1. Data

This data excludes emissions from the Land Use, Land-Use Change and Forestry (LULUCF) sector. Here's why. What is Mt CO₂-e? Emissions are a combination of gases. Most are Carbon Dioxide (CO₂). The other gases are measured as a Carbon Dioxide equivalent (CO₂-e) based on the amount of heat they trap in the atmosphere. They’re measured in Million Tonnes (Mt).

Belarus

Emissions History (excl. LULUCF) - Pop. 9.44M

belarus

Source: PRIMAP-hist via OnlyFacts

Data

Emissions History (excl. LULUCF) - Pop. 9.44M

belarus

YEAR

per 100k

Mt CO₂-e

NET

1900 0.155 14.61 -
1901 0.158 14.90 2.0%
1902 0.158 14.91 0.1%
1903 0.158 14.88 0.2%
1904 0.160 15.10 1.5%
1905 0.157 14.81 2.0%
1906 0.160 15.13 2.2%
1907 0.163 15.38 1.6%
1908 0.164 15.52 0.9%
1909 0.167 15.78 1.7%
1910 0.169 15.93 0.9%
1911 0.166 15.69 1.5%
1912 0.167 15.74 0.3%
1913 0.168 15.83 0.5%
1914 0.180 17.04 7.7%
1915 0.185 17.48 2.6%
1916 0.185 17.50 0.1%
1917 0.182 17.19 1.7%
1918 0.169 15.99 7.0%
1919 0.169 15.95 0.3%
1920 0.166 15.69 1.6%
1921 0.166 15.64 0.3%
1922 0.166 15.70 0.4%
1923 0.169 15.97 1.7%
1924 0.173 16.32 2.2%
1925 0.175 16.53 1.3%
1926 0.180 17.03 3.0%
1927 0.186 17.60 3.4%
1928 0.189 17.83 1.3%
1929 0.194 18.36 3.0%
1930 0.213 20.07 9.3%
1931 0.223 21.08 5.0%
1932 0.224 21.19 0.6%
1933 0.228 21.51 1.5%
1934 0.238 22.43 4.3%
1935 0.244 23.06 2.8%
1936 0.252 23.81 3.3%
1937 0.255 24.08 1.1%
1938 0.261 24.62 2.2%
1939 0.263 24.83 0.8%
1940 0.273 25.75 3.7%
1941 0.269 25.39 1.4%
1942 0.259 24.49 3.5%
1943 0.263 24.87 1.6%
1944 0.280 26.46 6.4%
1945 0.259 24.50 7.4%
1946 0.273 25.76 5.2%
1947 0.291 27.52 6.8%
1948 0.303 28.57 3.8%
1949 0.321 30.32 6.1%
1950 0.336 31.71 4.6%
1951 0.348 32.86 3.6%
1952 0.363 34.24 4.2%
1953 0.376 35.53 3.7%
1954 0.395 37.27 4.9%
1955 0.425 40.14 7.7%
1956 0.455 43.00 7.1%
1957 0.486 45.92 6.8%
1958 0.519 49.05 6.8%
1959 0.548 51.72 5.4%
1960 0.578 54.54 5.5%
1961 0.606 57.24 5.0%
1962 0.656 61.91 8.2%
1963 0.702 66.32 7.1%
1964 0.738 69.66 5.0%
1965 0.778 73.50 5.5%
1966 0.829 78.25 6.5%
1967 0.878 82.89 5.9%
1968 0.917 86.56 4.4%
1969 0.954 90.09 4.1%
1970 0.995 93.92 4.3%
1971 1.052 99.37 5.8%
1972 1.111 104.94 5.6%
1973 1.168 110.32 5.1%
1974 1.225 115.71 4.9%
1975 1.284 121.24 4.8%
1976 1.322 124.82 3.0%
1977 1.360 128.44 2.9%
1978 1.424 134.43 4.7%
1979 1.439 135.89 1.1%
1980 1.475 139.24 2.5%
1981 1.484 140.14 0.6%
1982 1.511 142.64 1.8%
1983 1.542 145.63 2.1%
1984 1.544 145.81 0.1%
1985 1.603 151.34 3.8%
1986 1.598 150.87 0.3%
1987 1.557 147.06 2.5%
1988 1.572 148.41 0.9%
1989 1.554 146.74 1.1%
1990 1.536 145.08 1.1%
1991 1.477 139.46 3.9%
1992 1.335 126.02 9.6%
1993 1.188 112.22 11.0%
1994 1.020 96.33 14.2%
1995 0.931 87.90 8.8%
1996 0.941 88.82 1.0%
1997 0.943 89.02 0.2%
1998 0.930 87.82 1.3%
1999 0.893 84.29 4.0%
2000 0.859 81.12 3.8%
2001 0.845 79.81 1.6%
2002 0.838 79.15 0.8%
2003 0.857 80.90 2.2%
2004 0.896 84.60 4.6%
2005 0.917 86.59 2.4%
2006 0.952 89.90 3.8%
2007 0.934 88.24 1.8%
2008 0.972 91.75 4.0%
2009 0.950 89.68 2.3%
2010 0.973 91.85 2.4%
2011 0.967 91.28 0.6%
2012 0.979 92.43 1.3%
2013 1.001 94.51 2.3%
2014 0.989 93.43 1.1%
2015 0.935 88.30 5.5%
2016 0.928 87.63 0.8%
2017 0.945 89.22 1.8%
2018 0.977 92.22 3.4%
2019 0.978 92.39 0.2%
2020 0.952 89.90 2.7%
2021 0.974 91.99 2.3%
2022 0.959 90.55 1.6%

Source: PRIMAP-hist via OnlyFacts

News

Sign up to the free weekly climate data briefing