Gewasbescherming from Canada

Prince Edward Island researchers are testing the Weed Zapper, an electric tool offering a chemical-free alternative to herbicides. The 2-year study aims to cut costs, limit weed spread, and support sustainable pest management in horticulture crops.

A new webpage by the Michigan Potato Industry Commission offers growers tools to identify and manage late blight, featuring pathogen details, outbreak protocols, fungicide advice and links to monitoring organizations.

Renaissance BioScience Corp. secured an Australian patent on Sept 4, 2025, for its yeast-based RNA platform, targeting the Colorado Potato Beetle with eco-friendly biopesticides. It also eyes animal and human health markets.

Cavendish Farms is launching a sustainability project on Prince Edward Island to help potato growers adopt eco-friendly practices, focusing on water use, pest control, and soil health. A farm advisory group will guide research and share results with local farmers.

Chad Hutchinson of TriCal Group joins the World Potato Congress Inc. Board as a Director. A global expert in potato research and soil health, he brings decades of experience supporting growers and advancing crop production worldwide.

P.E.I. launches a buy-back program for potato wart index fields to combat the fungal disease. It aids farmers, protects land, and boosts trade, with over USD 40M spent since 2021 on wart control efforts.

Vive Crop Protection had announced a label expansion for AZteroid™ FC 390 in Canada, bringing its proven disease control to a wider range of crops including sugarbeets, radishes, and a group of high-value root vegetables. 

Agriculture is growing in Canada’s North with new collaborations and technologies. AAFC scientist Dr. Julia Wheeler led research on season extension for potatoes and green beans in northern communities. The study focused on soil health, pest management, and improving food security.

Renaissance BioScience has won the 'Crop Protection Solution of the Year' award from AgTech Breakthrough for its innovative yeast-based RNA interference (RNAi) biopesticide technology.

Renaissance BioScience, a leader in bioengineering microbes for the global agriculture and food industries, has signed a joint development agreement (JDA) with Certis Belchim, a global leader in the development of crop-protecting biocontrol agents that combat agricultural pests.

Syngenta Canada announced a partnership with the Potato Sustainability Alliance (PSA) to bring on-farm sustainability insights on potato production using Syngenta’s Sustainable Outcomes for Agriculture (SOA) standard and Cropwise™ Sustainability mobile application.

Authorization from the PMRA, following a thorough review of the company’s extensive data dossier, indicates a mutual understanding of the composition, potential and low risk of the RNAi technology.

Renaissance BioScience Corp., a leader in bioengineering for the global agriculture and food industries, has retained the services of S. Brad Griffith to assist Renaissance in commercializing its RNA production

Renaissance BioScience Corp., a leading global bioengineering company, announced today that it is receiving advisory services and additional funding of up to CAD 200,000 from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP).

Renaissance BioScience Corp., a leading global bioengineering company, is pleased to announce that an independent test of its environmentally safe, RNA-based biopesticide technology was conducted on Colorado potato beetle

In humid climates, there is a high risk of topsoil loss from erosion on bare soil as well as nitrogen from fertilizers leaking or leaching from the soil into water sources, which can cause groundwater pollution.

More than $3 million is being invested in studying a major cause of potato yield reduction in Prince Edward Island and other spud-growing areas in Canada.

A growing number of Prince Edward Island potato farms are taking advantage of new technology to improve their use of crop protectants, including fungicides used to prevent late blight.