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Requesting assistance to enhance Saskatchewan Fusarium Head Blight maps

The University of Manitoba (U of M) in partnership with Alberta Grains, Saskatchewan Wheat Development Commission (Sask Wheat), Saskatchewan Barley Development Commission (SaskBarley), Manitoba Crop Alliance (MCA) and the provincial governments of Alberta, Saskatchewan and Manitoba, continues to offer free public access to a mapping tool that shows the level of risk for Fusarium head blight (FHB) disease in wheat, durum and barley. From May 15 to Aug. 31, the site uses free, publicly available weather data (air temperature, relative humidity, rainfall preceding the time of flowering) from over 500 weather stations across the prairies to calculate the risk of FHB and generate the risk maps.

Currently the number of weather stations available in Saskatchewan to generate the maps is less than ideal. Increasing the number of stations available to the risk mapping tool in Saskatchewan is a high priority. In order to provide additional data, we ask for your help by allowing data from your Pessl / Metos weather station to contribute to the FHB model (your data will not be used for any other purpose). Metos Canada Inc. is Ag Data Transparent (logo of ADT on the notice), therefore we require your permission to transfer anonymized data to be used for calculating disease risk in the FHB risk mapping tool.

In order to contribute, you need to have a Pessl / Metos weather station.

You can contribute in any of the following manners:

Existing Pessl / Metos station owners – email your station ID, contact information, and authorization to contribute your station data to the model by April 22 to sales@metos.ca.
Purchase a Pessl / Metos station by contacting sales@metos.ca and include your authorization to contribute the station data to the model by April 15.
Submit your request for one of 25 free Pessl / Metos weather stations by April 8. There have been 25 locations identified in Saskatchewan where the installation of a weather station would help to fill a gap in the current network (see list below). All of the locations are within range of the network coverage needed for real time transmission of weather data to the FHB risk mapping tool. If you are a land owner within five miles of any of the locations below, you can email your contact information, land description and a request to be considered for one of the 25 free sponsored stations to Paul.Bullock@umanitoba.ca.
If your location is selected, you will be contacted to receive a free Pessl / Metos weather station for three years. It will be installed by Metos and you will have access to the raw weather data. You will need to provide authorization to contribute your station data to the FHB risk mapping tool for a minimum of the 2024, 2025 and 2026 growing seasons.

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Sclerotinia and Lygus in Seed Canola: Field Update with George Lubberts, CCA | Enchant, Alberta

Video: Sclerotinia and Lygus in Seed Canola: Field Update with George Lubberts, CCA | Enchant, Alberta

Join Certified Crop Advisor George Lubberts for this Prairie Certified Crop Advisor (Prairie CCA) field update from Enchant, Alberta. In this 12th video of the series, George takes us into a seed canola field where the male rows have been removed and the female plants are filling pods. This video was taken in the third week of August 2025.

George discusses the early signs of sclerotinia stem rot, explaining how infection begins in the stem, impacts pod development, and leads to premature ripening. He also shares insights on lygus bug management, including timing of spray applications to minimize feeding damage and maintain seed size and quality.

With cool, damp summer conditions, George notes that while disease pressure is present, overall field health remains good. The crop is just beginning to show early seed colour change, signaling progress toward maturity.

Topics Covered:

•Sclerotinia stem rot identification and impact

•Managing lygus bugs in seed canola

•Crop stage and seed colour change observations

•Timing insecticide sprays for optimal protection

•Insights from a CCA field perspective in southern Alberta