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Actual Landsat 9 satellite photograph from November 7 2026 showing muddy water in Navajo Reservoir after autumn storms.
NASA Earth Observatory image by Michala Garrison using Landsat data from the U.S. Geological Survey. True-color satellite view Nov. 7, 2026 of Navajo Reservoir, not a photograph of flooding on individual roads or homes. Source: https://science.nasa.gov/earth/earth-observatory/water-surges-into-navajo-reservoir/

By Joseph | Khemetic Nation News Network | November 12, 2026

Fresh NASA Landsat satellite images show a dramatic rise in Navajo Reservoir water levels following October and November storms.

Satellite evidence of a rapid rise

NASA Earth Observatory published new Landsat imagery on November 11 showing how much Navajo Reservoir changed after unusually wet autumn weather in the Four Corners region. The reservoir spans Colorado and New Mexico, storing water from the San Juan River system. NASA compared an earlier image with another taken November 7, 2026; the newer view shows visibly expanded, sediment-laden water.

Water gains and storm damage coexist

The agency says the reservoir’s surface rose by nearly 60 feet over a period of weeks. That does not mean all surrounding communities benefited equally. The same storms caused flooding and hardship in parts of the region. A rise at a reservoir and destructive runoff in towns can happen at the same time. Satellite imagery helps explain the landscape-scale changes but is not a substitute for individual road or household damage assessments.

What the imagery establishes

The accompanying featured image is an actual November 7 Landsat 9 observation processed by NASA Earth Observatory with USGS data. It shows a large-scale water feature, not a live depiction of an emergency rescue. Reservoir managers’ subsequent storage and release decisions will determine how the new water is used.

Sources: Primary official scientific or government announcement. Photo credits and licenses are preserved in the WordPress media library. This report distinguishes archival photographs from new findings or announcements.