The phenomenon of stray dogs at historical sites raises questions about animal welfare and the responsibilities of local authorities in protecting these animals.
The viral nature of the dog video reflects the public's fascination with both animals and ancient history, highlighting how social media can bridge these interests.
Increased awareness about the plight of stray dogs in Egypt may lead to more initiatives aimed at their rescue and rehabilitation.
The viral success of the dog video may inspire more content creators to explore and document unique animal encounters at historical sites.
Recently, a stray dog was spotted at the summit of the Great Pyramid of Giza, capturing the attention of paragliders and social media users alike. American paraglider Marshall Mosher, along with fellow adventurers, was flying over the iconic site when they noticed the dog, apparently enjoying the view and chasing birds at the top of the 139-meter (455-foot) pyramid. Mosher initially expressed concern, thinking the dog might be trapped, but later joked about its ability to descend, suggesting it could have found a 'secret portal.'
The video of the dog quickly went viral, garnering millions of views and sparking conversations online. Many social media users humorously suggested that if the dog were to relieve itself from such a height, it would claim all of Egypt. Others made connections to Anubis, the ancient Egyptian god associated with the afterlife, often depicted as a jackal. Mosher's posts have highlighted the presence of many stray dogs in the area, and he has expressed interest in helping these animals find more secure homes.
The Great Pyramid of Giza, built around 2500 BC for Pharaoh Cheops, is one of the Seven Wonders of the Ancient World and remains the only one still largely intact. It consists of approximately 2.3 million limestone blocks, weighing several tons each, with a total estimated weight of over 6 million tons. While climbing the pyramids is prohibited, paragliding offers a unique perspective of these ancient structures.
