Glory - Kerry, Ireland

Last updated on September 16, 2023

Glory - Kerry, Ireland: A Spectacular Atmospheric Phenomenon

Glory is a captivating atmospheric optical phenomenon that occurs when sunlight interacts with water droplets or small ice crystals in the atmosphere. This phenomenon is often observed from high altitudes, such as mountains, where one can witness a stunning display of colors and rings surrounding their own shadow. One of the most breathtaking locations to experience this enchanting spectacle is in Kerry, Ireland.

Situated in the majestic McGillycuddy's Reeks mountain range, Kerry offers a picturesque backdrop for witnessing the Glory phenomenon. As the sun shines upon the misty landscape, visitors can marvel at the ethereal beauty of colorful rings encircling their shadow on the clouds or mist below. This awe-inspiring sight is made even more magical by the stunning natural scenery that surrounds it.

The McGillycuddy's Reeks range in Kerry provides an ideal vantage point for observing the Glory phenomenon. Atop mountains like Caher Mountain, visitors can soak in the panoramic views of the surrounding valleys, lakes, and coastline while being treated to this atmospheric spectacle. The combination of the Glory phenomenon with the rugged beauty of Kerry creates a truly unforgettable experience.

Glory is formed through a complex interplay of light and water droplets or ice crystals. When sunlight passes through these tiny particles suspended in the air, it undergoes various optical processes, leading to the formation of concentric rings of colors around the observer's shadow. These rings are caused by the diffraction, interference, and scattering of light as it interacts with the water droplets or ice crystals.

The colors observed in a Glory are similar to those seen in a rainbow, ranging from red on the outer edge to blue on the inner edge. However, unlike a rainbow, which forms when sunlight is refracted and reflected within raindrops, the Glory phenomenon occurs due to a different set of optical principles. The intricate patterns of colors within a Glory can vary depending on factors such as the size and shape of the water droplets or ice crystals.

One of the most intriguing aspects of the Glory phenomenon is the appearance of a Brocken Spectre, which often accompanies it. A Brocken Spectre is a magnified shadow of the observer cast onto clouds or mist below, surrounded by a halo of light. This phenomenon occurs when sunlight is backscattered by water droplets or ice crystals, creating an eerie and otherworldly silhouette. Witnessing both the Glory and the Brocken Spectre together adds an extra layer of enchantment to the experience.

To fully appreciate the Glory phenomenon in Kerry, it is best to plan a visit during the early morning or late afternoon when the sun is lower in the sky. This positioning of the sun allows for optimal conditions for the formation of the concentric rings and vibrant colors. Additionally, visiting on a day with partly cloudy or misty conditions can enhance the overall visual impact of the Glory phenomenon.

In conclusion, witnessing the Glory phenomenon in Kerry, Ireland is an extraordinary experience that combines natural beauty, scientific wonder, and a touch of magic. The McGillycuddy's Reeks mountain range provides an idyllic setting for observing this captivating atmospheric optical phenomenon. Whether it's admiring the colorful rings encircling your shadow or being mesmerized by the accompanying Brocken Spectre, a visit to Kerry promises a truly unforgettable encounter with nature's magnificence.

Glory and Brocken Spectre from Caher Mountain in the McGillycuddy's Reeks range in Kerry, Ireland imaged by Aidan Forde. Image ©Aidan Forde, 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!