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Masha van der Sande
@masha_vdsande
Researcher (assist. prof.) @WUR. Interested in tropical forest functioning across time and space. Fire resilience.🔥 Secondary succession.🌳 Forest restoration.
ID: 823928588944678912
24-01-2017 16:20:58
377 Tweet
631 Followers
356 Following
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Are secondary forests the rockstars of forests (grow fast, die young)? No - they are more similar old-growth forests (demographically). Wonderfully lead by #MarkusSchorn and #NadjaRuger Find out more: onlinelibrary.wiley.com/doi/abs/10.100… Ecology iDiv Biodiversity Research GEMA UMayor

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During #tropical #forest #succession #taxonomic and #functional #richness increase bc of continuous arrival of new #species and more niches, but their evenness surprisingly decreases bc of a large tail of rare spp. C @2ndFOR paper led by Masha van der Sande doi.org/10.1111/geb.13…

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Global study on patterns & drivers of tree abundance published today in GEB Journal. Geographically widespread but locally dominant & rare tree species have an equally high extinction risk. Reason: declining populations through large-scale land degradation. doi.org/10.1111/geb.13…

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