Algeria vs Jordan: Days above 35 °C

Days above 35 °C in 2014: 133.9 days in Algeria and 60 days in Jordan, in the CMIP6 climate models’ median run. In 2014 the value was higher in Algeria, by 73.9 days, or 2.23 times that in Jordan.

Watch it change on the map

days a year · CMIP6

AlgeriaJordanCMIP6 model median (SSP2-4.5, middle of the road)models’ 10th–90th percentile

What the numbers say

Algeria has been higher in every year both have figures for since 1950.
The CMIP6 model median (SSP2-4.5, middle of the road) puts Algeria at 164.2 days and Jordan at 114.2 days in 2100.

Every year

days a year · CMIP6

Year	Algeria	Jordan
2014	133.9	60
2013	135.3	58
2012	135.9	56.6
2011	134.5	55.8
2010	135.4	57.5
2009	133.1	53.6
2008	134	55.7
2007	131.6	51.8
2006	132	53
2005	130.7	54.2
2004	131.2	53
2003	131.2	55.5
2002	131.5	50.5
2001	130	55.6
2000	129.7	50.5
1999	126.9	51.1
1998	128.3	49.7
1997	128.1	45.8
1996	124.7	46.6
1995	122.5	43.6
1994	122.9	41.8
1993	120.9	36.8
1992	117.1	38.4
1991	125.5	42.2
1990	128.4	47.5
1989	122.8	45.3
1988	124.3	41.2
1987	122	41.6
1986	123.2	44.3
1985	118.6	38.8
1984	119.8	35.1
1983	120	34.4
1982	123	38.6
1981	121	41.2
1980	121.5	41.7
1979	122.5	36.2
1978	120.2	37.5
1977	118.9	37.7
1976	120.7	39.9
1975	119.3	34.4
1974	115.8	38
1973	120	37
1972	119.6	39.4
1971	117.9	39.4
1970	117	38.6
1969	119.9	38.7
1968	117.8	35.4
1967	117.4	35.9
1966	118.8	35.2
1965	114	34.8
1964	117.2	33.6
1963	117.7	35.1
1962	118.9	36.9
1961	121.4	38.6
1960	122.1	40.4
1959	123	37.6
1958	121.3	39.8
1957	123	41.6
1956	118.4	40.9
1955	120.8	38.6
1954	119.2	36.9
1953	119.3	40.6
1952	120.9	39.3
1951	121.6	39.4
1950	118.8	36.7

CMIP6 model median (SSP2-4.5, middle of the road) · 2015–2100

Year	Algeria	Jordan
2015	135.9121.1–152.4	6449.4–81
2016	135.7120.4–153	61.448.3–81.2
2017	140.4125.5–155	65.451.7–77.7
2018	139.3122.3–154.2	67.651.5–81.8
2019	140124.6–155.9	68.755.1–80.3
2020	138.3121.7–153.6	70.253.4–85.6
2021	141.6129.6–154.5	69.555.5–80.3
2022	143.9128.1–161.8	70.554.7–85.6
2023	140.2123.9–153.2	73.559.3–86.4
2024	143.7129.8–159.1	76.861.8–89.2
2025	141.9126–156.9	75.153.9–88.7
2026	143.8129.1–157.5	73.159.1–87
2027	142.3126.9–159.3	77.863.6–89.8
2028	144.7131.2–157.9	75.559.2–89.5
2029	143.8131.2–156.7	75.762.2–89.3
2030	143.4128.4–155.9	76.763.8–89.4
2031	144.2131–158.4	74.661.7–90
2032	148.7135.6–162.3	81.364.8–92.6
2033	147.1130.5–159.3	83.164.1–95.2
2034	148131.6–162.1	81.163.5–97.1
2035	148.8135.2–162.2	8368.1–95.2
2036	147.4133–161.5	77.366.6–95.6
2037	147.7132.8–162.8	84.766.8–98
2038	148.9132–164.6	86.566–103.7
2039	149.5133.3–165.7	87.870.6–104.7
2040	150.8134.8–165.1	86.371.3–101.2
2041	148.3133.3–162.3	85.471.1–102.3
2042	152.4137.3–168	88.267.7–100.5
2043	149.3136.3–162.3	87.973.4–103.9
2044	150.2134.7–164.5	86.269.6–105
2045	151.5137.5–164.7	92.880–106.6
2046	151.1135.9–165.8	92.177.5–106.4
2047	152.7137.2–169.5	9074.8–109.3
2048	153.2137.5–168.2	92.274.7–109.1
2049	152138.1–166.5	90.269.6–107.3
2050	153.3138.8–167.1	92.974.2–110.3
2051	152.8139.2–167.9	92.480.3–106.3
2052	154.8141.8–172.3	91.378.4–106.9
2053	155.5140.4–171.9	92.279.6–108.9
2054	156.8141.1–170.8	9569.5–110.5
2055	158.2142.7–173.3	96.178.3–110.7
2056	156141.1–171.6	94.175.3–110.4
2057	156.1141.8–172.7	97.782–114.9
2058	154.5140.9–174.7	98.177–116
2059	157.2142–174.5	99.675.6–116.5
2060	159.2144–174.7	98.682.9–117.1
2061	159.5145–172.5	99.980.6–113.3
2062	158.3141–177.3	101.574.2–118.9
2063	159.9146.1–173.7	99.184.1–117.1
2064	158.6145.7–173.7	101.485.9–119.3
2065	160.2145.1–172.3	98.584.8–116.9
2066	158.8142–175	100.781.1–116.4
2067	159.5143–175.9	102.886.6–122.3
2068	161.3144.4–178.2	105.687.7–120.5
2069	162.3145.1–175.5	100.285.7–114.5
2070	160.4145.7–174.4	107.586.5–119.7
2071	160.6145.4–178.6	104.486.3–124.5
2072	162.8146.3–177.9	106.688.2–123.2
2073	162.7145.2–178.5	107.987.4–125.6
2074	163.9144–177.8	102.785–122.2
2075	160.4144.1–180.4	103.886–119.3
2076	163.3147.8–178.9	105.485.2–123.7
2077	162.4144.3–180.7	107.384.5–123.3
2078	165.9149.6–179.1	107.890.3–124.1
2079	164.3144.9–182.4	11389–125.6
2080	165146.2–179.5	111.395.9–126
2081	162.1147.7–180.9	105.488.4–125.6
2082	164.9147.1–180.4	110.592.6–127.8
2083	164146.8–181.5	111.388.9–125.7
2084	166.2149.7–182.4	113.294.7–124.2
2085	167.2147.2–184.4	109.693.1–124.4
2086	165.3149.1–183.2	10892.6–126.5
2087	164.7145.7–182.9	11191.6–128.3
2088	167.4149.3–185.4	115.395.4–129.6
2089	165.7150.6–183.5	111.395–129
2090	166.6145.7–182.2	110.894–128.2
2091	166.2151.4–181.9	113.493.5–133
2092	167.3150.5–181.6	111.190.1–133.8
2093	166.7149.5–183.8	116.992–135
2094	166.3149.9–181.5	115.697.5–132.8
2095	165.9149.1–181.2	111.992.9–133.1
2096	167.6151.7–184.1	111.791.3–130.6
2097	163.7150.4–179.7	117.392.2–135.7
2098	167.4151.6–183.7	113.693–130.7
2099	169.7151.3–185.2	114.396.8–129.4
2100	164.2148.5–185.5	114.291.7–133.6

Each country on its own

Good to know

Days in a year whose highest temperature passes 35 °C, averaged over the country.
Source: World Bank Climate Change Knowledge Portal, CMIP6 multi-model median.
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.

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

Algeria vs Jordan: Days above 35 °C

What the numbers say

Every year

Each country on its own

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