Index: projects
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TreeDì_P7G Rhizosphere microbiome: P7G: Rhizosphere microbiome and meta-transcriptome of TSPs
Description:
Tree species identity, plant successional stage, plant diversity level, and mycorrhizal type affect the soil microbial community composition. Plant genus diversity was also found to be an important predictor of ectomycorrhizal fungal community com...
Id:
46
People:
3
Datasets:
1
Proposals:
0
Attachments:
0
Created at:
2019-12-17
Updated at:
2019-12-17
TreeDì_P8G Soil fauna: P8G: Functional diversity of soil microbial and nematode communities
Description:
The functional dissimilarity of species is hypothesised to determine the positive relationship between biodiversity and ecosystem functioning.However, functional dissimilarity effects might be context-dependentand strongest in complex environments...
Id:
48
People:
4
Datasets:
1
Proposals:
0
Attachments:
0
Created at:
2019-12-17
Updated at:
2019-12-17
TreeDì_P9G Modeling: P9G: Integrated modeling of tree individuals and animal population dynamics
Description:
Individual tree-based modeling approaches rest on the assumption that resource supply and tree performance are spatially explicit processes at a local neighborhood scale. Models built on pairwise interactions suffer from the fact that local neighb...
Id:
49
People:
3
Datasets:
1
Proposals:
0
Attachments:
0
Created at:
2019-12-17
Updated at:
2019-12-17
FOR891_BEF-China: Research unit BEF-China
Description:
This is the overarching project of BEF-China. It should be used for members of BEF-China, that are not associated to any other research project
Id:
1
People:
0
Datasets:
3
Proposals:
1
Attachments:
0
Created at:
2011-03-16
Updated at:
2019-12-17
FOR891_sp01c Below ground primary production/demography: SP01c Effects of species richness and composition on belowground net prima...
Description:
Due to the large area, high primary productivity, and carbon stock, forests play a critical role
in global carbon cycling and their responses and feedbacks to global climate change.
Belowground net primary productivity (BNPP) in forests determin...
Id:
19
People:
6
Datasets:
7
Proposals:
8
Attachments:
0
Created at:
2011-04-02
Updated at:
2019-12-17
FOR891_sp01e production: SP01e Aboveground primary productivity in forest ecosystems as a function of ...
Description:
Forests are the most productive vegetation type on Earth and responsible for more than
50 % of global net primary productivity (NPP). Accordingly, forest-mediated carbon (C) fluxes
and C storage interact with the global climate. An important que...
Id:
6
People:
12
Datasets:
30
Proposals:
19
Attachments:
0
Created at:
2011-03-31
Updated at:
2019-12-17
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