name [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
@type	Dataset
description [?]	The Australian phenology product from MYD13A1 (16-days, 500m resolution). To download data packages with sets of images click on the "hasPart" links below.
datePublished [?]	2019-11-01
author [?]	Professor Alfredo Huete Dr Qiaoyun Xie
Referenced by
about [?]	ro-crate-metadata.jsonld
citation [?]	Mark Broich, Alfredo Huete, Matt Paget, Xuanlong Ma, Mirela Tulbure, Natalia Restrepo Coupe, Bradley Evans, Jason Beringer, Rakhesh Devadas, Kevin Davies, Alex Held (2015). A spatially explicit land surface phenology data product for science, monitoring and natural resources management applications. Environmental Modelling & Software, 64, pp. 191–204, http://dx.doi.org/10.1016/j.envsoft.2014.11.017 M. Broich, A. Huete, M. G. Tulbure, X. Ma, Q. Xin, M. Paget, N. Restrepo-Coupe, K. Davies, R. Devadas, and A. Held (2014). Land surface phenological response to decadal climate variability across Australia using satellite remote sensing. Biogeosciences, 11, pp. 5181-5198, http://dx.doi.org/10.5194/bg-11-5181-2014 Xuanlong Ma, Alfredo Huete, Qiang Yu, Natalia Restrepo Coupe, Kevin Davies, Mark Broich, Piyachat Ratana, Jason Beringer, Lindsay B. Hutley, James Cleverly, Nicolas Boulain, Derek Eamus (2013). Spatial patterns and temporal dynamics in savanna vegetation phenology across the North Australian Tropical Transect. Remote Sensing of Environment, 139, pp. 97–115, http://dx.doi.org/10.1016/j.rse.2013.07.030
contactPoint [?]	mailto:Contact data-librarian@uts.edu.au
hasPart [?]	Pheno_Australia_peak_VI_timing_2018_thumb.jpg User Guide-Australian phenology product 500m resolution.pdf 1. Start of the growing season/ 2. Peak of the growing season/ 3. End of the growing season/ 4. Length of the growing season/ 5. Minimum EVI value before PGS/ 6. Minimum EVI value after PGS/ 7. Peak EVI value of the growing season/ 8. Integral EVI value of the growing season/
identifier [?]	http://dx.doi.org/10.26195/5ddb113735b86
license [?]	Attribution 4.0 International (CC BY 4.0)
publisher [?]	University of Technology Sydney
spatialCoverage [?]	Australia
temporalCoverage [?]	2003-2018
user guide	User Guide-Australian phenology product 500m resolution.pdf
relation:Funder	Project: "Australian landscape phenology and vegetation dynamics for climate resilience, ecosystem services, and forecasting" Funder: Terrestrial Ecosystem Research Network (TERN)

Go to: https://orcid.org/0000-0003-2809-2376

name [?]	Professor Alfredo Huete
@type	Person
description [?]	Remote sensing scientist
affiliation [?]	https://ror.org/03f0f6041
Referenced by
author [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
family Name	Huete
given Name	Alfredo

Go to: https://orcid.org/0000-0002-1576-6610

name [?]	Dr Qiaoyun Xie
@type	Person
description [?]	Remote sensing scientist
affiliation [?]	https://ror.org/03f0f6041
Referenced by
author [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
family Name	Xie
given Name	Qiaoyun

Go to: http://dx.doi.org/10.1016/j.envsoft.2014.11.017

name [?]	Mark Broich, Alfredo Huete, Matt Paget, Xuanlong Ma, Mirela Tulbure, Natalia Restrepo Coupe, Bradley Evans, Jason Beringer, Rakhesh Devadas, Kevin Davies, Alex Held (2015). A spatially explicit land surface phenology data product for science, monitoring and natural resources management applications. Environmental Modelling & Software, 64, pp. 191–204, http://dx.doi.org/10.1016/j.envsoft.2014.11.017
Referenced by
citation [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage

Go to: http://dx.doi.org/10.5194/bg-11-5181-2014

name [?]	M. Broich, A. Huete, M. G. Tulbure, X. Ma, Q. Xin, M. Paget, N. Restrepo-Coupe, K. Davies, R. Devadas, and A. Held (2014). Land surface phenological response to decadal climate variability across Australia using satellite remote sensing. Biogeosciences, 11, pp. 5181-5198, http://dx.doi.org/10.5194/bg-11-5181-2014
Referenced by
citation [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage

Go to: http://dx.doi.org/10.1016/j.rse.2013.07.030

name [?]	Xuanlong Ma, Alfredo Huete, Qiang Yu, Natalia Restrepo Coupe, Kevin Davies, Mark Broich, Piyachat Ratana, Jason Beringer, Lindsay B. Hutley, James Cleverly, Nicolas Boulain, Derek Eamus (2013). Spatial patterns and temporal dynamics in savanna vegetation phenology across the North Australian Tropical Transect. Remote Sensing of Environment, 139, pp. 97–115, http://dx.doi.org/10.1016/j.rse.2013.07.030
Referenced by
citation [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage

⬇️ Download: Pheno_Australia_peak_VI_timing_2018_thumb.jpg

name [?]	Pheno_Australia_peak_VI_timing_2018_thumb.jpg
@type	File
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
encodingFormat [?]	JPEG File Interchange Format
contentSize [?]	370095
fileFormat [?]	http://www.nationalarchives.gov.uk/PRONOM/fmt/43
filename

⬇️ Download: User Guide-Australian phenology product 500m resolution.pdf

name [?]	User Guide-Australian phenology product 500m resolution.pdf
@type	File
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
encodingFormat [?]	Acrobat PDF 1.5 - Portable Document Format
contentSize [?]	936722
fileFormat [?]	http://www.nationalarchives.gov.uk/PRONOM/fmt/19
filename

⬇️📦 Download this dataset: 1. Start of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/1._Start_of_the_growing_season.zip
hasPart [?]	1. Start of the growing season/SGS_2003_Season1.tif 1. Start of the growing season/SGS_2003_Season2.tif 1. Start of the growing season/SGS_2004_Season1.tif 1. Start of the growing season/SGS_2004_Season2.tif 1. Start of the growing season/SGS_2005_Season1.tif 1. Start of the growing season/SGS_2005_Season2.tif 1. Start of the growing season/SGS_2006_Season1.tif 1. Start of the growing season/SGS_2006_Season2.tif 1. Start of the growing season/SGS_2007_Season1.tif 1. Start of the growing season/SGS_2007_Season2.tif 1. Start of the growing season/SGS_2008_Season1.tif 1. Start of the growing season/SGS_2008_Season2.tif 1. Start of the growing season/SGS_2009_Season1.tif 1. Start of the growing season/SGS_2009_Season2.tif 1. Start of the growing season/SGS_2010_Season1.tif 1. Start of the growing season/SGS_2010_Season2.tif 1. Start of the growing season/SGS_2011_Season1.tif 1. Start of the growing season/SGS_2011_Season2.tif 1. Start of the growing season/SGS_2012_Season1.tif 1. Start of the growing season/SGS_2012_Season2.tif 1. Start of the growing season/SGS_2013_Season1.tif 1. Start of the growing season/SGS_2013_Season2.tif 1. Start of the growing season/SGS_2014_Season1.tif 1. Start of the growing season/SGS_2014_Season2.tif 1. Start of the growing season/SGS_2015_Season1.tif 1. Start of the growing season/SGS_2015_Season2.tif 1. Start of the growing season/SGS_2016_Season1.tif 1. Start of the growing season/SGS_2016_Season2.tif 1. Start of the growing season/SGS_2017_Season1.tif 1. Start of the growing season/SGS_2017_Season2.tif 1. Start of the growing season/SGS_2018_Season1.tif 1. Start of the growing season/SGS_2018_Season2.tif

⬇️📦 Download this dataset: 2. Peak of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/2._Peak_of_the_growing_season.zip
hasPart [?]	2. Peak of the growing season/PGS_2003_Season1.tif 2. Peak of the growing season/PGS_2003_Season2.tif 2. Peak of the growing season/PGS_2004_Season1.tif 2. Peak of the growing season/PGS_2004_Season2.tif 2. Peak of the growing season/PGS_2005_Season1.tif 2. Peak of the growing season/PGS_2005_Season2.tif 2. Peak of the growing season/PGS_2006_Season1.tif 2. Peak of the growing season/PGS_2006_Season2.tif 2. Peak of the growing season/PGS_2007_Season1.tif 2. Peak of the growing season/PGS_2007_Season2.tif 2. Peak of the growing season/PGS_2008_Season1.tif 2. Peak of the growing season/PGS_2008_Season2.tif 2. Peak of the growing season/PGS_2009_Season1.tif 2. Peak of the growing season/PGS_2009_Season2.tif 2. Peak of the growing season/PGS_2010_Season1.tif 2. Peak of the growing season/PGS_2010_Season2.tif 2. Peak of the growing season/PGS_2011_Season1.tif 2. Peak of the growing season/PGS_2011_Season2.tif 2. Peak of the growing season/PGS_2012_Season1.tif 2. Peak of the growing season/PGS_2012_Season2.tif 2. Peak of the growing season/PGS_2013_Season1.tif 2. Peak of the growing season/PGS_2013_Season2.tif 2. Peak of the growing season/PGS_2014_Season1.tif 2. Peak of the growing season/PGS_2014_Season2.tif 2. Peak of the growing season/PGS_2015_Season1.tif 2. Peak of the growing season/PGS_2015_Season2.tif 2. Peak of the growing season/PGS_2016_Season1.tif 2. Peak of the growing season/PGS_2016_Season2.tif 2. Peak of the growing season/PGS_2017_Season1.tif 2. Peak of the growing season/PGS_2017_Season2.tif 2. Peak of the growing season/PGS_2018_Season1.tif 2. Peak of the growing season/PGS_2018_Season2.tif

⬇️📦 Download this dataset: 3. End of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/3._End_of_the_growing_season.zip
hasPart [?]	3. End of the growing season/EGS_2003_Season1.tif 3. End of the growing season/EGS_2003_Season2.tif 3. End of the growing season/EGS_2004_Season1.tif 3. End of the growing season/EGS_2004_Season2.tif 3. End of the growing season/EGS_2005_Season1.tif 3. End of the growing season/EGS_2005_Season2.tif 3. End of the growing season/EGS_2006_Season1.tif 3. End of the growing season/EGS_2006_Season2.tif 3. End of the growing season/EGS_2007_Season1.tif 3. End of the growing season/EGS_2007_Season2.tif 3. End of the growing season/EGS_2008_Season1.tif 3. End of the growing season/EGS_2008_Season2.tif 3. End of the growing season/EGS_2009_Season1.tif 3. End of the growing season/EGS_2009_Season2.tif 3. End of the growing season/EGS_2010_Season1.tif 3. End of the growing season/EGS_2010_Season2.tif 3. End of the growing season/EGS_2011_Season1.tif 3. End of the growing season/EGS_2011_Season2.tif 3. End of the growing season/EGS_2012_Season1.tif 3. End of the growing season/EGS_2012_Season2.tif 3. End of the growing season/EGS_2013_Season1.tif 3. End of the growing season/EGS_2013_Season2.tif 3. End of the growing season/EGS_2014_Season1.tif 3. End of the growing season/EGS_2014_Season2.tif 3. End of the growing season/EGS_2015_Season1.tif 3. End of the growing season/EGS_2015_Season2.tif 3. End of the growing season/EGS_2016_Season1.tif 3. End of the growing season/EGS_2016_Season2.tif 3. End of the growing season/EGS_2017_Season1.tif 3. End of the growing season/EGS_2017_Season2.tif 3. End of the growing season/EGS_2018_Season1.tif 3. End of the growing season/EGS_2018_Season2.tif

⬇️📦 Download this dataset: 4. Length of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/4._Length_of_the_growing_season.zip
hasPart [?]	4. Length of the growing season/LGS_2003_Season1.tif 4. Length of the growing season/LGS_2003_Season2.tif 4. Length of the growing season/LGS_2004_Season1.tif 4. Length of the growing season/LGS_2004_Season2.tif 4. Length of the growing season/LGS_2005_Season1.tif 4. Length of the growing season/LGS_2005_Season2.tif 4. Length of the growing season/LGS_2006_Season1.tif 4. Length of the growing season/LGS_2006_Season2.tif 4. Length of the growing season/LGS_2007_Season1.tif 4. Length of the growing season/LGS_2007_Season2.tif 4. Length of the growing season/LGS_2008_Season1.tif 4. Length of the growing season/LGS_2008_Season2.tif 4. Length of the growing season/LGS_2009_Season1.tif 4. Length of the growing season/LGS_2009_Season2.tif 4. Length of the growing season/LGS_2010_Season1.tif 4. Length of the growing season/LGS_2010_Season2.tif 4. Length of the growing season/LGS_2011_Season1.tif 4. Length of the growing season/LGS_2011_Season2.tif 4. Length of the growing season/LGS_2012_Season1.tif 4. Length of the growing season/LGS_2012_Season2.tif 4. Length of the growing season/LGS_2013_Season1.tif 4. Length of the growing season/LGS_2013_Season2.tif 4. Length of the growing season/LGS_2014_Season1.tif 4. Length of the growing season/LGS_2014_Season2.tif 4. Length of the growing season/LGS_2015_Season1.tif 4. Length of the growing season/LGS_2015_Season2.tif 4. Length of the growing season/LGS_2016_Season1.tif 4. Length of the growing season/LGS_2016_Season2.tif 4. Length of the growing season/LGS_2017_Season1.tif 4. Length of the growing season/LGS_2017_Season2.tif 4. Length of the growing season/LGS_2018_Season1.tif 4. Length of the growing season/LGS_2018_Season2.tif

⬇️📦 Download this dataset: 5. Minimum EVI value before PGS/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/5._Minimum_EVI_value_before_PGS.zip
hasPart [?]	5. Minimum EVI value before PGS/Minimum_EVI_1_2003_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2003_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2004_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2004_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2005_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2005_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2006_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2006_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2007_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2007_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2008_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2008_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2009_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2009_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2010_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2010_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2011_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2011_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2012_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2012_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2013_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2013_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2014_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2014_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2015_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2015_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2016_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2016_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2017_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2017_Season2.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2018_Season1.tif 5. Minimum EVI value before PGS/Minimum_EVI_1_2018_Season2.tif

⬇️📦 Download this dataset: 6. Minimum EVI value after PGS/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/6._Minimum_EVI_value_after_PGS-m.zip
hasPart [?]	6. Minimum EVI value after PGS/Minimum_EVI_2_2003_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2003_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2004_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2004_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2005_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2005_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2006_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2006_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2007_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2007_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2008_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2008_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2009_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2009_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2010_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2010_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2011_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2011_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2012_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2012_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2013_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2013_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2014_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2014_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2015_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2015_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2016_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2016_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2017_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2017_Season2.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2018_Season1.tif 6. Minimum EVI value after PGS/Minimum_EVI_2_2018_Season2.tif

⬇️📦 Download this dataset: 7. Peak EVI value of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/7._Peak_EVI_value_of_the_growing_season.zip
hasPart [?]	7. Peak EVI value of the growing season/Peak_EVI_2003_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2003_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2004_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2004_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2005_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2005_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2006_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2006_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2007_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2007_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2008_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2008_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2009_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2009_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2010_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2010_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2011_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2011_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2012_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2012_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2013_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2013_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2014_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2014_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2015_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2015_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2016_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2016_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2017_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2017_Season2.tif 7. Peak EVI value of the growing season/Peak_EVI_2018_Season1.tif 7. Peak EVI value of the growing season/Peak_EVI_2018_Season2.tif

⬇️📦 Download this dataset: 8. Integral EVI value of the growing season/

@type	Dataset
isPartOf [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
distribution [?]	http://data.research.uts.edu.au/downloads/67222dfddbd57f659ded65a0cd5c70e1/8._Integral_EVI_value_of_the_growing_season.zip
hasPart [?]	8. Integral EVI value of the growing season/Integral_EVI_2003_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2003_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2004_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2004_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2005_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2005_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2006_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2006_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2007_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2007_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2008_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2008_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2009_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2009_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2010_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2010_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2011_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2011_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2012_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2012_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2013_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2013_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2014_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2014_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2015_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2015_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2016_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2016_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2017_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2017_Season2.tif 8. Integral EVI value of the growing season/Integral_EVI_2018_Season1.tif 8. Integral EVI value of the growing season/Integral_EVI_2018_Season2.tif

Go to: https://creativecommons.org/licenses/by/4.0/

name [?]	Attribution 4.0 International (CC BY 4.0)
@type	CreativeWork
description [?]	This work is licensed under the Creative Commons Attribution 4.0 International License. To view a copy of this license, visit https://creativecommons.org/licenses/by/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA.
Referenced by
license [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage

Go to: https://ror.org/0384j8v12

name [?]	University of Technology Sydney
@type	Organization
memberOf [?]	https://ror.org/0384j8v12
Referenced by
publisher [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage

name [?]	Australia
@type	Place
Referenced by
spatialCoverage [?]	Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage
geo [?]	box: 112E 9.5S 154E 45S

Phenology - MODIS, derived from MYD13A1 EVI, Australia coverage