世界银行贷款江西鄱阳湖生态经济区及流域城镇发展示范项目总价大会

江西省人民政府办公厅关于成立江西省世行贷款鄱阳湖生态经济区及流域城镇发展示范项目领导小组的通
知
文章属性
•【制定机关】江西省人民政府
•【公布日期】2011.12.12
•【字号】赣府厅字[2011]206号
•【施行日期】2011.12.12
•【效力等级】地方工作文件
•【时效性】现行有效
•【主题分类】银行业监督管理
正文
江西省人民政府办公厅关于成立江西省世行贷款鄱阳湖生态经济区及流域城镇发展示范项目领导小组的通知
（赣府厅字[2011]206号）
各市、县（区）人民政府，省政府各部门：
为加快推进江西省世行贷款鄱阳湖生态经济区及流域城镇发展示范项目，经省政府研究，决定成立江西省世行贷款鄱阳湖生态经济区及流域城镇发展示范项目领导小组，现将领导小组组成人员名单通知如下：
组长：凌成兴省委常委、常务副省长
副组长：曾文明省发改委副主任
王斌省财政厅副厅长
成员：王建平省住房和城乡建设厅副厅长
张圣泽省国土资源厅总规划师
陈荣省环保厅副厅长
文林省水利厅副厅长
程样国省教育厅副厅长
刘富林省卫生厅副厅长
领导小组办公室设在省发改委，曾文明同志兼任办公室主任。

二〇一一年十二月十二日。

2024年咨询工程师之宏观经济政策与发展规划通关试题库(有答案)单选题（共45题）1、国际上通行的宏观经济监测指标是（）。

A.GDP平减指数B.生产价格指数C.采购经理指数D.消费物价指数【答案】 C2、避免国际重复征税的基本方法是免税法和（）A.退税法B.抵免法C.折让法D.递延法【答案】 B3、影响某种商品或服务需求的基本因素中，不包括（）。

A.消费者偏好B.消费者收入C.商品价格D.生产成本【答案】 D4、从价值形态看，国内生产总值是指（）。

A.一个国家所有常住单位在一定时期内收入初次分配的最终结果B.所有常住单位在一定时期内生产的全部货物和服务价值超过同期投入的全部非固定资产货物和服务价值的差额C.所有常住单位在一定时期内生产的全部货物和服务价值扣除折旧D.国民生产总值加上国外净要素收入【答案】 B5、推动构建人类命运共同体，必须树立( )的新安全观。

A.和平、发展、合作、共赢B.维护世界和平、促进共同发展C.共同、综合、合作、可持续D.开放创新、包容互惠【答案】 C6、税收是财政收入的主要来源，我国税收收人占财政收入的（）左右。

A.60%B.70%C.80%D.90%【答案】 D7、《全国重要生态系统保护和修复重大工程总体规划（2021－2035年）》提出，到2035年，草原综合植被盖度达到（）。

A.45%B.50%C.56%D.60%【答案】 D8、我国依法依规对银行业和保险业机构及其业务范围实行准入管理的是（）。

A.银保监会B.银行业协会C.银行业交易商协会D.中国人民银行【答案】 A9、国内生产总值(GDP)的支出法统计核算的公式是()。

A.GDP=第一产业增加值+第二产业增加值+第三产业增加值B.GDP=工资+租金+利息+利润+折旧+间接税C.GDP=消费+投资+政府购买+净出口D.GDP=国民生产总值-来自国外的净要素收入【答案】 C10、下列关于投资项目资本金的说法错误的是（）。

作者： 樊立新[1];王茜[2];吁文涛[3]
作者机构： [1]国家开发银行江西省分行副行长;[2]国家开发银行江西省分行业务发展处处长;[3]国家开发银行江西省分行国际合作业务处副处长、经济师,江西南昌330009
出版物刊名： 企业经济
页码： 176-178页
主题词： 开发性金融;鄱阳湖生态经济区;基金;思考
摘要：本文从发展鄱阳湖生态经济区建设投资基金的必然性和可行性分析入手，运用开发性金融理论，提出应充分发挥开发性金融特有金融功能、规划先行手段、建设投融资平台能力、基金业务经验以及项目和专家资源等优势，由开发性金融机构参与出资发起，设立鄱阳湖生态经济区建设投资基金，这样，有利于显现开发性金融和鄱阳湖生态经济区建设投资基金的协同效应，尤其在资金带动和引导方面，最终有利于实现支持鄱阳湖生态经济区生态文明和经济建设的共同目标。

E2520 V5 REV 世界银行贷款项目EMP Yangqiao沙颍河航道整治汾泉河杨桥船闸扩建工程环境管理计划委托单位：安徽省港航建设投资集团有限公司编制单位：北京中咨华宇环保技术有限公司二零一四年三月第一章项目概况1.1 项目背景杨桥船闸是泉河枢纽工程中的主要水工建筑物之一，直接影响着临泉县大宗货物水上交通，水运路线又泉河通过沙颍河进入淮河经京杭运河达长江。

区域内土地肥沃，物产丰富，是国家商品粮生产基地和重要的能源工业基地之一。

直接腹地主要为临泉县、阜阳市和颍上县，间接腹地可辐射到河南、沿淮、江浙沪等。

其直接腹地既是我国重要的煤炭工业城市和华东地区重要的交通枢纽城市，又是商贸中心、综合性加工业区域性中心城市等，各具特色，发展前景广阔。

随着腹地内国民经济发展和资源开发，特别是临泉化工有限责任公司生产能不断提高，临泉县农副产品加工业不断发展，杨桥闸过闸量将不断增长，预测2020年可达480万吨，2030年可达610万吨。

本工程的建设是非常必要的。

1.2 项目概况杨桥船闸按IV级船闸进行扩建，驳船等级为500t，建设规模闸室长180m，船闸闸室尺度确定为180×12×3.5m（长×宽×门槛水深）。

工程总投资约1.61亿元，其中环保投资995.8万元；预计投产日期：项目计划2015年底竣工，工期2年；建设方案：船闸工程内容包括闸室、上下闸首、上下游导航道、上下游引航道、靠船建筑物、公路桥及接线、闸阀门及机电设备、控制房和管理房；1.3 法律法规和技术标准A.国家法律法规:1.《中华人民共和国环境保护法》（1989.12.26）；2.《中华人民共和国环境影响评价法》（2003.9.1）；3.《中华人民共和国大气污染防治法》（2000.9.1）；4.《中华人民共和国水污染防治法》（2008.2.28）；5.《中华人民共和国环境噪声污染防治法》（1997.3.1）；6.《中华人民共和国固体废物污染环境防治法》（2005.4）；7.《中华人民共和国水土保持法》（1996.6.29）；8.《中华人民共和国港口法》（2004.1.1）；9.《中华人民共和国水法》（2002.8.29）；10.《中华人民共和国土地管理法》（1998.8）；11.《中华人民共和国防洪法》（1997.8）；12.《中华人民共和国河道管理条例》，国务院令第3号（1988.6）；13.《全国生态保护纲要》（2000.11）；14.《建设项目环境保护管理条例》（1998.11.29）；15.《中华人民共和国内河交通安全管理条例》（2002）；16.《交通建设项目环境保护管理办法》，交通部（2003）第5号令；17.《中华人民共和国防治船舶污染内河水域环境管理规定》，交通部令（2005）第11号。

E4011 V16 revWorld Bank-financed Jiangxi Poyang Lake Basin and Ecological Economic Zone Small Town DevelopmentDemonstration ProjectRuijin City Mianjiang River (Lucao Lake) Wetland Protection and Utilization SubprojectEnvironmental Codes of PracticeForWetland Protection and Rehabilitation Institute of Poyang Lake Eco-economics, Jiangxi University of Finance andEconomicsBeijing Huaqing Lishui Environmental Technology Co., Ltd. Environmental Engineering Technology Development Center, Jiangxi Academyof SciencesSeptember 2012TABLE OF CONTENTS1 FOREWORD (1)2 MAIN ENGINEERING CONTENTS (1)3 KEY POINTS OF BIDDING FOR DESIGN (2)4 ENVIRONMENTAL CODES OF PRACTICE IN CONSTRUCTION PERIOD (3)4.1S ITE A RRANGEMENT AND T EMPORARY F ACILITIES C ONSTRUCTION (3)4.2S URFACE W ASTE R E NVIRONMENT Q UALITY M ANAGEMENT (3)4.3S OLID W ASTE E NVIRONMENT Q UALITY M ANAGEMENT (4)4.4E COLOGICAL R ESOURCES P ROTECTION AND M ANAGEMENT (4)4.5O CCUPA TIONAL H EALTH (5)4.6M ANAGEMENT AND M AINTENANCE (6)A PPENDIX 1C HECKLIST OF E NVIRONMENTAL P ROTECTION AT C ONSTRUCTION S ITE (8)M AP 1G EOGRAPHIC L OCATION M AP (13)M AP 2P ROCESS F LOW C HART OF W ETLAND P ROTECTION AND REHABILITATION W ORKS (14)1 ForewordWorld Bank-financed Jiangxi Poyang Lake Basin and Ecological Economic Zone Small Town Development Demonstration Project is a demonstration project of Jiangxi Province, which aims to promote the harmonious development of ecological protection and urban construction, to improve urban and rural infrastructure, and to accelerate the urban and rural integration of the province by introducing international experiences with loan project as carrier, and according to Chinese urbanization development strategy as well as the urbanization demand of Jiangxi Poyang Lake Basin and Ecological Economic Zone. This annex includes the specific environmental impact analysis and corresponding Environmental Codes of Practice for the wetland protection and rehabilitation scheme involved in Ruijin City Mianjiang River (Lucao Lake) Wetland Protection and Utilization Subproject under the World Bank-financed Jiangxi Poyang Lake Basin and Ecological Economic Zone Small Town Development Demonstration Project; and together with the Environmental Codes of Practice for Small Civil Works (Annex 1.1), it forms complete Environmental Codes of Practice for wetland protection and rehabilitation works. In preparing this ECOP, we made reference to Detailed Rules of Jiangxi Province on Safe Construction, EHS Guidelines and safeguard policies of the World Bank and Technical Specifications for Constructed Wetland Wastewater Treatment Works of the Ministry of Environmental Protection. For the geographic location, please refer to Figure 1.2 Main Engineering ContentsMain engineering contents of wetland protection and rehabilitation works under Ruijin City Mianjiang River (Lucao Lake) Wetland Protection and Utilization Subproject are shown in Table 1-1.Table 1-1 Main Engineering Contents of Wetland Protection and Rehabilitation3 Key Points of Bidding for DesignAt each stage of construction design, the construction design unit shall bring forward relieving measures aiming at potential negative environmental impacts. Precisely, it shall carry out environmental impact assessment and compile the environmental codes of practice at the stage of feasibility study; shall fulfill the environmental impact assessment document and the environmental protection measures set forth in the environmental codes of practice at the stage of preliminary design; and shall design the environmental protection works according to the opinions on preliminary design at the stage of construction design.The following key points shall be emphatically considered in design:1) Site selection for the wetland protection and rehabilitation works shall meet the requirements of local urban overall development planning and environmental protection planning, as well as local requirements on waste r pollution prevention and control, waste r resources protection, and natural ecology protection; and shall also consider the factors like traffic, land ownership, and current land use state, etc. comprehensively.(2) The site selection for wetland sewage treatment works shall consider natural background conditions, including land area, landform and topographic feature, soil, meteorology, hydrology, animals and plants, and other ecological factors, etc., and shall be executed after investigation on geology and hydrogeology, etc.(3) The site for the wetland protection and rehabilitation works shall not be threatened by flood, tide waste r or waste rlogging.(4) The distance of the site for the wetland protection and rehabilitation works from residence shall meet the requirements of health protection, and shall be affirmed through environmental impact assessment and environmental risk assessment.(5) Landscapes under the works shall be constructed in line with the principles ofbeing harmonious, natural and balanced, and by comprehensively considering the contour of artificial wetlands, the arrangement of different types of artificial wetlands, the deployment of aquatic plants, the design of waste r-body landscapes in artificial wetlands, and the construction of auxiliary facilities along the bank of artificial wetlands, etc.(6) The plants for the wetland protection and rehabilitation works shall be selected according to their pollution resistance, growing ability, development degree of root system, as well as economic and aesthetics value, etc.; meanwhile, local varieties of plants shall be adopted to ensure the adaptation to local climate. New foreign and invaded varieties of trees shall be introduced.(7) For the wetland protection and rehabilitation works, the emergent aquatic plants available to select include reed, waste r bamboo, scirpus tabernaemontani, calamus, bulrush, and bog rush, etc.; floating plants include eichhornia crassipes, duckweed, and lotus, etc.; and submerged plants include waste rweed, waste r nymph, hornwort, and black algae, etc. The wetland protection and rehabilitation works may select one or several kinds of plants as dominant species, plant them in pairs or groups, and arrange the spatial and time distribution as per certain proportion according to the characteristics of ambient conditions and phytocoenosis, in order to meet the requirements of high-efficiency operation and stable & sustainable utilization of ecological system.4 Environmental Codes of Practice for Construction Period4.1 Site Arrangement and Temporary Facilities Construction(1) Wetland protection and rehabilitation works shall be arranged reasonably and compactly according to the functional and process requirements of artificial wetland, by making the best of the beneficial conditions of natural environment, considering the landscape function of constructed wetland in the project area as well as the planning for recycling of artificial wetland, and combining with the factors like landform, wind direction, geological conditions, and sanitary protection distance, etc.(2) Production management buildings and living facilities shall be arranged collectively at possibly reasonable position and orientation, and shall be kept a certain distance from processing structures.(3) Select proper plants for greening according to local natural conditions. The greening coverage ratio shall meet the requirements of local urban regulations.(4) Consider whether the height of wetland plants is harmonious with landscape in other components of the works.4.2 Surface Waste r Environment Quality ManagementDuring the construction of wetland protection and rehabilitation works, the main factors affecting the surface waste r are the construction camp, building materials storage yard, construction personnel’s domestic sewage, waste oil from construction, and soil loss, etc. Aiming at the abovementioned influential factors, the paper bringsforward the following drainage control measures:(1) Construction camp and building materials storage yard, etc. must built up possibly away from surface waste r bodies like wetland, etc., and common building materials that must be stacked temporarily nearby waste r bodies actually upon the demand of works construction must be protected with a cover and enclosure.(2) We shall set up an oil separator in dining hall, and entrust a garbage collection unit to clear away the garbage in time. Here, the garbage collection unit shall hold the certificate of qualification for waste disposal and the business license issued by relevant departments. At construction camp, there shall be an temporary toilet with septic tank, and the septic tank of the temporary toilet shall be subject to seepage prevention treatment. Also, there shall be drainage ditch and sedimentation tank. The sewage pipeline of dining hall, washroom and shower room shall be equipped with filtering net, and construction sewage shall be subject to sedimentation prior to being drained into municipal sewage pipe network or river; and meanwhile, the drainage ditch shall be guaranteed to be clean and smooth.(3) Construction personnel’s domestic solid waste shall not be thr own away at random, or poured into the waste r bodies along the line, but must be collected and disposed periodically by environmental protection department.(4) Waste oil and other solid waste arising from construction shall never be poured or thrown into or stacked nearby waste r bodies, but shall be cleared and transported to specified place in time.4.3 Solid Waste Environment Quality ManagementSolid waste in construction period are mainly construction garbage and domestic solid waste. Aiming at the characteristics of solid waste arising from construction project, this paper brings forward the following discharge control measures: Construction garbage and domestic solid waste shall not be thrown away at random or poured into waste r bodies along the line, but must be collected and disposed periodically by environmental protection department.4.4 Ecological Resources Protection and ManagementThe main works of wetland protection and rehabilitation is to arrange floating plants, floating-leaved plants, submerged plants and emergent aquatic plants, etc. in newly constructed natural ecological wetland, in order to ensure a vegetation coverage ratio of at least 70% of the ecological wetland protection and rehabilitation works. The main factors affecting ecological resources include the selection of species, the planting time of vegetation, and the planting density, etc. The main measures taken include:(1) The design of wetland protection and rehabilitation works shall increase the diversity of plants, raise their performance of sewage treatment, and extend their service life at the largest degree.(2) The planting soil for wetland protection and rehabilitation works shall be of clay～doras and 20cm～40cm in thickness, and have a permeation efficiency of0.025cm/h～0.35cm/h. It is available to adopt local surface-layer planting soil nearby. In case local raw soil is inapplicable to the growth of plants in artificial wetlands, it may be replaced.(3) The planting/ transplanting of plants under wetland protection and rehabilitation works includes the transplanting of seedling, the breeding of seeds, the transplanting of harvested plants, and the planting of pot culture, etc.(4) The best time for planting of plants under the wetland protection and rehabilitation works is spring or early summer, and planting in late summer or early autumn is also available. In case of starting constructed wetlandin the first year of planting, we may execute planting 3-4 months ahead of the ending of growing season or the coming of frost period.(5) The transplanting density of plants under the wetland protection and rehabilitation works shall be at least 3 plants /m2, and the planting density in subsurface flow constructed wetland shall be 9 plants/m2～25 plants/m2.4.5 Occupational HealthThe construction unit and supervisory institution shall have the responsibility to take all reasonable measures to protect the workers and buildings nearby from accidental injuries, and ensure their safety. For the wetland protection and rehabilitation works, we shall employ a contractor who has the ability to manage its employees’ occupational health and safety, and shall make the contractor execute the enterprise’s danger management rules by means of signing formal purchasing agreement. The construction safety and health of this project includes the design and operation of common facilities, communication and training, and personal danger and supervision.(1) In design, construction and production of the wetland protection and rehabilitation works, we must pay much attention to labour safety, take effective countermeasures and various preventive means, and execute Chinese relevant laws and rules, departmental regulations and standards strictly.(2) The construction unit must ensure that safety and health facilities are put into use when the wetland protection and rehabilitation works is completed and put into operation.(3) The wetland protection and rehabilitation works shall set up necessary lighting system.(4) Strengthen employees’ awareness of safety protection. Operators must wear necessary labor protection articles.(5) Operating personnel at each post must accept and pass pre-job training, then do corresponding job with certificate, and accept education and training periodically. (6) Establish and execute periodic and frequent safety examination system strictly, eliminate accident threats in time, and especially, pay attention to fire safety in autumn and winter.(7) Ensure that safety and health facilities are put into use when the works is completed and put into operation.(8) Establish and execute periodic and frequent safety examination system strictly, eliminate accident threats in time, and especially in autumn and winter, dispose harvested plants in constructed wetland properly in order to avoid fire disaster.4.6 Management and Maintenance4.6.1 Adjust the Waste r Level at Proper Time during Operation of the Wetland Protection and Rehabilitation Works:(1) We may adjust the waste r level according to various ultimate situations like rainstorm, flood, drought, and icing period, etc., but shall surely prevent damming at waste r inlet end and submerging at waste r outlet end;(2) We may adjust the waste r level in case of short-lived flow of artificial wetland. 4.6.2 The Following Measures May be Adopted for Plants Management and Maintenance under the Wetland Protection and Rehabilitation Works:(1) We shall fill waste r into constructed wetland after planting of plants, and shall adjust the waste r level at the early stage in order to promote the development of root system of plants;(2) After establishment of plant system, we shall surely provide sewage continuously, and guarantee the density and positive growth of aquatic plants;(3) We shall supplement seedling, clear off weeds, harvest plants at proper time, and control plant diseases and insect pests, etc. according to the growth of plants. Here, herbicide and insecticide, etc. are prohibited;(4) For sewage treatment of large-scale artificial wetland, we shall consider the arrangement of devices for bio-energy utilization of plants.4.6.3 The Following Measures May be Adopted in Case of Operation in Low-Temperature Environment:(1) Take heat preservation measures for constructed wetland to ensure the waste r temperature to be at least 4℃;(2) Test the depth of frozen soil in constructed wetland periodically to command the operating status of constructed wetland system;(3) Strengthen pretreatment, and relieve the pollution load of constructed wetland system.4.6.4 The Following Measures May be Adopted for Preventing Blocking during Operation of the Wetland Protection and Rehabilitation Works:(1) Control the concentration of suspended solids in the sewage entering into constructed wetland system;(2) Adopt intermittent operation mode properly;(3) Change local base material of constructed wetland system.Appendix 1 Checklist of Environmental Protection atConstruction SiteWorld Bank-financed Jiangxi Poyang Lake Basin and Ecological Economic Zone Small Town Development Demonstration Project No.: Date:Notes for filling out the table: This table is a general checklist for inspection of environmental protection during construction period of the “World Bank-financed Jiangxi Poyang Lake Basin and Ecological Economic Zone Small Town Development Demonstration Project”, and may be added or adjusted properly if necessary according to concrete sub-projects, local environmental status and relevant environmental protection measures.Subproject name: Contract No. And subproject location:Name of project construction site:Current construction stage:Date of environmental protection inspection: Concrete time:Weather of inspection day:Map 1 Geographic Location MapEcological wetland tobe constructed 9.5haRentian Wetland Protection and Rehabilitation SchemeEcological wetland tobe constructed 19haYeping Wetland Protection and Rehabilitation Scheme14Map 2 Process Flow Chart of Wetland Protection and Rehabilitation Works Domestic sewagepipeline network Lattice, andgrit chamber Anaerobic hydrolysis pond Waterfall aeration contact oxidation pond Artificial wetland Normal water level of natural wetland-0.005Note: 1. The elevation in the drawing takes meter as the unit.2. The height ±0.000 in the drawing gives priority to the elevation of outdoor floor on grade of engineering wetland.LegendSewage pipelineOverflow pipeNormal water level Natural wetland River levee OriginalEngineering drawing number Scale CountersignatureWorld Bank-financed Jiangxi Poyang Lake Basin and EcologicalEconomic Zone Small Town Development Demonstration ProjectWetland Protection and Utilization Subproject Process flow chart of engineering wetland Design stage Drawingnumber Feasibility study Time15TimeDrawingnumber Feasibility study Process flow chart of engineering wetland World Bank-financed Jiangxi Poyang Lake Basin and EcologicalEconomic Zone Small Town Development Demonstration ProjectWetland Protection and Utilization Subproject Design stage CountersignatureScaleEngineering drawingnumberWetland process chartBerm Mianjiang River Water inlet Sedimentation area 1.5m deep Profundal zone 1.2m deep Aquatic plant belt 0.3m deep Aquatic plant belt 0.3m deep Normal waterlevel ±00.0Profundal zone 1.2m deep Aquatic plant belt 0.3m deep Shoal area 0.8m deep Water outlet Mianjiang River Mianjiang River。

发改委工作总结4篇发布时间：2017-05-20本文目录发改委工作总结市发改委工作总结县发改委上半年工作总结及下半年工作安排社区发改委年度工作总结XX年是实施“xx”规划的关键之年，又是党的十八大召开之年，也是保持经济平稳较快发展的重要一年，县发改委乘势而上，积极作为，坚持科学发展观，认真贯彻落实县委县政府提出的：以“富民强县”为主题，继续坚持主抓项目，强攻工业，决战三区不动摇，全力推进“四化”进程，努力开创建设生态、文明、幸福芦溪的崭新局面，以优异成绩迎接党的十八大胜利召开。

现将半年来工作情况报告一、上半年各项工作圆满完成（一）全县各项经济指标平稳增长1至6月份，地区生产总值预计完成47.25亿元，同比增长12.8%；其中:一产业3.9亿元，同比增长7.9%；二产业33.63亿元，同比增长16%；三产业9.72亿元，同比增长8%。

全社会固定资产投资46.2亿元，同比增长34.5%。

财政收入4.39亿元，同比增长20.92%;一般预算收入3.19亿元，同比增长21.77%。

农业总产值5.6亿元，同比增长7.9%；农民人均现金收入3859元，同比增长18.3%；社会消费品零售总额7.9亿元,同比增长20%。

规模以上企业产值65.11亿元，同比增长22.7%，实现利税额11.31亿元，同比增长14.9%。

（二）深入调研，把握发展思路和目标，做好规划编制1、认真编制了XX年国民经济和社会发展计划报告（草案），并经县四届人大二次会议审议通过；2、编制了芦溪县杜仲生物产业发展战略规划（纲要）（XX—2022年）；3、编制了萍乡电瓷工矿区项目规划，该规划分为独立工矿区居民搬迁安置、居民住宅及基础设施改造、矿山地质环境恢复治理、产业集聚区建设等工程方案，总投资40余亿元，已上报国家发改委进行统一规划；4、认真抓好了世界银行江西鄱阳湖生态经济区及流域城镇示范项目芦溪县项目的可研、环评、水土保持、社会移民安全评价等项目前期工作；5、组织编写了水电新农村电气化县建设、以电代燃料、银河镇安全饮水集中供水工程、生猪标准化建设等项目实施方案，并顺利通过了有关专家的评审论证6、组织评审了芦溪县人民医院整体搬迁初步设计；7、完成各申报项目规划编制。

2022-2023年咨询工程师之宏观经济政策与发展规划能力提升试卷B卷附答案单选题（共60题）1、“教育系统应在治理现代化、依法治教办学、加强法治教育上扎实推进”这一措施是在（）建设中实施的。

A.经济B.政治C.文化D.生态文明【答案】 B2、下列选项中，不属于行政单位国有资产管理原则的是（）。

A.资产管理与预算管理相结合B.资产管理与价值管理相结合C.实物管理与价值管理相结合D.资产管理与财务管理相结合【答案】 B3、在自然垄断行业规制政策中处核心地位的是（）。

A.协调规制B.进入规制C.价格规制D.竞争规制【答案】 B4、十四五规划提出，推动（）形成新格局，推动（）取得新突破，促进（）加快崛起，鼓励（）加快推进现代化。

A.东北振兴、中部地区、西部大开发、东部地区B.西部大开发、东北振兴、中部地区、东部地区C.中部地区、东北振兴、西部大开发、东部地区D.东部地区、中部地区、西部大开发、东北振兴【答案】 B5、（）是指汇率的长期走势不受政府管理的影响而由市场供求关系所决定的，但汇率的短期波动受到货币当局干预的影响。

A.固定汇率制度B.浮动汇率制度C.可调整的钉住汇率制度D.有管理的浮动汇率【答案】 D6、由于人们在各地区之间迁移、各种工作岗位变动而产生的失业属于( )。

A.摩擦性失业B.结构性失业C.周期性失业D.混合型失业【答案】 A7、按照产业发展的顺序，一般以（）为先。

A.主导产业B.支柱产业C.瓶颈产业D.幼稚产业【答案】 C8、中国特色社会主义事业战略布局是（）。

A.四个全面B.五位一体C.四位一体D.五个全面【答案】 A9、下列关于均衡价格的说法中，正确的是（）。

A.政府为了保证市场均衡，通过价格干预形成的价格成为均衡价格B.市场价格高于均衡价格，市场上出现超额需求，市场价格将趋于下降至均衡价格C.市场价格低于均衡价格，市场上出现超额供给，市场价格将趋于上升至均衡价格D.均衡价格是商品需求量与供给量相等时的价格【答案】 D10、十八届三中全会《决定》要求，全国深化改革必须更加注重改革的()A.战略性、导向性、政策性B.系统性、整体性、协同性C.综合性、系统性、完整性D.整体性、层次性、衔接性【答案】 B11、人权即人的基本权利，不包括人的（）。

世界银行贷款江西鄱阳湖生态经济区及流域城镇发展示范项目桥涵工程环保实施规程Environmental Codes of Practice江西财经大学鄱阳湖生态经济研究院北京华清丽水环保科技有限公司江西省科学环保工程技术开发中心二零一二年九月目录1 前言 (1)2 项目主要内容 (1)3 设计重点 (4)4 施工期环保实施规程 (4)4.1建设场地管理 (4)4.2地表水环境质量管理 (7)4.3风险防范措施 (7)4.4危险废物与易燃易爆品的管理措施 (8)5 营运期交通管理 (10)附件1施工现场环保检查表 (11)附图一项目地理位置图 (13)1 前言世界银行贷款江西鄱阳湖生态经济区及流域城镇发展示范项目是江西省根据国家城镇化发展战略与江西省鄱阳湖生态经济区及流域城镇化需求，以贷款项目为载体引进国际经验，推进生态保护与城镇建设协调发展，改善城乡基础设施，加快推进我省城乡一体化进程的示范项目。

本附件内容包括桥涵工程环境影响分析及相应的环保实施规程，在编制过程中我们参考了《江西省安全文明施工细则》、世行EHS及世行业务政策、世行项目安全保障文件等资料，与小型土建环保实施规程（见附件1）共同组成完整的桥涵工程环保实施规程。

地理位置见附图一。

2 项目主要内容本次参项县中涉及桥涵工程的主要建设内容见表1-1。

表1-1 桥涵工程项目主要建设内容一览表4 44 44 43 设计重点根据环保实施规程的一般要求，针对桥涵工程的特点，设计的各个阶段均应重点考虑如下设计要点：（1）桥位选择尽量不破坏河流的自然状态，不压缩河流，应选在当地取水口下游；（2）综合考虑线性的平、纵、横断面和排水系统，避免高填、深挖引起的水土流失。

（3）工程项目临时占地（施工生产区、施工营地、施工便道等）在施工图设计选线、选址阶段应充分考虑敏感点的避让，减少临时占地对周边居民点的影响影响，尽可能少占耕地，并减少对现有景观植被的破坏。

（4）在土石方设计方面，应优化土石方平衡，在设计中应避免深挖方，尽量做到挖方与填方平衡。

十多年前，江西提出建设鄱阳湖生态经济区的计划，旨在通过发展生态经济，推动当地经济的发展，同时保护鄱阳湖的生态环境。

如今这个计划是否烂尾了呢？让我们来了解一下鄱阳湖生态经济区的情况。

鄱阳湖是中国第一大淡水湖，是国家重要的生态保护区和重要的水资源供应地。

鄱阳湖生态经济区包括江西省南昌市、九江市、鹰潭市、上饶市、抚州市和吉安市的部分地区，总面积达到了 2.7万平方公里。

这个区域拥有丰富的自然资源和文化资源，是一个具有巨大发展潜力的地区。

鄱阳湖生态经济区的建设并没有像计划中那样顺利进行。

由于当地的不作为和不负责任，鄱阳湖的生态环境遭到了破坏。

水质恶化、湖泊萎缩、湿地消失等问题严重影响了当地的生态环境和经济发展。

由于缺乏有效的管理和规划，鄱阳湖生态经济区的发展缺乏方向和动力。

许多项目缺乏可持续性，只是为了一时的经济利益而建设，忽视了对环境的保护和对当地人民的利益的考虑。

尽管鄱阳湖生态经济区的建设遇到了很多困难和挑战，但是我们不能认为这个计划已经烂尾了。

事实上，当地已经开始采取措施，加强对鄱阳湖的保护和管理。

例如，南昌市已经出台了《南昌市鄱阳湖生态经济区发展规划》，明确了鄱阳湖生态经济区的发展方向和目标，提出了一系列具体的措施和政策，力求实现经济发展和生态保护的双赢。

当地也加强了对环保和生态建设的投入，推进了一系列重大项目和工程，如鄱阳湖生态保护和恢复工程、鄱阳湖水环境治理工程等，逐步改善了鄱阳湖的生态环境。

鄱阳湖生态经济区的建设虽然遇到了很多挑战和困难，但是我们不能认为这个计划已经烂尾了。

相反，当地已经开始采取措施，加强对鄱阳湖的保护和管理，推进了一系列重大项目和工程，逐步改善了鄱阳湖的生态环境。

未来，我们相信，鄱阳湖生态经济区将会成为一个具有巨大发展潜力的地区，为当地经济的发展和人民的幸福做出更大的贡献。