Javascript must be enabled to continue!
Spatio-Temporal Distribution Evolution Characteristics and Geographical Influencing Factors of Cultural Heritage Sites in Xinjiang, China
View through CrossRef
Cultural Heritage Sites (CHS) serve as tangible evidence of regional human–environment interactions and spatial representation of historical memory. The research developed a Xinjiang CHS database and integrated geographic information technology and historical geography research methods to examine the spatio-temporal distribution evolution characteristics and geographic influencing factors in the arid region. It utilized the nearest neighbor index, kernel density estimation, the center of gravity model, and standard deviation ellipse to explore the spatio-temporal evolution law. Furthermore, it employed spatial overlay and qualitative text to analyze the geographical influence mechanism of the CHS. The results showed the following: (1) The CHS spatial distribution showed a pattern of “multicore agglomeration-linear extension”, concentrated in 13 key cities and four major areas that extended along the Silk Road routes. (2) The CHS diachronic development fluctuated in a pattern of “three peaks and three valleys”. The spatial center of gravity has shifted from southern Xinjiang to northern Xinjiang, manifesting a concentrated-diffused characteristic along the northeast–southwest axis. (3) The spatial selection followed the rules of “preferring lower terrain” and “proximity to water”. The elevation distribution of CHS has shifted from mid-high elevations to low elevations. The proportion of CHS on low-slope terrain increased from 78.6% in the Pre–Qin period to 93.02% in Modern History. 93.02% of CHS in Modern History were distributed within the 10 km buffer zone of rivers. (4) Climate aridity and human activities formed a dynamic influence mechanism; natural factors constructed the base pattern of CHS distribution, and human activities drove the dynamic adjustment. The findings revealed the historical trajectory and driving logic of the evolution of CHS in Xinjiang and provided a scientific basis for cultural heritage protection and ecological governance. This study had limitations in terms of the limited research scope and the lack of comprehensive quantitative analysis of influencing factors.
Title: Spatio-Temporal Distribution Evolution Characteristics and Geographical Influencing Factors of Cultural Heritage Sites in Xinjiang, China
Description:
Cultural Heritage Sites (CHS) serve as tangible evidence of regional human–environment interactions and spatial representation of historical memory.
The research developed a Xinjiang CHS database and integrated geographic information technology and historical geography research methods to examine the spatio-temporal distribution evolution characteristics and geographic influencing factors in the arid region.
It utilized the nearest neighbor index, kernel density estimation, the center of gravity model, and standard deviation ellipse to explore the spatio-temporal evolution law.
Furthermore, it employed spatial overlay and qualitative text to analyze the geographical influence mechanism of the CHS.
The results showed the following: (1) The CHS spatial distribution showed a pattern of “multicore agglomeration-linear extension”, concentrated in 13 key cities and four major areas that extended along the Silk Road routes.
(2) The CHS diachronic development fluctuated in a pattern of “three peaks and three valleys”.
The spatial center of gravity has shifted from southern Xinjiang to northern Xinjiang, manifesting a concentrated-diffused characteristic along the northeast–southwest axis.
(3) The spatial selection followed the rules of “preferring lower terrain” and “proximity to water”.
The elevation distribution of CHS has shifted from mid-high elevations to low elevations.
The proportion of CHS on low-slope terrain increased from 78.
6% in the Pre–Qin period to 93.
02% in Modern History.
93.
02% of CHS in Modern History were distributed within the 10 km buffer zone of rivers.
(4) Climate aridity and human activities formed a dynamic influence mechanism; natural factors constructed the base pattern of CHS distribution, and human activities drove the dynamic adjustment.
The findings revealed the historical trajectory and driving logic of the evolution of CHS in Xinjiang and provided a scientific basis for cultural heritage protection and ecological governance.
This study had limitations in terms of the limited research scope and the lack of comprehensive quantitative analysis of influencing factors.
Related Results
The challenges and key issues in the promotion and conservation of cultural heritage
The challenges and key issues in the promotion and conservation of cultural heritage
Governmental policies and international agreements, such as the UNESCO World Heritage Convention, are evaluated to determine their impact on cultural heritage conservation. The stu...
Probability distribution characteristics of summer extreme precipitation in Xinjiang, China during 1970-2021
Probability distribution characteristics of summer extreme precipitation in Xinjiang, China during 1970-2021
Abstract
Based on the daily precipitation data of 96 stations in Xinjiang from 1970 to 2021, the Generalized Extreme Value (GEV) model was used to investigate the fitting e...
Identification, documentation and promotion of cultural heritage: problems and prospects in the Indian context
Identification, documentation and promotion of cultural heritage: problems and prospects in the Indian context
PurposeThe purpose of this paper is to overview the current state of affairs of the Indian heritage treasures, which are being identified, restored, preserved and promoted by vario...
Temporal and spatial distributions of hourly rain intensity under the warm background in Xinjiang
Temporal and spatial distributions of hourly rain intensity under the warm background in Xinjiang
<p>It is well known that climate changes sometimes may cause natural disasters&#65292;especially the disastrous weather days&#65292;as downpour&am...
A quantitative description of the spatial–temporal distribution and evolution pattern of world cultural heritage
A quantitative description of the spatial–temporal distribution and evolution pattern of world cultural heritage
Abstract
Depicting the temporal and spatial evolution pattern of global world cultural heritage systematically and finely is the basis of heritage recognition and...
A quantitative description of the spatial-temporal distribution and evolution pattern of world cultural heritage
A quantitative description of the spatial-temporal distribution and evolution pattern of world cultural heritage
Abstract
Depicting the temporal and spatial evolution pattern of global world cultural heritage systematically and finely is the basis of heritage recognition and protectio...
Културното наследство като ресурс за местно развитие
Културното наследство като ресурс за местно развитие
Статията има за цел да разкрие социалноикономическите ползи от един подход за създаване и социализиране на историческия комплекс Цари Мали град в село Белчин. Данните са получени о...
Serial cultural heritage concept, values identification, and management : case study Angkor - Phimai cultural route
Serial cultural heritage concept, values identification, and management : case study Angkor - Phimai cultural route
Serial cultural heritage refers to groups of cultural heritage sites which are formed as series by significant cultural linkage. It is a category of cultural heritage which has pla...

