Brazil vs Suriname

Brazil vs Suriname: Tropical nights

Tropical nights in 2014: 282 nights in Brazil and 363.6 nights in Suriname, in the CMIP6 climate models’ median run. In 2014 the value was higher in Suriname, by 81.6 nights, or 1.29 times that in Brazil.

nights a year · CMIP6

Brazil vs Suriname: Tropical nightsTropical nights in 2014: 282 nights in Brazil and 363.6 nights in Suriname, in the CMIP6 climate models’ median run. In 2014 the value was higher in Suriname, by 81.6 nights, or 1.29 times that in Brazil.
BrazilSurinameCMIP6 model median (SSP2-4.5, middle of the road)models’ 10th–90th percentile

What the numbers say

  • Suriname has been higher in every year both have figures for since 1950.
  • The CMIP6 model median (SSP2-4.5, middle of the road) puts Brazil at 317.3 nights and Suriname at 365 nights in 2100.

Every year

nights a year · CMIP6

YearBrazilSuriname
2014282363.6
2013282.5364.3
2012283.6364.4
2011281.8363.6
2010280.2364
2009279.2364.1
2008277.8363.9
2007275.9362.9
2006275.4363.5
2005275.8363.9
2004278.5364.3
2003276.7363.6
2002276.2363.7
2001277.7363.6
2000273.3362.9
1999271363.2
1998273.6363.1
1997270.9362.6
1996264.7360.7
1995263.8361.2
1994263.6360.8
1993258.3360.1
1992252.8359.8
1991269.7362.1
1990272.5362.8
1989267.1361.6
1988264.7361.3
1987265.9361.7
1986265.7361.6
1985260.6359.4
1984261.1359.6
1983255.9357.9
1982264.8360.7
1981265.3361.3
1980262360.1
1979261.2358.6
1978259.7360.2
1977261.8359.8
1976258.4359.1
1975252.4355
1974258.7357.8
1973261360.6
1972258.1358.4
1971256.5358.6
1970254.5357.8
1969255.1356.8
1968254.9356
1967250.3353.5
1966254.5356.2
1965250.8356.5
1964246.2353.4
1963241.9352.8
1962257.9358.5
1961258.2358.7
1960260.3359.5
1959255.7357
1958258.1359.2
1957256.6358.3
1956251.2355.7
1955257.2357.8
1954258357.6
1953255.2359
1952255.8359.6
1951256.3358.4
1950254.4357.4
CMIP6 model median (SSP2-4.5, middle of the road) · 2015–2100
YearBrazilSuriname
2015284257.6–299.5364.1354.7–365
2016281.5261.4–296.3364.2356.3–365.8
2017284.1263.2–297.8364.2357.5–365
2018283.4263.1–298.8364.4357.1–365
2019283.7262.9–302.4363.8356.4–365
2020286.3264.2–303.6364.5356.4–365.8
2021287.9266.9–302.3363.9357.9–365
2022289.6270.7–303.9364.2357.6–365
2023287.3270.5–303364.3357.7–365
2024291.5268.2–304.6364.8358.9–366
2025289.6269.1–304.8364.5358.6–365
2026289.7266.2–305.1364.6359.4–365
2027289.5269.1–303.7364.4357.9–365
2028291.2271.9–306364.8357.9–365.9
2029295.5276.3–309.6364.8357.8–365
2030292.2269.1–306.9364.4358.2–365
2031295.3274–308.9364.8359.6–365
2032296.8280.1–310.9365359.6–366
2033295.4273.3–308.5364.8358.1–365
2034294.3273.5–311.8364.8358.1–365
2035295.2274.4–310.9364.8359–365
2036295.1278.2–307.8364.9359.5–366
2037299.9283.7–311.3364.9359.7–365
2038299.6283.5–312.1365359.5–365
2039296.9279.9–311364.9359.6–365
2040298.5279.4–311.9364.9359.8–366
2041301.4282.2–314.1364.9359.8–365
2042300.6277.8–314.7364.9359.4–365
2043298.2279.8–312.7364.8359.4–365
2044300.3281.2–315.6364.9359.7–366
2045299.9279.7–313.1364.9359.8–365
2046302.8285.8–316.6365359.9–365
2047303.3285–316.4365359.9–365
2048304.4287.3–317.3365359.8–366
2049305.4288.4–318.5365359.9–365
2050303.9283.9–316.2365359.9–365
2051305.7287.5–317.5365359.7–365
2052305.9290.6–318.8365359.9–366
2053305.3285.9–317.5365360–365
2054306.1288.4–319.3365360–365
2055306.4290.8–319.8365360–365
2056306.7288.3–321.1365359.9–366
2057306.4287.6–321.1365359.6–365
2058309291–321.4365359.6–365
2059310.4290.7–322.8365359.9–365
2060311.6294.4–325.1365360–366
2061307.5290.3–321.2365360–365
2062309291.5–322.8365360–365
2063310.8290.6–322.8365360–365
2064309.6290.2–321.1365360–366
2065311.1291.6–323.1365359.6–365
2066312.2294.2–324.2365360–365
2067310.9291.5–323.3365360–365
2068311.5293–324.5365360–366
2069310.6292.2–323.6365360–365
2070312.7293–325.3365360–365
2071311.5292.1–323.9365359.7–365
2072313.3297.8–325.5365360–366
2073313.8298.6–327.2365359.9–365
2074311.4292.4–323.5365360–365
2075310.9291.5–324.5365360–365
2076314.2294.4–327.7365360–366
2077315.1295.6–326.8365360–365
2078314.9296.3–327.1365360–365
2079313292.8–326.8365360–365
2080311.9294.7–325.4365360–366
2081313.5295.5–325.6365360–365
2082315296.8–327.1365360–365
2083315.7295.3–328.7365360–365
2084316.6298.5–327.9365359.9–366
2085317.4299.3–329.8365360–365
2086315.8294–328365359.9–365
2087316.5297.9–328.5365359.9–365
2088315.6297.3–328.8365360–366
2089315296.6–327.9365360–365
2090316298.9–330.3365360–365
2091317298.1–330.6365360–365
2092317.6298.7–330.7365360–366
2093316.3297.5–328.6365360–365
2094316.4300.2–327.5365359.9–365
2095319299.8–330.7365360–365
2096317.7299.5–330.8365359.8–366
2097316.9297.8–329365360–365
2098318.6299.9–331.9365360–365
2099318.1300–330.2365359.6–365
2100317.3298.4–330.3365359.9–365

Each country on its own

Good to know

  • Nights in a year when the temperature stays above 20 °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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