CSPs: Herb and fern species traits occuring in the CSPs

Usage Rights

This data is Private.

Dataset Abstract

Traits are indispensable to quantify the functional diversity of plots and to explore the existence of functional groups. Furthermore, functional diversity, in addition to species richness, can be used as alternative explanatory variable for biodiversity effects. In each Comparative Study Plot leaves of the occuring herb species were sampled to analyse important leaf traits. In this context “traits” are defined as the measurable biological characteristics that in total make up the phenotype of an individual plant.All measurements for each individual were performed at the same leaves. -- Mind that these are traits for herb and fern species only and that the herb layer of the CSPs consists to a partly large part of woody species which are not considered here.

Dataset Design

The CSPs were established in May - June 2008 in the Gutianshan Nature Reserve as well as outside the Nature Reserve. The CSPs have a size of 30 x 30 metres and are exposed to the north. The central plot hold a size of 10 x 10 metres and is situated in the centre.

Spatial Extent

The study was performed in the 27 Comparative Study Plots (CSPs) in Gutianshan Nature Reserve.
29°08'-29°17'N
118°02'-118°11'E

Temporal Extent

04-07/2008

Taxonomic Extent

Only ferns and herb species occuring in the CSPs are included in the analyses.

Data Analysis

Functional trait identity or diversity on the plot level would still need the traits of the woody plants of the herb layer. Some of the species were subjected to glasshouse experiments and traits may be available from Martin Böhnke, SP3.

Freeformat files (1)

Data columns available in the raw data part of this dataset

location
location; Datagroup description: Helper
Data group: Helper
Keywords: CSP, location
Values
CSP12
CSP13
CSP10
CSP11
CSP1
CSP
name of the CSP in the Nature ReserveBEF research plot nameReasearch plots of the Biodiversity - Ecosystem functioning experiment (BEF-China). There are three main sites for research plots in the BEF Experiment: Comparative Study Plots (CSP) in the Gutianshan Nature Reserve, having a size of 30x30m^2, measured on the ground.
Data group: BEF research plot name
Keywords: CSP, location
Values
CSP03
CSP05
CSP04
CSP02
CSP01
date
date; Datagroup description: Date time information
Data group: Date time information
Keywords: date
Values
2008-05-31
2008-05-16
2008-05-27
2008-06-03
2008-05-15
species
species; Datagroup description: Scientific plant species name; Source: FOC
Data group: Scientific plant species name
Keywords: species
Values
Asarum magnificum
Arachniodes pseudo-aristata
Ainsliaea macroclinidioides
Arundinella hirta
Ainsliaea fragrans
height
height of individual plant; Datagroup description: Plant height
Data group: Plant height
Keywords: height, size, variable
Values
0.04
0.03
0.05
0.02
0.06
functional_unit
functional unit; Datagroup description: Plant organ sampled; Source: FOC
Data group: Plant organ sampled
Keywords: plant organ, object, leaf
Values
frond
Leaf
number_investigated_leaves
number of analysed leaves; Datagroup description: Sample size
Data group: Sample size
Keywords: sample size, leaf
Values
1
2
3
5
fresh_weight_per_sample
total fresh weight of all leaves analysed [g]; Datagroup description: Above-ground biomass measurement
Unit: gramm
Data group: Above and below ground biomass measurement
Keywords: leaf, fresh weight
Values
0.056
0.049
0.045
0.028
0.055
fresh_weight_per_leaf
average fresh weight of one leaf [g]; Datagroup description: Above-ground biomass measurement
Unit: gramm
Data group: Above and below ground biomass measurement
Keywords: leaf, fresh weight
Values
0.011
0.013600000000000001
0.009
0.0098
0.009333333333333334
dry_weight_per_sample
total dry weight of all leaves analysed[g]; Datagroup description: Above-ground biomass measurement
Unit: milligramm per gramm ratio
Data group: Above and below ground biomass measurement
Keywords: leaf, dry weight
Values
0.012
0.004
0.01
0.008
0.011
dry_weight_per_leaf_g
average dry weight of one leaf [g]; Datagroup description: Above-ground biomass measurement
Unit: gramm
Data group: Above and below ground biomass measurement
Keywords: leaf, dry weight
Values
0.0021999999999999997
0
0.0013333333333333333
0.0024000000000000002
0.002
dry_weight_per_leaf_mg
average dry weight of one leaf [mg]; Datagroup description: Above-ground biomass measurement
Unit: milligramm
Data group: Above and below ground biomass measurement
Keywords: leaf, dry weight
Values
0
10.333333333333334
1044
10
103
LDMC
Leaf dry matter content [leaf dry weight in mg divided by leaf fresh weight in g, mg g-1]; Datagroup description: Leaf dry matter content
Unit: mg g-1
Data group: Leaf dry matter content
Keywords: biomass, response variable
Values
111.11111111111111
116.5289256198347
0
112.67605633802818
115.41440743609606
sample_leaf_area
leaf area summed for all leaves analysed
Unit: centimetersquare
Data group: Leaf area
Values
100.256
102.4043
100.4316
100.5249
1024.9858
leaf_area_per_leaf_cm2
average leaf area per leaf
Unit: centimetersquare
Data group: Leaf area
Keywords: leaf area, response variable
Values
0.85578
0.77174
100.4316
0.9297000000000001
0.65976
leaf_area_per_leaf_mm2
average leaf area per leaf; Datagroup description: Helper
Unit: millimetersquare
Data group: Helper
Values
10302.75
10240.43
10043.16
102.46
102498.57999999999
average_SLA_per_leaf
average Specific leaf area per leaf, [leaf area in mm2 divided by leaf dry weight in mg, mm2 mg-1]; Specific leaf area is the one-sided area of a fresh leaf [mm2] divided by its oven-dry mass [mg]. Sampling and storing methods follows Cornelissen et al. (2003) A handbook of protocols for standardised and easy measurement of plant functional traits worldwide. Australian Journal of Botany 51, 335-380.; Datagroup description: Specific leaf area; Source: Australian Journal of Botany 51, 335-380.
Unit: mm2 mg-1
Data group: Specific leaf area
Keywords: SLA, response variable
Values
10.058361581920904
11.063814195037507
11.11223625
10.702792937399678
10.311570881226052