Burkina Faso vs. Ruanda

Burkina Faso vs. Ruanda: Tage über 35 °C

Tage über 35 °C 2014: Burkina Faso 177,4 Tage, Ruanda 0 Tage; Median der CMIP6-Klimamodelle. Höherer Wert 2014: Burkina Faso, um 177,4 Tage.

Auf der Karte im Zeitverlauf ansehen

Tage pro Jahr · CMIP6

Burkina Faso vs. Ruanda: Tage über 35 °CTage über 35 °C 2014: Burkina Faso 177,4 Tage, Ruanda 0 Tage; Median der CMIP6-Klimamodelle. Höherer Wert 2014: Burkina Faso, um 177,4 Tage.
Burkina FasoRuandaCMIP6-Modellmedian (SSP2-4.5, mittlerer Weg)10.–90. Perzentil der Modelle

Was die Zahlen sagen

  • Seit 1950 in jedem Jahr mit Daten für beide höher: Burkina Faso.
  • Burkina Faso: 245,7 Tage, Ruanda: 0 Tage im Jahr 2100 laut CMIP6-Modellmedian (SSP2-4.5, mittlerer Weg).

Jahr für Jahr

Tage pro Jahr · CMIP6

JahrBurkina FasoRuanda
2014177,40
2013171,90
2012170,90
2011170,80
2010166,40
2009165,10
2008164,20
2007163,30
2006162,70
2005162,90
2004170,80
2003165,60
2002163,80
2001170,10
2000162,90
1999157,30
1998155,20
1997161,50
1996152,40
1995150,50
1994142,50
1993137,50
1992137,60
1991151,50
1990157,80
1989151,70
1988150,20
1987151,10
1986154,40
1985145,50
19841480
1983148,10
1982147,50
1981149,60
1980154,60
1979152,10
1978146,10
1977149,60
1976142,30
1975140,20
1974140,20
1973150,10
1972144,80
1971141,70
1970145,90
1969147,90
1968140,20
19671410
1966138,20
19651420
1964127,30
1963132,50
19621450
19611500
1960151,80
1959146,20
1958150,30
1957152,80
1956141,20
1955143,70
1954150,60
1953153,50
1952145,70
1951151,20
1950144,80
CMIP6-Modellmedian (SSP2-4.5, mittlerer Weg) · 2015–2100
JahrBurkina FasoRuanda
2015171,8138,5–202,800–0
2016167138,6–189,800–0
2017173136,2–207,500–0
2018167,9137,3–197,700–0
2019175,4136,6–201,500–0
2020174,1132,8–206,200–0
2021173,4149–20400–0
2022179,9147,4–206,600–0
2023175,9143,4–203,400–0
2024185,5154,5–217,400–0
2025180,8148,5–207,800–0
2026184,8125,9–213,300–0
2027185,6144,6–214,200–0
2028189,4147,6–221,400–0
2029188,6155,5–213,200–0
2030188,2153,3–224,200–0
2031190,7158,2–22000–0
2032189,7144,5–222,800–0
2033190,6150,8–223,100–0
2034182,7151,2–226,600–0
2035195,9147–222,600–0
2036191,3152,7–227,700–0
2037198,5161,4–227,400–0
2038200,4157,8–231,700–0
2039191,9165,2–229,300–0
2040199,4166,4–229,500–0
2041202,3167,7–230,700–0
2042201,6158,8–230,600–0
2043196171,6–22800–0
2044204,2159,8–236,600–0
2045205,6165,3–232,400–0
2046206,7168,7–236,900–0
2047212,3165,8–237,400–0
2048209,2175,1–235,800–0
2049202,6175,1–236,600–0
2050205,7170,1–250,800–0
2051206173,1–245,100–0
2052216167,4–251,300–0
2053209,8164,8–24800–0
2054216175,1–253,500–0
2055212,6179,6–249,100–0
2056217,5177,9–254,900–0
2057225,7184,4–260,600–0
2058218,7182–255,800–0
2059217,4186,9–255,500–0
2060217,2181,4–253,100–0
2061223182,6–263,100–0
2062217,6182–260,700–0
2063223,4187,5–26000–0
2064224,2183–252,200–0
2065225,1190,1–255,200–0
2066227,3190,1–263,300–0
2067219,3187,3–256,800–0
2068224,6179,7–26000–0
2069219,3179–264,300–0
2070224,3183,9–265,600–0
2071226,6183,6–266,400–0
2072229,4193,4–265,800–0
2073230194,7–270,600–0
2074224,9185–275,200–0
2075238,9189,1–262,100–0
2076231,6194,9–271,700–0
2077241,9190,8–279,100–0
2078234,6189,9–278,600–0
2079230,6194,9–269,200–0
2080239,5189,7–275,300–0
2081234,4190–280,100–0
2082230197,6–277,700–0
2083236,9200,8–27000–0
2084232,8200,8–273,800–0
2085244,3201,6–278,900–0
2086236,6192,9–281,600–0
2087236,3186,9–275,100–0
2088233,1189,9–280,900–0
2089229,4191,6–282,500–0
2090238,6197,4–278,100–0
2091241,2205,8–274,600–0
2092247,9196–276,600–0
2093243195,2–289,100–0
2094245,7207,9–277,400–0
2095250,4189,1–284,600–0,1
2096238,4206,4–283,700–0
2097231,9194–278,500–0
2098240,9202,3–274,200–0
2099244,4202,7–283,600–0
2100245,7203,3–288,400–0

Jedes Land für sich

Gut zu wissen

  • Tage im Jahr, deren Höchsttemperatur 35 °C übersteigt, gemittelt über das Land.
  • Quelle: World Bank Climate Change Knowledge Portal, CMIP6 multi-model median.
  • Gestrichelte Linie: CMIP6-Modellmedian (SSP2-4.5, mittlerer Weg), ein Szenario und keine Vorhersage; Band: 10.–90. Perzentil der Modelle.
  • Klimamodellwerte sind der Median der CMIP6-Modelle, bis 2014 mit den tatsächlichen Emissionen gerechnet, danach mit SSP2-4.5, einem mittleren Pfad: Es sind keine Messwerte.

Wie die Ebenen funktionieren, woher ihre Daten stammen und was sie nicht verraten: Länder im Zeitverlauf

Burkina Faso vs. Ruanda

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