Samuels, ID 14 Day Weather - 83862 WeatherWorld.com

Brisk around 56°F 14°C, periods of heavy rain and gusty conditions, with increasing humidity and steady pressure.

Mildly cool near 65°F 18°C, sunny throughout the day, with steady humidity and barometric pressure falling.

Enjoyable around 73°F 23°C, sunny through the afternoon, turning cloudy this evening, with steady humidity and barometric pressure falling.

Mild temperatures up to 70°F 21°C, sunny through the afternoon, turning cloudy this evening, with steady humidity and steady pressure.

Mild with a high of 71°F 21°C, sunny through the afternoon, turning cloudy this evening, with steady humidity and steady pressure.

Pleasant near 72°F 22°C, sunny in the morning, becoming overcast through the afternoon and evening, with steady humidity and steady pressure.

Comfortable at 67°F 20°C, overcast in the morning, cloudy in the afternoon, and sunny this evening, with steady humidity and steady pressure.

Cool with a high near 59°F 15°C, sunny in the morning, partly cloudy in the afternoon, and sunny this evening, with steady humidity and steady pressure.

Refreshing around 63°F 17°C, partly cloudy in the morning, becoming sunny through the afternoon and evening, with steady humidity and barometric pressure falling.

Mildly cool near 67°F 19°C, partly cloudy in the morning, becoming overcast through the afternoon and evening, with steady humidity and barometric pressure falling.

Chilly near 52°F 11°C, cloudy in the morning, becoming sunny through the afternoon and evening, with lower humidity and steady pressure. Winds turning from the NE to the NNE at 8 mph 13 km/h.

Crisp with a high near 57°F 14°C, sunny in the morning, becoming overcast through the afternoon and evening, with lower humidity and barometric pressure falling.

Refreshing around 62°F 17°C, sunny throughout the day, with steady humidity and barometric pressure falling.

Mildly cool near 64°F 18°C, sunny in the morning, cloudy in the afternoon, and partly cloudy this evening, with steady humidity and barometric pressure falling.