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associated with modified tropical weather patterns that make many land regions drier and reduce the ability of plants to grow and absorb CO2, temporarily reducing the removal of CO2 from the atmosphere. Along with other patterns of atmospheric variability, this has played a role in the recent hot

to increase the frequency of hot and cold weather events, which may also adversely impact our health. As shown in the graphic below, this leads to a complicated, interconnected picture between health, air quality and climate, where future changes to one can strongly impact the other. This graphic shows

multiple impact areas) Summer precipitation (e.g. summer flash flooding affecting multiple impact areas) Wind extremes (e.g. infrastructure inc. transport, water, communications, energy, forestry/natural environment) Hot summer temperatures and heatwaves (e.g. transport, thermal building design

in the future, the UKCP study also provides a view of changing chance of hot September temperatures in the UK from a range of models. Specifically, this aims of this study are to: a) identify the approximate probability that any September in the present climate would reach or exceed the 2023 September

a view of changing chance of hot September temperatures in the UK from a range of models. Specifically, this aims of this study are to: a) identify the approximate probability that any September in the present climate would reach or exceed the 2023 September average of the daily mean temperature

: CNPq (ACRE-QUEIMADAS 442650/2018-3, SEM-FLAMA 441949/2018-5), São Paulo Research Foundation – (FAPESP 19/05440-5, 2016/02018-2). 2 Executive summary Fires in South America are at their highest since systematic monitoring began in 1998. During March, April and May 2020 respectively, fire hot spots have

-5), São Paulo Research Foundation – (FAPESP 19/05440-5, 2016/02018-2). 2 Executive summary Fires in South America are at their highest since systematic monitoring began in 1998. During March, April and May 2020 respectively, fire hot spots have reached peaks of 17%, 32% and 9% higher than

Sunshine 35 Wind 39 Sea Level 42 Extremes for year 2016 44 Significant Weather Events of 2016 45 Eastern Scotland wet spell 45 September hot spell 47 Correction to 2015 report 49 Annex 1: Datasets 50 Monthly grids 50 Long term average grids 52 Daily grids and degree days 53 Central England

(Aberdeenshire, 327mAMSL) -6.8°C on 25th at Tyndrum No 3 (Perthshire (in Central Region), 168mAMSL) 119.9mm on 29th at White Barrow (Devon, 445mAMSL) 12.7hr on 5th at Stornoway Airport (Western Isles, 15mAMSL) 60Kt 69mph on 29th at Berry Head (Devon, 58mAMSL) 88Kt 101mph on 14th at Aonach Mor (Inverness

The Data Controller is the Met Office, FitzRoy Road, Exeter, Devon, EX1 3PB on behalf of the Department for Science, Innovation and Technology of the United Kingdom of Great Britain and Northern Ireland (DSIT).  The Met Office is an Executive Agency of DSIT and is registered with the Supervisory