These environmental and climate heatmaps are developed through a partnership between Ukko Agro Inc. and Saskatchewan Pulse Growers to support Saskatchewan producers and agronomists.
Weather data is collected from a 20 km grid of virtual stations using hourly weather data from IBM/The Weather Company. Maps are generated in four-day increments for average, maximum, and minimum temperature, giving you timely updates to inform management decisions.
The maps provide producers and agronomists with the data to optimize seeding planning and predict potential emergence risks, ultimately aiming to improve yields and reduce risks associated with weather variability across Saskatchewan. Access to reliable climate data empowers growers to respond to changing conditions throughout the growing season.
Click each image to view full-screen.
Temperature Maps: Agronomist Notes
- After the above average temperatures of the previous week, moderate temperatures persist (avg ~10–15°C) across most of Saskatchewan, supporting steady emergence and early vegetative growth.
- Warmer conditions in the north (max 20–25°C) help continue seeding operations into early June.
- No major heat stress risk yet, but northern areas approaching mid-20s °C could increase early moisture demand which could provide relief for excessive moisture impacted fields.
Precipitation Map: Agronomist Notes
- Significant rainfall (15–30+ mm) in northeast and east-central regions, increasing soil moisture and supporting emergence but increasing root rot and seedling disease risk in pulses.
- Moderate precipitation (5–15 mm) through central regions, generally favourable for establishment without major concerns.
- Drier conditions (<5 mm) in southwest and parts of west-central Saskatchewan, increasing moisture stress to emerged pulse acres.
Growing Degree Days Map: Agronomist Notes
- Most regions in Saskatchewan are at ~200–300 GDD since May 1.
- Northern regions continue to be behind, but warmer temperatures will help accelerate early development.
- Overall GDD accumulation supports steady but not rapid growth, keeping crops in early vegetative stages where conditions such as moisture and disease risk remain the key growth limitations.
While efforts have been made to ensure the accuracy of these maps, it is important to understand that weather-driven models are inherently uncertain, and forecasts may not be 100% precise. The maps presented are based on the weather conditions at the time of the forecast and are subject to change as conditions evolve.
These maps are intended to serve as a general guide for understanding potential environmental and climate-related conditions and should not be relied upon as the sole basis for operational or management decisions. Local site conditions, land management practices, and other variables may influence outcomes beyond what is captured in the model. Where possible, verify conditions with on-site measurements and observations, and consult qualified professionals for advice tailored to your location and objectives.
Information related to these weather-based environmental and climate condition 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.