What’s being monitored in the virtual fencing trial… and why

The trial will be monitored to ensure the technology and practices are effective in improving drought resilience capacity, and to ensure that the design and demonstration of the trial is responsive and applicable to graziers.

A range of tools and strategies are being adopted including walkover weighing systems, faecal NIRS testing and land condition monitoring, to determine the most drought-resilient grazing systems and pasture varieties to maximise production and welfare, while reducing landscape vulnerability.

The collars’ inbuilt accelerometers and telemetry will also provide non-invasive and remote monitoring of livestock including animal behaviour, activity and energy expenditure on an individual level.

Telemetric data for individual cattle, in conjunction with faecal NIRS, weigh-ins at two or three monthly intervals and land condition assessment, will determine how preferential grazing patterns under various conditions impact cattle health and weight. This will better inform graziers on the needs of various cattle classes, and the best time to rotate cattle to minimise potential for condition loss.

Data collection method Purpose

eShepherd collars

Will demonstrate location and grazing distribution of individual animals.

Forage budgeting Industry standard calculation of pasture availability and livestock demands.
Faecal NIRS testing To identify pasture digestibility by percentage and protein content by percentage.
Faecal DNA barcoding Botanical composition.
Faecal stress hormone testing Cortisol levels.
Pasture monitoring  To capture biomass, level of defoliation, height (a proxy for pasture utilisation) and species composition.

More to read on virtual fencing

Virtual fencing trial

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Testing the virtual fence

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Connecting the fence

There is no mobile connectivity at Spyglass, so this will test whether Starlink broadband internet can support adoption of agtech in remote areas..
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