Orogenic Evolution of the Ural Mountains: Results from an Integrated Seismic Experiment
Орогеническая эволюция Уральских гор: результаты комплексного сейсмического эксперимента
1996-10-11
SCID: 54.1/xd223rhv
Discuss with AI
Paleozoic collisional orogenURSEIS '95crustal rootintegrated seismic experimentlithospheric structure
Figures from the paper
Abstract (AI)
Results of the URSEIS '95 integrated seismic experiment document the lithospheric structure of an intact Paleozoic collisional orogen in the Ural Mountains. Hybrid-source seismic reflection and refraction data provide images of a crustal-scale collisional fabric and a pronounced crustal root preserved since Paleozoic time. Mantle reflections are observed at depths of more than 150 kilometers, possibly representing the base of the lithosphere. The Urals do not conform to existing models of postorogenic evolution involving large-scale extension, which may be a consequence of an incomplete or arrested collisional process that has led to the preservation of the largest continental landmass.
Key Findings
1
An incomplete or arrested collisional process may explain the preservation of the Urals and the largest continental landmass.
2
Hybrid-source seismic reflection and refraction data reveal a crustal-scale collisional fabric and a pronounced crustal root preserved since Paleozoic time.
3
Mantle reflections occur at depths exceeding 150 kilometers and may mark the base of the lithosphere.
4
The URSEIS '95 integrated seismic experiment images the lithospheric structure of an intact Paleozoic collisional orogen in the Ural Mountains.
5
The Urals do not fit existing models of postorogenic evolution involving large-scale extension.
Research Object
The lithospheric structure of the Ural Mountains as an intact Paleozoic collisional orogen
Research Subject
Crustal-scale collisional fabric, preserved crustal root, deep mantle reflections, and the implications for the postorogenic evolution of the Urals
Publication Details
Publication Date
1996-10-11
Journal
Publisher
ISSN
Access Type
Author Information
Download PDF
Subscribe to digest