A field evaluation of rain garden flow and pollutant treatment
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豫园英语介绍作文Yu Garden, also known as Yuyuan Garden, is a famous classical garden locatedin the northeast of the old city of Shanghai, China. It is a well-preserved ancient Chinese garden that dates back to the Ming Dynasty, making it asignificant historical and cultural landmark in Shanghai. The garden covers an area of 2 hectares and is renowned for its exquisite layout, beautiful scenery, and architectural features that reflect traditional Chinese garden design. In this essay, I will provide a detailed introduction to Yu Garden, discuss its historical background, analyze different perspectives surrounding the topic, include case studies to illustrate key points, offer a critical evaluation of the garden, and conclude with future implications and recommendations related to this iconic attraction.Yu Garden was originally built in 1559 by Pan Yunduan, a government officer of the Ming Dynasty, as a private garden for his parents to enjoy their old age in peace. The construction of the garden took almost 20 years to complete, and it was named 'Yuyuan' which translates to 'Garden of Happiness' to express Pan Yunduan's filial piety and good wishes for his parents. Over the centuries, Yu Garden has undergone several renovations and restorations, but it has retained its original charm and cultural significance. Today, it stands as a testament to traditional Chinese gardening techniques and architectural styles, attracting millions of visitors from around the world.The historical background of Yu Garden is deeply rooted in the Ming Dynasty, a period known for its cultural and artistic achievements. The garden's design reflects the traditional Chinese philosophy of harmony between man and nature, with its intricate layout of pavilions, halls, rockeries, ponds, and cloisters creating a serene and picturesque environment. The architecture and landscaping of Yu Garden are characterized by their meticulous attention to detail, symbolism, and the use of natural elements to evoke a sense of tranquility and beauty.From a historical perspective, Yu Garden holds immense value as it provides insights into the lifestyle, artistic tastes, and horticultural practices of ancient Chinese society. It serves as a living museum of traditional Chinese garden design and offers a glimpse into the cultural heritage of the Ming Dynasty. The garden has also witnessed significant historical events and undergone periods of decline and restoration, making it a symbol of resilience and preservation of cultural heritage.In contemporary times, Yu Garden has become a popular tourist destination anda symbol of Shanghai's rich cultural heritage. It is often praised for its architectural beauty, historical significance, and the sense of tranquility it offers amidst the bustling urban landscape. However, there are also differing perspectives on the preservation and commercialization of Yu Garden. Some arguethat the influx of tourists and commercial activities in the vicinity have led to the commodification of the garden, detracting from its original purpose as a place of leisure and contemplation.Case studies of other historical sites and cultural landmarks around the world can provide valuable insights into the challenges and opportunities associatedwith preserving and promoting heritage sites. For example, the Great Wall of China has faced similar issues of over-tourism and commercialization, leading to concerns about its conservation and sustainability. By examining the strategies implemented at such sites, valuable lessons can be learned about balancing tourism, preservation, and community engagement at Yu Garden.A critical evaluation of Yu Garden reveals both its benefits and drawbacks in the context of contemporary society. On one hand, the garden serves as a valuable cultural and educational resource, offering visitors a window into China's rich history and traditional aesthetics. It also contributes to the local economy through tourism and cultural exchange. On the other hand, the commercializationand over-tourism of Yu Garden have raised concerns about its environmental impact, preservation of heritage, and the authenticity of the visitor experience.In conclusion, Yu Garden stands as a testament to China's rich cultural heritage and traditional garden design. Its historical significance, architectural beauty, and serene ambiance continue to captivate visitors from around the world. However, the challenges of preserving and promoting Yu Garden in the face of commercialization and over-tourism require careful consideration and strategic planning. Moving forward, it is essential to strike a balance between conservation, tourism, and community engagement to ensure the long-term sustainability and relevance of this iconic cultural landmark. By learning from the experiences of other heritage sites and embracing innovative approaches, Yu Garden can continueto thrive as a symbol of China's cultural legacy for generations to come.。
AAccessibility 可达性Accessible route 易达的路线advance notice 事先通知aerial photogrammetry 航空摄影测量aerobic digesters 需氧消化池aesthetic considerations 审美方面的考虑brick and concrete block walls 砖和混凝土砌块墙stone walls 石头墙wood and metal fences 木头和金属栅栏aesthetic controls 审美把握aggregate base 混合根底AIA 美国建筑师协会Anaerobic digesters 厌氧分解池APA 美国规划师协会arterial streets 主干道as-built records 施工记录ASLA 美国景观建筑师协会athletic facility 运动设施average walking distance 平均步行距离axioms 原理Bbackfill 回填backhoe 挖沟机bar charts 横道图barrier design 障碍设计beams 大梁bearing capacity 承载力benchmarks 水准点billing 帐簿biodiversity生物多样性bioengineering 生物工程biomass 生物量bioretention ponds 生物滞留池boardwalks 栈桥bonding company 担保公司bonuses 奖金boundary definition 边界确定boundary survey 边界测量brown fields 褐色土地bulldozers 推土机business development 商业开发business parks 商业园区Ccadastral survey 地籍测量camping 野营candlepower烛光度cantilevered wall 悬臂墙cascading waterfalls 瀑布叠水certificates of payment 付款证明书certifications of compliance 应允证明书cesspools 化粪池,污水坑,污水渗井,粪坑change orders 变更单changes, unauthorized 未经同意的变更channels, stormwater 雨水沟渠,槽,渠道circulation control 循环把握circulation patterns 环流模式clay lenses 粘土防渗层clay soil 粘土clean-up 清扫,清理,去除,提纯,净化clearing and grubbing 清理和除根client 业主climate zones 气候带closeout 竣工cluster treatment systems 集中式污水处理系统co-ordinates 坐标cold 寒带collected rainwater 收集起来的雨水collector streets 次干道colloidal soil 胶质土壤commercial center design 商业中心设计communication 电信community commercial 社区商业community facility standards 社区设施标准community parks and recreation planning data 社区公园和文娱体育规划资料community scale 社区尺度community standards 社区标准compaction 压实competition pools 竞赛用游泳池composting toilets 堆肥厕所conceptualization 概念化concrete crib wall 混凝土格笼墙cones of vision 视锥connected imperviousness 连续的非渗透地面conservation standards 保护标准constructed wetlands 人工湿地construction 施工brick and concrete block walls 砖和混凝土砌块墙stone walls 石头墙wood and metal fences 木头和金属栅栏construction document 施工文件construction layout 施工布局construction observation 施工监理construction permits 施工许可construction sequence 施工挨次construction survey 施工测量contingencies 临时费contingency allowance 临时津贴contract 合同responsibilities 责任types of 类型unauthorized changes 未经同意的变更contract documents 合同文件control points 把握点conveyance techniques, stormwater 雨水的输送技术corrective observation 校正性〔补救性,修正性〕检查〔监理〕corridors 廊道cost data 造价数据cost estimate components 造价估算内容equipment costs 设备费equipment crew costs 设备人工费general requirements costs 一般要求的费用labor cost 人工费location 位置,地点material 材料overtime加班费productivity 生产率project scale 工程规模quantity take-off methods 起点数量法cost estimating 造价估算cost plus 造价累计courtgames 场地运动court surface 运动场地地面CPM 关键路径法Critical Path Method. See CPM 关键路径法,见CPMCSI 施工标准原理culverts 涵洞,暗沟,管道cut operations 挖方工程Ddatum 数据decking 平台面,铺板decks 平台,甲板basic components 根本内容design requirements 设计要求estimating design load 估算设计荷载framing method 构造方法plank-and-beam framing 厚木板梁框架platform framing 平台框架material 材料hardware五金件wood 木料,木材site analysis 场地分析span tables 跨度表structural design 构造设计decks, function of 平台的功能deferred maintenance 延期修理〔维护〕demolition, general 整体破坏demolition ,selective 选择性破坏density 密度design development 设计扩初,设计深化design framework 设计框架design impacts 设计影响design quality 设计质量design speed 设计速度detailscale 细部尺度detentionponds 滞留池development开发industrial. See industrial development 工业,见工业开发residential. See residential development 居住,见居住开发development programming 开发打算development types, industrial and business 开发类型,工业和商业dimensional Criteria 标注标准dimensions 标注dimension of human figures 人体尺度direct labor 直接人工费disconnected imperviousness 不连续的非渗透地面disposal 处理,处置,排解,去除DL. See direct labor DL.见直接人工费drainage 排水,流域面积,排洪,排水系统drinking water 饮用水dry detention ponds 干滞池durability 耐久性EEames, Charles and Ray 查理·埃姆斯和雷earthwork 土方ecological impact 生态影响economic impact 经济影响edge habitat 边缘栖息地edge restraint 边缘限制electrical lines 电力线embodied energy 隐蔽能量endwalls 尾墙energy 能量embodied. See embodied energy 具体化的,见隐蔽能量,具体能量energy costs 能量造价environmental impact analysis 环境影响分析environmental impact statement (EIS) 环境影响报告书〔EIS〕scoping process 确定范围程序environmental modification 环境修复equipment costs 设备费equipment crew costs 设备人工费equivalents 相等物,等同物estimating 估算stormwater runoff 雨水径流[量]estimating water flows 估算水流量evaluation 评价evapotranspiration rate 土壤水分蒸发蒸腾损失总量速率exotic plant species 外来植物物种eye levels 视平线Ffabric reinforcement 纤维加固,织物加强件facilities planning data 设施规划数据feasibility planning 可行性规划federal regulations 联邦标准flood protection 防洪historic preservation 历史保存National Environmental Policy Act〔NEPA〕国家环境政策法案(NEPA) NPDES general permits NPDES 一般性许可Section 10 permit 第10 条许可Section 404 permit 第404 条许可fee 费用cost plus fixed 固定费用之和lump sum 总数,总合retainer 律师费fences and walls 栅栏和围墙fences, wood and metal 栅栏,木栅栏和金属栅栏components 组分,内容construction 施工aesthetic considerations 审美方面的考虑structural considerations 构造方面的考虑field orders 现场通知单field sports 田径运动field surfaces 田径运动场地面field surveys 现场测量fill operations 填方工程fill, general 一般性填方filter strips 滤器,滤池,过滤,滤水filtration 过滤filtration systems 过滤系统finish grading 设计标高flexible pavement 柔性地面铺装flood protection 防洪follow ups 连续footage 尺长footcandle 英尺烛光footing drains 基座处排水,立足点排水footings 立足点forward spatial bubblesfoundations 根底fragmentation 裂开Freeway or Distributor Systems 高速路或安排者系统French drains 法式排水friction coefficient 摩擦系数frostdepth 结冻深度,冰冻深度frost-thaw cycle 结冻-溶化周期functional requirement 功能要求Ggarden pool 花园游泳池general conditions 一般状况general contractor 总承包商general demolition 整体破坏general fill 总填方general requirements 一般要求general requirements costs 一般要求的费用general roadway standards 一般道路标准geodetic survey 测地学测量GIS 地理信息系统golf and driving ranges 高尔夫和高尔夫练习场grading 场地平坦granular soil 粒状土壤gravity wall 重力墙graywater 灰水greenfields 绿色用地,绿色土地ground covers 地被植物groundwater protection 地下水保护groundwater recharge 地下水补给groundwater resources 地下水资源,地下水储量growing season 生长期guarantees 抵押物Hhand level 手动水平仪handrailings 扶手hazardous plants 有毒植物headwalls 头墙heavy duty 重型的,责任重大的herbaceous plants 草本植物highway 高速大路historic preservation 历史保存horizontal alignment 平面设计hot arid 炎热枯燥hot humid 炎热潮湿hydrographic survey 水文测量hydrologic cycle 水文周期Iilluminance 亮度impervious surface ratio 不渗透地面比例industrial development 工业开发industrial parks 工业园区infiltration beds 渗透床infiltration ponds 渗透池infiltration wells 渗透井infiltration, stormwater 雨水渗透inspection 检查installation 安装Insurance Rate Maps (FIRMs) 保险赔偿比例地图interpretation 注释,解释invasive species 入侵物种irrigation 浇灌irrigation ponds 浇灌池塘irrigation systems 浇灌系统irrigation water, sources of 浇灌水水源Jjob meetings 工作会议joists 托梁Llabor costs 人工费lagoons 塘lamp characteristics 灯具的特点landscape assessment 景观评价Landscape Coefficient(KL) 景观系数〔KL〕landscape planning 景观规划landscape planning strategies 景观规划对策landscape plantings, calculating water 景观种植用水量的计算large-scale sites 大型场地layout and surveying 布局和测量layout methods 布局方法layoutplans 平面图,布局平面layoutrequirements 布局要求layoutsurvey 布局测量leaching fields沥滤场light depreciation 不猛烈的抗议light duty 轻型的lighting 照明atmosphere and character 气氛和特征orientation and identification 方位和识别safety and security 安全和治安limit-of-work line 工作期限local or minor streets 当地的或小街道local regulations 当地标准〔规定〕aesthetic controls 审美把握construction permits 施工许可planned unit development regulation 有规划的单元开发标准〔规定〕subdivision regulations 〔土地〕再细分标准〔规定〕zoning regulations 分区规划标准〔规定〕rezoning 再分区规划variances 变动lumen流明luminance 亮度lump sum fee 总费用lux 勒克司〔国际单位制的照明单位,即米烛光〕Lyle, John Tillman 约翰·蒂尔曼·莱尔Mmagnetic declination 磁力偏差maintenance and disposal 修理和处理maintenance period 修理期maneuvering patterns 运行方式map projections 地图投影map scale 制图比例markup 涨价master planning 总体规划MASTERFORMAT 雇主表格material costs 材料费material lifecycle cost estimates 材料生命周期造价估算material samples 材料样品material selection 材料选择measures of intensity 强度衡量residential development 居住开发retail commercial development 零售商业开发mechanics lien 机械扣押权release 让度证书medium duty 中型medium-scale sites 中型场地metes and bounds 界石和边界限metric ratio 公制比例mitigation strategies, stormwater 缓解措施,暴雨mobilization cost 流通费moisture content 湿度,含水量,水汽含量monolithic pavement 整体路面,整体铺装moonlighting 月光式照明movement criteria 移动标准multi-family housing 多户住宅municipal sewer systems 市政排水系统NNational Environmental Policy Act (NEPA) 国家环境政策法案,简称(NEPA) natural drainageways 自然排水道natural resources 自然资源needs assessment 需求评估negotiation 协议,协商,协商neighborhood commercial 邻里商业neighborhood scale 邻里尺度net positive suction head 净吸真空高度noxious plants 有毒植物NEneral permits 国家环境政策法案的一般许可Ooffice parks 办公园区OH. See overhead OH. 见常常性开支on-site treatment systems 分散式污水处理系统open space ratio 开敞空间比例orientation 超向,方位ornamental ponds 赏识性水池ornamental pools 赏识性水池overhead 常常性开支annual rate 年度比率overhead and profit 常常性开支和利润overruns, time 时间延误overtime 加班费overturning 翻腾,水的竖直循环现象owner 全部者Ppackage plants 丛生植物parking 停车场parking dimensions 停车场尺寸parking lot 停车场parking lots 停车场parking requirements 停车场要求patches 斑块path lighting 小径照明pathways 小径pavement 铺装,路面pavement, flexible 柔性铺装,柔性路面pavement, rigid 刚性铺装,刚性路面pavements 道路paver 铺路材料,铺路机,铺石人paving 铺装,铺路payment 酬劳;支付non-payment 无酬劳的requests 申请pedestrian standards 步行标准penalties 罚金,罚款percentage of construction 施工的百分比permitting processes 申请程序personnelallocation 人员配备photometric charts 光度表physical characteristics 物理特征picnicking 野餐piers 支墩,支柱,防洪堤pipes 管道place scale 场地尺度plan discrepancies 平面的不符之处plane survey 平面测量planned multiuse developments 有打算的综合开发planned unit development regulations 有打算的单元开发标准planning 规划development feasibility planning 开发的可行性规划landscape planning 景观规划master planning 总体规划plant hardiness 植物的抗寒性plant mortality 植物的死亡率planting 种植clean-up and final inspection 清理和检查ground covers 地被植物seeding and sodding 种草和铺草皮shrubs 灌木trees 乔木planting conditions 种植现状planting design 种植设计planting requirements 种植要求plants, hazardous 有害的植物plants, herbaceous 草本的植物plants, noxious 有毒的植物plants, salt tolerant 耐盐碱的植物,play surfaces 玩耍场地地面playgrounds 玩耍场地pointof beginning 起始点pondsystems 池塘系统claylenses 粘土防渗层depth 深度synthetic liners 合成材料垫层,合成材料衬里〔衬底〕pools 游泳池competition 竞赛用游泳池recreational 消遣用游泳池pools structure 游泳池构造depth 深度freeboard 干舷posts 柱potable water 饮用水Powersof Ten 十的力气precipitation 降雨,降水量precision 准确性;准确性prepared subgrade 素土夯实preventative observation 预防性监理pricing 报价material lifecycle cost estimates 材料生命周期造价估算overhead and profit 常常性开支和利润square meter cost estimates 平方米造价估算systems estimates 系统估算法unit price cost calculation 单位标价造价计算privacy 私密性private garden 私家花园product distribution 产品销售product packaging 产品包装productivity 生产率project budget 工程预算projectcloseout 工程竣工projectmeetings 工程会议projectobservation 工程检查projectrecords 工程登记project scale工程规模proprietary surfaces 地上有房产public garden 公共花园public plaza 公共广场pumps 水泵punch list 打孔登记表punch lists 打孔登记表Qquantity take-off methods 数量估算法Rramp slopes 坡道坡度ramps 坡道rates, standard billing 标准记帐率Rational Method 推理计算方法raw material 原材料re-use 再利用recharge trenches 〔地下水〕补给沟渠recreation standards 文娱体育标准recreational pools 消遣用游泳池recyclable materials 可循环使用的材料recycled water 循环水recycling 再循环使用〔的〕regional commercial 地区性商业regional considerations 地区性居住regional scale 区域尺度regulations, federal 联邦的标准〔规定〕regulations, local 地方的标准〔规定〕regulations, state 州的标准〔规定〕reimbursable expenses 可补偿费用reinforced embankments 加固的土堤,加固筑堤rejections 排斥,阻挡,抑制replacements 替代reservoir structures 水库构筑物,蓄水池,贮器residential development 居住开发residential standards 居住标准retail commercial development 零售商业开发appropriateness of a given site for 某个特定场地的适宜性retainer 律师费retaining structures 护土构造,阻挡构筑物types of 类型retaining walls 挡土墙retention ponds See wet detention ponds 滞留池,见调整池,贮水池rigid pavement 刚性路面rigid retaining walls 刚性挡土墙risk 风险roads 道路roadway design elements 道路设计要素roadway dimensions 道路尺寸rock removal 去除岩石roof garden 屋顶花园rough grading 粗略的场地平坦Route Survey A survey of existing or alignment of route survey 现状测量的线路测量或道路定线测量runoff coefficients, stormwater 雨水径流系数Ssafety and security 安全和保安salt tolerant plants 耐盐植物saltwater intrusion 咸水〔海水〕侵入sand filters 砂滤池,砂滤层scheduling 制定日程表schematic studies 方案争论Schueler’s Shortcut Method 许勒尔捷径法,斯库勒快捷方式scope of services 效劳范围scope of work 工作范围screening and circulation 屏障和组织交通SCS Runoff Curve Number Method 土地保护局水土保持局的径流曲线数值法seatwalls 坐椅式矮墙Section 10 Permit 第10 条许可Section 404 Permit 第404 条许可seeding 种草segmental and stack wall retaining systems 护土段墙和垒墙系统seismic conditions 地震状况selective demolition 选择性破坏sensory stimuli 感官刺激septic systems 净化系统settlement at the toe 在坡底建房sewer systems municipal 市政排水系统shadow calculations 投影计算sheet flow 地表水膜,水膜浅流,层流,片流shop drawing 产品安装图shrubs 灌木shut-downs 临时停工signage 标志silhouette lighting 轮廓照明single-family attached homes 独户式联排住宅single-family detached home 独户式独立住宅site clearing 场地清理site furnishings 场地美化site selection 场地选择sites,large-scale 大型的场地sliding 滑动,移动small scale sites 小型场地Small Storm Hydrology Method 小型暴雨水文法social impact 社会影响sodding 铺草皮soil characteristics 土壤特征soil pressure forces 土壤压力soil, colloidal 胶质土壤soil, granular 粒状土壤soil, weight of 土壤质量,土壤重量span tables 跨度表spatial scale 空间尺度Spatial Standards 空间标准specifications 说明书,具体要求spotlighting 射灯照明spouting fountains 喷射喷泉spray displays 喷射装置spread lighting 泛光灯照明sprinkler systems, conventional 传统的喷水系统drip system, low-volume 耗水量低的滴灌系统container plants 盆栽植物head selection and layout 喷头选择和布置precipitation rate 沉淀率,喷水速率squaremeter cost estimate 平方米造价估算squareunit 平方单位stability testes 稳定性检测stage-storage curvestairway 楼梯staking 定桩standard billing rates 标准记帐率state regulations 州标准state environmental policy acts (SEPAs) 州环境政策法案,简称(SEPAs) station offsets 源点偏移stockpiling 贮存storage, stormwater 雨水蓄积,暴雨蓄积storm sewers 雨水排水管stormwater management 雨水治理,暴雨治理stormwater peak discharge 雨水顶峰排放量stormwater runoff estimating 雨水径流估算stormwater storage 雨水蓄积structural considerations 构造方面的考虑brick and concrete block walls 砖和混凝土砌块墙stone walls 石头墙wood and metal fences 木头和金属栅栏subbase 根底,路基subdivision regulations 〔土地〕再细分标准subdrain 地下排水subgrade 地基subgrade conditions 地基现状substitutions 代用superelevation 超高surface 地面surface water 地表水surface water supplies 地表水供给surface 地面court 运动场地field 运动场play 玩耍场track 跑道surfacing 地面处理surfacing requirements 地面处理要求swales 凹地swimming 游泳swimming pools 游泳池systems estimates 系统估算Ttelecommunication lines 电信线路temperate 温存的,适度的tests 检测time delays 时间延误time of concentration 浓缩时间time over-runs 加班时间topographic survey 地形测量topsoil stripping 表土剥离tot lots 儿童玩耍场,幼儿玩耍场townscape 城市景观toxicity 毒性track and field 跑道和运动场track surface 跑道地面traverse 导线tread-riser ratios 踏步宽和踏步高的比值tree protection 树木保护tree-planting, techniques 植树技术trenching 挖沟UU.S. Customary Scale 美国惯用比例unauthorized changes 未经同意的变更uniformity 均匀,一律,全都性unit costs 单位造价unit pavement 单体铺装,单位路面unit price cost calculation 单位标价造价计算updating 最式的uplighting 向上照明urban streams 城市河流urban street 城市街道Vvegetation, existing 现状植被vehicular circulation systems 机动车交通系统vehicular standards 机动车标准verification 证明vertical alignment 纵断面Visual Criteria 视觉标准Wwalks 步行道路walls, brick and concrete block 砖和混凝土砌块墙aesthetic considerations 审美方面的考虑components 组成,内容construction 施工structural considerations 构造方面的考虑walls, stone 石头墙components 组成,内容construction 施工aesthetic considerations 审美的考虑structural considerations 审美方面的考虑waste resources 垃圾资源wastes 垃圾wastewater treatment 污水处理water demand 用水需求water feature 水景,水体特征considerations in use of 用途方面的考虑display pumps 喷灌泵evaporation 蒸发lighting 照明piping 管道pressure 水压recycled water 循环使用的水system requirements 系统要求water effects 水景效果Water Quality 水质water quality volume 水质容积waterresource protection 水源保护waterresource, demand on 水源需要waterresource 水源water supply 给水watershed 流域wearing course 面层,磨损过程wearing surface 正在磨损的外表weep hole 泄水孔wet detention ponds 湿滞留池wheel load 车轮轮压wildlife migration 野生生物迁徙wood deck 木质甲板〔平台〕working documents. See construction documents 工作文件,见施工文件WQV. See water quality volume WQV.见水质体积Zzoning regulations 分区规划规定rezoning 再分区规划variances 变动。
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景观设计类英语默认分类 2008-04-03 13:14 阅读193 评论0字号:大中小2.0101 街道广场绿地street And square green area2.0102 居住区绿地residential quarter green area2.0103 防护绿地green area for environmental protection2.0104 郊区绿地suburban green space2.0105 街坊绿地residential block green belt2.0106 附属绿地attached green space2.0107 生产绿地productive plantation area2.0108 苗圃nursery2.0109 风景landscape, scenery2.0110 自然景观natural landscape2.0111 人文景观human landscape, scenery of humanities2.0112 草原景观prairie landscape2.0113 山岳景观mountain landscape, alpine landscape2.0114 地理景观geographical landscape2.0115 湖泊景观lake view2.0116 郊区景观suburban landscape2.0117 地质景观geological landscape2.0118 喀斯特景观karst landscape2.0119 植物景观plants landscape, flora landscape02.2 园林史02.2.1 中国园林史2.0120 中国古典园林classical Chinese garden2.0121 中国传统园林traditional Chinese garden2.0122 中国古代园林ancient Chinese garden2.0123 中国山水园Chinese mountain And water garden2.0124 帝王宫苑imperial palace garden2.0125 皇家园林royal garden2.0126 私家园林private garden2.0127 江南园林garden on the Yangtze Delta02.2.2 西方园林史2.0128 西方古典园林western classical garden2.0129 英国式园林English style garden2.0130 中英混合式园林Anglo-Chinese style garden2.0131 意大利式园林Italian style garden2.0132 西班牙式园林Spanish style garden2.0133 法兰西式园林French style garden2.0134 勒诺特尔式园林Le Notre\'s style garden2.0135 文艺复兴庄园Renaissance style villa2.0136 洛可可式园林Rococo style garden2.0137 巴洛克式园林Baroque style garden2.0138 庄园manor, villa garden2.0139 廊柱园peristyle garden, patio2.0140 绿廊xystus2.0141 迷阵maze, labyrinth02.2.3 典型中西园林2.0142 灵囿Ling You Hunting Garden2.0143 灵沼Ling Zhao Water Garden2.0144 灵台Ling Tai Platform Garden2.0145 阿房宫E-Pang Palace2.0146 上林苑Shang-Lin Yuan2.0147 未央宫Wei-Yang Palace2.0148 洛阳宫Luoyang Palace2.0149 华清官Hua-Qing Palace2.0150 艮岳Gen Yue Imperial Garden2.0151 圆明园Yuan-Ming Yuan Imperial Garden2.0152 颐和园Yi-He Yuan Imperial Garden,Summer Palace2.0153 承德避暑山庄Chengde Imperial Summer Resort2.0154 苏州园林Suzhou traditional garden2.0155 悬园Hanging Garden2.0156 英国皇家植物园Royal Botanical Garden, Kew garden2.0157 凡尔赛宫苑Versailles Palace Park2.0158 枫丹白露宫园Fontainebleau Palace Garden02.3 园林艺术2.0159 景view, scenery, feature2.0160 远景distant view2.0161 近景nearby view2.0162 障景obstructive scenery, blocking view2.0163 借景borrowed scenery, view borrowing2.0164 对景opposite scenery, view in opposite place2.0165 缩景miniature scenery, abbreviated scenery2.0166 漏景leaking through scenery2.0167 框景enframed scenery2.0168 尾景terminal feature2.0169 主景main feature2.0170 副景secondary feature2.0171 配景objective view2.0172 夹景vista line, vista2.0173 前景front view2.0174 背景background2.0175 景序order of sceneries2.0176 景点feature spot, view spot2.0177 仰视景观upward landscape2.0178 俯视景观downward landscape2.0179 季相景观seasonal phenomena2.0180 气象景观meteorological diversity scenery2.0181 视野visual field2.0182 秋色fall color, autumn color2.0183 园林空间garden space2.0184 开敞空间wide open space, wide space2.0185 封闭空间enclosure space2.0186 意境artistic conception, poetic imagery2.0187 苍古antiquity2.0188 空灵spaciousness, airiness2.0189 动观in-motion viewing2.0190 静观in-position viewing2.0191 视错觉visual illusion2.0192 园林艺术布局artistic layout of garden2.0193 对称平衡symmetrical balance2.0194 不对称平衡asymmetrical balance2.0195 左右对称bilateral symmetry2.0196 辐射对称radial symmetry2.0197 透景线perspective line2.0198 轴线axis, axial line2.0199 主轴main axis2.0200 副轴auxiliary axis2.0201 暗轴hidden axis, invisible axis2.0202 树冠线skyline2.0203 园林色彩艺术art of garden colors2.0204 单色谐调monochromatic harmony2.0205 复色谐调compound chromatic harmony2.0206 对比色突出contrast colors accent2.0207 近似色谐调approximate colors harmony2.0208 暖色warm color2.0209 冷色cool color2.0210 色感color sense2.0211 城市绿地系统规划urban green space system planning2.0212 绿地系统green space system2.0213 公共绿地定额public green space quota2.0214 公共绿地指标public green space norm2.0215 绿地布局green space layout2.0216 吸引圈attractive circle2.0217 吸引距离attractive distance2.0218 有效半径effective radius2.0219 绿地资源green space resource2.0220 绿地效果green space effect2.0221 绿地规划程序planning procedure of the green space2.0222 空间规划space planning2.0223 形象规划image plan2.0224 实施规划implementary plan2.0225 必要生活空间necessary living space2.0226 余暇生活空间leisure time living space2.0227 利用频度usage frequency2.0228 树种规划planning of trees And shrubs2.0229 绿地类型type of green space2.0230 环状绿型annular green space2.0231 块状绿地green plot2.0232 点状绿地green spot2.0233 放射状绿地radiate green space2.0234 楔状绿地wedge-shaped green space2.0235 缓冲绿地buffer green space2.0236 防音绿地noiseproof green space2.0237 科学景观论scientific landscape theory2.0238 园林保留地reserve garden2.0239 公园规划park planning2.0240 园林总体规划garden master planning2.0241 总平面规划site planning2.0242 园林分区garden zoning2.0243 安静休息区tranquil rest area2.0244 儿童活动区children playing space2.0245 儿童游戏场children playground, playlot2.0246 体育运动区sports activities area2.0247 野餐区picnic place2.0248 散步区pedestrian space2.0249 群众集会区mass meeting square2.0250 观赏植物区ornamental plants area2.0251 观赏温室区display greenhouse area, display conservatory area2.0252 草坪区lawn space2.0253 绿荫区shade tree section2.0254 历史古迹区historical relics area2.0255 青少年活动区youngsters activities area2.0256 诱鸟区bird sanctuary area2.0257 钓鱼区fishing center2.0258 野营区camp site2.0259 游人中心visitors center2.0260 服务中心service center2.0261 探险游乐场adventure ground2.0262 文化活动区cultural activities area2.0263 道路系统approach system, road system2.0264 环形道路系统circular road system2.0265 方格形道路系统latticed road system2.0266 放射形道路系统radiate road system2.0267 自然式道路系统informal road system2.0268 规整式道路系统formal road system2.0269 混合式道路系统mixed style road system2.0270 园林规划图garden planning map2.0271 园林规划说明书garden planning direction2.0272 城市公园系统urban park system2.0273 公园分布distribution of parks2.0274 公园类型park type, park category2.0275 公园间距distance between parks2.0276 公园形式park styles2.0277 游览区excursion area, open-to-public area2.0278 非游览区no-admittance area2.0279 办公区administrative area2.0280 服务区service center2.0281 动休息区dynamic rest space2.0282 静休息区static rest space2.0283 娱乐演出区entertaining performance place2.0284 主要入口main entrance2.0285 次要入口secondary entrance2.0286 人流量visitors flowrate2.0287 车流量vehicle flowrate2.0288 公园道路park road2.0289 公园水陆面积比率land-water ratio2.0290 游人容纳量visitors capacity2.0291 风景资源调查landscape resource evaluation2.0292 风景学scenicology2.0293 风景规划landscape plan2.0294 风景设计landscape design2.0295 游览路线touring route2.0296 旅游资源tourism resource2.0297 旅游地理tourism geography2.0298 旅游地质tourism geology2.0299 历史名城famous historical city2.0300 文化名城famous cultural city2.0301 文化遗址ancient cultural relic2.0302 天然博物馆natural open museum2.0303 风景地貌natural geomorphology2.0304 造型地貌imaginative geomorphologic figuration2.0305 风景区scenic spot, scenic area2.0306 风景名胜famous scenery, famous scenic site2.0307 特异景观风景区specific natural scenes area2.0308 民族风俗风景区scenic spot of minority customs2.0309 高山风景区alpine scenic spot2.0310 海滨风景区seabeach scenic spot2.0311 森林风景区forest scenic spot2.0312 高山草甸风景区alpine tundra landscape spot2.0313 峡谷风景区valley scenic spot2.0314 江河风景区river landscape district2.0315 湖泊风景区lake round scenic spot2.0316 温泉风景区hot spring scenic spot2.0317 瀑布风景区waterfall scenic spot2.0318 禁伐禁猎区region forbidden to tree cutting And hunting2.0319 封山育林区region closed for afforestation2.0320 天池风景区crater lake scenic spot2.0321 自然保护区nature protection area2.0322 科学保护区protection area for scientific research2.0323 天然纪念物natural monument2.0324 生物圈保护区biosphere protection area02.5 园林设计2.0325 园林设计师landscape architect, garden designer2.0326 园址测量图garden site survey map2.0327 地形图topographic map, contour map2.0328 种植设计planting design2.0329 地形改造设计topographical reform design2.0330 种植大样图detail planting design2.0331 造价分析cost analysis2.0332 园林形式garden style2.0333 规整式园林formal garden style2.0334 非规整园林informal garden style2.0335 几何式园林geometric garden style2.0336 自然式园林natural garden style2.0337 混合式园林mixed garden style2.0338 近代巴洛克式园林modern Baroque style2.0339 马克斯抽象园林R.B. Marx abstract garden2.0340 园林区划garden area division2.0341 园林分区规划garden block planning2.0342 庭院花园courtyard garden2.0343 前庭front yard, forecourt2.0344 后庭back yard, rear yard2.0345 中庭patio2.0346 厨园kitchen yard2.0347 沉[床]园sunken garden2.0348 窗园window garden2.0349 墙园wall garden2.0350 宅园home garden2.0351 台地园terrace garden2.0352 冬园winter garden2.0353 切花园cut flower garden2.0354 屋顶花园roof garden2.0355 后花园back yard garden2.0356 园林地形改造topographical reform of garden2.0357 土山earth piled hill, artificial mound2.0358 假山rockery, artificial rockwork2.0359 太湖石Taihu Lake stone, water modelled stone2.0360 黄石yellowish brown stone2.0361 人造假山石artificial stone, man-made stone2.0362 孤赏石monolith, standing stone2.0363 掇山piled stone hill, hill making2.0364 叠石stones laying2.0365 板石flag stone2.0366 散点石scattered stone2.0367 抱角石corner stone2.0368 屋基石foundation stone2.0369 排衙石guard stone2.0370 屏石screen stone2.0371 石岸rock bank2.0372 石阶stone steps2.0373 汀步stepping stone on water surface2.0374 附壁石stone appended to wall2.0375 石花台stone flower bed2.0376 石凳stone bench2.0377 假山石挡土墙rock retaining wall2.0378 干砌石dry stone wall2.0379 假山石楼梯rock stairway2.0380 石亭stone pavilion2.0381 石洞stone cavern2.0382 石窟grotto2.0383 置石stone arrangement, stone layout2.0384 拱石arch stone2.0385 拱顶石key stone2.0386 园林水景water scenes of garden2.0387 水体water body2.0388 水面water surface2.0389 水池pool2.0390 水塘pond2.0391 喷泉fountain2.0392 喷水池fountain pool2.0393 涉水池wading pool2.0394 倒影池mirror pool, reflecting pool2.0395 睡莲池water-lily pool2.0396 喷水管布置piping schema2.0397 钓鱼塘fishing pond2.0398 高水位池塘high water table pond2.0399 池边坐人矮墙seat wall surrounded pool2.0400 隐头喷泉secret fountain2.0401 岛园Island garden2.0402 半岛园peninsula garden2.0403 小岛isle2.0404 瀑布waterfall2.0405 小瀑布cascade2.0406 湖lake2.0407 矶rock projecting over water2.0408 水帘洞water curtain cave2.0409 园桥garden bridge2.0410 拱桥arch bridge2.0411 石板桥stone slab bridge2.0412 木板桥plank bridge2.0413 圆木桥log bridge2.0414 亭桥pavilion bridge2.0415 曲桥zigzag bridge2.0416 壁泉wall fountain2.0417 饮水喷头drinking fountain2.0418 植物配植plant arrangement2.0419 树木配植arrangement of trees And shrubs2.0420 群植group planting, mass planting2.0421 孤植specimen planting, isolated planting2.0422 丛植clump planting2.0423 组植group planting2.0424 林植forest planting2.0425 列植linear planting2.0426 对植opposite planting, coupled planting2.0427 环植circular planting2.0428 带植belt planting2.0429 散植scattered planting, loose planting2.0430 边缘种植edge planting2.0431 边界种植boundary planting2.0432 整形种植architectural planting2.0433 基础种植foundation planting2.0434 角隅种植corner planting2.0435 景框种植planting as enframent2.0436 门卫种植guard planting2.0437 篱恒种植fence planting2.0438 障景种植screen planting2.0439 背景种植background planting2.0440 林下种植underwood planting2.0441 路边种植roadside planting2.0442 绿篱hedge2.0443 树墙espalier2.0444 庭荫树shade tree2.0445 园景树specimen tree2.0446 风景林amenity forest, ornamental forest2.0447 行道树avenue tree, street tree2.0448 纪念林memorial forest2.0449 整型树topiary tree2.0450 花篱flower hedge\'2.0451 刺篱thorny plants hedge2.0452 常绿绿篱evergreen hedge2.0453 落叶绿篱deciduous hedge2.0454 高篱high hedge2.0455 沟中边篱hah-hah fence2.0456 图案矮篱pattern dwarf hedge2.0457 迷宫绿篱labyrinth hedge2.0458 整剪绿篱clipped hedge2.0459 自然式花篱natural flowering hedge2.0460 边篱boundary fence2.0461 园篱garden fence, garden hedge2.0462 纯林pure forest2.0463 混交林mixed forest2.0464 林间隙地open space in woodland2.0465 杂木林spinney2.0466 树冠覆盖面tree canopy2.0467 草坪lawn2.0468 整形草坪formal lawn2.0469 开花草坪flowering lawn2.0470 牧场草坪meadowy land2.0471 花坛flower bed2.0472 路边花坛roadside flower bed2.0473 带状花坛ribbon flower bed2.0474 时钟花坛flower clock2.0475 盆栽花坛potted flower bed, basined flower bed2.0476 高设花台raised flower bed2.0477 毛毡花坛carpet bed2.0478 镶嵌花坛mosaic bed2.0479 铺石花坛paved bed2.0480 灌木花坛shrub bed2.0481 图案花坛群parterre2.0482 草药花坛herbaceous flower bed2.0483 花结花坛knot bed2.0484 整形花坛formal flower bed2.0485 花境flower border2.0486 花桶flower tub2.0487 植树箱planting box2.0488 活动花坛movable flower bed2.0489 瓶饰garden vase2.0490 灌木花境shrub border2.0491 混合花境mixed border2.0492 园林道路设计garden road design, garden path design2.0493 漫步路trail, footway2.0494 小径alley, path2.0495 川草坪岛lawn island2.0496 安全岛traffic island, refuge island2.0497 转弯曲度turning curvature2.0498 转弯半径turning radius2.0499 踏面landing pitch2.0500 步石stepping stone2.0501 涉水踏步wading step2.0502 错铺路crazy paving path2.0503 随意组合方石板路flag stone path paved at random2.0504 花纹路pattern path2.0505 林荫路mall2.0506 林荫大道boulevard2.0507 花园路parkway2.0508 林间小道path in woodland2.0509 种植池planting bed2.0510 树池保护格栅tree grate2.0511 树干保护套栏tree guard2.0512 树池坐凳矮墙seatwall-surrounded planting2.0513 路面线纹score line2.0514 传统园林建筑traditional garden building2.0515 凉亭summer shelter2.0516 活树亭arbor, tent arbor2.0517 蘑菇亭mushroom pavilion2.0518 茅亭thatched pavilion2.0519 竹亭bamboo pavilion2.0520茶亭tea booth, tea kiosk2.0521回廊cloister2.0522 水廊corridor on water2.0523 曲廊zigzag veranda2.0524 扒山廊sloping gallery2.0525 楼廊two-storied gallery2.0526 画舫painted pleasure boat2.0527 石舫stone boat2.0528 不击舟immovable pleasure boat2.0529 诗条石poem-engraved stone slab2.0530 月洞门moon gate2.0531 扶手栏杆handrail2.0532 坐凳栏杆seat rail2.0533 石碑stone tablet, stele2.0534 园林露天剧场open garden theater2.0535 园林露天舞池open garden dancing place2.0536 露天音乐台outdoor music stand2.0537 眺望台prospect deck2.0538 繁殖温室plant propagation greenhouse2.0539 展览温室public conservatory2.0540 月池new-moon pool2.0541 园林小品small garden ornaments2.0542 磁砖壁画painted tile mural tablet2.0543 园椅garden chair, garden seat2.0544 园凳garden bench2.0545 园桌garden table2.0546 园灯garden lamp2.0547 曰规sundial2.0548 鸟浴bird bath2.0549 鸟舍bird cottage, nestle box2.0550 鸟笼bird cage, bird coop2.0551 悬篮hanging basket2.0552 野鸟喂食器bird feeder2.0553 额匾horizontal inscribed board2.0554 楹联couplet written on scroll, couplet on pillar2.0555 引露天烤炉open barbecue2.0556 树棚living-tree pergola2.0557 花架pergola2.0558 花格架trellis, treillage2.0559 点景牌楼naming pailou, decorated archway 2.0560 园林施工garden layout, garden construction2.0561 种植工程planting engineering2.0562 大树移植big tree transplanting2.0563 裸根移植bare root transplanting2.0564 土球移植ball transplanting2.0565 沟植trench planting2.0566 假植heeling in, temporary planting2.0567 播种草坪seeding lawn2.0568 铺草皮块草坪sodding lawn2.0569 假山工程rockery engineering2.0570 掇山五法five methods\" of rock piling2.0571 等分平衡法method of making the rock equa-tional Andbalanced2.0572 前轻后重法method of making the front part of rock lighterthan the back part2.0573 上轻下重法method of lowering the center ofgravity of rocks2.0574 纹理统一法method of unifying the rock veins2.0575 石料统一法method of unifying the rock mate-rials2.0576 观赏树木ornamental tree And shrub2.0577 观叶植物foliage plant2.0578 观果植物fruit-effect plant2.0579 观枝干植物plants with ornamental trunks And branches2.0580 指示植物indicating plant2.0581 主景植物accent plant2.0582 耐湿植物damp tolerant plant2.0583 抗风植物wind-resistant plant2.0584 耐盐碱植物saline-alkali tolerant plant2.0585 市花city flower2.0586 市树city tree2.0587 国花national flower2.0588 国树national tree2.0589 芳香植物fragrant plant2.0590 抗污染植物pollution resistant plant2.0591 环保植物environment protecting plant2.0592 高山植物alpine plant2.0593 岩生植物rock plant2.0594 攀缘植物climbing plant, climber2.0595 地被植物ground cover plant2.0596 阴生植物shade plant2.0597 装饰植物decorative plant2.0598 装缘植物edging plant2.0599 绿蓠植物hedge plant2.0600 草坪植物lawn plant, lawn grass2.0601 花坛植物bedding plant2.0602 球根植物bulbous plant2.0603 宿根植物perennial plant, perennial2.0604 水生植物aquatic plant, hydrophyte2.0605 旱生植物xerophyte2.0606 沼泽植物bog plant, swamp plant2.0607 室内装饰植物indoor decorative plant, house plant2.0608 切花cut flower2.0609 垂枝植物pendulous plant, weeping plant2.0610 缠绕植物twiner, twinning plant2.0611 针叶植物needle-leaved plant2.0612 阔叶植物broad-leaved plant2.0613 斑叶植物variegate-leaved plant2.0614 松柏植物conifer2.0615 常绿植物evergreen plant2.0616 半常绿植物semi-evergreen plant2.0617 不耐寒植物tender plant2.0618 半耐寒植物half-hardy plant2.0619 耐寒植物hardy plant2.0620 耐旱植物drought enduring plant2.0621 山石材料stone material2.0622 昆山石Kunshan stone2.0623 钟乳石stalactite2.0624 灵壁石Lingbi stone2.0625 英德石Yingde stone2.0626青石Qing stone2.0627 宣石Xuan stone2.0628 房山石Fangshan stone2.0629 观赏动物ornamental animal2.0630 观赏鸟类ornamental bird2.0631 观赏兽类ornamental beast2.0632 观赏昆虫类ornamental insect02.8 园林机具设备2.0633 园林机械garden machine2.0634 园林工具garden instrument, garden implement2.0635 园林设备garden equipment2.0636 花坛分界隔板plastic bed divider2.0637 种植容器planting container2.0638 圆木桩log peg2.0639 喷射装置jet bubbler2.0640 滴灌trickle irrigator, drip irrigator2.0641 环动喷灌器circle sprinkler2.0642 圆筒喷灌器rotor sprinkler2.0643 自控器automatic controller2.0644 管端喷灌器hose end sprinkler2.0645 固定喷灌器stationary sprinkler2.0646 喷雾喷灌器mist sprinkler, spray head sprinkler2.0647 喷灌覆盖面sprinkler coverage2.0648 草坪加肥器lawn feeder2.0649 施肥喷灌器combined feeder And sprinkler2.0650 液肥混合调配器liquid fertilizer mixer-proportioner2.0651 滴水喷头emitter, dripper2.0652 水土保持塑料网erosion control plastic net2.0653苗木包装材料nursery stock package material2.0654 麻布袋burlap bag2.0655 铁丝篮wire basket2.0656 篮状种植器basket container2.0657 塑料苗木桶plastic nurserican2.0658 播种盘seed tray2.0659 网孔盆mesh pot2.0660 含肥泥炭盆fertile peat pot2.0661 盆栽机potting machine2.0662 换盆机repotting machine2.0663 再生纸种植器reclaimed paper container2.0664 纤维育苗器wood fiber plant grower2.0665 泥炭压制播种饼peat seeding pellet, peat seeding starter2.0666 松土除草机cultivator2.0667 旋转锄rotary hoe2.0668 切叶机foliage cutter2.0669 翻地犁uncovering plough2.0670 盖土机mounted spreader2.0671 前悬装土机front mounted loader2.0672 后缀装土机rear mounted loader2.0673 旋轴剪草机spindle mower2.0674 栽植机planting machine2.0675 植物覆盖plant mulching2.0676 覆盖物分散机mulch spreader2.0677 种子液肥喷洒机hydro seeder2.0678 修枝剪pruning shear2.0679 播种器garden seeder2.0680 球根种植器bulb planter2.0681 土壤酸度探测器pH-value computer2.0682 巴效分析器fertilizer analyzer2.0683 嫁接刀grafting knife2.0684 温室设备greenhouse equipment2.0685 盆栽灌水系统pot watering system2.0686 温室气候控制器greenhouse climate controller2.0687 温室覆盖greenhouse covering2.0688 喷雾自控系统automatic mist control system2.0689 二氧化碳发生器C02 generator2.0690 温度报警钟temperature alarm2.0691 游览车park sightseeing bus2.0692 引剪草机lawn mower2.0693 动力剪草机power lawnmower2.0694 畜力剪草机horse lawnmower2.0695 手推剪草机hand lawnmower2.0696 游人调查visitors investigation2.0697 游人统计visitors statistics2.0698 游人分析garden visitors analysis2.0699 游人管理visitors management2.0700 导游图tourist map2.0701 导游解说tour deion And direction2.0702 劳动管理labour management2.0703 物资管理material handling, goods handling2.0704 设备管理equipment management, facility management2.0705 财务管理financial management2.0706 安全管理safety management2.0707 环境监测environmental monitor2.0708 植物养护管理plant maintenance And management2.0709 园林技术管理garden technical management2.0710 质量管理quality management2.0711 园貌维修garden feature maintenance2.0712 植物整形修剪plant trimming And pruning2.0713 植物病虫防治disease And insect control2.0714 园林管理规划management plan2.0715 游人意见处理treatment of visitors opinions2.0716 游人规则visitors regulation2.0717 园内交通管理traffic control in park2.0718 园外交通管理traffic control out of park entrance2.0719 汽车停车规则parking rules2.0720 自行车停放规则bicycle parking rules2.0721 开放时间opening time2.0722 曰常清洁卫生管理daily sanitation And hygiene management2.0723 人类生态环境human ecological environment2.0724 自然系统natural system2.0725 自然资源natural resource2.0726 自然保护conservation of nature2.0727 自然保存natural preservation2.0728 环境保护environmental protection2.0729 环境容量environment capacity2.0730 环境适宜性environment fitness2.0731 环境空气质量标准ambient air quality2.0732 共生symbiosis2.0733 互惠共生mutualism2.0734 公害public nuisance2.0735 生态绝灭ecological extinction2.0736 生态系统ecosystem2.0737 生态圈ecosphere2.0738 生态灾难ecological disaster2.0739 环境质量environmental quality2.0740 环境压力environment stress2.0741 生命维持系统life-support system2.0742 反馈系统feedback system2.0743 自养生物autotroph2.0744 异养生物heterotroph2.0745 食物链foodchain2.0746 生物圈biosphere2.0747 濒危植物endangered plant, threatened plant2.0748 主体群落major community2.0749 人工群落artificial community2.0750 绿色革命green revolution2.0751 户外娱乐资源outdoor recreation resource 2.0752 原始环境系统wilderness environment system 2.0753 近代环境系统modern environment system2.0754 乡村生活模式country life-pattern2.0755 烟害smoke pollution, fume pollution2.0756 雾害fog pollution2.0757 霜害frost injury2.0758 水污染water pollution2.0759 土壤污染soil pollution, soil contamination2.0760 园林小气候garden microclimate2.0761 环境保护植物environmental conservation plant2.0762 引气候调节climatic regulation2.0763 自动调节机能homeostasis2.0764 生态平衡ecological homeostasis2.0765 森林生态系统forest ecosystem2.0766 草原生态系统prairie ecosystem2.0767 滞尘植物dust holding plant。
主入口大门/岗亭main entrance gate/guard house (for vehicle & pedestrian)次入口/岗亭2nd entrance gate/guard house (for vehicle & pedestrian)商业中心入口entrance to shopping ctr.水景water feature小型露天剧场mini amphi-theatre迎宾景观welcoming feature观景木台timber deck (viewing)竹园bamboo garden漫步广场walkway plaza露天咖啡廊out door café巨大迎宾水景-2 grand welcoming feature -2 木桥timber bridge洞穴grotto吊桥hanging bridge休憩台地(低处) lounging terrace(lower)休憩台地(高处) lounging terrace(upper)特色踏步feature stepping stone野趣小溪river wild儿童乐园children's playground旱冰道slide羽毛球场badminton court旱景dry landscape日艺园Japanese garden旱喷泉dry fountain 观景台viewing deck游泳池swimming pool极可意Jacuzzi嬉水池wading pool儿童泳池children's pool蜿蜒水墙winding wall石景雕塑rock sculpture中心广场central plaza健身广场exercise plaza桥bridge交流广场meditating plaza趣味树阵tree battle formation停车场parking area特色花架trellis雕塑小道sculpture trail(高尔夫)轻击区putting green高尔夫球会所golf clubhouse每栋建筑入口entrance paving to unit篮球场basketball court网球场tennis court阶梯坐台 terracing seatwall广场main plaza森林forest garden石景园 rockery garden旱溪dry stream凉亭Pavilion户外淋浴 outdoor shower拉膜结构 tensile structure台阶stair高尔夫球车停车场parking(golfcar)健身站 exercise station晨跑小路 jogging footpath车道/人行driveway/sidewalk人行漫步道promenade瀑布及跳舞喷泉(入口广场)water fall anddancing fountain (entry plaza)特色入口entry feature石景广场rockery plaza园林学Landscapearchitecture gardenarchitecture造园学Garden making,landscape gardening环境园艺学Environmentalhorticulture观赏园艺学Ornamentalhorticulture园林艺术garden art园林美学Garden aesthetics园林建筑学Garden architecture园林建筑Garden building园林工程Garden engineering园林植物Landscape plant观赏植物Ornamental plant盆景Miniature landscape,penjing园林Garden and park园林学史History Of garden architecture园林规划Garden planning,landscapingplanning园林设计Garden design园林机具设备Gardening machine园林管理Garden management园林生态Landscape ecology绿化greening,planting环境绿化Environmental greening绿地面积Green area绿地率Ratio Of green space城市绿化覆盖率Urban Green coverage工厂绿化Factory greening,factorygarden-ing街道绿化Street greening,street planting车行道绿化Driveway greening分车带绿化Dividing Stripe greening人行道绿化Sidewalk greening群众绿化Mass Planting movement郊区绿化Suburban greening公路绿化Highway greening铁路绿化Railway greening,railway planting 堤岸种植Bank planting阳台绿化Balcony greening窗台绿化window-sill greening屋顶绿化Roof greening垂直绿化Vertical greening攀缘绿化Climber greening桥头绿化Bridgehead greening花园garden专类花园Specified flower garden花园村Garden village园林城市Landscape garden city蔷薇园Rose garden松柏园Conifer garden球根园Bulb garden宿根园Perennial garden假山园Rock garden,Chinese rockery 狩猎场Hunting ground街心花园Street crossing center garden 小游园Petty Street garden水景园Water garden铺地园Paved garden野趣园Wild plants botanical garden 野生植物园Wild plants garden乡趣园Rustic garden盆景园Penjing garden,miniatureland-scape动物园zoo,zoological garden墓园Cemetery garden沼泽园Bog and marsh garden水生植物园Aquatic plants garden学校园School garden室内花园Indoor garden芳香花园Fragrant garden盲人花园Garden for the blind公园park,Public park城市公园City park,urban park区公园Regional park儿童公园Children park体育公园Sports park森林公园Forest park纪念公园Memorial park烈士纪念公园Martyr memorial park综合公园Comprehensive park文化公园Cultural park文化休憩公园Cultural and recreationpark中央公园Central park天然公园Natural park海滨公园Seasidepark,seabeach park古迹公园Historic sitepark河滨公园Riverside park湖滨公园Lakeside park路边公园Roadsidepark,street park娱乐公园Amusementpark雕塑公园Sculpture park休憩公园Recreation park疗养公园Sanatoriumpark国家公园National park邻里公园Neighborhoodpark特种公园Special park植物园Botanicalgarden植物公园abeled plantspark高山植物园alpine garden热带植物园tropical plantsgarden药用植物园medicalplants garden,herb garden绿地green space公共绿地Public green space单位绿地Unit green area城市绿地Urban green space街道广场绿地Street and square green area居住区绿地Residential quarter green area防护绿地Green area for environmentalprotection郊区绿地Suburban green space街坊绿地Residential block green belt附属绿地Attached green space生产绿地Productive plantation area苗圃nursery风景landscape,scenery自然景观Natural landscape人文景观Human landscape,scenery ofhumanities草原景观Prairie landscape山岳景观Mountain landscape,alpinelandscape地理景观Geographical landscape湖泊景观Lake view郊区景观Suburban landscape地质景观Geological landscape喀斯特景观Karst landscape植物景观Plants landscape,flora landscape中国古典园林Classical Chinese garden中国传统园林Traditional Chinese garden 中国古代园林Ancient Chinese garden中国山水园Chinese mountain and water garden帝王宫苑Imperial palace garden皇家园林Royal garden私家园林Private garden江南园林Garden on the Yangtze Delta 西方古典园林Western classical garden英国式园林English style garden中英混合式园林Anglo-Chinese style garden 意大利式园林Italian style garden西班牙式园林Spanish style garden法兰西式园林French style garden勒诺特尔式园林Le-Notre's style garden文艺复兴庄园Renaissance style villa洛可可式园林Rococo style garden园林专业词汇2巴洛克式园林Baroque style garden庄园manor,villa garden廊柱园Peristyle garden,patio绿廊xystus迷阵maze,labyrinth 灵囿Ling You Hunting Garden灵沼Ling Zhao Water Garden灵台Ling Tai Platform Garden阿房宫E-Pang Palace上林苑Shang-Lin Yuan未央宫Wei-Yang Palace洛阳宫Luoyang Palace华清官Hua-Qing Palace艮岳Gen Yue Imperial Garden圆明园Yuan-Ming Yuan Imperial Garden颐和园Yi-He Yuan ImperialGarden,Summer Palace承德避暑山庄Chengde Imperial SummerResort苏州园林Suzhou traditional garden悬园Hanging Garden英国皇家植物园Royal Botanical Garden,Kew garden凡尔赛宫苑Versailles Palace Park枫丹白露宫园Fontainebleau PalaceGarden 景view,scenery,feature远景Distant view近景Nearby view障景Obstructive scenery,blocking view借景Borrowed scenery,view borrowing对景Opposite scenery,viewin opposite place缩景Miniaturescenery,abbreviated scenery漏景Leaking throughscenery框景Enframed scenery尾景Terminal feature主景Main feature副景Secondary feature配景Objective view夹景Vista line,vista前景Front view背景background景序Order of sceneries景点Feature spot,view spot仰视景观Upwardlandscape俯视景观Downwardlandscape季相景观Seasonalphenomena气象景观Meteorologicaldiversity scenery视野Visual field秋色Fall color,autumncolor园林空间Garden space开敞空间Wide open space, wide space封闭空间Enclosure space意境artistic conception,poeticimagery苍古antiquity空灵spaciousness,airiness动观in-motion viewing静观in-position viewing视错觉Visual illusion园林艺术布局Artistic layout of garden对称平衡Symmetrical balance不对称平衡Asymmetrical balance左右对称Bilateral symmetry辐射对称Radial symmetry透景线Perspective line轴线axis,axial line主轴Main axis副轴Auxiliary axis暗轴Hidden axis,invisible axis树冠线skyline园林色彩艺术Art of garden colors单色谐调Monochromatic harmony复色谐调Compound chromatic harmony对比色突出Contrast colors accent近似色谐调Approximate colors harmony 暖色Warm color冷色Cool color色感Color sense城市绿地系统规划Urban green space system planning绿地系统Green space system公共绿地定额Public green space quota公共绿地指标Public green space norm绿地布局Green space layout吸引圈Attractive circle吸引距离Attractive distance有效半径Effective radius绿地资源Green space resource绿地效果Green space effect绿地规划程序Planning procedure of the green space空间规划Space planning形象规划Image plan实施规划Implementary plan必要生活空间Necessary living space余暇生活空间Leisure time living space利用频度Usage frequency树种规划Planning of trees and shrubs 绿地类型Typeof green space环状绿型Annular green space 块状绿地Green plot点状绿地Green spot放射状绿地Radiate green space楔状绿地wedge-shaped green space缓冲绿地Buffer green space防音绿地Noiseproof green space科学景观论Scientific landscapetheory园林保留地Reserve garden公园规划park planning园林总体规划Garden master planning总平面规划Site planning园林分区Garden zoning安静休息区Tranquil rest area儿童活动区Children playing space儿童游戏场Children playground,playlot体育运动区Sports activities area野餐区Picnic place散步区Pedestrian space群众集会区Mass meeting square观赏植物区Ornamental plants area观赏温室区Display greenhouse area,display conservatory area草坪区Lawn space绿荫区Shade tree section历史古迹区Historical relicsarea青少年活动区Youngstersactivities area诱鸟区Bird sanctuary area钓鱼区Fishing center野营区Camp site游人中心Visitors center服务中心Service center探险游乐场Adventureground文化活动区Culturalactivities area道路系统Approachsystem, road system环形道路系统Circular roadsystem方格形道路系统Latticed roadsystem放射形道路系统Radiate roadsystem自然式道路系统Informal roadsystem规整式道路系统Formal roadsystem混合式道路系统Mixed style road system园林规划图Garden planning map园林规划说明书Garden planning direction城市公园系统Urban park system公园分布Distribution of parks公园类型Park type, park category公园间距Distance between parks公园形式Park styles游览区Excursion area, open-to-public area非游览区no-admittance area办公区Administrative area服务区Service center动休息区Dynamic rest space静休息区Static rest space娱乐演出区Entertaining performanceplace主要入口Main entrance次要入口Secondary entrance人流量Visitors flowrate车流量Vehicle flowrate公园道路parkroad公园水陆面积比率land-water ratio游人容纳量Visitors capacity风景资源调查Landscape resourceevaluation风景学scenicology风景规划Landscape plan风景设计Landscape design游览路线Touring route旅游资源Tourism resource旅游地理Tourism geography旅游地质Tourism geology历史名城Famous historical city文化名城Famous cultural city文化遗址Ancient cultural relic天然博物馆Natural open museum风景地貌naturalgeomorphology造型地貌imaginative geomorphologic figuration风景区Scenic spot, scenic area风景名胜Famous scenery, famous scenic site特异景观风景区Specific natural scenes area 民族风俗风景区Scenic spot of minority customs高山风景区Alpine scenic spot海滨风景区Seabeach scenic spot森林风景区Forest scenic spot高山草甸风景区Alpine tundra landscape spot峡谷风景区Valley scenic spot江河风景区River landscape district 湖泊风景区Lake round scenic spot温泉风景区Hot spring scenic spot瀑布风景区Waterfall scenic spot禁伐禁猎区Region forbidden to treecutting and hunting封山育林区Region closed forafforestation天池风景区Crater lake scenic spot自然保护区Nature protection area科学保护区Protection area forscientific research天然纪念物Natural monument生物圈保护区Biosphere protection area园林设计师Landscape architect,garden designer园址测量图Garden site survey map地形图Topographic map, contour map种植设计Planting design地形改造设计Topographical reformdesign种植大样图detailplanting design造价分析Cost analysis园林形式Garden style规整式园林Formal garden style非规整园林Informal garden style几何式园林Geometric garden style自然式园林Natural gardenstyle混合式园林Mixed gardenstyle近代巴洛克式园林Modern Baroque style马克斯抽象园林R.B. Marxabstract garden园林区划Garden areadivision园林分区规划Garden blockplanning庭院花园Courtyardgarden前庭Front yard, forecourt后庭Back yard, rear yard中庭patio厨园Kitchen yard沉[床]园Sunken garden窗园Window garden墙园Wall garden宅园Home garden台地园Terrace garden冬园Winter garden切花园Cut flower garden屋顶花园Roof garden后花园Back yard garden园林地形改造Topographical reform ofgarden土山Earth piled hill, mound artificial假山rockery, artificial rockwork太湖石Taihu Lake stone, water modelledstone黄石Yellowish brown stone人造假山石Artificial stone, man-madestone孤赏石monolith, standing stone掇山Piled stone hill, hill making叠石Stones laying板石Flag stone散点石Scattered stone抱角石Corner stone屋基石Foundation stone排衙石Guard stone屏石Screen stone石岸Rock bank石阶Stone steps汀步Stepping stone on water surface附壁石Stone appended to wall石花台Stone flower bed石凳Stone bench假山石挡土墙Rock retaining wall干砌石Dry stone wall假山石楼梯Rock Stairway石亭Stone Pavilion石洞Stone cavern石窟grotto置石Stone arrangement, stone layout 拱石Arch stone拱顶石Key stone园林水景Water scenes of garden水体Water body水面Water surface水池pool水塘pond喷泉fountain喷水池Fountain pool涉水池Wading pool倒影池Mirror pool, reflecting pool睡莲池water-lily pool喷水管布置Piping schema钓鱼塘Fishing pond高水位池塘High water table pond池边坐人矮墙Seat wall surrounded pool 隐头喷泉Secret fountain岛园Island garden半岛园Peninsula garden小岛isle 瀑布waterfall小瀑布cascade湖lake矶Rock projecting over water水帘洞Water curtain cave园桥Garden bridge拱桥Arch bridge石板桥Stone slab bridge木板桥Plank bridge圆木桥Log bridge亭桥Pavilion bridge曲桥Zigzag bridge壁泉Wall fountain饮水喷头Drinking fountain植物配植Plant arrangement树木配植Arrangement of trees andshrubs群植Group planting, mass planting孤植Specimen planting, isolatedplanting丛植Clump planting组植Group planting林植Forest planting列植Linear planting对植Opposite planting, coupledplanting环植Circular planting带植Belt planting散植Scattered planting,loose planting边缘种植Edge planting边界种植Boundaryplanting整形种植Architecturalplanting基础种植Foundationplanting角隅种植Corner planting景框种植Planting asenframent门卫种植Guard planting篱恒种植Fence planting障景种植Screen planting背景种植Backgroundplanting林下种植Underwoodplanting路边种植Roadsideplanting绿篱hedge树墙espalier庭荫树Shade tree园景树Specimen tree风景林Amenity forest,ornamental forest行道树Avenue tree, street tree纪念林Memorial forest整型树Topiary tree花篱Flower hedge'刺篱Thorny plants hedge常绿绿篱Evergreen hedge落叶绿篱Deciduous hedge高篱High hedge沟中边篱hah-hah fence图案矮篱Pattern dwarf hedge迷宫绿篱Labyrinth hedge整剪绿篱Clipped hedge自然式花篱Natural flowering hedge边篱Boundary fence园篱Garden fence, garden hedge纯林Pure forest混交林mixed forest林间隙地open space in woodland杂木林spinney树冠覆盖面tree canopy草坪lawn整形草坪formal lawn开花草坪flowering lawn牧场草坪meadowy land花坛flower bed路边花坛roadside flower bed带状花坛ribbon flower bed时钟花坛flower clock盆栽花坛potted flower bed, basined flower bed高设花台Raised flower bed毛毡花坛carpet bed镶嵌花坛mosaic bed铺石花坛paved bed灌木花坛shrub bed图案花坛群parterre草药花坛herbaceous flower bed花结花坛knot bed整形花坛formal flower bed花境flower border花桶Flower tub植树箱Planting box活动花坛Movable flower bed瓶饰Garden vase灌木花境Shrub border混合花境Mixed border园林道路设计Garden road design, garden path design漫步路trail, footway小径alley, path 川草坪岛Lawn island安全岛Traffic island, refuge island转弯曲度Turning curvature转弯半径Turning radius踏面Landing pitch步石Stepping stone涉水踏步Wading step错铺路Crazy paving path随意组合方石板路Flag stone pathpaved at random花纹路Pattern path林荫路mall林荫大道boulevard花园路parkway林间小道Path in woodland种植池Planting bed树池保护格栅Tree grate树干保护套栏Tree guard树池坐凳矮墙seatwall-surroundedplanting路面线纹Score line传统园林建筑traditional gardenbuilding凉亭summer shelter活树亭arbor, tent arbor蘑菇亭mushroom Pavilion茅亭thatched Pavilion竹亭bamboo Pavilion茶亭tea booth, tea kiosk回廊cloister水廊corridor on water曲廊zigzag veranda扒山廊sloping gallery楼廊two-storied gallery画舫painted pleasure boat石舫stone boat不击舟immovable pleasureboat诗条石poem-engravedstone slab月洞门moon gate扶手栏杆handrail坐凳栏杆seat rail石碑stone tablet, stele园林露天剧场open gardentheater园林露天舞池open gardendancing place园林专业词汇4露天音乐台outdoor musicstand眺望台prospect deck繁殖温室plant propagation greenhouse展览温室public conservatory月池new-moon pool园林小品small garden ornaments磁砖壁画painted tile mural tablet园椅garden chair, garden seat园凳garden bench园桌garden table园灯garden lamp日规sundial鸟浴bird bath鸟舍bird cottage, nestle box鸟笼bird cage, bird coop悬篮hanging basket野鸟喂食器bird feeder额匾horizontal inscribed board楹联couplet written on scroll, couplet onpillar引露天烤炉open barbecue树棚living-tree pergola花架pergola花格架trellis, treillage点景牌楼naming pailou, decoratedarchway园林施工garden layout, gardenconstruction种植工程planting engineering大树移植big tree transplanting裸根移植bare root transplanting土球移植ball transplanting沟植trench planting假植heeling in, temporary planting播种草坪seeding lawn铺草皮块草坪sodding lawn假山工程rockery engineering掇山五法five methods”of rock piling 等分平衡法method of making the rock equa-tional and balanced前轻后重法method of making the front part of rock lighter than the back part上轻下重法method of lowering the center ofgravity of rocks纹理统一法method of unifying the rock veins石料统一法method of unifying the rock mate-rials观赏树木ornamental tree and shrub观叶植物foliage plant观果植物fruit-effect plant观枝干植物plants with ornamental trunks and branches指示植物indicating plant 主景植物accent plant耐湿植物damp tolerant plant抗风植物wind-resistant plant耐盐碱植物saline-alkali tolerant plant市花city flower市树city tree国花national flower国树national tree芳香植物fragrant plant抗污染植物pollution resistant plant环保植物environment protectingplant高山植物alpine plant岩生植物rock plant攀缘植物climbing plant, climber地被植物ground cover plant阴生植物shade plant装饰植物decorative plant装缘植物edging plant绿蓠植物hedge plant草坪植物lawn plant, lawn grass花坛植物bedding plant球根植物bulbous plant宿根植物perennial plant, perennial水生植物aquatic plant, hydrophyte旱生植物xerophyte沼泽植物bog plant,swamp plant室内装饰植物indoordecorative plant, house plant切花cut flower垂枝植物pendulous plant,weeping plant缠绕植物twiner, twinningplant针叶植物needle-leavedplant阔叶植物broad-leavedplant斑叶植物variegate-leaved plant松柏植物conifer常绿植物evergreen plant半常绿植物semi-evergreen plant不耐寒植物tender plant半耐寒植物half-hardyplant耐寒植物hardy plant耐旱植物droughtenduring plant山石材料stone material昆山石Kunshan stone钟乳石stalactite灵壁石Lingbi stone英德石Yingde stone青石Qing stone宣石Xuan stone房山石Fangshan stone观赏动物ornamental animal观赏鸟类ornamental bird观赏兽类ornamental beast观赏昆虫类ornamental insect园林机械Garden machine园林工具Garden instrument,gardenimplement园林设备Garden equipment花坛分界隔板Plastic bed divider种植容器Planting container圆木桩Log peg喷射装置Jet bubbler滴灌Trickle irrigator,drip irrigator环动喷灌器Circle sprinkler圆筒喷灌器Totor sprinkler自控器Automatic controller管端喷灌器Hose end sprinkler固定喷灌器Stationary sprinkler喷雾喷灌器Mist sprinkler,spray headsprinkler喷灌覆盖面Sprinkler coverage草坪加肥器Lawn feeder施肥喷灌器Combined feeder and sprinkler液肥混合调配器Liquid fertilizer mixer-proportioner滴水喷头Emitter,dripper水土保持塑料网Erosion control plastic net 苗木包装材料Nursery stock package material麻布袋Burlap bag铁丝篮Wire basket篮状种植器Basket container塑料苗木桶Plastic nurserican播种盘Seed tray网孔盆Mesh pot含肥泥炭盆Fertile peat pot盆栽机Potting machine换盆机Repotting machine再生纸种植器Reclaimed paper container 纤维育苗器Wood fiber plant grower泥炭压制播种机Peat seeding pellet ,peat seeding starter松土除草机Cultivator旋转锄Rotary hoe 切叶机Foliage cutter翻地犁Uncovering plough盖土机Mounted spreader前悬装土机Front mounted loader后缀装土机Rear mounted loader旋轴剪草机Spindle mower栽植机Planting machine植物覆盖Plant mulching覆盖物分散机Mulch spreader种子液肥喷洒机Hydro seeder修枝剪Pruning shear播种器Garden seeder球根种植器Buld planter土壤酸度探测器pH-value computer肥效分析器Fertilizer analyzer嫁接刀Grafting knife温室设备Greenhouse equipment盆栽灌水系统Pot watering system温室气候控制器Greenhouse climatecontroller温室覆盖Greenhouse covering喷雾自控系统Automatic mist controlsystem二氧化碳发生器CO2 generator温度警报钟Temperature alarm游览车Park sightseeing bus剪草机Lawn mower动力剪草机Powerlawnmower畜力剪草机Horselawnmower手推剪草机Handlawnmower游人调查Visitorsinvestigation游人统计Visitorsstatistics游人分析Garden visitorsanalysis游人管理Visitorsmanagement导游图Tourist map导游解说Tour description劳动管理Labourmanagement物资管理Materialhandlingl,goods handling设备管理Equipmentmanagement,facilitymanagement财务管理Financialmanagement安全管理Safety management环境监测Environmental monitor植物养护管理Plant maintenance andmanagement园林技术管理Garden technicalmanagement质量管理Quality management园貌维修Garden feature maintenance植物整形修剪Plant trimming and pruning植物病虫防治Disease and insect control园林管理规划Management plan游人意见处理Treatment of visitors opinions游人规则Visitors regulation园内交通管理Traffic control in park园外交通管理Traffic control put of parkentrance汽车停车规则Parking rules自行车停放规则Bicycle parking rules开放时间Opening time日常清理卫生管理Daily sanitation andhygiene management盆景配件Penjing accessories盆景植物Penjing plant水石盆景Rock and water penjing树桩盆景Penjing planted with old dwarftrees垂枝盆景Penjing planted with pendulous盆景艺术Penjing art盆景土Pot mixture for penjing盆景盆体Penjing pot日本式盆景Japanese style penjing,bonsai 盆景花坛Penjing flower bed国际自然及自然资源保护联合会International Union for Conservation of Nature and Nature resources,IUCN园林专业词汇5国际园林师联合总会International Federation of Landscape Architects,IFLA中国风景园林学会Chinese Society of Landscape Aarchitecture,CSLA中华人民共和国环境保护法Law of Environmental Protection of the People’s Republic of China中华人民共和国森林法Forest Law of the People’s Republic of China风景名胜区管理条例Regulations on the Management of Landscape and Famous Sceneries中华人民共和国自然保护区条例Regulations on the Nature Protection Regions of the People’s Republic of China 中华人民共和国野生动物资源保护条例Regulations on the Protection ofWild Plants of the People’s Republic of China转载中国古典园林classical Chinese gardens苏州园林Suzhou Gardens拙政园The Humble Administrator’sGarden塔影亭the tower shadow Pavilion留听阁the Stay and ListenPavilion浮翠阁the Floating GreenPavilion笠亭the Li Pavilion与谁同坐轩the “With Whom Shall ISit?”Pavilion宜两亭Both Families Pavilion三十六鸳鸯馆the 36 Pairs ofMandarin Ducks’Hall十八曼陀罗花馆the 18 StramoniumFlowers’Hall枇杷园Loquat Garden海棠春坞Malus spring castle听雨轩the “Listen to the rain”Pavilion玲珑馆Exquisite Hall小飞虹the SmallFlying Rainbow得真亭the Get RealityPavilion小沧浪The smallPavilion of Quiet Meditation听松风处the place forlistening to the pine wind香洲the Boat-likeStructure玉兰堂the Magnolia远香堂DriftingFragrance Hall荷风四面亭the Pavilionin the Lotus Breezes倚玉轩the Listeningon Jade Pavilion待霜亭the OrangePavilion雪香云蔚亭the PrunusMume Pavilion柳阴路曲the zigzagpathway with willow shade绣绮亭the PeonyPavilion见山楼the Mountain in View Tower别有洞天the Moon Gate留园The Lingering Garden华步小筑 A Scene in the LingeringGarden绿荫the Green Shade Pavilion小蓬莱the Samll Fairy Isle舒啸亭the Shuxiao Pavilion浣云沼the Huanyun Billabong明瑟搂the Pellucid Tower涵碧山房Hanbi Mountain Villa可亭Ke Ting Pavilion五峰仙馆the Celestial Hall of Five Peaks林泉耆硕之馆the Old Hermit Scholars’House闻木樨香轩the Osmanthus FragrancePavilion揖峰轩the Yifeng Pavilion又一村“another village”冠云峰the Cloud Capped Peak冠云台the Cloud Capped Terrace冠云亭the Cloud Capped Pavilion曲溪楼the Zigzag Stream Tower濠濮亭the Haopu Pavilion曲廊the Zigzag Walkway清风池馆the Refreshing Breeze Pavilionby the Lake活泼泼地the Place of Liveliness网师园The Master-of-Nets Garden小山丛桂轩the Small Hill and Osmanthus Fragance Pavilion云窟月洞门the Yunku Moon Gate看松读画轩the Watching Pines and Appreciating Paitings Studio射鸭廊the Duck Shooting Corridor 月到风来亭the Moon Come with Breeze Pavilion冷泉亭the Cold Spring Pavilion殿春簃the Peony Study万卷堂the Hall of Scrolls撷绣楼the Bueaty Within Reach Tower五峰书屋the Five Peaks Library真意门the True Feeling Gate环秀山庄The Mountain Villa with Embracing Beauty问泉亭the Putting a Question to the Spring Pavilion飞雪泉the Spring of Flying Snow水涧the Gully边楼the Side Tower补秋山房the Make-up Autumn Gallery 狮子林The Lion Forest Garden燕誉堂the Yan Yu Hall海棠门洞the Chinese FloweringCrabapple Gate指柏轩the Zhi Bai Pavilion九狮峰the Nine Lions Peak古五松园the Ancient Five PinesGarden花篮厅the Flower Basket Hall真趣亭the True Delight Pavilion石舫the Stone Boat-LikeStructure湖心亭the Mid-Lake Pavilion问梅阁the Putting a Question to theWintersweet Pavilion文天祥碑亭Wen Tianxiang StelePavilion扇面亭the Fan-Shaped Pavilion修竹阁the Practising BuddhismPavilion立雪堂the Li Xue Hall艺圃The Garden of Cultivation博雅堂the Bo Ya Hall乳鱼亭the Fry Pavilion香草居the Sweetgrass House响月廊the Sound of MoonVerandah耦园The Couple’s GardenRetreat吾爱亭the Wu AiPavilion听橹楼the Ting LuTower城曲草堂the Cheng QuThatched Cottage载酒堂the CarryingWine Hall还砚斋the Giving BackInkstone Studio沧浪亭Surging WavesPavilion明道堂the Ming DaoHall看山楼the Looking atMountains Tower翠玲珑the Jade andExquisite Study清香馆the PrueFragance Hall康熙御碑亭the KangxiImperial Stele Pavilion退思园The Garden of QuietMeditation揽胜阁the Viewing Landscape Pavilion水香榭the Water Fragance Pavilion退思草堂the Thatched Cottag of QuietMeditation闹红一轲the Boat-Like Structure withGoldfish菰雨生凉 A Tower View by the Water眠云亭the Sleeping Cloud Pavilion畹香楼the Wan Xiang Tower怡园The Garden of Pleasant岁寒草庐the Sui Han Thatched Cottage四时潇洒亭the Four Seasons FinePavilion石轩the Bai Shi Pavilion石听琴the Shi Ting Qin Music Studio小沧浪亭the Small Surging WavesPavilion锁绿轩the Locking Green Pavilion云墙the Cloud Wall画舫斋the Painted Boat Studio螺髻亭the Luo Ji Pavilion碧梧?风the Bi-Wu-Qi-Feng Pavilion北京故宫former imperial palace北海beihai lake濠濮涧Pavilion for quiet meditation画舫斋painted boat studio五龙亭five-dragon Pavilion琼华岛qionghua isle九龙墙nine-dragon wall静心斋tranquil heart studio圆明园the yuanmingyuan(garden of gardens) 玉泉山jade spring(yuquan hill)方壶胜境Wonderland on Fanghu Ishand三潭印月Three Pools Mirroring the Moon西洋楼景区European Palaces黄花阵The Labyrinth谐奇趣Harmonious Wonder养雀笼Aviary方外观Belvedere龙凤水法the Dragon-Phoenix Fountain五竹亭Five Bamboo Pavilions海晏堂Hall of National peace线法山Hill of Perspective方河Square Lake线法画Perspective Landscapes蓬岛瑶台Pengdao Yaotai (Immortal Abode on Penglai Island)正觉寺Zhengjue (Enlightenment) Temple绮春园宫门Palace Gates of Qichunyuan鉴碧亭Jianbi Pavilion(Pavilion in a Blue Mirror) 绮春园石残桥Remnants of a Stone Bridge涵秋馆Three-Arch Bridge of theHanqiu(Embracing Autumn)Study仙人承露台Xianren Chenglu (Platform ofImmortal Receiving Heavenly Dew)浩然亭Haoran (Noble Spirit) Pavilion会心桥Huixin Bridge (Bridge ofUnderstanding)别有洞天Bieyou Dongtian(Place ofUnique Beauty)含经堂Hanjingtang(Tripataka Hall)颐和园the summer palace苏州街Suzhou Street仁寿殿the Hall of benevolence andlongevity德和园the Garden of harmoniousdelights排云殿cloud dispelling hall佛香阁the tower of the fragrantbuddha万寿山the Longevity Hill昆明湖kunming lake长廊the long corridor十七孔桥 a 17-span bridge听莺阁Pavilion for listening toorioles恭王府花园the mansion of theprince of gong景山公园Jingshan Park观妙亭the Guanmiao Pavilion南京瞻园the zhanyuan gardenin nanjing花竺厅Hall of flower andbamboo静妙堂jingmiao hall南京煦园the xiyuan garden innanjing夕佳楼Xijia Pavilion不系舟anchor less boat承德避暑山庄the summermountain resort at chengde上帝阁Pavilion of God芳洲亭the FangzhouPavilion水心榭shuixin chamber淡泊敬诚厅theDanbojingcheng Hall烟雨楼Pavilion of mist andrain园林专业外语词汇6金山寺jinshan temple上海豫园yuyuan garden inshanghai玉玲珑yulinglong rock殿春堂the dianchun Pavilion龙墙the dragon wall万花厅the ten thousand flower Pavilion香山公园xiangshan park古漪园guyi garden艺圃yipu garden虎丘tiger hill瘦西湖slim west lake个园geyuan garden鹤园heyuan garden天坛the temple of heaven西湖west lake沈园shenyuan garden杜甫草堂du fu’s thatched hut中国风景名胜区scenic resort and historic sitein China五岳Five Famous Mountains佛教四大名山Four Buddhist HolyMountains岩洞风景karst landescape石林风景forest of rock太湖风景区Taihu Lake scenic resort杭州西湖West Lake,Hangzhou雁荡山风景区Yandangshan Mountain。
雨水花园设计研究的开题报告一、选题背景随着气候变化和城市化进程的加速,城市雨洪问题日益突出。
传统的城市建设方式导致大量的雨水无法自然渗透,形成城市内涝和水资源浪费的问题。
于是,在城市规划和建设中,雨水花园作为一种新的生态景观空间逐渐被引入。
二、研究目的和意义本文旨在探讨雨水花园的设计与建设,分析其在城市规划和生态环境保护方面的作用和意义。
通过对现有的雨水花园案例和实验数据进行分析,提出可行的设计和管理策略,为雨水花园未来的发展和推广提供科学依据。
三、研究内容(1)雨水花园的概念和类型(2)雨水花园的设计原则和要点(3)雨水花园的运营和管理四、研究方法采用文献研究法、案例研究法和实地调查法,结合专家访谈、问卷调查等方式获取相关数据和信息,分析研究对象的优缺点和问题,并提出合理的改进和优化方案。
五、预期成果(1)建立雨水花园设计的基本理论和规范(2)提出适用于不同环境条件和场地特点的雨水花园设计方案(3)为城市规划和生态环境保护提供新的思路和解决方案六、研究进度安排第一阶段:文献调研和案例研究(2个月)第二阶段:实地调查和数据采集(3个月)第三阶段:设计原则和要点的提取和总结(1个月)第四阶段:运营和管理策略的制定(1个月)第五阶段:论文撰写和答辩(3个月)七、参考文献(1)赵晨. 雨水花园设计研究[D]. 东北林业大学, 2016.(2)Marrs R H, Smart S M. Designing and constructing low-maintenance, multi-functional ‘rain gardens’ in the UK[J]. Landscape and Urban Planning, 2008, 86(4): 356-366.(3)Benedict M A, McMahon E T. Green infrastructure: linking landscapes and communities[M]. Island Press, 2006.(4)Wu F C, Moe T L. Rain Garden Performance Evaluation in the Pacific Northwest[J]. Journal of Irrigation and Drainage Engineering, 2008, 134(5): 681-686.。
景 view, scenery, feature 远景 distant view 近景 nearby view障景 obstructive scenery, blocking view 借景 borrowed scenery, view borrowing 对景 opposite scenery, view in opposite place缩景 miniature scenery, abbreviated scenery漏景 leaking through scenery 框景 enframed scenery 尾景 terminal feature 主景 main feature副景 secondary feature 配景 objective view 夹景 vista line, vista 前景 front view背景 background 景序 order of sceneries 景点 feature spot, view spot 仰视景观 upward landscape 俯视景观 downward landscape 季相景观 seasonal phenomena气象景观 meteorological diversity scenery 视野 visual field 秋色fall color, autumn color园林空间 garden space 开敞空间 wide open space, wide space 封闭空间 enclosure space意境 artistic conception, poetic imagery 苍古 antiquity 空灵 spaciousness, airiness动观 in-motion viewing 静观 in-position viewing 视错觉 visual illusion 园林艺术布局artistic layout of garden 对称平衡 symmetrical balance 不对称平衡asymmetrical balance左右对称 bilateral symmetry辐射对称 radial symmetry 透景线 perspective line轴线 axis, axial line 主轴 main axis 副轴 auxiliary axis 暗轴 hidden axis, invisible axis树冠线 skyline 园林色彩艺术 art of garden colors 单色谐调 monochromatic harmony复色谐调 compound chromatic harmony 对比色突出 contrast colors accent近似色谐调 approximate colors harmony 暖色 warm color 冷色 cool color 色感 color sense城市绿地系统规划 urban green space system planning 绿地系统 green space system公共绿地定额 public green space quota 公共绿地指标 public green space norm绿地布局 green space layout 吸引圈 attractive circle 吸引距离 attractive distance有效半径 effective radius 绿地资源 green space resource 绿地效果 green space effect绿地规划程序 planning procedure of the green space 空间规划 space planning形象规划 image plan 实施规划 implementary plan 必要生活空间 necessary living space余暇生活空间 leisure time living space 利用频度 usage frequency树种规划 planning of trees and shrubs 绿地类型 type of green space 环状绿型 annular green space块状绿地 green plot 点状绿地 green spot 放射状绿地 radiate green space 楔状绿地 wedge-shaped green space 缓冲绿地 buffer green space 防音绿地 noiseproof green space科学景观论 scientific landscape theory 园林保留地 reserve garden 公园规划 park planning园林总体规划 garden master planning 总平面规划 site planning 园林分区 garden zoning安静休息区 tranquil rest area 儿童活动区 children playing space 儿童游戏场 children playground, playlot 体育运动区 sports activities area 野餐区 picnic place散步区 pedestrian space 群众集会区mass meeting square 观赏植物区ornamental plants area 观赏温室区display greenhouse area, display conservatory area 草坪区 lawn space绿荫区 shade tree section 历史古迹区 historical relics area 青少年活动区 youngsters activities area 诱鸟区 bird sanctuary area 钓鱼区 fishing center 野营区 camp site 游人中心 visitors center 服务中心 service center 探险游乐场 adventure ground文化活动区 cultural activities area 道路系统 approach system, road system 环形道路系统 circular road system 方格形道路系统 latticed road system 放射形道路系统 radiate road system 自然式道路系统 informal road system 规整式道路系统 formal road system 混合式道路系统 mixed style road system 园林规划图 garden planning map 园林规划说明书 garden planning direction城市公园系统 urban park system 公园分布 distribution of parks 公园类型 park type, park category 公园间距 distance between parks 公园形式 park styles游览区 excursion area, open-to-public area 非游览区 no-admittance area办公区 administrative area 服务区 service center 动休息区 dynamic rest space 静休息区 static rest space 娱乐演出区 entertaining performance place 主要入口 main entrance次要入口 secondary entrance 人流量 visitors flowrate 车流量 vehicle flowrate公园道路 park road 公园水陆面积比率land-water ratio 游人容纳量 visitors capacity风景资源调查landscape resource evaluation 风景学 scenicology 风景规划 landscape plan风景设计 landscape design 游览路线 touring route 旅游资源 tourism resource旅游地理 tourism geography 旅游地质 tourism geology 历史名城 famous historical city文化名城 famous cultural city 天然博物馆 natural open museum 风景地貌 natural geomorphology 造型地貌 imaginative geomorphologic figuration风景区 scenic spot, scenic area 风景名胜 famous scenery, famous scenic site特异景观风景区specific natural scenes area 民族风俗风景区scenic spot of minority customs高山风景区 alpine scenic spot 海滨风景区 seabeach scenic spot 森林风景区 forest scenic spot高山草甸风景区alpine tundra landscape spot 峡谷风景区 valley scenic spot江河风景区 river landscape district 湖泊风景区 lake round scenic spot 温泉风景区 hot spring scenic spot瀑布风景区 waterfall scenic spot 禁伐禁猎区 region forbidden to tree cutting and hunting封山育林区 region closed for afforestation 天池风景区 crater lake scenic spot自然保护区 nature protection area 科学保护区 protection area for scientific research天然纪念物 natural monument 生物圈保护区 biosphere protection area园林设计师 landscape architect, garden designer 园址测量图 garden site survey map地形图 topographic map, contour map 种植设计 planting design 地形改造设计topographical reform design 种植大样图detail planting design造价分析 cost analysis 园林形式 garden style规整式园林 formal garden style 非规整园林 informal garden style 几何式园林 geometric garden style自然式园林 natural garden style 混合式园林 mixed garden style 近代巴洛克式园林 modern Baroque style 马克斯抽象园林 R.B. Marx abstract garde园林区划 garden area division 园林分区规划 garden block planning 庭院花园 courtyard garden 前庭 front yard, forecourt 后庭 back yard, rear yard 中庭 patio 厨园 kitchen yard 沉[床]园 sunken garden 窗园 window garden 墙园 wall garden 宅园 home garden台地园 terrace garden 冬园 winter garden 切花园 cut flower garden 屋顶花园 roof garden后花园 back yard garden 园林地形改造 topographical reform of garden 土山 earth piled hill, artificial mound 假山 rockery, artificial rockwork 太湖石 Taihu Lake stone, water modelled stone 黄石 yellowish brown stone 人造假山石 artificial stone, man-made ston孤赏石 monolith, standing stone 掇山 piled stone hill, hill making 叠石 stones laying 板石 flag stone 散点石 scattered stone抱角石 corner stone 屋基石 foundation stone排衙石 guard stone 屏石 screen stone 石岸 rock bank 石阶 stone steps 汀步 stepping stone on water surface 附壁石 stone appended to wall 石花台 stone flower bed 石凳 stone bench 假山石挡土墙 rock retaining wall 干砌石 dry stone wall 假山石楼梯 rock stairway 石亭 stone pavilion 石洞 stone cavern石窟 grotto 置石 stone arrangement, stone layout 拱石 arch stone 拱顶石 key stone园林水景 water scenes of garden 水体 water body 水面 water surface 水池 pool水塘 pond 喷泉 fountain喷水池 fountain pool 涉水池 wading pool 倒影池 mirror pool, reflecting pool 睡莲池 water-lily pool喷水管布置 piping schema 钓鱼塘 fishing pond 高水位池塘 high water table pond池边坐人矮墙 seat wall surrounded pool 隐头喷泉 secret fountain 岛园 Island garden半岛园 peninsula garden 小岛 isle 瀑布 waterfall 小瀑布 cascade 湖 lake 矶 rock projecting over water水帘洞 water curtain cave 园桥 garden bridge 拱桥 arch bridge 石板桥 stone slab bridge木板桥 plank bridge 圆木桥 log bridge 亭桥 pavilion bridge 曲桥 zigzag bridge 壁泉 wall fountain饮水喷头 drinking fountain 植物配植 plant arrangement 树木配植 arrangement of trees and shrubs群植 group planting, mass planting 孤植 specimen planting, isolated planting 丛植 clump planting组植 group planting 林植 forest planting 列植 linear planting 对植 opposite planting, coupled planting环植 circular planting 带植 belt planting 散植 scattered planting, loose planting 边缘种植 edge planting边界种植 boundary planting 整形种植 architectural planting 基础种植 foundation planting角隅种植 corner planting 景框种植 planting as enframent 门卫种植 guard planting 篱恒种植 fence planting 障景种植 screen planting 背景种植 background planting 林下种植 underwood planting路边种植 roadside planting 绿篱 hedge 树墙 espalier 庭荫树 shade tree 园景树 specimen tree风景林 amenity forest, ornamental forest 行道树 avenue tree, street tree 纪念林 memorial forest整型树 topiary tree 花篱 flower hedge’ 刺篱 thorny plants hedge 常绿绿篱 evergreen hedge落叶绿篱 deciduous hedge 高篱 high hedge 沟中边篱 hah-hah fence 图案矮篱 pattern dwarf hedge迷宫绿篱 labyrinth hedge 整剪绿篱 clipped hedge 自然式花篱 natural flowering hedge 边篱 boundary fence 园篱 garden fence, garden hedge 纯林 pure forest 混交林 mixed forest 林间隙地 open space in woodland杂木林 spinney 树冠覆盖面 tree canopy 草坪 lawn 整形草坪 formal lawn 开花草坪 flowering lawn牧场草坪 meadowy land 花坛 flower bed 路边花坛 roadside flower bed 带状花坛 ribbon flower bed时钟花坛 flower clock 盆栽花坛 potted flower bed, basined flower bed 高设花台 raised flower bed毛毡花坛 carpet bed 镶嵌花坛 mosaic bed 铺石花坛 paved bed 灌木花坛 shrub bed图案花坛群 parterre 草药花坛 herbaceous flower bed 花结花坛 knot bed 整形花坛 formal flower bed花境 flower border 花桶 flower tub 植树箱 planting box 活动花坛 movable flower bed瓶饰 garden vase 灌木花境 shrub border 混合花境 mixed border园林道路设计garden road design, garden path design 漫步路 trail, footway 小径 alley, path川草坪岛 lawn island 安全岛 traffic island, refuge island 转弯曲度 turning curvature 转弯半径 turning radius 踏面 landing pitch 步石 stepping stone 涉水踏步 wading step 错铺路 crazy paving path随意组合方石板路 flag stone path paved at random 花纹路 pattern path 林荫路 mall林荫大道 boulevard 花园路 parkway 林间小道 path in woodland种植池 planting bed 树池保护格栅 tree grate 树干保护套栏 tree guard树池坐凳矮墙 seatwall-surrounded planting 路面线纹 score line 传统园林建筑 traditional garden building 凉亭 summer shelter 活树亭 arbor, tent arbor 蘑菇亭 mushroom pavilion茅亭 thatched pavilion 竹亭 bamboo pavilion 茶亭 tea booth, tea kiosk 回廊 cloister水廊 corridor on water 2.0523 曲廊 zigzag veranda 2.0524 扒山廊 sloping gallery2.0525 楼廊 two-storied gallery 2.0526 画舫 painted pleasure boat 2.0527 石舫 stone boat2.0528 不击舟 immovable pleasure boat 2.0529 诗条石 poem-engraved stone slab2.0530 月洞门 moon gate 2.0531 扶手栏杆 handrail 2.0532 坐凳栏杆 seat rail2.0533 石碑 stone tablet, stele 2.0534 园林露天剧场 open garden theater2.0535 园林露天舞池 open garden dancing place 2.0536 露天音乐台 outdoor music stand2.0537 眺望台 prospect deck 2.0538 繁殖温室 plant propagation greenhouse2.0539 展览温室 public conservatory 2.0540 月池 new-moon pool2.0541 园林小品 small garden ornaments 2.0542 磁砖壁画 painted tile mural tablet2.0543 园椅 garden chair, garden seat 2.0544 园凳 garden bench2.0545 园桌 garden table 2.0546 园灯 garden lamp 2.0547 日规 sundial2.0548 鸟浴 bird bath 2.0549 鸟舍 bird cottage, nestle box 2.0550 鸟笼 bird cage, bird coop2.0551 悬篮 hanging basket 2.0552 野鸟喂食器 bird feeder 2.0553 额匾 horizontal inscribed board2.0554 楹联 couplet written on scroll, couplet on pillar 2.0555 引露天烤炉 open barbecue2.0556 树棚 living-tree pergola 2.0557 花架 pergola 2.0558 花格架 trellis, treillage2.0559 点景牌楼 naming pailou, decorated archway 2.0560 园林施工 garden layout, garden construction2.0561 种植工程 planting engineering2.0562 大树移植 big tree transplanting2.0563 裸根移植 bare root transplanting2.0564 土球移植 ball transplanting2.0565 沟植 trench planting2.0566 假植 heeling in, temporary planting2.0567 播种草坪 seeding lawn2.0568 铺草皮块草坪 sodding lawn2.0569 假山工程 rockery engineering2.0570 掇山五法 five methods" of rock piling2.0571 等分平衡法 method of making the rock equa-tional and balanced2.0572 前轻后重法 method of making the front part of rock lighter than the back part2.0573 上轻下重法 method of lowering the center ofgravity of rocks 2.0574 纹理统一法 method of unifying the rock veins2.0575 石料统一法 method of unifying the rock mate-rials2.0576 观赏树木 ornamental tree and shrub2.0577 观叶植物 foliage plant2.0578 观果植物 fruit-effect plant2.0579 观枝干植物 plants with ornamental trunks and branches2.0580 指示植物 indicating plant2.0581 主景植物 accent plant2.0582 耐湿植物 damp tolerant plant2.0583 抗风植物 wind-resistant plant2.0584 耐盐碱植物 saline-alkali tolerant plant2.0585 市花 city flower2.0586 市树 city tree2.0587 国花 national flower2.0588 国树 national tree2.0589 芳香植物 fragrant plant2.0590 抗污染植物 pollution resistant plant2.0591 环保植物 environment protecting plant2.0592 高山植物 alpine plant2.0593 岩生植物 rock plant2.0594 攀缘植物 climbing plant, climber2.0595 地被植物 ground cover plant2.0596 阴生植物 shade plant2.0597 装饰植物 decorative plant2.0598 装缘植物 edging plant2.0599 绿蓠植物 hedge plant2.0600 草坪植物 lawn plant, lawn grass2.0601 花坛植物 bedding plant2.0602 球根植物 bulbous plant2.0603 宿根植物 perennial plant, perennial2.0604 水生植物 aquatic plant, hydrophyte2.0605 旱生植物 xerophyte2.0606 沼泽植物 bog plant, swamp plant2.0607 室内装饰植物 indoor decorative plant, house plant 2.0608 切花 cut flower2.0609 垂枝植物 pendulous plant, weeping plant2.0610 缠绕植物 twiner, twinning plant2.0611 针叶植物 needle-leaved plant2.0612 阔叶植物 broad-leaved plant2.0613 斑叶植物 variegate-leaved plant2.0614 松柏植物 conifer2.0615 常绿植物 evergreen plant2.0616 半常绿植物 semi-evergreen plant2.0617 不耐寒植物 tender plant2.0618 半耐寒植物 half-hardy plant2.0619 耐寒植物 hardy plant2.0620 耐旱植物 drought enduring plant2.0621 山石材料 stone material2.0622 昆山石 Kunshan stone2.0623 钟乳石 stalactite2.0624 灵壁石 Lingbi stone2.0625 英德石 Yingde stone2.0626青石 Qing stone2.0627 宣石 Xuan stone2.0628 房山石 Fangshan stone2.0629 观赏动物 ornamental animal2.0630 观赏鸟类 ornamental bird2.0631 观赏兽类 ornamental beast2.0632 观赏昆虫类 ornamental insect02.8 园林机具设备2.0633 园林机械 garden machine2.0634 园林工具 garden instrument, garden implement 2.0635 园林设备 garden equipment2.0636 花坛分界隔板 plastic bed divider2.0637 种植容器 planting container2.0638 圆木桩 log peg2.0639 喷射装置 jet bubbler2.0640 滴灌 trickle irrigator, drip irrigator2.0641 环动喷灌器 circle sprinkler2.0642 圆筒喷灌器 rotor sprinkler2.0643 自控器 automatic controller2.0644 管端喷灌器 hose end sprinkler2.0645 固定喷灌器 stationary sprinkler2.0646 喷雾喷灌器 mist sprinkler, spray head sprinkler2.0647 喷灌覆盖面 sprinkler coverage2.0648 草坪加肥器 lawn feeder2.0649 施肥喷灌器 combined feeder and sprinkler2.0650 液肥混合调配器 liquid fertilizer mixer-proportioner 2.0651 滴水喷头 emitter, dripper2.0652 水土保持塑料网 erosion control plastic net2.0653苗木包装材料 nursery stock package material2.0654 麻布袋 burlap bag2.0655 铁丝篮 wire basket2.0656 篮状种植器 basket container2.0657 塑料苗木桶 plastic nurserican2.0658 播种盘 seed tray2.0659 网孔盆 mesh pot2.0660 含肥泥炭盆 fertile peat pot2.0661 盆栽机 potting machine2.0662 换盆机 repotting machine2.0663 再生纸种植器 reclaimed paper container2.0664 纤维育苗器 wood fiber plant grower2.0665 泥炭压制播种饼 peat seeding pellet, peat seeding starter 2.0666 松土除草机 cultivator2.0667 旋转锄 rotary hoe2.0668 切叶机 foliage cutter2.0669 翻地犁 uncovering plough2.0670 盖土机 mounted spreader2.0671 前悬装土机 front mounted loader2.0672 后缀装土机 rear mounted loader2.0673 旋轴剪草机 spindle mower2.0674 栽植机 planting machine2.0675 植物覆盖 plant mulching2.0676 覆盖物分散机 mulch spreader2.0677 种子液肥喷洒机 hydro seeder2.0678 修枝剪 pruning shear2.0679 播种器 garden seeder2.0680 球根种植器 bulb planter2.0681 土壤酸度探测器 pH-value computer2.0682 巴效分析器 fertilizer analyzer2.0683 嫁接刀 grafting knife2.0684 温室设备 greenhouse equipment2.0685 盆栽灌水系统 pot watering system2.0686 温室气候控制器 greenhouse climate controller2.0687 温室覆盖 greenhouse covering2.0688 喷雾自控系统 automatic mist control system2.0689 二氧化碳发生器 C02 generator2.0690 温度报警钟 temperature alarm2.0691 游览车 park sightseeing bus2.0692 引剪草机 lawn mower2.0693 动力剪草机 power lawnmower2.0694 畜力剪草机 horse lawnmower2.0695 手推剪草机 hand lawnmower2.0696 游人调查 visitors investigation2.0697 游人统计 visitors statistics2.0698 游人分析 garden visitors analysis2.0699 游人管理 visitors management2.0700 导游图 tourist map2.0701 导游解说 tour description and direction2.0702 劳动管理 labour management2.0703 物资管理 material handling, goods handling2.0704 设备管理 equipment management, facility management2.0705 财务管理 financial management2.0706 安全管理 safety management2.0707 环境监测 environmental monitor2.0708 植物养护管理 plant maintenance and management2.0709 园林技术管理 garden technical management2.0710 质量管理 quality management2.0711 园貌维修 garden feature maintenance2.0712 植物整形修剪 plant trimming and pruning2.0713 植物病虫防治 disease and insect control2.0714 园林管理规划 management plan2.0715 游人意见处理 treatment of visitors opinions2.0716 游人规则 visitors regulation2.0717 园内交通管理 traffic control in park2.0718 园外交通管理 traffic control out of park entrance2.0719 汽车停车规则 parking rules2.0720 自行车停放规则 bicycle parking rules2.0721 开放时间 opening time2.0722 日常清洁卫生管理 daily sanitation and hygiene management 2.0723 人类生态环境 human ecological environment2.0724 自然系统 natural system2.0725 自然资源 natural resource2.0726 自然保护 conservation of nature2.0727 自然保存 natural preservation2.0728 环境保护 environmental protection2.0729 环境容量 environment capacity2.0730 环境适宜性 environment fitness2.0731 环境空气质量标准 ambient air quality2.0732 共生 symbiosis2.0733 互惠共生 mutualism2.0734 公害 public nuisance2.0735 生态绝灭 ecological extinction2.0736 生态系统 ecosystem2.0737 生态圈 ecosphere2.0738 生态灾难 ecological disaster2.0739 环境质量 environmental quality2.0740 环境压力 environment stress2.0741 生命维持系统 life-support system2.0742 反馈系统 feedback system2.0743 自养生物 autotroph2.0744 异养生物 heterotroph2.0745 食物链 foodchain2.0746 生物圈 biosphere2.0747 濒危植物 endangered plant, threatened plant 2.0748 主体群落 major community2.0749 人工群落 artificial community2.0750 绿色革命 green revolution2.0751 户外娱乐资源 outdoor recreation resource2.0752 原始环境系统 wilderness environment system 2.0753 近代环境系统 modern environment system2.0754 乡村生活模式 country life-pattern2.0755 烟害 smoke pollution, fume pollution2.0756 雾害 fog pollution2.0757 霜害 frost injury2.0758 水污染 water pollution2.0759 土壤污染 soil pollution, soil contamination2.0760 园林小气候 garden microclimate2.0761 环境保护植物 environmental conservation plant 2.0762 引气候调节 climatic regulation2.0763 自动调节机能 homeostasis2.0764 生态平衡 ecological homeostasis2.0765 森林生态系统 forest ecosystem2.0766 草原生态系统 prairie ecosystem2.0767 滞尘植物 dust holding plant。
16.1Frankly, it seems that the temptation to throw money and technology at company’s new projects is irresistible [ɪrɪ'zɪstɪb(ə)l] 不可抵抗的and the urge to expand seems pretty powerful.坦率的讲,公司似乎无法抵御在新项目上投入大量资金和技术的诱惑(对公司来说,在新项目上投入大量资金和技术的诱惑似乎是无法抵抗的),同时,扩张的冲动看来也相当地强烈。
Once convinced of the benefit of advanced technology, companies all too often invest hastily ['heɪstɪlɪ]匆忙地in them and in some basic training without considering other human factors necessary for success. This is the same as a novice['nɒvɪs]初学者gardener who chooses a plot, sows the seeds, waters and waits. With luck, the garden will flourish.['flʌrɪʃ]繁荣,兴旺;茂盛一旦确信了先进技术的成效,公司往往会匆匆地在这些先进技术和一些基本培训上投资,并且没有考虑到对成功很必要的其他人为因素。
这就如同一位没有经验的园丁(园艺初学者),选好一块地,播下种子,浇上水,然后开始等待。
运气好的话(如果一切顺利的话),花园将花繁叶茂。
But seldom can business success be left to luck. Companies that invest in a comprehensive education programme to ensure their people understand the rationale[,ræʃə'nɑːl]基本原则behind the new technologies, and the impact of those technologies on their jobs, are more like an experienced gardener. A professional relying not on luck but on preparation will take time to prepare the garden before planting, and will research the special needs of different plants.然而,商业上的成功却很少能依赖运气(很少商业能够依赖运气而成功)。
2023年第6期77doi:10.3969/j.issn.1005-2550.2023.06.015 收稿日期:2023-09-12李安民毕业于郑州大学,研究生学历,现就职于东风汽车股份有限公司商品研发院工程验证中心,任工程师,主要研究方向为整车道路性能试验技术和车辆路谱数据处理研究。
某轻型车用户道路与试验场道路当量关系计算李安民,周志明,林文干(东风汽车股份有限公司商品研发院,襄阳 430000)摘 要:根据客户调研结果,实测用户道路载荷谱和试验场道路载荷谱,用nCode GlyphWorks软件进行数据处理和分析。
通过对轴头加速度、轴头位移以及板簧应变的损伤计算,确定出基于轴头位移进行试验场路面与用户路面的当量关系计算。
最后通过对数据的雨流计数分布以及频域损伤谱的分析,进一步验证了所计算当量关系的准确性以及适用性,为在试验场进行整车路面负荷可靠性快速验证提供了一定的理论依据。
关键词:路面载荷谱;当量关系;整车可靠性试验;频域损伤谱中图分类号:U467.5 文献标志码:A 文章编号:1005-2550(2023)06-0077-05Calculation of Equivalent Relationship Between Proving Groundand Real RoadLI An-min, ZHOU Zhi-ming, LIN Wen-gan(Commercial Product R&D Institute, Dongfeng AutomobileCo., Ltd., Xiangyang 430000, China)Abstract: According to the customer survey results, loading data were measured in proving ground and real road respectively, and the data were processed and analyzed with nCode GlyphWorks. Through the damage calculation of the axle head acceleration, displacement and leaf spring strain, the equivalent relationship between proving ground and real road is determined based on the axle head displacement. Finally, the accuracy and applicability of the calculated equivalence relationship are further verified by analyzing the rain flow counting distribution and fatigue damage spectrum of the data, which provides a theoretical basis for the rapid verification of vehicle road load reliability in proving ground.Key Words: Loading Spectrum; Equivalent Relation; Vehicle Reliability T est; Fatigue Damage Spectrum1 引言在汽车开发阶段,试验场验证作为最后一道考核和检验手段具有举足轻重的地位。
A FIELD EV ALUATION OF RAIN GARDEN FLOW AND POLLUTANTTREATMENTMICHAEL E.DIETZ∗and JOHN C.CLAUSENUniversity of Connecticut,Department of Natural Resources Management and Engineering,1376Storrs Rd.,Unit4087,Storrs,CT06269-4087,USA(∗author for correspondence,e-mail:michael.dietz@;Tel.:860-345-5219,Fax:860-345-3357)(Received9December2004;accepted1June2005)Abstract.Rain gardens have been recommended as a best management practice to treat stormwa-ter runoff.However,no publishedfield performance data existed on pollutant removal capabilities. Replicated rain gardens were constructed in Haddam,CT,to capture shingled-roof runoff.The gar-dens were sized to store thefirst2.54cm(1inch)of runoff.Influent,overflow and percolateflow were measured using tipping buckets and sampled passively.Precipitation was also measured and sampled for quality.All weekly composite water samples were analyzed for total phosphorus(TP), total Kjeldahl nitrogen(TKN),ammonia-nitrogen(NH3-N),and nitrite+nitrate-nitrogen(NO3-N). Monthly composite samples were analyzed for copper(Cu),lead(Pb)and zinc(Zn).Redox potential was measured using platinum electrodes.Poor treatment of NO3-N,TKN,organic-N,and TP in roof runoff was observed.Many Cu,Pb and Zn samples were below detection limit,so statistical analysis was not performed on these pollutants.The only pollutants significantly lower in the effluent than in the influent were NH3-N in both gardens and total-N in one garden.The design used for these rain gardens worked well for overallflow retention,but had little impact pollutant concentrations in percolate.These results suggest that if an underdrain is not connected to the stormwater system,high flow and pollutant retention could be achieved with the2.54cm design method.Keywords:bioretention,nutrients,rain garden,roof runoff,stormwater,urban1.IntroductionUrban areas contain large amounts of impervious coverage that can range from 20%in residential areas to as much as85%in commercial areas(Novotny and Olem,1994).Increases in peak runoff velocity and decreases in lag time due to urbanization were noted by Leopold(1968).Although several studies in the1960s (e.g.,Waananen,1969)documented increased runoff from urban areas,this phe-nomenon was reported and measured more than100years ago(Kuichling,1889). Urbanization also has been found to decrease lowflows in streams as a result of less recharge of groundwater from precipitation(Ferguson and Suckling,1990). Urban areas further contribute pollutants to stormwater such as sediment,nitrogen, phosphorus and heavy metals,impairing downstream habitat and water quality (Novotny and Olem,1994).Water,Air,and Soil Pollution(2005)167:123–138C Springer2005124M.E.DIETZ AND J.C.CLAUSENRain gardens,also termed bioretention areas,have been recommended as a best management practice(BMP)to reduce nonpoint source pollution from urban areas(US EPA,2000;Prince George’s County,1993).Rain gardens are shallow depressions in the landscape that are planted with trees and/or shrubs,and cov-ered with a bark mulch layer or ground cover.They allow stormwater to infiltrate, recharge aquifers,and reduce peakflows.In addition,they are expected to provide pollutant treatment,which has been attributed to several processes including ad-sorption,decomposition,ion exchange,and volatilization(Prince George’s County, 1993).While the use of rain gardens is increasing nationally,there is a surprising lack of knowledge about their retention and infiltration abilities.Prince George’s County, Maryland was thefirst to recommend the use of a rain garden as a stormwater treatment device with the publication of the Bioretention Design Manual(Prince George’s County,1993).Since then,numerous rain garden publications and fact sheets have become available(e.g.,City of Lenexa,2003;Hunt and White,2001; WI DNR,2003).There is no clear consensus on design questions such as how to size the gardens and the soil matrix to use.In addition,sizing the gardens becomes more complex as the variety of land cover types within the watershed increases. Thefirst Bioretention Manual(Prince George’s County,1993)offered two different sizing methods.Thefirst was based on storing thefirst one-half inch of runoff;the second involved a calculation using the rational“C”coefficient for the watershed times5–7%of the watershed area.The“C”coefficient is chosen based on the land use in the watershed,and examples can be found in Novotny and Olem(1994). The Natural Resources Conservation Service curve number(SCS,1986)is used in two publications to determine the appropriate size for a rain garden based on the amount of runoff expected(Hunt and White,2001;Prince George’s County,2002). The City of Lenexa,KS(2003)provides worksheets and graphs for sizing,but does not provide information on how the calculations were derived.The sizing method recommended by Wisconsin Department of Natural Resources(WI DNR,2003)is based on soil type and distance from the building,and is specific to rain gardens near residential roof areas.An underdrain may be installed beneath a rain garden and connected to a tradi-tional stormwater system or daylight to facilitate drainage when native soils are not sufficient to infiltrate water quickly enough.Yet,an underdrain is not consistently recommended.An underdrain is not recommended by the WI DNR(2003).The use of an underdrain allows a portion of percolated stormwater to enter the traditional stormwater system.Peakflow rates and pollutant concentrations may be reduced, but depending on the local soil conditions and rainfall pattern,a large volume of water could still be discharged to local waterways.The impact of the underdrain on overall pollutant retention in a rain garden has not been investigated.The purposes of encouraging infiltration are to maximize treatment and avoid standing water,which would encourage mosquito growth.The earlier manual from Prince George’s County(1993)recommended a ponding time of less than fourRAIN GARDEN POLLUTANT CAPTURE125 days,however,this recommendation was changed to less than three to four hours in the newer version of the manual(Prince George’s County,2002).Interestingly,the City of Lenexa(1993)includes an option for a permanent pool in their worksheet, and they state that some people introduce tadpoles or dragonflies into them.This recommendation seems to differ greatly from the majority of the other sources,as most seem to suggest not having standing water in the garden.Although the methods and recommendations vary from simple to complex,none has been substantiated withfield monitoring.Davis et al.(2001)performed a laboratory column study of two scale-model rain gardens.They reported concentration reductions of greater than90%for cop-per(Cu),lead(Pb),and zinc(Zn),68%for total Kjeldahl-N(TKN),and87%for ammonia-N(NH3-N).Nitrite+nitrate-N(NO3-N)reductions were generally low (24%),and NO3-N outflow concentrations from the upper ports(closer to the sur-face)in the system were higher than inputs,indicating that NO3-N was actually produced in the system.Application of synthetic stormwater to afield rain garden in Maryland by Davis(US EPA,2000)resulted in slightly lower reductions for all measured pollutants.No published data exist on the effectiveness offield scale rain gardens in reducing pollutants under actual working conditions.The objective of the present study was to evaluate the ability of afield-installed rain garden to retain pollutants and reduce runoff.2.Methods2.1.C ONSTRUCTIONTwo rain gardens were constructed in September2002in Haddam,CT,according to specifications in the most recent design manual from Prince George’s County, MD(Prince George’s County,2002).Native soil at the site was Penwood(Typic Udipsaments)loamy sand(USDA,1979).The soil was also classified as loamy sand by the Soil Testing Laboratory at the University of Connecticut.This soil was adequate to provide the rapid infiltration(3.8cm hr−1)recommended in the biore-tention manual(Prince George’s County,2002).A1,143µm(45-mil)EPDM liner (Firestone PondGard,Unit Liner Company,Shawnee,OK)was installed under the two rain gardens(Figure1).The liner is not normally a component of a rain garden, however,for sampling purposes,it was used here to seal the bottom and collect all percolate water.A10.2cm diameter perforated PVC pipe collected percolate water under each rain garden(above the liner)and was covered with15cm of2.54cm round stone.The native soil was installed in both gardens and covered with a layer of shredded hardwood bark mulch approximately5cm thick.The physical charac-teristics of the soil and mulch in the two gardens were similar(Table I).Plantings in the rain garden include three native species.Five chokeberry(Aronia prunifolia) shrubs,and four each of winterberry(Ilex verticillata)and compact inkberry(Ilex126M.E.DIETZ AND J.C.CLAUSENTABLE ISoil and mulch characteristics,rain gardens,Haddam,CTRain garden no.12MulchBulk density(g/cc) 1.63 1.660.2Organic matter(%LOI) 1.6 1.9–CEC(cmol c/kg)16.822.7166pH 6.1 6.3–Sand(%)84.483.6–Silt(%)7.610.0–Clay(%)8.0 6.4–Infiltration capacity(cm/hr)12.610.3–Figure1.Cross-section of rain garden in Haddam,CT.glabra compacta)were planted in each garden.The shrubs and the mulch were obtained from a local nursery.The study rain garden was sized to accept thefirst1.27cm(one-half inch)of runoff from the roof.The addition of the replicate garden increased the aboveground storage capacity to thefirst2.54cm(one-inch)of runoff from106.8m2of the asphalt shingle roof.The surface dimensions of the rain gardens were2.74m by3.35m.The soil was approximately0.6m deep,but bottom dimensions varied slightly,so rain garden1contained2.66m3of soil,and rain garden2contained2.33m3of soil.The paired rain gardens were designed to have a combined aboveground storage depthRAIN GARDEN POLLUTANT CAPTURE127 of15.24cm(6inches).Aluminum gutters and downspouts in place at the site prior to the study were used to collect roof runoff.Influent sampling was conducted in a concrete tipper distribution box;flow was measured continuously using a tipping bucket.Influent roof runoffflowed to the rain gardens through10.2cm slotted-pipe spreaders.In the chamber,flow from each pipe was measured using tipping buckets.2.2.S OILSOrganic matter content of the soils was determined at the beginning of the study by loss on ignition(NEC-67,1995).Textural analysis was performed using the hydrometer method(Gee and Bauder,1979).Both organic matter content and soil texture analysis were performed on a subsample from102.54cm diameter by6cm soil cores from each garden.Average bulk density was determined using the core method on4samples from each garden(SSSA,2002)Average infiltration capacity was determined using a double-ring infiltrometer(SSSA,2002).Cation exchange capacity was determined using the ammonium acetate(pH7)method(Sumner and Miller,1996).2.3.S AMPLINGSubsurface and overflow samples were collected in a3785-liter(1000gal)pump chamber adjacent to the rain gardens(Figure2).Water samples were collected pas-sively from the tipping bucket using PVC tubing,and split.Collection bottles were prepared by washing with a phosphate-free soap,acid washing with a nitric acid so-lution,and triple rinsing with distilled water.One-half of the sample was collected in bottles acidified with nitric or sulfuric acid,for metals analysis and nutrient analysis, respectively.Water samples were stored at4◦C in a refrigerator until they were col-lected weekly.They were then transported in a cooler to the water quality laboratory at the University of Connecticut,and stored at4◦C until analysis.Holding times were<28days for nutrient samples,and<6months for metal samples(APHA, 1998).2.4.A NALYSISWeekly composite samples were analyzed for total phosphorus(TP),TKN,NH3-N,and NO3-N on a Lachat colorimetricflow injection system using EPA methods (US EPA,1983a).Organic nitrogen(ON)was calculated by subtracting the NH3-N concentration from the TKN concentration for every sample.Total nitrogen(TN) was calculated by adding TKN concentrations to NO3-N concentrations for every sample.Monthly composite samples were analyzed for Cu,Pb and Zn using Inductively Coupled Plasma-Mass Spectrometry(ICP-MS)method200.7(US EPA,2001).128M.E.DIETZ AND J.C.CLAUSENFigure2.Aerial view of rain gardens and monitoring,Haddam,CT.Bacteria grab samples were taken when water wasflowing at a site visit and analyzed for fecal coliform bacteria using the membranefiltration method(US EPA, 1978).2.5.P RECIPITATIONPrecipitation was measured using a heated tipping-bucket rain gauge.Total weekly precipitation was also measured using a non-recording rain gauge.Monthly totals were compared to30-year normal precipitation at the NCDC station in Groton, CT,which is approximately38km from the study site.Ground water level was measured in5.1cm screened wells in each rain garden using a pressure transducer.A Campbell Scientific CR-10datalogger was used to record water level,flow(tips) from the inlet and under drain locations.Water level was measured every minute and a30-minute average was recorded.Tips were counted and totaled for the same period.Tips from the overflow pipes were recorded using Onset Computer Hobo TM event loggers.A weekly composite bulk deposition sample was collected using a funnel col-lector similar to the throughfall sampler used by Eaton et al.(1973).Precipitation samples were analyzed for the same constituents as other samples.RAIN GARDEN POLLUTANT CAPTURE129 2.6.T EMPERATURE AND REDOX POTENTIALWater temperature was measured using a Campbell Scientific model107thermistor temperature probe at the inlet and the outlet of the two underdrains,whenflow was occurring.Thirty-minute averages were recorded using the CR-10datalogger.Redox potential was measured at two depths in each garden with platinum welded electrodes(Jensen Instuments,Inc.,Tacoma,W A).Replicate shallow elec-trodes were installed to a depth of28cm,and replicate deep electrodes were in-stalled to a depth of55cm in each garden.Redox potential measurements(mv) were taken weekly using a millivolt meter and an Ag/AgCl reference electrode. Direct measurements were corrected to Normal Hydrogen Electrode potential by adding+0.199volt.2.7.S TATISTICAL ANALYSISAnalysis of variance(ANOV A)was used to determine if significant differences existed in measured nutrient and metals concentrations between precipitation,in-let,and underdrain.Duncan’s multiple range test was used to determine signifi-cant differences among means.A value of one-half the detection limit was sub-stituted for any analytes reported as“non-detect.”The water quality data were log-transformed prior to analysis as the data were found to be log-normally dis-tributed.The SAS TM version9.0statistical package was used for all analyses(SAS, 2002).Nutrient percent retention was calculated as the difference between the prod-uct of influent and effluent concentrations andflows.ANOV A was performed on the difference between weekly inlet and underdrain outflow average temperatures,to determine if a significant difference existed among seasons.Seasons were defined as follows:winter=December,January,February;spring=March,April,May; summer=June,July,August;fall=September,October,November.3.Results3.1.P RECIPITATIONFrom December2002through December2003,167.4cm of precipitation fell at the study site,which was24.2%above the30-year normal at the Groton NCDC station (NOAA,2003).3.2.F LOWMost of influent left the rain gardens as subsurfaceflow(98.8%).Only0.8%of the inflow water overflowed during the entire study period(Table II),which in-cluded an unusually cold and snowy winter with frequent frost in the soil.Overflow130M.E.DIETZ AND J.C.CLAUSENTABLE IIFlow mass balance for rain gardens,Haddam,CT.Depth values arebased on total rain garden area(26.1m2)V olume(L)Depth(cm)%of inflowInflowRoof runoff170,06365384Precipitation32,24112316Total202,304776100OutflowUnderdrain199,93376798.8Overflow1,64560.8Total201,578774Residual72630.4occurred four times,and three times,for garden1and garden2,respectively,during the56-week study period.The residual volume(0.4%)was assumed removed by evapotranspiration(ET)from the gardens.Precipitation andflow data for one event on October1,2003demonstrate the ability of the rain garden to reduce peakflow rates and increase lag time(Figure3). The timing and shape of the inlet(roof runoff)hydrograph follow the precipitation hyetograph closely.However,the underdrain outflow shows a lower peakflow rateFigure3.Precipitation,inflow,and outflow(underdrain)for one event,Haddam rain garden.RAIN GARDEN POLLUTANT CAPTURE131 and a delayed response to the precipitation event(Figure3).No overflow occurred during this42mm event.3.3.N ITROGEN AND PHOSPHORUSNo significant differences in NO3-N,TKN or ON concentrations were found among precipitation,inlet or underdrain concentrations(Table III).However,NH3-N con-centrations from the underdrains were significantly(p=0.001)lower than NH3-N concentrations in the precipitation and the inlet.NH3-N mean concentrations were near detection limit for precipitation and inlet,and at detection limit for the under-drains(Table III).TN concentrations from the underdrain of rain garden1were significantly(p=0.05)lower than precipitation and inlet TN concentrations;TP concentrations at the inlet were significantly(p=0.001)greater than in the pre-cipitation.Interestingly,TP concentrations in effluent from both underdrains were significantly greater than both precipitation and inlet concentrations.Although TP concentrations were higher from the underdrains than the inlet when analyzed using ANOV A,a trend can be seen when the concentrations are compared over time(Figure4).The geometric mean TP concentration at the inlet(regression not significant)was0.019mg L−1,whereas the average of the two underdrains showedTABLE IIISummary of geometric means and ANOV A results for pollutants measured in rain gardens,Haddam, CTUnderdrainBulk RoofVariable n DL Unit deposition runoff Garden1Garden2 NO3-N ns470.2mg L−10.5a0.5a0.3a0.4a±0.5±0.6±0.4±0.5 NH3-N∗∗∗470.01mg L−10.03a0.04a0.01b0.01b±0.12±0.19±0.01±0.14 TKN ns470.1mg L−10.5a0.7a0.4a0.6a±0.7±0.8±0.3±0.4 TN∗470.1mg L−1 1.2a 1.2a0.8b 1.0ab±0.8±1.1±0.6±0.6 ON ns470.1mg L−10.4a0.5a0.4a0.6a±0.6±0.7±0.3±0.4TP∗∗∗470.005mg L−10.012a0.019b0.058c0.060c±0.018±0.038±0.036±0.064∗p=0.05.∗∗∗p=0.001.ns=ANOV A comparison non significant.DL=Detection limit.132M.E.DIETZ AND J.C.CLAUSENFigure4.Rain garden TP concentrations over time,Haddam,CT.an exponential decay trend(R2=0.6).Total phosphorus concentrations at the inlet and the underdrains towards the end of the study period were similar.We suspect that the disturbance of the soil at the beginning of the study period was the cause of the increase in phosphorus concentrations at the outlet.The geometric mean concentration of0.5mg L−1for NO3-N in both the bulk deposition samples and in the runoff from the roof(Table III)was only slightly lower than the0.7mg L−1event mean concentration for NO3-N reported by the Nationwide Urban Runoff Program(NURP)for runoff from urban areas(EPA, 1983b).The NURP event mean concentrations of1.9and2.4mg L−1for TKN and TP,respectively(US EPA,1983b),were higher than the mean concentrations of those pollutants found in this study(Table III).Chang and Crowley(1993)reported median NH4-N concentrations in runoff from an asphalt composition shingle roof in Texas of0.859mg L−1,which was not significantly different from the0.799mg L−1NH4-N measured in open rainfall at the site.Concentrations of NH3-N in precipitation and roof runoff from the Haddam study site were lower than those measured in Texas(Chang and Crowley,1993),and were not significantly different from each other.Mass retention was less than36%for NO3-N,TN,TKN,and ON(Table IV). Mason et al.(1999)reported that NO3-N was not well retained by gravel soils, with concentrations in percolate water following concentrations in influent water. The only nutrient that was retained well by the system was NH3-N at84.6%.This corresponds well with results presented by Mason et al.(1999),who reported that NH4-N concentrations decreased as a function of infiltration path length through gravel soils.The mechanisms responsible for the decrease were reported to be nitrification in the soil and adsorption of NH4-N to soil particles.For the HaddamRAIN GARDEN POLLUTANT CAPTURE133TABLE IVPollutant percent retention summary for rain gardens,Haddam,CTNO3(g)NH3(g)TKN(g)TP(g)TN(g)ON(g)Inlet108.213.01147.3 6.39252.5125.6 Bulk deposition27.0 3.6025.10.7752.620.8In total135.216.61172.47.16305.2146.4 Garden1(under)43.6 1.1856.67.78100.355.5 Garden2(under)43.2 1.3461.37.29105.859.2 Overflow0.50.040.70.02 1.30.6 Out total87.3 2.55118.615.09207.4115.3%Retention35.484.631.2−110.632.021.3 rain garden,adsorption is assumed to be the primary mechanism responsible for the decrease in NH3-N concentrations,as a corresponding increase in NO3-N con-centrations,indicative of nitrification,was not found.Simultaneous nitrification and denitrification could also have caused the decrease in NH3-N concentrations without increasing NO3-N concentrations,however denitrification was not mea-sured directly.Retention for TP was−110.6%,indicating that more phosphorus left the system than entered.Retention of NO3-N and NH3-N was slightly greater than that reported by Davis et al.(2001),who reported24and79%removal for NO3-N and NH3-N,respectively in a laboratory pilot scale rain garden.However, retention of TKN and TP was lower than that presented by Davis et al.(2001), who found removals of68and81%,for TKN and TP,respectively.When synthetic runoff was applied to a rain garden in afield setting in Maryland,similar results to those presented by Davis et al.(2001)were found,except for a slightly lower re-tention of65%for TP(US EPA,2000).It should be noted,however that both of the other studies presented involve the application of synthetic runoff for six hour dura-tions,which may or may not be representative offield conditions for an actual rain garden.Bulk total nitrogen deposition estimates of8.3(Yang et al.,1996),9.7(Carley et al.,2001),and10.1kg N ha−1yr−1(Nadim et al.,2001)have been reported in Connecticut.These estimates are based on summing wet and dry deposition values, except for Nadim et al.(2001),who also measured and reported bulk deposition directly.Air samples were taken to estimate dry deposition based on particle depo-sition rates(Carley et al.,2001;Yang et al.,1996).These values are all less than the 24.6kg ha−1yr−1measured at the site during the study period.Bulk total phosphorus deposition reported by Yang et al.(1996)was0.04kg ha−1yr−1,which is less than the0.3kg ha−1P measured at the study site.The study site had several trees within 15m,and although gross particles werefiltered from the bulk deposition sampler, pollen was observed on the sampling funnel during spring months.This added mass could have increased the concentrations of TN and TP measured at the site.134M.E.DIETZ AND J.C.CLAUSEN3.4.M ETALSSince64%of all monthly metals samples were below detection limits(5,5,and 10µg L−1for Cu,Pb,and Zn,respectively),ANOV A and mass retention were not calculated for metals.3.5.B ACTERIAFecal coliform concentrations for the inlet and both underdrains were<10FCU 100mL−1for each of six events sampled.Fecal coliform bacteria concentrations in the roof runoff(inlet)were less than the geometric mean of294FCU100mL−1 measured by Bannerman et al.(1993)in runoff from residential roofs.3.6.T EMPERATUREWater temperatures in roof runoff and rain garden effluent followed each other closely through the year(Figure5).Seasonal means are presented in Table V. ANOV A results on the difference between roof runoff temperature and underdrain outflow temperature indicated no significant differences among seasons.Although the gardens warmed roof runoff more during the fall and winter,the average dif-ference for all seasons except spring was negative(Table V).The lack of a cooling effect in the summer was surprising and may be due to the relatively shallow(0.6m) soil depth and the rapid infiltration of water through the system.In addition,theFigure5.Temperature of influent and effluent water in rain garden,Haddam,CT.RAIN GARDEN POLLUTANT CAPTURE135TABLE VSeasonal mean water temperatures for rain gardens,Haddam,CTSeason Roof runoff(◦C)Underdrain outflow(◦C)DifferenceFall14.517.1−2.5aWinter 4.3 5.9−1.5aSpring7.87.60.1aSummer19.319.8−0.5aMean differences followed by the same letter for each season were not significantlydifferent at p=0.05.roof faces north,so the summer rains may not have picked up as much heat as if the roof had a more southerly exposure.3.7.R EDOX POTENTIALThe average shallow probe(28cm)measurements for both gardens were503and 555mv,for garden1and garden2respectively(Table VI).The average deep probe (55cm)measurements were545,and123mv for garden1and garden2,respec-tively.The minimum measurements taken were all less than96mv.Denitrification reactions are expected to take place in soils between500and200mv(Bohn et al., 2001).Two of the four average measurements for both gardens were within this range,and the minimum measurements were below this range.This indicates that during the period of measurement,conditions did exist that would favor denitrifi-cation.It is not understood why NO3-N concentrations did not change after passing through the gardens.Although the redox potential was suitable for denitrification, it is possible that soil-water contact time was too short due to rapid infiltration rates,or a suitable electron donor was not present in large enough concentrations to allow denitrification to occur.Kim et al.(2003)reported NO3-N removal of upTABLE VIRedox potential measurements for Haddam rain garden(n=23)Minimum(mv)Average(mv)Rain garden1Deep32545Shallow−58503Rain garden2Deep−344123Shallow96555136M.E.DIETZ AND J.C.CLAUSENto80%when shredded newspaper was added to rain garden soils in laboratory soil columns.4.ConclusionsOnly0.8%of inflow left the gardens as overflow,indicating high infiltration of roof runoff.The vast majority(98.8%)of inflow left the gardens as subsurfaceflow.The rain gardens reduced the peakflow rate and increased the lag time of influent water.The only nutrient well-retained by the rain gardens was NH3-N.Only NH3-N and TN concentrations from the underdrains were significantly(p=0.001,0.05) lower than inlet concentrations.Although the concentration of TN was reduced significantly(p=0.05)from the inlet to the underdrain of rain garden1,the mass retention of TN was poor.The export of TP from the system was not expected,and we believe that disturbance of the soil was the cause.Overall,these rain gardens provided runoff control,but water quality renovation was not good.Installing a rain garden without an underdrain may not be appropriate in all situations.However,given the high overall retention offlow found for the 2.54cm design method used in this study,a rain garden could be an effective BMP in reducingflow and pollutant loads if an underdrain were not connected to the stormwater system.AcknowledgmentsFunding for this project was provided by the Long Island Sound Fund administered through sale of Long Island Sound license plates and contributions.The project was also funded in part by the DEP through a US EPA nonpoint source grant under §319of the Clean Water Act.ReferencesAmerican Public Health Association,American Water Works Association,and Water Environment Federation:1998,Standard Methods for the Examination of Water and Wastewater,20th edn.American Public Health Association,Washington,DC.Bannerman,R.T.,Owens,D.W.,Dodds,R.B.and Hornewer,N.J.:1993,‘Sources of pollutants in wisconsin stormwater’,Wat.Sci.Tech.28(3-5),241–259.Bohn,H.L.,McNeal,B.L.and O’Connor,G.A.:2001,Soil Chemistry,3rd edn.,John Wiley and Sons,New York,302pp.Carley,R.J.,Perkins,C.,Trahiotis,M.and Nadim,F.:2001,‘Final report,nitrogen deposition moni-toring in connecticut’,Environmental Research Institute,University of Connecticut,submitted to Connecticut Department of Environmental Protection Air Management Bureau Chief,Hartford, CT,06106.。