CO2 emissions per capita — all countries

CO2 emissions per capita — Albania

CO2 emissions per capita in Albania in 2024 — 1.59 t/person. Ranked 73 in the world out of 213. Since 1933, the indicator has risen by 22,642.9%.

2024 1.59 t/person +1.34% vs 2023
World rank 73of 213
Period maximum 2.83 t/person1979
Period minimum 0.01 t/person1933

Trend over time

1933–2024 · tonnes per capita

CO2 emissions per capita — Albania, 1933–2024012319331943195319631973198319932003201320231933: 0.01 t/person1935: 0.02 t/person1937: 0.28 t/person1939: 0.4 t/person1941: 0.56 t/person1943: 0.41 t/person1945: 0.1 t/person1947: 0.78 t/person1949: 0.83 t/person1951: 0.32 t/person1953: 0.31 t/person1955: 0.47 t/person1957: 1.01 t/person1959: 0.91 t/person1961: 1.34 t/person1963: 1.16 t/person1965: 1.15 t/person1967: 1.33 t/person1969: 1.52 t/person1971: 1.95 t/person1973: 2.26 t/person1975: 1.87 t/person1977: 2.23 t/person1979: 2.83 t/person1981: 2.63 t/person1983: 2.63 t/person1985: 2.6 t/person1987: 2.37 t/person1989: 2.76 t/person1991: 1.31 t/person1993: 0.71 t/person1995: 0.64 t/person1997: 0.48 t/person1999: 0.94 t/person2001: 1.02 t/person2003: 1.38 t/person2005: 1.39 t/person2007: 1.32 t/person2009: 1.48 t/person2011: 1.78 t/person2013: 1.84 t/person2015: 1.63 t/person2017: 1.84 t/person2019: 1.71 t/person2021: 1.8 t/person2023: 1.57 t/person2024: 1.59 t/person
Change over the period: +1.59 (+22,642.86%) Average annual rate: 6.14 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Albania

Albania 1.59 t/person
World computed 4.56 t/person
Europe & Central Asia computed 6.41 t/person
Southern Europe computed 4.82 t/person
Upper-middle-income countries computed 6.34 t/person
CO2 emissions per capita — Albania, by year Albania All countries CSV XLSX
Year t/person Change Change, %
2024 1.59 +0.02 +1.34%
2023 1.57 −0.02 −1.26%
2022 1.59 −0.21 −11.76%
2021 1.8 +0.11 +6.43%
2020 1.69 −0.02 −1.05%
2019 1.71 −0.08 −4.62%
2018 1.8 −0.05 −2.66%
2017 1.84 +0.27 +17.3%
2016 1.57 −0.05 −3.32%
2015 1.63 −0.47 −22.24%
2014 2.09 +0.25 +13.7%
2013 1.84 +0.15 +8.56%
2012 1.69 −0.08 −4.72%
2011 1.78 +0.13 +8.09%
2010 1.65 +0.17 +11.45%
2009 1.48 −0.01 −0.67%
2008 1.49 +0.16 +12.24%
2007 1.32 +0.04 +3.28%
2006 1.28 −0.1 −7.44%
2005 1.39 +0.04 +2.74%
2004 1.35 −0.03 −2.32%
2003 1.38 +0.18 +15.38%
2002 1.2 +0.17 +16.91%
2001 1.02 +0.07 +7.12%
2000 0.96 +0.02 +1.92%
1999 0.94 +0.39 +71.3%
1998 0.55 +0.07 +14.44%
1997 0.48 −0.14 −23.15%
1996 0.62 −0.02 −2.96%
1995 0.64 +0.05 +9.01%
1994 0.59 −0.13 −17.53%
1993 0.71 −0.05 −7.04%
1992 0.77 −0.54 −41.32%
1991 1.31 −0.38 −22.39%
1990 1.68 −1.07 −38.9%
1989 2.76 +0.48 +20.82%
1988 2.28 −0.08 −3.55%
1987 2.37 −0.25 −9.39%
1986 2.61 +0.01 +0.23%
1985 2.6 −0.03 −1.33%
1984 2.64 +0.01 +0.46%
1983 2.63 +0.06 +2.34%
1982 2.57 −0.07 −2.47%
1981 2.63 +0.74 +39.26%
1980 1.89 −0.94 −33.17%
1979 2.83 +0.36 +14.36%
1978 2.47 +0.25 +11%
1977 2.23 +0.26 +13.04%
1976 1.97 +0.1 +5.4%
1975 1.87 +0.06 +3.37%
1974 1.81 −0.45 −19.78%
1973 2.26 −0.21 −8.44%
1972 2.46 +0.52 +26.63%
1971 1.95 +0.23 +13.48%
1970 1.71 +0.19 +12.47%
1969 1.52 +0.04 +2.7%
1968 1.48 +0.15 +11.33%
1967 1.33 +0.03 +1.99%
1966 1.31 +0.16 +13.95%
1965 1.15 +0.05 +4.84%
1964 1.09 −0.07 −5.85%
1963 1.16 −0.25 −17.71%
1962 1.41 +0.07 +5.29%
1961 1.34 +0.12 +9.38%
1960 1.23 +0.32 +35.47%
1959 0.91 +0.13 +16.32%
1958 0.78 −0.23 −22.59%
1957 1.01 +0.43 +74.48%
1956 0.58 +0.11 +23.34%
1955 0.47 +0.1 +28.65%
1954 0.36 +0.06 +17.86%
1953 0.31 +0.02 +7.69%
1952 0.29 −0.03 −9.49%
1951 0.32 +0.08 +32.77%
1950 0.24 −0.59 −71.15%
1949 0.83 +0.24 +42%
1948 0.58 −0.19 −25.03%
1947 0.78 +0.37 +89.49%
1946 0.41 +0.31 +293.27%
1945 0.1 −0.03 −21.8%
1944 0.13 −0.27 −67.16%
1943 0.41 −0.26 −38.64%
1942 0.66 +0.1 +17.23%
1941 0.56 −0.07 −10.49%
1940 0.63 +0.23 +58.44%
1939 0.4 +0.07 +22.91%
1938 0.32 +0.05 +16.19%
1937 0.28 +0.16 +129.75%
1936 0.12 +0.1 +572.22%
1935 0.02 +0.01 +157.14%
1934 0.01 +0 +0%
1933 0.01

About the indicator

Annual production-based CO2 emissions per resident. Unlike absolute emissions, this indicator removes the effect of country size, which is why it is used in debates about the fair allocation of climate responsibility: the countries with the largest total emissions are not always the leaders per person.

Important: The aggregate for a group is all of its emissions divided by all of its population. That is why the world value is lower than the rich countries would suggest: the denominator is the entire population of the Earth.

Source: CO₂ and GHG Emissions (Our World in Data), license CC BY 4.0.