Farmers tap into new world of ‘Big Data’

Liz Wells, August 30, 2016

THE INFORMATION revolution dubbed ‘Big Data’ is set to be the next game-changer for Australian agriculture.

Image: CEMA

Big Data involves pulling together huge volumes of farm data. Image: CEMA

‘Big Data’ involves pulling together huge volumes of data from a wide range of sources to build a comprehensive store of information that policy makers, researchers, advisers, service providers and farmers can analyse to enhance decision making.

There are multiple, separate sources of valuable data and information across a range of scenarios that would be far more useful if they were brought together into one accessible resource.

Dr Michael Robertson

Dr Michael Robertson

CSIRO science director, Michael Robertson, said, in the agricultural context, that could mean pooling such things as all the known sources of weather information, soil tests and/or vegetation data.

“Imagine us being able to ‘vacuum up’ all the soil test data growers collect every year on their farms, analyse it and work out what it tells us in terms of the relationship between soil type, what crops grow well and what has happened to soil fertility. There are millions and millions of data points that growers collect every year,” he said.

“What about using the observations in the grain belt where pest and disease outbreaks happen every year and us being able to use that information in an aggregated sense to work out what is happening.”

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Dr Robertson said combining information from a range of sources provided a far more powerful tool than single sources of information.

“If you take a little bit of data you collect in one paddock in one season it tells you a certain amount of information; if you can do that over a number of seasons on that farm you start to learn more about patterns in production; but imagine being able to scale that up to cover the whole country,” he said.

“That would show how what a grower is doing in one paddock in one season fits into the context of what is being done on similar soil types in a different rainfall zone or under a different cropping practice.

“With the data added together, we can create something much more useful and helpful for an individual grower.

“I think it will enable us to underpin the next generation of precision agriculture and competence around decision-making, both on-farm and post-farm.”


“Big data is like teenage sex: everyone talks about it, nobody really knows how to do it, everyone thinks everyone else is doing it, so everyone claims they are doing it…”  (Dan Ariely, Duke University)

 Value for farmers

Dr Robertson listed three practical examples of how ‘Big Data’ could be turned into value for Australian farmers if systems were developed and put in place to pull it all together:

  1. Soil information. At the moment for a farmer to be able to do variable rate technology on their farm it is often not a straightforward matter because it involves collecting different information such as yield maps, EM, satellite information. What they usually don’t have is a separate map of the soil properties of their farms done on a fine scale. Soil scientists have been collecting thousands of soil samples across the country, but that is nothing like the collection intensity you need to come up with local soil maps on a paddock scale that allow for precision ag recommendations. Unfortunately, the effort around soil surveying in Australia peaked in the 1990s and has pretty much died now. There is a lack of public investment in this anymore.
  2. Each Bureau of Meteorology weather station in the cropping zone is, on average, 17 kilometres apart. This isn’t anything like the density needed for quality weather information. But farmers collect their own rainfall information. I think there is an untapped opportunity for us to use farmers’ rainfall data in combination with the Bureau’s data to generate a much denser network of weather information that can be used for growers to make decisions.
  3. It would enable growers and bulk handlers to have a far more accurate idea of what has been grown where and what it is likely to produce in that season. We have crop forecasting systems in Australia, but most of them are on a Shire scale. We have no system that can take it down to the level of individual paddocks.

 Issues of trust and ownership

Dr Robertson said there were still some aspects of ‘Big Data’ that needed to be addressed, such as concerns over trust, transparency and who was going to benefit.

“There is a perception that it is going to be the input suppliers and people post-farm gate who have the most to gain. This has to be addressed and systems have to be developed that deal with these perceptions,” he said.

“There is an issue over privacy. There are GPS co-ordinates associated with the data that can be linked back to a property. I don’t think we are dealing with it anywhere near the way we should be.

“I think there are practical benefits in the offing for growers, provided we can build the systems that deal with the data and that growers can market their own data in a way that they have control of it and get paid for it.

“We need business models that attract people into that position, as long as the privacy and ownership concerns are addressed.”

See Grain Central story: “Can ‘Big Data’ preserve the right to farm?”


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  1. Troy Litchfield, August 31, 2016

    How about some “Big internet” first so we can share this “Big Data”

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