Gross harvest of winter rye in all types of farms, 2021–2022
Winter rye harvest volumes in Russia for 2021 and 2022 are collected in one table. It contains 72 rows: data is provided for the entire country, by federal districts, and by individual constituent entities, such as Belgorod Oblast. The values differ between rows, allowing for comparison of rye harvest distribution across territories and changes in indicators over the two years. The data covers farms of all categories
Chart of total winter rye harvest by region for 2021-2022, values in tonnes
Set in numbers
Rosstat data for 2021–2022. Rows: 286, periods: 2. Breakdown: Russian Federation — All categories of farms; Central Federal District — All categories of farms; Belgorod Oblast — All categories of farms; Bryansk Oblast — All categories of farms; Vladimir Oblast — All categories of farms and others
Russian Federation — All categories of farms: the indicator increased from 17,168 to 21,768 in 2021–2022 — by 26.8%. Of the 25 largest rows, 11 increased, 14 decreased
All table numbers are series: 286
How to read this table
Rows are categorized by territory, allowing for the comparison of Russian Federation totals with results from specific districts and oblasts. Comparing the 2021 and 2022 columns provides an understanding of how the total grain harvest changed by region. Since the data is broken down by all types of farms, it is possible to assess the overall picture of winter rye production at different administrative levels
What is visible in these numbers
Five highest values: Russian Federation — All categories of farms (21,768), Central Federal District — All categories of farms (2,772), Southern Federal District — All categories of farms (1,547), Bryansk Oblast — All categories of farms (1,433), Voronezh Oblast — All categories of farms (524.9). The gap between the highest and lowest is 51,462 times. The top five account for 94.7% of the total across all entries — the distribution is heavily skewed toward the top
Observations are annual, with 2 periods in the dataset. Of 50 possible values, 50 (100%) are filled, meaning the table is almost completely populated
The same indicator for other periods
More in the section Bulletins on the state of agriculture (electronic versions)»
Period and application
Information is published as part of agricultural bulletins. The data is relevant for yield analysis and grain supply planning. Comparing the two years allows for observing changes in production volumes on regional and federal scales
How it is calculated
This year’s harvest and livestock numbers determine next year’s procurement prices: processors need such rows earlier than supplier price lists
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