Homeier, J. (2021): <b>RESPECT_PFT_tree_stem_traits.</b> <i>Available online (http://www.tropicalmountainforest.org/data_pre.do?citid=1941) from DFG-FOR816dw.</i>
Resource Description
Title:
RESPECT_PFT_tree_stem_traits
Short Name:
RESPECT_PFT_tree_stem_traits
FOR816dw ID:
1941
Publication Date:
2021-11-17
Last Update Date:
2021-11-17
License and Usage Rights:
RESPECT data usage agreement
Temporal Coverage:
Begin:
2019-11-14
End:
2021-12-05
Geographic Coverage:
Geographic Description:
Respect coreplots Bombuscaro, San Francisco & Cajanuma
Information not publicly available, please log in.
Max:
3100.0
(
meter
)
min longitude:
Information not publicly available, please log in.
max longitude:
Information not publicly available, please log in.
Elevation
min latitude:
Information not publicly available, please log in.
Min:
900.0
(
meter
)
Dataset creator(s):
Individual:
Jürgen Homeier
Contact:
email:
jhomeie <at> gwdg.de
Faculty of Resource Management
University of Applied Sciences and Arts (HAWK)
37077 Göttingen
Germany
Abstract:
Stem functional traits (bark thickness, wood specific gravity) recorded in 52 common tree species collected within the nine 1ha-plots in Bombuscaro, San Francisco and Cajanuma in 2019.
Keywords:
| wood specific gravity | plant functional traits |
Associated entities to this dataset:
--------
1
. data table entity --------
Table Name:
respect_wsg_bark_52species
Tech. Details ...
Physical Structure Description:
Object Name:
1941_respect_wsg_bark_52species_complete.csv
Size (byte):
30912
Text Format:
numHeaderLines:
1
attributeOrientation:
column
fieldDelimiter:
,
Number of Records:
434
Attribute(s) ...
Attribute Name -- Attribute Label
Unit
Attribute definition
Site_name
--
Site name
no unit
Site name
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Name of the sampled site
Description
:
Name of the sampled site
PlotID
--
ID of the plot
no unit
ID of the plot
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Plot ID of core plots
Description
:
Plot ID of core plots
subplot_id
--
ID of the subplot
no unit
ID of the subplot
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
RESPECT core plots - subplots
Description
:
RESPECT core plots - subplots
TreeID
--
ID of the tree
no unit
ID of the tree
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Tree ID
Description
:
Tree ID
Family
--
Family name
no unit
Scientific family name
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Plant family
Description
:
Plant family
Genus
--
Genus name
no unit
Scientific name of genus
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Genus
Description
:
Specifying the genus name
Tree_species
--
Tree species
no unit
Tree species
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Specifying species names
Description
:
Specifying species names
bark_thickness
--
Tree bark thickness
Centimeter
Measured with a bark gauge at 1m above ground
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
Bark thickness
Description
:
Measured with a bark gauge at 1m above ground
WSG
--
Wood specific gravity
Unitless
Wood specific gravity was calculated as the sample dry mass divided by sample fresh volume
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
--- Step
1
---
Title
:
WSG
Description
:
Wood cores (5 mm diameter, 5 cm length) of the outer sapwood were taken at 1 m above ground with an increment corer, volume of the fresh samples was determined and samples were subsequently dried at 102°C for 72 hours to determine wood dry mass. Wood specific gravity (WSG) was calculated as the sample dry mass divided by sample fresh volume.
Metadata Provider:
Individual:
Jürgen Homeier
Contact:
email:
jhomeie <at> gwdg.de
Faculty of Resource Management
University of Applied Sciences and Arts (HAWK)
37077 Göttingen
Germany
Contact Person:
Individual:
Jürgen Homeier
Contact:
email:
jhomeie <at> gwdg.de
Faculty of Resource Management
University of Applied Sciences and Arts (HAWK)
37077 Göttingen
Germany
