# Research Data Package README file

# Package Title

Growth, leaf photosynthesis, leaf stem and root respiration, temperature, humidity, and photosynthetic photon flux density data for a glasshouse temperature experiment with Eucalyptus tereticornis

# Package Creation Date

September 16th 2016

# Package File Name

Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

# ID

http://handle.westernsydney.edu.au:8081/1959.7/hiev_132

# URL

http://w0297.uws.edu.au/data_files/149960

# Description

Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was also grown under well watered and water limited conditions in a drought sub-experiment. The goal was to document the fundamental thermal niche of these provenances, and to test whether the provenances differed in their temperature responses (generally speaking, they didn't). The files in this package contain data regarding tree growth, leaf-level photosynthesis (light response curves, temperature response curves, spot measurements), leaf respiration temperature response curves, leaf stem and root respiration rates at a common temperature, and environmental measurements.

# Experiment

GREAT

# Facility

Glasshouse S39

# Added By

John Drake

# Labels

# Start time

2013-01-07 11:00:00 +11:00

# End time

2016-03-02 11:00:00 +11:00

# Access Rights Type

Open

# Access Rights String

Dataset is available via the Western Sydney University ResearchDirect record under Attachments section.

# Licence

CC BY: Attribution

# Licence URI

http://creativecommons.org/licenses/by/4.0

# Rights Statement

Copyright University of Western Sydney

# Language

English

# HDL Handle

# Physical Location

Western Sydney University

# Grant Numbers

# Related Websites

http://www.westernsydney.edu.au/hie, http://www.westernsydney.edu.au/hie

# Software Information

Generating Software Application | HIEv
Software Version | 2.3.02
URLs | https://github.com/IntersectAustralia/dc21 www.intersect.org.au
Max Package Size | Unlimited

# Organisational Information

Research Centre Name | Hawkesbury Institute for the Environment
Overarching Entity | Western Sydney University
Address | Locked Bag 1797 , Penrith NSW, 2751 , Australia
Telephone | +61 2 4570 1125
Email | hieinfo@lists.uws.edu.au
Description |
URLs | http://www.westernsydney.edu.au/hie

# Summary of Files

Name | Type | Size | Experiment | Facility | Download | View
--- | --- | --- | --- | --- | --- | ---
GHS30_PCS_BIOG_harvest_130107-130111_L1.csv | PROCESSED | 23KB | PCS- provenance climate shift | Glasshouse S30 | Download | View
GHS39_GREAT_MAIN_GX-AQ_20160202-20160203_L2.csv | PROCESSED | 510KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-AVT_20160205_L2.csv | PROCESSED | 240KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-LEAVES_20160211_L2.csv | PROCESSED | 4.4KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-RDARK_20160211_L3.csv | PROCESSED | 340KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_MET-AIR_20160107-20160302_L1.csv | PROCESSED | 36MB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_BIOMASS_20160107_L2.csv | PROCESSED | 1.6KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_BIOMASS_20160129_L2.csv | PROCESSED | 1.3KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_BIOMASS_20160210_L2.csv | PROCESSED | 1.3KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_BIOMASS_20160217-20160224_L2.csv | PROCESSED | 9.4KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_MET-VWC_20160114-20160302_L0.csv | PROCESSED | 5.6MB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_LEAFAREA_20160209_L2_V1.csv | PROCESSED | 18KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_LEAFAREA_20160128_L2_V1.csv | PROCESSED | 17KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160209_L2.csv | PROCESSED | 8.4KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160129_L2.csv | PROCESSED | 8.5KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_SOIL_VWC-hydro_20160225_L2.csv | PROCESSED | 2.9KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-R_20160217-20160224_L2.csv | CLEANSED | 1.1MB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-LEAVES_20160229_L2.csv | PROCESSED | 2.1KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_HEIGHTDIAMETER_20160108-20160229_L2.csv | PROCESSED | 65KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_GX-AQ_20160225-20160226_L2.csv | PROCESSED | 260KB | GREAT | Glasshouse S39 | Download | View
GHS39_GREAT_MAIN_SOIL_VWC-HYDRO_20160225_L2.csv | PROCESSED | 2.9KB | GREAT | Glasshouse S39 | Download | View
GHS30_PCS_BIOG_PROV-LOCATIONS.csv | RAW | 752Bytes | PCS- provenance climate shift | Glasshouse S30 | Download | View
GHS30_GREAT_MAIN_EUTE-ALA.csv | RAW | 4MB | PCS- provenance climate shift | Glasshouse S30 | Download | View

# Experiments

## PCS- provenance climate shift

ID | Experiment_17
Parent Facility | Facility - Glasshouse S30
Description | 9 provenances of Eucalyptus grandis and 12 provenances of E. tereticornis, spanning a latitudinal gradient in seed source from -38.0 to -15.5 degrees latitude, were grown at their "home" temperature regime and "home + 3.5 deg C". A suite of measurements related to growth, physiology, and molecular biology were collected to test the hypothesis that the degree of acclimation to warming is constrained in warm-origin taxa relative to cool-origin taxa. Also note, a subset of these provenances were used for an extensive drought and heatwave experiment.
Start date | 2012-10-24
End date | 2013-02-07
Subject | plant response to climate change
Access Rights | CC BY: Attribution (http://creativecommons.org/licenses/by/4.0)
FOR codes | 050101 - Ecological Impacts of Climate Change 060705 - Plant Physiology
Persistent URL | http://w0297.uws.edu.au/org_level1/9/org_level2/17

## GREAT

ID | Experiment_90
Parent Facility | Facility - Glasshouse S39
Description | The GREAT experiment (GRowth of Eucalypts and Adaptation to Temperature experiment) consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions.
Start date | 2016-01-07
End date | 2016-02-29
Subject | Warming, acclimation, local adaptation, Eucalyptus
Access Rights | CC BY: Attribution (http://creativecommons.org/licenses/by/4.0)
FOR codes |
Persistent URL | http://w0297.uws.edu.au/org_level1/11/org_level2/90

# Facilities

## Glasshouse S30

Code | GHS30
Description | Glasshouse in the S-precinct of the University of Western Sydney, Hawkesbury Campus, containing eight naturally lit and temperature-controlled compartments (3 x 5 x 3.5m, width x length x height). This glasshouse is widely used for short-term projects, often with a duration of 2-3 months. Air temperature is measured and controlled by an automated system at user-defined targets (+4/ -2 degrees C) within each compartment. The concentration of atmospheric carbon dioxide is controlled within each compartment using a system of infrared gas analyzers and carbon dioxide injectors. Supplementary lighting will be installed in 2013
Location | -33.611336, 150.746542, ,
Parent Organisation | Hawkesbury Institute for the Environment
Primary Contact | Renee Smith (r.smith@uws.edu.au)
Other Contact 1 | Goran Lopaticki (g.lopaticki@uws.edu.au)
Persistent URL | http://w0297.uws.edu.au/org_level1/9

## Glasshouse S39

Code | GHS39
Description | The S39 Glasshouse is a fully climate-controlled glasshouse facility that has the ability to regulate CO2, temperature and humidity. It is designed for all types of plant work with common experiments involving elevated temperature and CO2. In addition, the glasshouse can use LED growth lights to augment natural light whenever required.
Location | , , ,
Parent Organisation | Hawkesbury Institute for the Environment
Primary Contact | gerard devine (g.devine@uws.edu.au)
Persistent URL | http://w0297.uws.edu.au/org_level1/11

# Files

## GHS30_PCS_BIOG_harvest_130107-130111_L1.csv

### Basic Information

Name | GHS30_PCS_BIOG_harvest_130107-130111_L1.csv
Type | PROCESSED
Size | 23KB
File format | text/plain
Description | Plant morphological measurements in the S30 glasshouse from a final harvest. Eucalyptus grandis and Eucalyptus tereticornis. Variables: code1: unique tree identifier code. First digit denotes species ("g" for grandis and "t" for tereticornis). Second digit denotes provenance (low letters like "b" are provenances from the south, while high letters "i" are from the north). Third digit denotes treatment ("h" for home, "w" for 3.5 deg C warming, or "r" for reciprocally transplanted). The last set of digits are numbers that denote the pot number. sp: species ("g" for grandis, "t" for teriticornis). prov: provenance treat: treatment ("h" for home, "w" for warmed, "r" for reciprocal). num: pot number ht: tree height (cm) diam: basal diameter at ~2cm height (mm) secondary_branches: the number of secondary branches branch_length: the average branch length (cm). Must have been measured on a subset? leafFM: total leaf fresh mass (g) tenleafFM: the fresh mass of a randomly selected ten-leaf subsample (g) tenleafarea: the total leaf area of the ten-leaf subsample (cm^2) tenleafDM: the dry mass of the ten-leaf subsample (g) leafDM: the dry mass of all canopy leaves (EXCEPT the ten-leaf subsample) (g). Note that you may want to add leafDM and tenleafDM to estimate total leaf dry mass. totalstemDM: the stem dry mass (g) rootDM: the root dry mass (g) totalDM: total plant dry mass (g)
Labels |
Tags |
Experiment | PCS- provenance climate shift
Facility | Glasshouse S30
Date added | 2013-07-15 16:01:31 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 7th 2013
End date | January 11th 2013
Persistent URL | http://w0297.uws.edu.au/data_files/13020
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-AQ_20160202-20160203_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-AQ_20160202-20160203_L2.csv
Type | PROCESSED
Size | 510KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_GX-AQ_20160202-20160203_L1.csv,GHS39_GREAT_MAIN_GX-AQ_20160225-20160226_L1.csv Method: Measurement of in-situ photosynthetic rates at four light levels; PAR 1500 (Asat), PAR 1000, PAR 500 and PAR 100 using the LI-6400 with the standard 2 x 3 cm chamber. The block temperature was controlled so that leaf temperatures were 20, 24, 28, 32, 36 and 40C (±1.5C) in rooms 1 to 6, respectively. Reference CO2 was adjusted so that the sample CO2 concentration was 400±5 ppm. A fully developed leaf was chosen and allowed to stabilise at high light (PAR 1500). The "LightCurve" program was used with the minimum and maximum wait times of 60 and 120 seconds, respectively and to match if differential is <200. Eight replicates of each provenance in each room were measured. Variable: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" Replicate number 1 to 90. "Code" Provenance and replicate number (e.g., "B-01") "W_treatment" Well-watered (w) or drought stressed (d) "Unit" The LI-6400 unit used. For other variables see following link for details: https://sites.google.com/site/hievuws/facilities/glasshouse-s30/collection-codes/variable-metadata
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-11 14:22:20 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 2nd 2016
End date | February 3rd 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129204
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-AVT_20160205_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-AVT_20160205_L2.csv
Type | PROCESSED
Size | 240KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_GX_AVT_20160205_L1.csv Method: Measurement of photosynthetic rates at two light levels; PAR 1500 (Asat) and PAR 100 using the LI-6400 with the standard 2 x 3 cm chamber. The block temperature was controlled so that leaf temperatures were 20, 24, 28, 32, 36 and 40C (±1.5C). Reference CO2 was adjusted so that the sample CO2 concentration was 400±5 ppm. A fully developed leaf was chosen and allowed to stabilise at high light (PAR 1500). The "LightCurve" program was used with the minimum and maximum wait times of 60 and 120 seconds, respectively and to match if differential is <200. Eight replicates of provenances A, Bw and C from room 2 were selected, moved between rooms (different temperatures) and measured after acclimating to the new room temperature for a minimum of 20 min. Variable: Unit: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" Replicate number 1 to 90. "Code" Provenance and replicate number "W_treatment" Well-watered (w) or drought stressed (d) "Unit" The LI-6400 unit used. For other variables see following link for details: https://sites.google.com/site/hievuws/facilities/glasshouse-s30/collection-codes/variable-metadata
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-11 14:33:46 +10:00
Added by | Dushan Kumarathunge (d.kumarathunge@westernsydney.edu.au)
Start date |
End date |
Persistent URL | http://w0297.uws.edu.au/data_files/129207
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-LEAVES_20160211_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-LEAVES_20160211_L2.csv
Type | PROCESSED
Size | 4.4KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_Gx-leaves_20160211_L1.csv, GHS39_GREAT_MAIN_BIOMASS_Gx-leaves_20160229_L1.csv Method: The leaves measured for leaf gas exchange were marked by an "X" on the tip of the leaf with a sharpie and later collected into seed envelopes for determination of SLA. Petiole not included. Leaves dried at 60C. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "W_treatment" Well-watered (w) or drought stressed (d) "Code" Provenance and replicate number "Leafarea" cm2 Leaf area of the collected leaf "Leafmass" g Dry mass of the collected leaf after drying at 60C. "Comment" Comments on data row. Note that a few leaves had small punches removed prior to leaf sampling (each punch was 0.79 cm2)
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-11 14:33:28 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 11th 2016
End date | February 11th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129206
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-RDARK_20160211_L3.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-RDARK_20160211_L3.csv
Type | PROCESSED
Size | 340KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. Method: Measurement of leaf dark respiration rates across 5 temperatures using the LI-6400 with conifer chamber. The block temperature was controlled so that leaf temperatures were 14, 18, 22, 26 and 30C (±1C). Reference CO2 was 400±5 ppm. Flow was 400 µmol per sec. The leaves previously measured for photosynthetic rates (provenances A, B and C from room 2; n=8) were cut, scanned for leaf area (petiole not included) and placed in moist zip-lock bags. The leaves were moved between rooms (different temperatures) and measured after acclimating to the new room temperature for a minimum of 20 min. Only well-watered plants were measured. Variables: "Room_meas": 1 to 5. The temperature regime of the glasshouse room at which the leaves were measured. "Prov": A (temperate), B (Tropical) or C (Subtropical) "Pot" : Replicate number 16 to 30. "Code": Provenance and replicate number "W_treatment": Well-watered (w) "Unit": The LI-6400 unit used. For other variables see following link for details: https://sites.google.com/site/hievuws/facilities/glasshouse-s30/collection-codes/variable-metadata
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-11 14:39:42 +10:00
Added by | Angelica Varhammar (a.varhammar@uws.edu.au)
Start date | February 11th 2016
End date | February 11th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129208
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_MET-AIR_20160107-20160302_L1.csv

### Basic Information

Name | GHS39_GREAT_MAIN_MET-AIR_20160107-20160302_L1.csv
Type | PROCESSED
Size | 36MB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. This file contains measurements of environmental data measured in the S39 glasshouse during the GREAT experiment, including air temperature, relative humidity, incident photosynthetic photon flux density, and vapor pressure deficit. Data were measured every second and minutely averages were recorded on the Campbell datalogger present in each bay. Note that these data reflect a different set of sensors than the sensors used for environmental control of the glasshouse bays. Note that trees were planted into the glasshouse bays on 2016-01-07 and the temperature treatments began on 2016-01-08. Thermal screens above the plants were deployed to reduce incident light until 2016-01-11; this was intended to reduce the chance of photo damage during the hot weekend just following planting. PAR sensors were only deployed in a subset of bays (3, 4, and 5) until 2016-2-04; PAR sensors were present in all bays after this date. Plants and temperature treatments were rotated across glasshouse bays on 2016-01-20 and 2016-01-21The experiment was terminated on 2016-03-02. Variable: Description: “Date” The date, in YYYY-MM-DD “DateTime” The date and time combination, in YYYY-MM-DD HH:MM:SS “Bay” 3 to 8. The number of the physical glasshouse bay. "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. Note that Bay and Room numbers were different, and their relationship changed when the plants were rotated in late Jan. “Tair” The air temperature, as measured by a shielded and aspirated sensor (degrees C) “RH” The relative humidity of the air, as measured by a shielded and aspirated sensor (%) “PAR” The incident photo flux density of photosynthetic active radiation (micromoles of photons m-2 s-1). Measured by a licor quantum sensors mounted on a metal pole placed near the center of each glasshouse bay. Care was taken to ensure that the sensor was level and above the leaves of surrounding trees, but this was not always possible. “VPD” The vapor pressure deficit (kPa), calculated from the Tair and RH variables.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 09:14:08 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 7th 2016
End date | March 2nd 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129356
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_BIOMASS_20160107_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_BIOMASS_20160107_L2.csv
Type | PROCESSED
Size | 1.6KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_20160107_L2.csv Method: Initial harvest for the GREAT experiment, performed during planting. These seedlings were never actually planted, they were harvested directly as conestock. Ten replicates of each provenance was measured for height, diameter in two directions and number of leaves. The leaves (including petioles) were separated from the stem and scanned for total leaf area using a leaf area meter. The stem (including branches) was cut at the soil surface. The roots were washed free of soil. Roots, stems and leaves were dried at 60C and weighed. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" The replicate number, 91 to 100. "Height" mm The length of the main stem (at 6.35mm) "D1" mm Diameter of the stem at 2 cm above the soil surface in direction 1. "D2" mm Diameter of the stem at 2 cm above the soil surface in direction 2. "Leafarea" cm2 Total leaf area of the harvested plant. "Leafno" The number of leaves on the harvested plant. "Leafmass" g Total leaf dry mass after drying at 60C "Stemmass" g Total stem dry mass after drying at 60C "Rootmass" g Total root dry mass after drying at 60C
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 09:21:38 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 7th 2016
End date | January 7th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129357
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_BIOMASS_20160129_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_BIOMASS_20160129_L2.csv
Type | PROCESSED
Size | 1.3KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_20160129_L2.csv, GHS39_GREAT_MAIN_BIOMASS_20160210_L2.csv Method: Harvest for the GREAT experiment interval. One replicate of each provenance from each treatment was measured for the length of the main stem, diameter in two directions at 2 cm above the soil surface and number of leaves. The leaves (including petioles) were separated from the stem and scanned for total leaf area using a leaf area meter. The stem (including branches) was cut at the soil surface. The roots were washed free of soil. Roots, stems and leaves were dried at 60C and weighed. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" The replicate number. "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Height" mm The length of the main stem. "D1" mm Diameter of the stem at 2 cm above the soil surface in direction 1. "D2" mm Diameter of the stem at 2 cm above the soil surface in direction 2. "Leafarea" cm2 Total leaf area of the harvested plant. "Leafno" The number of leaves on the harvested plant. "Leafmass" mg Dry mass of remaining leaves after drying at 60C. Add "Leafmass_sub" to get total leaf mass. "Stemmass" mg Total stem drymass after drying at 60C. "Rootmass" mg Root dry mass after drying at 60C. Add "Rootmass_sub" to get total root mass.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 09:23:40 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 29th 2016
End date | January 29th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129358
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_BIOMASS_20160210_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_BIOMASS_20160210_L2.csv
Type | PROCESSED
Size | 1.3KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_20160129_L2.csv, GHS39_GREAT_MAIN_BIOMASS_20160210_L2.csv Method: Harvest for the GREAT experiment interval. One replicate of each provenance from each treatment was measured for the length of the main stem, diameter in two directions at 2 cm above the soil surface and number of leaves. The leaves (including petioles) were separated from the stem and scanned for total leaf area using a leaf area meter. The stem (including branches) was cut at the soil surface. The roots were washed free of soil. Roots, stems and leaves were dried at 60C and weighed. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" The replicate number. "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Height" mm The length of the main stem. "D1" mm Diameter of the stem at 2 cm above the soil surface in direction 1. "D2" mm Diameter of the stem at 2 cm above the soil surface in direction 2. "Leafarea" cm2 Total leaf area of the harvested plant. "Leafno" The number of leaves on the harvested plant. "Leafmass" mg Dry mass of remaining leaves after drying at 60C. Add "Leafmass_sub" to get total leaf mass. "Stemmass" mg Total stem drymass after drying at 60C. "Rootmass" mg Root dry mass after drying at 60C. Add "Rootmass_sub" to get total root mass.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 09:25:19 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date |
End date |
Persistent URL | http://w0297.uws.edu.au/data_files/129359
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_BIOMASS_20160217-20160224_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_BIOMASS_20160217-20160224_L2.csv
Type | PROCESSED
Size | 9.4KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_20160217-20160224_L2.csv Method: Final harvest for the GREAT experiment. Five replicates of each provenance was measured for height, diameter in two directions and number of leaves. The leaves (including petioles) were separated from the stem and scanned for total leaf area using a leaf area meter. The stem (including branches) was cut at the soil surface. The roots were washed free of soil. Subsamples were collected for respiration measurements. 2-3 leaves (~100 cm2), the entire stem (tiny leaves that were not included in the leaf harvest were removed) and roots (sometimes partial roots if the system was too large). Roots, stems and leaves were then dried at 60C and weighed. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" The replicate number. "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Height" mm The length of the main stem. "D1" mm Diameter of the stem at 2 cm above the soil surface in direction 1. "D2" mm Diameter of the stem at 2 cm above the soil surface in direction 2. "Leafarea" cm2 Total leaf area of the harvested plant. "Leafno" The number of leaves on the harvested plant. "Leafarea_sub" cm2 Leaf area of the leaf subsample. "Leafmass" mg Dry mass of remaining leaves after drying at 60C. Add "Leafmass_sub" to get total leaf mass. "Leafmass_sub" mg Dry mass of the leaf subsample after drying at 60C. "Stemmass" mg Total stem drymass after drying at 60C. "Stemmass_sub" mg Dry mass of the stem subsample after drying at 60C. "Rootmass" mg Root dry mass after drying at 60C. Add "Rootmass_sub" to get total root mass. "Rootmass_sub" mg Dry mass of root subsample after drying at 60C. If missing use "Rootmass" as the total root was used for measurements of respiration
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 09:27:44 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 17th 2016
End date | February 24th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129360
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_MET-VWC_20160114-20160302_L0.csv

### Basic Information

Name | GHS39_GREAT_MAIN_MET-VWC_20160114-20160302_L0.csv
Type | PROCESSED
Size | 5.6MB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. Method: Measure of soil volumetric water content using automated Campbell volumetric water content probes. Probes were CS650’s (30-cm-long soil water content reflectometers) installed vertically into the surface of potted trees. Eight sensors were available in each glasshouse bay; four were installed in well-watered trees of provenance “B”, and four were installed in water-limited trees of provenance “B”. Data reflect half-hourly averages. Note that pots were rotated across glasshouse bays on 20-21 Jan 2016. This file contains some suspect data with VWC values close to zero; these measurements likely reflect time-periods when the probe was removed from the pot or sensor failures (?). Variable: Description: “Date” The date, in YYYY-MM-DD “DateTime” The date and time combination, in YYYY-DD-MM HH:MM:SS "W_treatment" Well-watered (w) or drought stressed (d) “Code” The combination of provenance and pot number (e.g., B-11). Note that these are not unique, as codes are repeated across W_treatments "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. “Bay” 3 to 8. The number of the physical glasshouse bay "VWC" Volumetric water content (%)
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 10:19:53 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 14th 2016
End date | March 2nd 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129361
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_LEAFAREA_20160209_L2_V1.csv

### Basic Information

Name | GHS39_GREAT_MAIN_LEAFAREA_20160209_L2_V1.csv
Type | PROCESSED
Size | 18KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_LEAFAREA_20160128_L2.csv, GHS39_GREAT_MAIN_LEAFAREA_20160209_L2.csv Method: The leaves of each plant were categorised into two size-classes: Small (3<x<5 cm in length) and Large (>5 cm length) and counted. The area of one representative leaf of each size-class was measured on each plant using a handheld leaf area meter. Variable: Unit: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "W_treatment" Well-watered (w) or drought stressed (d) "Leafsize" The size-class of the measured leaves. "small", "large" "Leafno" The number of leaves for a given size-class and plant. "Leafarea" cm2 The area of one representative leaf per given size-class and plant.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 11:24:41 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 9th 2016
End date | February 9th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129362
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_LEAFAREA_20160128_L2_V1.csv

### Basic Information

Name | GHS39_GREAT_MAIN_LEAFAREA_20160128_L2_V1.csv
Type | PROCESSED
Size | 17KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_LEAFAREA_20160128_L2.csv, GHS39_GREAT_MAIN_LEAFAREA_20160209_L2.csv Method: The leaves of each plant were categorised into two size-classes: Small (3<x<5 cm in length) and Large (>5 cm length) and counted. The area of one representative leaf of each size-class was measured on each plant using a handheld leaf area meter. Variable: Unit: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "W_treatment" Well-watered (w) or drought stressed (d) "Leafsize" The size-class of the measured leaves. "small", "large" "Leafno" The number of leaves for a given size-class and plant. "Leafarea" cm2 The area of one representative leaf per given size-class and plant.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 11:24:41 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 28th 2016
End date | January 28th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129363
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160209_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160209_L2.csv
Type | PROCESSED
Size | 8.4KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_LEAFAREA_PUNCHES_20160129_L2.csv, GHS39_GREAT_MAIN_LEAFAREA_PUNCHES_20160209_L2.csv Method: Leaf punches were collected from each plant in the experiment using a 0.79 cm2 leaf punch and a rubber stopper from a mature, thickened leaf developed under the conditions of the glasshouse room, avoiding the mid vein. Punches were collected into seed envelopes, dried at 60C and weighed. Variable: Unit: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Punchno" The number of punches collected from the given plant. Usually 4 but sometimes less, if the leaf was too small. "Puncharea" cm2 The area of the collected leaf punches. Multiples of 0.79. "Punchmass" mg The dry mass of the punches after drying at 60C.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 11:29:10 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 9th 2016
End date | February 9th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129364
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160129_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_LEAFAREA-PUNCHES_20160129_L2.csv
Type | PROCESSED
Size | 8.5KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_LEAFAREA_PUNCHES_20160129_L2.csv, GHS39_GREAT_MAIN_LEAFAREA_PUNCHES_20160209_L2.csv Method: Leaf punches were collected from each plant in the experiment using a 0.79 cm2 leaf punch and a rubber stopper from a mature, thickened leaf developed under the conditions of the glasshouse room, avoiding the mid vein. Punches were collected into seed envelopes, dried at 60C and weighed. Variable: Unit: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Punchno" The number of punches collected from the given plant. Usually 4 but sometimes less, if the leaf was too small. "Puncharea" cm2 The area of the collected leaf punches. Multiples of 0.79. "Punchmass" mg The dry mass of the punches after drying at 60C.
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 11:29:10 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | January 29th 2016
End date | January 29th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129365
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_SOIL_VWC-hydro_20160225_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_SOIL_VWC-hydro_20160225_L2.csv
Type | PROCESSED
Size | 2.9KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. Method: Measure of soil volumetric water content using handheld Campbell Hydrosense II at a 20 cm depth. Measurements were completed by sticking the fork of the Hydrosense twice into each pot of provenance B. Measurements were completed between 16:30 and 17:30h. It is highly likely that Room 2 was not watered that morning due to the irrigation system failing. Variables: "Room": 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov": B (Tropical) "W_treatment": Well-watered (w) or drought stressed (d) "Pot" : The replicate number "VWC": Volumetric water content as measured at 20 cm by hand held Hydrosense (%)
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 11:53:04 +10:00
Added by | Angelica Varhammar (a.varhammar@uws.edu.au)
Start date | February 25th 2016
End date | February 25th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129366
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-R_20160217-20160224_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-R_20160217-20160224_L2.csv
Type | CLEANSED
Size | 1.1MB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_GX_R_20160217-20160224_L2.csv Method: Measurement of dark respiration rates of leaves, stems and roots at 25C using the LI-6400 with conifer chamber and waltz chamber. The block temperature was controlled so that leaf temperatures were 25C (±1.5C). Reference CO2 was 400±5 ppm. Flow was 400 µmol per sec. Five plants from each provenance (A, Bw, Bd and C) from each room (1 to 6) were harvested. A subsample of 2-4 leaves (~100 cm2), whole stems (tiny leaves not included in the leaf harvest component removed) and whole or subsample of roots were measured after acclimating to the dark and the room temperature for a minimum of 20 min. Variable: Unit: Description: "Date" The date respiration measurement was completed. "Organ" The organ measured; "leaf", "stem" or "root". "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" Replicate number 1 to 90. "Code" Provenance and replicate number "W_treatment" Well-watered (w) or drought stressed (d). Only provenance B had well watered (w) AND drought (d) pots "Unit" The LI-6400 unit used. "dCO2" Differential between CO2 in the sample and CO2 in the reference cell. For other variables see following link for details: https://sites.google.com/site/hievuws/facilities/glasshouse-s30/collection-codes/variable-metadata
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-12 17:43:40 +10:00
Added by | Mark Tjoelker (m.tjoelker@uws.edu.au)
Start date | February 17th 2016
End date | February 24th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129367
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-LEAVES_20160229_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-LEAVES_20160229_L2.csv
Type | PROCESSED
Size | 2.1KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_BIOMASS_Gx-leaves_20160211_L1.csv, GHS39_GREAT_MAIN_BIOMASS_Gx-leaves_20160229_L1.csv Method: The leaves measured for leaf gas exchange were marked by an "X" on the tip of the leaf with a sharpie and later collected into seed envelopes for determination of SLA. Petiole not included. Leaves dried at 60C. Variable: Unit: Description: "Prov" A (temperate), B (Tropical) or C (Subtropical) "W_treatment" Well-watered (w) or drought stressed (d) "Code" Provenance and replicate number "Leafarea" cm2 Leaf area of the collected leaf "Leafmass" g Dry mass of the collected leaf after drying at 60C. "Comment" Comments on data row. Note that a few leaves had small punches removed prior to leaf sampling (each punch was 0.79 cm2)
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-11 14:45:50 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 29th 2016
End date | February 29th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/129210
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_HEIGHTDIAMETER_20160108-20160229_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_HEIGHTDIAMETER_20160108-20160229_L2.csv
Type | PROCESSED
Size | 65KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_HEIGHT&DIAMETER_20160108-20160229_L2.csv Method: The diameter was measured using digital callipers at 2 cm above ground in two perpendicular directions. The length of the main stem was measured from the soil surface to the beginning of the petiole of the terminal leaf using a folding ruler. Measurements were repeated on six occasions. Variable: Unit: Description: "Date" The date of the measurement. "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures = 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" The replicate number. "W_treatment" Well-watered (w) or drought stressed (d) "Code" The origin of the seed; A (temperate), B (Tropical) or C (Subtropical) and replicate number 1 to 90. "Height" cm The length of the main stem. "D1" mm Diameter of the stem at 2 cm above the soil surface in direction 1. "D2" mm Diameter of the stem at 2 cm above the soil surface in direction 2. "Comment" Comments recorded during measurements
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-13 14:22:44 +10:00
Added by | Dushan Kumarathunge (d.kumarathunge@westernsydney.edu.au)
Start date |
End date |
Persistent URL | http://w0297.uws.edu.au/data_files/129525
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_GX-AQ_20160225-20160226_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_GX-AQ_20160225-20160226_L2.csv
Type | PROCESSED
Size | 260KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. File names: GHS39_GREAT_MAIN_GX-AQ_20160202-20160203_L1.csv,GHS39_GREAT_MAIN_GX-AQ_20160225-20160226_L1.csv Method: Measurement of in-situ photosynthetic rates at four light levels; PAR 1500 (Asat), PAR 1000, PAR 500 and PAR 100 using the LI-6400 with the standard 2 x 3 cm chamber. The block temperature was controlled so that leaf temperatures were 20, 24, 28, 32, 36 and 40C (±1.5C) in rooms 1 to 6, respectively. Reference CO2 was adjusted so that the sample CO2 concentration was 400±5 ppm. A fully developed leaf was chosen and allowed to stabilise at high light (PAR 1500). The "LightCurve" program was used with the minimum and maximum wait times of 60 and 120 seconds, respectively and to match if differential is <200. Eight replicates of each provenance in each room were measured. Variable: Description: "Room" 1 to 6. The temperature regime of the glasshouse room. Mean daily temperatures= 1: 18C, 2: 21.5C, 3: 25C, 4: 28.5C, 5: 32C and 6: 35.5C. "Prov" A (temperate), B (Tropical) or C (Subtropical) "Pot" Replicate number 1 to 90. "W_treatment" Well-watered (w) or drought stressed (d) "Code" Provenance and replicate number "Unit" The LI-6400 unit used. For other variables see following link for details: https://sites.google.com/site/hievuws/facilities/glasshouse-s30/collection-codes/variable-metadata
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-05-17 12:50:27 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 25th 2016
End date | February 26th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/130104
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS39_GREAT_MAIN_SOIL_VWC-HYDRO_20160225_L2.csv

### Basic Information

Name | GHS39_GREAT_MAIN_SOIL_VWC-HYDRO_20160225_L2.csv
Type | PROCESSED
Size | 2.9KB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. These data reflect hand-held measurements of soil volumetric water content (VWC) taken with a hydrosense sensor on 2016-02-25. Variable: Unit: Description: "Room": the glasshouse room number "Prov" A (temperate), B (Tropical) or C (Subtropical) "W_treatment" Well-watered (w) or drought stressed (d) "Pot" the identifying pot number "VWC" volumetric water content (%)
Labels |
Tags |
Experiment | GREAT
Facility | Glasshouse S39
Date added | 2016-09-16 09:09:57 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date | February 25th 2016
End date | February 25th 2016
Persistent URL | http://w0297.uws.edu.au/data_files/149957
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS30_PCS_BIOG_PROV-LOCATIONS.csv

### Basic Information

Name | GHS30_PCS_BIOG_PROV-LOCATIONS.csv
Type | RAW
Size | 752Bytes
File format | text/plain
Description | Provenance locations of Eucalyptus grandis and tereticornis used in the big biogeography study (Drake et al. 2015 GCB). "sp": either E. grandis (g) or E. terticornis (t) "prov": the letter designation for provenances used in the experiment. Note that a different lettering system was used in the subsequent GREAT experiment. "seedlot": the seedlot number from the Australian Tree Seed Centre "lat": latitude "long" : longitude "meanT": the estimated mean annual temperature (deg C) at the provenance location, estimated from bioclim data.
Labels |
Tags |
Experiment | PCS- provenance climate shift
Facility | Glasshouse S30
Date added | 2016-09-16 09:17:13 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date |
End date |
Persistent URL | http://w0297.uws.edu.au/data_files/149958
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip

## GHS30_GREAT_MAIN_EUTE-ALA.csv

### Basic Information

Name | GHS30_GREAT_MAIN_EUTE-ALA.csv
Type | RAW
Size | 4MB
File format | text/plain
Description | Experiment: The GREAT experiment consisted of three provenances of Eucalyptus tereticornis (Temperate, Subtropical and Tropical) grown at six temperatures using controlled glasshouse bays in the S39 glasshouse at Western Sydney University from 2016-01-07 to 2016-02-29. The tropical provenance was grown under well watered and water limited conditions. This file contains location information for observations of Eucalyptus tereticornis, as accessed from the Atlas of Living Australia (ALA). Formatting and variable names follow ALA standards.
Labels |
Tags |
Experiment | PCS- provenance climate shift
Facility | Glasshouse S30
Date added | 2016-09-16 09:20:08 +10:00
Added by | John Drake (je.drake@uws.edu.au)
Start date |
End date |
Persistent URL | http://w0297.uws.edu.au/data_files/149959
Parents |
Children | Glasshouse_DRAKE_EUTE_THERMAL-NICHE.zip