Research Data Package README file
Package Title
Container volume study with Eucalyptus tereticornis seedlings including data for growth, leaf level physiology and modelled net seedling C uptake.Package Creation Date
February 28th 2017Package File Name
pot_volume_experiment_data.zipID
http://handle.westernsydney.edu.au:8081/1959.7/hiev_147URL
http://w0297.uws.edu.au/data_files/174409Description
Container volume experiment with Eucalyptus tereticornis. Six container sizes ranging from 5-35L were planted alongside 1 naturally sown seedling per plot with unrestricted soil access. Total of 7 plots, consisting of 8 1m2 subplots. In each subplot a container or naturally sown seedling was planted, with one subplot left blank. Experiment lasted 120 days. In all data files, volume = 1000 stands for the naturally planted seedling control with unrestricted soil access and does not represent an actual soil volume. Zip file includes 11 data files and one meta data file.Experiment
Pot volume experimentFacility
Hawkesbury Forest ExperimentAdded By
Courtney CampanyLabels
container volume, Eucalyptus tereticornis, growth, PhotosynthesisStart time
2013-01-21 11:00:00 +11:00End time
2013-05-21 10:00:00 +10:00Access Rights Type
OpenAccess Rights String
Dataset is available via the Western Sydney University ResearchDirect record under Attachments section.Licence
CC BY: AttributionLicence URI
http://creativecommons.org/licenses/by/4.0Rights Statement
Copyright Western Sydney UniversityLanguage
EnglishHDL Handle
Physical Location
Western Sydney UniversityGrant Numbers
Related Websites
http://courtneycampany.com/, http://courtneycampany.com/, http://www.westernsydney.edu.au/hie, http://www.westernsydney.edu.au/hieCreator
Courtney Campany (c.campany@uws.edu.au)Contributors
Software Information
Generating Software Application | HIEv |
Software Version | 2.4.02 |
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 |
hieinfo@lists.uws.edu.au | |
Description | |
URLs | http://www.westernsydney.edu.au/hie |
Summary of Files
Name | Type | Size | Experiment | Facility | Download | View |
---|---|---|---|---|---|---|
pot_volume_data.zip | PROCESSED | 890KB | Pot volume experiment | Hawkesbury Forest Experiment | Download | View |
Experiments
Pot volume experiment
ID | Experiment_101 |
Parent Facility | Facility - Hawkesbury Forest Experiment |
Description | Container volume experiment with Eucalyptus tereticornis. Six container sizes ranging from 5-35L were planted alongside 1 naturally sown seedling per plot with unrestricted soil access. Total of 7 plots, consisting of 8 1m2 subplots. In each subplot a container or naturally sown seedling was planted, with one subplot left blank. Experiment lasted 120 days. In all data files, volume = 1000 stands for the naturally planted seedling control with unrestricted soil access and does not represent an actual soil volume. |
Start date | 2013-01-21 |
End date | 2013-05-21 |
Subject | Container volume, Eucalyptus tereticornis, photosynthesis, growth |
Access Rights | CC BY: Attribution (http://creativecommons.org/licenses/by/4.0) |
FOR codes |
060705 - Plant Physiology
|
Persistent URL | http://w0297.uws.edu.au/org_level1/24/org_level2/101 |
Facilities
Hawkesbury Forest Experiment
Code | HFE |
Description | A continuing rise in the atmospheric CO2 concentration is inevitable, and its impact on Australia's forest and woodland ecosystems must be considered in our environmental management and water catchment strategies. The Hawkesbury Forest Experiment in Western Sydney, Australia, is designed to provide this information. The experiment brings together an expert team of researchers from a number of universities to address these concerns. https://www.westernsydney.edu.au/hie/facilities/hawkesbury_forest_experiment Our broad focus is on developing a predictive understanding of the growth and carbon storage potential and productivity of both managed and unmanaged eucalypt forests, growing in typical Australian conditions, and their responses to the rising CO2 levels that will occur during the next 50 years. |
Location | -33.610855, 150.740768, , |
Parent Organisation | Hawkesbury Institute for the Environment |
Primary Contact | Craig Barton (c.barton@uws.edu.au) |
Persistent URL | http://w0297.uws.edu.au/org_level1/24 |
Files
pot_volume_data.zip
Basic Information
Name | pot_volume_data.zip |
Type | PROCESSED |
Size | 890KB |
File format | application/zip |
Description | Container volume experiment with Eucalyptus tereticornis. Six container sizes ranging from 5-35L were planted alongside 1 naturally sown seedling per plot with unrestricted soil access. Total of 7 plots, consisting of 8 1m2 subplots. In each subplot a container or naturally sown seedling was planted, with one subplot left blank. Experiment lasted 120 days. In all data files, volume = 1000 stands for the naturally planted seedling control with unrestricted soil access and does not represent an actual soil volume. Zip file includes 11 data files and 1 meta data file. |
Labels | CG_ALA_RAnalysis, CG_Anatomy, CG_GasExchange, CG_Growth, CG_Growth_VI, CG_Harvest, CG_Hydraulic_Analyses, container volume, Eucalyptus tereticornis, growth, Photosynthesis |
Tags | |
Experiment | Pot volume experiment |
Facility | Hawkesbury Forest Experiment |
Date added | 2017-02-28 10:48:32 +11:00 |
Added by | Courtney Campany (c.campany@uws.edu.au) |
Start date | January 21st 2013 |
End date | May 21st 2013 |
Persistent URL | http://w0297.uws.edu.au/data_files/174408 |
Parents | |
Children | pot_volume_experiment_data.zip |