Index: papers
Soil microbial responses to warming and increased precipitation and their implications for ecosystem C cycling
Abstract:
A better understanding of soil microbial ecology is critical to gaining an understanding of terrestrial carbon (C) cycle–climate change feedbacks. However, current knowledge limits our ability to predict microbial community dynamics in the face of...
Id:
152
Users:
1
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2015-03-09
Updated at:
2015-03-09
Effects of topography, neighboring plants and individual size on sapling growth and survivorship in Machillus thunbergii
Abstract:
Growth and survivorship of Machillus thunbergii saplings in mountain forest are likely to be affected by topographical factors, biotic interactions with neighbouring plants, and individual size. However, such effects are always species- and site-s...
Id:
151
Users:
3
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2015-03-09
Updated at:
2015-03-09
Plant traits affecting susceptibility to herbivory of tree recruits in highly diverse subtropical forests
Abstract:
Differences in herbivory among woody species can greatly affect the functioning of forest ecosystems, particularly in species-rich (sub)tropical regions. However, the relative importance of the different plant traits which determine herbivore dama...
Id:
150
Users:
12
Datafiles:
0
Attachments:
0
Board:
Prep
State:
Accepted
Created at:
2015-03-09
Updated at:
2015-03-09
Use of Near-Infrared Reflectance Spectroscopy to predict species composition in tree fine-root mixtures. doi:10.1007/s11104-010-0325-2
Abstract:
[7] Lei, P. and Bauhus, J. (2010) Use of Near-Infrared Reflectance Spectroscopy to predict species composition in tree fine-root mixtures. Plant and Soil 333(1-2): 93-103. (no prop) doi:10.1007/s11104-010-0325-2
Id:
37
Users:
1
Datafiles:
0
Attachments:
1
Board:
Prep
State:
Accepted
Created at:
2012-02-01
Updated at:
2015-03-09
Woody plant phylogenetic diversity mediates bottom-up control of arthropod biomass in a species-rich forest
Abstract:
Effects of global change are predicted to cause non-random species loss in plant communities, with important consequences for ecosystem functioning. However, little is known about how plant diversity and the loss of this diversity influence the st...
Id:
102
Users:
13
Datafiles:
4
Attachments:
0
Board:
Accept
State:
Accepted
Created at:
2013-12-12
Updated at:
2015-02-25
Leaf morphology of 40 evergreen and deciduous broadleaved subtropical tree species and relationships to functional ecophysiological traits.
Abstract:
We explored potential of morphological and anatomical leaf traits for predicting eco- physiological key functions in subtropical trees. We asked whether the ecophysiological parameters stomatal conductance and xylem cavitation vulnerability could ...
Id:
125
Users:
3
Datafiles:
1
Attachments:
0
Board:
Submit
State:
Accepted
Created at:
2014-10-01
Updated at:
2015-02-09
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