Dairy farms in Queensland were stratified by six regions, three levels of enterprise size (0.25-0.69, 0.7-1.39 or >1.4 ML milk/year) and two rainfall zones (1000 mm/year). Thirteen percent of farmers (89 farms) were surveyed using a prepared questionnaire to ascertain the current production systems, forage management practices and preferences for extension services. Herd size, dairy area, milk production per cow, the use of cropping, pit silage, concentrate input and irrigation input all increased (P < 0.05) with larger enterprises. At the same time the stocking rate on high milk volume farms was almost twice that on smaller farms. The drier zone
The Darling Downs and Southern Inland Burnett are important geographical subregions of the Queenslan...
The Australian dairy industry relies primarily on pasture for its feed supply. However, the variabil...
Although several forage species such as perennial ryegrass are predominant, there is a wide range of...
Farmlets, each of 20 cows, were established to field test five milk production systems and provide a...
Milk producers in northern Australia are attempting to make rapid adjustments to production systems ...
Queensland dairy farmers have had to confront in the last 5 years deregulation of the milk pricing s...
In the subtropical environment of northern Australia there is potential to intensify dairy productio...
One of the key differences between the extensive and intensive animal industries is the facility int...
Seasonal supply dairying in Canterbury operates under different conditions to those prevailing in th...
Development Corporation conducted a large-scale telephone survey of 1826 Australian dairy farms to e...
New Zealand dairy farm systems are changing. The traditional seasonal all-pasture system reliant on ...
Forage management underpins the viability of pastoral dairy systems. This review investigated recent...
Three studies were conducted to look at water use efficiency (WUE) and profitability on irrigated da...
A knowledge-based decision support system called DAIRYPRO was applied to farm survey data to provide...
The dairy industry in the southern Murray Darling Basin region of Australia is a major consumer of i...
The Darling Downs and Southern Inland Burnett are important geographical subregions of the Queenslan...
The Australian dairy industry relies primarily on pasture for its feed supply. However, the variabil...
Although several forage species such as perennial ryegrass are predominant, there is a wide range of...
Farmlets, each of 20 cows, were established to field test five milk production systems and provide a...
Milk producers in northern Australia are attempting to make rapid adjustments to production systems ...
Queensland dairy farmers have had to confront in the last 5 years deregulation of the milk pricing s...
In the subtropical environment of northern Australia there is potential to intensify dairy productio...
One of the key differences between the extensive and intensive animal industries is the facility int...
Seasonal supply dairying in Canterbury operates under different conditions to those prevailing in th...
Development Corporation conducted a large-scale telephone survey of 1826 Australian dairy farms to e...
New Zealand dairy farm systems are changing. The traditional seasonal all-pasture system reliant on ...
Forage management underpins the viability of pastoral dairy systems. This review investigated recent...
Three studies were conducted to look at water use efficiency (WUE) and profitability on irrigated da...
A knowledge-based decision support system called DAIRYPRO was applied to farm survey data to provide...
The dairy industry in the southern Murray Darling Basin region of Australia is a major consumer of i...
The Darling Downs and Southern Inland Burnett are important geographical subregions of the Queenslan...
The Australian dairy industry relies primarily on pasture for its feed supply. However, the variabil...
Although several forage species such as perennial ryegrass are predominant, there is a wide range of...