THEORIES AND METHODS OF STRATEGIC ENVIRONMENTAL ASSESSMENT OF MODERN LOGISTICS DEVELOPMENT——A Case Study of Dalian City, China

Modern logistics is a new industry during the construction of national economy. Based on analyzing the environmental problem that was led by the limitation of the strategy during enacting the program of the modern logistics, SEA for modern logistics was implemented. In this paper, procedure and indicator system in the SEA are constructed, and Environmental Check List to identify environmental impact factors of SEA for modern logistics is established. And a conception that indicates friendly degree of logistics system with resources and environment, degree of green, is introduced. With the example of modern logistics program of Dalian in China, two methods are applied, AHP and Fuzzy Comprehensive Evaluation Method, in the implement of SEA for modern logistics development. It is concluded that degree of green of modern logistics in Dalian is high. However, several important factors should be paid much attention to in the SEA for modern logistics as well as in the formulation and implement of modern logistics in Dalian.

Environmental Issues Related to Chemical Fertilizer Use in China

The current status of chemical fertilizers production and consumption in China as well as their important roles in Chinese modern agriculture are discussed with special concerns to the environmental issues related to chemical fertilizer use. On the one hand, the total amount of chemical fertilizer produced is insufficient to meet the agricultural needs. On the other hand, the production and consumption of chemical fertilizers in China are obviously not balanced. In some areas over application of nitrogen fertilizers and loss of phosphate fertilizer due to soil erosion have resulted in some undesirable environmental problems such as increase of nitrate in water and eutrophication of water bodies. Maximum scientific uses of organic manures in combination with reasonable use of chemical fertilizers are part of good practices not only in increasing soil productivity and keeping sustainable agriculture development but also in mimimizing their detrimental effects on the environment.

Progress, problems and prospects of palynology in reconstructing environmental change in inland arid areas of Asia

Studying the climatic and environmental changes on different time scales in inland arid regions of Asia can greatly im‐prove our understanding of climatic influences for the Qinghai-Tibet Plateau in the context of global change. Pollen, as a remnant of seed plants, is sensitive to environmental factors including precipitation, temperature and altitude, and is a clas‐sic proxy in environmental reconstruction. In the last two decades, great progress in the application of palynology to in‐land areas of Asia has highlighted the role of palynology in paleoclimatic and paleoenvironmental research. The main progress is as follows. (1) On the tectonic time scale of the late Cenozoic, the palaeoclimatological sequence has been es‐tablished on the basis of pollen percentage, concentration and taxon. Pollen data have revealed a continuous enhancement of drought in the inland arid region of Asia, in contrast to evidence acquired based on other proxies. (2) In the late Quater‐nary, an increase in herbaceous plants further supports the intensification of drought associated with global cooling. In more detail, the palynological record shows a glacial-interglacial pattern consistent with changes in global ice volume. (3) The Holocene pollen record has been established at a high resolution and across a wide range of inland areas. In general, it presents an arid grassland environment in the early Holocene, followed by the development of woody plants in the mid- to late-Holocene climate optimum. This pattern is related to moisture changes in areas dominated by the westerlies. There are also significant regional differences in the pattern and amplitude of vegetation response to the Holocene environment. (4) Modern pollen studies based on vegetation surveys, meteorological data and statistics show that topsoil palynology can better reflect regional vegetation types (e. g., grassland, meadow, desert). Drier climates yield higher pollen contents of drought-tolerant plants such as Chenopodioideae, Ephedra, and Nitriaria, while contents of Artemisia and Poaceae are greater under humid climates. Besides these achievements, problems remain in palynological research: for example, pol‐len extraction, identification, interpretation, and quantitative reconstruction. In the future, we encourage strengthened inter‐disciplinary cooperation to improve experimental methods and innovation. Firstly, we should strengthen palynological classification and improve the skill of identification;secondly, laboratory experiments are needed to better constrain pol‐len transport dynamics in water and air;thirdly, more rigorous mathematical principles will improve the reliability of re‐constructions and deepen the knowledge of plant geography;and finally, new areas and methods in palynology should be explored, for example DNA, UV-B and isotopic analysis. It is expected that palynology will continue to develop, and we hope it will continue to play an important role in the study of past climatic and environmental changes.

Plant Breeding for Harmony between Modern Agriculture Production and the Environment

The world population is estimated to be 9.2 billion in 2050. To sufficiently feed these people, the total food production will have to increase 60% - 70%. Climate models predict that warmer tem-peratures and increases in the frequency and duration of drought during the present century will have negative impact on agricultural productivity. These new global challenges require a more complex integrated agricultural and breeding agenda that focuses on livelihood improvement coupled with agro-ecosystem resilience, eco-efficiency and sustainability rather than just on crop productivity gains. Intensifying sustainability agro-ecosystems by producing more food with lower inputs, adapting agriculture to climate change, conserving agro-biodiversity through its use, and making markets to work for the small farmers are needed to address the main issues of our time. Plant breeding has played a vital role in the successful development of modern agriculture. Development of new cultivars will be required while reducing the impact of agriculture on the environment and maintaining sufficient production. Conventional plant breeding will remain the backbone of crop improvement strategies. Genetic engineering has the potential to address some of the most challenging biotic constraints faced by farmers, which are not easily addressed through conventional plant breeding alone. Protective measures and laws, especially patenting, must be moderated to eliminate coverage so broad that it stifles innovation. They must be made less restrictive to encourage research and free flow of materials and information. Small farmers have an important role in conserving and using crop biodiversity. Public sector breeding must remain vigorous, especially in areas where the private sector does not function. This will often require benevolent public/private partnerships as well as government support. Active and positive connections between the private and public breeding sectors and large-scale gene banks are required to avoid a possible conflict involving breeders’ rights, gene preservation and erosion. Plant breeding can be a powerful tool to bring “harmony” between agriculture and the environment, but partnerships and cooperation are needed to make this a reality.

TOWARDS A FOURTH ECOLOGY: Social and Environmental Sustainability with Architecture and Urban Design

The architect has always been interested in the social and cultural dimensions while creating architecture for people to last,with the help of building science and technology.Science could solve some problems,but is yet to solve many of the problems of urbanization in human history.Perhaps many of the problems can only be solved with careful understanding of human behavior,social intercourse,and economics in relation to the urban environments and organizations,and the natural environment simultaneously.There seemed to be a divide between the way an engineer and an architect think and practice in making a building and a piece of architecture,where the former is highly mathematical,and the latter deals with cultural poetics and a whole range of social and technical issues of which the physics of the environment is but one dimension(Bay and Ong 2006).It may appear natural in this age of environmental crisis and rapid urban development in many cities that the current Ecologically Sustainable Design(ESD)system,which is mainly based on science of the physical world,would be readily accepted by the architect in practice and education.Many of the current ESD guidelines can contribute to the avoidance of a further decay of the earth,thus preventing droughts and floods,etc.,and hope to maintain the status quo of the environment for all the“business as usual”social-economic activities.With more world leaders of the developed world agreeing in principle on the need to address climate change,perhaps a lot more will be done based on the engineering models for ecologically friendly planning,commerce,industry,and design.There could be a cognitive bias3 of overconfidence and systemic error that the predominantly engineering focus to keep climate change at bay will solve the problem of sustainability in various parts of the world.The current limited concept of“ecological”or the“green”design does contribute to sustainability,but is quite limited and not the whole picture of sustainability.The concept of sustainability involves the dynamic and complex balance of environmental(man-made and natural),economic and social dimensions,from many earlier sources including the theory of the Third Ecology(Chermayeff and Tzonis 1971)about social ecology directly related to the man-made urban fabric,and recently,the much accepted pervasive framework of the Brundtland Commission Report 1987:Our Common Future,which included more discussions about the interrelatedness with economic equity and the natural environment.Foremost and ultimately it is about promoting and ensuring social quality of living now and sustaining that into the future,for all nations,the rich and the poor,through solving the matrix of social,economic,and environmental problems.From the perspective of the theory and practice of architecture,this paper discusses the following issues:1.Belief in science,disenchantment,symbol of failure of modern architecture-Pruitt Igoe;2.An anti-thesis to Pruitt Igoe-Bedok Court;3.The cultural concerns and preparametric design thinking process of the architect;4.Architecture,social science,cultural value,social capital,behavior,and ESD;5.A Fourth Ecology,multi-disciplinary research by architects,social scientists,and engineers.

Thoughts on the Modernization of Governance Systems of Ecological Environment under the Background of New Era

During recent years,the Party Central Committee and the State Council have attached great importance to the protection and governance of the ecological environment,put the construction of ecological civilization in a prominent position,and launched a series of strategic policies with strong foresight and guidance.Among them,the modernization of the governance system of ecological environment is regarded as the top priority of strengthening the ecological environment governance and the construction of ecological civilization.Based on the in-depth analysis of the connotation and background of the modernization of the ecological environment governance system,this paper analyzes the main problems and challenges faced by the current national ecological environment governance system,and puts forward the paths and measures to accelerate the modernization of the national ecological environment governance system,so as to provide a theoretical reference for the construction of national ecological civilization.

Research on Key Points of Design of Standard Plants in Modern Industrial Parks Under the Background of Promoting the Development of New Quality Productive Forces

With the progress of science and technology and the acceleration of industrialization,the modern industrial park is an important carrier of industrial development.The importance of its standard plant design has become increasingly prominent.With the development of new quality productive forces as the background,this research deeply discusses the key points of standard plant design in modern industrial parks.This paper uses literature review and case analysis to systematically analyze the important role of standard plant design in developing new quality productive forces in modern industrial parks and puts forward suggestions for optimizing design.It is found that the rationality,intelligence,and environmental protection of plant design are the key factors affecting the development of new quality productive forces.The paper summarizes the core points of modern industrial park standard plant design to provide a reference for the future development of related industries.

Style Comparison between Chinese Classical Garden and Modern Landscape

Styles between Chinese classical gardens and modern landscapes were compared in this paper from the perspective of thought,functions,garden buildings,plant scenery and small garden ornaments.

Livable and Ecological Theory of Chinese Classical Gardens and the Planning of Modern Eco-residential Community

With some modern communities in Suzhou as the example,this paper mainly expounded the application of the artistic techniques of landscapes in the planning of modern landscape-type eco-residential communities according to the classical livable and ecological theory in Yuan Ye(an ancient book of garden design in China).It was learnt that there were many inner links between the livable and ecological theory of classical Chinese gardens and the planning of modern eco-residential communities.Ecological community is a new-type inhabitation model which represents the future development direction of dwelling construction in China and the main type of ecological communities.Classical Suzhou-style gardens are the representation of gardens in southern Yangtze River as well as the classical livable environment in China.Both of the above two residential models emphasize the harmonious unification between human and nature as well as the sustainable development,and lay their cores on the livability and the harmony with the nature.

Waterscape Planning and Design of Modern Campus

Significance of modern campus waterscape planning and design for improving the overall image of university, enriching campus culture and promoting the moral, intellectual and physical development of students was analyzed, landscape features of water and water-loving nature of people were elaborated, moreover, Minhang Campus of Shanghai Jiao Tong University taken for an example to show the role of waterscape in campus design. It was stressed that water can make environment more active and define spaces; waterscapes are of great plasticity in landscape design and able to adjust microclimate. Living examples were taken to discuss waterscape design on campuses from the perspectives of spatial design, scale design, cultural and ecological properties, and design of waterfront spaces, combination of waterscapes and other campus environment elements. Key points in the maintenance and management of campus waterscapes were expounded in terms of water environment maintenance, water system management, and utilization of waterscape ecological benefits, then planning and design thoughts of ecological campus waterscapes were discussed to promote the waterscape planning level of modern campus.

Sedimentary environment change in northwestern of Lake Qinghai Based on the ^(137)Cs and ^(210)Pb

Lake Qinghai is located in the northeastern margin of qinghai-tibet plateau.It’s very sensitive to climate change.Through the research of modern sedimentary environmental change in Lake Qinghai,We expect to gain the information about its response to global environmental change.Our study collected three sedimentary columns of Lake Qinghai in the northwestern,Column samples’length

Modification of the Leontief-Ford Input-Output Model for the Green Economy Goals and Environment Protection

The economics’ ecological modernization approach based on the input-output balance model is considered in the paper. The government measures on Russian Federation’s transition to green economy on reducing of greenhouse gas emissions are analyzed. In an article for green economy evaluation, including greenhouse gas emissions per capita and per unit of GDP, the indicator of the production environmental costs is proposed to include. The authors suppose adding and to modernize the Leontief-Ford model of input-output balance by economic evaluation of the environment pollution effects. This model is proposed to consider macro-economic assessment of environmental damage, health deterioration due to environmental pollution, as well as the use costs of the environmentally friendly technologies, the environmental and energy innovations’ implementation, climate change. The proposed modified model of environmentally oriented input-output balance can be used in the economic compensation system implementation on natural capital use and ecosystem services’ consuming in countries and their regions. The modified Leontief-Ford model proposed in the paper can be used for green economy development calculating, for example in Russia during the development of measures for the environment and economic development. Also this paper opens discussions for opportunities of the further possible integration of the theoretical models for environment protection decision-making.

The Shift in the Discourse About a Free Trade Area in the Brazilian Amazon： From Progress to Ecological Modernization

The Manaus Free Trade Area （ZFM） will end in 2023, but there is a proposal to amend the Brazilian Federal Constitution so that it lasts until 2073. From the understanding of discourse as a social practice, this paper is based on the analysis of 265 parliamentary pronouncements, 19 numbers of an institutional magazine, and 626 news texts from the most important local newspaper, all published between 2007 and 2010. It reveals a shift in the discourse about the ZFM, guided by ecological modernization. The industries are now presented as responsible for preserving the rainforest： it is said that if the tax incentives stop, there will be unemployment and deforestation. This tragic story line does not recognize the role of traditional peoples and communities in forest conservation and neither is open to the public debate about other models of development for the Amazon.

Research on the Realization Path of Consultative Governance of River Basin Water Environment in China

As a new way of governance,deliberative democracy has an inherent compatibility with river basin water environment governance.Consultative governance of river basin water environment is an important way to build an ecological civilization in the river basin.It involves three different levels of government-level democratic coordination,government-enterprise-society consultation and cooperation,and independent consultation between citizens and their governance mechanisms.To realize the consultative governance of river basin water environment,the concept and system construction of consultative governance should be incorporated into the system and mechanism construction of river basin water environment administration.

我国环境执法模式的反思与革新

在新时代中国环境法治的议题中,环境治理体系的核心环节——环境行政执法是实现生态文明和高质量发展的重要手段。传统“强制型”“威权型”的环境执法模式,已经显露出无法适应新时代生态文明建设需求的局限性。基于习近平生态文明思想的系统整体要求,本文主张建立整体化执法理念,推动环境执法从“强制型”向“共治型”的演变,通过对传统环境行政执法的“纠偏”,以便更好地适应包容性强、多元共治、刚柔并济、平等协商、协同互动治理目标的综合实现。为达成这一目标,本文基于系统整体观提出环境治理体系制度层面的深度优化策略,其中包括各类沟通性、非高权性环境行政行为的扩展应用,以及环境执法资源配置的精细化调整。这些措施旨在构建更加灵活和协同的环境治理机制,以适应现代社会多元利益关系的复杂性。

整体系统观视域下中国式环境法治现代化的宏观样态与建构方案

作为中国式现代化新道路与生态文明法治交融的产物,中国式环境法治现代化对于整体系统观的理论期许主要表现在应以习近平生态文明法治理论作为根本思想指南、从马克思主义的唯物辩证法中汲取养分以及将“天人合一”的环境伦理观作为其历史脉络三个维度。在宏观样态方面,整体系统观在中国式环境法治现代化中的融入主要体现在绿色低碳理念与经济发展需求深度融合的理念锚定、人际同构型环境利益公平分配格局的目标构筑和“环境权利—环境权力”二元架构均衡配置的范式转变三个场域。在新的历史交汇点上,中国式环境法治现代化应坚持以“整体系统观”作为“元理论”的方法支撑和价值指引,构建彰显环境法治现代化新内涵与新要求、多维度拓展环境法治现代化新道路的有机系统性方案。

中国式现代化视域下习近平生态文明思想整体系统观及其方法论

党的十八大以来,在推进中国式现代化建设的伟大征程中,以习近平同志为核心的党中央坚持系统观念,基于对西方现代化道路的深刻反思和对自然界作为有机系统整体的精准认识,赓续与拓新马克思主义和中华优秀传统文化关于人与自然真实图景的系统辩证思想,形成和确立了丰富完备、逻辑严密的习近平生态文明思想整体系统观。秉持山水林田湖草沙是生命共同体的系统理念,这一整体系统观锚定生态文明建设和环境治理的目标任务,坚持推进中国式现代化生态文明建设与环境治理的系统层级观,坚持共同体构架的国内外合作治理的系统联动机制,对其内核“是什么”的问题作了精要而又深邃的回答。习近平生态文明思想层层追问中国式现代化生态文明建设之道,彰显了其整体系统思维在回答生态文明建设根本性问题上的强大方法论功能;以系统工程方式“全方位全地域全过程”推进生态文明建设与环境治理的全面系统展开,立体呈现了习近平生态文明思想整体系统观鲜明的方法论特质,为中国式现代化新征程上全面推进美丽中国建设提供了科学思想方法,开拓了中国式现代化恢宏壮丽的生态篇章。

生产性服务数智化对农业绿色全要素生产率的影响——兼论政府环境规制的调节作用

为推进农业农村现代化,亟需以生产性服务业数智化为契机,对传统农业生产方式进行全方位改造,提高农业综合生产能力。在理论阐述农业生产性服务数智化影响农业绿色全要素生产率(AGTFP)的内在机制基础上,构建包含金融服务、科技信息服务和商贸流通服务三部分的农业生产性服务数智化综合评价指标体系,并通过回归模型对2014—2020年我国29个省(区、市)的面板数据进行实证检验。结果表明:生产性服务数智化改造对AGTFP水平的提升具有显著的促进作用。具体来讲,金融服务和商贸流通服务的数智化改造对AGTFP的影响呈现当期有效的特征,而科技信息服务数智化改造在较长的时间内仍可以保持对AGTFP的显著促进效应;农业生产性服务数智化促进作用存在明显的区域异质性,从强到弱依次为粮食主产区、粮食产销平衡区、粮食主销区;政府环境治理能够强化农业生产性服务数智化对AGTFP的影响。基于此,应大力推进现代信息技术对传统农业生产方式的改造,构建以科技信息服务为基础,金融服务、商贸流通服务为引领,拉动农业绿色全要素生产率提升的长效增长机制。

美国南方文艺复兴小说:环境史语境、生态维度与中国视角

19世纪末至20世纪上半叶,美国南方工业化创造了前所未有的物质财富,也产生了难以弥补的生态创伤,体现了西方现代化的局限。由于南方文艺复兴文学所处的历史语境正是南方工业化、现代化快速发展的时期,这一时期小说创作中的环境书写成为认知和剖析南方现代化乃至西方现代化的重要载体。作家们或以鲜明立场批判西方现代化的种种弊端,或以矛盾心态含混呈现工业发展与生态环境保护之间的悖论议题,或以去人类中心立场重塑人与自然在社会变革中的身份与关联,为中国学界审视西方现代化提供了重要文学素材。以中国式现代化视角鉴赏并评析这一时期作家作品中环境书写的主题意蕴、审美价值和生态维度,观照南方文艺复兴作家对西方现代化的回应、批判和反思,可以为中国式现代化与西方现代化的比较提供话语资源。