10 days weather forecast - Brisben, NY
Snow- Wind: 9mph NNW
- Humidity: 99%
- UV index: 0
- Precip. probability: 100%
- Precipitation: 1.22"
- 7:00 am 4:37 pm EST
Rain / Snow- Wind: 11mph N
- Humidity: 92%
- UV index: 1
- Precip. probability: 93%
- Precipitation: 0.28"
- 7:01 am 4:36 pm EST
Cloudy- Wind: 13mph WNW
- Humidity: 86%
- UV index: 1
- Precip. probability: 24%
- Precipitation: 0.04"
- 7:02 am 4:36 pm EST
Cloudy- Wind: 14mph WNW
- Humidity: 79%
- UV index: 1
- Precip. probability: 24%
- Precipitation: 0"
- 7:03 am 4:35 pm EST
Mostly Cloudy- Wind: 7mph SSW
- Humidity: 75%
- UV index: 1
- Precip. probability: 19%
- Precipitation: 0.16"
- 7:04 am 4:35 pm EST
AM Showers- Wind: 13mph W
- Humidity: 70%
- UV index: 1
- Precip. probability: 46%
- Precipitation: 0.04"
- 7:05 am 4:34 pm EST
Mostly Cloudy- Wind: 11mph W
- Humidity: 63%
- UV index: 1
- Precip. probability: 6%
- Precipitation: 0"
- 7:07 am 4:34 pm EST
Snow Showers- Wind: 9mph NW
- Humidity: 66%
- UV index: 1
- Precip. probability: 39%
- Precipitation: 0.55"
- 7:08 am 4:33 pm EST
Snow Showers- Wind: 10mph NW
- Humidity: 71%
- UV index: 1
- Precip. probability: 58%
- Precipitation: 0.31"
- 7:09 am 4:33 pm EST
Mostly Cloudy- Wind: 13mph W
- Humidity: 65%
- UV index: 1
- Precip. probability: 24%
- Precipitation: 0"
- 7:10 am 4:32 pm EST
For the next ten days, a combination of cloudy, snowy and rainy weather is predicted.
Rain is forecasted for Saturday, Monday and Tuesday.
Snow is predicted for Thursday, Friday, next Thursday and Friday. With excessive precipitation of 1.22" (31mm), most snowfall is expected on Thursday.
Temperature differences will be substantial in the upcoming days. The highest temperature will range between 33.8°F (1°C) and 48.2°F (9°C), while the lowest nightly temperature fluctuation will be also substantial, as the lowest temperature will be between 19.4°F (-7°C) and 41°F (5°C).
With the highest temperature of 48.2°F (9°C), Monday will be the warmest day; next Saturday will be the coldest day, with the highest temperature of 33.8°F (1°C).