Costs of technological innovations of organisations by type of economic activity in the Russian Federation
million rubles
Expenditures on technological innovation show how much Russian organisations allocate to developing new products and processes. The figures include spending on research and development, equipment and software acquisition, and other investments in technological renewal. The indicator is important for assessing innovation activity across economic sectors
- mining / C — manufacturing / D
- manufacturing / D — research and development / 73
- manufacturing / D — manufacture of coke and refined petroleum products / 23.9
- Manufacturing / D — manufacture of electrical, electronic and optical equipment / DL
- Mining / C
- manufacturing / D — communications / 64
- mining / C — extraction of fuel and energy minerals / CA
- manufacturing / D — manufacture of transport vehicles and equipment / DM
- Manufacturing / D — Manufacture of basic metals and fabricated metal products / DJ
- manufacturing / D — production and distribution of electricity, gas and water / E
Organisations’ expenditures on technological innovation in Russia by type of economic activity, 2010–2016
Who grew, who fell: 2010 → 2016
Set in numbers
Rosstat data for 2010–2016. Rows: 30, periods: 7. Measurement unit — million roubles. Table rows: Total; mining and quarrying / C; mining and quarrying / C — extraction of fuel and energy minerals; mining and quarrying / C — extraction of other minerals; mining and quarrying / C — manufacturing and others
Total: the indicator rose from 400 804 to 1.3 million between 2010 and 2016 — by a factor of 3.21. The highest value was 1.3 million (2016), the lowest was 400 804 (2010). This is an average annual growth of 21.4%. Up to 2013 the change was +177.5%, after that +15.5%. Of the 25 largest rows, 22 increased and 3 decreased
All table numbers are series: 30
How to read this table
The table presents total innovation costs as well as data for the extractive industry, including the fuel and energy subsector separately. Comparing rows reveals which activities invest more or less in technology. Note that the extractive industry’s breakdown into the fuel and energy subsector allows for more precise analysis of innovation expenditure structure
What is visible in these numbers
The five highest values are: Total (1.3 million), mining and quarrying / C — manufacturing (580 116), manufacturing / D — scientific research (416 730), manufacturing / D — production (209 874), manufacturing / D — production (138 035). The gap between the highest and lowest is 202 400 times. The top five account for 73.1% of the total across all items — the distribution is heavily skewed toward the top
Observations are annual and cover 7 periods. Cells with numbers: 169 out of 175 (96.6%). Minor gaps remain where an item was not observed in every period
The same indicator in other breakdowns (1)
More in the section Science, innovation and technology»
Period and application
The data collection period covers 2010–2016. Information is updated annually. These data are useful for business benchmarking, for government bodies developing innovation support policies, and for researchers analysing trends in technological development
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