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#agupubs — Public Fediverse posts

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

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  1. Have you ever wanted 15 minutes to talk with an editor about your future paper? If you’re going to #CAPS2025 in Portland, come to the Editor Rapid Reviews! Get advice on how to turn your ideas into a paper. #citizenscience #participatoryscience Sign up for a slot lnkd.in/grkQn726 #AGUPubs

    LinkedIn

  2. Have you ever wanted 15 minutes to talk with an editor about your future paper? If you’re going to #CAPS2025 in Portland, come to the Editor Rapid Reviews! Get advice on how to turn your ideas into a paper. #citizenscience #participatoryscience Sign up for a slot lnkd.in/grkQn726 #AGUPubs

    LinkedIn

  3. Have you ever wanted 15 minutes to talk with an editor about your future paper? If you’re going to #CAPS2025 in Portland, come to the Editor Rapid Reviews! Get advice on how to turn your ideas into a paper. #citizenscience #participatoryscience Sign up for a slot lnkd.in/grkQn726 #AGUPubs

    LinkedIn

  4. Have you ever wanted 15 minutes to talk with an editor about your future paper? If you’re going to #CAPS2025 in Portland, come to the Editor Rapid Reviews! Get advice on how to turn your ideas into a paper. #citizenscience #participatoryscience Sign up for a slot lnkd.in/grkQn726 #AGUPubs

    LinkedIn

  5. New in #AGUpubs: Dry Live Fuels Increase the Likelihood of Lightning-Caused Fires.
    Study isolates the effect of live fuel moisture content (LFMC) from other fire drivers and shows that California fire likelihood is higher when LFMC is below a critical flammability threshold, informing wildfire prediction and management.

    Read the study: bit.ly/3qO68BN

  6. New in #AGUpubs: Dry Live Fuels Increase the Likelihood of Lightning-Caused Fires.
    Study isolates the effect of live fuel moisture content (LFMC) from other fire drivers and shows that California fire likelihood is higher when LFMC is below a critical flammability threshold, informing wildfire prediction and management.

    Read the study: bit.ly/3qO68BN

  7. New in : Dry Live Fuels Increase the Likelihood of Lightning-Caused Fires.
    Study isolates the effect of live fuel moisture content (LFMC) from other fire drivers and shows that California fire likelihood is higher when LFMC is below a critical flammability threshold, informing wildfire prediction and management.

    Read the study: bit.ly/3qO68BN

  8. New in #AGUPubs Geophysical Review Letters: Study quantifies and isolates the effect of snow and ice depressing California's Central Valley floor, showing for the first time how to disentangle, decouple, and isolate two effects of elevation changes due to #groundwater levels and snowpack loading.
    Read: bit.ly/3N2nBOi

  9. New in #AGUPubs Geophysical Review Letters: Study quantifies and isolates the effect of snow and ice depressing California's Central Valley floor, showing for the first time how to disentangle, decouple, and isolate two effects of elevation changes due to #groundwater levels and snowpack loading.
    Read: bit.ly/3N2nBOi

  10. New in Geophysical Review Letters: Study quantifies and isolates the effect of snow and ice depressing California's Central Valley floor, showing for the first time how to disentangle, decouple, and isolate two effects of elevation changes due to levels and snowpack loading.
    Read: bit.ly/3N2nBOi

  11. We were very kindly invited to write a communication piece for #AGUPubs Eos magazine, to go along with our recent review paper. If you'd like a quick overview on using #speleothems for #palaeofire research, look no further!

    eos.org/editors-vox/using-cave

    #SciComm #AcWri #paleofire @Andbaker @unsw

  12. We were very kindly invited to write a communication piece for #AGUPubs Eos magazine, to go along with our recent review paper. If you'd like a quick overview on using #speleothems for #palaeofire research, look no further!

    eos.org/editors-vox/using-cave

    #SciComm #AcWri #paleofire @Andbaker @unsw

  13. We were very kindly invited to write a communication piece for #AGUPubs Eos magazine, to go along with our recent review paper. If you'd like a quick overview on using #speleothems for #palaeofire research, look no further!

    eos.org/editors-vox/using-cave

    #SciComm #AcWri #paleofire @Andbaker

  14. We were very kindly invited to write a communication piece for #AGUPubs Eos magazine, to go along with our recent review paper. If you'd like a quick overview on using #speleothems for #palaeofire research, look no further!

    eos.org/editors-vox/using-cave

    #SciComm #AcWri #paleofire @Andbaker @unsw

  15. We were very kindly invited to write a communication piece for #AGUPubs Eos magazine, to go along with our recent review paper. If you'd like a quick overview on using #speleothems for #palaeofire research, look no further!

    eos.org/editors-vox/using-cave

    #SciComm #AcWri #paleofire @Andbaker

  16. Our new paper about #Arctic #seaice melt pond fraction derived from #Sentinel-2 #satellite data is now published in #AGUpubs Geophysical Research Letters. We used the product to analyze the evolution of melt ponds during the #MOSAiCexpedition. doi.org/10.1029/2022GL102102

  17. Our new paper about #Arctic #seaice melt pond fraction derived from #Sentinel-2 #satellite data is now published in #AGUpubs Geophysical Research Letters. We used the product to analyze the evolution of melt ponds during the #MOSAiCexpedition. doi.org/10.1029/2022GL102102

  18. Our new paper about #Arctic #seaice melt pond fraction derived from #Sentinel-2 #satellite data is now published in #AGUpubs Geophysical Research Letters. We used the product to analyze the evolution of melt ponds during the #MOSAiCexpedition. doi.org/10.1029/2022GL102102

  19. Our new paper about melt pond fraction derived from -2 data is now published in Geophysical Research Letters. We used the product to analyze the evolution of melt ponds during the . doi.org/10.1029/2022GL102102

  20. Our new paper about #Arctic #seaice melt pond fraction derived from #Sentinel-2 #satellite data is now published in #AGUpubs Geophysical Research Letters. We used the product to analyze the evolution of melt ponds during the #MOSAiCexpedition. doi.org/10.1029/2022GL102102

  21. Thrilled to see our new #GRL study on changes in #drought generation processes and severity in the Alps as an editor's highlight in @AGU_Eos, @theAGU and #AGUpubs:
    eos.org/editor-highlights/stre
    @WSL_research

  22. Thrilled to see our new #GRL study on changes in #drought generation processes and severity in the Alps as an editor's highlight in @AGU_Eos, @theAGU and #AGUpubs:
    eos.org/editor-highlights/stre
    @WSL_research

  23. Thrilled to see our new #GRL study on changes in #drought generation processes and severity in the Alps as an editor's highlight in @AGU_Eos, @theAGU and #AGUpubs:
    eos.org/editor-highlights/stre
    @WSL_research

  24. Potentially deadly steam-powered volcanic eruptions like that which buried Pompeii may launch hot ash much further than previously thought, according to a new study in AGU’s Geophysical Research Letters. #AGUpubs
    news.agu.org/press-release/dea

  25. Check out the #AGUpubs Skills for Science sessions at #AGU22! Learn about submitting a paper, creating effective figures, reviewing, and other publishing opportunities at AGU.

    agu.confex.com/agu/fm22/meetin

  26. @a_walker Very intriguing title. Look forward to reading this from #AGUpubs.

  27. @a_walker Very intriguing title. Look forward to reading this from #AGUpubs.

  28. @a_walker Very intriguing title. Look forward to reading this from #AGUpubs.

  29. RT @defis_eu: #ImageOfTheDay

    According to a 🆕study published in #AGUpubs, the Eastern Mediterranean is warming almost twice as fast as the global average ♨️

    ➡️In this area, air temperatures 🌡️ could rise by up to 5°C

    ⬇️#Cyprus 🇨🇾 and the Near East in a #Sentinel3 🇪🇺🛰️image of 8 September

    🐦🔗: nitter.eu/CopernicusEU/status/

  30. RT @defis_eu: #ImageOfTheDay

    According to a 🆕study published in #AGUpubs, the Eastern Mediterranean is warming almost twice as fast as the global average ♨️

    ➡️In this area, air temperatures 🌡️ could rise by up to 5°C

    ⬇️#Cyprus 🇨🇾 and the Near East in a #Sentinel3 🇪🇺🛰️image of 8 September

    🐦🔗: nitter.eu/CopernicusEU/status/