Weather Conditions and Reports
Manitoba's ag weather program measures and records data year round from over 100 weather stations across agro-Manitoba. The stations monitor air temperature, relative humidity, barometric pressure, precipitation, wind speed and direction, solar radiation, soil temperature, and soil moisture. The latest weather conditions from each station are made available every 15 minutes throughout the growing season and every hour during the winter months.
Special Maps and Reports - Special Hourly Precipitation Map July 15 - 17, 2026 (1.4 KB)
- Special Hourly Precipitation Report July 15 - 17, 2026 (115 KB)
- Special Hourly Precipitation Map June 29 - 30, 2026 (2 KB)
- Special Hourly Precipitation Report June 29 - 30, 2026 (116 KB)
- Special Hourly Precipitation Map June 22 - 24, 2026 (2 KB)
- Special Hourly Precipitation Report June 22 - 24, 2026 (116 KB)
- Special Hourly Precipitation Map June 9, 2026 (2.2 MB)
- Special Hourly Precipitation Report June 9, 2026 (134 KB)
- Special Precipitation Map June 7, 2026 (1.4 MB)
- Special Hourly Precipitation Report June 7, 2026 (123 KB)
- Maximum Wind Speed May 14, 2026 (1.7 MB)
The latest weather report and maps are made available every Monday year round. Subscribe to receive a weekly distribution of seasonal reports and maps by email.
Higher resolution maps are available upon request.
Precipitation
Seven-Day Accumulated Precipitation (July 6- July 12) (PDF 1.5 MB)
Variable precipitation occurred over the past 7 days across agro-Manitoba. Once again, rains and isolated thunderstorms brought hail, strong winds and intense rain through parts of the province. Large hail was observed in the areas of the Southwest. The largest accumulations occurred in the Southwest near Ninette, Wawanesa, and Shilo, as well as the central region around Austin and Bagot. Weekly accumulations ranged from 0 (Keld) to 79 mm (Bagot).
Table 1. Range of measurements of seven-day accumulated precipitation in Manitoba’s Agricultural Regions (July 6 -12, 2026)
Region |
Wettest location last seven days |
Driest location last seven days |
Central |
Bagot (79.4 mm) |
Gretna (0.5 mm) |
Eastern |
Sprague Lake (25.3 mm) |
Menisino (0 mm) |
Interlake |
Inwood (31.5 mm) |
Taylor's Point (2.4 mm) |
Northwest |
The Pas (32.7 mm) |
Keld (0 mm) |
Southwest |
Ninette (64.6 mm) |
Carberry EC, Pierson (0.3 mm) |
Percent Normal Precipitation (PDF 1.5 MB)
Total Accumulated Precipitation (PDF 2.0 MB)
Climate normals for total accumulated precipitation from May 1 to July 12 range from 149 mm to 232 mm (Table 2) and are based on 30-year historical data. Since May 1, areas of the Northwest and Interlake regions have accumulated 220 mm of precipitation. Frequent precipitation events have brought seasonal accumulations well above normal for the entire Northwest and most of the Interlake. Areas of the Central and Southwest region also have above-normal accumulation. Areas of the Northwest have accumulated more than 200% of normal precipitation. A few localized areas of the Southwest, Central, and Eastern regions have seen accumulations under 80% of the 30-year average.
Table 2. Summary of measurement of total accumulated precipitation in Manitoba’s Agricultural Regions. (May 1 to July 12, 2026)
Region |
Range of Normals (mm) |
Stations Above Normal (%) |
Wettest Location this Season (mm, % norm.) |
Driest Location this Season (mm, % norm.) |
Central |
165.4 → 205.8 |
59 |
Manitou (246, 124) |
Portage EC (128, 70) |
Eastern |
166.7 → 231.9 |
30 |
Pinawa (265, 138) |
Prawda (101, 51) |
Interlake |
150.3 → 200.2 |
76 |
Stonewall (457, 228) |
Fisher Branch (136, 85) |
Northwest |
149.0 → 196.8 |
96 |
San Clara (463, 261) |
The Pas (157, 106) |
Southwest |
156.3 → 202.9 |
66 |
Eden (298,172) |
Killarney (125, 66) |
Soil Moisture
Soil Moisture 30cm (1.5 MB)
Soil Moisture 0 - 30 cm shows a regional representation of soil moisture conditions for the top 30 cm on July 12, 2026 relative to field capacity. Most areas are showing wet or optimal conditions.
Soil Moisture 120 cm (1.5 MB)
Soil Moisture 0 - 120 cm shows a regional representation of soil moisture conditions for the top 120 cm on July 12, 2026 relative to field capacity. The majority of agricultural regions are showing wet conditions at the 0-120 cm depths with a few pockets showing optimal conditions.
Growing Degree Days
Total Accumulated Growing Degree Days (PDF 2.0 MB)
Total Accumulation of Growing Degree Days shows the accumulated growing degree days (GDD) for the period of May 1 – July 12, 2026. GDD accumulations ranged between 595 and 857 GDD so far this growing season. Most of Southern Manitoba has accumulated more than 730 GDD.
Percent Normal Accumulated Growing Degree Days (PDF 2.0 MB)
Percent Normal Accumulated Growing Degree Days represents the variation of accumulated Growing Degree Days (GDD) from the historical record over a 30-year period from May 1 – July 12, 2026. Due to recent above normal temperatures the majority of agro-Manitoba has accumulated more than 105% of the normal accumultions for this time of year.
Table 3. Summary of total accumulated growing degree days (GDD) and percent deviation from normal in Manitoba's Agricultural Regions (May 1- July 12, 2026)
Region |
Range of Normals (mm) |
Stations Above Normal (%) |
Highest GDD accumulation this season (GDD, % norm.) |
Lowest GDD accumulation this season (GDD, % norm.) |
Central |
663 → 776 |
100 |
Winkler (857, 113) |
Snowflake (728, 106) |
Eastern |
672 → 761 |
94 |
Steinbach (800, 111) |
Sprague Lake (648, 94) |
Interlake |
641 → 752 |
100 |
Selkirk (789, 108) |
Fisherton (678, 109) |
Northwest |
561 → 684 |
100 |
Ste. Rose (738, 110) |
Ruthenia (638, 104) |
Southwest |
522 → 737 |
100 |
Dand (802, 111) |
Wasagaming (595, 114) |
Corn Heat Units
Total Accumulated Corn Heat Units (PDF 2.0 MB)
Total Accumulated Corn Heat Units illustrates the total accumulated Corn Heat Units (CHU) for the growing season to from May 1 – July 12. More than 1200 CHU have accumulated in much of the Southwest, Central, and Eastern regions since May 1.
Percent Normal Accumulated Corn Heat Units (PDF 2.0 MB)
Percent Normal Accumulated Corn Heat Units represents the variation of accumulated Corn Heat Units (CHU) from the historical record over a 30-year period for the period of May 1 – July 12. Above average CHU accumulations were observed throughout the province. The Northwest and Southwest regions saw accumulations above 110% of the 30-year normals.
Table 4. Summary of total accumulated corn heat units (CHU) and percent deviation from normal in Manitoba's Agricultural Regions (May 1 - July 12, 2026)
Region |
Range of Normals (mm) |
Stations Above Normal (%) |
Highest CHU accumulation this season (CHU, % norm.) |
Lowest CHU accumulation this season (CHU, % norm.) |
Central |
1081→ 1251 |
100 |
Winkler (1372, 112) |
Lakeland (1211, 105) |
Eastern |
1090 → 1233 |
95 |
Steinbach (1308, 113) |
Sprague Lake (1080, 96) |
Interlake |
1036 → 1210 |
100 |
Stonewall (1288, 106) |
Fisher Branch (1146, 109) |
Northwest |
914 → 1121 |
100 |
Ste. Rose (1223, 113) |
The Pas (1062, 112) |
Southwest |
845 → 1191 |
100 |
Dand (1326, 114) |
Wasagaming (1034, 123) |
P-Days
Total Accumulated P-Days (June 1- July 12, 2026) represents the total accumulated physiological days for potatoes (P-days) since June 1. As P-Day accumulation begins at about 50% potato emergence, accumulation begins on June 1. Most of the Central and Southwest regions of agro-Manitoba have accumulated more than 310 P-Days so far this season.
Percent of Normal Accumulated P-Days (June 1 - July 12 2026) represents the variation of accumulated physiological days for potatoes (P-Days) from the historical record over a 30-year period. The majority of agro-Manitoba PDay accumulations to over 100% of normal so far this season.
Seasonal Reports Visit the Seasonal Reports page for information on progress in seeding and crop establishment, crop development, pest activity including weeds, insects and disease, harvest progress, crop yields and grades, fall field work progress, and status of winter cereal crop seeding and establishment. Information on haying progress and estimated yields, as well as pasture conditions is included.