Precision Horticulture
Transcript
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This trial site is not only looking at the performance of drip irrigation in cane but more importantly the application of fertigation management as one possible solution to improve fertiliser efficiency putting what the crop needs when the crop needs it. An important outcome from this trial is actually evaluating the performance of these drip systems in a cane production system, both in terms of the potential yield gain we can get from improved irrigation and fertigation management, as well as the economic return from this type of system.
I am mainly focusing on the crop physiology, more specifically by using sensor technology and IT platform try to detect the problems with the crop and report to the stakeholders. It really opens the window for the farmers to monitor their crops remotely it provides some safety in their mind. So basically you will be able to see the situation your crops based on their sensor data feeding back, for example with one of our industry partner with Beauty one system online so they can monitor directly from the office in Sydney about what things are happening in Bundaberg.
For example, you will be able to know when the crops appear to have some water stress and they need water, and then it will further be able to link that to the automatic irrigation system. It's critical to keep a good relationship with industry partner especially communicating with them without barriers so we can have a good understanding about what they really need and make sure the technology we have been integrating will be deployable for them. We are trying to understand some of the issues, some of the problems that are faced by farmers with this kind of system. I'm also looking at using remote sensing techniques including drones to improve irrigation scheduling. We want to make sure that the water being used in agriculture is used as efficiently as possible.
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Netafim are very pleased to be involved in this trial here at Bundaberg. This trial is a collaboration between CQU and DAF and it's a fertigation trial to optimise how we fertigate sugarcane.
This trial hopes to deliver optimal rates, timings and scheduling of fertigation and water to sugarcane, currently, there are some models for irrigation but there's very few, if none, for the fertigation of sugarcane. We can really do a lot better using the modern technologies, better automation, better in-crop monitoring so those systems are being tested here with the hope of growing more crop for farmers in a more profitable way. It makes sense for us to work with this. Netafim are very keen for this trial to succeed and we are delighted to be involved with our collaborative partners.
CQUniversity’s Precision Horticulture team is focused on improving the productivity and profitability of Queensland’s major horticultural commodities.
Horticulture currently contributes more than $3 billion to the Queensland economy. Our research team aims to deliver innovative farming practices that will make a substantial impact on its regional development.
The team is based in Bundaberg, Australia’s most diverse and fastest growing horticultural region with an international reputation for producing a range of crops including macadamias, sweet potato, avocado, citrus, mangos and chilies. The region also incorporates some of Australia’s largest protected cropping enterprises growing miniature cucumbers, blueberries and
Led by Professor Phil Brown, the Precision Horticulture team has also managed international development projects in Papua New Guinea and horticultural supply chain research in the Pacific Islands.
The team has also led the Hinkler AgTech Initiative, an Australian Government funded project aimed at improving the Bundaberg region’s agricultural productivity and profitability through greater uptake of agricultural technology.
Specialist research skills within the team include:
- Production practices for tropical environments
- Assessing the cost-effectiveness of innovations in structures and production practices
- Plant and pest physiology
- Crop agronomy and production practices
- Drone-based crop sensing for biomass, yield, crop water status and early detection of pests and diseases
- Advanced management decision support tools
- Plant parasitic nematode management in vegetable crops
- Automated pest insect monitoring systems.
IFFS is responsible for implementing the Hinkler AgTech Initiative, which is a $5 million commitment under the Australian Government’s Hinkler Regional Deal. The aim of the Initiative is to increase the region’s agricultural profitability and productivity through greater utilisation of agricultural technology (AgTech).
This project aims to assist small-holder sweet potato farmers in the Papua New Guinea highlands move from subsistence farming to market-oriented production.
Led by CQUniversity and funded by the Australian Centre for International Research (ACIAR), the five-year project aims to strengthen supply chains to selected high-value markets and improve production levels through the supply of clean, high-performing planting material and improved production practices.
Institute for Future Farming Systems (IFFS) recently led a Category 1 Australian Centre for International Research (ACIAR) project aimed at promoting the effective use of protective cropping systems in the Pacific Islands, to enable farmers to grow high-value vegetable crops all year round. The three-and-a-half-year project involved international collaboration between CQU, partner organisations in Fiji, Samoa and Tonga and the Queensland Department of Agriculture and Fisheries.
