Ecological Remediation Measures for Non-point Source Pollution Based on Source-Sink Landscape Theory: A Case Study of Huanghou Basin

The growth of society and population has led to a range of water pollution issues.Among these,non-point source pollution assessment and treatment pose a particular challenge due to its formation mechanism.This has become a focal point and challenge in water pollution treatment research.The study area for this research was the Huanghou basin in Guizhou Province,southwest China.The land use type of the basin was analyzed using remote sensing technology,and water quality data was collected by distributing points throughout the basin,based on source-sink landscape theory.The distribution map of the basin’s source-sink landscape and the results of water quality data accurately and efficiently identified the areas with high risk of non-point source pollution in the western and southwestern residential and agricultural areas of the upper basin.Hence,a strategy of“increasing sinks and decreasing sources”was proposed.The strategy was implemented at both macro and micro levels to address non-point source pollution in the basin using ecological remediation techniques.The work to control karst rocky desertification should continue at a macro level.The rocky desertification area in the basin should gradually transform into grassland and forested land,while increasing the overall area of the sink landscape.Ecological restoration techniques,such as slope planting,riparian zone vegetation restoration,increasing plant abundance,and restoring aquatic plants,can effectively control non-point source pollution at the micro level.Compared to traditional control methods,this remediation strategy focuses on source and process control.It is more effective and does not require large-scale water pollution control projects,which can save a lot of environmental control funds and management costs.Therefore,it has greater research significance and application value.

Principles and Methods for Construction of Lowcarbon Landscape Architecture

After illustrating history of low-carbon theory and concept of low-carbon economy,the paper had indentified connotation and principles of low-carbon landscape architecture,pointed out that construction of low-carbon landscape architecture should follow principles of "site respect,natural power,landscape heterogeneity and nature manifestation".Furthermore,it discussed methods for construction of low-carbon landscape architecture,highlighting rainwater reserve utilization,green landscape structure,effluent purification circulation,architectural materials selection and carbon sink increase by plants.Low-carbon urban landscaping concept and technology provided a new way of thinking for landscaping construction and they were also the urgent needs for construction of low-carbon city.

Landscape Planning Principles and Techniques for Residential Districts

Landscape design principles for residential districts were analyzed in this study,it was stressed that local features should be demonstrated,actual conditions of the site respected;functional demands of residential districts should be clarified;landscape designs and architectural designs should be organically combined;central landscapes should be highlighted,sense of hierarchy and enclosure created;human-concerned and ecological principles should be followed.On this basis,landscape design techniques for residential districts were discussed from the perspectives of artistic conception and plant furnishing.In terms of plant furnishing,spatial processing,linear changes and changes of seasonal aspects were emphasized,and plants with environmental and economic benefits were suggested.By doing this,this study aimed at contributing to the future planning and construction of residential districts.

Source-sink landscape spatial characteristics and effect on non-point source pollution in a small catchment of the Three Gorge Reservoir Region

The source and sink landscape patterns refer to landscape types or units that can either promote positive evolvement of non-point source(NPS) pollution process, or can prevent/defer the ecological process, respectively. Therefore, the role of a catchment landscape pattern in nutrient losses can be identified based on the spatial arrangement of source and sink landscapes. To reveal the relations between landscape spatial characteristics and NPS pollution in small catchment, a case study was carried out in a Wangjiagou small catchment of the Three Gorges Reservoir Region(TGRR), China. Google earth imagery for 2015 were processed and used to differentiate source and sink landscape types, and six subcatchments were selected as sample regions for monitoring nitrogen and phosphorus nutrients.Relative elevation, slope gradient and relative flow length was used to construct the Lorenz curves of different source and sink landscape types in the catchment, in order to assess the source and sink landscape spatial characteristics. By calculating the location-weighted landscape indices of each subcatchment and total catchment, the landscape spatial load characteristics affecting the NPS pollution was identified, with a further Pearson correlation analysis for location-weighted landscape indices and nitrogen-phosphorus monitoring indicators. The analysis of Lorenz curve has revealed that the obtained distribution trend of Lorenz curve and curve area quantified well the spatial characteristics of source and sink landscape pattern related to the relative elevation, slope gradient and relative flow length in small catchment. Results of Pearson correction analysis indicated that location-weighted landscape index(LWLI) combining of terrain and landscape type factor did better in reflecting the status of nitrogen and phosphorus loss than the indices related to relative elevation, slope gradient and relative flow length.

Planning and Design of Sightseeing Agricultural Park Characterized by Mountainous Landscape

After illustration of research and development process of sightseeing agricultural park,the paper had classified sightseeing agricultural park into sightseeing agricultural park,education agricultural park and agricultural garden in terms of development content;into renovation type and newly-built type in accordance with development mode;and into plain type and mountainous type in the light of terrain.From the perspectives of terrain,vegetation,hydrology and ecology,characteristics of landscape resources in mountainous sightseeing agricultural park were analyzed.It proposed principles for planning and design of mountainous sightseeing agricultural park,which were respecting and protecting nature,linking landscape units and coordinating spatial structure,systematicness and protecting inheritance of traditional culture.On this basis,it had illustrated landscape designing theories on architecture and landscape furniture,traffic road,plant greening and water supply and sewerage works.

Spatial Analysis of Settlement Landscapes in Ancient Xianshi Town, Zigong City of Sichuan Province

Organization forms, components, spatial scales and configuration principles of settlement landscapes in ancient Xianshi Town, Zigong City of Sichuan Province were investigated and analyzed. Specifically, overall layout and organization forms were elaborated; spatial components of settlement landscapes were discussed from the perspectives of exterior open landscape space, interior enclosed landscape space, and transitional landscape space; factors influencing the scale of streets, lanes and buildings were introduced, spatial scales of major streets and buildings in the town were calculated; and finally configuration principles of settlement landscapes in the town were proposed from the perspectives of rhythm and sense, symmetry and balance, diversity and unification. And it was concluded that settlement landscapes in ancient Xianshi Town have achieved the harmony between human and nature in terms of both organization of overall spaces and design of partial spaces.

Landscape Construction of Wetlands for Wastewater Treatment

By reviewing the development of wetlands used for wastewater treatment both in China and other countries, the definition and classification of wetlands for wastewater treatment are put forward and the guiding principle in the construction of wetlands for wastewater treatment is discussed in this paper. In view of the process of wastewater treatment of the wetlands, appropriate landscape structure of wetlands used for wastewater treatment is proposed which includes three sections as pre-treatment, wetlands and posttreatment. The discussion as well as conclusion is made upon the approaches of landscape construction of these three parts.

The Classification of Colorful-leaf Tree Species and the Application in Landscape Architecture

This paper summarized the classification of colorful tree species and the application principles on landscape architecture and briefly introduced the present application situation of colorful tree species in China. It also raised suggestions related to the introduction and application of the colorful tree species.

Application of Shanshui Culture in Campus Landscape Design

Campus landscape as the essence of campus environment accentuates the history, culture and time characteristics of university. Pleasant and elegant campus landscape conveys spirit, aesthetic taste, and cultural connotation of the university; furthermore, it makes people active and struggle for it. Shanshui culture on campus landscape design has important signifi cance and function and appeal to the design conception of landscape and planning strategy to follow the principles of integrity, ecology and comfort.

Adopting an ecological view of metropolitan landscape: the case of “three circles" system for ecological construction and restoration in Beijing area

Ecological construction and restoration for sustainable development are now a driving paradigm. It is increasingly recognized that ecological principles, especially landscape ecology theory, are not only necessary but also essential to maintain the long-term sustainability worldwide. Key landscape ecology principles—element, structure and process, dynamics, heterogeneity, hierarchies, connectivity, place and time were reviewed, and use Beijing area as a case study to illustrate how these principles might be applied to ecological construction and restoration, to eventually achieve sustainability. An example to more effectively incorporate the ecological principles in sustainable planning in China was presented.

An approach to the design principles for indicator system of desertification degree

From the analysis on the problem of selection, data acquisition, quantification and accuracy check in the indicators to desertification degree both at home and abroad, one might conclude that in the existing assessment of desertification degree there is a prevailing tendency which is the substitution of absolute landscape for relative land degradation, namely, assessment of desertification degree is that of absolute landscape state to some extent. As a result the reassessment accuracy of desertification scope, damaging degree and control effect are affected. The regaining and establishment of the initial and final ecological datum level of land degradation are the prerequisite to the establishment of normal scientific indicator system. From the viewpoint of this three design principles of indicators to the desertification degree are put forward: the zonal principle of indicator systems decided by the ecological datum level corresponding to their bioclimatic zones, the hierarchical principle of indicator systems decided by different spatial scales and the resolutions of different sensors and principle of landscape types based on the 3S as core-indicator.

The Application of Natural Elements in Interior Landscape Design and its Principal Analysis

The rapid development of the decoration industry creates a good development space for interior decoration,and the public pays more attention to the integration of natural elements in the process of interior decoration.In this regard,this article introduces the ways in which natural elements are embodied in indoor landscapes,and expounds the principles of using natural elements in indoor landscapes,hoping to provide references for relevant personnel.

黄河国家战略背景下“景观生态规划原理与方法”课程教学实践与思政融入探索

风景园林专业研究生培养应主动服务国家战略、对接行业产业需求,实现从“知识本位教育”转向“应用能力本位教育”。黄河国家战略的实施为黄河流域沿线省份风景园林专业研究生教育带来新的挑战与机遇,山东建筑大学风景园林专业研究生课程“景观生态规划原理与方法”,聚焦黄河下游生态保护与高质量发展,将理论讲授、思政融入、案例解析等全面融入黄河国家战略,积极探索响应国家重大战略、顺应时代发展需求的风景园林研究生课程建设与教学实践。从课程目标与设计理念、课程模块与思政融入、教学方法与教学手段以及典型教学案例设计与实施4个方面,总结课程教学实践与课程思政融入的经验,探索育人理念与教学模式、课程内容与教学组织的创新,达成“价值塑造、能力培养、知识传授”的立德树人目的。

CG技术在外宣纪录片中的运用研究

随着科技的进步,外宣纪录片的制作手段越来越多样化。计算机图形学(Computer Graphics,CG)技术的应用更加突出了外宣纪录片的真实感,营造出强烈的视觉艺术效果,为观众带来了沉浸式的视听体验。基于此,阐述CG技术在外宣纪录片制作中的真实性、适度性和艺术性三大运用原则,分析CG技术在外宣纪录片中的具体应用,包括三维建模、数字绘景和数字调色等,以期为外宣纪录片的艺术创作提供参考。

Bringing Systematic Thinking of Landscape Justice Into Global Design Practice

Design increasingly plays a pivotal role in achieving justice for all.However,there are often gaps between visions and implementation due to the variety of factors and stakeholders involved in design practice.Through literature review and a keyword co-occurrence analysis,this paper investigates current landscape justice research and identifies the distinguishing concerns in design,and highlights the importance of systematic thinking in achieving landscape justice.By examining the practices of the British company Building Design Partnership(BDP),a multinational design company,this paper identifies BDP’s three key design principles as experiences can be followed for landscape justice:design for inclusion,design for resilience,and design for future ecosystems.The paper also addresses potential challenges and conflicts in implementing landscape justice across different contexts and highlights multinational design companies’efforts to mediate between various stakeholders.Finally,this paper demonstrates that design companies can contribute to 1)bridging social and environmental justice through landscape design,2)achieving the visions promoted by scholars,3)identifying and deploying diverse approaches to achieving landscape justice with their sensitivity to practical problems,and 4)fostering integrated feedback loops via both top-down and bottom-up approaches to ensure effective implementation of landscape justice.

普通本科院校风景园林艺术原理课程教学改革实践

为培养适应经济社会发展需求的创新型人才,对风景园林艺术原理课程教学改革进行探索与实践。从教学模式、教学内容、实践教学和考核评价方式4个方面入手,对该课程教学现状进行分析。对课程教学改革进行实践,包括创新教学模式,扩充数字资源,重组教学内容,以及改进考核评价体系。实践结果表明,该课程教学改革有效提升了学生的创新思维、创新精神和创新能力,教师的教学能力也得到了有效提升,教学效果提升明显。为风景园林及园林专业培养创新型人才提供参考。

Plants Selection for the Street Landscaping in Shijiazhuang City

Through investigating the street landscaping status in Shijiazhuang city, problems in the street landscaping of this city were analyzed, selection of street landscaping tree species was discussed according to the principles of street trees planning in Shijiazhuang City.

赋魅四策:公共设计中的感性魅力营造理论初探及案例研究

本文探讨建成环境学科中,公共领域设计的一个重要吸引力,即设计令人着迷、奇妙和兴奋的魅力的构建。可以将这一构建描述为设计的“赋魅”。基于文献和案例研究,本文描述并总结赋魅在当代公共设计中相关性,并将其理论化为设计过程中生成魅力的“赋魅四策”,结合案例分析,检验和探索赋魅在不同特征的项目背景中的实际运用、生成特点和手段及其效果。

城市景观设计文化中纤维艺术的价值及应用

在我国当前的城市发展中,景观设计的重要性愈发得到凸现,为了有效的应对当前同质化、审美欠缺等问题,更好地发挥城市景观设计对城市居民日益增长的精神生活需求的满足作用,许多学者提出将兼具传统和现代的纤维艺术引入到城市景观设计中,以纤维艺术材料丰富、创作手法多元、审美包容性强等特点来更进一步激活当前我国城市景观设计的潜在生命力,让城市景观设计可以更好地服务于城市精神生态环境的建设,同时,也为自身的发展谋求更为广阔的空间。

自然景观与城市发展融合下景观生态设计原则与实践

在城市的现代化进程中,景观生态设计作为一个重要的组成部分,在自然景观的保护工作良性发展下,越来越多的人开始意识到这一点。因此,论文对自然景观与城市景观生态设计原则涵括的内容进行了论述,从对其内涵进行了详细的论述之后,对其在城市景观中的应用价值进行了分析,最后给出了如何更好地利用生态设计原则的对策,希望能为从事这方面工作的研究者们提供一些借鉴。