Ghana vs Côte d’Ivoire

Ghana vs Côte d’Ivoire: Temperature

Temperature in 2025: 27.9 °C in Ghana and 26.8 °C in Côte d’Ivoire, by ERA5 observations. In 2025 the value was higher in Ghana, by 1.1 °C, or 1.04 times that in Côte d’Ivoire.

Watch it change on the map

°C · ERA5

Ghana vs Côte d’Ivoire: TemperatureTemperature in 2025: 27.9 °C in Ghana and 26.8 °C in Côte d’Ivoire, by ERA5 observations. In 2025 the value was higher in Ghana, by 1.1 °C, or 1.04 times that in Côte d’Ivoire.
GhanaCôte d’IvoireCMIP6 historical run, model medianCMIP6 model median (SSP2-4.5, middle of the road)models’ 10th–90th percentile

What the numbers say

  • Ghana has been higher in every year both have figures for since 1950.
  • In 2025, Ghana ranked 13 and Côte d’Ivoire ranked 47 of 233 countries, counting from the highest.
  • The CMIP6 model median (SSP2-4.5, middle of the road) puts Ghana at 29.8 °C and Côte d’Ivoire at 29.1 °C in 2100.

Every year

°C · ERA5

YearGhanaGhana: CMIP6 historical run, model medianCôte d’IvoireCôte d’Ivoire: CMIP6 historical run, model median
202527.928.126.827.4
202428.328.227.127.4
20232828.12727.3
202227.528.126.527.4
202128.12826.927.2
202027.927.926.827.1
20192827.926.727.1
201827.727.926.527.1
201727.927.926.827.1
20162827.726.927
201527.727.926.527.2
201427.527.926.527.1
201327.527.826.527
201227.427.826.327
201127.527.826.427
201027.827.826.827
200927.627.726.526.9
200827.427.626.426.9
200727.427.626.626.8
200627.427.626.526.8
200527.427.626.526.8
200427.227.626.426.9
200327.327.626.526.8
200227.227.626.326.8
200127.227.726.126.9
200027.127.625.926.8
199926.727.425.826.7
199827.727.526.626.7
199727.127.526.126.7
199626.827.325.926.5
19952727.32626.5
199426.927.32626.5
19932727.126.126.3
199226.727.125.926.3
199126.727.42626.6
19902727.526.226.7
198926.827.32626.5
198827.127.426.226.5
198727.627.326.626.5
198626.727.425.926.6
198526.727.225.826.4
19842727.22626.4
198327.427.226.326.4
198226.827.325.826.4
19812727.42626.5
198026.827.325.926.4
197926.627.325.826.4
197826.527.225.726.4
197726.827.325.926.4
197626.127.225.126.3
197526.327.125.426.3
197426.427.125.426.3
19732727.226.126.4
197226.627.225.626.3
197126.327.225.326.4
197026.827.225.826.4
196926.627.225.726.4
196826.327.125.526.3
196726.227.125.326.1
196626.727.125.726.2
196526.327.125.326.2
196426.626.925.526
196326.526.925.726.1
196226.227.225.326.4
196126.527.225.526.3
196026.427.325.626.4
195926.527.225.526.4
195826.527.225.526.4
195725.627.32526.4
195625.927.124.826.2
19552627.12526.3
195426.227.325.126.4
195326.627.225.626.3
195226.427.225.426.3
195126.227.325.426.4
19502627.125.126.3
  • 12.3Projected
CMIP6 model median (SSP2-4.5, middle of the road) · 2026–2100
YearGhanaGhana: CMIP6 historical run, model medianCôte d’IvoireCôte d’Ivoire: CMIP6 historical run, model median
2026–28.127.4–28.7–27.426.6–27.9
2027–28.227.5–28.8–27.426.7–28
2028–28.327.7–28.7–27.426.9–28
2029–28.427.8–28.7–27.627.1–27.9
2030–28.227.7–28.9–27.426.9–28
2031–28.427.8–28.9–27.627–28
2032–28.428–28.9–27.627.2–28.1
2033–28.427.7–29–27.626.9–28.2
2034–28.427.8–29–27.627.1–28.1
2035–28.427.7–29–27.727–28.2
2036–28.427.8–29–27.627–28.2
2037–28.628–29–27.827.2–28.3
2038–28.628.1–29.1–27.927.3–28.3
2039–28.528–29–27.827.2–28.3
2040–28.528–29.2–27.727.2–28.4
2041–28.728.2–29.2–27.927.3–28.4
2042–28.628.1–29.2–27.927.3–28.4
2043–28.628.1–29.1–27.827.3–28.4
2044–28.628.1–29.3–27.827.3–28.5
2045–28.728.2–29.3–2827.4–28.5
2046–28.928.2–29.3–28.127.4–28.5
2047–2928.2–29.4–28.227.4–28.6
2048–28.928.3–29.5–28.127.6–28.7
2049–28.828.4–29.5–28.127.6–28.7
2050–28.828.4–29.5–2827.5–28.7
2051–28.928.3–29.6–28.127.5–28.8
2052–2928.3–29.7–28.227.5–28.9
2053–28.928.3–29.7–28.227.4–28.9
2054–2928.3–29.7–28.227.5–28.9
2055–2928.4–29.8–28.327.6–29
2056–2928.4–29.8–28.327.6–29
2057–29.228.4–29.8–28.427.6–29
2058–29.128.5–29.8–28.227.7–29
2059–29.128.6–30.1–28.327.8–29.3
2060–29.228.6–30–28.527.8–29.2
2061–29.128.4–30.1–28.427.6–29.2
2062–29.128.5–30.1–28.327.7–29.2
2063–29.228.6–30.1–28.427.8–29.2
2064–29.228.5–30–28.427.7–29.1
2065–29.328.6–30–28.527.7–29.2
2066–29.228.7–30.1–28.527.9–29.3
2067–29.228.5–30.1–28.527.8–29.2
2068–29.328.6–30.1–28.527.9–29.3
2069–29.328.5–30.2–28.627.8–29.4
2070–29.328.6–30.3–28.427.7–29.5
2071–29.328.6–30.3–28.627.8–29.5
2072–29.428.7–30.3–28.628–29.4
2073–29.428.6–30.5–28.727.8–29.7
2074–29.328.6–30.4–28.527.8–29.5
2075–29.428.7–30.3–28.627.8–29.5
2076–29.528.7–30.4–28.727.9–29.5
2077–29.728.7–30.6–28.827.8–29.8
2078–29.528.8–30.5–28.728.1–29.6
2079–29.528.8–30.5–28.727.9–29.6
2080–29.728.8–30.6–28.927.9–29.8
2081–29.528.8–30.5–28.728.1–29.7
2082–29.528.7–30.4–28.828–29.6
2083–29.628.9–30.7–28.828.1–29.8
2084–29.628.9–30.7–28.828.1–29.8
2085–29.928.8–30.7–2928.1–29.9
2086–29.728.8–30.6–2928–29.7
2087–29.628.8–30.7–28.828–29.8
2088–29.728.8–30.7–28.928–29.7
2089–29.628.9–30.7–28.728–29.7
2090–29.728.9–30.7–28.828.1–29.9
2091–29.829–30.8–28.928.1–30
2092–29.828.9–30.8–2928.1–29.9
2093–29.728.9–30.9–28.928.1–30
2094–29.629–30.7–28.828.3–29.8
2095–3028.9–30.9–29.128.1–30.1
2096–29.628.9–31–28.828.1–30.1
2097–29.628.9–30.8–28.928.1–29.9
2098–29.828.8–30.9–2928–30
2099–29.828.7–30.9–2927.9–30.1
2100–29.828.9–30.9–29.128.1–30.1

Each country on its own

Good to know

  • The average air temperature near the ground, over the whole country and the whole year.
  • Source: ERA5 reanalysis (Copernicus, ECMWF) and CMIP6, via the World Bank Climate Change Knowledge Portal.
  • The dashed line is the CMIP6 model median (SSP2-4.5, middle of the road), a scenario rather than a forecast; the band is its models’ 10th–90th percentile.
  • Climate model values are the median of the CMIP6 models, run on past emissions to 2014 and on SSP2-4.5, a middle-of-the-road path, after: they are not measurements.
  • Ranks count the 233 countries with a value in 2025, highest first.

How the layers work, where their data comes from and what they can’t tell you: Countries through time

Ghana vs Côte d’Ivoire

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