Category: Mount Kilimanjaro

British tourist Harry Shimmin found himself thrust into the spotlight after capturing a harrowing encounter with an avalanche while trekking in the Tien Shan mountains in Kyrgyzstan. Shimmin, along with nine fellow Britons and an American companion, embarked on a trek through the rugged terrain of Kyrgyzstan, seeking adventure amidst its stunning landscapes. The tranquillity of their journey was abruptly shattered when they found themselves in the path of an avalanche, an experience that Shimmin caught on camera. In the aftermath, Shimmin reflected on the terrifying ordeal, emphasizing that mere moments separated them from potential disaster. He recounted that if their group had advanced just five minutes further, the consequences could have been catastrophic. The incident underscored the unpredictable nature of mountain environments and served as a stark reminder of the fine line between adventure and peril. Shimmin's account resonated widely, offering a glimpse into the inherent risks faced by adventurers exploring remote and rugged landscapes like those found in Kyrgyzstan. ‘Once I dived down in that shelter it got really dark and quite hard to breathe’ The British traveller Harry Shimmin tells #BBCBreakfast about being caught up in an avalanche in Kyrgyzstan, and capturing the dramatic scenes on his phone https://t.co/5Vnvs6ixvu pic.twitter.com/oC24cHXr4u — BBC Breakfast (@BBCBreakfast) July 13, 2022 Harry Shimmin had a truly harrowing and heart-stopping experience during his time spent in Kyrgyzstan when he encountered an absolutely terrifying avalanche, an event that would forever be etched into his memory. As he recounts the incident in vivid detail, Shimmin's voice trembles with a mixture of emotions ranging from overwhelming excitement to paralyzing fear. The sheer intensity of the situation left him feeling as though he had come face to face with the very essence of imminent danger itself. The avalanche that unfolded before Shimmin's eyes was a colossal

Mount Everest is not a volcano. Instead, it is classified as a sedimentary rock mountain, specifically a fold mountain. Fold mountains like Everest are formed by the folding of Earth's crust due to tectonic forces, typically where continental plates collide. Imagine the catastrophic consequences that would occur if Mount Everest were a volcanic mountain and underwent a massive eruption. The vast regions of China and India could potentially be enveloped in scorching lava, leading to widespread devastation. However, fortunately for us, the occurrence of such a cataclysmic event is highly improbable. The reason being that Mount Everest is not a volcano; rather, it is a majestic peak comprising layers of sedimentary rock that accumulated over millions of years. In fact, during a bygone era, the summit of Mount Everest resided at the ocean floor of the ancient Tethys Sea. Therefore, due to its non-volcanic nature, Mount Everest does not possess the capacity to spew volcanic materials. Nevertheless, there is a remote possibility that the summit could potentially crumble or dislodge. To acquire further insights, continue reading. The formation of Mount Everest occurred as a result of the collision between the Indian and Eurasian tectonic plates, which uplifted vast amounts of sedimentary and metamorphic rock to form the Himalayan mountain range. Since Mount Everest is not a volcano, it does not have a volcanic crater or magma chamber. Therefore, it is not capable of erupting like a typical volcano. Instead, Mount Everest is subject to other geological processes such as erosion, glaciation, and tectonic activity, which continue to shape its landscape over time. Reasons why Mount Everest will not erupt like other volcanoes There are several reasons why Mount Everest cannot erupt like a typical volcano: Geological Composition: Mount Everest is primarily composed of sedimentary and metamorphic rocks that have been

Brigadier Alexander Nyirenda, the hero who placed the Uhuru Torch at Uhuru Peak on the summit of Mount Kilimanjaro, passed away on December 20, 2008, at approximately 12:45 p.m. He had been battling esophageal cancer since February 2008. Nyirenda's courageous act of placing the Uhuru Torch on Kilimanjaro symbolized unity and freedom for the people of Tanzania. His legacy as a national hero and his contribution to Tanzania's history will be remembered and honored for generations to come. Mwalimu Julius Nyerere, the late founder of the Freedom Torch, also known as Mwenge wa Uhuru, had a vision when he ignited the torch. His words resonated, "We light the torch and place it on Mount Kilimanjaro to radiate beyond our nation's borders; to bring hope to the hopeless, love amidst hatred, and respect where there is contempt." Brigadier Alexander Nyirenda, an officer in the Tanzania People's Defence Forces, fulfilled Mwalimu Nyerere's wish by erecting the Uhuru Torch at the peak of Mt Kilimanjaro. This iconic mountain, standing tall as the highest in Africa, holds great significance. On December 9, 1961, Nyirenda had the honor of hoisting the Tanganyika flag atop the mountain, simultaneously with its raising at the national stadium in Dar-es-Salaam, the capital of the newly independent nation. Climbing Mt Kilimanjaro presented its challenges, as it was more treacherous back then due to icy conditions and limited technology. Many feared embarking on the journey, doubting the chances of a safe return. The expedition comprised 11 individuals, including photographers and radio presenters, who spent 16 days to fulfill this momentous responsibility. Nyirenda, reflecting on the experience, stated, "At midnight on December 9, we ignited the torch, coinciding with the Tanganyika flag-raising ceremony at the national stadium in Dar es Salaam." As a tribute to his contributions, Brigadier Nyirenda was promoted to

The formation of Everest began about 60 million years back to create the highest mountain in the world, a mountain that is primarily made up of numerous layers of rock that have been folded over each other, forming what is known as nappes. At lower elevations, metamorphic schists and gneisses dominate the mountain's composition, topped by igneous granites. As we ascend higher, we come across sedimentary rocks with origins in the marine environment, remnants of the ancient floor of the Tethys Sea that closed after the collision of the two plates. Of particular interest is the Yellow Band, a striking limestone formation that is visibly prominent just below the summit pyramid. The Eurasian tectonic plate extends all the way from the Near East to the eastern part of Russia and from Mongolia to the Arctic Ocean. The Indian plate was joined with the Australasian plate. This giant-sized Indo-Australian plate was broken up into two plates: the Indian plate and the Australian plate. This Indian plate was heading north very quickly at the rate of 15cm/year, about 40 million years ago. As the Indian plate was travelling north, it was met with the Asian plate. The Indian and Asian plates collided, and because the Indian plate was heavier, it was subducted beneath the Asian plate. The southern edges of the Asian plate were dragged downwards, forming the Himalayan range. This process is still occurring today. As the Indian plate continued to move north, it pushed the Asian plate along the low plains of the Indian subcontinent. The Indian plate was still being driven downwards into the mantle. The rocks were being melted and eventually created magma. As the pressure built, the magma was forced out through the Asian plate and formed a range of mountains. This is the growth of the

Sleeping at Kilimanjaro Crater Camp is a rare and exhilarating experience reserved for adventurous trekkers who undertake the challenging journey to the summit of Africa's highest peak, Mount Kilimanjaro. The Crater Camp is located near the summit of Kilimanjaro, nestled within the caldera of the dormant volcano. See what our clients say about their crater camp experience. Here are some key points about sleeping at Kilimanjaro Crater Camp: Altitude: Kilimanjaro Crater Camp is situated at an elevation of approximately 18,800 feet (5,730 meters) above sea level, making it one of the highest campsites on the mountain. Due to the extreme altitude, trekkers may experience symptoms of altitude sickness, such as headache, nausea, and fatigue. Unique Landscape: The Crater Camp offers trekkers a unique and otherworldly landscape, characterized by rugged terrain, volcanic rocks, and panoramic views of the surrounding crater walls. The campsite is located near the ash pit, a small crater within the main caldera, providing a surreal backdrop for overnight stays. Cold and Windy Conditions: Sleeping at Kilimanjaro Crater Camp exposes trekkers to cold temperatures and high winds, especially during the night. It is essential to be properly equipped with warm clothing, insulated sleeping bags, and windproof tents to withstand the harsh conditions at this altitude. Limited Facilities: Kilimanjaro Crater Camp is a primitive campsite with limited facilities compared to lower camps on the mountain. There are no permanent structures or amenities at the camp, and trekkers must rely on the supplies and equipment carried by their trekking team. Portable toilets may be set up, but they are basic and exposed to the elements. Spectacular Sunrise: One of the highlights of sleeping at Kilimanjaro Crater Camp is witnessing the breathtaking sunrise from the summit of the mountain. As the sun rises above the horizon, it casts a golden glow