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Major Funded projects


An evaluation of multispectral imagery of dryland crops as an aid to field agronomists

Using airborne video to map winter weeds in emerging crops

Developing a rapid, cost effective method of assessing algal biomass in the riverine environment

Use of airborne digital imaging to assess within-paddock variability in rice production

Mapping blackberry thickets with airborne video data

Determining flow/inundation relationships for the Murrumbidgee River using satellite remote sensing

Monitoring Regional Scale Water Balance & Rice Crop Yield using Remote Sensing

Assessment of Environmental Flows for the Murrumbidgee River

Response of diagnostic bioindicators of river red gum (Eucalyptus camaldulensis) health to changes in flow

Mapping of forest moisture stress using high resolution spectral data

An evaluation of airborne video for mapping moisture stress in the Barmah-Millewa river red gum forest

Scoping study of correlations between chlorophyll fluorescence, spectral reflectance and canopy dieback at Olney State Forest, NSW

Ground calibration of River Red Gum health associated with airborne video imagery

An evaluation of multispectral imagery of dryland crops as an aid to field agronomists

Research Supervisor:
Dr David Lamb

Research Staff:
Mr Ian Saunders, Mr John Mahon, Mr. Ian Glasgow

Funding:
$63,500 (IAMA)

Duration:
1997-1998

Project Summary:
Airborne multispectral imaging has been used primarily as a research-support tool for monitoring variability in vegetation canopies to monitor stress or productivity. Imaging systems have been deployed over rangeland and river environments, and in recent years over agricultural targets to monitor variability in crop growth and development. The aims of this project were to evaluate whether the technology could be used to assist field agronomists in their regular crop-monitoring activities throughout a full growing season, identifiy approprirate times within a season for deploying the technology, and ascertain farmer response to using the technology.