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Chinese Journal of Population,Resources and Environment 2011年第4期9卷 42-48页

作者： Yang Xiao Li Yangfan Yin Rongyao Sun Xiang Zhu Xiaodong State Key Laboratory of Pollution Control and Resources Reuse School of Environment Nanjing University Nanjing Jiangsu 210093 China

Effects on sustainable development of climate change have been going further *** Five Year Development Plan in China should have specific policies on how to take climate change impacts into account through the environmental *** fields distribute in three levels of natural bearing capacity,production system and human settlements,and include seven aspects:ecosystems,water resources,disasters and risks,low-carbon economy,vulnerable departments,urbanization,and coastland.

关键词： climate change environmental planning innovation the 12th Five Year Development Plan

Using　structured　systems　analysis　to　design　an　integrated　system　for　transport　planning　and　environmental　analysis

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Journal of environmental Sciences 1996年第2期8卷 129-144页

作者： S. P. Losee A. L. Brown (Faculty of environmental Sciences , Griffith University, Nathan, Queensland, Australia, 4111) Faculty of environmental Sciences Griffith University Nathan QLD 4111 Australia

This paper applies Yourdon's (1989) structured systems analysis techniques to transport planning, and the environmental analysis of transport plans. It is usual for planners to treat these activities as separate processes or 'systems'. Six serious shortcomings are identified in prevailing approaches to accounting for the environmental impacts of transport plans. The application of systems analysis has elucidated opportunities for overcoming these problems by integrating the two processes. The paper highlights the benefits of using these methods to direct research into, and development of, an integrated transport planning- environmental analysis system. Techniques applied are data flow diagrams, a Venn diagram and an entity-relationship diagram. Significant potential exists for integration within a geographic information system(GIS), although adoption of integrated methods by transport planners is likely to be incremental. Research confirms the usefulness of systems analysis in guiding the development of a GIS application to accommodate integrated transport planning and environmental analysis. Systems analysis also facilitates more careful and effective design of the databases underlying GIS analysis.

关键词： transport planning travel demand modelling GIS environmental planning systems analysis.

Ecological and environmental characteristics and management planning of Mawei Economic Development District

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Journal of environmental Sciences 1991年第2期3卷 103-111页

作者： Ye Changming, Wei Aixue, Huang Yuyao, Zhang Xifu, Chen Qihao and Liu JifengResearch Center for Eco-environmental Sciences,Acadcmis Sinica,Beijing 100083,ChinaInstitute of Zoology,Academia Sinica,Beijing 100080,ChinaInstitute of Atmospheric Physics,Academia Sinica,Beijing 100083,ChinaFuzhou Municipal Institute of environmental Sciences,Fuzhou 350005,ChinaFuzhou Municipal environmental Monitoring Station,Fuzhou 350005,China

The natural and social background of the district was described, and the major ecological and environmental problems were analysed. The measures and planning for the ecological and environmental protection were recommended. Systematic analysis method and environmental mathematical models were suggested to be used for the ecological and environmental general planning in this paper.

关键词： environmental carrying capacity environmental planning pollution control.

Numerical Simulations of the Transparency of Waterfront Bodies

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Tsinghua Science and Technology 2008年第5期13卷 720-729页

作者：王华逄勇丁玲刘明源庄红红 College of environmental Science and Engineering Hohai University Shanghai Investigation and Design Research Institute

Measured field data was used to analyze the factors which influence the transparency of the Nei River and to develop a multi-factor correlation for the transparency. A 2-D unsteady model which coupled analyses of the water flow, water quality, suspended sediments, and Chl-a was developed to simulate the changes in the transparency for various conditions. The model was then used to forecast the transparency of the Nei River. The suspended sediment concentration （SSC） was found to be the most important factor influencing the transparency, with high concentrations of CODMn and Chl-a also reducing the transparency to some extent. The transparency model is stable and precise, with relative errors between measured and calculated values of less than 15%. With the environmental scheduling schemes, the Nei River transparency can be significantly improved with a mean transparency in high-water years of 69.3 cm, normal-water years of 70.8 cm, and low-water years of 69.8 cm.

关键词： water bodies transparency model environmental planning Nei River

Ecosystem and biodiversity conservation planning in Hiroshima City,Japan

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Journal of environmental Sciences 1999年第2期11卷 22-27页

作者： Nobukazu NAKAGOSHI, Toshihiro MORIGUCHI Graduate School for International Development and Cooperation, Hiroshima University, Kagamiyama, Higashi Hiroshima 739 8529, Japan

The ecosystem and biodiversity conservation plan in progress in Hiroshima City was reviewed. Hiroshima City had prospered as a castle town, but severely suffered from A bomb damage at the end of World War II. Since then, Hiroshima City performed greenery activities with restoration and planted trees in public facilities. At present, Hiroshima City is promoting a 3rd tree planting campaign. As part of this campaign, the master plan of greenery of Hiroshima City is being laid. This plan aims not only at beautification in city area but also at ecosystem and biodiversity conservation in expanded city areas. In this paper, we report on the development of the situation in Hiroshima City since the end of World War II and the conservation planning of greenery which, for the most part, concerns zoning.

关键词： environmental planning exploitation greenery urbanization zoning.

An Integrated planning for Rense and Wetland Strategyof Waste Water from Rural Enterprises: A Case Stndy

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Pedosphere 1995年第3期5卷 237-243页

作者： ZHOUQI－XING R.W.BELL 等 ZhejiangAgriculturalUniversity Hangzhou310029China MurdochUniversity MurdochWA6150Australia

A waste water reuse engineering was designed and then operated in Hongshan, a small town in ZhejiangProvince, China, in order to solve pollution and shortage of water resources due to the development of ruralenterprises. The results showed that series-structure design and cycling model were two effective modes ofsaving water and decreasing pollutants into environment, and wetland strategy should be a component partof the integrated planning for waste water reuse of rural enterprises. This case study could provide a basisfor the optimum utilization and pollution avoidance of water resources.

关键词： environmental planning waste water reuse wetland strategy

Application of the Distance to Natural (D2N) Index and Statistical Analysis of Different Anthropic Uses of the Río Grande De Comitán Watershed, Chiapas, México

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Journal of Geoscience and Environment Protection 2022年第11期10卷 225-235页

作者： Flor Magali Aguilar López Dayana Almeida Yuri Tavares Rocha Eliziane Carla Scariot Waldir José Gaspar Roberto Bonifaz Alfonzo Elisabete Maria Zanin Alberto Carvalho Peret José Eduardo Dos Santos Universidade Federal de Sã o Carlos S&#227 o Carlos Brazil Universidade de Sã o Paulo S&#227 o Paulo Brazil InstitutoFederal de Sã o Paulo Mat&#227 o Brazil Universidade Federal do Mato Grosso Cuiabá Brazil Universidad Nacional Autónoma de México México City México Universidade Regional Integrada do Alto Uruguai e das Missõ es Erechim Brazil

The intensification of anthropic uses (i.e., increase of the hemerobic condition) threatens the remnants of native vegetation due to the reduction of its self-regulation capacity. In this research, the Distance to Nature (D2N) index for land use and land cover was applied in the Río Grande de Comitán watershed (Southern Mexico) to answer the following questions: 1) What were the land use dynamics observed in the Rio Grande de Comitán watershed in the trajectory through 1999, 2009 and 2019? 2) Does the subcategorization of the D2N allow one to identify which anthropic uses influence more the territorial expression of the watershed? To answer these questions, we performed a supervised classification of land use and land cover was performed in this watershed, and for the D2N index, the classification was simplified to three-category scale for the subcategorization of the anthropic component. Through Principal Component Analysis (PCA), we identified that agricultural anthropogenic use had the greatest influence on territorial expression. The reported scenario indicates a trend of gradual and continuous reduction of naturalness over the last 20 years. Additionally, the D2N index proved to be a useful tool to demonstrate both the anthropic impact, with the simplified scale, and the component that most influences the territory, by subcategorizing the anthropic scale.

关键词： Anthropic Land-Use Pressures Spatio-Temporal Principal Component Analysis (PCA) environmental planning Nature Conservation