May 9th, 2026 Timelapse
On May 9th, the morning began under a blanket of thick cloud cover, with an average of 87.6% obscured sky. Winds at the surface were gentle, averaging only 1.4 mph, while at 100 meters, they picked up slightly to 2.8 mph. This minimal surface wind allowed the high clouds, which constituted 80.6% of the cloud cover, to drift lazily across the sky. The low clouds, making up 24.4% of the total coverage, added a layer of softness to the horizon, creating a soothing palette of grays. A lack of any significant precipitation kept the ground dry, with the average temperature resting at a mild 50.5°F. The gentle winds at the surface were in stark contrast to those aloft, creating a mild turbulence that hinted at the potential for more dynamic changes as the day unfolded.
As midday approached, conditions began to evolve dramatically. Cloud cover reached a complete saturation at 100%, with high clouds maintaining their dominance. Winds increased at both surface and 100 meters, shifting to an average of 3.7 mph and 4.9 mph, respectively. This subtle uptick in wind speed contributed to a more lively atmosphere overhead, as the high-altitude clouds moved faster and began to interact more vigorously with the layers beneath. Although low clouds remained absent, a minor presence of mid-level clouds emerged, which accounted for 0.5% of the total coverage. This layered structure likely contributed to the soft, diffused sunlight filtering through the thick canopy above. The gentle winds at lower levels were still in conflict with the slightly stronger winds aloft, resulting in a mild case of wind shear that produced undulating cloud patterns, giving the sky a textured appearance, almost like a soft quilt.
By evening, the weather maintained its cloud-laden demeanor, with cloud cover slightly decreasing to 99.8% while the high clouds persisted strongly. Surface winds increased to an average of 4.2 mph, and at 100 meters, they escalated to 7.1 mph, marking a notable rise in wind activity. The mixture of mid-level clouds increased to 17.3%, subtly transforming the overall skyline into a more complex composition. While the high clouds remained dominant, the emerging mid-level cloud layer added depth and richness to the scene. Together, the stronger upper-level winds and the gentle breezes at the surface created instances of turbulence, causing the clouds to shift and swirl in a dynamic dance. As the temperature climbed to a comfortable 68.0°F, the scene transitioned into a serene yet vibrant display, perfectly illustrating the interplay of wind and cloud in the Pacific Northwest skies.
May 9th, 2026 Timeline
Screenshots with weather data (wind layers, clouds, precipitation)
Weather Info for May 9th, 2026
Sunset: 8:30 PM