College of Landscape Architecture, Nanjing Forestry University, Nanjing 210037, China.
College of Environmental Ecology, Jiangsu Open University, Nanjing 210017, China.
Comput Intell Neurosci. 2022 Jun 6;2022:6161491. doi: 10.1155/2022/6161491. eCollection 2022.
One key carrier for wetland resource protection is wetland park, the main form of which includes lake-type wetland park. To determine the management and control boundary of lake-type wetland parks scientifically and reasonably is of great significance to the sustainable protection and utilization of wetland resources. From the perspective of landscape architecture, and landscape ecology, this paper studies the boundary determination of Changdang Lake National Wetland Park (the Park) based on satellite remote sensing information technology and GIS technology and in virtue of Analytic Hierarchy Process (AHP). In this study, 12 subindicators were selected from three levels including visual control, human geography, and ecological control. The weight of each indicator was determined by AHP, and then the influencing factors were transformed into graphic data by using GIS technology. Finally, the Park's boundary was determined by factor superposition analysis based on the weight. The research shows that the newly defined management and control boundary are about 340 sq.km, which effectively integrates the human and natural ecological resources around the lake area, makes the development of the surrounding areas harmonious, ensures the integrity of the lake area ecosystem, and facilitates the sustainable development of wetland resources.
湿地资源保护的一个重要载体是湿地公园,其主要形式包括湖泊型湿地公园。科学合理地确定湖泊型湿地公园的管理和控制边界,对于湿地资源的可持续保护和利用具有重要意义。本研究从景观建筑学和景观生态学的角度出发,基于卫星遥感信息技术和 GIS 技术,并借助层次分析法(AHP),对长荡湖国家湿地公园(公园)的边界进行了确定。在本研究中,从视觉控制、人文地理和生态控制三个层次中选择了 12 个次指标,通过 AHP 确定了每个指标的权重,然后利用 GIS 技术将影响因素转化为图形数据。最后,基于权重进行因子叠加分析,确定了公园的边界。研究表明,新定义的管理和控制边界约为 340 平方公里,有效地整合了湖区周围的人文和自然生态资源,使周边地区的发展更加和谐,确保了湖区生态系统的完整性,有利于湿地资源的可持续发展。