CeRDI has established a national and international profile for its eResearch applied to Agriculture, characterised by innovative approaches using advanced spatial mapping, the federation of agricultural-related data from disparate sources as well as portal design and visualisation tools. CeRDI has participated in the development of international standards for the interoperable exchange of soil data.
The Food Agility Cooperative Research Centre (CRC) is a $150 million innovation hub creating new digital technologies and services to benefit the Australian agrifood industry over a ten year period. CeRDI is contributing across each of the CRCs research programs which span Digital Agrifood Technologies, Agrifood Informatics and Sustainable Food Systems. Continue reading...
In 2017, the Cooperative Research Centre for High Performance Soils (CRC-HPS) was awarded $39.5 million over 10 years to assist Australian farmers make decisions on complex soil management issues. Federation University Australia has a major role in this CRC project, which is designed to optimise productivity, yield and profitability and ensure long-term sustainability of farming businesses. The University will contribute research expertise to better assist management and decision making in the use and development of high performance soils. Continue reading...
In late 2018, CeRDI was successful in a major investment round for the Co-operative Research Centre for High Performance Soils (Soil CRC). The Visualising Australasia’s Soils: A Soil CRC cloud-based research data federation was awarded $514,800 over two years, with $398,800 of this amount allocated to FedUni. Continue reading...
This project will support the establishment of a soil monitoring network for the Glenelg-Hopkins Catchment Management Authority (GHCMA) region. The project is being conducted by Dr Nathan Robinson, senior research fellow in CeRDI, in collaboration with Southern Farming Systems (SFS) for the GHCMA. Continue reading...
Southern Farming Systems has been awarded funding through the Australian Government’s National Landcare Program. Entitled ‘Building the resilience and profitability of cropping and grazing farmers in the high rainfall zone of Southern Australia’ the project involves input and collaboration from CeRDI and other consortium members including farming groups, industry bodies, private enterprise and the Victorian Government. Continue reading...
Precision Agriculture is one of Australia’s most experienced agriculture technology providers. In 2017, the company initiated a three-year research collaboration with Federation University Australia to accelerate the adoption of precision farming techniques in Australia. This collaboration will see Precision Agriculture and FedUni’s CeRDI co-creating innovative digital agriculture, spatial mapping, data visualisation and decision support tools in response to farmer and farm adviser needs across broad acre cropping, horticulture, viticulture and pasture-based systems. Continue reading..
This 2 year investment (2018 & 2019) recognises the importance of year to year climate variability as a major source of risk to grain grower profitability in the southern region. This applied RD&E project will work with the grains industry to improve the way we can communicate and use imperfect, though improving, seasonal climate forecast information. Continue reading...
Online Farm Trials (OFT) provides online access to trial research information for Australia's grains industry. Funded by the Grains Research and Development Corporation, OFT provides advanced spatial mapping and filtering tools to enable agronomists and growers to rapidly find published research trials which are decision useful. With spatial enablement, other relevant location-based grains data are federated, including soil and climate data from complementary national, state and regional databases. OFT received the 2016 Victorian Spatial Excellence Award for Spatial Enablement. Continue reading...
Over a four-year period, CeRDI has developed a web-based digital repository of all Final Reports dating back to the early 1990s for the Grains Research and Development Corporation. This project has enabled GRDC to evaluate, convert and collate reports into a consistent and accessible format for easy access and comparison. Innovative knowledge management approaches are supporting greater access to research and grater uptake of research findings across the grains industry. Continue reading...
The Southern Farming Systems (SFS) soil probe network portal (ProbeTrax) has been established to monitor and assess soil temperature and moisture conditions from 62 soil probes which have been installed across the major soil types of the high rainfall zones of Victoria and Tasmania. CeRDI has developed a web platform that displays the current and historical soil moisture and temperature values across the probe Continue reading...
CropPro is a web-based diagnostic tool developed primarily for agronomists in Victoria to provide evidence-based information, diagnostic and economic tools to enhance Victoria's wheat and canola crop productivity and profitability. The tool was developed in collaboration with the Victorian Department of Economic Development, Jobs, Transport and Resources. Continue reading...
Grain and Graze 3 is an online portal which provides updated information, case studies, articles, discussion papers, tools and other decision-making resources to assist mixed farming enterprises. Grain and Graze 3 was developed in collaboration with Nicon Rural Services. Continue reading...
The Agricultural Price Guide is a web-based tool developed to enable growers and agronomists to examine historic pricing information and fluctuations in prices for major agricultural commodities at various locations across southern and Western Australia. The Price Guide is one of the custom applications developed for the Grain and Graze 3 website. Continue reading...
Digital Soil Mapping in Australia (OzDSM) is a collaborative workspace for researchers working on digital soil mapping (DSM) in Australia. This workspace has been developed in collaboration with the Australian Advisory Group on Digital Soil Assessment, a working group of the National Committee on Soil and Terrain. CeRDI is collaborating with OzDSM to develop and test digital soil mapping products and functions. Continue Reading...
The Soil IE Demonstrator was constructed for the OGC global interoperability experiment. It interoperably federates soil data stored in three disparate databases in New Zealand, Australia and The Netherlands. Data is displayed via a universal schema (SoilML) and data can be dynamically modelled using pedotransfer functions via a web processing service (WPS). Continue reading...
Visualising Victoria’s Groundwater (VVG) is an innovative technology offering a real-time, centralised site for Victoria’s ground water information, a resource normally invisible to the public. VVG consolidates data from over 400,000 bores from four authoritative sources together with Victorian aquifer information with features that include spatial visualisations, hydrogeological models and historical records and maps. In 2018, an updated and modernised VVG portal was launched offering extensive new functionality and content. Continue reading...
The Corangamite Natural Resource Management Planning Portal (NRM Planning Portal) is an innovative approach to collaborative, integrated catchment management by providing the tools and information for communities and agencies to identify joint priorities for catchment management. The NRM Planning Portal enables information, knowledge and environmental datasets to be shared, allowing participants to exchange insights about land management in a collaborative online environment. Continue reading...
The Corangamite Soil Health Knowledge Base is a repository of soil health information for the Corangamite region of Victoria. It assists land managers and other stakeholders to implement catchment management plans across the region. The Knowledge Base was developed in collaboration with Corangamite CMA and was awarded the 2015 Victorian Spatial Excellence Award and the 2015 Asia Pacific Spatial Excellence Award, Environment and Sustainability category. Continue reading...
Referred to as the New Digital Age (Schmidt and Cohen 2013), or era of Big Data (e.g. Boyd and Crawford 2012; Mayer-Schonberger and Cukier 2013) the present time period provides unprecedented opportunities for a deeper understanding and appreciation of our global environments, including agricultural and agribusiness environments. The volume of digital data in agricultural landscapes has grown exponentially, much of it collected by sensors (Keogh and Henry 2016; Stubbs 2016). In addition, data availability has vastly improved as governments in many countries adopt open data policies, including Australia (Productivity Commission 2016).
by Chris Bahlo
Precision Agriculture has the potential to improve Australian agriculture by making it more resilient, productive and profitable while reducing environmental impact and increasing social value. Improvements in farm profitability and Australia's global competitiveness can be achieved through integration of digital data generated by sensor technologies with existing landscape and legacy data sets from many sources. The use of open standards in this process of discovery, assessment, access and use of data, sensors and processing services will allow collaboration, fluid publishing and dynamic decision-making. Continue reading...
Visualising Australasia's Soils - Ballarat Workshop 2019 (4:28)
Project kick-off workshop 11-14 February 2019 held at CeRDI, Federation University Australia, Ballarat.
The Soil CRC journey to find soil health, soil function & soil performance indicators (4:17)
Is a suite of soil indicators a better measure of soil performance? (3:00)
Visualising Victoria's Groundwater (10:36)
An interoperative web-GIS that federates groundwater data from disparate sources to assist groundwater researchers and help water managers make the correct choices for the sustainable use of a precious resource. www.vvg.org.au.
Online Farm Trials (6:09)
The principle objective of the OFT project is to help improve the productivity and sustainability of farming enterprises by improving access to trial research information. www.farmtrials.com.au.
Online Farm Trials - Why participate in the OFT project? (2:19)
Online Farm Trials - SFS Case Study (Malt vs. Barley) (5:00)
Probe Trax SFS moisture probe platform (4:48)
A new web based platform to interact with the SFS moisture probe network. www.sfs.org.au/ProbeTrax_MoistureProbeNetwork.
Murphy A., McKenna K., Corbett J. &, Taylor M. 2016. Online Farm Trials Impact Research: First Wave. CeRDI Internal Report. 106p.
Dahlhaus P.G. & Thompson H. 2014. GRDC eResearch. Online knowledge base, research data and tools to enhance Australian grains research. Discussion Paper. Centre for eResearch and Digital Innovation. Federation University Australia. 12p.
Milne R., Dahlhaus P.G., Nicholson C., Thompson H., MacLeod A., Feely P., McCue T., Gillett H. & Corbett J. (2014). Online farm trials: A research repository for Australian grain growers. Paper presented at Digital Rural Futures, Regional futures - Agricultural Futures - Digital Futures, 25-27 June 2014, University of Southern Queensland, Toowoomba, Queensland. Conference paper.
Dahlhaus P., Thompson H. & Macleod A. (2013). Interoperable data - a researcher's dream? Paper presented at Digital Rural Futures conference on Smart Farms - Smart Regions, 26-28 June 2013. Armidale, New South Wales. Conference paper.
Digital Agriculture: A CeRDI View
Assoc. Prof. Helen Thompson, Assoc. Prof. Peter Dahlhaus - 10 February 2017
CeRDI Research: Agriculture, Climate Change, Citizen Science
Assoc. Prof. Helen Thompson - September 2016
Federation University Australia: CeRDI Research: Agriculture
Assoc. Prof. Helen Thompson - August 2016
Digital Agriculture Data for Research and Decision
Assoc. Prof. Helen Thompson - August 2016
RINPAS Data for Decisions: Big Data and Data Communities
Assoc. Prof. Helen Thompson – 31 May 2016
Online Farm Trials: Knowledge, Technology, Smarter Farming
Presentation at 2014 Digital Rural Futures Conference at University of Southern Queensland