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Syrian Arab Republic: Agrifood systems emissions: Emissions from Crops: Nutrient nitrogen N (total), Nitrogen fertilizer content applied that volatilises

45.87Mkg · 2050+2482.7% since 2016

FAOSTAT domain GCE. Agrifood systems emissions: Emissions from Crops: Nutrient nitrogen N (total), Nitrogen fertilizer content applied that volatilises (kg). Annual figures for Syrian Arab Republic from 2000 to 2050.

20002050

Every year

YearValue (kg)Note
205045,865,396.02F
203035,250,260.697F
20243,779,299.73E
20235,923,453.873E
20221,821,773.981E
20211,294,239.514E
20202,398,655.538E
20192,461,260.846E
20182,064,385.404E
2017747,988.593E
20161,775,901.387E
2015239,263.121E
20142,895,008.14E
20132,512,847.26E
201211,171,411.18E
201113,296,900E
201011,917,500E
200921,036,200E
200827,020,700E
200726,311,700E
200627,561,300E
200526,641,800E
200422,638,600E
200324,124,900E
200222,159,400E
200119,476,200E
200023,600,000E

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 from Crops: Nutrient nitrogen N (total), Nitrogen fertilizer content applied that volatilises. Interva. https://interva.co/dataset/fao-gce-3102-516201-kg (accessed 2026-11-15). catalog snapshot 2026-11-08.

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Syrian Arab Republic: Agrifood systems emissions: Emissions from Crops: Nutrient nitrogen N (total), Nitrogen fertilizer content applied that volatilises (2000–2050) · Interva