Nov 28, 2024, 9:41 PM
Nov 28, 2024, 10:02 AM

Expert claims standing waves may explain Loch Ness Monster sightings

Highlights
  • Alan McKenna suggests that strange natural phenomena could explain Loch Ness Monster sightings.
  • He is specifically focusing on capturing footage of standing waves that may confuse observers.
  • His research aims to educate the public about the natural behavior of Loch Ness and its ecology.
Story

Alan McKenna, the founder of Loch Ness Exploration, has posited that a natural phenomenon known as 'standing waves' could help explain the numerous sightings of the legendary Loch Ness Monster in Scotland. According to McKenna, these standing waves occur when two boat wakes intersect and interfere with each other, leading to unusual water patterns that can easily be mistaken for large creatures. McKenna is currently focused on capturing footage of these standing waves as they appear in the deep waters of Loch Ness, a task he acknowledges is challenging due to the need for identical waves in open waters. His recent observations have noted such waves can be found in smaller locations, such as Urquhart Bay, frequented by the Deepscan vessel, which has reported standing waves but struggles to confirm their existence in the broader loch. The research conducted by Loch Ness Exploration aims to clarify the natural behavior of Loch Ness and educate the public about potential misinterpretations of natural occurrences. McKenna encourages individuals interested in the ecology of Loch Ness to join their independent research group. Over the years, various theories about the Loch Ness Monster's true nature have emerged, including suggestions of giant eels, long-necked seals, or large catfish populating the loch's depths. These hypotheses often stem from reports of unusual water disturbances that lead many to speculate about the presence of a hidden creature like ‘Nessie.’ McKenna emphasizes the deceptive nature of Loch Ness's dark waters, where it is possible to swim close to large unidentified objects without noticing them. Loch Ness, with its vast expanse of cold and dark water, reaching depths of around 750 feet and stretching 23 miles long, serves as an ideal environment for elusive creatures. As he continues his research, McKenna hopes to alleviate misconceptions created by tourists unfamiliar with the loch's natural climate, aiming to provide better understanding through scientific inquiry, rather than folklore. By documenting natural phenomena and nurturing awareness regarding Loch Ness's ecology, McKenna’s endeavor reflects the importance of balancing myth with scientific exploration.

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