Over 80% of the world’s terrestrial #biodiversity can be found in forests; their destruction threatens the survival of many species.
Forest landscape restoration can help reverse these losses.
@IUCN_forests#GenerationRestoration
Via @IUCN
Updating the model of secondary succession in the Tropics (https://t.co/UQrsAhRnY7) - a wonderful collaboration led by #NadjaRuger@2ndFOR1@InvestigaUMayor @CEM_UMayor
Wonderful to meet live! We had a nice 2ndFOR workshop @ #ATBC2022 in Cartagena to discuss collaboration within the network. (With Jorge Meave being virtually amongst us!)
Toasting with the 2ndFOR research network at #ATBC2022 4 the now already famous paper with Catarina Jakovac in Sc Adv. Can you recognize at least 10 people? Then we invite you a beer!😀https://t.co/nVdKn6waAj
Young #secondary#forests show strong floristic variation across the #Neotropics, with 14 regions differing in #species composition. This is surprising, as it was thought they would be dominated by a few widespread pioneer species.Jakovac @2ndFOR1 in ScAdv https://t.co/dzuGEx3c42
Check out a new paper with @PoorterLourens in @PLOSCompBiol:
Ten simple rules for managing communications with a large number of coauthors https://t.co/uQB5SSEt9j
Brandnew @2ndFOR1 paper just out in @PNASNews on the functional trait recovery during secondary succession across the Neotropics, by @PoorterLourens and many others!
Functional recovery of secondary tropical forests just out in @PNASNews ft @PoorterLourens @2ndFOR1 (including me!) https://t.co/tjbSZiVEqj @CEM_UMayor @InvestigaUMayor
Please RT: A call for papers! ForestGEO postdoc, Nobby Kunert, is guest editing a special edition of @Forests_MDPI focused on nutrients and water use of trees on tropical forests. Manuscripts submissions due 31 May 2020: https://t.co/CkuwejgOQa @ForestPlots@2ndFOR1
A study finds that close to a trillion trees could potentially be planted on Earth—enough to sequester more than 200 billion tons of carbon. But environmental change on this scale is no easy task. https://t.co/7M2sO7djik
For some extra info on the @2ndFOR1 network, the >50 sites included, and the results of our recent study @NatureEcoEvo (https://t.co/7yeyRtuGaw): check out our 'behind the paper' blog (https://t.co/NU35eezCVf) and this factsheet!
Check out our new @2ndFOR1 work @NatureEcoEvo by L. Poorter & >70 others: Wet and dry tropical forests show opposite successional pathways in wood density but converge over time. https://t.co/VYHrHzBiur