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• This summer will ‘almost certainly’ be warmest on record for the UK

  climate change?   During the period 1991-2020, the mean summer temperature was 14.59°C, this is over 0.8°C more than the period 1961-1990. Climate projections show that future UK summers are going to become hotter and drier; a trend we are already witnessing. Climate change has the power to turn

• Was summer 2018 the hottest on record?

  . It is also in the top 5 sunniest for the UK. August After a hot June and July, August turned out to be closer to average with the mean temperature less than half a degree above average and rainfall 8% below average for the UK as a whole. Rainfall varied across the country with areas such as Banffshire

• CSSP_city_pack_BRISTOL

  in the present-day and occur on average once every 5 years. Under a high emissions scenario, the frequency of hot spells*** increases to 4 occurrences per year and become more widespread. * Compared to 1961-1990 period. **Results from UKCP 25km probabilistic projections and compared to 1961-1990

• Week ahead forecast: Milder conditions but heavy rain possible later in the week

  the exact behaviour of developing low pressure later in the week, but confidence is growing on a generally unsettled theme. Wednesday: A brief settled spell and a colder start As Tuesday’s weather front slips away to the south and east, a brief ridge of high pressure will build across the UK early

• Met Office Deep Dive: Supercells, jet streams and a finely balanced forecast

  global signals. Nonetheless, the general trend suggests a return to more average conditions after the brief hot spell. From the rare occurrence of supercells to the influence of the transatlantic jet stream, the atmosphere is in a state of dynamic flux. While the southeast may see further warmth

• western_europe_attribution_june_2022.pdf

  experiment suggest an increase in temperature since the late 20th century that continues throughout the 21st century, expected to steadily increase the likelihood of extremely hot events. Such long-term warming is not seen in the NAT climate, suggesting it is of anthropogenic origin. Figure 1. Timeseries

• western_europe_attribution_june_2022pdf

  experiment suggest an increase in temperature since the late 20th century that continues throughout the 21st century, expected to steadily increase the likelihood of extremely hot events. Such long-term warming is not seen in the NAT climate, suggesting it is of anthropogenic origin. Figure 1. Timeseries

• The heatwave in Western Europe in June 2022

  throughout the 21st century, expected to steadily increase the likelihood of extremely hot events. Such long-term warming is not seen in the NAT climate, suggesting it is of anthropogenic origin. Figure 1. Timeseries of the June temperature anomaly (relative to 1901-1930) in the reference region (5W-13E

• CSSP_city_pack_HULL_V2

  in the present-day and occur on average once every 5 years. Under a high emissions scenario, the frequency of hot spells*** increases to 4 occurrences per year and become more widespread. * Compared to 1961-1990 period. **Results from UKCP 25km probabilistic projections and compared to 1961-1990 period

• CSSP_city_pack_MANCHESTER

  in the present-day and occur on average once every 5 years. Under a high emissions scenario, the frequency of hot spells*** increases to 4 occurrences per year and become more widespread. * Compared to 1961-1990 period. **Results from UKCP 25km probabilistic projections and compared to 1961-1990