Thank you, Chair.
Good afternoon. Thank you for the opportunity to contribute to this committee.
My name is Lori Oatway. My experience as both a seed grower and a research scientist gives me a broad perspective on the importance of research and our research network in Canada. As a seed grower and a producer in central Alberta, agriculture research supports and shapes our businesses through the development of better crop varieties, more resilient production systems and long-term farm profitability.
As a research scientist with Western Crop Innovations in Lacombe, Alberta, I work on developing new cereal crop varieties adapted to western Canadian conditions, collaborating with Agriculture and Agri-Food Canada, producer groups and private industry partners. I also proudly serve as a board member with the Canadian Seed Growers' Association and as a member of the CFIA's advisory committee on plant breeders' rights, further connecting my work as a scientist and a producer.
Ag Canada has been tasked with achieving savings of 15% over three years, with planned workforce reductions expected to impact about 665 positions. The identified savings include the closure of multiple research stations across Canada, which is deeply concerning to our community, our industry, our producer networks and our research collaborators.
The Lacombe Research and Development Centre alone represents 100 jobs. This centre is approximately the fourth-largest employer in Lacombe and the highest-impact employer due to the professional nature of positions there. This centre has anchored families and has supported our community for 119 years.
Ag Canada stations in Lacombe, Scott and Indian Head produce critical agronomic and pathology information for the crop variety registration system in western Canada. Because of their unique soil types, climate conditions and established trial protocols, these locations are extremely difficult, if not impossible, to replace. It puts pressure on our variety registration system in Canada, which is mandatory for getting new varieties into farmers' fields.
Public research facilities undertake long-term, precompetitive work that does not yield immediate commercial returns, but provides foundational knowledge essential for the entire sector. Private industry and universities cannot currently fill this gap.
Ag Canada research centres function as a backbone for the integrated national network. The Lacombe facility maintains collaborative relationships with Lakeland College, Olds College and the University of Alberta, and it provides critical infrastructure used by Western Crop Innovations and multiple academic institutions. When centres are removed, we lose not just scientists, but also research connectivity, institutional memory, data connectivity and collaborative trust. Research teams that have taken decades to build will be dissolved.
Breeding a new crop variety typically requires eight to 12 years from initial cross to commercial release. Decisions made today about research capacity will not manifest as impacts on farmers' fields until the 2030s or early 2040s.
The varieties farmers will plant in 2035 are currently being developed. When programs are terminated, we create a void in the innovation pipeline that will only become apparent when farmers face new disease pressures or climate challenges and discover that the research necessary to respond to them was discontinued a decade earlier.
The effects of reduced research capacity will not appear immediately in trade statistics or farm income data. Instead, they will emerge gradually as competitors develop superior varieties, as Canadian farmers lack access to genetics adapted to emerging conditions, as quality benchmarks erode and as the pipeline of innovation slows. By the time these impacts become undeniable, the capacity needed to address them will have been dismantled.
Agricultural production operates on annual cycles, with planning horizons extending three to five years for major operational changes. When expenditure reviews result in rapid closures with minimal advance notice, the agriculture sector lacks time to prepare alternative arrangements.
If industry partners, academic institutions and provincial governments had been provided with advance notice, meaningful transition options could have been explored. These options include the transfer of ongoing trials to alternative sites, negotiated partnerships for maintaining infrastructure under new governance, planned relocation of genetic resources, coordination with provincial and industry funding sources, and recruitment and training of personnel to assume the transferred work.
Instead, the truncated timeline forces reactive rather than strategic responses, increasing the likelihood that valuable research programs will simply be lost due to logistical constraints. The ideal outcome of the committee reviews would be a reversal of the decision to close the Ag Canada research stations.
Going forward, I would respectfully recommend that the committee consider using different assessment criteria, timelines and transition requirements for programs with long-term development cycles, particularly in research; require comprehensive assessment accounting for replacement costs, opportunity costs and long-term economic impacts; establish formal safeguards [Technical difficulty—Editor] of irreplaceable research resources; and mandate collaborative transition planning involving affected stakeholder communities, with transparent processes and milestones [Technical difficulty—Editor].
[Technical difficulty—Editor] infrastructure will shape Canadian agriculture—