Algeria vs Niger

Algeria vs Niger: Days above 35 °C

Days above 35 °C in 2014: 133.9 days in Algeria and 209.1 days in Niger, in the CMIP6 climate models’ median run. In 2014 the value was higher in Niger, by 75.2 days, or 1.56 times that in Algeria.

Watch it change on the map

days a year · CMIP6

Algeria vs Niger: Days above 35 °CDays above 35 °C in 2014: 133.9 days in Algeria and 209.1 days in Niger, in the CMIP6 climate models’ median run. In 2014 the value was higher in Niger, by 75.2 days, or 1.56 times that in Algeria.
AlgeriaNigerCMIP6 model median (SSP2-4.5, middle of the road)models’ 10th–90th percentile

What the numbers say

  • Niger 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 Niger at 242.2 days in 2100.

Every year

days a year · CMIP6

YearAlgeriaNiger
2014133.9209.1
2013135.3205.4
2012135.9206
2011134.5207.1
2010135.4205.9
2009133.1204.2
2008134204.4
2007131.6201.3
2006132198.7
2005130.7200.6
2004131.2199.3
2003131.2201.3
2002131.5202.4
2001130201.1
2000129.7197.9
1999126.9196.9
1998128.3192.7
1997128.1197.8
1996124.7194.5
1995122.5193.7
1994122.9193.1
1993120.9186.1
1992117.1187.1
1991125.5195.9
1990128.4192.7
1989122.8192.9
1988124.3190.4
1987122190.2
1986123.2196.3
1985118.6189.1
1984119.8189.6
1983120189.7
1982123187.5
1981121190.9
1980121.5191.8
1979122.5189.1
1978120.2186.3
1977118.9190.8
1976120.7189.5
1975119.3185
1974115.8184.8
1973120192.4
1972119.6189.8
1971117.9186.7
1970117188.9
1969119.9184.3
1968117.8188.6
1967117.4183.6
1966118.8185.4
1965114185.7
1964117.2181.4
1963117.7179.4
1962118.9189
1961121.4186.5
1960122.1194.1
1959123190.2
1958121.3186.8
1957123194
1956118.4188.3
1955120.8188.8
1954119.2189
1953119.3188.3
1952120.9188.4
1951121.6190.5
1950118.8189.6
CMIP6 model median (SSP2-4.5, middle of the road) · 2015–2100
YearAlgeriaNiger
2015135.9121.1–152.4205.1180.6–228.1
2016135.7120.4–153204.2180.2–222.1
2017140.4125.5–155210.9185.3–233.6
2018139.3122.3–154.2206183.2–227.4
2019140124.6–155.9206.7178.9–231.2
2020138.3121.7–153.6207.9183.1–226.7
2021141.6129.6–154.5209189.8–228
2022143.9128.1–161.8213190.1–231
2023140.2123.9–153.2207186.6–229.1
2024143.7129.8–159.1216.5197.3–234.6
2025141.9126–156.9214.6195.3–232
2026143.8129.1–157.5210.3178.5–235.6
2027142.3126.9–159.3216.5188.8–235.6
2028144.7131.2–157.9217188.5–233.4
2029143.8131.2–156.7218.1194.8–237.8
2030143.4128.4–155.9217.1191.5–237
2031144.2131–158.4215195.1–239.7
2032148.7135.6–162.3213.2192.1–232
2033147.1130.5–159.3217.2196.1–237
2034148131.6–162.1216.7191–240
2035148.8135.2–162.2219.7195.8–235.8
2036147.4133–161.5216.2196–236.1
2037147.7132.8–162.8222.3199.9–240.2
2038148.9132–164.6219.5198.9–243.8
2039149.5133.3–165.7218.3195.6–242.5
2040150.8134.8–165.1218.7200.4–240.1
2041148.3133.3–162.3222.2200.4–245
2042152.4137.3–168222201.7–244.6
2043149.3136.3–162.3220.5198.6–236.4
2044150.2134.7–164.5218.2198.9–241.6
2045151.5137.5–164.7222202–242
2046151.1135.9–165.8225.1198–243
2047152.7137.2–169.5229.1204.3–245.7
2048153.2137.5–168.2225.8200.7–247.3
2049152138.1–166.5222.4197.3–242.8
2050153.3138.8–167.1224.7203.3–246.8
2051152.8139.2–167.9224.6203.8–242.1
2052154.8141.8–172.3229.7204.6–252.7
2053155.5140.4–171.9225.2204.6–248.6
2054156.8141.1–170.8229199.7–252.3
2055158.2142.7–173.3230.7210.5–249.6
2056156141.1–171.6229.8199.3–254.5
2057156.1141.8–172.7231.1205.6–251.8
2058154.5140.9–174.7226.7203.5–249.9
2059157.2142–174.5233.3210.7–256
2060159.2144–174.7230.9206.7–251.3
2061159.5145–172.5232.3207.4–256.9
2062158.3141–177.3233211.8–254.7
2063159.9146.1–173.7228.8206.1–248.5
2064158.6145.7–173.7232.3207.9–252.9
2065160.2145.1–172.3233.4211.8–253.6
2066158.8142–175236.5212.7–261.5
2067159.5143–175.9229.1206.5–253.3
2068161.3144.4–178.2233.9210.6–259.9
2069162.3145.1–175.5233.2210.6–253.7
2070160.4145.7–174.4235.8209.1–254.8
2071160.6145.4–178.6237.9218.7–258.9
2072162.8146.3–177.9237.9218–259.8
2073162.7145.2–178.5235.1210–259.4
2074163.9144–177.8235.2212.8–261.3
2075160.4144.1–180.4239.3212.9–259.7
2076163.3147.8–178.9238.9215.3–262.6
2077162.4144.3–180.7242218.1–264
2078165.9149.6–179.1241.4216.1–262.3
2079164.3144.9–182.4235.6213.1–259.6
2080165146.2–179.5238.2215.8–263.6
2081162.1147.7–180.9240.1217.1–267.5
2082164.9147.1–180.4238215.5–261.3
2083164146.8–181.5242.5216.2–264
2084166.2149.7–182.4239.2214.3–261.4
2085167.2147.2–184.4241.7216.6–264.8
2086165.3149.1–183.2240.9220–270.6
2087164.7145.7–182.9236.9208.4–262.9
2088167.4149.3–185.4236.9216.5–271.3
2089165.7150.6–183.5242.4215.5–267.5
2090166.6145.7–182.2242.1213.6–262.2
2091166.2151.4–181.9241.3218.9–266.5
2092167.3150.5–181.6245217.6–266.3
2093166.7149.5–183.8242.2219.3–262.9
2094166.3149.9–181.5245.1220.3–263.4
2095165.9149.1–181.2244.1218.8–266.6
2096167.6151.7–184.1241.9225.1–264.5
2097163.7150.4–179.7241.4218–265.6
2098167.4151.6–183.7240.8215.3–263.5
2099169.7151.3–185.2247.1221.7–265.4
2100164.2148.5–185.5242.2221.3–266.4

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

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