生态规划的内容及其内涵探析

随着我国城市化发展,生态规划显得越来越重要。为避免城市生态环境的破坏,需要重视生态规划的内容和内涵,根据生态规划的概念、方法、内容,论述了生态规划的目标、特点、原则和科学内涵,对生态规划的基本内容进行了详细探究,并提出了城市生态规划的一些具体途径和措施。     

现代生态理论及技术在城市生态规划中的应用途径

生态城市建设使城市生态规划逐步成为全球城市研究的热点。本文在对城市生态规划的概念厦研究进展厦主要研究内容进行简要论述的基础上，对目前国际上比较流行的生态安全格局理论、生态足迹理论、生态系统健康理论等现代生态理论，以及遥感和地理信息系统技术等先进技术在城市生态规划研究中的应用途径进行了论述。     

城市生态环境规划原则内容方法的研究

本文基于城市生态环境系统特征分析,提出了城市生态环境规划应遵循的基本原则,即整体性原则、优化原则和交互原则,并对规划内容与规划方法进行了深入的研究,得出城市生态环境规划的技术路线:整体出发、分层规划,环境资源和容量利用最优化,数学规划模型与专家意见有机结合。     

城市景观生态规划:内涵分析与研究展望

从城市景观生态规划的概念和内容出发,论述了规划应遵循的主要原则,分析了目前我国城市景观生态规划存在的诸多问题,简要指出了今后研究的重点方向。展望了城市景观生态规划的未来走向,提出加强景观预测预报功能,发展定量模拟,适应低碳经济模式的城市景观格局研究将成为未来城市景观生态规划的主要趋势。     

合理规划城区绿地构建景观安全格局 --以吴家山城区绿地规划为例

运用城市生态规划的原理及方法，对吴家山城区绿地进行了规划。包括城市的组团式规划、控制性组分规划、非控制性组分规划、生态平衡构架规划四部分。通过规划，实现吴家山生态城市景观结构和功能的匹配及能流、物流的畅通，使绿地系统上升成为城市生态环境质量的调控系统来建设。     

沈阳市城市发展与水资源规划

水资源规划在城市发展中具有重要地位，城市生态因素中的水环境发展承载能力和污染承载能力基本决定城市的规模和产业结构，科学的水资源规划应以生态的良好为目标，地下水和地表水资源统一规划，利用价格尺度实现水资源合理分配。     

生态城市建设的理论及实践

建设生态城市是可持续发展的要求。本文运用生态学理论分析了生态城市建设的内涵,阐述了生态城市建设的基本原则、生态城市系统的构架和生态城市建设的主要内容。     

基于可持续发展视阈下城市生态规划的途径探析

随着经济全球化、城市化进程的加剧,城市生态的规划建设对社会经济发展起着至关重要的作用。从可持续发展视域探讨当前城市规划建设中存在的由规划滞后、规划重复、规划片面、执法不严等造成的城市规划环境污染、资源浪费和生态破坏的问题,提出构建城市生态规划的现实必然性和基本原则,从强化机制、转变观念、以人为本、健全法制、合理规划等角度探讨可持续发展视阈下城市生态规划的途径。     

城镇体系规划中的生态与环境保护规划--以潮州市为例

目前城镇体系规划在各地区相应开展,但作为城镇体系规划重要内容之一的生态与环境保护规划却没有得到普遍重视,这与城市可持续发展战略是不相适应的.从城镇体系规划角度出发,简述了生态与环境保护规划的要求、内容及作用,并以潮州市为例,对生态与环境保护规划进行了探讨,为城镇的开发与可持续发展提供决策依据.     

生态城市研究进展

近些年来,生态城市的建设在世界各地方兴未艾,随着人们对其研究的深入,其意义发生了很大的变化。生态城市中的“生态”,已不再是单纯生物学的含义,而是综合的、整体的概念,蕴涵社会、经济、自然的复合内容。本文回顾了国内外生态城市建设的背景及其发展的基本情况,阐述了生态城市的本质及内涵,分析了生态城市建设的主要内容,并展望了其发展前景。     

城市环境总体规划中的布局问题研究——以北京市丰台区为例

城市环境总体规划是对城市中长期环境管理的综合安排,是环境保护基础性的规划,其核心问题在于规模、结构和布局,即从城市环境、资源与生态约束角度为社会经济发展规划、城市总体规划与土地利用规划提出限制(环境、资源与生态红线),从环境承载力与发展生态适宜性分区角度为城市发展规划提出发展适度规模、结构与布局。在城市"多规融合"的实践过程中,城市环境总体规划,作为政府综合决策的重要支撑之一,可以为其他的规划编制提供约束条件以及土地供给能力测算值,使得各规划间能够相互支撑、相互融合,因此有必要先行。本文以北京市丰台区环境总体规划为例,从布局角度出发,基于区域土地资源供给能力对丰台区进行土地生态适宜性评价,并得到土地生态适宜性区划图,从而提出丰台区城市总体规划与土地利用规划的限制条件,为城市环境总体规划先行提供科学依据。     

Resilience to heat in public space: a case study of Adelaide,South Australia

During summer heatwaves, heat load exacerbates in urban heat islands (especially in hot climates) and threatens public life in cities. This paper examines the links between urban microclimates, outdoor thermal discomfort and public life through an exploratory case study. Heat resilience is highlighted as the ability of the space to support its normal activities when experiencing out-of-comfort temperatures. It also reports on the correlations between heat sensitive outdoor activities and urban greenery in three disparate case studies in Adelaide. Results indicate that necessary and optional activities start to decline after the apparent temperature reaches the threshold of 28?°C–32 °C, while activities in public spaces with more urban greenery show higher resilience to heat stress. Research findings propose heat resilience as a quality indicator in public space and support the application of urban greenery to make urban settings more resilient to heat stress.     

最小生态安全距离在“多规合一”中的地位与作用

"多规合一"是未来规划编制与管理城市的必然发展趋势。最小生态安全距离不仅是探索"多规合一"的重要技术工具,也是"多规合一"中空间管控的重要内容。最小生态安全距离以资源环境承载力为基础核心,是城市开发不能逾越的距离。划定最小生态安全距离是为了满足城市生态系统良性循环、生态系统服务功能正常运转以及环境容量不超载,城市间或城市功能单元间经济社会活动空间间隔的最小距离。利用最小生态安全距离划定出的基本规避空间,可以让环规、城规和土规实现统一的空间管控的最终目标。依靠最小生态安全距离,能够科学地划定城市布局,提升城镇化发展质量和空间管控质量,更好地实现城市规划的编制与管理。     

城市景观生态规划:生态基础设施建设与人文生态设计--以常州市为例

城市景观生态规划是景观生态学研完的领域之一，随着城市环境问题的出现，以及人们需求的提高，用景观生态设计理念来解决城市资源、环境和发展问题已成为当今社会的一个重要课题。本文以常州市为例，探讨以“生态基础设施建设”与“人文生态设计”为重要控制点的城市景观生态规划之路。     

Effects of signals of disorder on fear of crime in real and virtual environments

Despite the fact that virtual environments are increasingly deployed to study the relation between urban planning, physical and social disorder, and fear of crime, their ecological validity for this type of research has not been established. This study compares the effects of similar signs of public disorder (litter, warning signs, cameras, signs of vandalism and car burglary) in an urban neighborhood and in its virtual counterpart on the subjective perception of safety and livability of the neighborhood. Participants made a walking tour through either the real or the virtual neighborhood, which was either in an orderly (baseline) state or adorned with numerous signs of public disorder. During their tour they reported the signs of disorder they noticed and the degree to which each of these affected their emotional state and feelings of personal safety. After finishing their tour they appraised the perceived safety and livability of the environment. Both in the real and in the simulated urban neighborhood, signs of disorder evoked associations with social disorder. In all conditions, neglected greenery was spontaneously reported as a sign of disorder. Disorder did not inspire concern for personal safety in reality and in the virtual environment with a realistic soundscape. However, in the absence of sound disorder compromised perceived personal safety in the virtual environment. Signs of disorder were associated with negative emotions more frequently in the virtual environment than in its real-world counterpart, particularly in the absence of sound. Also, signs of disorder degraded the perceived livability of the virtual, but not of the real neighborhood. Hence, it appears that people focus more on details in a virtual environment than in reality. We conclude that both a correction for this focusing effect and realistic soundscapes are required to make virtual environments an appropriate medium for both etiological (e.g. the effects of signs of disorder on fear of crime) and intervention (e.g. CPTED) research.     

Biotope mapping in an urban environment and its implications for urban management in Turkey

The biotopes of ecological importance in urban environments worldwide are under the pressure of many negative factors such as urbanization, air pollution, human disturbance, etc. Biotope mapping is an important tool for urban planning and management and of importance for the protection of biotopes for future generations. The biotopes in Antalya city of Turkey, which has faced to a great population pressure due to tourism developments and immigration in the last two decades, were investigated in this study. The selective biotope mapping method was used and major biotope sites were determined by the interpretation of panchromatic aerial photographs, assisted with field verifications. A sensitivity assessment based on two parameters, the rarity and the re-establishment ability of biotopes, was made as it was considered important information for urban planning and management. According to the results of the assessment, the majority of biotopes in Antalya city were found to be very sensitive or sensitive. It was concluded that insufficient legislation, the lack of an ecological urban planning approach and poor urban management are the most important reasons for today's pressures on urban biotopes in Turkey.     

A Framework for Landscape Ecological Design of New Patches in the Rural Landscape

This study developed a comprehensive framework to incorporate landscape ecological principles into the landscape planning and design process, with a focus on the design of new patches in the rural landscape. The framework includes two interrelated phases: patch analyst (PA) and patch designer (PD). The patch analyst augments the process of landscape inventory and analysis. It distinguishes nodes (associated with potential habitat patches) from links (associated with corridors and stepping stones between habitats). For natural vegetation patches, characteristics such as size, shape, and spatial arrangement have been used to develop analytical tools that distinguish between nodes and links. The patch designer uses quantitative information and analytical tools to recommend locations, shapes, sizes, and composition of introduced patches. The framework has been applied to the development of a new golf course in the rural Mediterranean landscape of Apulia, Southern Italy. Fifty new patches of Mediterranean maquis (24 patches) and garrigue (26 patches) have been designed and located in the golf course, raising the overall natural vegetation area to 70 ha (60% of total property). The framework has potential for use in a wide variety of landscape planning, design, and management projects.     

A geomorphic framework for developing a sustainable greenery programme in arid environments

Summary This paper attempts to demonstrate that the study of geomorphology can provide a useful framework for understanding the natural processes and factors that are critical for the development of ecologically sustainable and economically viable greenery projects in the desert and arid environments.The surface of Kuwait was subdivided into 15 geomorphic zones and each zone was assessed in terms of its potentiality for establishing greenery activities. The assessment considered the implications of relief, soil type and fertility, aeolian processes, sand encroachment and presence or absence of indurated bedrocks and pavements for the greenery plan of Kuwait. Accordingly, areas with the most favourable conditions for revegetation were identified and strategies for enhancing the conservation value and sustainability of the greenery programme were outlined.The study pointed out that while the adopted approach provided useful environmental guidelines at the planning level, further investigations would be required, at the project level, if the principles of ecologically sustainable development were to be fully incorporated within such a large scale greenery undertaking.Dr Dhia Al Bakri is a Lecturer in Environmental Management at the Orange Agricultural College, University of Sydney, Australia. He worked as a Research Scientist for the Kuwait Institute for Scientific Research from 1980 to 1990. During that time Dr Al Bakri undertook a wide range of studies and research projects within the context of Environmental and Earth Sciences.