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Vineland part of award-winning partnership researching long-cane raspberry production

October 19, 2022  By Vineland Research and Innovation Centre


Vineland Research and Innovation Centre has been selected as one of 15 teams granted a Spark Award, the initial award phase of the Homegrown Innovation Challenge. The challenge aims to discover innovative tools and technology solutions to enable Canadian growers to cultivate a wide variety of fruits and vegetables. 

Qinglu Ying, Vineland research scientist, plant production. Photo courtesy of Vineland.

“We’re thrilled about the announcement. Participation in the challenge is limited, so we’re excited to be part of an exclusive group who can significantly contribute to research focused on food resiliency and sustainability,” says Qinglu Ying, Vineland research scientist, plant production, and part of the grant-receiving team. “Vineland is well-positioned to take on this project, being a leader in applied research in Canadian horticulture. We also have a strong legacy of working closely with growers, not only in Niagara but across the country.” 

The Homegrown Innovation Challenge, funded by the Weston Family Foundation, aims at increasing the sustainability and competitiveness of the out-of-season berry industry in Canada. Led by the Ontario Horticultural Trades Foundation, Vineland is collaborating on this project with a number of partners, including the Ontario Ministry of Agriculture, Food and Rural Affairs (OMAFRA), Berry Growers of Ontario, Fenwick Berry Farm, First Green Energy and Roxul Inc.

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The $50,000 seed funding will support the team’s project – Developing an innovated long-cane raspberry production system – in producing a high-yielding, energy efficient, fully integrated and scaled long-cane raspberry production system under protected environments. Solar panels will be used to shorten the return-on-investment period of the new system by offsetting capital infrastructure costs through income generation by net metering opportunities. 

Results are expected by December this year, at which time the team will apply to the Shepherd phase. If successful, there is a potential to advance the project with further research and funding of up to $1 million to develop proof-of-concept of the system within a time period of up to 18 months. Teams advancing through each phase of the challenge have the potential to receive in total up to $8 million dollars. 


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