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Southern Africa climate risk report
Climate risk report for the Southern Africa region
The climate risk report for the Southern Africa region is part of a series of regional climate risk reports the Met Office has produced in collaboration with ODI and commissioned by FCDO to provide evidence to the UK Government in support of adaptation and resilience planning and investments
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sahel-climate-risk-report-finalpdf
Document history Version Purpose Date 0.1 Review 14/01/2022 1.0 Final delivery 07/02/2022 1.1 Baseline climate plot revisions 31/01/2025 Lead authors Sarah Holmes, Lead Scientist Nick Brooks, Research Officer Gabrielle Daoust, Post-doctoral Research Fellow Rebecca Osborne, Scientific Manager Hannah
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session-1-our-climate-welsh.pdf
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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
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northern-ireland_-climate-met-officepdf
Northern Ireland: climate Northern Ireland consists of the six counties of Antrim, Armagh, Londonderry, Down, Fermanagh and Tyrone. These encompass a variety of topographical features. The inland basin centred on Lough Neagh (the largest lake in the UK, with an area of 385 sq km) is surrounded
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southern-africa-climate-risk-report-final-pdf
in these islands are greater than 1500mm per year (Figure 4). Observed trends in regional climate for Southern Africa Observational records show that Southern Africa’s average annual surface temperatures increased by between 1°C and 1.5°C from 1961 to 2015. Minimum temperatures have increased more
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southern-africa-climate-risk-report-final-.pdf
in these islands are greater than 1500mm per year (Figure 4). Observed trends in regional climate for Southern Africa Observational records show that Southern Africa’s average annual surface temperatures increased by between 1°C and 1.5°C from 1961 to 2015. Minimum temperatures have increased more
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climate-risk-report-for-sea---v6-final-april-2026.pdf
as a result of human-induced climate change (Oliver et al., 2018). This marine heatwave persisted for 298 days, the longest on record for this region, with an average intensity of 2°C (Iskandar et al., 2021). Precipitation has generally increased by around 0.2- 0.5mm/day per decade, although this trend
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2024: record-breaking watershed year for global climate
2024 was the warmest year on record globally and the first year that was likely more than 1.5°C above pre-industrial levels: a stark reminder global temperatures are continuing to rise.
exceeded the previous warmest year – 2016 - by 0.17°C, making 2024 and 2023 the warmest and second-warmest years on record. A number of global climate centres will be releasing their 2024 average temperature figures today. The latest figures highlight how the world is getting closer to breaching
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trd---climate-risk-report-for-csa---v4-final.pdf
to lack of reliable observation records (Fallah et al., 2023). Central Asian countries such as Kyrgyzstan and Tajikistan have very complex topography which requires high resolution climate data (~30km) for regional trend attribution studies (Fallah et 16 al., 2023). Central Asian trend attribution