Air emission accounts: ammonia according to Rosstat data
tonnes
Ammonia emissions to the atmosphere are recorded in tons for the period 2021–2023. The 75-row list includes various categories, from substance use to resources, allowing for a detailed breakdown of pollution sources. The data covers three years and shows the annual dynamics of emissions for this specific substance as part of environmental monitoring
- Nitrous oxide (N2O) — Use table for atmospheric emissions — Total use
- Nitrous oxide (N2O) — Use table for atmospheric emissions — Flows to the environment
- Nitrous oxide (N2O) — Resource table for atmospheric emissions — Total resources
- Ammonia (NH3) — Use table for atmospheric emissions — Total use
- Ammonia (NH — Use table for atmospheric emissions — Flows to the environment
- Ammonia (NH3) — Resource table for atmospheric emissions — Total resources
- Ammonia (NH — Resource table for atmospheric emissions — Formation of emissions
Chart of ammonia emissions to the atmosphere from 2021 to 2023 in tons, Rosstat data
Who grew, who fell: 2021 → 2023
See also
- Carbon dioxide emissions in Russia by year long time series by year
- Выбросы в атмосферу в России по годам: 2000–2025 indicator breakdown
- Сколько отходов образуется в России: 2016–2025 indicator breakdown
Set in numbers
Rosstat data for 2021–2023. Rows: 75, periods: 3. Unit of measurement — tonnes. Breakdown: Ammonia (NH3) — Table of use for atmospheric emissions...; Ammonia (NH3) — Table of use for atmospheric emissions...; Ammonia (NH3) — Table of resources for atmospheric emissions...; Ammonia (NH3) — Table of resources for atmospheric emissions...; Ammonia (NH3) — Table of resources for atmospheric emissions... and others
Sulphur dioxide (SO2) — Table of use for atmospheric emissions...: the indicator increased from 3.3 million to 3.3 million in 2021–2023 — by 1.2%. Of the 24 largest rows, 15 increased, 9 decreased
All table numbers are series: 75
How to read this table
The various rows in the list account for different methodologies and components, such as ammonia use or resources. Comparing these rows allows for an understanding of the emission structure and identifies the proportion of the substance mass related to specific accounting types. The entire dataset is presented in tons to ensure comparability of indicators across years
What is visible in these numbers
Five highest values: Sulphur dioxide (SO2) — Table of use for atmospheric emissions... (3.5 million), Sulphur dioxide (SO2) — Table of use for atmospheric emissions... (3.5 million), Sulphur dioxide (SO2) — Table of resources for atmospheric emissions... (3.5 million), Nitrous oxide (N2O) — Table of use for atmospheric emissions... (296 647), Nitrous oxide (N2O) — Table of use for atmospheric emissions... (296 647). The gap between the highest and lowest is 1.1 million times. The top five account for 93.3% of the total across all items — the distribution is heavily skewed toward the top
Observations are annual and cover 3 periods. Cells with numbers: 75 out of 75 (100%) — almost no empty cells remain
More in the section Environment»
Period and application
Ammonia emission statistics for 2021–2023 are available for environmental analysis. This information is published by Rosstat as part of the environment section. This data is intended for ecologists, industrial enterprise representatives, and air quality monitoring specialists to assess anthropogenic impact
How it is calculated
Data on emissions and waste are used in assessing environmental impact, preparing reports, and selecting production sites
Rosstat notes: According to data from Rosprirodnadzor
1) По данным Росприроднадзора.
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