Explore tweets tagged as #forestREplot
Here is a great figure (from Ingmar) setting the scene on the spatial coverage & habitat types covered 🌳⛰🌾 by this awesome project ➡️ you'll recognize the forestREplot 🌳🌳 network, the GLORIA dataset ⛰⛰ & the more recent grassland data 🌾🌾 collated by Martin Diekmann
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Kris Verheyen presenting the forestREplot database & emphasizing the importance of understorey plants for forest ecosystem functionning
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@PieterDeFrenne presenting the forestREplot database to study the biotic responses of understorey forest herbs to global change drivers Exiting new #FLEUR projects presented here in Amiens @upjv @UMR_EDYSAN @CNRS_HdF
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Kris Verheyen of @ugent about global change research using the great #forestreplot database representing #sDiv #synthesis working group We need more of such coordinated research & monitoring efforts. Not only the sun came out 2 see him @iDiv's seminar :)
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Overall phylogenetic diversity of European forest plant communities is not declining over time. Still, some lineages are losing species and others are gaining species more often than others. Details in a new article by @j_padulles in New Phytologist:
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European plants shifting west, not north, with global change. read our new #forest #vegetationResurvey paper from #forestREplot in @ScienceMagazine .
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📢 In their joint #scientific #paper 📚, eLTER PLUS and the #forestREplot test how changes in ungulate herbivory and eutrophication drive long-term changes in #forest understorey communities. Learn more 👇.
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"Divergent roles of herbivory in eutrophying forests". see our new #forestREplot #vegetation #resurvey paper:.
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European forests lose orchids and gain roses (= Rosacease): a media extract from our New Phytologist article led by @j_padulles.……. Ericaceae & Fabaceae are also lost and Amaranthaceae & Cyperaceae gained. #forestREplot.
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🎉🎊Check out our new paper in @NewPhyt!🌿. Thank you to all the co-authors for their efforts and support!. @CREAF_ecologia @UABBarcelona #forestREplot #OpenAccess.
Overall phylogenetic diversity of European forest plant communities is not declining over time. Still, some lineages are losing species and others are gaining species more often than others. Details in a new article by @j_padulles in New Phytologist:
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Directional turnover towards larger-ranged plants over time and across habitats. new publication based on #vegetation #resurvey in #forests #grasslands and #mountain summits in @Ecology_Letters. #forestREplot #GLORIA.
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interesting and potentially very relevant for #forestREplot and other #forest #vegetation #resurvey studies!.
Beyond carbon, tree canopies - and #microbes hidden within them - play a crucial role also in affecting #nitrogen cycle. How? Check out our new paper quantifying canopy #nitrification published in @NatureGeosci .
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*Long-term nitrogen deposition reduces the diversity of nitrogen-fixing plants*. our new #forestREplot study based on #forest #vegetationResurvey in @ScienceAdvances . Led by @PabloMorenoGar6 and @_djli .
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Happy to have contributed to this new paper of the forestREplot consortium: Long-term nitrogen deposition reduces the diversity of nitrogen-fixing plants | Science Advances @CNRSecologie @CNRS_HdF @stolonPharma @TelaBotanica @ONF_Officiel @SocBotaniqueF.
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📢 In their joint #scientific #paper 📚, eLTER PLUS and the #forestREplot test how changes in ungulate herbivory and eutrophication drive long-term changes in #forest understorey communities. Learn more 👇.
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Our new study found that small-range plant species are being replaced by common plants in temperate European #forests due to increased nitrogen deposition➡️diversity is declining. Thanks @idiv, #forestREplot and Ingmar Staude, Donald Waller & Lander Baeten.
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Excellent talk by Lander Baeten investigating biotic homogenisation using the forestreplot database #BESSfe.
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We are grateful to @sDiv to support our frutiful collaboration under #sREplot working group about upscaling of individual species dynamics to community trends using vegetation change data sets #forestREplot @sPlot_iDiv #sTundra .
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New @eLTER_Europe and #forestREplot joint #paper on how changes in ungulate herbivory and eutrophication drive long-term changes in #forest understorey communities 👇.
📢 In their joint #scientific #paper 📚, eLTER PLUS and the #forestREplot test how changes in ungulate herbivory and eutrophication drive long-term changes in #forest understorey communities. Learn more 👇.
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