Laws and Trends of the Evolution of Traditional Villages in Plane Pattern

Yang, Xi; Song, Ke; Pu, Fuan

doi:10.3390/su12073005

Cited by 18 publications

(13 citation statements)

References 23 publications

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“…Meanwhile, it should be combined with the rural revitalization strategy, focusing on digital protection, connotative excavation, and deep application development of traditional architecture and cultural heritage, while balancing historical and cultural preservation with industrial development and following the development ideas of protection, innovation, perseverance, and integration [31,32,36]. Under the premise of achieving digital protection of all elements of traditional village heritage, leapfrogging development must be achieved while implementing all-round protection in conjunction with rural revitalization and construction of historical and cultural cities [37][38][39][40].…”

Section: Protection Policiesmentioning

confidence: 99%

A Study of Spatio-Temporal Differentiation Characteristics and Driving Factors of Shaanxi Province’s Traditional Heritage Villages

Feng

Somenahalli

et al. 2023

Sustainability

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The spatial distribution of traditional villages is a key factor for rural revitalization and sustainable development. However, the rapid expansion of cities has resulted in the disappearance and decline of many traditional villages. Therefore, for the protection of traditional villages, it is necessary to analyze the spatio-temporal differentiation characteristics and driving factors. In this study, a total of 500 traditional villages were selected in Shaanxi Province. With the support of spatial analysis tools such as ArcGIS and Geo-detector, the spatial differentiation and its driving factors were analyzed. It was found that traditional villages showed a three-core distribution mode, indicating a typical aggregation distribution of tendency. In Shaanxi, the directional evolution of traditional villages was characterized by a spatial and temporal trajectory toward the north, and then towards the south. In addition, traditional villages existed in areas with underdeveloped economies, far from the cities and close to water sources, with an elevation over 500 m and a slope less than 25°. Traditional villages in Shaanxi Province are experiencing uneven spatio-temporal evolution due to regional cultural differences and uneven economic development in southern, central, and northern areas. It is possible to provide strategies for the development, protection, and utilization of traditional villages and promote the development of rural revitalization based on the traditional villages.

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Section: Protection Policiesmentioning

confidence: 99%

A Study of Spatio-Temporal Differentiation Characteristics and Driving Factors of Shaanxi Province’s Traditional Heritage Villages

Feng

Somenahalli

et al. 2023

Sustainability

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“…The evolution of rural settlement patterns reflects the adaptability of humans to various economic and geographical conditions, the natural environment, and historical developments. Accordingly, it is an important topic in rural geography research [16,17]. The study of traditional settlement morphology in China began within the past 20 years [18].…”

Section: Literature Reviewmentioning

confidence: 99%

“…The spatial morphological characteristics of ancient towns or traditional villages have been identified based on spatial grammar and other methods [36,37]. Furthermore, the historical spatial processes of villages have been analyzed and compared using the multitemporal analyses of spatial pattern morphological indicators and regression analyses of morphological evolution [16].…”

Section: Literature Reviewmentioning

confidence: 99%

“…Most research on rural settlement morphology has been conducted from the perspectives of geography and architecture. Geography-based research has mostly focused on the types [38] and reconstruction [39] of rural settlements, settlement hollowing [40], morphological evolution [16,41,42], and spatial features and influencing factors [21,43]. In terms of architecture, studies have focused on architectural features [33], village spatial forms [37], and village texture [36].…”

Section: Literature Reviewmentioning

confidence: 99%

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Spatial Morphology Evolution of Rural Settlements in the Lower Yellow River Plain: The Case of Menggang Town in Changyuan City, China

Liu

Song

Wang

2023

Land

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This study investigated the spatial pattern evolution of the rural settlement system in the town of Menggang, China, based on settlement patches extracted from remote sensing data for four time points between 1990 and 2018. Five typical villages were selected to study their spatial textures from point to surface. The reasons for the evolution of the rural settlements were examined as well. The results indicated that the number of settlement patches in Menggang decreased, the area of a single patch expanded, and the scale of the rural settlements continued to expand. Settlements were distributed randomly, but an agglomeration trend began to appear. The plain terrain had little restriction on settlement site selection. Cofferdams and embankments were the limiting factors for settlement expansion, which led to the compact development of the settlements. Economic development, population growth, and family miniaturization were positive factors for the expansion of the rural settlements. In the typical villages, cluster settlements and cluster settlements with a banded tendency had higher spatial utilization efficiency. Several high-density building centers were formed in the settlements, and the trend of residential buildings was mainly northeast–southwest. The plain terrain had little effect on the orientation of buildings, single-building areas, or the public spaces of the settlements. Traditional culture and traffic routes affected the orientation of the main buildings of folk houses. This study has theoretical and reference value for the structure optimization and sustainable development of rural settlements in the lower Yellow River plain.

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“…With the development of information technology and spatial technology, 3S technology has been applied to the spatial data collection of traditional villages, e.g., Fu et al [11] used 3S technology to investigate the data of selected traditional villages and establish a spatial database. Yang et al [12] collected remote sensing images from diferent periods to process into multitemporal maps to obtain changed spatial data. Although these methods can acquire spatial data faster and avoid the destruction of cultural heritage, they are not the ideal way to collect spatial data of villages due to the infuence of single form of data, image resolution, and cloud cover.…”

Section: Introductionmentioning

confidence: 99%

Extraction and Analysis of Spatial Feature Data of Traditional Villages Based on the Unmanned Aerial Vehicle (UAV) Image

Teng

Chun-tao

Zhao

et al. 2022

Mobile Information Systems

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In the process of the evolution of urban-rural spatial patterns, traditional village forms have been seriously eroded and destroyed, resulting in the gradual loss of garden feature elements and the blurring of spatial features. Facing these problems, accurate and efficient acquisition of relevant data becomes the key to traditional village conservation. We take the typical Huizhou Shuikou garden Tangmo village as an example and conduct a study on how to use UAV aerial images to extract spatial feature data. Firstly, the UAV was used to acquire aerial images of the study area through a predefined mission. Then, the image data are processed by using structure from motion (SfM) software to obtain digital surface model (DSM), digital orthophoto map (DOM), point cloud, and 3D model. Finally, the produced spatial data are applied to the spatial feature extraction analysis study. The results show the following: (1) the data produced by UAV aerial images have a horizontal accuracy of 0.034 m and a vertical accuracy of 0.039 m, which meet the requirements of traditional village spatial data collection. (2) The results of spatial feature elements and terrain feature extraction show that the 3D model and DSM can accurately extract and analyze the micro and macro spatial feature of traditional villages. (3) By using the cloth simulation filtering (CSF) to extract point clouds of buildings and streets, and after statistical analysis, we could quickly obtain their spatial features. Based on the spatial data obtained by using UAV, the study achieves the accurate collection of Tangmo DSM, DOM, 3D model, and spatial feature data and forms a method of data collection, processing and spatial feature extraction. The results of the study can provide a scientific basis for data collection on the spatial features of other cultural heritages and the conservation of traditional villages.

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Laws and Trends of the Evolution of Traditional Villages in Plane Pattern

Cited by 18 publications

References 23 publications

A Study of Spatio-Temporal Differentiation Characteristics and Driving Factors of Shaanxi Province’s Traditional Heritage Villages

A Study of Spatio-Temporal Differentiation Characteristics and Driving Factors of Shaanxi Province’s Traditional Heritage Villages

Spatial Morphology Evolution of Rural Settlements in the Lower Yellow River Plain: The Case of Menggang Town in Changyuan City, China

Extraction and Analysis of Spatial Feature Data of Traditional Villages Based on the Unmanned Aerial Vehicle (UAV) Image

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