Phosphating of soils: data for Russia and federal districts

checked 22.10.2026 · dynamics annual · rows: 22 · periods: 2 · section: Bulletins on the state of agriculture (electronic versions)

This table presents soil phosphorization in Russia for 2021 and 2022, providing national totals and data by federal district. Rows are organized by territory to allow for comparison of work intensity across different regions. The data covers two years, showing changes in the volume of phosphorite application used to improve soil quality and increase agricultural yields

how it will look

Set in numbers

Coverage: 22 series, 2021 through 2022, 2 reporting periods. 36 values in total.

“Russian Federation — total, thousand tonnes” declined by 11.4% between 2021 and 2022, from 15.4 to 13.7.

All table numbers are series: 22

Series	2021	2022
Российская Федерация — всего, тыс. тонн	15,42	13,66
Российская Федерация — на 1 га, тонн	0,74	0,76
Центральный федеральный округ — всего, тыс. тонн	1,14	2,92
Центральный федеральный округ — на 1 га, тонн	0,40	1,14
Рязанская область — всего, тыс. тонн	0,69	—
Рязанская область — на 1 га, тонн	0,31	—
Приволжский федеральный округ — всего, тыс. тонн	9,84	7,08
Приволжский федеральный округ — на 1 га, тонн	1,00	1,15
Республика Татарстан — всего, тыс. тонн	2,56	1,70
Республика Татарстан — на 1 га, тонн	1,02	0,92
Чувашская Республика — всего, тыс. тонн	1,47	0,79
Чувашская Республика — на 1 га, тонн	1,22	1,27
Кировская область — всего, тыс. тонн	4,66	3,77
Кировская область — на 1 га, тонн	1,25	1,41
Нижегородская область — всего, тыс. тонн	0,27	—
Нижегородская область — на 1 га, тонн	0,67	—
Пензенская область — всего, тыс. тонн	0,42	—
Пензенская область — на 1 га, тонн	0,72	—
Уральский федеральный округ — всего, тыс. тонн	3,12	3,38
Уральский федеральный округ — на 1 га, тонн	0,71	0,61
Свердловская область — всего, тыс. тонн	—	0,62
Свердловская область — на 1 га, тонн	—	1,45

How to read this table

Rows identifying federal districts complement the total for the Russian Federation, facilitating comparisons of the scale of work between regions. Each row provides data for two periods, enabling the tracking of trends for each specific territory. Variations between districts result from specific agrotechnical practices and soil requirements within the constituent entities covered by this statistical observation

What is visible in these numbers

“Russian Federation — total, thousand tonnes” leads the table with 13.7, “Nizhny Novgorod Region — total, thousand tonnes” closes it with 0.272. The gap between them is 50.3-fold.

Only 82% of the cells carry a value — empty cells are missing in the source publication and are not filled in here.

The same indicator for other periods

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

Period and application

The data is relevant for agricultural specialists and ecologists analyzing land conditions in 2021 and 2022. Rosstat prepared this data as part of its agricultural bulletins. The information provides a two-year snapshot, enabling an assessment of agrochemical work intensity at both the federal and district levels to support land-use planning in the agricultural sector

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