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首页> 外文会议>Managing watersheds for human and natural impacts: engineering, ecological, and economic challenges >Integrated Stormwater Management Planning: Diverse Interests UniteBehind LID Approaches at Celebrate Virginia North
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Integrated Stormwater Management Planning: Diverse Interests UniteBehind LID Approaches at Celebrate Virginia North

机译：综合雨水管理规划：在庆祝弗吉尼亚北部举行的LID方法背后，各方利益团结

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Low impact development (LID) is increasingly becoming an importantrnoption/alternative to be evaluated during the stormwater management planning process. Anrnexcellent example of the integration of LID into a stormwater master plan is the CelebraternVirginia North project; one of the first large-scale LID implementation projects in Virginia. Thernstormwater planning phase included extensive coordination between WEG, the client (SilverrnCompany), the regulatory agencies, the locality, and interested stakeholders (Friends of thernRappahannock) in evaluating the potential direct and indirect impacts to the aquaticrnenvironment. We are presenting not only the consultant perspective of this project, but also thatrnof the client, the U.S. Army Corps of Engineers (USACE), and Friends of the Rappahannockrn(FOR).rnCelebrate Virginia North is a master-planned community comprised of approximately 1,478rnacres on the northern banks of the Rappahannock River in Stafford County, Virginia. Thisrnproject has become a model in the Fredericksburg region for the implementation and applicationrnof innovative stormwater management approaches, through the cooperative efforts of regulatoryrnagencies (USACE), local watershed groups (FOR), an innovative and receptive developer (SilverrnCompanies), and local support (Stafford County).rnThe stormwater management focus was directed to enhanced overall protection of the aquaticrnenvironment, including water quality and local stream channel hydrology. An innovativernstormwater management plan for the entire master planned development was created by WEGrnthat includes both regional stormwater management facilities, structural and non-structuralrnpractices, resource protection and preservation, and distributed stormwater controls.rnDue to the environmentally sensitive development, the USACE Permit conditions incorporaternLID through the application of distributed integrated management practices (IMPs) within thernEngland Run Watershed and the Central Watershed to infiltrate/filter/detain a volume equal tornthe volume of the first half-inch of runoff from 100% of the impervious cover of each plannedrnland pod. These practices are in addition to conventional stormwater management measuresrnrequired for the project. A minimum of 75% of the impervious cover of each planned land podrnwill be treated with IMPs.
机译：在雨水管理规划过程中，低影响力开发（LID）日益成为一种重要的选择/替代方法。将LID集成到雨水总体规划中的一个很好的例子是CelebraternVirginia North项目；弗吉尼亚州最早的大规模LID实施项目之一。雨水规划阶段包括WEG，客户（SilverrnCompany），监管机构，地区以及感兴趣的利益相关者（therRappahannock之友）之间的广泛协调，以评估对水生环境的潜在直接和间接影响。我们不仅介绍该项目的顾问观点，而且还介绍客户，美国陆军工程兵团（USACE）和Rappahannockrn（FOR）之友。rn庆祝北弗吉尼亚州是一个总体规划的社区，由大约1,478个社区组成弗吉尼亚州斯塔福德县拉帕汉诺克河北岸的土地。通过监管机构（USACE），当地分水岭组织（FOR），创新和接受开发商（SilverrnCompanies）和当地支持（Stafford）的共同努力，该项目已成为弗雷德里克斯堡地区实施和应用创新雨水管理方法的典范雨水管理的重点是加强对水生环境的总体保护，包括水质和当地河道水文学。 WEGrn为整个总体规划开发制定了一个创新的雨水管理计划，其中包括区域雨水管理设施，结构性和非结构性做法，资源保护和保存以及分布式雨水控制。由于对环境敏感，USACE许可条件通过在英格兰流域和中央流域内应用分布式综合管理规范（IMP），以渗透/过滤/截留等于每个计划陆地豆荚防渗层100％的上半部分径流量的体积。这些做法是该项目所需的常规雨水管理措施的补充。每个规划的土地平台的至少75％的防渗层将使用IMP进行处理。

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