After clarification of the calculations, the authors made the following corrections.

1. On page 781 (Abstract)

instead of the last sentence

Emissions from forest fires have the greatest interannual variability and vary from \(100 \times 10^{3}\) to \(300\times 10^{3}\) t of black carbon per year.

read

Emissions from forest fires have the greatest interannual variability and vary from \(51 \times 10^{3}\) to \(162\times 10^{3}\) t of black carbon per year.

2. On page 784 last three lines of Table 1

read

Table 1. Black carbon emissions (\(10^{3}\) t) in Russia for the source categories in 2010–2020
Full size table

3. On page 784

instead of

Emissions from forest fires vary in different years from \(104\times 10^{3}\) to \(319\times 10^{3}\) t/year and are characterized by the high interannual variability. During all years, these emissions exceed total emissions from fuel combustion sources, including flaring, by 1.1–2.3 times. In 2012, when maximum forest fires were observed, emissions from them exceeded total anthropogenic emissions from all types of fuel combustion by 3.2 times. Emissions from grass fires increased after 2016 and were equal to \((15{-}24)\times 10^3\) t/ year during 1017–2020.

read

Emissions from forest fires vary in different years from \(51 \times 10^{3}\) to \(162\times 10^{3}\) t/year and are characterized by the high interannual variability. During all years, these emissions do not exceed total emissions from fuel combustion sources, including flaring. In 2012, when maximum forest fires were observed, emissions from them were equal to total anthropogenic emissions from all types of fuel combustion. Emissions from grass fires increased after 2016 and were equal to \((15{-}24)\times 10^{3}\) t/ year during 1017–2020.

4. On page 785 Fig. 1b

read

figure 1

5. On page 788, third line from the bottom,

instead of

The greatest interannual variability is typical of emissions from forest fires: from \(103 \times 10^{3}\) to \(319 \times 10^{3}\) t/year.

read

The greatest interannual variability is typical of emissions from forest fires: from \(51 \times 10^{3}\) to \(162 \times 10^{3}\) t/year.