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FAO · Climate

Syrian Arab Republic: Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) (AR5)

7751.42kt · 2050+137.1% since 2016

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

20002050

Every year

YearValue (kt)Note
20507,751.416F
20306,807.886F
20243,785.897E
20233,907.579E
20223,800.143E
20213,661.876E
20203,598.325E
20193,254.793E
20183,162.138E
20173,210.32E
20163,269.426E
20153,272.875E
20144,141.248E
20134,182.007E
20124,190.796E
20114,191.152E
20103,667.53E
20094,059.087E
20084,213.569E
20074,781.213E
20064,498.421E
20054,185.317E
20043,803.727E
20033,359.264E
20023,029.55E
20012,847.06E
20003,184.314E

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) (AR5). Interva. https://interva.co/dataset/fao-gt-5058-723113-kt (accessed 2026-11-15). catalog snapshot 2026-11-08.

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Syrian Arab Republic: Agrifood systems emissions: Emissions totals: Enteric Fermentation, Emissions (CO2eq) (AR5) (2000–2050) · Interva