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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

UK Climate Resilience Programme infographics

The UK Climate Resilience Programme ran from 2019 to 2023. As part of our role in co-leading the programme, we produced various infographics to help communicate its outputs.

Programme overview and legacy The infographics below show the programme's strategic themes and how it will achieve a lasting legacy.  Download the UK Climate Resilience overview infographic (PDF document) Download the UK Climate Resilience legacy infographic (PDF document) From climate hazard

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

Exploring Climate Impacts 11-14

Exploring climate impacts Age range 11-14 What is the difference between weather and climate? www.metoffice.gov.uk/schools | 2 © Crown Copyright 2020, Met Office What is climate change? • What does it make you think of? • What are some of the impacts of climate change? • How might climate change

UK National Climate Science Partnership

The UK’s leading climate science organisations are joining forces to develop a new national alliance focused on climate solutions for society.

Feedback: We're inviting feedback on the UKNCSP Strategy. Please see the web form for more details.  Aim of the partnership:  Investment in science and computing has made the UK a world leader in climate change research, but as we see from recent extreme weather events worldwide, understanding

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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

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UK climate continues to change in 2021

over the whole year it might seem rather unremarkable, however it is telling that whereas we consider 2021 as near-average for temperature in the context of the current climate, had this occurred just over three decades ago it would have been one of the UK’s warmest years on record. “Although 1°C

Research into the causes of changes in climate systems

Causes of changes to different aspects of the climate system are attributed to human and/or natural influences.

Observations contain information about how climate has varied. Climate models provide the facility to investigate the impact of different influences on climate, including both anthropogenic and natural factors, and to determine the level of variability that would still exist in the climate system

Adapting to Climate Change: A Business Imperative

been greater. With record-breaking temperatures and increasingly frequent and intense natural disasters, it’s clear that we cannot avoid the effects of climate change. In this context, businesses play a crucial role as agents of change. But the question remains: how can they truly adapt

Global impacts of climate change - projections

These maps show the areas of greatest concern for experiencing severe climate-related impacts at 4°C global warming relative to pre-industrial levels (1850-1900).

These maps show the areas of greatest concern for experiencing severe climate-related impacts at 4°C global warming relative to pre-industrial levels (1850-1900). They highlight those regions where people may be exposed to severe climate-related impacts, and regions where multiple severe impacts

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