Louise Slater
Prof of Hydroclimatology & Associate Head of the Social Sciences Division (Research & Impact), University of Oxford
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- Reposted by Louise SlaterCaravan News🐪🐫 I just published Version 1.6. The main update is that the source data for CAMELS-AUS was upgraded to CAMELS-AUS v2. This means more basins (561 vs 222) and more recent streamflow data (2022 vs 2014). All relevant links in thread 🧵 (please share/repost)
- 🌐 Introducing GRIT: the First Global Bifurcating River Network 🏞 developed by Michel Wortmann as part of the NERC Large Grant EvoFLOOD, in the Hydro-Climate Extremes group @oxfordgeography.bsky.social
- We’re thrilled to share GRIT, the world’s first high-resolution global river network that maps how rivers both merge and split across the landscape — now published in Water Resources Research (Wortmann et al., 2025).
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- Reposted by Louise Slater1/ How to Stop Being Surprised by Unprecedented Weather Our new @naturecomms.bsky.social paper provides our multi-author perspective on methods to anticipate extreme weather and reduce impacts, shifting from reacting with surprise towards resilience. 🔗 Read it here: doi.org/10.1038/s414... 🧵⬇️
- Reposted by Louise SlaterHow to stop being surprised by unprecedented weather Kelder et al. discusses a multitude of ways that we could anticipate unprecedented weather events that might otherwise be a surprise rdcu.be/ecWQF
- Interested in working on hydroclimatic forecasting, reservoirs, #MachineLearning, satellite data, and river networks in SE Asia? 🚨 3-year postdoc position available @oxfordgeography.bsky.social on the Ayrton SMART-HS project - Apply by 10 Mar 2025! bit.ly/3WHIPqf @ox.ac.uk @simmoulds.bsky.social
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- I'm back to Bluesky.. going to give it another go! The last few months have been busy..
- Many congratulations to Bailey Anderson on a successful PhD defence! Sincere thanks to external examiner Ross Woods, internal Linda Speight, & co-supervisor @simondadson.bsky.social. Bailey's thesis focused on large-sample approaches to assess streamflow sensitivity to climate and land cover change.
