Welcome to the Saskatchewan Disease Risk and Environmental Heatmaps, developed through a partnership between Saskatchewan Pulse Growers and Ukko Agro Inc.
These maps provide weather-based insights to support producers and agronomists across Saskatchewan, with a focus on forecasted risk assessments of lentil Anthracnose and chickpea Ascochyta, alongside key environmental and climate conditions. Using data from a 20 km grid of virtual weather stations with hourly inputs (sourced from IBM/The Weather Company), the system generates regularly updated maps that evaluate how recent and forecasted weather conditions influence disease development and environmental risk factors.
Disease risk maps are designed to identify areas where environmental conditions are conducive to disease development, based on factors such as temperature, humidity, and precipitation. It is important to note that these maps reflect weather-driven risk only—they do not account for crop stage, pathogen presence, host susceptibility, or field-specific conditions such as irrigation, which may create localized microclimates and alter risk levels.
Environmental and climate heatmaps are provided in parallel to support broader agronomic decisions and general crop management under variable weather conditions.
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Lentil Anthracnose Risk Maps: Agronomist Notes
- As of July 13, lentil Anthracnose risk remains very high across all the province due to steady moisture throughout the season so far.
- The risk decreases to medium-high throughout the week, as hot and dry weather is expected.
Chickpea Ascochyta Risk Maps: Agronomist Notes
- As of July 13, chickpea Ascochyta risk is high across most of the province, with the exception of the southwest region which is at medium risk.
- There are a few small pockets throughout the province that may drop to low-medium risk throughout the week, due to hot and dry weather.
Temperature Maps: Agronomist Notes
- Warm temperatures across Saskatchewan (max ~30-35°C for most of the province, avg ~15–25°C) will support crop development but may cause some heat stress.
- Minimum temperatures of ~10–20°C are expected for most of the province this week.
Precipitation Map: Agronomist Notes
- Low amounts of scattered precipitation are anticipated this week, with amounts varying from 0 to 15 mm for most of the province.
- The region surrounding Yorkton could receive up to 10-20 mm of rain.
Heat Blast Map: Agronomist Notes
- The southeast corner of the province may have some risk of heat blast this week, as temperatures will be high.
Growing Degree Days Map: Agronomist Notes
- Most of Saskatchewan is at ~700-800 GDD since May 1, supporting vegetative growth.
- There are a few areas at ~600-700 GDD which may have slightly less advanced crop growth.
- Overall GDD accumulation remains moderate, keeping crops in vegetative stages where moisture availability and disease pressure can cause yield impacts.
While every effort has been made to ensure the accuracy of these maps, weather-driven models are inherently uncertain, and forecasts may not be 100% precise. All outputs are based on conditions at the time of modeling and are subject to change as weather patterns evolve.
These maps are intended to serve as general decision-support tools only. They should not be relied upon as the sole basis for disease management, spray decisions, or other operational actions. Disease development and crop outcomes may be influenced by local environmental conditions, crop management practices, varietal susceptibility, and other factors not captured in the models. Users are strongly encouraged to verify risk through field scouting, on-site observations, and consultation with qualified agronomic advisors. For disease-specific decisions, refer to additional resources such as fungicide decision support tools and field-level risk assessments.
Information provided through these disease risk and environmental maps are OFFERED TO THE PUBLIC FOR INFORMATIONAL PURPOSES ONLY. The map creators and collaborating organizations assume no liability for decisions made or actions taken based on the use of this information.