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The bar chart GE-I-2 ’Heat-related mortalities’ shows the estimated number of heat-related mortalities for the period from 1992 to 2021. A particularly high number of heat-related mortalities occurred in 1994 with the highest maximum value so far amounting to some 10,000 mortalities. In the years of 2003, 2006 and latterly 2018 the heat also led to an extraordinarily high number of mortalities. There is no significant trend discernible.

GE-I-2: Heat-related mortalities

  • Klima
  • Umwelt und Gesundheit
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The illustration GE-I-1 ’Heat stress’ contains two lines indicating the number of hot days and the number of tropical nights respectively, in terms of the German area mean for the years from 1951 to 2021. Besides, the bar chart shows, for the years from 2005 to 2021, the mean number of days on which warnings were issued regarding major as well as extreme heat stress in the GWS warning districts. There is no significant trend discernible for the development of the number of days with heat warnings.

GE-I-1: Heat stress

  • Klima
  • Umwelt und Gesundheit
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Infographic: Ambitious GHG mitigation opportunities and challenges in the agricultural sector

  • Klima
  • Land- und Forstwirtschaft
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The chart consists of two rows of six nationwide maps each of Germany. The top row of maps shows the annual mean number of days with a soil humidity of less than 30 per cent usable field capacity for winter wheat on sandy clay, while the number of days in the bottom row refers to clay-rich sand. The six maps each cover the following periods: 1963–1972, 1973–1982, 1983–1992, 1993–2002, 2003–2012 and 2013–2022.

Figure 11: Annual mean number of days with a soil humidity

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The chart consists of two illustrations – one showing the number of days with soil humidity of less than 30 per cent usable field capacity (nFK) for winter wheat on sandy clay while the other shows – for the same number of days – the comparable value for winter wheat on clay-rich sand, each for the period of 1961 to 2022. The multi-annual mean for the period of 1991 to 2020 for sandy clay amounts to 5.3 days. The linear trend for Germany regarding the period examined amounts to an increase by 8.6 days.

Figure 10: Soil moisture values - clay-rich sand

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The chart consists of two illustrations – one showing the number of days with soil humidity of less than 30 per cent usable field capacity (nFK) for winter wheat on sandy clay while the other shows – for the same number of days – the comparable value for winter wheat on clay-rich sand, each for the period of 1961 to 2022. The multi-annual mean for the period of 1991 to 2020 for sandy clay amounts to 5.3 days. The linear trend for Germany regarding the period examined amounts to an increase by 8.6 days.

Figure 10: Soil moisture values - sandy clay (left)

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Figure 7: Mean value of the warmest 14-day period per annum for eight German cities (the height of a bar indicates the 14-day mean calculated, while the red bar indicates the year with the most intensive heat period so far) (data: DWD)

Figure 7: Mean value of the warmest 14-day period per annum for eight German cities

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Figure 5: Deviation of the number of ice days (right) from the multi-annual mean 1961–1990

Figure 5: Deviation of the number of ice days (right) from the multi-annual mean 1961–1990

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Figure 5: Deviation of the number of hot days for Germany from the multi-annual mean 1961–1990

Figure 5: Deviation of the number of hot days for Germany from the multi-annual mean 1961–1990

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Figure 4: Percentual deviation of summer precipitation (June, July, August) based on the multi-annual mean of summer precipitation totals for 1961–1990

Figure 4: Precipitation anomaly Germany summer

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Short link: https://www.uba.de/n300701en