Search results (4302)
Page 35 of 431
Web results
-
Attributing extreme weather to climate change
This page explains how we study extreme weather events, to see if climate change was a cause. These attribution studies help shape our understanding of climate change and its impacts.
effect climate change had on an event. This might include many variables, like temperature and rainfall. An attribution case study: The European heatwave in 2019 In July 2019, we saw record breaking temperatures across the UK and Western Europe. In Cambridge, we saw a temperature of 38.7°C
-
eastern-scotland_-climate-met-officepdf
Eastern Scotland: climate This describes the main features of the climate of Eastern Scotland, comprising the Borders, the Lothians, Falkirk, Clackmannanshire, Fife and the former regions of Tayside and Grampian. This region includes the cities of Edinburgh, Dundee and Aberdeen. The principal
-
A look back at the weather and climate in 2020
2020 has been a year of extremes with the wettest February on record, the sunniest spring, a heatwave in the summer and a day in October breaking rainfall records.
With just a few days left to go, 2020 looks likely to be the 3rd or 4th warmest on record depending on how cold the rest of the year turns out to be (full years statistics published 4th January 2021). This makes it clear that the general trend of warming as a consequence of climate change is being
-
africa-climate-outlook---november-2024pdf
OFFICIAL AFRICA: Monthly Climate Outlook August to May Issued: November 2024 Overview Current Status Outlooks Annex 1 – Supplemental Information OFFICIAL Climate Outlook Africa: August to May OFFICIAL Overview Africa Current Status and Outlook – Temperature Africa Current Status and Outlook
-
How to avoid the impact of climate change
Providing policy-relevant evidence and research on avoiding dangerous climate change and its impacts.
It is critical that mitigation and adaptation policy are underpinned by strong scientific evidence. The Climate Change Mitigation Advice team carries out original underpinning research on aspects of dangerous climate change, including Amazon dieback, the cryosphere, and marine impacts. Our primary
-
Transforming climate resilience in tea production
The Tea-CUP project is changing how climate services are delivered by developing actionable information to address the challenges of climate change within the tea industry, informing adaptation measures and decision-making.
, and climate change is posing significant challenges to the tea industry in China, the UK and beyond. In the Tea-CUP project (Co-developing Useful Predictions) scientists from the Met Office and China have been working with tea experts and local farmers in Yunnan Province to understand what seasonal
-
Humidity – the second pillar of climate change
Climate change isn’t just affecting global temperature, it’s also changing the amount of water vapour in the atmosphere with potentially significant impacts, finds a new study looking at global humidity.
Kate Willett is a Met Office scientist and author of a new study looking at global humidity – the amount of water vapour held in the atmosphere as a gas. She said: “Think of climate change and people immediately think of rising temperatures. This isn’t wrong, but it misses a key fact that climate
-
western-scotland_-climate-met-office.pdf
Western Scotland: climate This describes the main features of the climate of Western Scotland, comprising the former regions of Strathclyde, Central (except for Clackmannanshire and Falkirk) and Dumfries and Galloway. It includes the Argyll islands, such as Arran, and the southern Hebrides
-
Research into climate impacts on water resources
Understanding climate impacts on water resources at both the regional and global scale.
We use climate models, in conjunction with impact models, to make integrated assessments on the effects of climate change and climate variability on water resources. By including important processes such as glaciers, irrigation and interactions with Food, forestry and ecosystem services, we aim
-
PRECIS: a regional climate modelling system
Providing Regional Climates for Impacts Studies