DNYUZ
No Result
View All Result
DNYUZ
No Result
View All Result
DNYUZ
Home News

NASA Time-Lapse Video Shows Drastic Virginia Landscape Change Over Just 9 Weeks

February 7, 2026
in News
NASA Time-Lapse Video Shows Drastic Virginia Landscape Change Over Just 9 Weeks

NASA recently released a time-lapse that compresses nine weeks of seasonal change in southwest Virginia into a few hypnotic seconds, and it’s fascinating to watch. From early October to early December, forests that looked full and alive drain into rust, then bare brown, before getting wiped with an early blanket of snow.

The animation pulls from satellite images collected between October 4 and December 6, 2025, using data from NASA’s Landsat missions and the European Space Agency’s Sentinel-2 satellites. Together, those images show the Valley and Ridge province of the Appalachian Mountains cycling from late summer green through fall color and into winter, all without a single camera ever touching the ground.

View this post on Instagram

This stretch of Virginia looks the way it does for geological reasons. The Valley and Ridge province formed when the supercontinent Pangea came together, compressing layers of rock into long, folded ridges separated by valleys. That ancient squeeze left behind the repeating landscape that still controls how water flows, where trees thrive, and how snow settles centuries later, NASA explains.

The timelapse catches smaller details hiding inside that bigger structure. Price Mountain flashes bright orange in early November, then drops into brown within weeks as its mostly deciduous forest sheds leaves. Northeast of there, Blacksburg keeps a steadier mix of green and gray. Ellet Valley stays green longer than the surrounding ridgelines thanks to irrigated fields, grazing land, and golf courses.

Virginia’s forests are the big star behind the color show. Nearly 80% are deciduous or mixed deciduous-pine, and the state has close to 100 native deciduous tree species. Chlorophyll breaks down as the days get shorter and temperatures fall, revealing yellow and orange pigments that were actually there all along. Some trees produce red pigments as well. The staggered timing across species turns the landscape into a glorious patchwork instead of a uniform fade.

Then winter arrives early. In December, a rare snowstorm swept through the region. Snow slid off steep ridges, pooled in valleys, and totally redrew the landscape. By the end of the month, Blacksburg logged 8.6 inches of snow, well above its December average, according to the National Weather Service.

Nine weeks vanish in seconds, and yet so much changes. If that’s not a metaphor for life, I don’t know what is.

The post NASA Time-Lapse Video Shows Drastic Virginia Landscape Change Over Just 9 Weeks appeared first on VICE.

This Is the Exact Age Humans Hit Their Physical Peak
News

This Is the Exact Age Humans Hit Their Physical Peak

by VICE
February 7, 2026

For anyone telling themselves their physical peak is long behind them (along with their 20s), a long-running Swedish study might ...

Read more
News

A new platform lets AI agents ‘rent a human.’ Its creator says his job worries drove him to build it.

February 7, 2026
News

Shinedown pulls out of Rock the Country festival as disappointed fans slam ‘woke’ decision to cancel

February 7, 2026
News

Angry Orchard Invites You to Exchange Your Ex’s Stuff for Free Booze This Valentine’s Day

February 7, 2026
News

Contentious Herbicide Is Greenlit in a Blow to the MAHA Agenda

February 7, 2026
Keto and Schizophrenia Researcher Says Kennedy Mischaracterized His Work

Psychiatrist Says Kennedy Was ‘Not Accurate’ in Discussing His Keto Studies

February 7, 2026
Keto and Schizophrenia Researcher Says Kennedy Mischaracterized His Work

Psychiatrist Says Kennedy Was ‘Not Accurate’ in Discussing His Keto Studies

February 7, 2026
Dear Abby: My children have no respect for me after borrowing my money without paying me back

Dear Abby: My children have no respect for me after borrowing my money without paying me back

February 7, 2026

DNYUZ © 2026

No Result
View All Result

DNYUZ © 2026