Ancient Death Valley Lake Revived

Last year, an ancient lake reemerged at Death Valley National Park after the region’s wettest fall on record. Several inches of water filled Badwater Basin, the lowest point in North America, which is 282 feet below sea level. The basin is usually bare without moisture, which makes this a rare phenomenon.

During the Ice Ages, the basin—usually referred to as Lake Manly—had depths up to 700 feet and measured nearly 100 miles long. Between 128,000 and 186,000 years ago, ice covered the Sierra Nevada. Rivers flowed into a long valley that fed Lake Manly.

Between September and November of 2025, 2.41 inches of rain fell in Death Valley, which doesn’t typically see that much rain in a full year. November recorded 1.76 inches of rain, breaking the 1923 record of 1.7 inches. Similar conditions have not been seen since (Pacific) Hurricane Hilary struck the region, bringing more than 2 inches of rain on August 20, 2024.

The water can’t drain out of the basin because it is contained and at such a low elevation. The basin’s edges act like a seal, so the only way for water to escape is through evaporation.

When Lake Manly holds water, it creates a vibrant reflection of the surrounding mountains. But the most exciting aspect of the rainfall is that it could spark a superbloom of wildflowers the following spring. The pace and amount of rain were perfect for a significant wildflower display the next spring. The last superbloom occurred in 2016.

In February 2026, Death Valley National Park hosted the Dark Sky Festival, which gives visitors the opportunity to sky gaze. Death Valley is a Gold Tier Dark Sky Park, the highest rating of darkness.

This small patch of water offers a window into the landscape of the Ice Ages. Rivers from the Sierra Nevada carved through valleys and filled the basin to remarkable depths.

 

https://www.msn.com/en-us/weather/topstories/death-valley-s-record-rainfall-revives-ancient-lake-that-existed-128-000-years-ago/ar-AA1TaUFT?ocid=hpmsn&cvid=6951e98d66ac476aa9252e415f564bb0&ei=43

Perseverance Found a Rock

NASA’s Perseverance rover has combed Jezero Crater for years, looking for traces of ancient microbes. However, its most interesting find is a rock. Specifically, a rock that does not belong on Mars. This discovery exposes a new kind of mystery. One about what reaches the Red Planet and how those arrivals might complicate the search for biology.

Perseverance was sent to Mars to look for chemical whispers of long-vanished microbes. Its tools were meant for sedimentary targets, not stray boulders that possibly fell from deep space. Yet those same instruments can be used on out-of-place boulders to study a broader aspect of planetary history.

The object is a compact, sculpted mass that is definitely not part of the dusty basalt and sediment of Jezero Crater. Its texture and metallic sheen suggest it was not carved by Martian wind or water.

Imaging and analysis imply it might be a possible meteorite. The surface is pitted and fused in ways consistent with a plunge through an atmosphere. One meteorite on a planet that has been bombarded by them for billions of years might not sound important. Jezero Crater once held a lake with a river flowing away from it. These conditions provide the best chances for biosignatures. Dropping a rock rich in iron into that setting complicates the story.

Scientists had been waiting for this. Given how common iron nickel meteorites are on Earth, they were baffled that Perseverance had not seen any such meteorites in the crater. Until now. The find fills a gap in expectations and demands a recalibration of how meteorites weather, survive, and appear on the Martian surface.

Perseverance’s team is operating at the edge of what remote sensing can do. It uses subtle shifts in mineralogy to reconstruct ancient environments. When the team labels a new object as totally alien to the Red Planet, that judgement is based on years of comparative study. The meteorite is visually strange, but also chemically and texturally different from the Jezero rocks.

The meteorite has been referred to as “Phippsaks,” a nickname that now anchors a growing archive of images, spectra, and contextual observations.

The meteorite discovery arrived as scientists were rethinking the Martian atmosphere. Perseverance’s microphone has detected electric sparks on Mars, which hint at active electrical processes in the thin air. The Martian sky may not be as quiet or simple as once thought. If dust storms and atmospheric conditions are more dynamic than thought, those conditions will influence how meteorites burn, fragment, and land.

The meteorite is interesting, but Perseverance was sent to search for signs of ancient life. A sample from an ancient riverbed may contain the clearest chemical hints of past biology.

Against that backdrop, the meteorite is likely sterile metal, battered by radiation during its journey through space. Yet it can deliver elements and compounds that alter the chemistry where microbes might have once lived. A foreign rock landing in a once habitable delta is another layer of complexity that must be taken into account.

 

https://www.msn.com/en-us/news/technology/perseverance-spotted-a-mars-mystery-and-nasa-is-treating-it-as-massive/ar-AA1T8rnm?ocid=hpmsn&cvid=695189ccf8ea491b9920af677646366e&ei=85