Right now:

Today:

Portage La Prairie Weather

5 Day Forecast As of:
Forecast for:

Portage La Prairie

As of:
    •  

      • Outlook

        Day Partly cloudy. High temperature around 28°C. Dew point will be around 15C with an average humidity of 59%. Mostly NNE winds 4.0 to 11.0km/h.
        Night Mostly clear. Low temperature around 19°C. Dew point will be around 15C with an average humidity of 66%. Mostly NNE winds 4.0 to 11.0km/h.
        View Today's Hourly Forecast

    •  

      • Outlook

        Day Partly cloudy with a 70% chance for rain and thunderstorms. High temperature around 29°C. Dew point will be around 18C with an average humidity of 61%. Mostly S winds 11.0 to 25.0km/h.
        Night Cloudy with a 85% chance for rain and thunderstorms. Low temperature around 19°C. Dew point will be around 18C with an average humidity of 73%. Mostly S winds 11.0 to 25.0km/h.
        View Today's Hourly Forecast

    •  

      • Outlook

        Day Mostly cloudy with probable rain. Chance of precipitation 70%. High temperature around 25C. Dew point will be around 16C with an average humidity of 73%. Winds will be 14 kph from the NNW.
        Night Partly cloudy with probable rain. Chance of precipitation 70%. Low temperature around 15C. Dew point will be around 13C with an average humidity of 69%. Winds will be 18 kph from the NNW.

    •  

      • Outlook

        Day Mostly cloudy. High temperature around 17C. Dew point will be around 8C with an average humidity of 60%. Winds will be 22 kph from the NNW.
        Night Mostly clear. Low temperature around 10C. Dew point will be around 8C with an average humidity of 69%. Winds will be 7 kph from the W.

    •  

      • Outlook

        Day Partly cloudy. High temperature around 23C. Dew point will be around 9C with an average humidity of 55%. Winds will be 14 kph from the SW.
        Night Mostly cloudy with a chance of rain. Chance of precipitation 40%. Low temperature around 16C. Dew point will be around 11C with an average humidity of 66%. Winds will be 7 kph from the SSW.

    •  

      • Outlook

        Day Mostly sunny. High temperature around 27C. Dew point will be around 15C with an average humidity of 62%. Winds will be 14 kph from the SW.
        Night Mostly cloudy with a chance of rain. Chance of precipitation 40%. Low temperature around 16C. Dew point will be around 16C with an average humidity of 74%. Winds will be 7 kph from the S.

    •  

      • Outlook

        Day Mostly cloudy with a chance of rain. Chance of precipitation 40%. High temperature around 22C. Dew point will be around 14C with an average humidity of 74%. Winds will be 11 kph from the NNE.
        Night Mostly cloudy. Low temperature around 16C. Dew point will be around 15C with an average humidity of 78%. Winds will be 4 kph from the NW.

    •  

      • Outlook

        Day Mostly cloudy. High temperature around 24C. Dew point will be around 17C with an average humidity of 77%. Winds will be 7 kph from the WNW.
        Night Mostly cloudy with a 75% chance for rain and thunderstorms. Low temperature around 16C. Dew point will be around 16C with an average humidity of 87%. Winds will be 4 kph from the NW.

    Portage La Prairie Live Weather Radar Map

    Precipitation (Rain)

    Weather radar, also called weather surveillance radar (WSR) and Doppler weather radar, is a type of radar used to locate precipitation, calculate its motion, and estimate its type.

     

    24HR Rain Accumulation

    Weather radar, also called weather surveillance radar (WSR) and Doppler weather radar, is a type of radar used to locate precipitation, calculate its motion, and estimate its type.

     

    Precipitation (Snow)

    Weather radar, also called weather surveillance radar (WSR) and Doppler weather radar, is a type of radar used to locate precipitation, calculate its motion, and estimate its type.

     

    Constant Altitude Plan Position Indicator (Rain)

    The constant altitude plan position indicator, better known as CAPPI, is a radar display which gives a horizontal cross-section of data at constant altitude.

     

    Constant Altitude Plan Position Indicator (Snow)

    The constant altitude plan position indicator, better known as CAPPI, is a radar display which gives a horizontal cross-section of data at constant altitude.

     

    Satellite

    Weather radar, also called weather surveillance radar (WSR) and Doppler weather radar, is a type of radar used to locate precipitation, calculate its motion, and estimate its type.

     

    Local Weather News

    Weather forecast period sees Prairies stuck between storm tracks

    The general weather pattern hasn’t changed much since the last forecast. We are still stuck in a split flow, with the northern stream across the central/northern Prairies and the southern stream across the northern U.S. As systems move along both of these tracks and interact, the split flow will sag slightly southward or drift a[...]

    Read More...

    The old weather pattern returns

    Our overall weather pattern seems to have slipped back into the same general pattern that prevailed for much of the winter and spring. That pattern had a persistent ridge of high pressure over western North America and a trough of low pressure over eastern regions. We were stuck between these two main features and our[...]

    Read More...

    Mild weather should continue

    The weather pattern played out a little quicker than forecast last week. The mild weather moved in as expected, but the cold front moved through on Sunday instead of Monday. For this forecast period it looks like the mild weather will continue, but the overall pattern, while mainly dry, will be fairly active. This means[...]

    Read More...

    Seasonal weather continues

    It looks more and more like our weather pattern is undergoing a slow but deliberate shift. While the West Coast ridge and East Coast trough are still dominating the weather, there has been an eastern push to the West Coast ridge, while the trough to our east begins to weaken. What this means for our[...]

    Read More...