工业园区循环经济绩效评价方法研究

针对当前循环经济绩效内涵不明确,评价指标体系多局限于对循环经济发展水平等循环经济绩效评价中存在的问题,在系统归纳总结该领域研究现状基础上,明确了循环经济绩效的概念;进一步构建了基于生态效率-物质流分析的循环经济绩效评估指标体系,利用模糊数学和灰色聚类方法分别建立了循环经济绩效评估模型;最后,以上海化工园区和南通农药化学工业园为案例,对2个园区循环经济绩效进行评估。结果表明:从理论和方法上,构建的工业园区循环经济绩效评价指标体系是适用的;模糊综合评价和灰色聚类评价的结果存在一定的差异,模糊评价结果更为合理,而且该模型可以直观地表示出园区循环经济绩效的优劣势所在。进而,以上海化工园区作为标杆,针对南通农药化学工业园存在的资源效率偏低等问题,提出若干循环经济绩效改进措施。     

庄河循环经济园区循环经济指标体系研究

以庄河循环经济园区为研究对象,应用规划环境影响评价的指标对其循环经济发展水平进行了探索与研究,构建了该园区的循环经济指标体系,并对其指标体系进行了量化,确定了循环经济指标体系的目标值,对循环经济园区的指标体系进行了计算与评价,得到了本区域实施规划后循环经济发展的总分值。     

循环经济评价指标体系分析

建立循环经济评价指标体系是评判循环经济发展质量的主要依据。循环经济的发展涵盖自然、社会、经济等各个方面。在综合分析经济、环境和社会指标的基础上，提出了评判循环经济发展状况的综合指标——循环经济发展度。通过对循环经济评价指标的筛选，确定由经济、环境、社会三个方面的43个指标构成循环经济发展度。最后介绍了循环经济评价结果的计算方法。     

国家试点工业园区低碳发展分类模式研究

以产业集群为特征的工业园区已成为中国工业发展的主要组成部分和工业集聚发展的重要空间载体,促进工业园区的低碳发展对于实现中国应对气候变化目标以及工业自身绿色低碳发展极为重要。为此,2013年工业和信息化部、国家发展改革委联合组织开展了国家低碳工业园区试点。试点进行四年多以来,参与试点的工业园区探索形成了各具特色的低碳发展模式。本文基于国家低碳工业园区试点的开展情况,首先,对试点的历程、政策及进展进行了全面分析;其次,从国家低碳工业园区的顶层设计以及试点任务,即产业低碳化、能源低碳化、基础设施低碳化以及管理低碳化四方面对工业园区的低碳发展模式进行凝练;最后,选取参与试点的51家工业园区,以园区的产业结构和能源强度为指标,采用均值标准差分类方法将园区分为高耗能生产型、低耗能生产型、高耗能服务型和低耗能服务型园区四类。研究结果表明:按照国家对试点的顶层设计,产业低碳化、能源低碳化、基础设施低碳化和管理低碳化是适用于所有工业园区低碳发展的着力点,但是不同类型的园区低碳发展的路径和侧重点应该有所差别。其中,对于高耗能生产型园区,产业低碳化、能源低碳化是重点;对于低耗能服务型园区基础设施低碳化和能源低碳化是重点;对于高耗能服务型园区则需要在产业、能源、基础设施和管理低碳化四方面共同着力;对于低耗能生产型园区管理低碳化则是其进一步挖掘减碳潜力的有效手段。园区的分类研究结果表明不同园区应充分利用当地资源优势,因地制宜地采用差异化、精准化的低碳发展模式,这也是未来在政策层面和实践领域推动工业园区实现低碳发展的重点和关键。     

山东半岛海洋循环经济发展的综合评价与财税支持体系构建

本文针对山东半岛海洋经济增长与海洋环境恶化之间的矛盾,结合循环经济理论,建立山东半岛海洋循环经济发展的综合评价指标体系,运用熵值法对山东半岛近十年海洋循环经济的发展水平进行综合评价,找出其发展的动力因素。同时通过建立"因子贡献度"和"指标偏离度"两个参数,建立关于山东半岛海洋循环经济发展的障碍模型,对各单项指标的障碍度进行排序,找出山东半岛海洋循环经济发展的障碍因素,为进一步分析山东半岛海洋循环经济发展过程中存在的问题和研究山东沿海海洋循环经济发展的财税支持政策提供理论依据和技术支持。最后,本文在山东半岛海洋循环经济发展的动力因素和障碍因素的定量分析基础上,有针对性地提出了山东省海洋循环经济财税政策建立的路径选择。     

循环经济研究现状与展望

文章分析并综合了循环经济现有的多种视角.认为循环经济是以"减量化、再利用、再循环"为原则,运用制度和技术手段,实现一定环境资源约束条件下经济增长为目的的新的经济增长方式.其本体是生产生活系统.落实循环经济需经由主体的行为调整,提高资源使用率,降低废物直接排放量,逐步实现生产、生活与生态共赢的和谐发展.阐述并讨论了循环经济的目标与实现路径、评价指标(体系)、制度建设以及经济学等方面的研究.文章提出应加快完善循环经济的法律体系,修订现有相关法律、法规,进一步提高其可操作性.在给予循环经济企业适当财政补贴和税收减免政策的同时,要注意培育多数循环经济企业的自生能力.并指出循环经济的基础理论、物质流方法与其它方法结合、区域循环经济的制度建设与评价、循环经济与经济增长的关系、国际经验的综合性分析等方面是重要的深入研究方向.     

焦化循环经济工业园生态产业链运行研究——以山西省为例

生态产业链是焦化循环经济工业园区持续增长的重要保证,它包括相互依存的两个方面:产业生态系统与生态产业链运行机制,而当务之急是生态产业链运行机制的建设。本文以此为背景,阐述了山西省循环经济工业园区生态产业链运行中存在的问题,构建了焦化循环经济工业园区产业生态系统(IES),并建议从纵向一体化、兼并重组、网络组织等六个方面构建和完善生态产业链运行机制,以此促进焦化循环经济工业园区向生态工业园区演变的进程。     

循环经济园区发展的技术经济分析

建设资源节约型、环境友好型社会,必须大力发展循环经济。通过剖析江西星火工业园发展循环经济案例,对循环经济园区的发展进行了技术经济分析。循环经济园区是一种先进的生产组织形式,在园区内,上游企业的废弃物或副产品成为下游企业的原料,新的产业链得到延伸,逐步形成产业网,节省了自然资源,减少环境污染;基础设施、公共服务和知识信息得到共享,交易费用减少,提高了企业综合效益。园区以物质与能量循环利用为目标、以产业集群为载体,通过专业化分工和全面合作,经济、社会和生态环境效益显著。     

长江三角洲城市群循环经济发展水平的空间格局分析

开展循环经济,走可持续发展道路是提升长江三角洲城市群全球竞争力的必由之路。在参考大量城市循环经济评价指标体系的基础上,从社会经济发展、减量化、再循环再利用、生态环境质量4个方面,选取18项代表性指标,建立了城市循环经济水平评价指标体系。采用中国城市统计年鉴2006年的统计数据,运用层次分析法（AHP）确定各指标的权重,计算得出长江三角洲城市群各城市循环经济综合指数,并对其空间格局和影响因素进行分析。研究结果表明：①各城市循环经济发展水平差异显著;②各城市循环经济发展水平由城市群外围向中心逐渐递增;③随着人均地区生产总值的上升,循环经济水平呈不规则“W”变化。循环经济发展政策、产业结构、经济发展水平和乡镇企业的规模和数量是影响长江三角洲城市群各城市循环经济发展水平的主要因素。最后,对长江三角洲城市群循环经济发展提出了几点对策建议.     

基于主成分分析法的产业共生系统生态效率评价研究

生态工业园区是我国发展循环经济的重要载体,如何准确评价当前我国生态工业园区的生态效率对生态工业园区建设和发展有重要的意义。以生态效率和产业生态学理论为基础,参照国家环保总局《综合类生态工业园区标准（试行）》,建立了产业共生系统生态效率评价指标体系,并以主成分分析为基础,提出了产业共生系统生态效率评价方法。通过苏州高新区、苏州工业园区生态工业园和无锡新区生态工业示范园区等3个工业园区的案例研究得出样本指标中对生态效率影响最大的3个主成分和样本主成分的排名,以及生态效率进行比较排序,发现苏州工业园区生态工业园总体生态效率最高,无锡新区生态工业示范园区其次,苏州高新区则相对较差。根据各园区在各主成分的效率比较,指出各园区有待改进的环节。具体说明主成分分析在生态产业共生系统生态效率中的运用及优点。     

WSSD 2002, Latin America and Brazil: Biodiversity and Indigenous People

Latin America comprehends notable variations in terms of natural environment, availability of natural resources, living standards, and demographic patterns. Latin America is a mosaic of cultures, post- and pre-Columbian. The rich variety of life forms discovered and described by chroniclers and traveling naturalists in the Neotropics contributed to the proposal, in mid-XVIIIth century, of a new system of classification and a scientific code of nomenclature for all organisms. Biodiversity was, for many centuries, a source of resources to be exploited in natura. In scientific circles, its inventory became the domain of taxonomists. But modern technology showed how important the miriad of life forms really are as sources of chemical molecules to be engineered as drugs and reassembled as novel manufactured products. We are on the brink of a new agricultural and medical revolution, thanks to the techniques of genetic engineering, which will lead eventually to the elimination of hunger and malnutrition.In this essay, the Brazilian environmental and social heterogeneity will serve as an example to illustrate some key points, which have influenced sustainability policies. The Amazon deforestation and indigenous knowledge (IK), subjects often associated with areas of high biodiversity, are usually the focus of environmental debates. The importance of IK in integrating development, reducing poverty and sustainability are considered together with the intellectual property rights of native populations.In the World Summit on Sustainable Development (WSSD) Implementation Plan, a few paragraphs were dedicated to Latin America, because of the pre-existing Action Platform on the Road to Johannesburg 2002, approved in Rio de Janeiro in October 2001. This paper calls attention to the need to draw up specific environmental policies for a region which shows an extremely high cultural and biological diversity, associated with a high availability of forests and water, among other resources.     

Latitudinal variation in size of freshwater pulmonate mollusks (Mollusca: Gastropoda: Pulmonata) in Western Siberia

The size of shells in some freshwater pulmonate mollusk species abundant in Western Siberia (Lymnaea fragilis, L. terebra, Planorbis planorbis, and Anisus leucostoma) is relatively large in the south and decreases in the north. It is supposed that this phenomenon is explained by the fact that the season with conditions allowing the growth of mollusks is shorter in the north than in the south of Western Siberia.     

湘鄂赣农业资源与专业化区域化方向

湘鄂赣地理位置优越,农业资源丰富,稻谷、茶叶、麻类、棉花、油料、柑桔和淡水产品、禽蛋、肉类等在我国居有重要的地位,因此,大力发展三省农业生产,对我国人民实现小康生活具有战略意义。今后,要加速专业化区域化进程。我们找出生产潜力所在:改造低产田、低产园、低产水面;开发“三高”技术;开垦荒地、荒山、荒水;适当提高复种指数。通过建设,三省主要农产品将自给有余,还可满足国内外市场的需要。努力方向:高效农业开发——综合农业开发,吨粮田开发,玉米带开发,饲料稻开发,山区开发;合理布局农业生产;深化农业商品基地建设,发展综合利用,搞活商品流通;全面提高农业现代化水平,加强农业社会服务体系。     

Ethnosciences––A step towards the integration of scientific and indigenous forms of knowledge in the management of natural resources for the future

Integration of indigenous knowledge and ethnoscientific approaches into contemporary frameworks for conservation and sustainable management of natural resources will become increasingly important in policies on an international and national level, both in countries that are industrialised and those that have a developing status. We set the scene on how this can be done by exploring the key conditions and dimensions of a dialogue between ȁ8ontologiesȁ9 and the roles, which ethnosciences could play in this process. First, the roles of ethnosciences in the context of sustainable development were analysed, placing emphasis on the implications arising when western sciences aspire to relate to indigenous forms of␣knowledge. Secondly, the contributions of ethnosciences to such an ȁ8inter- ontological dialogueȁ9 were explored, based on an ethnoecological study of the encounter of sciences and indigenous knowledge in the Andes of Bolivia, and reviewed experiences from mangrove systems in Kenya, India and Sri Lanka, and from case-studies in other ecosystems world-wide, incl. Australia, Burkina Faso, Ecuador, Ethiopia, Guatemala, Indonesia, Nepal, Niger, Philippines, Senegal, South-Africa and Tanzania.     

Paradoxical ozone associations could be due to methyl nitrite from combustion of methyl ethers or esters in engine fuels

We review studies of the effects of low ambient ozone concentrations on morbidity that found a negative coefficient for ozone concentration. We call this a Paradoxical Ozone Association (POA). All studies were in regions with methyl ether in gasoline. All but one study carefully controlled for the effects of other criterion pollutants, so the phenomenon cannot be attributed to them. One was in southern California in mid-summer when ozone levels are highest. Because ozone is created by sunlight, the most plausible explanation for a POA would be an ambient pollutant that is rapidly destroyed by sunlight, such as methyl nitrite (MN). A previously published model of engine exhaust chemistry suggested methyl ether in the fuel will create MN in the exhaust. MN is known to be highly toxic, and closely related alkyl nitrites are known to induce respiratory sensitivity in humans. Support for the interpretation comes from many studies, including three linking asthma symptoms to methyl tertiary butyl ether (MTBE) and the observation that a POA has not been seen in regions without ether in gasoline. We also note that studies in southern California show a historical trend from more significant to less significant ozone-health associations. The timing of those changes is consistent with the known timing of the introduction of gasoline oxygenated with MTBE in that region.     

Prognosis of the spatiotemporal dynamics of ecosystems by means of universal kriging

The use of quantitative data for constructing prognostic maps of the dynamics of ecosystem degradation and restoration by nonlinear simulation methods is a topical field of landscape ecology. This method of dynamic cartography is based on fiberwise comparison of data on the state of Chernye Zemli (the Kalmyk Republic, Russia) in different years and the detailed analysis of the period on which the prognosis was based. For this purpose, materials of repeated aerial and satellite photography obtained during a long period (1954–1993) were used. Comparison of maps characterizing the dynamics of Chernye Zemli between 1958 and 1993 allows prognostic electronic maps for the next 10–15 years (with a five-year interval) to be drawn and land prognosis for the next 20–30 years (1998–2023) to be obtained. Deceased     

Distributions of personal VOC exposures: a population-based analysis

Information regarding the distribution of volatile organic compound (VOC) concentrations and exposures is scarce, and there have been few, if any, studies using population-based samples from which representative estimates can be derived. This study characterizes distributions of personal exposures to ten different VOCs in the U.S. measured in the 1999-2000 National Health and Nutrition Examination Survey (NHANES). Personal VOC exposures were collected for 669 individuals over 2-3 days, and measurements were weighted to derive national-level statistics. Four common exposure sources were identified using factor analyses: gasoline vapor and vehicle exhaust, methyl tert-butyl ether (MBTE) as a gasoline additive, tap water disinfection products, and household cleaning products. Benzene, toluene, ethyl benzene, xylenes chloroform, and tetrachloroethene were fit to log-normal distributions with reasonably good agreement to observations. 1,4-Dichlorobenzene and trichloroethene were fit to Pareto distributions, and MTBE to Weibull distribution, but agreement was poor. However, distributions that attempt to match all of the VOC exposure data can lead to incorrect conclusions regarding the level and frequency of the higher exposures. Maximum Gumbel distributions gave generally good fits to extrema, however, they could not fully represent the highest exposures of the NHANES measurements. The analysis suggests that complete models for the distribution of VOC exposures require an approach that combines standard and extreme value distributions, and that carefully identifies outliers. This is the first study to provide national-level and representative statistics regarding the VOC exposures, and its results have important implications for risk assessment and probabilistic analyses.     

Household water in rural asia: a case study of the construction of a piped water system in Bangui,Ilocos Norte,Philippines

In early 1980 an extension agent was assigned to the rural municipality of Bangui, Ilocos Norte, Philippines to work on development projects – in particular the improvement of the supply of safe water for drinking and sanitation. After many months of visiting spring sites and meeting with community leaders, a small part of the municipality was selected to build a gravity fed piped water system. Although the system took many months to plan, identify funding and construct, the 600 community members were ultimately rewarded with house to house connections that enabled them to achieve per capita water consumption levels above the minimum levels recommended by the World Health Organization. Of course, money was critical to ensure the project’s success, but many other factors played an equally critical role. For instance, without the active participation of the community and the unwavering support of the community leadership the project would not have survived the initial planning stage. Also, the extension agent played a critical role by acting as a conduit between funding agencies, the Bureau of Public Works and the community. The primary lesson to be learned from this experience is that the success of rural development projects is largely driven by the synergy between the community, technical support, financial support, and agents of change such as extension agents. If any of these ingredients had been lacking, the project result would likely have been far different.     

A general approach to transform a lake model for one radionuclide (radiocesium) to another (radiostrontium) and critical model tests using data for four Ural lakes contaminated by the fallout from the Kyshtym accident in 1957

This paper presents results of a model test carried out within the framework of the COMETES project (EU). The aim of the work was to change the structure of the MOIRA lake model for radiocesium so that it can be applied more generally for, in principle, all types of radionuclides and heavy metals. This general lake model is used within the MOIRA decision support system (DSS; MOIRA and COMETES are acronyms for EU-projects). The model is based on a set of differential equations and a specific modelling structure. It incorporates all important fluxes to, from and within lakes in a general manner. Yet the model is driven by a minimum of variables accessible from standard maps and monitoring programs. The model can be separated into two parts, a general part with equations applicable for all types of water pollutants and a substance-specific part. This model has previously been validated for 137Cs from many lakes covering a wide domain and yielded excellent predictive power. The alterations discussed in this work are meant to be general and radiostrontium is used as a typical element. Radiostrontium is known to be more mobile than radiocesium and all abiotic parts of the model handling fixation and mobility have been altered. The new model for 90Sr has been critically tested using data from four lakes heavily contaminated with 90Sr from the Kyshtym accident in the Southern Urals, Russia, using empirical data from a period from 1958 to 1995 for 90Sr in fish (here goldfish), water and sediments.