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FAO · Climate

Eritrea: Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) from CH4 (AR5)

4149.64kt · 2050+29.5% since 2016

FAOSTAT domain GT. Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) from CH4 (AR5) (kt). Annual figures for Eritrea from 2000 to 2050.

20002050

Every year

YearValue (kt)Note
20504,149.639F
20303,429.58F
20243,321.228E
20233,312.42E
20223,308.998E
20213,311.983E
20203,270.086E
20193,255.174E
20183,239.494E
20173,222.089E
20163,204.023E
20153,180.688E
20143,167.08E
20133,155.04E
20123,127.18E
20113,107.16E
20102,976.582E
20093,062.422E
20083,046.999E
20073,031.529E
20062,841.258E
20052,946.062E
20042,905.563E
20032,860.631E
20022,764.686E
20012,797.586E
20003,584E

Source

Published by FAO, produced by Food and Agriculture Organization. Licence: CC BY 4.0. Retrieved 2026-11-08.

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Cite or download

FAO (2026). Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) from CH4 (AR5). Interva. https://interva.co/dataset/fao-gt-5058-724413-kt (accessed 2026-11-14). catalog snapshot 2026-11-08.

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Eritrea: Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) from CH4 (AR5) (2000–2050) · Interva