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Mariela Soto-Berelov, Simon Jones, Andrew Mellor, Darius Culvenor, Andrew Haywood, Lola Suárez,
Phillip Wilkes, William Woodgate, Glenn Newnham
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
TERN: Terrestrial Ecosystem Research Network http://tern.org.au/
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
The Facility comprises a portal for data archive and access (including standard processing and validation methods for specific biophysical land cover products and basic processed time-series biophysical image maps).
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Chowilla, Mallee Woodland Tumbarumba, Temperate eucalypt forest
Credo, Great western woodland
Robson Creek, Upland rainforest
What does an AusCover CALVAL site look like?
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
(from Jeff Morrissette, Bigfoot program)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
CRC Spatial Information (Project 2.07) Australian Woody Vegetation Landscape Feature
Generation from Multi-Source Airborne and Space-Borne Imaging and Ranging Data
Goal: To develop processes to characterise woody vegetation ecosystems through automated feature generation, using a combination of ground (field), airborne and space-borne image and ranging data.
CRC Spatial Information (Project 2.07)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Box-Iron bark forest (central Victoria)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Photo: Zbynek Malenovsky
Mountain Ash (Victorian Central Highlands)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Mixed Species foothills forest (East Gippsland)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
2
25
100
Cano
py h
eigh
t (m
)
Canopy complexity
Eucalypt Non-eucalypt Understory
50
75
Phil Wilkes, 2013
Catalyst of forest ecosystem research across various stakeholders! Background Study Area Research
activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Airborne Acquisition Hyperspectral imagery Full Spectrum
• 0.4-2.4um (SPECIM Eagle-Hawk) Waveform LiDAR
• Riegel Q560
Airborne - Calibration
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Airborne - Calibration
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Field Data Collection Processes: Atmospheric measurements
- General plot characterisation - Ground cover - Small tree characterisation - Large tree characterisation - Understorey species - Fractional cover, LAI - Coarse woody debris - Terrestrial Laser scans
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
•Overstorey vegetation (Foliage Projective Cover) •Understorey vegetation (Fractional Cover)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
VALIDATION
SLATS
Ground based structural characterisation
•Overstorey vegetation (Foliage Projective Cover) •Understorey vegetation (Fractional Cover)
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
VALIDATION Ground based structural characterisation
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Ground based structural characterisation of the vegetation with terrestrial lidar Background Study Area Research
activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Kim Calders
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Wilkes et al. IGARSS 2013
Leaf sampling to monitor vegetation health Background Study Area Research
activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
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400 800 1200 1600 2000
Wavelength (nm)
Ref
lect
ance
Eucalyptus melliodora
Eucalyptus polyanthemos
Eucalyptus tricarpa
Euc. Macrorhyncha
Rushworth Reference
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400 800 1200 1600 2000
Wavelength (nm)
Ref
lect
ance
Eucalyptus nitens
Eucalyptus regnans
Eucalyptus delegatensis
Acacia dealbata
Wattscreek Reference Leaf sampling to monitor vegetation health
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Ground data comparison
(Woodgate et al., ISPRS, GSR2, 2012)
Catalyst of forest ecosystem research across various stakeholders VEGNET Scanner Background Study Area Research
activities Conclusion
MODIS 1km LAI (Rushworth)
IGARSS July 2013 – Monitoring vegetation dynamics from automated in-situ terrestrial lidar, Darius Culvenor, Glenn Newnham, Andrew Mellor and Andrew Haywood
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Monitoring vegetation dynamics from automated in-situ terrestrial lidar, Culvenor et al. IGARSS 2013
High temporal resolution data!
Monitoring vegetation dynamics from automated in-situ terrestrial lidar, Culvenor et al. IGARSS 2013
Challenges
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Benefits, Ongoing Research & Legacy
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
Rowena Smith, Rebecca Trevithick, Dr. Mark Broomhall, Dr. Laurie Chisholm, Dr, Bernie-JM, Dr. Natalia Restrepo-Coupe, Dr. Kara Youngentob, Dr. Juan Pablo Guerschman, Michael Schaefer, Dr. Brendon McAtee, Dr. Kasper Johansen, Professor Alfredo Huete, Christoffer Axelsson
Background Study Area Research activities Conclusion
A collaborative framework for vegetated systems research: a perspective from Victoria, Australia
