Nitrous oxide emissions — all countries

Nitrous oxide emissions — Turks and Caicos Islands

Nitrous oxide emissions in the Turks and Caicos Islands in 2024 — 0 Mt. Ranked 7 in the world out of 201.

2024 0 Mt +0% vs 2023
World rank 7of 201
Period maximum 0 Mt2009
Period minimum 0 Mt1850

Trend over time

1850–2024 · million tonnes CO₂e

Nitrous oxide emissions — Turks and Caicos Islands, 1850–202400000185018681886190419221940195819761994201220241850: 0 Mt1853: 0 Mt1856: 0 Mt1859: 0 Mt1862: 0 Mt1865: 0 Mt1868: 0 Mt1871: 0 Mt1874: 0 Mt1877: 0 Mt1880: 0 Mt1883: 0 Mt1886: 0 Mt1889: 0 Mt1892: 0 Mt1895: 0 Mt1898: 0 Mt1901: 0 Mt1904: 0 Mt1907: 0 Mt1910: 0 Mt1913: 0 Mt1916: 0 Mt1919: 0 Mt1922: 0 Mt1925: 0 Mt1928: 0 Mt1931: 0 Mt1934: 0 Mt1937: 0 Mt1940: 0 Mt1943: 0 Mt1946: 0 Mt1949: 0 Mt1952: 0 Mt1955: 0 Mt1958: 0 Mt1961: 0 Mt1964: 0 Mt1967: 0 Mt1970: 0 Mt1973: 0 Mt1976: 0 Mt1979: 0 Mt1982: 0 Mt1985: 0 Mt1988: 0 Mt1991: 0 Mt1994: 0 Mt1997: 0 Mt2000: 0 Mt2003: 0 Mt2006: 0 Mt2009: 0 Mt2012: 0 Mt2015: 0 Mt2018: 0 Mt2021: 0 Mt2024: 0 Mt
Change over the period: +0

Comparison, 2024

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

Turks and Caicos Islands 0 Mt
World computed 2,935.78 Mt
Latin America & Caribbean computed 404.46 Mt
Caribbean computed 10.23 Mt
High-income countries computed 782.61 Mt
Nitrous oxide emissions — Turks and Caicos Islands, by year Turks and Caicos Islands All countries CSV XLSX
Year Mt Change Change, %
2024 0 +0 +0%
2023 0 +0 +0%
2022 0 +0 +0%
2021 0 +0 +0%
2020 0 +0 +0%
2019 0 +0 +0%
2018 0 +0 +0%
2017 0 +0 +0%
2016 0 +0 +0%
2015 0 +0 +0%
2014 0 +0 +0%
2013 0 +0 +100%
2012 0 +0 +0%
2011 0 −0 −50%
2010 0 +0 +0%
2009 0 +0 +100%
2008 0 +0 +0%
2007 0 +0 +0%
2006 0 +0 +0%
2005 0 +0 +0%
2004 0 +0 +0%
2003 0 +0 +0%
2002 0 +0 +0%
2001 0 +0 +0%
2000 0 +0 —
1999 0 +0 —
1998 0 +0 —
1997 0 +0 —
1996 0 +0 —
1995 0 +0 —
1994 0 +0 —
1993 0 +0 —
1992 0 +0 —
1991 0 +0 —
1990 0 +0 —
1989 0 +0 —
1988 0 +0 —
1987 0 +0 —
1986 0 +0 —
1985 0 +0 —
1984 0 +0 —
1983 0 +0 —
1982 0 +0 —
1981 0 +0 —
1980 0 +0 —
1979 0 +0 —
1978 0 +0 —
1977 0 +0 —
1976 0 +0 —
1975 0 +0 —
1974 0 +0 —
1973 0 +0 —
1972 0 +0 —
1971 0 +0 —
1970 0 +0 —
1969 0 +0 —
1968 0 +0 —
1967 0 +0 —
1966 0 +0 —
1965 0 +0 —
1964 0 +0 —
1963 0 +0 —
1962 0 +0 —
1961 0 +0 —
1960 0 +0 —
1959 0 +0 —
1958 0 +0 —
1957 0 +0 —
1956 0 +0 —
1955 0 +0 —
1954 0 +0 —
1953 0 +0 —
1952 0 +0 —
1951 0 +0 —
1950 0 +0 —
1949 0 +0 —
1948 0 +0 —
1947 0 +0 —
1946 0 +0 —
1945 0 +0 —
1944 0 +0 —
1943 0 +0 —
1942 0 +0 —
1941 0 +0 —
1940 0 +0 —
1939 0 +0 —
1938 0 +0 —
1937 0 +0 —
1936 0 +0 —
1935 0 +0 —
1934 0 +0 —
1933 0 +0 —
1932 0 +0 —
1931 0 +0 —
1930 0 +0 —
1929 0 +0 —
1928 0 +0 —
1927 0 +0 —
1926 0 +0 —
1925 0 +0 —
1924 0 +0 —
1923 0 +0 —
1922 0 +0 —
1921 0 +0 —
1920 0 +0 —
1919 0 +0 —
1918 0 +0 —
1917 0 +0 —
1916 0 +0 —
1915 0 +0 —
1914 0 +0 —
1913 0 +0 —
1912 0 +0 —
1911 0 +0 —
1910 0 +0 —
1909 0 +0 —
1908 0 +0 —
1907 0 +0 —
1906 0 +0 —
1905 0 +0 —
1904 0 +0 —
1903 0 +0 —
1902 0 +0 —
1901 0 +0 —
1900 0 +0 —
1899 0 +0 —
1898 0 +0 —
1897 0 +0 —
1896 0 +0 —
1895 0 +0 —
1894 0 +0 —
1893 0 +0 —
1892 0 +0 —
1891 0 +0 —
1890 0 +0 —
1889 0 +0 —
1888 0 +0 —
1887 0 +0 —
1886 0 +0 —
1885 0 +0 —
1884 0 +0 —
1883 0 +0 —
1882 0 +0 —
1881 0 +0 —
1880 0 +0 —
1879 0 +0 —
1878 0 +0 —
1877 0 +0 —
1876 0 +0 —
1875 0 +0 —
1874 0 +0 —
1873 0 +0 —
1872 0 +0 —
1871 0 +0 —
1870 0 +0 —
1869 0 +0 —
1868 0 +0 —
1867 0 +0 —
1866 0 +0 —
1865 0 +0 —
1864 0 +0 —
1863 0 +0 —
1862 0 +0 —
1861 0 +0 —
1860 0 +0 —
1859 0 +0 —
1858 0 +0 —
1857 0 +0 —
1856 0 +0 —
1855 0 +0 —
1854 0 +0 —
1853 0 +0 —
1852 0 +0 —
1851 0 +0 —
1850 0 — —

About the indicator

Nitrous oxide (N2O) emissions converted into carbon dioxide equivalent. The third greenhouse gas by contribution after CO2 and methane, and the most agricultural of the three: most of it forms in the soil after nitrogen fertilizer and manure are applied. It stays in the atmosphere for more than a century and destroys the ozone layer as well, so after the phase-out of CFCs it has remained the leading ozone-depleting substance.

Important: Estimates of emissions from soil are inevitably approximate: they depend on soil type, moisture and the way fertilizer is applied, and they are measured by models rather than by sensors.

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