Patch selection by grazing animals is difficult to quantify, particularly in large, extensive paddocks like those in northern Australia. However, advances in high resolution satellite imagery now allow identification of patch types over an entire paddock which combined with GPS collars to capture positional data, can give an accurate and comprehensive picture of landscape use by cattle
8 pp., 11 photos, 4 tables, 2 graphs, 1 worksheetResearch using cattle fitted with GPS collars has s...
Accurate field data on the paddock area affected by cow urine depositions are critical to the estima...
Precision agriculture is already being used commercially to improve variability management in row cr...
The selection of different patch types for grazing by cattle in tropical savannas is well documented...
With the commercial development of the global positioning system (GPS), it is now possible to monito...
Large paddocks, a heterogeneous landscape and widely dispersed water points provide challenges for t...
With the commercial development of the global positioning system (GPS), it is now possible to monito...
Rangeland monitoring aims to determine whether grazing management strategies meet the goals of susta...
The distribution of herbivores is hypothesized to be influenced by an interplay of several biophysic...
Combining technologies for monitoring spatial behaviour of livestock with technologies that monitor ...
Combining technologies for monitoring spatial behaviour of livestock with technologies that monitor ...
Extensive grazing systems are an integrated combination of animals, soils, plants and procedures, us...
On-animal sensors refer to systems that monitor the location, behaviour, or physiological characteri...
On-animal sensors refer to systems that monitor the location, behaviour, or physiological characteri...
Communal rangelands provide habitat to many plants and animals. However, there is evidence that live...
8 pp., 11 photos, 4 tables, 2 graphs, 1 worksheetResearch using cattle fitted with GPS collars has s...
Accurate field data on the paddock area affected by cow urine depositions are critical to the estima...
Precision agriculture is already being used commercially to improve variability management in row cr...
The selection of different patch types for grazing by cattle in tropical savannas is well documented...
With the commercial development of the global positioning system (GPS), it is now possible to monito...
Large paddocks, a heterogeneous landscape and widely dispersed water points provide challenges for t...
With the commercial development of the global positioning system (GPS), it is now possible to monito...
Rangeland monitoring aims to determine whether grazing management strategies meet the goals of susta...
The distribution of herbivores is hypothesized to be influenced by an interplay of several biophysic...
Combining technologies for monitoring spatial behaviour of livestock with technologies that monitor ...
Combining technologies for monitoring spatial behaviour of livestock with technologies that monitor ...
Extensive grazing systems are an integrated combination of animals, soils, plants and procedures, us...
On-animal sensors refer to systems that monitor the location, behaviour, or physiological characteri...
On-animal sensors refer to systems that monitor the location, behaviour, or physiological characteri...
Communal rangelands provide habitat to many plants and animals. However, there is evidence that live...
8 pp., 11 photos, 4 tables, 2 graphs, 1 worksheetResearch using cattle fitted with GPS collars has s...
Accurate field data on the paddock area affected by cow urine depositions are critical to the estima...
Precision agriculture is already being used commercially to improve variability management in row cr...