首页|基于栖息地适宜度指数模型的涉禽栖息地修复策略研究

基于栖息地适宜度指数模型的涉禽栖息地修复策略研究

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生物多样性是保持生态系统平衡的基础,以城市内涉禽栖息地为研究对象,引入栖息地适宜度指数(habitat suitability index,HSI)模型对栖息地质量进行定量评估,从而为生物多样性保护、自然栖息地修复和人鸟关系平衡提供科学依据.以南京市紫金山玄武湖片区为例,探讨了栖息地适宜性指数模型在涉禽栖息地修复中的应用过程,采用主客观相结合的方法,从觅食、筑巢和人为干扰3个层面构建研究区涉禽栖息地适宜性指数模型,并通过野外实测和文献收集获取栖息地数据,进行栖息地适宜度评价.结果表明,研究区的涉禽栖息地整体适宜程度较低且生境类型较为同质,评分较高的栖息地区域水深较浅、水生植物较为丰富、周边有适宜筑巢地、人类活动的干扰程度较低;而评分较低的栖息地区域人类活动频繁、外部干扰较大.依据研究区涉禽栖息地适宜度评价结果,提出了系统设计、微生境设计和游憩设计3项针对性的栖息地修复策略.
Research on Habitat Restoration Strategy of Wading Birds Based on Habitat Suitability Index Model
Biodiversity is the basis for maintaining ecosystem balance.Taking urban wading bird habitat as the research object,Habitat Suitability Index(HSI)model was introduced for quantitative assessment of habitat quality.It provides scientific basis for biodiversity conservation,natural habitat restoration and human-bird relationship balance.Taking Xuanwu Lake area of Zijin Mountain in Nanjing as an example,the application process of HSI model in wading bird habitat restoration was discussed.The HSI model was constructed from three levels of foraging,nesting and human disturbance by combining subjective and objective methods.Habitat data were obtained through field measurement and literature collection to evaluate habitat suitability.The overall habitat suitability of the study area is higher.Habitat areas with high scores have shallow water depth,abundant aquatic plants,suitable nesting sites around,and low human activities.Habitat areas with poor scores are characterized by frequent human activities and heavy external disturbances.According to the results of habitat suitability evaluation of wading birds in the study area,habitat restoration strategies were proposed in three aspects:system design,microhabitat design,and recreation design.

landscape architecturehabitat suitability index modelwaterfowlwading birdhabitat restoration

杨云峰、卜明港

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南京林业大学风景园林学院(南京 210037)

济南市市政工程设计研究院(集团)有限责任公司(济南 250003)

风景园林 栖息地适宜度指数模型 水鸟 涉禽 栖息地修复

2024

中国园林
中国风景园林学会

中国园林

CSTPCD北大核心
影响因子:1.108
ISSN:1000-6664
年,卷(期):2024.40(11)