Eisenhauer Lab
@EisenhauerLab
Followers
2K
Following
993
Media
145
Statuses
1K
Illuminating the Black Box
Leipzig, Germany
Joined May 2015
📢 Important Update: This account will be silent from now on. Thank you for all the support and interactions over the years! You can now find us on BlueSky: https://t.co/4wRgpegUYv Stay connected and see you there! 💙 #GoodbyeTwitter #HelloBlueSky #StayConnected
0
0
1
Soil properties & functions are affected by many global change factors. Bi et al. use a microcosm experiment to demonstrate that the number & dissimilarity of these factors are both important for predicting the impacts of global change factors. @mrillig
https://t.co/1Z8gx03xBy
nature.com
Nature Communications - Soil properties and functions are both affected by many global change factors. Here, the authors use a microcosm experiment to demonstrate that the number of these factors...
1
10
24
Soil health is associated with higher primary productivity🌲🎋📉 across Europe🇪🇺. Positive correlation between biodiversity indicators and productivity in copland, grassland and forest. Our article in #Nature: https://t.co/pR8azVyE8v
8
94
173
Revisiting life-history theory in arbuscular mycorrhizal fungi with stoichiometric principles 📖 https://t.co/aZx7SnW2ln
#Viewpoint by Camenzind et al. @t_camenzind @jsoilecol @AguilarT_CA, @mrillig
#arbuscular #mycorrhizal #fungi
0
21
48
New paper out @carlosguerra_pt et al. w/ @EisenhauerLab & many others, in J Sustain Agric & Environ Foundations for a national assessment of soil biodiversity #soil #biodiversity
2
8
39
Soil health as a driver of plant productivity. Our new paper in @NatureEcoEvo using data from >500 sites and 27 European countries shows that soil health is associated with higher primary productivity. see: https://t.co/5xG6R7bm3Z Variables of soil fertility including total N
7
64
223
Happy to share our new @NatureGeosci @BioFunLab! RS of ecosystem services to globalchange weakened by increasing n of environmental stressors https://t.co/GqPf2jT0EI
@GuiyaoZhou @EisenhauerLab @c_terrer @DJ_Eldridge @Guirado_e @MiguelBerdugo1 @LiuShengen
@IRNAS_CSIC @CSIC
1
16
37
Within @jena_experiment, a new sub-project will use long-term data and new #soil analyses to better understand relationships between #plant diversity and #ecosystem functioning. 🔓Grant Proposal: https://t.co/mam72C3h8N. Funded by @dfg_public & @idiv. #biodiversity #soilscience
0
6
8
🛑New paper out🛑 Led by @EisenhauerLab et al., our new perspective on the nexus between biodiversity change, climate change, and human well-being in soils! https://t.co/ppAbQlTqsJ
@idiv @meteoleipzig @Rsc4Earth
0
13
35
🩺🧬 “HEALTHY MICROBIOMES” 🔬🦠 We know they are important! But how do we define & measure them? We show a new way to assess the genetic capacity of gut & soil metagenomes (=DNA of entire communities) to process compounds linked to human health & disease https://t.co/9LQwZyyRYR
1
12
33
1/n 🌍Biodiversity loss & climate extremes: is it a vicious cycle? Our new paper in @EarthsFutureEiC reviews this question by bridging ecological and climatological perspectives. https://t.co/Lp0VyThMjx See 🧵…
agupubs.onlinelibrary.wiley.com
Mounting evidence suggests that an ecosystem's capacity to buffer the impacts of climate extremes depends on its biodiversity Numerous mechanisms suggest that a reduction in biodiversity could ex...
2
28
68
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. https://t.co/aQJK2342lc
@EisenhauerLab @idiv @TreeDi1
link.springer.com
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...
0
6
15
I'm very excited to share with you that the first chapter of my PhD @EisenhauerLab @idiv was published @NewPhyt🥳Our results show that positive effects of tree diversity on aboveground nutrient storage are mediated by complementary mycorrhizal strategies.
nph.onlinelibrary.wiley.com
Species-specific differences in nutrient acquisition strategies allow for complementary use of resources among plants in mixtures, which may be further shaped by mycorrhizal associations. However,...
3
14
59
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
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...
📢 Announcing our latest SPECIAL ISSUE! Mycorrhizal research now: from the micro- to the macro-scale 📚 https://t.co/Ec0nTMjk5p 🍄 The #mycorrhizal symbiosis: research frontiers 🍄 Microbe-dependent and independent nutrient acquisition 🍄 The #hyphosphere core #microbiome
3
5
21
New paper out📢 We analyzed tree survival data from over 30 experiments within #TreeDivNet, to find out how mixing of tree species could reduce variability in tree survival in response to drought. @JEcology
https://t.co/yrAWm7h9Kj
besjournals.onlinelibrary.wiley.com
Rising climate extremes, such as drought, can cause major uncertainty in the survival of young trees. Tree diversity can reduce survival variability and stabilize tree survival. Functionally diverse...
2
9
43
Congratulations Elisabeth @Elisabeth_Boen for your first PhD paper out in @NewPhyt! It is about the impact of tree species richness and mycorrhizal types on above- and below-ground nutrient dynamics.
nph.onlinelibrary.wiley.com
Species-specific differences in nutrient acquisition strategies allow for complementary use of resources among plants in mixtures, which may be further shaped by mycorrhizal associations. However,...
1
7
29
Now in NatureClimate: The soil microbiome governs the response of microbial respiration to warming across the globe. @TadeoSaez et al show the key role of the soil microbiome in soil respiration under warming & the need to quantify in future assessments https://t.co/SSLDj18vLh
0
19
40
🌡️ Really nice to see this important piece published today 🌡️ It was a great experience writing a paper with 100 co-authors!! 😍 Microclimate research is on fire !!!
0
2
14
Wir sind morgen auf der Leipziger @buchmesse! Elisabeth, Romy und Rike stellen euch die Artikelsammlung über Bodenbiodiversität und ihre Arbeit im @EisenhauerLab vor. @idiv @rikelena1 @RomyZeiss @Elisabeth_Boen #lbm24
5
3
5
Tree and mycorrhizal fungal diversity affect leaf functional traits in trees! This is what @TMonjau, Kezia Goldmann, Olga Ferlian, Nico Eisenhauer (@EisenhauerLab), Helge Bruelheide, @ZeqingM, @HaiderSylvia and I found in our recent study in @FunEcology
https://t.co/6ejpK3mC9n
3
34
108