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#weekendreading — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #weekendreading, aggregated by home.social.

  1. 📚 Looking for some #WeekendReading? Get a head start on the competition and read the draft topics for our next call for proposals at link.europa.eu/8mQr3V

    And if you are even thinking of applying don't forget to sign up for the IHI Call Days - a series of webinars that will go through the topics and our rules and procedures in depth.
    📅 24-30 June
    👉 Registration: link.europa.eu/3ggrYc

    #IHITransformingHealth #HorizonEU

  2. #WeekendReading: Yang et al. on the strange decupling of Li isotopes (a weathering proxy overall) and uplift-driven weathering over the last few million years, despite the Himalaya keep doing its thing.

    Link: nature.com/articles/s41467-026

    #Weathering #Himalaya #RockCycle #Geology

  3. #WeekendReading: Yang et al. on the strange decupling of Li isotopes (a weathering proxy overall) and uplift-driven weathering over the last few million years, despite the Himalaya keep doing its thing.

    Link: nature.com/articles/s41467-026

    #Weathering #Himalaya #RockCycle #Geology

  4. #WeekendReading: Yang et al. on the strange decupling of Li isotopes (a weathering proxy overall) and uplift-driven weathering over the last few million years, despite the Himalaya keep doing its thing.

    Link: nature.com/articles/s41467-026

    #Weathering #Himalaya #RockCycle #Geology

  5. #WeekendReading: Yang et al. on the strange decupling of Li isotopes (a weathering proxy overall) and uplift-driven weathering over the last few million years, despite the Himalaya keep doing its thing.

    Link: nature.com/articles/s41467-026

    #Weathering #Himalaya #RockCycle #Geology

  6. #WeekendReading: Yang et al. on the strange decupling of Li isotopes (a weathering proxy overall) and uplift-driven weathering over the last few million years, despite the Himalaya keep doing its thing.

    Link: nature.com/articles/s41467-026

    #Weathering #Himalaya #RockCycle #Geology

  7. A very early #WeekendReading (for reasons): Côté et al. on how some marine climate change experiments might actually simulate extreme heatwaves much more than they do climate change.

    Link: royalsocietypublishing.org/rsp

    #Marine #Heatwave #ClimateChange

  8. A very early #WeekendReading (for reasons): Côté et al. on how some marine climate change experiments might actually simulate extreme heatwaves much more than they do climate change.

    Link: royalsocietypublishing.org/rsp

    #Marine #Heatwave #ClimateChange

  9. A very early #WeekendReading (for reasons): Côté et al. on how some marine climate change experiments might actually simulate extreme heatwaves much more than they do climate change.

    Link: royalsocietypublishing.org/rsp

    #Marine #Heatwave #ClimateChange

  10. A very early #WeekendReading (for reasons): Côté et al. on how some marine climate change experiments might actually simulate extreme heatwaves much more than they do climate change.

    Link: royalsocietypublishing.org/rsp

    #Marine #Heatwave #ClimateChange

  11. A very early #WeekendReading (for reasons): Côté et al. on how some marine climate change experiments might actually simulate extreme heatwaves much more than they do climate change.

    Link: royalsocietypublishing.org/rsp

    #Marine #Heatwave #ClimateChange

  12. #WeekendReading: Dodd et al. about recurring marine phosphorus spikes during major Paleozoic mass extinctions, and how they might be driving anoxia.

    Link: nature.com/articles/s41467-026

    #MassExtinction #Ocean #Anoxia #Paleozoic

  13. #WeekendReading: Dodd et al. about recurring marine phosphorus spikes during major Paleozoic mass extinctions, and how they might be driving anoxia.

    Link: nature.com/articles/s41467-026

    #MassExtinction #Ocean #Anoxia #Paleozoic

  14. #WeekendReading: Dodd et al. about recurring marine phosphorus spikes during major Paleozoic mass extinctions, and how they might be driving anoxia.

    Link: nature.com/articles/s41467-026

    #MassExtinction #Ocean #Anoxia #Paleozoic

  15. #WeekendReading: Dodd et al. about recurring marine phosphorus spikes during major Paleozoic mass extinctions, and how they might be driving anoxia.

    Link: nature.com/articles/s41467-026

    #MassExtinction #Ocean #Anoxia #Paleozoic

  16. #WeekendReading: Dodd et al. about recurring marine phosphorus spikes during major Paleozoic mass extinctions, and how they might be driving anoxia.

    Link: nature.com/articles/s41467-026

    #MassExtinction #Ocean #Anoxia #Paleozoic

  17. 📢 Read all about it! IHI's newsletter is now online!
    👉 link.europa.eu/Y7tymh
    Discover: draft topic texts for call 13, #3Rs, #PROMs & PREMs in heart patients, #LiverScreening, the @afbstep.bsky.social project, #EarlyCareerResearchers & much more!
    👉 link.europa.eu/Y7tymh #Health #Research #EU #WeekendReading #IHITransformingHealth #HorizonEU

  18. 📢 Read all about it! IHI's newsletter is now online!
    👉 link.europa.eu/Y7tymh
    Discover: draft topic texts for call 13, #3Rs, #PROMs & PREMs in heart patients, #LiverScreening, the @afbstep.bsky.social project, #EarlyCareerResearchers & much more!
    👉 link.europa.eu/Y7tymh #Health #Research #EU #WeekendReading #IHITransformingHealth #HorizonEU

  19. 📢 Read all about it! IHI's newsletter is now online!
    👉 link.europa.eu/Y7tymh
    Discover: draft topic texts for call 13, #3Rs, #PROMs & PREMs in heart patients, #LiverScreening, the @afbstep.bsky.social project, #EarlyCareerResearchers & much more!
    👉 link.europa.eu/Y7tymh #Health #Research #EU #WeekendReading #IHITransformingHealth #HorizonEU

  20. 📢 Read all about it! IHI's newsletter is now online!
    👉 link.europa.eu/Y7tymh
    Discover: draft topic texts for call 13, #3Rs, #PROMs & PREMs in heart patients, #LiverScreening, the @afbstep.bsky.social project, #EarlyCareerResearchers & much more!
    👉 link.europa.eu/Y7tymh #Health #Research #EU #WeekendReading #IHITransformingHealth #HorizonEU

  21. #WeekendReading: going back to Turchyn and DePaolo's review on seawater chemistry change through Phanerozoic Time. Got some ideas and want to cover my bases.
    #Ocean #EarthHistory

    Link: annualreviews.org/content/jour

  22. #WeekendReading: Thomas and Garritano's review on symbionts and ammonia oxidation in the ocean. It's the first step in nitrification, so it has a big role in regulating nitrogen availability for biology.

    Link: annualreviews.org/content/jour

  23. #WeekendReading: Zhou et al., on adsorption of Cadmium to clay-microbe aggregates, and what it might mean for heavy metals cycling in the ocean.
    #HeavyMetal #Ocean

    sciencedirect.com/science/arti

  24. #WeekendReading: Zhong et al. on Cadmium isotope systematics in seep carbonates. Looks like it tracks seawater in calcite and aragonite, but the pore fluids in dolomite. Not surprising, but potentially useful!

    #Geochemistry #ColdSeeps

    Link: sciencedirect.com/science/arti

  25. #WeekendReading: Zhong et al. on Cadmium isotope systematics in seep carbonates. Looks like it tracks seawater in calcite and aragonite, but the pore fluids in dolomite. Not surprising, but potentially useful!

    #Geochemistry #ColdSeeps

    Link: sciencedirect.com/science/arti

  26. #WeekendReading: Zhong et al. on Cadmium isotope systematics in seep carbonates. Looks like it tracks seawater in calcite and aragonite, but the pore fluids in dolomite. Not surprising, but potentially useful!

    #Geochemistry #ColdSeeps

    Link: sciencedirect.com/science/arti

  27. #WeekendReading: Zhong et al. on Cadmium isotope systematics in seep carbonates. Looks like it tracks seawater in calcite and aragonite, but the pore fluids in dolomite. Not surprising, but potentially useful!

    #Geochemistry #ColdSeeps

    Link: sciencedirect.com/science/arti

  28. #WeekendReading: Zhong et al. on Cadmium isotope systematics in seep carbonates. Looks like it tracks seawater in calcite and aragonite, but the pore fluids in dolomite. Not surprising, but potentially useful!

    #Geochemistry #ColdSeeps

    Link: sciencedirect.com/science/arti

  29. 📢 March's newsletter is online! Read about:
    🏡 #DecentralisedTrials & #HealthcareAtHome
    🦠 Innovations to help fight drug-resistant pneumonia #AMR
    🧠Advancing diagnosis & care of #AlzheimersDisease
    & more!
    🗞️ Read it: link.europa.eu/DhRfFM
    #HorizonEU #WeekendReading #EU #Science #Research #Health

  30. #WeekendReading: Williams et al., on the role of orbital forcing versus #CO2 on ice feedbacks in the (geologic) near recent using some modeling work.

    Link: nature.com/articles/s41467-026

  31. #WeekendReading: Platt et al., on automated mineralogical classification of hyperspectral images from #Mars to better map and understand the Red Planet.

    Link: agupubs.onlinelibrary.wiley.co

  32. #WeekendReading: Cala et al. on the dissolution kinetics of #carbonate minerals in the oceanic water column. Showing that the dissolution rate is proportional to the saturation state, seems trivial, but it really isn't.
    Something like this was much needed for a while now.
    agupubs.onlinelibrary.wiley.co

  33. #WeekendReading: Catching up on Wei and Zhang's thoughts on shallow-water #carbonate early #diagenesis. I think I'd like to play again at some point with this idea of diagenesis based correlation.
    sciencedirect.com/science/arti

  34. #WeekendReading: Wu et al., on why the Fe-oxide redox pump might not fully explain the #REE content of phosphorites and clays might hold the answer.

    Link: link.springer.com/article/10.1

  35. #WeekendReading: Yasuhara et al., on #food supply regulation of deep-sea ecological regulation as a signal carrier of #climatic forcing of the Southern #Ocean over the last half million years.
    cell.com/current-biology/fullt

  36. #WeekendReading: Vermeulen et al., with some numerical experiments aimed to understand what is needed to initiate an expanding ice sheet over #Antarctica during the later #Eocene (with way too many non-disambiguated abbreviations)
    cp.copernicus.org/articles/21/

  37. #WeekendReading: Wubben et al., on warming in the tropics and intensification of monsoons during the high #temperatures of the #Miocene Climatic Optimum with a nice multi-proxy approach. Another piece to the puzzle interaction of global #warming and low latitude #climate.
    agupubs.onlinelibrary.wiley.co

  38. #WeekendReading: Podder et al. using foraminiferal assemblages to deduce the impact of oceanic gateway closure on the #IndianOcean hydrography since the #Oligocene.
    linkinghub.elsevier.com/retrie

  39. #WeekendReading: Hennebert and Lees on environmental gradients in carbonate #sediments around the North Sea. It's a rather early work I missed until now, it has its shortcomings, but there are some interesting things there.

    Link: onlinelibrary.wiley.com/doi/ab