published - 8 February 2019
By Alexis Killoran
Upgrading to spray irrigation in the Macalister ID

At a glance
Project: Flood to spray conversion
Area: 36 hectares
Soil type: Moderate permeability
Water source: River diversion and reuse system
Production: Significant increase
Stock numbers: Tripled
Project cost: $138,314
Incentives rebate: $12,472
Project cost per hectare: $3,842
Automated: Remotely operated
Manual labour: Significantly reduced
The Farm
Alex and Olivia McArthur from Waverly Pastoral operate a dairy farm in Maffra. They milk …
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Farm Planning, Home, Irrigation Systems, Resources

published - 4 October 2018
By Nick O'Halloran
Renewables and Irrigation Webinar – What works and when? On and off grid systems

Agricultural research economists, Janine Powell and Jon Welsh (both AgEcon) share their findings about how and when incorporating renewable energy technologies and irrigation storage stack up.
Janine and Jon first began investigating the feasibility of renewable energy and irrigation in 2014 during the Department of Agricultures’ Carbon Farming Futures program and …
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Home, Irrigation Systems, Resources

published - 20 September 2018
By Alexis Killoran
Making sure you are ready for irrigation – maintenance tips

Due to the dry conditions experienced in the Macalister Irrigation District (MID), irrigation has started earlier, and perhaps may finish later than normal, so it is important to ensure your system is operating as efficiently as possible.
This will maximise the amount of grass or pasture you can grow and reduce …
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Home, Irrigation Systems, Resources

published - 10 September 2018
The design of a Centre Pivot or Lateral Move irrigator

System design can vary greatly for Centre Pivot or Lateral Move (CPLM) irrigation systems. Variations in design can have a large effect on capital and operating costs. Paddock shape, soil type, local climate, crops to be grown and power source will all influence design requirements. Understanding these design requirements for …
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Home, Irrigation Systems, Resources

published - 17 August 2018
Planning a Centre Pivot or Lateral Move system

When planning a Centre Pivot or Lateral Move (CPLM) system the following aspects need to be considered at the planning stage:

Physical location (area, shape, topography, soil type)
Water supply (flow rate, supply location, quality and quantity)
Irrigable area (area to be developed, system capacity)

Land area: A typical centre pivot system has a …
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Home, Irrigation Systems, Resources

published - 6 August 2018
Centre Pivot or Lateral Move – what to consider?

Centre Pivot and Lateral Move (CPLM) irrigation systems have many advantages over surface irrigation systems. However careful consideration regarding system design, as well as adequate system maintenance and management, is essential to achieving these benefits.  The following points need to be considered when installing CPLM systems:
Advantages and disadvantages of …
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Home, Irrigation Systems, Resources

published - 27 July 2018
By Jeremy Giddings
Aspects to consider when choosing an irrigation system for horticulture

Irrigation system selection is an important aspect of setting up or upgrading horticultural enterprises. There are many different types of irrigation systems available, and in many cases there is no single best solution for any given situation.
Each irrigation system type has its advantages and disadvantages, depending on the situation, …
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Farm Planning, Home, Irrigation Systems, Resources

published - 20 July 2018
By Jeremy Giddings
Variable speed drives — an energy saving option for irrigated horticulture

A variable speed drive (VSD) is used to adjust a pump’s flow or pressure to the field requirements (actual demand). Adopting VSDs in irrigation was historically for operational reasons such as providing constant pressure outputs, ‘soft starts’, or reducing pump wear. More recently, as energy prices continue to rise, the …
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Home, Irrigation Systems, Resources

published - 1 March 2018
By Jeremy Giddings
Maintaining a drip irrigation system for perennial horticulture

Irrigation systems only operate well if properly maintained. This is especially important for drip irrigation, as it is difficult to detect problems before crop health problems become obvious.
The most common problems with drip irrigation are:

emitter clogging
dripper component deterioration
system pressure mismanagement.

Regular maintenance and monitoring is the best way to identify and …
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Home, Irrigation Systems, Resources