The major constraint in understanding grass above ground biomass variations using
remotely sensed data are the expenses associated with the data, as well as the limited …

Grazing land ecosystem services including food provision and climate regulation are greatly
influenced by soil health. This paper provides a condensed review of studies on the …

In recent decades several pasture legumes have been available in southern Australia as
potential alternatives to the most widely used annual pasture legume Trifolium …

Abstract Knowledge of the spatial variability of soil properties and of forage yield is needed
for informed use of soil inputs such as variable rate technology (VRT) for lime and fertilizers …

An improved ability to predict pasture dry matter (DM) yield response to applied phosphorus
(P), potassium (K) and sulfur (S) is a crucial step in determining the production and …

The knowledge of soil property spatial variability is useful for determining the rational use of
inputs, such as the site-specific application of lime and fertilizer. The objective of this study …

Usually, soils utilised for livestock production have similar high spatial variability as those for
agricultural or forest use. As a consequence, it is necessary to determine the spatial patterns …

Purpose A poor understanding of the nature of variation of soil properties within a field can
lead to management decisions that reduce productivity or increase off-site environmental …

Pasture soils can exhibit a high spatial variability which should be characterised to properly
manage the yield potential of different within-field areas. Thus, with the aim of proposing an …

In recent years, different algorithms have been utilised to delineate management zones,
areas with similar properties, within agricultural fields. However, there are few applications …