Top Tweets for #forestREplot
*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
https://t.co/CpxP3LBSRx
Great fun working with the #ForestREPlot database and lead authors Pieter Sanczuk and
@PieterDeFrenne ! Find the paper here: https://t.co/ybeKChDAJq
European plants shifting west, not north, with global change
read our new #forest #vegetationResurvey paper from #forestREplot in @ScienceMagazine
https://t.co/JlEEHtXbAu
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
https://t.co/26x8lypjtA

European forests lose orchids and gain roses (= Rosacease): a media extract from our New Phytologist article led by @j_padulles
https://t.co/pMuIv7bwBm……….
Ericaceae & Fabaceae are also lost and Amaranthaceae & Cyperaceae gained.
#forestREplot
https://t.co/X05WYcPib2
@EkoLogIt Thanks, Jonathan. The honor was mine to work with you and the rest of the #forestREplot team
I am so proud of this one and so proud of you @j_padulles ⬇️ What a nice present just before leaving for Christmas holidays 🤩 This was brilliantly led & orchestrated by @j_padulles involving the great #forestREplot database 😍
Contrasting patterns of plant lineage losses and gains in temperate forest understories
📖 https://t.co/oHTFQKhDjs
by Padullés Cubino et al.
@j_padulles @EkoLogIt @MilanChytry @CREAF_ecologia @BotZool_MUNI

🎉🎊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: https://t.co/pMuIv7c4qU

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: https://t.co/pMuIv7c4qU

📢 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 👇
https://t.co/bcAtz0DeVZ
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 👇
https://t.co/bcAtz0DeVZ
📢 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 👇
https://t.co/bcAtz0DeVZ
"Divergent roles of herbivory in eutrophying forests"
see our new #forestREplot #vegetation #resurvey paper:
https://t.co/se5br4y3da
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
https://t.co/YeWWicdJSZ
Ces résultats sont le fruit d'observations sur le long terme impliquant de nombreux observateurs sur le terrain. De l'importance des réseaux de suivi à long terme des écosystèmes et des bases de données stockant ces informations #forestREplot @ForNaLab https://t.co/DS3vTfLEYP
Zřejmě vlivem nárůstu emisí oxidů dusíku ubývá vzácných rostlin v opadavých evropských lesích. Poukazují na to výsledky výzkumu druhové #rozmanitost-i týmu #forestREplot via @iROZHLAScz @Akademie_ved_CR #biodiverzita #NOx #emise #lesy #znečištění #ovzduší
https://t.co/uosZICDcl3
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
https://t.co/4Fc7kOOC0S
Paper led by Ingmar Staude, Donald Waller & Lander Baeten based on data from the really cool #forestREplot database hosted @ForNaLab & involving an amazing team of co-authors & experts on #forest sciences. Hot from the press @NatureEcoEvo
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
https://t.co/RadHL5wMms
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