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this report was made possible through the collaboration of the NMSB, and from the WMO for sharing collected evidence on socioeconomic benefit case studies related to weather, climate and water services. About the authors Tim Donovan is a Senior International Development Manager at the Met Office and has

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

, and production) and to validate models that link climate variability to yield outcomes. This study assessed how climate variability and compound weather extremes have influenced UK wheat yields historically and how these conditions may change in the future under climate projections. The findings indicate

investing in technology and science unless you can translate it for those that need it most – and this approach is now influencing climate science around the world. Supported by: Fund Manager:

influence on projected increases in winter precipitation, alongside other drivers such as increases in atmospheric moisture content. However, please note the results presented below showing the small climate change impact compared to the year-to-year variability. Positive (NAO) LOW HIGH Figure 1 Schematic

Predicting the North Atlantic climate is a step closer following a major scientific breakthrough.

, the study revealed that this predictable signal is much smaller than it should be in current climate models. Hence 100 times more ensemble members are required to extract it, and additional steps are needed to balance the effects of winds and greenhouse gases. The team showed that, by taking

is inextricably linked to climate change’ The proof is in the model Met Office Hadley Centre scientists use a sophisticated computer model to simulate natural factors (e.g. the Sun, volcanic activity) affecting climate change from 1850 to the present — and then compare the model’s output against real-life

: Delivery Partners: Influencing the process Project partners sought direct engagement with the mandated bodies responsible for overseeing the generation of the CIDPs to understand where the project could add the greatest value in terms of supporting the mainstreaming of climate information

: Delivery Partners: Influencing the process Project partners sought direct engagement with the mandated bodies responsible for overseeing the generation of the CIDPs to understand where the project could add the greatest value in terms of supporting the mainstreaming of climate information

for the UK (15.2˚C) in the present climate (present climate represented by the years 2016 to 2022), b) compare this to the chance of a September reaching or exceeding this value in a hypothetical present-day climate that has not been influenced by greenhouse gas emissions (so-called, ‘natural’ climate