Pastures

Pastures play a major role in agricultural enterprises and contribute over $3 billion annually in Western Australia through animal production, improvements to crop rotations and conserved fodder. In a typical year pastures occupy up to half the land in low to medium rainfall areas and over two thirds of the land in high rainfall areas. Improved pastures are increasingly being used to play a more comprehensive role in farming systems to address emerging challenges for environment protection and food production.

The Department of Primary Industries and Regional Development is a world leader in pasture breeding and selection, grazing systems design and agronomic management of pastures. The department provides information, tools and resources to support the success of the agriculture sector in improving the productivity and profitability of pasture systems under both dryland and irrigated conditions. 

Articles

  • Whole farm nutrient mapping helps graziers make informed nutrient management decisions.

  • Estimating or measuring soil texture provides valuable information about soil properties affecting crop and pasture growth. Soil texture affects the movement and availability of air, nutrients and

  • The Department of Primary Industries and Regional Development is planning for the future of irrigated agriculture development in the Pilbara, recently completing a three-year investigation into irr

  • In the high rainfall south-west of Western Australia, especially on sandy soils, the most commonly used nitrogen and phosphorus fertilisers can be leached into the groundwater and washed into water

  • Micronutrient deficiencies can result from removal of agricultural products over many years, changes in soil acidity, or from large increases in plant biomass as a result of added nitrogen fertilis

  • Carbon farming is the agricultural practices or land use to increase carbon stored in the soil and vegetation (sequestration) and to reduce greenhouse gas emissions from livestock, soil or vegetati

  • Potassium deficiency can lead to loss of clover content and severely limit production of high rainfall.

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