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Application of mineral fertilizers for agricultural crops

· dynamics annual · rows: 8 · periods: 5 · section: Bulletins on the state of agriculture (electronic versions)

Volumes of mineral fertilizers applied to the soil by agricultural organizations are presented here expressed as 100% of nutrients. The statistics cover the period from 2019 to 2023 inclusive, allowing for tracking the intensity of agrochemical use in crop production. The information is grouped by year, making it possible to assess how approaches to sowing fertilization have changed over the five-year period. The indicators reflect the activities of agricultural organizations nationwide, without breakdown by region or crop type

Chart of mineral fertilizer application at sowing of agricultural crops from 2019 to 2023

0 1,000 2,000 3,000 4,000 2019 2020 2021 2022 2023

Mineral fertilizers applied —

how it will look

Set in numbers

The table holds 8 series, running from 2019 to 2023, 5 reporting periods. 40 values in total.

“Mineral fertilizers applied in terms of 100% nutrients by type for all crops - total — thousand tonnes” rose by 26.8% between 2019 and 2023, from 2,723 to 3,452.

All table numbers are series: 8
Series 20192020202120222023
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур - всего — тыс. тонн 2 723,00 3 045,37 3 312,58 3 393,28 3 452,10
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур - всего — в % к итогу 100,00 100,00 100,00 100,00 100,00
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — азотных — тыс. тонн 1 718,00 1 901,01 2 082,25 2 160,79 2 194,94
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — азотных — в % к итогу 63,07 62,42 62,86 63,68 63,58
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — фосфорных (включая фосфоритную муку) — тыс. тонн 598,00 680,92 748,49 721,96 739,16
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — фосфорных (включая фосфоритную муку) — в % к итогу 21,94 22,36 22,60 21,28 21,41
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — калийных — тыс. тонн 408,00 463,43 481,84 510,53 518,00
Внесено минеральных удобрений в пересчете на 100% питательных веществ по видам под посев всех сельскохозяйственных культур — калийных — в % к итогу 14,99 15,22 14,55 15,05 15,01

How to read this table

The table rows repeat the indicator name, recording total application volumes expressed as 100% of nutrients for each year. Values in columns corresponding to specific calendar periods should be compared. This format provides an overview of mineral fertilizer use in the agricultural sector based on official Rosstat data over a five-year interval. Differences in figures between 2019 and 2023 reflect actual changes in the volume of fertilizer application at sowing by agricultural organizations

What is visible in these numbers

“Mineral fertilizers applied in terms of 100% nutrients by type for all crops - total — thousand tonnes” leads the table with 3,452, “Mineral fertilizers applied in terms of 100% nutrients by type for all crops — potash — in % of total” closes it with 15. The gap between them is 230-fold.

The same indicator for other periods

More in the section Bulletins on the state of agriculture (electronic versions)»

Period and application

Current data for 2019–2023 is useful for agronomists, agricultural analysts, and specialists studying the effectiveness of agrotechnologies. Rosstat compiles these statistics based on annual reports from agricultural organizations. Data is updated as relevant agricultural bulletins are published, ensuring transparency in the use of mineral resources in crop production