Protected area geographical management model from design to implementation for specially protected environment area

Çoruhlu, Yakup Emre; Çelik, Mehmet Özgür

doi:10.1016/j.landusepol.2022.106357

Cited by 16 publications

(10 citation statements)

References 41 publications

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“…China has established ecological protection red lines and permanent basic farmland systems to achieve better territorial space protection. For example, grassland reserves in North America and special environmental protection areas in Türkiye are important examples of this strategy [105,106], but whether the protected areas focus on multi-purpose utilization or implement strict protection and how to use information technology to assist governance are important issues that need to be discussed. From ideal planning as a concept to the Major functional zoning at the national and provincial levels have shaped the chassis and planning criteria for carrying out national spatial planning.…”

Section: Discussionmentioning

confidence: 99%

Building a More Secure Territory Spatial Pattern in China: An Analysis Based on Human-Environment Interactions

Yi,

Tang

et al. 2023

Land

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To understand and respond to the common ecological and environmental challenges faced by human beings, this study investigated the relationship between territorial spatial development (TSD), eco-environmental responses, and territorial spatial planning (TSP) from the perspective of human-environment interactions and explores a feasible way to modulate these human-environment interactions by taking China’s TSP practice as an illustrative case. The research results show that (1) the interplay between territorial development, resource utilization, and environmental feedback forms the crux of human-environment interactions. Notably, eco-environment responses, one of which is the spread of germs, coupled with human development and utilization behavior constitute a complete negative feedback loop. Human beings’ adjustment to the unbalanced conditions in these interactions, employing institutions, technology, planning, and other tools, constitutes a positive cycle within human-environment interactions. (2) TSP can regulate the whole process of human-environment interactions through mechanisms such as coordination and control, adaptation and mitigation, and consolidation and restoration. (3) Unreasonable agricultural development and urban expansion have triggered intense negative feedback on the ecological environment. (4) The Chinese government has carried out a top-down TSP reform initiative to establish a unified planning system. This aims to alleviate the adverse ecological and environmental effects caused by TSD and build a more secure territory space pattern. Therefore, nations around the globe should innovate their spatial planning management systems and spatial planning systems, standardize and guide the development and utilization of spatial resources, and coordinate the relationship between humans and the environment.

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Section: Discussionmentioning

confidence: 99%

Building a More Secure Territory Spatial Pattern in China: An Analysis Based on Human-Environment Interactions

Yi,

Tang

et al. 2023

Land

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“…Drought and water shortage prove to be a considerable obstacle to the high-quality development of the Loess Plateau hilly and gully region [ 62 , 63 ]. The water area is also used as a strong binding indicator [ 64 ]. The unique geomorphological morphology of the Loess Plateau hilly and gully region contributes to the poor slope stability and great surface elevation fluctuation.…”

Section: Methodsmentioning

confidence: 99%

Study of Township Construction Land Carrying Capacity and Spatial Pattern Matching in Loess Plateau Hilly and Gully Region: A Case of Xifeng in China

Zhao

et al. 2022

IJERPH

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With the acceleration of urbanization, the construction land scale of urban and rural areas is constantly expanding, which leads to contradiction and conflict between territorial development and ecological protection becoming more and more serious. Therefore, as an important unit of county (district), and even urban and rural, development, the study on land resource carrying capacity and the rationality of the development can provide some basis for developing the optimal strategies of differential territorial space. Taking Xifeng, Gansu Province, China as the research area, this study constructs the evaluation index system of township construction land carrying capacity from the three dimensions of ecological protection, natural environment, and social economy. It evaluates the suitability of township construction land by the means of a comprehensive scoring method and discusses the carrying capacity and spatial pattern matching of township construction land based on the suitability evaluation results. The results showed that: (1) the spatial difference of suitability of construction land is obvious, which is higher in the city center than in the surrounding areas; (2) the comprehensive carrying capacity of township construction land is 52.62%, and different townships range from 3.78% to 13.15%. It is different between towns; (3) on the whole, the condition of township construction land is well-developed, and the main distribution forms are flaky, banded, and dotted. (4) There is a positive correlation between spatial matching and carrying capacity. The carrying capacity should be considered in regional development to avoid overdevelopment. It can provide a basis for optimizing the territorial spatial layout, strengthening the coordinated development among townships, and improving the comprehensive township carrying capacity in the Loess Plateau hilly and gully region.

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“…The CCUA is not only the highest level of urbanization in western China, but also has 25 national natural protection areas, such as the Tangjiahe, Baishuihe, and Wanglang natural protection areas. These national natural protection areas play an important role in maintaining biodiversity, regulating climate and hydrology, and improving the ecological environment [46,47]. Therefore, the CCUA is also an essential protection area for ecological security in the URYR.…”

Section: Study Areamentioning

confidence: 99%

“…On the other hand, as an important protected area for ecological security in the URYR, the CCUA has a number of national natural protection areas, such as the Tangjiahe, Baishuihe, and Wanglang national natural protection areas, etc. These natural protection areas play an important role in alleviating LUCC, maintaining biodiversity, regulating climate and hydrology, and improving the ecological environment [46,47]. Therefore, in future land use planning, it is necessary to strictly observe the red line of ecological protection, establish a natural protection areas system with national parks as the main body, nature reserves as the foundation, and various natural parks as supplements, strictly control non-ecological activities within the natural protected areas, and prohibit unreasonable land use behaviors.…”

Section: Supplements To the Land Use Planning And Management Of Curre...mentioning

confidence: 99%

Land Use Structure Optimization and Ecological Benefit Evaluation in Chengdu-Chongqing Urban Agglomeration Based on Carbon Neutrality

Wang

Zhang

2023

Land

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Optimizing land use structure in urban agglomerations is essential to mitigating climate change and achieving carbon neutrality. However, the studies on low-carbon (LC) land use in the urban agglomeration based on carbon neutrality are still limited and lack the consideration of the optimized land ecological benefits. To reduce land use carbon emissions (LUCEs) and improve the ecological benefits of urban agglomerations, we constructed the framework of land use structure optimization (LUSO) under carbon neutrality. Then, in view of land use quantity structure and spatial distribution, we compared the results of LUCEs and the ecological benefits of the Chengdu–Chongqing urban agglomeration (the CCUA) in 2030 under different scenarios. The results showed that in 2030, the LUCEs of the CCUA is 3481.6632 × 104 t under the carbon neutral scenario (CN_Scenario), which is significantly lower than the baseline scenario (BL_Scenario) and 2020. In the CN_Scenario, the land use/cover change (LUCC) in the CCUA is more moderate, the aggregation degree of the forestland (FL), grassland (GL), wetland (WL), and water (WTR) patch area deepens, and the overall landscape spreading degree is increased, which is more conducive to play the ecological benefit of carbon sink land. The results can provide a reference for the more efficient use of land resource areas and the formulation of land use and spatial planning.

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Protected area geographical management model from design to implementation for specially protected environment area

Cited by 16 publications

References 41 publications

Building a More Secure Territory Spatial Pattern in China: An Analysis Based on Human-Environment Interactions

Building a More Secure Territory Spatial Pattern in China: An Analysis Based on Human-Environment Interactions

Study of Township Construction Land Carrying Capacity and Spatial Pattern Matching in Loess Plateau Hilly and Gully Region: A Case of Xifeng in China

Land Use Structure Optimization and Ecological Benefit Evaluation in Chengdu-Chongqing Urban Agglomeration Based on Carbon Neutrality

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