Equipment and machinery
Patience was indeed a virtue for Tasmania’s agriculture industry after the 2020 Precision Ag Expo successfully went ahead on Monday 2 November at Hagley Farm School, following a six-month delay.
Doris Blaesing from the Soil Wealth ICP team was also on hand to share information on the project’s activities, resources and outputs with attendees.
In this edition: 2020 Precision Ag Expo wrap-up, demonstration site findings from Katherine, Northern Territory and Koo Wee Rup, Victoria, and new resources including a soil microbiology fact sheet and advantages of Sunn hemp in veg production video.
This guide summarises and provides easy access to useful resources developed by the Soil Wealth and Integrated Crop Protection project from December 2017 to July 2020.
This case study explains how the irrigation tool, IrriSAT, combined with soil moisture monitoring, provided important information to the grower about crop water requirements and actual soil moisture levels. This enabled him to manage his crop irrigation to maximise yield and quality.
This NSW case study has shown that IrriSAT satellite images, used to monitor irrigation, can also help potato growers identify soil and irrigation problems across the pivot. Fixing the problems identified in this case study would have increased yield and revenue by between $7,600 and $10,800 under this half pivot.
Practical use of IrriSAT satellite imaging, weather data, and soil moisture sensors.
Irrigation decision making is one of the most significant factors affecting potato yield and quality. Join Dr. Kelvin Montagu and Marc Hinderager from the Soil Wealth / ICP project team discuss the new approaches to managing potato irrigation.
Learn about using the IrriSAT technology which combines evapotranspiration (ETo) and satellite imaging, and how to link this with data from direct soil moisture sensors, to help you schedule irrigation.
Marc and Kelvin discuss a recent case study conducted near Cowra, NSW to illustrate how the methods can work for potatoes.
A Bathurst pumpkin grower, working with the Soil Wealth team is breaking new ground by using cover crops and strip-tillage to make his irrigation water go further.
Greenhouse cucumbers can be one of the most productive of all crops. However, this productivity relies on accurate control of irrigation, plant nutrition and the growing environment, as well as effective management of pests and diseases. Only healthy plants can produce a high quality, marketable and profitable crop.
This manual provides basic guidance on growing greenhouse cucumbers. The focus is on modern, controlled environment production. However, much of the included information is relevant to all cucumber growers and, indeed, greenhouse producers more generally.
Most new technology for controlling weeds will be a positive step forward for soil health and the environment, and will play an important role in our fight against herbicide resistant weeds.
Watch this interactive session to hear from leading industry experts on some of the most interesting and practical advances in weed management.
Cover crops + roller crimper + strip-tillage have proven a winning combination for a partnership between
Mulyan Farms’ Ed Fagan and AHR’s Marc Hinderager from the Soil Wealth ICP project.
Lyndon Orpwood from Simplot Australia (Bathurst, NSW) explains how strip-tillage has improved moisture retention and field productivity. The benefits include stubble retention, greater efficiency and reduced diesel usage.
Ed Fagan (Cowra, NSW) explains how strip-tillage and cover cropping compliment each other for a successful cucumber crop.
When was the last time you checked your spray rig? Correct calibration can save you time, money and increase the effective application of chemicals and reduce risk to the environment and your staff.
This practical and useful poster can be displayed in the chemical storage area and spray rig shed on your farm as an important reminder for you and your employees.
Print off a copy or request one in the post today!
Hear from industry experts on how strip-till will save you fuel and time, increase soil organic matter, reduce erosion and compaction, and how fertilisers can be banded at multiple depths.
The Soil Wealth and Integrated Crop Protection case study demo site in north west Tasmania is Harvest Moon. This fact sheet showcases one of the practices employed at Harvest Moon, the ripper mulcher, which is used to manage the risk of soil erosion.
Vegetable cropping can leave topsoil vulnerable to significant erosion, and the ripper mulchers are free for Tasmanian growers to borrow and use.
Dr Kelvin Montagu demonstrates the erosion control benefits of strip-tillage in vegetable production.
Jeff McSpedden from Bathurst explains how strip tillage has improved the productivity of sweet corn on hist farm.
Choosing when to spray based on the prevailing wind speed is important for effectively applying chemicals and managing risk. This practical and useful poster can be displayed in the chemical storage area and spray rig shed on your farm as an important reminder for you and your employees.
Print off a copy or request one in the post today!
The ripper mulcher is unique machine invented and built in Tasmania by Bill Cotching to control erosion on sloping ground under cultivation.
When is the best time to spray during summer? What will maximise the effectiveness of the chemical and reduce off-target risk? Nufarm have developed this easy to follow poster to guide when to spray in summer and the key considerations around time of day.
And remember - always follow label instructions.
Looking to reduce establishment costs, improve your soil and save some time? Then have a look at strip-till in 2019.
Read this article to find out more about the benefits of stip-till, improvements to soil health, challenges, and what growers are saying after using stip-till.
Strip-till is a system of cultivation that works strips of soil where the crop will be planted or sown and leaves most of the soil covered and undisturbed.
Read this fact sheet to find out more about the benefits and challenges of strip-till, as well practical considerations out in the paddock.