The high-impact nor'easter known as Winter Storm Stellamade for some compelling meteorological imagery as it gathered steam late Monday into Tuesday.

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This first water vapor satellite image isStella as it began to intensify in the East Monday evening. At that time, the initial development of its surface low-pressure system took place just off the Southeast coast.

(NASA)

Below is the same water vapor satellite imagery, except on Tuesday afternoon, which illustrates the mature low-pressure system that had developed off the East Coast by then. Stella's low-pressure center had undergone bombogenesis – a rapid drop in atmospheric pressure – by this point.

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In orange is drier air aloft punching into the west side of the storm, while the green shadings depict higher cloud tops and moisture in the atmosphere.

NASA

You can see how the strengthening of Stella's area of low pressure took place over time in this water vapor animation from NOAA's new GOES-16 satellite.

GOES-16 also provided this up-close visible satellite imagery of Stella in the mid-Atlantic region. Visible satellite imagery gives a general idea of what the clouds look like with the naked eye from space.

Here is a wider visible satellite image of Stella as the sun was setting Tuesday early evening.

This next animation displayscolorized infrared andvisible satellite images of Stella off the East Coast Tuesday afternoon as it pounded the region with high winds and heavy snow. The darker red shadings in the colorized infrared image show higher cloud tops associated with the storm.

Observed snowfall totals from Stella through 3 p.m. EDT Tuesday are plotted on this next graphic. You can see how the higher amounts (orange and red) from the storm increased greatly just west of the Interstate 95 corridor.

The lower snowfall totals near the coast compared to the interiorof the region was the result of Stella's low-pressure center tracking closer to the coast than previously expected. That brought in warmer airand caused many locations near I-95 to see mixed precipitation rather than all snow.

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(NOAA)

Next is this surface weather map that shows the intense area of low pressure (red L) associated with Stella near Long Island, New York, at 2 p.m. EDT Tuesday. The circular lines surrounding the low are isobars, which depict areas with the same atmospheric pressure around the low. When many isobars are packed together around the low, as in this image, it indicates a very strong storm.

(NOAA)

MORE ON WEATHER.COM: Winter Storm Stella

People struggle to walk in the blowing snow during a winter storm Tuesday, March 14, 2017, in Boston. (AP Photo/Michael Dwyer)