Author: WEXA

Cold spell occuring from June 01 2019 to June 20 2019 at 15.0°N 37.5°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Cameroon
  • Chad
  • Eritrea
  • Ethiopia
  • Niger
  • Nigeria
  • South Sudan
  • Sudan

Duration: 20 days

Time span: June 01 2019 to June 20 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -3.2 °C
  • Mean temperature: 28.1 °C
  • Minimum temperature anomaly: -7.6 °C
  • Minimum temperature: 18.3 °C

Event center: 15.0°N 37.5°E

Area affected: 1685085 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-Jun-01_to_2019-Jun-20_37.5_15.0

Cold spell occuring from June 01 2019 to June 05 2019 at 5.0°N 35.5°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Ethiopia
  • Kenya
  • South Sudan

Duration: 5 days

Time span: June 01 2019 to June 05 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -3.2 °C
  • Mean temperature: 25.3 °C
  • Minimum temperature anomaly: -5.7 °C
  • Minimum temperature: 21.9 °C

Event center: 5.0°N 35.5°E

Area affected: 86348 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-Jun-01_to_2019-Jun-05_35.5_5.0

Cold spell occuring from June 01 2019 to June 07 2019 at -36.5°S 135.5°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Australia

Duration: 7 days

Time span: June 01 2019 to June 07 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -2.6 °C
  • Mean temperature: 11.8 °C
  • Minimum temperature anomaly: -4.5 °C
  • Minimum temperature: 7.5 °C

Event center: -36.5°S 135.5°E

Area affected: 747132 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-Jun-01_to_2019-Jun-07_135.5_-36.5

Cold spell occuring from June 01 2019 to June 06 2019 at -80.5°S 302.5°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Antarctica

Duration: 6 days

Time span: June 01 2019 to June 06 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -10.3 °C
  • Mean temperature: -45.6 °C
  • Minimum temperature anomaly: -13.9 °C
  • Minimum temperature: -49.1 °C

Event center: -80.5°S 302.5°E

Area affected: 57755 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-Jun-01_to_2019-Jun-06_302.5_-80.5

Heat wave occuring from May 31 2019 to June 10 2019 at 75.5°N 109.0°E

Download data: JSON

Event type: Heat wave

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Russian Federation

Duration: 11 days

Time span: May 31 2019 to June 10 2019

Statistics over entire affected area:

  • Mean temperature anomaly: 2.9 °C
  • Mean temperature: 0.9 °C
  • Maximum temperature anomaly: 7.4 °C
  • Maximum temperature: 3.2 °C

Event center: 75.5°N 109.0°E

Area affected: 112563 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Heat_wave_2019-May-31_to_2019-Jun-10_109.0_75.5

Heat wave occuring from May 31 2019 to June 09 2019 at 13.0°N 97.0°E

Download data: JSON

Event type: Heat wave

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Myanmar
  • Thailand

Duration: 10 days

Time span: May 31 2019 to June 09 2019

Statistics over entire affected area:

  • Mean temperature anomaly: 1.2 °C
  • Mean temperature: 28.6 °C
  • Maximum temperature anomaly: 3.5 °C
  • Maximum temperature: 30.0 °C

Event center: 13.0°N 97.0°E

Area affected: 362588 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Heat_wave_2019-May-31_to_2019-Jun-09_97.0_13.0

Heat wave occuring from May 31 2019 to June 06 2019 at 7.0°N 286.5°E

Download data: JSON

Event type: Heat wave

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Colombia

Duration: 7 days

Time span: May 31 2019 to June 06 2019

Statistics over entire affected area:

  • Mean temperature anomaly: 1.7 °C
  • Mean temperature: 23.2 °C
  • Maximum temperature anomaly: 2.7 °C
  • Maximum temperature: 30.6 °C

Event center: 7.0°N 286.5°E

Area affected: 82782 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Heat_wave_2019-May-31_to_2019-Jun-06_286.5_7.0

Heat wave occuring from May 31 2019 to June 11 2019 at -3.5°S 321.5°E

Download data: JSON

Event type: Heat wave

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Brazil

Duration: 12 days

Time span: May 31 2019 to June 11 2019

Statistics over entire affected area:

  • Mean temperature anomaly: 1.1 °C
  • Mean temperature: 27.6 °C
  • Maximum temperature anomaly: 2.4 °C
  • Maximum temperature: 29.7 °C

Event center: -3.5°S 321.5°E

Area affected: 237577 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Heat_wave_2019-May-31_to_2019-Jun-11_321.5_-3.5

Cold spell occuring from May 31 2019 to June 06 2019 at 69.5°N 316.0°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Greenland

Duration: 7 days

Time span: May 31 2019 to June 06 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -5.7 °C
  • Mean temperature: -16.6 °C
  • Minimum temperature anomaly: -7.9 °C
  • Minimum temperature: -22.4 °C

Event center: 69.5°N 316.0°E

Area affected: 161390 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-May-31_to_2019-Jun-06_316.0_69.5

Cold spell occuring from May 31 2019 to June 07 2019 at 26.0°N 9.0°E

Download data: JSON

Event type: Cold spell

Countries affected (identified with ArcGIS Online; provided only for geographical reference):

  • Algeria
  • Libya

Duration: 8 days

Time span: May 31 2019 to June 07 2019

Statistics over entire affected area:

  • Mean temperature anomaly: -4.7 °C
  • Mean temperature: 26.6 °C
  • Minimum temperature anomaly: -7.1 °C
  • Minimum temperature: 22.7 °C

Event center: 26.0°N 9.0°E

Area affected: 119872 km$^2$


Fig. 1: Map of most extreme temperature anomalies (standardized) experienced during the event. The purple star indicates the center of the extreme event. Green hatching illustrates all areas under the effect of extremes at some time during the event.



Fig. 2: Evolution of temperature at the center of the event. The climatological percentile distribution is illustrated with color shadings.



Fig. 3: Maps illustrating the evolution of standardized temperature anomalies during the event.

Event ID: Cold_spell_2019-May-31_to_2019-Jun-07_9.0_26.0