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New marine surface humidity climate monitoring product

November 2020 - Our new climate monitoring product HadISDH.marine provides yet more evidence of a changing climate.

The Met Office, in collaboration with the National Oceanography Centre, have produced a new climate monitoring dataset for surface humidity over oceans. The dataset is called HadISDH.marine which stands for the Met Office Hadley Centre Intergrated Surface Dataset of Humidity for the marine

central-africa-climate-risk-report-infographic-french.pdf

la mer et les pressions anthropiques. Consultez le rapport complet ici : https://www.metoffice.gov.uk/services/government/international-development/central-africa-climate-risk-report Produit par le Met Office. Met Office et le logo Met Office sont des marques déposées. © Crown Copyright 2022 02050

Strengthening Climate Information Partnerships South Asia (SCIPSA)

Bringing together regional and national climate information providers, users and researchers

The purpose of this project was to bring together regional and national climate information providers, users and researchers to strengthen seasonal forecasting activities and advice services to vital sectors in the region. ARRCC worked in partnership on this project with Regional Integrated Multi

risk-management-of-climate-thresholds-and-feedbacks---6-permafrost.pdf

. In some areas, thawing soil can cause the land surface to collapse, forming a thermokarst landscape. This may well occur more frequently under climate change. (5) Such abrupt thaw has the potential to release more methane than gradual thaw, leading to greater climate warming. (6) About half

New book explores UK climate risk and resilience

A new book has been published bringing together key research from the UK Climate Resilience programme, which was co-led by the Met Office and involved researchers from across the UK.

from climate change are unavoidable, and high warming levels of over 4°C are possible by the end of this century. Met Office scientists say global temperatures may temporarily reach 1.5°C above pre-industrial temperature over 2024.   2023 was the second warmest year on record in the UK, and human

New flagship climate models - UKESM1 and HadGEM3-GC3.1

Two state-of-the-art models for studying the Earth-system and climate are the result of years of work and feature a host of advances over previous models.

Climate models are essential tools for understanding the past, present and future of the Earth’s climate. They use equations to represent the processes and interactions in our atmosphere, land, oceans and ice – providing a simulation of the entire planet. The Earth System Model UKESM1

The science of linking climate change to extreme weather events

for this week's festivals Met Office weather warnings: How and why they are issued Met Office Deep Dive: Record heat, flying ants, and a changeable outlook About this blog This is the official blog of the Met Office news team, intended to provide journalists and bloggers with the latest weather, climate

WMO Global Annual to Decadal Climate Update FAQs

The WMO Global Annual to Decadal Climate Update provides a synthesis of global annual and multi-year computer model predictions (forecasts) covering the next five years.

  1. What is the WMO Annual to Decadal forecast?  The WMO Global Annual to Decadal Climate Update provides a synthesis of global annual and multi-year computer model predictions (forecasts) covering the next five years. The forecast includes current natural climate variations – such as fluctuations

Enhancing Climate Change Resilience in East Africa (ECREA)

This project aims to improve resilience and adaptive capacity of Eastern African countries to the effects of extreme weather, seasonal events and climate change.

Project overview The International Centre for Tropical Agriculture (CIAT) are leading the £1.2 million Enhancing Climate Change Resilience in East Africa (ECREA)  project which aims to improve the resilience of people and the adaptive capacity of Eastern African countries to prepare for and respond

Guidance for understanding climate-related risks in maritime environments

Guidance for understanding climate-related risks in maritime environments

Understanding how marine climate change will impact society is crucial for effective adaptation and to increase resilience for coastal communities as well as for communities further from the coast who will be impacted indirectly by marine climate change. The ‘Guidance for Understanding Climate

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