Subhorizon Moonbow, Hawaii - OPOD

Last updated on September 16, 2023

Subhorizon Moonbow, Hawaii - OPOD

Moonbows are a captivating atmospheric phenomenon that occurs when the moonlight refracts and reflects off water droplets in the air, creating a beautiful arc of colors. While moonbows themselves are relatively rare, the sight of both primary and secondary bows below the horizon is even more exceptional. Recently, an extraordinary subhorizon moonbow was captured in Hawaii by photographer Sean King, showcasing the visual splendor of this natural phenomenon against a backdrop of volcanic glow on the horizon.

The subhorizon moonbow photographed by Sean King in Hawaii is a breathtaking example of this rare atmospheric optical phenomenon. The image showcases the moonbow in all its glory, displaying a vibrant arc of colors against the backdrop of the volcanic horizon glow. It is a testament to the beauty and wonder of nature's light show.

Moonbows typically occur when the moon is nearly full or full and positioned low in the sky. The moonlight passes through water droplets in the air, causing it to refract and reflect. This refraction and reflection create a circular arc of colors similar to a rainbow but with more muted hues. Moonbows are often seen in misty or rainy conditions, where there is an abundance of water droplets in the air.

What makes the subhorizon moonbow captured by Sean King particularly remarkable is its position below the horizon. Moonbows are usually seen above the horizon, but in this instance, both primary and secondary bows can be observed below the visible line. This phenomenon adds an extra layer of intrigue and rarity to an already captivating sight.

The volcanic glow on the horizon further enhances the beauty of this subhorizon moonbow. The glow comes from volcanic activity, where hot lava interacts with gases and particles in the atmosphere, emitting light in various colors. The combination of the moonbow and volcanic glow creates a mesmerizing juxtaposition of natural phenomena, showcasing the diversity and complexity of atmospheric optics.

It is important to note that capturing a subhorizon moonbow is no easy task. The conditions must align perfectly, with the moon at the right phase and position, the presence of water droplets in the air, and the ideal vantage point to capture the scene. Photographers like Sean King possess both skill and patience to capture such a rare and awe-inspiring moment in nature.

The subhorizon moonbow in Hawaii serves as a reminder of the hidden wonders that exist in our atmosphere. It highlights the beauty and intricacy of atmospheric optics, where light interacts with particles and droplets to create breathtaking displays of color. Each occurrence of a moonbow, especially a subhorizon one, is a testament to the marvels of nature and the endless surprises it has in store for us.

In conclusion, the subhorizon moonbow photographed by Sean King in Hawaii is a remarkable example of this rare atmospheric phenomenon. Its position below the horizon, combined with the volcanic glow, adds an extra layer of uniqueness and beauty to an already captivating sight. This image serves as a reminder of the hidden wonders that exist in our atmosphere and the endless surprises nature has in store for us.

Subhorizon Moonbows

Moonbows are rare. Primary AND secondary bows below the horizon more so. This scene capturing the visual appearance of moonbows was imaged in Hawaii by Sean King. The horizon glow is volcanic.

All images ©Sean King, shown with permission

Note: this article has been automatically converted from the old site and may not appear as intended. You can find the original article here.

Reference Atmospheric Optics

If you use any of the definitions, information, or data presented on Atmospheric Optics, please copy the link or reference below to properly credit us as the reference source. Thank you!