Lisa Thalheimer, DPhil

@lisathalheimer.bsky.social

Oxford trained climate scientist visiting @hsph.harvard.edu. Interested in the climate-health impacts of AI infrastructure and data centers. Also at @iiasa.ac.at studying extreme weather impacts on society.

The global surface temperature record is one of the most iconic figures in climate science. We now have 12 different groups of researchers from the US, UK, EU, Japan, and China (among others) that have calculated it and found nearly identical results:

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Flooded refugee camps. Heat-stricken urban communities. Displacement isn’t always a choice—many people want to leave but can’t. "Leaving isn’t an option, and staying is increasingly dangerous." – @lisathalheimer.bsky.social, IIASA. #scicomm #climatechange #refugees

‘Trapped populations’ need help to escape climate risks

For many refugees and other populations trapped by poverty and conflict, migration is not an option. So how can they be helped?

scidev.net

📢 We're hiring: Climate & Migration Researcher! 🌍📊 Join the Migration & Sustainable Development Research Group to study how climate impacts migration. We seek a postdoc with expertise in statistics, modeling (R, STATA, Python), and large-scale climate & migration data. iiasa.ac.at/employment/j...

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Confusing title - it sends a *wrong* signal that people can migrate under future warming. Heat and other extremes force people to stay in disaster areas. We discuss some of these involuntary immobility challenges in our upcoming publication. Stay tuned.

INET Complexity Economics@inet-complexity.bsky.social · 2y ago

Next up on 29 January, we're delighted to have @leoniewenz.bsky.social from @pik-potsdam.bsky.social talking about climate-induced cross-border #migration at global scales www.inet.ox.ac.uk/events/clima...

2024 is almost history and the global temperature forecast for the remaining few days is rock solid now. Time to wrap up. In most datasets, 2024 will be 0.1 degree C warmer than 2023. Also, 2024 will be the 1st individual year above the 1.5 degree Paris warming threshold in all datasets. (1/10)

Graph with blue and red bars which represent temperature departures from the reference time period (1850-1900). the first year is 1850 and the last year (which coincides with the highest value) is 2024.graph with blue and red dots which represent temperature departures from the reference time period (1850-1900). the first year is 1850 and the last year (which coincides with the highest value) is 2024.