Expenditure on technological innovation directly affects the competitiveness of enterprises and industries. This table shows what percentage of the total volume of goods shipped, works performed and services rendered companies allocate to technological innovation. Data are provided by type of economic activity and for each year
manufacturing / D — communications / 64
Manufacturing / D — manufacture of electrical, electronic and optical equipment / DL
manufacturing / D — activities related to the use of computer and information technologies / 72
Manufacturing / D — Other manufacturing not elsewhere classified / DN+39.9
manufacturing / D — manufacture of coke and refined petroleum products / 23.9
Manufacturing / D — Manufacture of chemicals and chemical products / DG
manufacturing / D — manufacture of transport vehicles and equipment / DM
Total
mining / C — manufacturing / D
Manufacturing / D — Manufacture of rubber and plastics products / DH
Share of expenditure on technological innovation in the total volume of goods shipped from 2010 to 2016
Who grew, who fell: 2010 → 2016
Set in numbers
Rosstat data for 2010–2016. Rows: 30, periods: 7. Breakdown: Total; extraction of minerals / C; extraction of minerals / C — extraction of fuel and energy minerals; extraction of minerals / C — extraction of minerals; extraction of minerals / C — manufacturing; and others
manufacturing / D — scientific research and development / …: the indicator increased from 17.1 to 30.7 over 2010–2016 — by 79.2%. The highest value was 33 (2014), the lowest was 17.1 (2011). This is an average annual growth of 10.2%. Up to 2014 the change was +92.9%, after — −7.12%. Of the 24 largest rows, 14 increased, 10 decreased
Compare rows to see how different types of activity finance innovation. Pay attention to the dynamics of changes in the share of expenditure within each type over the selected period. Give special attention to the mining sector and its subgroups
What is visible in these numbers
Five highest values: manufacturing / D — scientific research and development (33), manufacturing / D — communications / 64 (9.52), manufacturing / D — production (9.14), manufacturing / D — activities (6.9), manufacturing / D — other production (5.3). The gap between the highest and lowest is 66 times. The top five account for 59.7% of the total across all positions — the distribution is heavily skewed toward the top
Annual observations, with 7 observation periods in the dataset. There are 168 values in the table out of 175 possible, which is 96%. Minor gaps remain where a position was not observed in all periods
Data are available for the period from 2010 to 2016. Data updates are delayed by no more than two years from the date of publication. The information is used to analyze investment activity in innovation, assess the effectiveness of state support and develop technological development strategies
Did you notice an error in this table? The parser is wrong, and most often one correction fixes many pages
Report an errorTypo is easier this way: highlight it and press
Ctrl + Enter