
Marzo 18, 2025
AAFC research proving diploid breeding is more than just small potatoes
Diploid potatoes are quickly becoming the stud spuds for breeding new commercial potato varieties. Wild diploid potatoes have 2 copies of each chromosome in their DNA, unlike more traditional tetraploid potatoes, like Russet Burbank, which have 4 copies of each chromosome.
Marzo 15, 2025
Transforming Northern Agriculture: New Technologies, Collaborative Efforts, and Promising Potato Varieties
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.
Marzo 09, 2025
Seed Potato Production using Apical Rooted Cuttings (ARC) in the Philippines.
Potato farming in the Cordillera Administrative Region (CAR), Philippines, spans 11,000 hectares but struggles with limited high-quality seed potatoes. At the World Potato Congress (WPC) 2024 in Adelaide, Australia, experts highlighted Apical Rooted Cuttings (ARC) as a solution to improve yields.
Febrero 23, 2025
Researchers identify biosynthetic pathway of GlycoAlkaloid formation in potato
Scientists have discovered a way to remove toxic compounds from potatoes, making them safer to eat and easier to store. The breakthrough could cut food waste and enhance crop farming in space and other extreme environments. Contenido Patrocinado
Contenido Patrocinado
Contenido Patrocinado

Enero 28, 2025
Building regional capacity to manage invasive pests and diseases to safeguard sustainable seed potato trade
Potatoes are increasingly traded globally, raising the risk of spreading quarantined pests and diseases. Organizations like EPPO and national bodies regulate many of these threats, necessitating a unified approach to pest and disease management. Contenido Patrocinado

Enero 06, 2025
Sustainable hydrophobic cellulose paper for packaging could soon be a reality!
The aim was to create hydrophobic paper by exploiting the mechanical properties and water resistance of cellulose nanofibres, and so produce a sustainable, high-performance material suitable for packaging and biomedical devices. This involved a supramolecular approach, i.e. combining short chains of proteins (peptide sequences) that do not chemically modify the cellulose nanofibres.
Diciembre 26, 2024
Enigma research unveils the possibility of future wireworm threats
Fera scientists have made breakthrough progress with industry-steered wireworm research, highlighting where and when the pest is expected to pose the highest risk to arable and fresh produce crops over the next two decades.










