Research Data Package README file

Package Title

EucFACE Hydrological and meteorological measurements from 2012-04-30 to 2014-11-15

Package Creation Date

March 26th 2018

Package File Name

FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

ID

http://handle.westernsydney.edu.au:8081/1959.7/hiev_156

URL

http://w0297.uws.edu.au/data_files/227311

Description

This data set is composed of eight files in format csv. These data correspond to the meteorological (daily values) and hydrological (precipitation, soil water content, understorey evapotranpsiration, depth of the water table, interception and canopy transpiration) variables collected at the EucFACE site, from inside the rings. The study period comprises pre-treatment measurements, the CO2 ramp up period and the first 18 months of full elevated CO2 treatment. The start and end dates of all these files do not necessary match. See the associated 'readMe' file for further details. Further information regarding file contents: There are eight files included in this package: 1) Gimeno_wb_EucFACE_meteo.csv 2) Gimeno_wb_EucFACE_vwc_np.csv 3) Gimeno_wb_EucFACE_stemflow.csv 4) Gimeno_wb_EucFACE_interception.csv 5) Gimeno_wb_EucFACE_sapflow.csv 6) Gimeno_wb_EucFACE_underET.csv 7) Gimeno_wb_EucFACE_waterTableDepth.csv 8) Gimeno_wb_EucFACE_soilVars.csv These files contain all the data included in this publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: 1) Gimeno_wb_EucFACE_meteo.csv This file contains mean (of the six rings, unless stated otherwise) daily meteorological measurements from the EucFACE experimental site from 1 September 2012 to 1 September 2014. This file contains the following variables: Date: date variable (format yyyy-mm-dd) Tmean_C: numerical variable, mean daily temperature in °C Tmax_C: numerical variable, maximum daily temperature in °C Tmin_C: numerical variable, minimum daily temperature in °C RH_percent: numerical variable, mean daily relative humidity in % PAR_mol_day.1: numerical variable, total daily incoming photosynthetic photon flux density in mol/day NetRad_mm_day.1: numerical variable, total net radiation in mm/day VPD_kPa: numerical variable, mean daily vapour pressure deficit in kPa (see equations 14-24, 7-2 and 7-1 in the LICOR 6400 manual) VPDz_kPa: numerical variable, day-length normalized mean vapour pressure deficit in kPa (see Tor-ngren et al. 2015 New Phytologist 205:518) P_kPa: numerical variable, mean daily atmospheric pressure in kPa (only one sensor for the whole EucFACE site) rain_mm_day.1: numerical variable, numerical variable, total daily incoming precipitation (mean of gauges on top of the towers of rings 1, 3 and 4) in mm/day WS_m_s.1: numerical variable, mean (anemometers only on rings 1, 4 and 5) daily wind speed in m/s Gust_m_s.1: numerical variable, daily maximum (anemometers only on rings 1, 4 and 5) gust speed in m/s Ep_mm_s.1: numerical variable, total daily potential evapotranspiration (see Eq. 1 in associated paper: Gimeno et al. 2018, GCB) 2) Gimeno_wb_EucFACE_vwc_np.csv This file contains the mean (of the two access tubes per ring) volumetric water content measured at different dates and depths inside the EucFACE rings with the neutron probe. See the material and methods and supplementary material of the associated publication (Gimeno et al. 2018 GCB) from the 30 April 2012 to the 10 December 2014. This file contains the following variables: Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) Up.depth: numerical variable, measurement depth in cm vwc: numerical variable, soil volumetric water content in % 3) Gimeno_wb_EucFACE_stemflow.csv This file contains information on the volume of stem flow collected with the custom built gutters installed on trees adjacent to the EucFACE rings from the 28 September 2012 to the 5 November 2014. See Material and Methods section on the associated publication for further details. This file contains the following variables: Date: date variable (format yyyy-mm-dd) rainEventID: integrer, unique identifier for each precipitation event within this time series. See methods on the associated paper for a definition of what is a precipitation event quantity: numerical variable, cumulative precipitation of each precipitation event in mm duration: numerical variable, duration of each precipitation event in hours. intensity: numerical variable, intensity of each precipitation event in mm/h Tree: factor variable, individual tree identifier DBH: numerical variable, tree diameter in cm at 1.3 m height in September 2012 stfVol: numerical variable, volume of water in mm/event collected by each tree on each precipitation event 4) Gimeno_wb_EucFACE_interception.csv This file contains the calculated amount of water lost via canopy interception per precipitation event, after taking into account the estimated contribution of stemflow. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) rainEventID: integrer, unique identifier for each precipitation event within this time series. See methods on the associated paper for a definition of what is a precipitation event quantity: numerical variable, cumulative precipitation of each precipitation event in mm duration: numerical variable, duration of each precipitation event in hours. intensity: numerical variable, intensity of each precipitation event in mm/h Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) Ei: numerical variables, amount of water lost via canopy interception per precipitation event, after taking into account the estimated contribution of stemflow in mm/event 5) Gimeno_wb_EucFACE_sapflow.csv This file contains estimated daily tree transpiration volume for each EucFACE ring, mean and maximum daily sap-flow velocities. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) volRing: numerical variable, tree transpiration per ring in mm/day or L/(m2 x day) svMean: numerical variable, mean (of 3 or four trees per ring) daily sapflow velocity in cm/h svMax: numerical variable, daily maximum mean (of 3 or 4 trees per ring) saplfow velocity in cm/h 6) Gimeno_wb_EucFACE_underET.csv This file contains estimated daily understorey evapotranspiration for each EucFACE ring. Understorey evapotranspiration was estimated with two methods: by calculating the difference in upper (5 cm) soil moisture and from overall site evapotranspiration. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) wuTP: numerical variable, understrorey evapotranspiration in mm/day estimated from changes in upper soil moisture EfloorPred: numerical variable, understrorey evapotranspiration in mm/day estimated from the nonlinear correlation with site potential evapotranspiration 7) Gimeno_wb_EucFACE_waterTableDepth.csv This file contains information on the distance between the soil surface of the water table from the 10 July 2013 to the 11 November 2014. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) wtMean: numerical variable, depth of the water table in m 8) Gimeno_wb_EucFACE_soilVars.csv This file contains mean and standard error of daily soil volumetric water content measured with eight (per ring) TDR probes installed at 30 cm depth and soil temperature measured at 5 cm depth. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) vwcMean: numerical variable, mean (of eight probes per ring) daily soil volumetric water content at 30 cm depth vwcSE: numerical variable, standard error (of eight probes per ring) daily soil volumetric water content at 30 cm depth tempMean: numerical variable, mean (of two probes) daily soil temperature measured at 5 cm depth

Experiment

EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2

Facility

EucFACE

Added By

gerard devine

Labels

Eucalyptus, hydrological balance, Meteorological, Modified Climate

Start time

2012-04-30 10:00:00 +10:00

End time

2014-11-15 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 Western Sydney University

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

Creator

Teresa Gimeno (t.gimeno@uws.edu.au)

Contributors

Tim R. McVicar
Anthony P. O'Grady
David Tissue, HIE, Western Sydney University
David Ellsworth, HIE, Western Sydney University

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
Email hieinfo@lists.uws.edu.au
Description
URLs http://www.westernsydney.edu.au/hie

Summary of Files

Name Type Size Experiment Facility Download View
Gimeno_wb_EucFACE_meteo.csv PROCESSED 140KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_vwc_np.csv PROCESSED 180KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_stemflow.csv PROCESSED 280KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_interception.csv PROCESSED 160KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_sapflow.csv PROCESSED 300KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_waterTableDepth.csv PROCESSED 13KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_underET.csv PROCESSED 210KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_soilVars.csv PROCESSED 330KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View
Gimeno_wb_EucFACE_readme.txt PROCESSED 8.2KB EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2 EucFACE Download View

Experiments

EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2

ID Experiment_31
Parent Facility Facility - EucFACE
Description What will be the hydrological consequences of elevated CO2? An experimental test of the impacts of elevated CO2 on evapotranspiration in a mature Australian woodland
Start date 2012-04-18
End date
Subject Climate Change
Access Rights CC BY-NC-ND: Attribution-Noncommercial-No Derivatives (http://creativecommons.org/licenses/by-nc-nd/4.0)
FOR codes 050101 - Ecological Impacts of Climate Change
Persistent URL http://w0297.uws.edu.au/org_level1/7/org_level2/31

Facilities

EucFACE

Code EucFACE
Description Eucalyptus Free-Air CO2 Enrichment Facility
Location -33.61643299, 150.7380362, -33.61902662, 150.7382066
Parent Organisation Hawkesbury Institute for the Environment
Primary Contact Vinod Kumar (vinod.kumar@uws.edu.au)
Other Contact 1 Craig Barton (c.barton@uws.edu.au)
Other Contact 2 Craig Mc Namara (c.mcnamara@uws.edu.au)
Persistent URL http://w0297.uws.edu.au/org_level1/7

Files

Gimeno_wb_EucFACE_meteo.csv

Basic Information

Name Gimeno_wb_EucFACE_meteo.csv
Type PROCESSED
Size 140KB
File format text/plain
Description This file is associated with the following publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. This file contains mean (of the six rings, unless stated otherwise) daily meteorological measurements from the EucFACE experimental site from 1 September 2012 to 1 September 2014. This file contains the following variables: Date: date variable (format yyyy-mm-dd) Tmean_C: numerical variable, mean daily temperature in °C Tmax_C: numerical variable, maximum daily temperature in °C Tmin_C: numerical variable, minimum daily temperature in °C RH_percent: numerical variable, mean daily relative humidity in % PAR_mol_day.1: numerical variable, total daily incoming photosynthetic photon flux density in mol/day NetRad_mm_day.1: numerical variable, total net radiation in mm/day VPD_kPa: numerical variable, mean daily vapour pressure deficit in kPa (see equations 14-24, 7-2 and 7-1 in the LICOR 6400 manual) VPDz_kPa: numerical variable, day-length normalized mean vapour pressure deficit in kPa (see Tor-ngren et al. 2015 New Phytologist 205:518) P_kPa: numerical variable, mean daily atmospheric pressure in kPa (only one sensor for the whole EucFACE site) rain_mm_day.1: numerical variable, numerical variable, total daily incoming precipitation (mean of gauges on top of the towers of rings 1, 3 and 4) in mm/day WS_m_s.1: numerical variable, mean (anemometers only on rings 1, 4 and 5) daily wind speed in m/s Gust_m_s.1: numerical variable, daily maximum (anemometers only on rings 1, 4 and 5) gust speed in m/s Ep_mm_s.1: numerical variable, total daily potential evapotranspiration (see Eq. 1 in associated paper: Gimeno et al. 2018, GCB)
Labels Air Temperature, General Radiation, PAR, Relative Humidity
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 00:03:49 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 1st 2012
End date August 31st 2014
Persistent URL http://w0297.uws.edu.au/data_files/225647
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_vwc_np.csv

Basic Information

Name Gimeno_wb_EucFACE_vwc_np.csv
Type PROCESSED
Size 180KB
File format text/plain
Description This file is associated with the following publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains the mean (of the two access tubes per ring) volumetric water content measured at different dates and depths inside the EucFACE rings with the neutron probe. See the material and methods and supplementary material of the associated publication (Gimeno et al. 2018 GCB) from the 30 April 2012 to the 10 December 2014. This file contains the following variables: Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) Up.depth: numerical variable, measurement depth in cm vwc: numerical variable, soil volumetric water content in %
Labels VWC
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 00:51:58 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date April 30th 2012
End date December 10th 2014
Persistent URL http://w0297.uws.edu.au/data_files/225648
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_stemflow.csv

Basic Information

Name Gimeno_wb_EucFACE_stemflow.csv
Type PROCESSED
Size 280KB
File format text/plain
Description This file is associated with the following publication: Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains information on the volume of stem flow collected with the custom built gutters installed on trees adjacent to the EucFACE rings from the 28 September 2012 to the 5 November 2014. See Material and Methods section on the associated publication for further details. This file contains the following variables: Date: date variable (format yyyy-mm-dd) rainEventID: integrer, unique identifier for each precipitation event within this time series. See methods on the associated paper for a definition of what is a precipitation event quantity: numerical variable, cumulative precipitation of each precipitation event in mm duration: numerical variable, duration of each precipitation event in hours. Intensity: numerical variable, intensity of each precipitation event in mm/h Tree: factor variable, individual tree identifier DBH: numerical variable, tree diameter in cm at 1.3 m height in September 2012 stfVol: numerical variable, volume of water in mm/event collected by each tree on each precipitation event
Labels Stemflow
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 01:07:59 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 28th 2012
End date November 5th 2014
Persistent URL http://w0297.uws.edu.au/data_files/225649
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_interception.csv

Basic Information

Name Gimeno_wb_EucFACE_interception.csv
Type PROCESSED
Size 160KB
File format text/plain
Description This file is associated with the following publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains the calculated amount of water lost via canopy interception per precipitation event, after taking into account the estimated contribution of stemflow. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) rainEventID: integrer, unique identifier for each precipitation event within this time series. See methods on the associated paper for a definition of what is a precipitation event quantity: numerical variable, cumulative precipitation of each precipitation event in mm duration: numerical variable, duration of each precipitation event in hours. intensity: numerical variable, intensity of each precipitation event in mm/h Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) Ei: numerical variables, amount of water lost via canopy interception per precipitation event, after taking into account the estimated contribution of stemflow in mm/event
Labels Interception, Rain
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 01:24:55 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 28th 2012
End date November 25th 2014
Persistent URL http://w0297.uws.edu.au/data_files/225650
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_sapflow.csv

Basic Information

Name Gimeno_wb_EucFACE_sapflow.csv
Type PROCESSED
Size 300KB
File format text/plain
Description This file is associated with the following publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains estimated daily tree transpiration volume for each EucFACE ring, mean and maximum daily sap-flow velocities. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) volRing: numerical variable, tree transpiration per ring in mm/day or L/(m2 x day) svMean: numerical variable, mean (of 3 or four trees per ring) daily sapflow velocity in cm/h svMax: numerical variable, daily maximum mean (of 3 or 4 trees per ring) saplfow velocity in cm/h
Labels sapflow
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 01:34:38 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 22nd 2012
End date August 31st 2014
Persistent URL http://w0297.uws.edu.au/data_files/225651
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_waterTableDepth.csv

Basic Information

Name Gimeno_wb_EucFACE_waterTableDepth.csv
Type PROCESSED
Size 13KB
File format text/plain
Description This file is associated with the following publication: These files contain all the data included in this publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains information on the distance between the soil surface of the water table from the 10 July 2013 to the 11 November 2014. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) wtMean: numerical variable, depth of the water table in m.
Labels water, water table
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 01:43:24 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date July 10th 2013
End date November 7th 2014
Persistent URL http://w0297.uws.edu.au/data_files/225652
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_underET.csv

Basic Information

Name Gimeno_wb_EucFACE_underET.csv
Type PROCESSED
Size 210KB
File format text/plain
Description This file is associated with the following publication: These files contain all the data included in this publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains estimated daily understorey evapotranspiration for each EucFACE ring. Understorey evapotranspiration was estimated with two methods: by calculating the difference in upper (5 cm) soil moisture and from overall site evapotranspiration. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) wuTP: numerical variable, understrorey evapotranspiration in mm/day estimated from changes in upper soil moisture EfloorPred: numerical variable, understrorey evapotranspiration in mm/day estimated from the nonlinear correlation with site potential evapotranspiration
Labels
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 02:01:15 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 1st 2012
End date November 1st 2014
Persistent URL http://w0297.uws.edu.au/data_files/225653
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_soilVars.csv

Basic Information

Name Gimeno_wb_EucFACE_soilVars.csv
Type PROCESSED
Size 330KB
File format text/plain
Description This file is associated with the following publication: Title: Elevated CO2 did not affect the hydrological balance of a mature native Eucalyptus woodland Authors list: Teresa E. Gimeno, Tim R. McVicar, Anthony P. O’Grady, David T. Tissue and David S. Ellsworth Accepted for publication in Global Change Biology on the 12 March 2018 Corresponding author: Teresa E. Gimeno (teresa.gimeno@inra.fr, tegimeno@gmail.com). Even if these data are public, please consider contacting the corresponding author if you are planning to work with them. File description: This file contains mean and standard error of daily soil volumetric water content measured with eight (per ring) TDR probes installed at 30 cm depth and soil temperature measured at 5 cm depth. See methods on associated publication for further details. This file contains the following variables. Date: date variable (format yyyy-mm-dd) Ring: factor variable with six levels, indicates the EucFACE study ring CO2: factor variable with two levels indicating the CO2 treatment (A: ambient, E: elevated) vwcMean: numerical variable, mean (of eight probes per ring) daily soil volumetric water content at 30 cm depth vwcSE: numerical variable, standard error (of eight probes per ring) daily soil volumetric water content at 30 cm depth tempMean: numerical variable, mean (of two probes) daily soil temperature measured at 5 cm depth
Labels VWC
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-14 02:36:08 +11:00
Added by Teresa Gimeno (t.gimeno@uws.edu.au)
Start date September 20th 2012
End date October 31st 2014
Persistent URL http://w0297.uws.edu.au/data_files/225657
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip

Gimeno_wb_EucFACE_readme.txt

Basic Information

Name Gimeno_wb_EucFACE_readme.txt
Type PROCESSED
Size 8.2KB
File format Unknown
Description Metadata file documenting files included in the data package 'FACE_GIMENO_HYDROLOGICALBALANCE.zip'
Labels hydrological balance, Metadata, Modified Climate
Tags
Experiment EucFACE_P0018_DavidE_hydrological_consequences_elevated_CO2
Facility EucFACE
Date added 2018-03-16 14:02:30 +11:00
Added by gerard devine (g.devine@uws.edu.au)
Start date
End date
Persistent URL http://w0297.uws.edu.au/data_files/226025
Parents
Children FACE_PACKAGE_HYDROMET_GIMENO_20120430-20141115.zip