Canadian agri-tech collaborations are reshaping food production practices in India, moving the focus from traditional commodity trading to innovation-driven partnerships. The Canada-India agricultural relationship, historically centered on bulk pulses trade, is now transitioning towards research cooperation and agri-tech advancements. Saskatchewan, a key Canadian province, exported over $700 million in agri-food products to India in 2023, marking a significant portion of Canada’s exports to the country.
A recent analysis highlighted the emergence of a new collaborative framework emphasizing research, agri-tech development, and value-chain integration. Pulse Canada, a prominent industry body, emphasized the importance of long-standing trust in trade relations with Indian partners, underscoring the significance of pulses as a primary protein source for many in India. Notably, a five-year memorandum of understanding was recently signed between the National Institute of Food Technology Entrepreneurship and Management (NIFTEM-K) and the University of Saskatchewan, setting the stage for joint research projects and educational exchanges in food processing technology.
The partnership aims to establish a Centre of Excellence in Pulse Protein, a flagship initiative to enhance agricultural cooperation between the two nations. Climate resilience is a key focus area, with Canadian scientists working on drought and heat-resistant crop varieties, complementing similar efforts by the Indian Council of Agricultural Research. Beyond crop science, collaborations extend to food processing, storage systems, and digital agriculture, exploring innovations like artificial intelligence and robotics in precision farming.
Technological cooperation between Canada and India is seen as crucial for stabilizing agricultural trade and ensuring global food security amidst mounting challenges posed by climate change. By leveraging advancements in agri-tech, both countries aim to address the increasing pressure on food systems and enhance sustainability in agriculture.
