Opening the gate to virtual visitors

GroundCover Live and online, stay up to date with daily grains industry news online, click here to read more
Colin Cahill in drivers seat of Header machine

Header driver Colin Cahill taking off the Jones’s crop in November 2015.

PHOTOS: Evan Collis

After completing a master’s degree in business administration two years ago, Western Australian grower Brad Jones is convinced that growers have a lot to gain from taking the initiative to get closer to their consumers

Brad Jones hopes that one day his farm will be a familiar sight to consumers who, as virtual visitors via tablets or smart TVs in their kitchens, will come to regard cooking a dish such as noodles as a natural extension of his work as the grower of the wheat they were made from.

“The noodle packets would have a QR code so while someone in, say, Beijing, is cooking they can scan the code and connect with an interactive video showing the wheat being grown on a farm in Western Australia.”


Owners: Brad and Kate Jones
Location: Tammin, Western Australia (180 kilometres east of Perth)
Area: 11,000 hectares owned and leased (9000ha cropland, 1000ha fallow, 1000ha bushland)
Soils: sand over loams over gravel
Soil pH: 4.5 to 6
Crops: wheat, barley, canola, field peas and export oaten hay

It is a vision that Brad is well on the way to achieving, having already hosted a visit by representatives of a large Chinese food company that is exploring the feasibility of siting a processing facility near his farm at Tammin, in WA’s central wheatbelt.

Wheat falling in to on-farm storage

Wheat coming in from the header to the on-farm storage.

For Brad the time has arrived for growers to become more proactive in getting closer to consumers – mirroring the global trend of consumers looking to learn more about the origins of their food.

“Technology allows us to do this virtually – showing the quality assurance and traceability that our methods of production provide,” he says.

Wheat being tested for moisture

Wheat is tested for moisture and protein, and screened before the load is placed into a
designated silo.

“We can take the home cook in Beijing into the header cab and build a relationship that makes them feel a part of the process. It is showing people their food doesn’t come from a supermarket, but from professional growers working in a clean, sustainable environment.”

In November a delegation from the Hainan Yangpu Haifa Flour Co Ltd, which supplies much of southern China, visited Brad’s farm to discuss siting a processing plant in the district to close the gap between production and their supply chain.

“They have calculated that it might be more economic to base their distribution network on the point of production: ‘single point to multi-points’, instead of the current supply and delivery matrix that can get quite complex,” Brad says. “Starting their distribution from here, and as flour not grain, would take a couple of links from the chain.”

Brad says the Chinese company’s main hesitation stems from the higher cost in Australia of components such as labour and electricity.

“These are some of the factors the company still has to work through, but it is a clear sign that our traditional supply structure is evolving into a more integrated system,” he says.

Brad believes the traditional hub-and-spoke supply-chain model represented by a port and numerous up-country storages needs to evolve to accommodate more ‘just-in-time’ supply, similar to what he has seen in North America.

Photo of silo aeration

Silo aeration is fully automated on the Jones’s property.

This means a change from growers just feeding a supply chain to being inside the supply chain through their own on-farm storage – a change already gathering momentum in many grain-growing districts.

“I think we are going to see a supply chain in which the traditional bulk handlers will be able to accept just-in-time receivals from growers as well as from their own up-country storage,” he says.

Value-share model

Silo being sealed for fumigation

Sealing a silo for fumigation.

For Brad it becomes what he calls a ‘value-share model’ between the acquirer, be it an established bulk handler or an end user, and the grower: “The acquirer can reduce or remove the cost of up-country storage and storage maintenance and that saving is shared with the grower.

“And let’s face it, the infrastructure in many parts of Australia is ageing,” he adds. “It was built in an era long gone, when we were delivering in eight-tonne trucks.”

His argument is that instead of the industry sinking capital into maintaining old infrastructure to not only protect but elevate grain quality, the supply chain as a whole would benefit from growers shouldering this investment and being paid a premium for delivering high-quality grain to the most efficient dispatch point.

While Brad has invested in his own storage facility – a sophisticated, fully automated complex able to blend or aggregate grain for buyers as it is trucked in from the header – he feels the most economic grower storage would probably involve several growers, perhaps on a district basis, due to the economies of scale.

“In my case it has simply been a matter of studying the changing landscape, seeing the need for change and not being comfortable about waiting for someone else to setsomething up.”

His purpose from the start has been to facilitate the development of closer links between his production and the end customer, a business objective that was fine-tuned during the completion two years ago of a Master of Business Administration: “It gave me the chance to see my business in a broader context.”

His storage facility can hold up to 40 per cent of the harvest from the 9000 hectares that is cropped and his objective is to reach 70 per cent capacity “depending on the opportunity cost of capital”.

Risk an opportunity

Operating in a dryland cropping area, Brad acknowledges the risk posed by climate, but feels the notion of risk has been skewed: “We are conditioned to see risk as a negative, but I see risk as an opportunity to do well.

“For me, the risk of setting up a long-term relationship with a processor who buys 50 per cent of my grain while it is still in the silo and who has the last right of refusal over our other 50 per cent, and who is close to the consumer, is a wonderful thing.

”That said, Brad runs a tight program that is very much about risk management; so much so that every second season he takes the ‘risk pressure’ off by switching his crop targets from human food markets to the intensive livestock feed market. The rationale is about taking pressure off the system and the people by not ceaselessly pushing for the maximum.

“We run a tight rotation – wheat, canola, field peas or a chemical fallow – and the first year of the rotation is grain for human consumption. In the second year I move towards the livestock markets: high quality feed with good metabolising numbers and digestible energy numbers.

“When you overlay scale increase, which is what we have been doing, with climate variability you have a lot of skin in the game. One small misfire can hurt badly, so we use this rotation as a way to not be hostage to just one overarching market.

Photo of Brad Jones spearing wheat to sample

Brad Jones spearing wheat to sample during the previous harvest.

“It’s a way to pace ourselves. It has operational benefits and personnel benefits. A key reason for our success to date is the people who work here and they need a pressure release too.”

A lot of that pressure comes from a relentless drive to keep increasing efficiencies: “Efficiency is the key to profitability and risk management.

“We pursue an achievable production goal, given a season’s outlook, so that a better-than-expected finish is not the deciding factor but a bonus. And within that we are working to achieve the required return on capital.

“We limit risk by driving efficiencies as hard as we can and this involves every member of the team, because costs don’t come down by cutting. They have to be managed down, and we work very hard at this.”

More information:

Brad Jones,


GRDC Research Updates unveil tomorrow's tools and technologies


All-seeing 'tractor' takes crop science to the future

Region West