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XuetangX

景观生态规划原理与方法

Tongji University via XuetangX

Overview

  “景观生态规划原理与方法”是一门高等教育的专业必修课程,属于自然地理学、生态学、城市规划、风景园林等相关学科的交叉领域。该课程旨在介绍景观生态学理论与方法在规划和设计中的应用,以提高学生对于生态系统与人类活动相互关系的认知和理解。该课程适用于风景园林学、城市规划学等相关学科的硕士研究生使用。

  该课程立足风景园林学科践行生态文明建设和城乡可持续发展的国家战略,突出景观地方性的核心特征,以景观环境的一致性与异质性为基础,建立景观地方性逻辑体系;聚焦景观生态空间体系中生态格局的塑造、景观过程的融合、景观碎片化的控制和生态连接度的提高等关键问题与目标,以景观服务与生态系统服务能力为关键指标确定生态斑块、廊道等多尺度和多维度空间体系,以图式语言为景观生态表达与空间逻辑的为规划逻辑,并结合实践案例从景观适宜性评价、场地生态瓶颈与挑战、景观生态安全格局、生态网络构建、生态风险管控等探讨建立景观生态规划理论与方法。

Syllabus

  • 第一章 The context and place of landscape
    • 1.1 Introduction to landscape ecological planning
    • 1.2 The context and place of landscape: Enduring & Ephemeral
    • 1.3 The context and place of landscape: Conformity & Anomalies
    • 1.4 The spatial logic of landscape ecology
  • 第二章 Big questions of landscape ecological planning
    • 2.1 Planning is shaping Landscape ecological pattern
    • 2.2 Planning with landscape ecologcial process
    • 2.3 Planning is controlling fragmentation of Landscape
    • 2.4 Planing is matter for improving connectivity
  • 第三章 Landscape performance and ecological space system
    • 3.1 Ess as basic theory for ecological space priority
    • 3.2 Identification and settings priority of patchy ecological space
    • 3.3 Identification and settings priority of linear water space
    • 3.4 Identification of high ES demands to ecological spaces
    • 3.5 The cooling effect of hybrid land-use patterns and their marginal effects at the neighborhood
  • 第四章 Landscape expression and landscape pattern language
    • 4.1 The language of landscape
    • 4.2 The logic of landscape pattern language blending practice with science
    • 4.3 Conception model of landscape pattern language
    • 4.4 The organization structure of landscape space
    • 4.5 The vocabulary of landscape pattern language
    • 4.6 The spatial reasoning of landscape pattern language
    • 4.7 The application of landscape pattern language:challenge and character
    • 4.8 The application of landscape pattern language:local vocabulary
  • 第五章 Practice reviews on landscape ecological planning
    • 5.1 Landscape ecological planning based on suitability assessment
    • 5.2.1 Landscape ecological planning of Woodlands community
    • 5.2.2 Landscape ecological planning of Woodlands community
    • 5.3 Landscape ecological security pattern planning based on multiple ecological analysis
    • 5.4 Landscape ecological network construction by identifying functional and structural priorities
    • 5.5 Landscape Ecological Planning Based on Ecological Risk Assessment
    • 5.6 River Corridors Planning of Ningguo City Based on ERA and LCA
    • 5.7 Spatial Governance for Non-constructive Land Based on Ecological Risk Assessment-Longgang
    • 5.8 Urban Waterfront Ecological Network Planning Based on Waterfowl Habitat Conservation-Kunshan
    • 5.9 Urban Green Space System Planning in the Central City of Taiyuan-Healthy Recreation
    • 5.10 Smart Development of Urban Waterfront Greenway Considering Multiple Ecosystem Services-Kunshan
    • 5.11 Greenway Planning in Urban High-density Area for Better Social Performance-Xuhui
  • 第六章 Practice research on landscape ecological security pattern
    • 6.1 Ecological Restoration of Urban Air Path Based on Overlay Analysis of community Thermal-hygro Environment-Kunshan
    • 6.2 Identification of potential ventilation corridors based on cooling thresholds (1)
    • 6.3 Identification of potential ventilation corridors based on cooling thresholds (2)
    • 6.4 Identification of potential ventilation corridors based on cooling thresholds (3)
    • 6.5_Identifying Efficient Cooling hybrid land-use Patterns
    • 6.6_Identifying Efficient Cooling Hybrid Landscape Composition Characteristics
    • 6.7_Identifying Efficient Cooling Hybrid Landscape configuration Characteristics
  • 第七章 Practice research on landscape ecological effects
    • 7.1 Building Ecological Security Pattern with Functional Zoning-Chongming
    • 7.2 Nature-based Solutions for Restoration of Urban River Networks-Taicang
    • 7.3 Urban Green Space System Planning for Songtao Miao Autonomous County-Landscape Image
    • 7.4 Identifying spatial priority of ecological restoration based on landscape quality trends
    • 7.5_From Single to DiverseA Planning Approach to Biodiversity Conservation in Plain Agricultural Area,The Case of Heishan County, Liaoning Province
    • 7.6 Improving Social Services of Urban Parks Based on Big Data-Taiyuan
    • 7.7_Identification of Rural Scenic Corridors with Common Scenery Wisdom
    • 7.8 The optimization method of ecosystem services provided by green infrastructures adapted to urban growth
    • 7.9The appropriate mapping units for ES assessment and landscape ecological planning
    • 7.10 Multi-ESs capacity assessment and its applications in landscape ecological planning (1)
    • 7.11 Multi-ESs capacity assessment and its applications in landscape ecological planning (2)
    • 7.12 Ecosystem service demand allocation and projection to ecological spaces based on ES spatial flow
  • 考试

    Taught by

    Wang Yuncai, Wang Min, Shen Jiake, Huang Junda, and Shen Shuo

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