A Shift in the Weather Pattern Could Bring the First Snowflakes of the Season to Parts of the DMV

A shift in the weather pattern could bring the first snowflakes of the season to parts of the DMV area by next Friday, WJLA reported.

After nearly three weeks without significant rainfall, the region is facing a transition toward colder temperatures and unsettled weather. While the immediate forecast suggests a period of chilly rain along the I-95 corridor through Thursday and Friday, meteorologists are watching a potential shift in the atmosphere that could introduce frozen precipitation.

The timing of this potential change centers on Friday, November 13. According to the EURO Model future satellite and radar data, the system moving through the region may carry enough cold air to produce a few snowflakes for the area.

First Alert Weather: Snow starts this afternoon in the DMV

The likelihood of snow remains limited for most of the metropolitan area. Current projections suggest that any snowflakes appearing west of I-95 on Friday evening will likely melt upon contact with the ground, as surface temperatures are expected to remain too warm for accumulation.

However, the geography of the region creates different outcomes for different communities. While the urban centers may only see a brief dusting or wet flakes, higher elevations in western Maryland could experience light snow accumulation.

This distinction is critical for residents in the Appalachian regions of the state, where even light accumulation can impact local visibility and road conditions. For the majority of the I-95 corridor, the primary concern remains the damp, chilly conditions brought by the incoming rain system.

Weather patterns of this nature are notoriously fluid. The WJLA Storm Alert Weather Team noted that this forecast is highly subject to change in the coming days as the GFS and EURO models continue to process the movement of northerly winds and the incoming system.

The arrival of these colder air masses marks a definitive seasonal shift for the Mid-Atlantic, moving the region away from the recent dry spell and toward the more volatile weather typical of late autumn.