江苏省海洋功能区划实施评价指标体系与方法

综合评价现行江苏省海洋功能区划实施基本情况，能够全面检测区划实施和管理中的成效与不足，进一步提高新一轮区划编制的实效性和科学性，从而增强新一轮区划对沿海地区经济社会发展的调控作用。基于海洋功能区划的特殊性和对数模型效用函数综合评价法的可行性，从区划的执行情况、协调情况、实施效益和实施影响等4个方面，设计了16个具有代表性的指标用于定量评价江苏省海洋功能区划实施基本情况。结果表明，对数模型效用函数综合评价法简便、操作性强，可信度高，评价的结果与现实情况吻合度高。现行江苏省海洋功能区划的实施情况总体良好，区划得到了有效的执行，与全国海洋功能区划和全省海洋经济发展规划协调度高，产生了显著的经济、社会与生态效益     

扎兰屯市声环境功能区划与管理控制措施及对策研究

本文依据规划指导原则、适时调整原则、协调一致原则、相邻适用区达标原则和国家《城市区域环境噪声适用区划技术规范》(GB/T15190-2014)中方法和要求,在扎兰屯市城市总体规划(2012-2030)的基础上,对扎兰屯市中心城区进行声环境功能区域划分,并提出了相应的声环境管理要求和城市噪声控制措施及对策。     

Eco-design improvement for the diaphragm forming process

This paper proposes an eco-design method to suggest improvements over an existing diaphragm forming process (DFP). In the proposed method, a systematic procedure is developed to provide eco-design guidance to engineers, and it includes four steps. In Step 1, design functions are analysed through functional diagrams to provide the information of sub-functions and functional flows. In Step 2, the eco-design requirements are captured via quality functional deployment (QFD) and then translated to design functions via functional analysis (FA). Then, the design functions are prioritized according to the eco-design requirements in considerations. In Step 3, the prioritized design functions are used to generate possible design concepts through the morphological chart. In Step 4, the generated concepts are assessed based on the energy use and process time of DFP. The utility of the proposed method is to adapt quality tools for continual improvements in the context of eco-design. An existing DFP is used for this work to demonstrate and validate the method’s applicability. The result of this research shows that the integration of QFD and FA can systematically guide the generation of new eco-design concepts for DFP with less dependence of design intuitions.     

农村环境质量综合评价技术体系区域适用性验证

长期以来,中国农村环境保护工作基础相对薄弱,国家环保部门于2014年出台《农村环境质量综合评价技术规定(试行)》。研究利用2015—2016年安徽省域的农村环境监测数据,将安徽省重点生态功能区考核县域的数据与其他县域监测数据进行分类整理,采用该技术规定开展农村环境质量综合评价,对评价体系的3个级别指标层面的评价结果进行对比,并通过2组数据的差异性分析,深度剖析评价体系各级指数的结果合理性,验证该评价技术规定的区域适用性;同时,根据各级指标对比中发现的问题,对评价体系的相关指标提出修改完善建议。     

大型水利水电工程扰动区植被的生态恢复

大型水利水电工程具有防洪、发电、航运等综合效益,是开发治理江河的骨干工程.水利水电工程建设常对项目区自然生态环境带来影响,施工中所产生的岩质边坡、土质边坡、弃土和弃渣等扰动可能导致项目区的生态系统退化、生物多样性丧失、水土流失和地质灾害加剧.扰动区植被生态恢复关系到工程安全运行和其所在区域的可持续发展.以向家坝水电工程为例,研究了大型水利水电工程扰动区植被生态恢复的目标、原则及方法.按生产、生态和社会功能,向家坝水电工程扰动区可划分为工程核心区、服务区和过渡区等3个功能区来系统规划其生态恢复.结合各自的功能需求和干扰特征,各功能区可采取相应的生态恢复技术和配置适宜物种来构建植物群落,形成结构稳定、多样性丰富、具有复合功能的植被景观.还简要评价了向家坝水电工程植被恢复现状,提出一些完善其生态恢复的建议.     

企业安全确认管理系统的设计及机制研究

通过对安全确认制发展应用状况的总结分析,重新界定了安全确认制的基本内涵,并进一步分析了其主要特点。在此基础上,针对企业安全事故发生的内在机理,指出导致事故发生的根本原因是人的不安全行为和物的不安全状态。通过剖析安全确认制的作用机理,揭示其杜绝不安全因素,防止事故发生,实现企业本质化安全生产的意义。提出了企业安全确认管理的一般流程框架并给出企业安全确认管理工作开展的步骤及建议。设计出企业安全确认管理系统,分析其内部机制,将整个系统分为7个子系统,进一步理清了企业安全确认管理系统构建的思路。     

Use of Large‐Scale Acoustic Monitoring to Assess Anthropogenic Pressures on Orthoptera Communities

Biodiversity monitoring at large spatial and temporal scales is greatly needed in the context of global changes. Although insects are a species‐rich group and are important for ecosystem functioning, they have been largely neglected in conservation studies and policies, mainly due to technical and methodological constraints. Sound detection, a nondestructive method, is easily applied within a citizen‐science framework and could be an interesting solution for insect monitoring. However, it has not yet been tested at a large scale. We assessed the value of a citizen‐science program in which Orthoptera species (Tettigoniidae) were monitored acoustically along roads. We used Bayesian model‐averaging analyses to test whether we could detect widely known patterns of anthropogenic effects on insects, such as the negative effects of urbanization or intensive agriculture on Orthoptera populations and communities. We also examined site‐abundance correlations between years and estimated the biases in species detection to evaluate and improve the protocol. Urbanization and intensive agricultural landscapes negatively affected Orthoptera species richness, diversity, and abundance. This finding is consistent with results of previous studies of Orthoptera, vertebrates, carabids, and butterflies. The average mass of communities decreased as urbanization increased. The dispersal ability of communities increased as the percentage of agricultural land and, to a lesser extent, urban area increased. Despite changes in abundances over time, we found significant correlations between yearly abundances. We identified biases linked to the protocol (e.g., car speed or temperature) that can be accounted for ease in analyses. We argue that acoustic monitoring of Orthoptera along roads offers several advantages for assessing Orthoptera biodiversity at large spatial and temporal extents, particularly in a citizen science framework. El Uso de Monitoreos Acústicos a Gran Escala para Estudiar las Presiones Antropogénicas sobre Comunidades de Orthoptera     

绿豆贡菊功能性饮料的研制

采用感官评定和正交试验法对绿豆贡菊功能性饮料的工艺和配方进行了探讨，确定绿豆贡菊功能性饮料的最佳配方，即绿豆液用量6％、贡菊液用量O．25％、柠檬酸用量0．025％、阿斯巴甜用量0．012％。该产品为淡黄色、澄清饮料，其主要功能成分为黄酮类物质，含量为1．08％，饮料pH为4．6，适用于高血脂症、动脉粥样硬化患者和普通人群食用。     

Decomposition of 2,2',4,4',5,5'-hexachlorobiphenyl with iron supported on an activated carbon from an ion-exchange resin

An activated carbon (AC) containing a high concentration (374 mg g⁻¹) of Fe was prepared by carbonization of an ion-exchange resin. To examine its chemical reactivity as a catalyst to decompose 2,2′,4,4′,5,5′-hexachlorobiphenyl (PCB-153), the decomposition parameters of temperature and time were varied under air or N₂. Decomposition at 350 °C was achieved within 15 min under air and 30 min under N₂, and the efficiency of PCB-153 decomposition was 99.7% and 98.0%, respectively. An analysis of inorganic chloride ions revealed that PCB-153 was mineralized effectively during the decomposition. The Brunauer-Emmett-Teller (BET) surface area and pore volume of the AC were measured to assess the adsorption capacity before and after the decomposition. The differences between decomposition under air and N₂ reflected the differences in the BET surface and pore volume measurements. A decomposition pathway was postulated, and the reactive characteristics of chlorine atoms loaded on the benzene rings followed the order of para > meta > ortho, which agrees with the calculated results from a density functional theory study.     

溶液环境对纳米Fe2O3/水界面NOM吸附过程中疏水效应的影响

以腐殖酸和纳米Fe2O3为对象,着重研究了腐殖酸分子在纳米Fe2O3表面的吸附过程中的疏水效应,借助红外光谱和热重等分析方法研究了腐殖酸吸附前后的疏水性随溶液环境变化的规律。结果表明,当离子强度为0、0.005、0.01和0.05 mol/kg,pH从7变到12时,纳米Fe2O3吸附溶解性腐殖酸分子后形成的复合体的热失重量随着pH的升高先减小后增大。当pH从7升高到10时,亲水性降低,疏水性增强;当pH从10升高到12时,亲水性增强,疏水性降低。当离子强度为0.001 mol/kg,pH从7变到12时,复合体的热失重量随着pH的升高而减小,亲水性降低,疏水性增强。当pH为定值,离子强度变化时,纳米Fe2O3吸附溶解性腐殖酸分子后形成的复合体的热失重量随着离子强度的增加不断变化,曲线呈现出波动趋势,亲、疏水性在交替变化。红外光谱分析结果说明,对纳米Fe2O3吸附溶解性腐殖酸分子后形成的复合体的亲疏水性起主要影响的官能团可能是亲水性的羟基—OH、羰基CO和疏水性的CH2烷烃。