In sub-tropical regions there is enormous seasonal, annual and spatial variation in pasture quality and considerable variation in quality between pasture species. The heterogeneous structure of sub-tropical pasture swards means that process based modelling of liveweight change (LWC) is particularly difficult. In response to this complexity LWC has been expressed as a function of the length of the growing season and/or pasture utilization (McKeon et al. 2000), green leaf availability, or pasture availability and climate (Hirata et al. 1993). However, these relationships vary from year to year, often fail when species composition changes, and generally explai
Abstract: The Mitchell grasslands are some of the most productive grazing lands in Australia. Howeve...
Steer liveweight gains were measured in an extensive grazing study conducted in a Heteropogon contor...
Herbage intake by animals grazing tropical/sub-tropical pastures is directly related to bite mass, a...
The variation in liveweight gain in grazing beef cattle as influenced by pasture type, season and ye...
Models for simulating beef-cattle enterprises require valid predictions of key animal production res...
Recent research suggests that the application of the old concepts of pasture management developed in...
The integration of grassland dynamics, livestock production and economics is necessary to improve de...
Exploring improved tropical forages is considered to be an important approach in delivering quality ...
Two experiments were conducted in the semi-arid (400 millimeter annual rainfall) Macquarie region of...
The premature decline of perennial grass based pastures in southern temperate Australia results in p...
The natural spatial variability in soil organic carbon (SOC) found under perennial pasture systems c...
Pasture resting (spelling) during the early wet season, has been identified as an ecologically usefu...
Climate changes caused by anthropogenic increases in greenhouse gases such as CO2 will affect southe...
Inter-annual variation in pasture herbage accumulation rate (HAR) is common in temperate dairy regio...
Increasing temperatures and atmospheric carbon dioxide (CO2) concentrations, together with changes t...
Abstract: The Mitchell grasslands are some of the most productive grazing lands in Australia. Howeve...
Steer liveweight gains were measured in an extensive grazing study conducted in a Heteropogon contor...
Herbage intake by animals grazing tropical/sub-tropical pastures is directly related to bite mass, a...
The variation in liveweight gain in grazing beef cattle as influenced by pasture type, season and ye...
Models for simulating beef-cattle enterprises require valid predictions of key animal production res...
Recent research suggests that the application of the old concepts of pasture management developed in...
The integration of grassland dynamics, livestock production and economics is necessary to improve de...
Exploring improved tropical forages is considered to be an important approach in delivering quality ...
Two experiments were conducted in the semi-arid (400 millimeter annual rainfall) Macquarie region of...
The premature decline of perennial grass based pastures in southern temperate Australia results in p...
The natural spatial variability in soil organic carbon (SOC) found under perennial pasture systems c...
Pasture resting (spelling) during the early wet season, has been identified as an ecologically usefu...
Climate changes caused by anthropogenic increases in greenhouse gases such as CO2 will affect southe...
Inter-annual variation in pasture herbage accumulation rate (HAR) is common in temperate dairy regio...
Increasing temperatures and atmospheric carbon dioxide (CO2) concentrations, together with changes t...
Abstract: The Mitchell grasslands are some of the most productive grazing lands in Australia. Howeve...
Steer liveweight gains were measured in an extensive grazing study conducted in a Heteropogon contor...
Herbage intake by animals grazing tropical/sub-tropical pastures is directly related to bite mass, a...