Fertilizer use — all countries

Fertilizer use — Djibouti

Fertilizer use in Djibouti in 2023 — 28.3 kg/ha. Ranked 137 in the world out of 191. Since 1976, the indicator has fallen by 97.8%.

2023 28.3 kg/ha +0% vs 2022
World rank 137of 191
Period maximum 1,844 kg/ha1979
Period minimum 12 kg/ha2002

Trend over time

1976–2023 · kg per hectare

Fertilizer use — Djibouti, 1976–202305001,0001,5002,00019761981198619911996200120062011201620211976: 1,300 kg/ha1977: 1,300 kg/ha1978: 1,500 kg/ha1979: 1,844 kg/ha1980: 1,200 kg/ha1981: 22 kg/ha1986: 100 kg/ha1987: 100 kg/ha2002: 12 kg/ha2003: 19 kg/ha2004: 18 kg/ha2005: 18 kg/ha2006: 18.5 kg/ha2007: 18.7 kg/ha2008: 21.7 kg/ha2009: 20 kg/ha2010: 21.9 kg/ha2011: 22 kg/ha2012: 23.5 kg/ha2013: 23.5 kg/ha2014: 25.5 kg/ha2015: 24.5 kg/ha2016: 28.5 kg/ha2017: 32.5 kg/ha2018: 28 kg/ha2019: 29.5 kg/ha2020: 33.7 kg/ha2021: 30.3 kg/ha2022: 28.3 kg/ha2023: 28.3 kg/ha
Change over the period: −1,271.7 (−97.82%) Average annual rate: -7.82 %

Comparison, 2023

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

Djibouti 28.3 kg/ha
World 137.6 kg/ha
Sub-Saharan Africa 19.6 kg/ha
Eastern Africa computed 33.5 kg/ha
Lower-middle-income countries computed 128.5 kg/ha
Fertilizer use — Djibouti, by year Djibouti All countries CSV XLSX
Year kg/ha Change Change, %
2023 28.3 +0 +0%
2022 28.3 −2 −6.59%
2021 30.3 −3.3 −9.9%
2020 33.7 +4.2 +14.12%
2019 29.5 +1.5 +5.36%
2018 28 −4.5 −13.85%
2017 32.5 +4 +14.04%
2016 28.5 +4 +16.33%
2015 24.5 −1 −3.92%
2014 25.5 +2 +8.51%
2013 23.5 +0 +0%
2012 23.5 +1.5 +6.82%
2011 22 +0.1 +0.57%
2010 21.9 +1.9 +9.38%
2009 20 −1.7 −7.69%
2008 21.7 +3 +16.07%
2007 18.7 +0.2 +1.11%
2006 18.5 +0.5 +2.56%
2005 18 +0 +0%
2004 18 −1 −5.26%
2003 19 +7 +58.33%
2002 12
1987 100 +0 +0%
1986 100
1981 22 −1,178 −98.17%
1980 1,200 −644 −34.92%
1979 1,844 +344 +22.93%
1978 1,500 +200 +15.38%
1977 1,300 +0 +0%
1976 1,300

About the indicator

Consumption of mineral fertilizers (nitrogen, phosphate and potash in nutrient terms) in kilograms per hectare of arable land. It is directly linked to yields, but excessive application leads to the pollution of water bodies and to nitrous oxide emissions — which is why the optimum, not the maximum, is the goal here.

Important: The aggregate is weighted by arable land — the same denominator that stands in the indicator. The figure does not distinguish types of fertilizer and says nothing about whether it was applied at the right rate and the right time.

Source: FAOSTAT (FAO), license CC BY 4.0.