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Observations of ocean temperature, both at and below the surface; salinity, and sea-ice cover are used to provide advice on global climate variability and change.

The oceans have a crucial role in the climate system owing to their ability to store and transport heat and to impart moisture and heat to the atmosphere. The temperature of the oceans and the amount of sea-ice are, therefore, important indicators of changes to the climate system. Observations

Exploring climate impacts Age range: 7-11 Exploring climate impacts | Weather and climate stories Introduction Overview This lesson explores climate change and its impacts around the world. Your pupils will step into the shoes of people in other countries, finding out about their ways of life

A Met Office Hadley Centre dashboard monitoring key indicators of global climate is providing an authoritative way to stay up to date with the current state of the climate.

The  Climate Dashboard  – compiled by Met Office scientists – will help decision makers, including those at COP 26, to view how indicators of climate change, such as global temperature, ocean heat content, sea level rise, sea ice extent and atmospheric greenhouse gas concentrations are shifting

Exploring climate impacts Age range: 11-14 Exploring climate impacts | Weather and climate stories Introduction Overview This lesson explores climate change and its impacts around the world. Your pupils will step into the shoes of people in other countries, finding out about their ways of life

A new international research study, including climate change experts from the University of Leeds, University of Exeter and the Met Office, reveals that permafrost is more sensitive to the effects of global warming than previously thought. The study, published today in Nature Climate Change

The Met Office are working in partnership with the Tanzania Meteorological Agency (TMA) on a capacity development project, known as CAROT – Climate Adaptation to Risks and for Opportunities in Tanzania. CAROT is part of the AIM4Resilience (Assisting Institutions and Markets for Resilience

The Met Office supercomputing system is the first cloud-based supercomputer dedicated to weather and climate science

Our supercomputing system With greater capacity and even higher performance, our new supercomputing system is the first cloud-based supercomputer dedicated to weather and climate science and will set new standards for industry leveraging the combined strengths of the Met Office and Microsoft

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