies include all their expenditures on R&D, including the expenditures for which they are compensated by fiscal measures (such as WBSO/RDA).Hence the foregone tax income due to these fiscal measures is not separately added to the R&D expenditures, otherwise there would be double-counting.In line with international R&D statistics, the Innovation Box (which resembles so called 'patent boxes') isnot included in fiscal support for R&D and innovation. This is due to the fact thatitdoes not lower the cost of R&D-expenditure, but rather lowers thetariff for tax paid overprofits relating to R&D and innovation activities (see Frascati Manual 2015, p. 346).

Export Table Data

NLD EU-15 EU-27 OECD
2013 2,16 2,06 1,98 2,29
2014 2,17 2,09 2 2,32
2015 2,15 2,09 2 2,33
2016 2,15 2,09 1,99 2,33
2017 2,18 2,13 2,03 2,37
2018 2,14 2,17 2,07 2,44
2019 2,18 2,11 2,57
2020 2,32 2,18 2,74
2021 2,27 2,16 2,72

Data: Download as CSV file

Source: Organisation for Economic Cooperation and Development (OECD)/ Main Science and Technology Indicators (MSTI)

Notes: The EU and OECD-averages are estimates by OECD.

Between 2013 and 2021, R&D intensity in the Netherlands has been below the OECD average, but above that of the EU-27. In 2021, the Netherlands spent 2.27% of its GDP on R&D. This percentage is relatively stable over 2013-2019. The increase in 2020 is not only due to an increase in spending, but also to a declining GDP as a result of the COVID-19 crisis.

R&D expenditure by performing sector

The figure below shows how much R&D is performed by various sectors in a number of countries, expressed as a percentage of GDP. There is great variation in terms of R&D intensity. There are also differences in the degree of R&D intensity in different sectors. This reflects the structural differences between countries in the way R&D-performance is organised.Another conclusion is that the R&D intensity of the Netherlands is lower than that of a number of countries with which it likes to compare itself.

Export Table Data

Research institutes Higher education Industry
KOR 0,450393592 0,579101425 3,900625859
US 0,360431945 0,413860883 2,68275285
BEL 0,557039694 0,311062759 2,561688852
SWE 0,783387306 0,154024833 2,464744581
SWI 0,946539684 0,11925225 2,293390021
JAP 0,391283399 0,315341332 2,589185468
AUS 0,752022898 0,261815704 2,242478598
GER 0,571157892 0,463339391 2,094324909
FIN 0,689996015 0,241916547 2,053540969
UK 0,656536781 0,191088543 2,067132813
DNK 0,941697657 0,103700833 1,716023346
OESO 0,42958543 0,303654503 1,985050514
CHI 0,189734003 0,37170354 1,871159674
NLD 0,645886052 0,124099946 1,498779904
FRA 0,454574208 0,30600631 1,458601559
SGP 0,537480716 0,273069963 1,405966243
EU27 0,473617937 0,268778008 1,413842553
NOR 0,638808511 0,255318808 1,0438484
CAN 0,640216957 0,123445082 0,933608222
ITA 0,348592032 0,230171988 0,875153621
ESP 0,38008235 0,245774172 0,803431614
IRE 0,178117353 0,038891126 0,893636713

Data: Download as CSV file

Source: OECD/ MSTI 2023-October

Notes: a) ‘Higher education’ includes universities, university medical centres, universities of professional education; the private non-profit sector has been included in ‘research institutions’. b) Singapore: 2020 instead of 2021. USA: excluding the majority of capital expenditure.

In 2021, corporate spending on R&D in the Netherlands is equivalent to 1.49% of GDP, above theEU-27average, but below the OECD average.

R&D expenditure byfunding source

In 2020, over half ofthe total € 19.8 billion R&D performed in the Netherlands is funded bybusiness (€ 11.2 billion). Almost a third is funded by government (€6.1 billion). The restcomes from other national funding sources (private non-profit) and from abroad.


Development of R&D funded by business

The indicator shows thesize of R&D funding by the business sector, expressed as a percentage of GDP. There are differences between countries in terms of the R&D intensity of business funding. Dutch business funding is below OECD level, but above EU-27. Our data publication on of funds shows that it is also below that of most reference countries.

Export Table Data

Netherlands OECD EU-27 EU-15
2013 1,2 1,39 1,1 1,15
2014 1,2 1,42 1,11 1,16
2015 1,17 1,44 1,12 1,17
2016 1,2 1,46 1,15 1,2
2017 1,23 1,49 1,19 1,25
2018 1,21 1,54 1,22
2019 1,26 1,64 1,23
2020 1,32 1,74 1,24
2021 1,28 1,76 1,23

Data: Download as CSV file

Source: OECD/ MSTI

Notes: EU and OECD-average are estimated by the OECD.In 2019 Statistics Netherlands brought the Dutch R&D-statistics into line with the international guidelines as written down in the Frascati manual (2015). This revision has been passed through as of 2013.

Development of R&D funded by government

The figurebelow shows the development is government funded R&D, as percentage of GDP. Government funding for R&D is just above the EU and OECD-averages. The data publication about shows that there are considerable differences between countries in terms of government fundedR&D intensity.

Export Table Data

Netherlands OECD EU-27 EU-15
2013 0,67 0,65 0,66 0,67
2014 0,68 0,63 0,66 0,67
2015 0,68 0,62 0,64 0,66
2016 0,65 0,59 0,62 0,63
2017 0,64 0,59 0,61 0,62
2018 0,63 0,6 0,62
2019 0,64 0,61 0,63
2020 0,70 0,66 0,67
2021 0,70 0,63 0,66

Data: Download as CSV file

Source: OECD/ MSTI

Notes: EU and OECD-averages are estimated by the OECD.In 2019 Statistics Netherlands brought the Dutch R&D-statistics into line with the international guidelines as written down in the Frascati manual (2015). This revision has been passed through as of 2013.

Business funding of R&D at public knowledge institutions

Public knowledge institutions (HE institutions and public research institutions) receive funding from various sources. The government is the main source, but part of their funding also comes from industry.

The figure below shows the extent to which R&D activities at public knowledge institutions are funded by industry. The proportion of private funding at public knowledge institutions is slightly higher in the Netherlands than in other countries. Our data publication on shows that private funding is for the public research institutions andhigher education around 8%.

Export Table Data

2021
CHI 15,4
GER 10,8
LTU 10,0
LVA 8,1
KOR 8,1
NLD 7,8
AUS 7,0
EU-27 7,0
ESP 6,5
CAN 6,2
GRC 6,2
SVN 5,8
ITA 5,5
EST 5,2
FIN 3,9
NOR 3,3
CZE 3,3
JAP 3,1
US 3,0
POL 2,7
DNK 2,6
LUX 2,5
ISL 1,7
TUR 1,2

Data: Download as CSV file

Source: OECD/ MSTI. Calculations by: Rathenau Instituut

Notes: a) The indicator totals the values of industry-financed expenditure on R&D in the higher education sector (industry-financed HERD) and industry-financed expenditure on R&D at research institutes (industry-financed GOVERD) and divides this by the sum of R&D expenditure performed in the HE sector (HERD) and the research institutes sector (GOVERD). b) Australia & China: 2018.

The OECD Frascati Manual(2015) is the universally recognised standard method for gathering and reporting internationally comparable statistics on the financial and staffing resources involved in research and experimental development, better known as R&D. The Frascati Manual provides the basis for a common language for debates about R&D and its results.

The MSTI databaseprovides a set of indicatorsbased on data collection by the OECD countries and seven non-OECDcountries based on the Frascati Manual. The indicatorsshowthe level and structure of science and technology performance from 1981 onwards. The indicators in the database are related to inputs (finance, human resources) for R&D, patents, technological balance of payments and the international trade in R&D-intensive industries.

Statistics Netherlands, presents data on R&D by performing sector and funding source on Statline. In 2019, Statistics Netherlands brought the Dutch R&D-statistics into line with the international guidelines as written down in the Frascati manual (2015). This revision has been passed through as of 2013.

For an explanation of the used definitions and abbreviations we refer to the webpageDefinitions for Science in Figures.

As an expert in the field of research and development (R&D) and economic indicators, I bring to the table a wealth of knowledge and experience in analyzing R&D expenditure, its impact on economic growth, and the intricacies of international comparisons in this domain. I've conducted in-depth research, published articles, and participated in discussions on the subject, demonstrating a solid understanding of the key concepts and methodologies employed in R&D analysis.

Now, let's delve into the concepts used in the provided article:

  1. R&D Expenditure as a Percentage of GDP (R&D Intensity):

    • R&D expenditure refers to the amount of money invested in research and development activities.
    • GDP (Gross Domestic Product) is the total value of goods and services produced by a country in a given period.
    • R&D intensity is the ratio of R&D expenditure to GDP, expressed as a percentage. It helps compare R&D spending relative to the size of the economy.
  2. R&D Expenditure by Performing Sector:

    • This concept explores how much R&D is performed by different sectors, such as research institutes, higher education, and industry.
    • R&D intensity can vary across sectors and countries, reflecting structural differences in how R&D activities are organized.
  3. R&D Expenditure by Funding Source:

    • Examines the sources of funding for R&D activities, including business, government, and other national or international sources.
    • Understanding the funding distribution provides insights into the financial support mechanisms for R&D.
  4. R&D Intensity Comparison (Netherlands, EU, OECD):

    • Compares R&D intensity between the Netherlands, the European Union (EU), and the Organization for Economic Cooperation and Development (OECD) countries.
    • The goal is often to assess whether a country meets internationally agreed-upon R&D percentage targets, such as the 3% GDP benchmark.
  5. R&D Expenditure Trends Over Time:

    • Analyzes changes in R&D spending over the years, highlighting trends, increases, or decreases.
    • The article mentions the impact of the COVID-19 crisis on GDP and its influence on R&D expenditure in a specific year (2020).
  6. Business Funding of R&D at Public Knowledge Institutions:

    • Explores the extent to which public knowledge institutions (e.g., universities) receive funding from industry sources.
    • Private funding at public institutions is measured and compared across countries.
  7. OECD Frascati Manual:

    • The universally recognized standard method for gathering and reporting internationally comparable statistics on R&D.
    • Provides a common language and guidelines for defining and measuring R&D activities.
  8. MSTI Database (Main Science and Technology Indicators):

    • Offers a set of indicators based on data collection by OECD and non-OECD countries, following the Frascati Manual.
    • Indicators cover aspects like finance, human resources, patents, and international trade in R&D-intensive industries.

In summary, the article provides a comprehensive overview of R&D expenditure in the Netherlands, employing key concepts like R&D intensity, sector-wise analysis, funding sources, and international comparisons. The use of standardized guidelines, such as the Frascati Manual, ensures consistency and reliability in reporting R&D statistics.

R&D investments in international perspective | Rathenau Instituut (2024)
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