1. Saint-François-Longchamp
  2. history+
  3. Risk assessment

Do pobrania danych pogodowych wymagana jest history+

Nie jesteś zalogowany. Jeśli kupiłeś już historię+, prosimy się zalogować .

Dostęp do 30-letnich, godzinowych danych pogodowych z history+

Dostęp do informacji o pogodzie dla Saint-François-Longchamp z history+. Dostępny na całym świecie, niezależne od stacji pogodowych. Pobierz spójne i ciągłe dane godzinowe dla Saint-François-Longchamp jako CSV. Można nieodpłatnie przetestować dostęp do danych dla Bazylei.

Więcej informacji na temat historii+


The risk assessment report is limited to the location of Basel for evaluation.
For unlimited access starting in 1985, this location must be activated with history+

Analyse different events. Cold and warm events: Temperature is below or above a certain threshold for a certain time. Precipitation: Probability of mm/week. Water capacity: Approximated soil water amount. Cloud cover: Clouds cover below a certain threshold.

history+ lokalizacje (0/0)

Klienci korzystający z historii+ tutaj mogą zobaczyć swoje aktywowane lokalizacje. Dostęp jest aktywny przez 1 rok. Bazylea jest dostępna do bezpłatnej oceny.

Your activated locations are listed here. You can switch to another location by clicking on the location name.

Temperature below (°C)

Temperature above (°C)

Precipitation threshold (mm/week)

Maximum available soil water capacity (mm)

Cloud cover below (%)

Event duration (hours)

meteoblue Przykład

Risk assessment diagrams

  • Cold and warm events: Probability of temperatures below or above a certain temperature threshold for a given time. Commonly used to evaluate frost. The first diagram shows the likelihood of the event in a day or in a week. You can approximate your personal tolerable risk with the second diagram. If your tolerable risk for a frost event is 20%, you should schedule sowing in late april for example. If you can accept 50% frost likelihood in favor of earlier sowing, second week of march is more suitable. The third diagrams shows the occurrences of warm and cold events in the last 30 years for each year.
  • Precipitation: This diagram evaluates precipitation amounts in a week above a certain threshold. Similar to cold and warm events you can estimate strong precipitation events and schedule activities accordingly.
  • Water capacity: Estimated probability of remaining soil water amount. Select the maximum amount of soil water capacity depending on your soil and crop type. Higher soil water capacities better indicate extreme dry seasons. Yellow, orange and red bars indicate almost depleted soil water.
  • Cloud cover: Cloud free hours per day. The first diagram shows the probabilistic distribution of cloud cover below a certain threshold. P80 and P20 indicate the second best and second worst out of ten events. So there is an 60% likelihood of 5-7 hours of cloud cover below 15% in Basel in early october for a given day. The best cloud free days would be in middle of august in Basel statistically. The lower diagrams shows the actual occurrence of cloud free hours in the last 30 years.
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