加纳与卢旺达对比

加纳与卢旺达：热带夜

2014 年热带夜：加纳为 356.8 夜，卢旺达为 2.4 夜（CMIP6 气候模型中位数模拟）。 2014 年加纳的数值较高，高出 354.4 夜，是卢旺达的 150 倍。

在地图上查看其变化

每年夜数 · CMIP6

加纳与卢旺达：热带夜2014 年热带夜：加纳为 356.8 夜，卢旺达为 2.4 夜（CMIP6 气候模型中位数模拟）。 2014 年加纳的数值较高，高出 354.4 夜，是卢旺达的 150 倍。
加纳卢旺达CMIP6 模型中位数（SSP2-4.5，中间路径）模型第 10–90 百分位

数据解读

  • 自 1950 年以来，在两国都有数据的每一年，加纳的数值都更高。
  • 根据CMIP6 模型中位数（SSP2-4.5，中间路径），2100 年加纳为 364.2 夜，卢旺达为 34.2 夜。

逐年数据

每年夜数 · CMIP6

年份加纳卢旺达
2014356.82.4
2013355.82.8
2012356.82.9
2011355.72.7
2010355.92.3
2009353.22.5
2008353.12
2007353.81.9
2006353.92.2
2005352.72
2004352.41.8
2003353.81.8
2002353.22.4
2001354.92.4
2000352.21.7
1999350.21.6
1998350.61.5
1997350.51
1996349.11.1
1995348.91.1
1994347.91.2
1993347.10.9
1992344.50.6
1991348.41.2
1990352.11.7
1989347.91.5
1988347.21.2
1987346.61.3
1986348.41.2
1985347.20.8
1984346.21
1983344.80.9
1982344.80.8
1981346.81.1
1980344.51.1
1979346.40.9
1978343.90.7
1977345.91.1
1976344.50.8
1975345.31
19743430.9
19733441.3
1972344.40.7
1971342.70.7
19703440.6
1969342.50.8
19683420.8
1967342.70.5
1966342.10.6
19653420.6
19643400.4
1963342.80.6
1962345.90.9
1961344.10.8
1960345.71.1
1959344.60.7
1958344.60.9
1957344.10.8
1956343.50.7
1955342.50.8
1954346.80.9
1953344.50.8
1952341.90.8
1951343.81
1950340.30.9
CMIP6 模型中位数（SSP2-4.5，中间路径） · 2015–2100
年份加纳卢旺达
2015356341.5–361.73.41.5–7.6
2016356.5341.4–361.52.91.2–5.6
2017355.2341.3–361.63.41.8–5.5
2018355.8345.7–362.13.81.8–7.1
2019353.9343.6–362.33.61.3–6.9
2020356341.7–362.94.32.1–7.9
2021356.9345.4–362.74.22.6–7.5
2022358.2342–362.642.9–7.8
2023356.7344–361.74.41.9–8.4
2024358.6347.7–363.452–9.6
2025357.1347.2–361.94.42.1–9.5
2026357.2343.5–362.74.81.7–8.9
2027357.5344.3–362.44.92.1–8.7
2028359.5348.6–363.65.21.7–8.7
2029358.8349–363.15.43–9.2
2030359.6350.6–363.25.33.1–10.2
2031360.8351–3646.63.4–10.4
2032359.7346.4–363.96.34–12.2
2033360.2349–364.16.52.8–12
2034359.4350.8–363.16.13.3–12.4
2035360.5350.8–3646.83.2–12.7
2036360.9350.6–364.96.83.7–12.7
2037361350.5–3647.94.3–14.6
2038361.4354.4–363.98.44.1–15.3
2039361.3352.3–364.57.23.6–15.9
2040361.5352.2–365.27.74.3–14.8
2041361.3351.7–364.38.44.7–15
2042360.6352.3–364.38.44.4–20.2
2043360.6351.8–3647.83.8–16.5
2044361.6353.6–364.87.24.1–14.5
2045361.1353.2–364.49.24.6–21
2046361.9353.1–364.1124.6–24.1
2047362.3350.3–364.511.25.4–26
2048362.1354.7–365.311.74.6–25.4
2049362.6354–364.412.25.7–26.7
2050362.2355.3–364.411.75.4–22.9
2051362.3355.7–364.612.36.4–24
2052362.1354.2–36514.56–26.1
2053362.4354.1–364.512.55–23.9
2054362.9354.8–364.612.85.6–34.3
2055362.5355.1–364.512.66.2–32.8
2056363.3355.6–365.7145.6–31.6
2057363.2355.9–364.814.96–32.3
2058363356.3–364.915.15.3–38.7
2059362.9356.2–364.814.96.7–38.1
2060362.9354.1–365.718.46.1–38.2
2061363.2354–364.916.65.9–40.7
2062363.1355–364.917.25.6–49.3
2063363.2355.5–364.916.46.3–39.1
2064363.3356.6–365.621.76.3–40.1
2065363.7357.8–364.917.17.2–40.5
2066362.7356.9–364.818.37.2–42.5
2067363.6354.1–364.916.86.3–50.2
2068364.1356.3–365.819.76.6–53.2
2069362.8356.3–364.917.66–55
2070363.3356.2–364.918.17.6–53.8
2071363.5355.3–364.919.36.3–60
2072364.1355.6–365.822.18.7–49.3
2073363.6355.1–364.824.39.2–61.7
2074363.4355.4–364.823.28.3–57.2
2075363.4357–364.921.86.3–53.9
2076363.8358.4–365.826.77–59.7
2077363.8357.8–36524.19.1–64.8
2078363.9356.6–364.921.48.3–62.1
2079364.2358–36526.47.8–64.8
2080364.3357.8–36628.78.2–62.2
2081363.8357.1–36525.79–66.4
2082363.5357.1–364.927.59.2–63.2
2083364.1358.3–36531.68.7–87
2084364358.5–365.931.39.4–78.4
2085364.1358.3–36535.29.2–79.6
2086364.1357.8–365299.7–76.5
2087364.1357.9–36530.69.5–80
2088364.2356.4–365.932.59.4–76.8
2089363.9357.6–36527.49.3–82.1
2090364.2357.6–36525.911.4–96.6
2091363.9357.6–364.943.28.7–89.1
2092364.4356.6–36633.910.5–89.6
2093364.4358.2–36535.510.9–91
2094364.1357.9–36534.79.4–91.6
2095364358.2–36540.412.9–106.1
2096363.9358–36635.99.8–99.9
2097363.9356.3–364.932.69.9–89.6
2098363.7357.8–364.935.69.8–105.9
2099363.9358.6–36532.810.9–105.8
2100364.2357.6–36534.211.1–102.5

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须知

  • 一年中气温始终高于 20 °C 的夜晚数，取全国平均。
  • 来源：World Bank Climate Change Knowledge Portal, CMIP6 multi-model median。
  • 虚线为CMIP6 模型中位数（SSP2-4.5，中间路径），是一种情景而非预报；阴影带为其模型第 10–90 百分位。
  • 气候模型值为 CMIP6 各模型的中位数：2014 年及以前按历史排放模拟，此后按中间路径 SSP2-4.5 模拟；它们并非实测数据。

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