Cumulative CO2 emissions — all countries

Cumulative CO2 emissions — Cook Islands

Cumulative CO2 emissions in the Cook Islands in 2024 — 2.69 Mt. Ranked 8 in the world out of 214. Since 1969, the indicator has risen by 24,309.1%.

2024 2.69 Mt +3.07% vs 2023
World rank 8of 214
Period maximum 2.69 Mt2024
Period minimum 0.01 Mt1969

Trend over time

1969–2024 · million tonnes

Cumulative CO2 emissions — Cook Islands, 1969–2024012319691975198119871993199920052011201720231969: 0.01 Mt1970: 0.02 Mt1971: 0.03 Mt1972: 0.04 Mt1973: 0.06 Mt1974: 0.07 Mt1975: 0.08 Mt1976: 0.1 Mt1977: 0.13 Mt1978: 0.15 Mt1979: 0.18 Mt1980: 0.21 Mt1981: 0.28 Mt1982: 0.33 Mt1983: 0.38 Mt1984: 0.4 Mt1985: 0.42 Mt1986: 0.44 Mt1987: 0.47 Mt1988: 0.49 Mt1989: 0.51 Mt1990: 0.55 Mt1991: 0.59 Mt1992: 0.63 Mt1993: 0.67 Mt1994: 0.72 Mt1995: 0.76 Mt1996: 0.81 Mt1997: 0.87 Mt1998: 0.92 Mt1999: 0.97 Mt2000: 1.02 Mt2001: 1.07 Mt2002: 1.12 Mt2003: 1.17 Mt2004: 1.22 Mt2005: 1.28 Mt2006: 1.34 Mt2007: 1.41 Mt2008: 1.47 Mt2009: 1.54 Mt2010: 1.61 Mt2011: 1.68 Mt2012: 1.76 Mt2013: 1.84 Mt2014: 1.92 Mt2015: 2 Mt2016: 2.08 Mt2017: 2.15 Mt2018: 2.23 Mt2019: 2.31 Mt2020: 2.38 Mt2021: 2.45 Mt2022: 2.53 Mt2023: 2.61 Mt2024: 2.69 Mt
Change over the period: +2.67 (+24,309.09%) Average annual rate: 10.51 %

Comparison, 2024

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

Cook Islands 2.69 Mt
World computed 1,803,056.96 Mt
East Asia & Pacific computed 462,579.57 Mt
Polynesia computed 51.85 Mt
Cumulative CO2 emissions — Cook Islands, by year Cook Islands All countries CSV XLSX
Year Mt Change Change, %
2024 2.69 +0.08 +3.07%
2023 2.61 +0.08 +3.05%
2022 2.53 +0.08 +3.14%
2021 2.45 +0.07 +3.07%
2020 2.38 +0.07 +2.85%
2019 2.31 +0.08 +3.63%
2018 2.23 +0.08 +3.57%
2017 2.15 +0.08 +3.71%
2016 2.08 +0.08 +3.8%
2015 2 +0.08 +4%
2014 1.92 +0.08 +4.4%
2013 1.84 +0.08 +4.6%
2012 1.76 +0.08 +4.76%
2011 1.68 +0.08 +4.8%
2010 1.61 +0.07 +4.56%
2009 1.54 +0.06 +4.21%
2008 1.47 +0.07 +4.69%
2007 1.41 +0.07 +4.92%
2006 1.34 +0.07 +5.18%
2005 1.28 +0.06 +4.85%
2004 1.22 +0.05 +4.38%
2003 1.17 +0.05 +4.2%
2002 1.12 +0.04 +4.1%
2001 1.07 +0.06 +5.4%
2000 1.02 +0.05 +5.38%
1999 0.97 +0.05 +5.57%
1998 0.92 +0.05 +5.9%
1997 0.87 +0.05 +6.4%
1996 0.81 +0.05 +6.69%
1995 0.76 +0.04 +6.13%
1994 0.72 +0.04 +6.53%
1993 0.67 +0.04 +6.98%
1992 0.63 +0.04 +6.78%
1991 0.59 +0.04 +7.27%
1990 0.55 +0.04 +8.06%
1989 0.51 +0.02 +4.52%
1988 0.49 +0.02 +4.73%
1987 0.47 +0.02 +4.97%
1986 0.44 +0.02 +5.23%
1985 0.42 +0.02 +5.51%
1984 0.4 +0.02 +5.84%
1983 0.38 +0.05 +15.64%
1982 0.33 +0.05 +18.55%
1981 0.28 +0.07 +31.58%
1980 0.21 +0.03 +16.11%
1979 0.18 +0.03 +16.88%
1978 0.15 +0.03 +23.2%
1977 0.13 +0.03 +31.58%
1976 0.1 +0.01 +17.28%
1975 0.08 +0.02 +22.73%
1974 0.07 +0.01 +20%
1973 0.06 +0.01 +25%
1972 0.04 +0.01 +33.33%
1971 0.03 +0.01 +50%
1970 0.02 +0.01 +100%
1969 0.01

Polynesia, 2024

The same indicator for neighboring countries — with links to their pages

About the indicator

Total CO2 emissions of a country from 1750 through the year shown. It is cumulative emissions rather than current ones that determine the concentration of CO2 in the atmosphere and the warming already reached, which makes this indicator the basis of the argument about the historical responsibility of countries that industrialized earlier.

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