@TreeDi1

TreeDì - 林地 - International Research Training Group on Tree Diversity Interactions in Chinese Subtropical Forests (DFG GRK 2324)

 Germany/China
idiv.de/de/treedi.html
Joined August 2018
  • Tweets363
  • Following253
  • Followers420
89Media
It seems that this journey is coming to an end! After many, many, many pages and countless hours working on this, I am quite happy to see my dissertation ready for submission🧾🖊️
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We know that forest diversity influences the trait variation within tree species, so we decided to tell more about these exciting results during the #iDivConference2024 @idiv
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check our new study about separating the richness and composition effects on forest productivity! 👇
New Phytologist@NewPhyt24 Oct 2024
Nestedness and turnover both strongly affect stand productivity Zhang et al. @XiaojuanLiu3 📖 nph.onlinelibrary.wiley.com/…
Conceptual illustration of species/functional group nestedness and turnover, representing richness and compositional change between pairs of plots, and key hypotheses.

ALT Conceptual illustration of species/functional group nestedness and turnover, representing richness and compositional change between pairs of plots, and key hypotheses.

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As this trip of 3.5 years is coming to and end and I will (hopefully) submit my dissertation soon, lately I have been drawing leaves and trees for the cover of the dissertation 🌳🍃
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TreeDì retweeted
Landscape Alliance
@TheLandAlliance10 Oct 2024
📸 Calling all photographers! Show the world the beauty of our planet’s #biodiversity through your lens. Capture how forests and trees support life, climate resilience, and restoration.🌳 Submit by Oct 14 for a chance to win $500:👉 bit.ly/3Bdvb6l #Trees4Resilience
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Passend zum #WorldMentalHealthDay heute ist eine neue UniWiND-Publikation erschienen: Band 15 "Mentale Gesundheit in der Promotionsphase: Unterstützungsangebote von Graduierteneinrichtungen". Zur Publikation gehört außerdem ein Leitfaden für Beratende. uniwind.org/publikationen/pu…
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Two open #PhDpositions (3.5 years) in the field of functional #biodiversity research in forests 🌿🍃🌲🌳, linked to climate change effects. Apply until 18 Oct. shorturl.at/mjSSM #phdopportunity @leuphana
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🌳🌳Check our new study: Plant diversity enhances ecosystem multifunctionality via multitrophic diversity. It's about the overall effects and comparison between forest and grassland ecosystems with data from two large BEF experiments BEF-China and Jena. nature.com/articles/s41559-0…

Plant diversity enhances ecosystem multifunctionality via multitrophic diversity

Nature Ecology & Evolution - Research on biodiversity–ecosystem functioning relationships tends to focus on single trophic groups. This analysis of two biodiversity experiments,...

nature.com
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To the paper: doi.org/10.1038/s41559-024-0…

Plant diversity enhances ecosystem multifunctionality via multitrophic diversity

Nature Ecology & Evolution - Research on biodiversity–ecosystem functioning relationships tends to focus on single trophic groups. This analysis of two biodiversity experiments,...

nature.com
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A new study @NatureEcoEvo led by @XiaojuanLiu3 shows: Plant diversity can affect ecosystem functioning directly and by affecting other trophic levels. Data was derived from subtropical forests at the BEF China experiment as well as temperate grasslands @jena_experiment.
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Last year we collected leaves in BEF-China to study the patterns of intraspecific variability along a diversity gradient. One year later we're excited to present the first results at #ESA2024 Tomorrow wednesday you can see my talk in OOS30 (room 104B) at 10:00! @ESA_org @TreeDi1
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Measurement campaign completed: Stomatal conductance of 38 #tree species (27🌳&11🌲) over the course of the day! Which trees close their #stomata when & what does this indicate about their #drought strategy? Curious about the results! @agwirthweigelt @idiv #ARBOfun
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Tree species diversity🌳🌲isn't enough to combat extreme drought, but mixing #tree species with diverse #mycorrhizal types holds promise for #forest restoration in the face of #climatechange☀️🌡️ Check out our study @JEcology: doi.org/10.1111/1365-2745.14… @TreeDi1, @idiv & @UniLeipzig
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Tree diversity isn't enough to combat extreme drought, but mixing #tree species with diverse #mycorrhizal types holds promise for #forest restoration in the face of #climatechange🌳 @idiv @EisenhauerLab @LSachsenmaier @MixedForests @Peter_Lstg besjournals.onlinelibrary.wi…

Forest growth resistance and resilience to the 2018–2020 drought depend on tree diversity and...

Drought resistance and resilience of tree communities depend on tree diversity and mycorrhizal association types. Mixing tree species with diverse mycorrhizal types holds promise for forest restora...

besjournals.onlinelibrary.wiley.com
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Life/career update 🦋🚨 I have joined the University of Göttingen to embark on my #PhD journey with Prof. Andreas Schuldt's group as part of @TreeDi1. Excited to work on insect herbivory, moth ecology and the field work in China! 🐛 – at Göttingen, Germany
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🛑New study out🛑 Tree-tree interaction effects on soil respiration at micro-scale by @HenrietteChrstl. onlinelibrary.wiley.com/doi/… w/ @EisenhauerLab @GeorgHaehn @HelgeBruelheide @idiv @TreeDi1 😮 First senior author paper 🙃

The spatial distribution of tree–tree interaction effects on soil microbial biomass and respiration

In our study, we were able to show in a subtropical tree diversity experiment (BEF-China) that soil microbial biomass and respiration show a fine spatial distribution pattern between trees. This...

onlinelibrary.wiley.com
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#WissenschaftlicheIntegritaet: Warum die wissenschaftliche Qualität eines Beitrags nicht von dem #Publikationsorgan abhängt, in dem er veröffentlicht ist und vieles mehr zum Thema #Publikationen erfahren Sie im #GWP-Kodex der #DFG in #Leitlinie15: wissenschaftliche-integritae…
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New paper out in @plantandsoil by Lulu Guo and colleagues! We showed tree species richness and fungi interact to control litter decomposition, carbon accumulation, and nitrogen turnover. link.springer.com/article/10… @EisenhauerLab @idiv @TreeDi1

Tree species diversity modulates the effects of fungal pathogens on litter decomposition: evidences...

Plant and Soil - Litter decomposition is a major determinant of carbon (C) and nutrient cycling in ecosystems, and contributes to soil organic carbon (SOC) formation. Ongoing global changes are...

link.springer.com
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Wir laden Nachwuchswissenschaftler*innen zur aktuellen Biodiversitätsforschung vom 9. bis 13. Sept. in unsere Naturschutzakademie auf der Insel Vilm ein. Jetzt bewerben! Mehr Infos: bfn.de/veranstaltungen-ina/a… #biodiversität #forschung #nachwuchs #Inselvilm (Fotos BfN/U. Euler)
Auf diesem Bild sieht man den Eingang zum Hauptgebäude der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

ALT Auf diesem Bild sieht man den Eingang zum Hauptgebäude der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

Auf diesem Bild sieht die Gästehäuser der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

ALT Auf diesem Bild sieht die Gästehäuser der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

Auf diesem Bild sieht man einen Tagungsraum der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

ALT Auf diesem Bild sieht man einen Tagungsraum der Internationalen Naturschutzsakademie des Bundesamts für Naturschutz auf der Insel Vilm bei Rügen.

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Happy to be part of this awesome issue @NewPhyt on Mycorrhiza😍🥳Thanks to all co-authors @TreeDi1 @idiv @Hafeezulhaq14 @AliNawaz_1987 @BeugnonRemy @EisenhauerLab @TesfayeWubet Our work on Forest Root- associated fungi can be read & downloadable here : nph.onlinelibrary.wiley.com/…

Influence of tree mycorrhizal type, tree species identity, and diversity on forest root‐associated...

Understanding the complex interactions between trees and fungi is crucial for forest ecosystem management, yet the influence of tree mycorrhizal types, species identity, and diversity on tree-tree...

nph.onlinelibrary.wiley.com
New Phytologist@NewPhyt25 Apr 2024
📢 Announcing our latest SPECIAL ISSUE! Mycorrhizal research now: from the micro- to the macro-scale 📚 ow.ly/9PjG50RnNWi 🍄 The #mycorrhizal symbiosis: research frontiers 🍄 Microbe-dependent and independent nutrient acquisition 🍄 The #hyphosphere core #microbiome
Cover of New Phytologist 242:2. View of the soil mycorrhizal community in a hypothetical forest dominated by oak species associated with different types of mycorrhizal fungi that form separate underground networks (MN) that may possibly be used to transport amino acids, carbohydrates, fatty acids, signaling microRNAs or peptides and hormones.

ALT Cover of New Phytologist 242:2. View of the soil mycorrhizal community in a hypothetical forest dominated by oak species associated with different types of mycorrhizal fungi that form separate underground networks (MN) that may possibly be used to transport amino acids, carbohydrates, fatty acids, signaling microRNAs or peptides and hormones.

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