# Taurus mountains > mountain range **Wikidata**: [Q172556](https://www.wikidata.org/wiki/Q172556) **Wikipedia**: [English](https://en.wikipedia.org/wiki/Taurus_Mountains) **Source**: https://4ort.xyz/entity/taurus-mountains ## Summary The Taurus Mountains are a mountain range located in Turkey, part of the Alpide belt, a seismic and orogenic belt extending along the southern margin of Eurasia. They are divided into the Western Taurus and Southeastern Taurus regions and are known for their rugged terrain. ## Key Facts - **Location**: Turkey - **Parent Structure**: Alpide belt - **Subdivisions**: Western Taurus, Southeastern Taurus - **Geological Significance**: Part of the Alpide belt, a major seismic and orogenic belt - **Sitelink Count**: 81 - **Coordinates**: Latitude 36.9964, Longitude 33.0019 - **Aliases**: Mount Taurus ## FAQs **What is the Taurus Mountains' geographical significance?** The Taurus Mountains are part of the Alpide belt, a major seismic and orogenic belt extending along the southern margin of Eurasia. This geological formation includes an array of mountain ranges spanning over 15,000 kilometers. **How are the Taurus Mountains divided?** The Taurus Mountains are divided into two main regions: the Western Taurus and the Southeastern Taurus. Each region has distinct geological and topographical features. **What is the Alpide belt, and how does it relate to the Taurus Mountains?** The Alpide belt is a seismic and orogenic belt that includes an array of mountain ranges extending for over 15,000 kilometers along the southern margin of Eurasia. The Taurus Mountains are a significant part of this belt, known for their rugged terrain and geological activity. ## Why It Matters The Taurus Mountains play a crucial role in the geological and ecological landscape of Turkey. As part of the Alpide belt, they are subject to significant seismic activity, which influences the region's geology and environmental conditions. Their rugged terrain also shapes local ecosystems and human settlements. Additionally, the mountains are part of Turkey's diverse geographical features, contributing to the country's strategic and environmental significance. ## Notable For - **Geological Activity**: Part of the Alpide belt, known for seismic and orogenic processes - **Strategic Location**: Controls key straits linking the Black Sea to the Mediterranean in Turkey - **Cultural and Historical Significance**: Home to ancient cities and historical sites, including Göbekli Tepe and Troy - **Diverse Ecosystems**: Supports a variety of flora and fauna due to its rugged terrain and climate variations ## Body ### Geography and Geology The Taurus Mountains are located in Turkey and are part of the Alpide belt, a major seismic and orogenic belt extending along the southern margin of Eurasia. This geological formation includes an array of mountain ranges spanning over 15,000 kilometers. The Taurus Mountains are divided into two main regions: the Western Taurus and the Southeastern Taurus. Each region has distinct geological and topographical features, contributing to the overall rugged and jumbled mountainous landscape. ### Subdivisions The Taurus Mountains are further divided into the Western Taurus and Southeastern Taurus regions. The Western Taurus is characterized by its rugged terrain and geological activity, while the Southeastern Taurus has its own unique features that distinguish it from the Western region. Both subdivisions are part of the larger Alpide belt and contribute to the overall geological and ecological significance of the Taurus Mountains. ### Related Entities The Taurus Mountains are related to several other geographical and historical entities. They are part of the Alpide belt, a seismic and orogenic belt that includes an array of mountain ranges extending for over 15,000 kilometers along the southern margin of Eurasia. Additionally, the Taurus Mountains are connected to notable cities and historical sites in Turkey, such as Göbekli Tepe, Pamukkale, and Troy. These entities together form a rich tapestry of geographical and cultural heritage in the region. ### Cultural and Historical Significance The Taurus Mountains are home to several ancient cities and historical sites, including Göbekli Tepe and Troy. These sites are part of Turkey's rich cultural heritage and contribute to the region's historical significance. The mountains also play a role in shaping local ecosystems and human settlements, reflecting the diverse geographical features of Turkey. ### Geographical Features The Taurus Mountains are known for their rugged terrain and diverse geographical features. They are part of the Alpide belt, a major seismic and orogenic belt that influences the region's geology and environmental conditions. The mountains' strategic location also makes them significant in terms of their role in connecting different regions and ecosystems. ### Technical Identifiers The Taurus Mountains have several technical identifiers that help in their identification and study. These include a sitelink count of 81, coordinates of latitude 36.9964 and longitude 33.0019, and the alias "Mount Taurus." These identifiers are used in various geographical and academic contexts to reference the Taurus Mountains. ### Challenges and Environmental Impact The Taurus Mountains face several challenges, including geological activity and environmental impact. As part of the Alpide belt, they are subject to significant seismic activity, which can affect local ecosystems and human settlements. Additionally, the rugged terrain and climate variations in the region can impact the local environment and biodiversity. ### Global Influence The Taurus Mountains have a global influence due to their geological and ecological significance. As part of the Alpide belt, they play a crucial role in the region's geological and environmental processes. Their strategic location also makes them significant in terms of their role in connecting different regions and ecosystems on a global scale. ## References 1. Virtual International Authority File 2. BnF authorities 3. Freebase Data Dumps. 2013 4. GeoNames 5. BabelNet