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Analysis and Appraisal of Fascine in Shahe Ancient Bridge Ruins, Xi’an, Shaanxi, China

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Abstract The Chinese civilization has a long history, and the Chinese ancestors invented the "aquatic engineering technology" for flood control and water management as early as two thousand years ago: Fascine Body. The Fascine Body is a structure used to protect the bank and block the breach in the ancient Chinese flood control project. The excavation of the Shahe Ancient Bridge Ruins in Xi’an City, Shaanxi Province, China discovered the existence of a fascine body structure. Through C14 dating, fiber slice observation, infrared spectroscopy, X-ray diffraction, thermogravimetric analysis and SEM energy spectrum analysis of the fascine material, at the same time, conduct the microbial identification on it and the surrounding soil, analyze its dominant bacterial community, and control its microbial diseases in a targeted manner. The research on the fascine bank ruins solved the boundary problem of the width and length of the Shahe ancient bridge, evaluated the exact age of Shahe ancient bridge, provided the important materials for the research on ancient bridges, river embankments and other ruins, and also provided the important clues for the traffic and layout around Chang'an during the Qin and Han Dynasties of Chinese history.
Title: Analysis and Appraisal of Fascine in Shahe Ancient Bridge Ruins, Xi’an, Shaanxi, China
Description:
Abstract The Chinese civilization has a long history, and the Chinese ancestors invented the "aquatic engineering technology" for flood control and water management as early as two thousand years ago: Fascine Body.
The Fascine Body is a structure used to protect the bank and block the breach in the ancient Chinese flood control project.
The excavation of the Shahe Ancient Bridge Ruins in Xi’an City, Shaanxi Province, China discovered the existence of a fascine body structure.
Through C14 dating, fiber slice observation, infrared spectroscopy, X-ray diffraction, thermogravimetric analysis and SEM energy spectrum analysis of the fascine material, at the same time, conduct the microbial identification on it and the surrounding soil, analyze its dominant bacterial community, and control its microbial diseases in a targeted manner.
The research on the fascine bank ruins solved the boundary problem of the width and length of the Shahe ancient bridge, evaluated the exact age of Shahe ancient bridge, provided the important materials for the research on ancient bridges, river embankments and other ruins, and also provided the important clues for the traffic and layout around Chang'an during the Qin and Han Dynasties of Chinese history.

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