This section covers many of the on-farm practices and procedures that are conducted as part of sugarcane farming, including harvesting, irrigation, and precision agriculture. SRA invests in and conducts a range of research and adoption activities across these aspects of sugarcane farming.
Cane production is affected by both harvesting and field issues which can impact on raw sugar quality and quantity. Both harvesting efficiency and crop presentation affect cane yield, cane quality and ratoonability (ratooning).
Harvesting Best Practice (HBP) guidelines
Research conducted into harvester performance has developed Harvesting Best Practice (HBP) guidelines to reduce cane loss, improve cane quality, and reduce stool damage.
The HBP guidelines also focus on the impact that crop presentation has on harvesting efficiency. Information available covers topics such as farming for efficient harvesting; the effect of extractor fanspeed on cane loss, crop yield, extraneous matter and CCS; harvester setup to reduce basecutter/chopper losses; and improving billet quality for planting.
With harvesting impacting on raw sugar quality and crop yields, a HBP approach will ensure the ongoing profitability and sustainability of the entire sugarcane industry.
- Feedtrain-Optimiser 2020
- SRA Guide to Modern Harvesting: Billet length
- SRA Guide to Modern Harvesting: Groundspeed
- SRA Guide to Modern Harvesting: Fanspeed
- Feedtrain Optimisation 2019
- SRA Guide to Modern Harvesting: Assessing Billet Quality
- SRA Guide to Modern Harvesting: Implementing Harvest Best Practice
- Pour Rate Ready Reckoner
- Harvesting Best Practice Manual
- Optimisation Form_Online
- Information sheet: Billet Quality
- Using a refractometer to assess sugar content
- Information sheet: Reduce harvesting losses; Dollars in your pocket not in the paddock
- Information sheet: Minimising pick up losses
- Information sheet: Harvesting Best Practice Origins
- Mobile Maturity Tester
- Sensors for Improved Harvesting Feedback - Summary of Project Survey
Precision agriculture Precision agriculture
Precision agriculture (PA) is a farm management technique that addresses the variability of the land and resulting variability in yield to improve farm productivity and profitability. PA can also help address variability in weed, pest and disease occurrence and moisture supply. In its current form, PA is often associated with technologies such as GPS, GIS and variable-rate applicators. The use of technology does not always automatically lead to PA but, in sugarcane production, technology is used for most PA practices.
SPAA Precision Agriculture Australia is a non-profit membership-based group formed to promote the development and adoption of precision agriculture technologies.
Precision Agriculture Manual (Grains Research and Development Corporation) provides a good introduction to precision agriculture, much of which can be applied to sugarcane.
Farmacist is an agronomic solutions provider that offers precision agriculture consulting for sugarcane.
Precision Agriculture Consulting is a consulting company offering advice, training and products associated with precision farming industries.
International Society of Precision Agriculture (ISPA) is a non-profit, professional scientific organisation working to advance the science of precision agriculture.
PrecisionAg is a website that provides a wealth of information about all things related to precision agriculture as well as a link to the PrecisionAg Institute, a research, education and advocacy group.
Equipment and Software
Many companies throughout Australia and the world provide precision agriculture equipment and software. Below is a list of those most commonly used in sugarcane production:
- AgLeader: GPS guidance systems, displays, software
- Fairport Farm PAM Software
- Farmworks Farm Management Software
- John Deere
- SMS Farm Management Software
- Trimble Agriculture: GPS guidance systems, displays, and training including information specific to sugarcane
This information is provided for your interest. We do not endorse any of these organisations as outlined in our disclaimer.
- Manual - Precision Agriculture for the Sugarcane Industry
- Sugarcane Yield Monitor Update
- Simple GPS Data Collection and Mapping
- What is Precision Agriculture?
- GPS and GNSS for Agriculture
- GIS and Precision Agriculture
- Soil Apparent Electrical Conductivity
- Variable-Rate Technology
- Remote Sensing in PA
- Block Surveys on the Bundaberg Sugar Farm
- Taking out the Guesswork: What block surveys can do to improve your productivity
Best Management Practices (BMP) Best Management Practices (BMP)
- Case Study Comparison between commercial farming systems in the Southern Region
- The impact of Smartcane BMPs on business and the environment in the Wet Tropics - Case Study 1 Salmec
- The impact of Smartcane BMPs on business and the environment in the Wet Tropics - Case Study 2 Doug Crees
- The impact of Smartcane BMPs on business and the environment in the Wet Tropics - Case Study 3 Adrian Darveniza
- The impact of Smartcane BMPs on business and the environment in the Wet Tropics - Case Study 4 Chris Bosworth
- The impact of BMP on business and the environment in the Wet Tropics - Case Study 6 David Singh
Planting and ground preparation Planting and ground preparation
- Press wheels on cane planters
- Minimum till planting may save your failed plant cane block
- Wave disk cultivator
- Bed renovator
- Bed formers used in the sugarcane farming system
- Cane planters used in controlled traffic farming systems
- Controlled traffic farming systems
- Guide for sugarcane planting
- Harvester modification to cut wider row spacings
- Soybean planters used in the improved farming system
- Zonal tillage
Pathways to water quality improvement in the Myrtle Creek (Proserpine) sub-catchment Pathways to water quality improvement in the Myrtle Creek (Proserpine) sub-catchment
Pathways to water quality improvement in the Myrtle Creek sub-catchment is monitoring paddock-scale run-off water quality on four farms in the sub-catchment (Proserpine mill area). Funded by the Department of Environment and Science, each site compares a different management practice related to nutrient or herbicide management. The results support previous research and demonstration results linking practices such as:
• Timing application to avoid run-off for at least the first 20 days after application
• Incorporation of herbicides and nutrients with irrigation can assist in improving water quality.
• Less on, less off
The project aims to allow growers to look at water quality at the farm scale, with the opportunity to compare different practices they are interested in. Please note these are demonstration sites, not statistically analysed research trials.
- Summary of the Myrtle Creek project
- Myrtle Creek Catchment Samples Infosheet 2021
- Myrtle Creek Site 1 Infosheet 2021
- Myrtle Creek site 2 infosheet 2021
- Myrtle Creek Catchment samples Infosheet 2020
- Myrtle Creek Site 1 Information Sheet 2020
- Myrtle Creek Site 2 Infosheet 2020
- Myrtle Creek Site 3 Infosheet 2020
- Myrtle Creek Site 4 Infosheet 2020
- 2018/19 Wet Season information sheet
- 2018/19 Wet Season site one information sheet
- 2018/19 Wet Season site two information sheet
- 2018/19 Wet Season site three information sheet
- 2018/19 Wet Season site four information sheet
- Myrtle Creek project catchment samples
- Pesticide and Water Quality Information Sheet 2020
- Handy tips for herbicides Proserpine
- Major usage constraints Proserpine