canari.ac.uk
CANARI aims to better understand North Atlantic atmospheric and oceanic circulation and how they may shift in the future.
🔗https://oceanacidificationstripes.info/s/ph/basin/globalocean/entirebasin
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CANARI aims to better understand North Atlantic atmospheric and oceanic circulation and how they may shift in the future.
🔗https://oceanacidificationstripes.info/s/ph/basin/globalocean/entirebasin
(3/4)
🔗https://journals.ametsoc.org/view/journals/bams/106/5/BAMS-D-24-0212.1.xml
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🔗https://journals.ametsoc.org/view/journals/bams/106/5/BAMS-D-24-0212.1.xml
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2024 was the warmest year on record globally. The stripes help start a conversation about climate change and climate action🥵
Download your warming stripes here:
showyourstripes.info
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2024 was the warmest year on record globally. The stripes help start a conversation about climate change and climate action🥵
Download your warming stripes here:
showyourstripes.info
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Our Sprint is a week-long coordinated effort of several research centres and around 40 researchers to analyse the data from the Large Ensemble. We are looking for how the ocean, atmosphere, sea ice and connections between could be changing. #ClimateScience
Our Sprint is a week-long coordinated effort of several research centres and around 40 researchers to analyse the data from the Large Ensemble. We are looking for how the ocean, atmosphere, sea ice and connections between could be changing. #ClimateScience
To answer some questions about climate change in the North Atlantic, we’ll use the CANARI Large Ensemble which is a set of climate model simulations. It will help us better understand extreme events and distinguish between forced climate change and natural variability.
To answer some questions about climate change in the North Atlantic, we’ll use the CANARI Large Ensemble which is a set of climate model simulations. It will help us better understand extreme events and distinguish between forced climate change and natural variability.
By understanding the processes that might cause rapid climate change, we can develop early warning systems for the UK. This knowledge is crucial for preparing for potential impacts. #ClimateResearch #EarlyWarning
By understanding the processes that might cause rapid climate change, we can develop early warning systems for the UK. This knowledge is crucial for preparing for potential impacts. #ClimateResearch #EarlyWarning
One of the biggest threats to the UK's climate is the rapid warming of the Arctic and the loss of sea ice. The Arctic is warming at twice the rate of the global average, which could lead to significant changes in UK weather patterns. #ArcticWarming #ClimateChange
One of the biggest threats to the UK's climate is the rapid warming of the Arctic and the loss of sea ice. The Arctic is warming at twice the rate of the global average, which could lead to significant changes in UK weather patterns. #ArcticWarming #ClimateChange
The weather and climate of the UK are shaped by the large-scale circulation of the atmosphere and ocean in the North Atlantic. Many factors influence these patterns, but rapid or disruptive changes are a major concern. #ClimateScience
The weather and climate of the UK are shaped by the large-scale circulation of the atmosphere and ocean in the North Atlantic. Many factors influence these patterns, but rapid or disruptive changes are a major concern. #ClimateScience