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Title:
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Name:
Mingjian Yu
Phone:
86-571-88206469
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Designing forest biodiversity experiments: general considerations illustrated by a new large experiment in subtropical China

Abstract:
Biodiversity–ecosystem functioning (BEF) experiments address ecosystem-level consequences of species loss by comparing communities of high species richness with communities from which species have been gradually eliminated. BEF experiments origina...

Id: 137
Users: 36
Datafiles: 0
Attachments: 0
Board: Final
State: Accepted
Created at: 2015-01-27
Updated at: 2017-06-16

Tree morphology responds to neighbourhood competition and slope in species-rich forests in subtropical China, doi:10.1016/j.foreco.2010.08.015

Abstract:
A) Species-specific differences in growth responses of crown and stem. Data of projected crown area, crown displacement and stem inclination are compared. B) The morphological response of crown and stem is influenced by biotic and abiotic param...

Id: 6
Users: 14
Datafiles: 3
Attachments: 2
Board: Final
State: Accepted
Created at: 2010-04-13
Updated at: 2015-04-25

The effect of microclimate on wood decay is indirectly altered by tree species diversity in a litterbag study

Abstract:
Aims: We studied the influence of tree species diversity on the dynamics of coarse wood decomposition in developing forest communities in a natural, topographically heterogeneous landscape. Using the litter bag technique we investigated how and to...

Id: 170
Users: 9
Datafiles: 5
Attachments: 0
Board: Final
State: Accepted
Created at: 2016-02-17
Updated at: 2018-02-17

Individual-tree radial growth in a species-rich subtropical forest: the role of local neighborhood competition

Abstract:
Establishing the competitive relationships at the local neighbourhood level is essential for improving our understanding of tree growth dynamics in structurally heterogeneous and species-rich forests. We studied the competitive interactions influe...

Id: 29
Users: 5
Datafiles: 0
Attachments: 1
Board: Final
State: Accepted
Created at: 2010-04-22
Updated at: 2017-02-09

Horizontal, but not vertical canopy structure is related to stand functional diversity in a subtropical slope forest (DOI: 10.1007/s11284-011-0887-3

Abstract:
In biodiversity research, niche complementarity is seen as one mechanism with which species coexistence is maintained. Niche complementarity also results in a more efficient use of the total resource pool, and thus, species-rich communities should...

Id: 22
Users: 15
Datafiles: 4
Attachments: 2
Board: Final
State: Accepted
Created at: 2011-01-12
Updated at: 2015-04-25
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