How Finnegan’s Farm uses tech to transform crop yield

01-12-2021 | |
Photo: Topcon
Photo: Topcon

The adoption of technology in agriculture has the potential to improve farming practices, support sustainability and – as one Irish farm recently found out – dramatically increase yield.

Finnegan’s Farm is a family-run vegetable and potato farm in Co. Meath, Ireland. In 2019, it became the first farm in Ireland to adopt a specific type of precision farming technology, Topcon Agriculture’s CropSpec, which complemented the other Topcon technology they were already using including auto-steer, manual guidance control and yield monitoring. These solutions combined were part of a plan to deliver larger quantities of high-quality crops in a sustainable way.

Crop sensing technology

By using crop sensing technology, Finnegan’s was able to alter its farming processes in response to real-time data, thus ensuring the health of the crop was at a premium, enabling a high yield, without an over reliance on chemical fertilisers and pesticides.

“We decided to look for a new way of working because we, like most farmers, could see that we’d be facing a lot of challenges going forward, environmentally and operationally,” said John Smith, general manager at Finnegan’s Farm.

Topcon’s CropSpec is a canopy stress sensor which is mounted to the tractor roof, and can work with the existing technology already in use on the farm, providing an accurate large sensor footprint. The sensors measure plant reflectance to determine chlorophyll content, which correlates to nitrogen concentration in the leaf. According to Topcon, this non-contact measurement method provides accurate, stable readings with repeatable values, and is compatible with all crops due to the non-invasive method of measurement.

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John Smith, general manager at Finnegan’s Farm (left): “We decided to look for a new way of working because we, like most farmers, could see that we’d be facing a lot of challenges going forward, environmentally and operationally.” - Photo: Topcon
John Smith, general manager at Finnegan’s Farm (left): “We decided to look for a new way of working because we, like most farmers, could see that we’d be facing a lot of challenges going forward, environmentally and operationally.” - Photo: Topcon

Understand what’s going on below the surface

Its insight helps farmers understand what’s going on below the surface, explained Craig England, technical specialist at Topcon who helped John and the team set up the system at Finnegan’s farm and provides ongoing support. “The big benefit of using CropSpec is the advantage of scouting the field the year before the actual potatoes go in,” he said. “Then, once the potatoes are going in, we can go along with a prescription map for the fertiliser output. The goal is to reduce the amount of fertiliser and chemicals that need to be applied to the crop.”

The system is capable of picking up on problematic areas before they become apparent to the naked eye. Its sensors manage and monitor overall crop and plant health, giving farmers a real-time view of how their crop is growing so they can make any necessary adjustments to their farming – such as reducing overwatering in waterlogged areas, or increasing fertiliser to poor yield areas.

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The main requirement in order to use CropSpec is to have a console equipped to run the CropSpec sensors. - Photo: CropSpec
The main requirement in order to use CropSpec is to have a console equipped to run the CropSpec sensors. - Photo: CropSpec

“When the farmer is out in the field doing their spraying or spreading, CropSpec is monitoring the crop and providing a clear picture of the weaker and stronger areas of the field,” explained Craig. That information is then available to access through the Topcon Agriculture Platform, a data management software programme which enables full oversight of all data collected. From there, calculations can be performed to find out what specific parts of the potato fields need in terms of water, nutrition and so on. “The agronomist then comes back with a prescription map for the desiccation of the potatoes at the final spraying just before harvest.”

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Underuse of viable arable land

When the team at Finnegan’s Farm first brought the technology onto site, it found a considerable underuse of viable arable land. - Photo: CropSpec
When the team at Finnegan’s Farm first brought the technology onto site, it found a considerable underuse of viable arable land. – Photo: CropSpec

When the team at Finnegan’s Farm first brought the technology onto site, it found a considerable underuse of viable arable land. Gavin Weldon, owner of Wel-Tech – which distributes Topcon in Ireland – said: “When we did our first trials and digs at Finnegan’s Farm, we were very impressed with what we found. Anywhere CropSpec flagged up as being a poor area, we were able to go out, do a dig or do a visual check and see what was going on. We found the crop yield could have been an extra two to three tons per hectare, so we think over the next year or two we will see a big payback thanks to the system.”

“We hope that CropSpec will allow us to have a variable rate of prescription on our second desiccation, which will in turn reduce the number of inputs going into the crop. This will produce healthier and more sustainable crop, whilst giving the quality we expect at Finnegan’s Farm,” John Smith, general manager at Finnegan’s Farm said.

Claver
Hugo Claver Web editor for Future Farming
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