18K views · 460 reactions | From space to sea, and everywhere in...

Here is an animation of WPC weather foreacast charts for the next 7 days across the U.S. It appears that the West Coast will continue to be battered by high winds and heavy precipitation for the next few days into early next week as a series of powerful Pacific cyclones plow onshore! Meanwhile, an anomalous storm could bring widespread heavy rain and strong winds into the eastern U.S. early next week with wintry precipitation possible over northern New England. Check our latest Storm Summary at

1.1K views · 83 reactions | [7-Day Temperature Forecast ️] An upper-level high will progress thru the Central Rockies into the Northern/Central Plains this week, leading to hot temps (10-15F above average) over these regions, while an incoming cold front may bring slightly below normal highs further east. | NOAA NWS Weather Prediction Center | Facebook

101 reactions · 54 shares | A look at the 7-day max temperature forecast highlights the impressive cold in the West & the summer-like conditions in the East into mid-week. A more autumn-like regime arrives in the Midwest, Great Lakes, & Northeast late week. To view these forecast maps please visit this link: https://www.wpc.ncep.noaa.gov/exper/ndfdmxmn/map.html | NOAA NWS Weather Prediction Center | Facebook

Combining data from multiple radars and multiple sensors (known as MRMS), we can put together a more complete picture of what kind of precipitation larger scale storms are producing. Looking at an animation of multiple radars over the northeastern U.S. we can see the counterclockwise rotation associated with the low pressure system affecting the area. https://www.nssl.noaa.gov/projects/mrms/ | U.S. National Weather Service (NWS)

12/11/2024 - 12 PM EST The latest NWS national radar mosaic shows a large swath of rain that stretches from Maine to Florida along and out ahead of a potent cold front. Embedded strong thunderstorms and heavy downpours can lead to localized flooding concerns this afternoon. | NOAA NWS Weather Prediction Center