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• PowerPoint Presentation

  , with the 0th percentile being the coolest and the 100th percentile being the warmest in the 1981-2010 climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold

• PowerPoint Presentation

  (Hot) percentile, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold) percentile, with respect to the 1981-2010 climatology. The data used in this map are from the NOAA Climate Prediction Center. Climate Outlook Africa: April to January Current

• PowerPoint Presentation

  : The percentiles shown in the map indicate a ranking of temperature, with the 0th percentile being the coolest and the 100th percentile being the warmest in the 1981-2010 climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light

• mo-state-of-uk-climate-2015-v3.pdf

  State of the UK Climate 2015 Mike Kendon 1 , Dr Mark McCarthy 1 , Dr Svetlana Jevrejeva 2 , Tim Legg 1 1 Met Office National Climate Information Centre 2 National Oceanography Centre Cover: Satellite image of storm Desmond on 5 December 2015. The low pressure centre is off south-east Iceland at 940

• mo-state-of-uk-climate-2015-v3pdf

  State of the UK Climate 2015 Mike Kendon 1 , Dr Mark McCarthy 1 , Dr Svetlana Jevrejeva 2 , Tim Legg 1 1 Met Office National Climate Information Centre 2 National Oceanography Centre Cover: Satellite image of storm Desmond on 5 December 2015. The low pressure centre is off south-east Iceland at 940

• make-a-barometer-diy-activity.pdf

  that is used to measure the air pressure around us. Pressure is important as it can tell us about what kind of weather to expect; when the pressure is high, we can usually expect clear skies and light winds, when the pressure is low we can usually expect wet and windy weather. You can find more information

• hctn_summer_2025_analysis_v1.pdf

  al., 2016). Figure 1: UK daily mean temperature for summer 2025. Periods of above average temperature are highlighted orange, and periods below average are blue. The 1991-2020 average temperature is shown in black. The (light) grey shaded regions show the (5%-95%) 10%-90% of all summers

• hctn_summer_2025_analysis_v1.1.pdf

  ., 2016). Figure 1: UK daily mean temperature for summer 2025. Periods of above average temperature are highlighted orange, and periods below average are blue. The 1991-2020 average temperature is shown in black. The (light) grey shaded regions show the (5%-95%) 10%-90% of all summers, and the thin

• hctn_summer_2025_analysis_v11pdf

  ., 2016). Figure 1: UK daily mean temperature for summer 2025. Periods of above average temperature are highlighted orange, and periods below average are blue. The 1991-2020 average temperature is shown in black. The (light) grey shaded regions show the (5%-95%) 10%-90% of all summers, and the thin

• hctn_summer_2025_analysis_v1pdf

  al., 2016). Figure 1: UK daily mean temperature for summer 2025. Periods of above average temperature are highlighted orange, and periods below average are blue. The 1991-2020 average temperature is shown in black. The (light) grey shaded regions show the (5%-95%) 10%-90% of all summers