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ASCE 9780784410998 2010

ASCE 9780784410998 2010

$98.58

Low Impact Development 2010

Published By Publication Date Number of Pages
ASCE 2010 1766
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This collection contains 149 papers presented at the 2010 International Low Impact Development Conference, held in San Francisco, California, April 11-14, 2010.

PDF Catalog

PDF Pages PDF Title
8 Table of Contents
22 A National Assessment of Rainwater Harvesting: Challenges, Needs, and Recommendations
Demonstration and Monitoring of Rainwater Harvesting Technology in North Carolina
32 Do Rainwater Harvesting Objectives of Water Supply and Stormwater Management Conflict?
42 Rainwater Harvesting from Roofs for Non-Potable Reuse
52 Advances in LID BMP Design Methods—Lessons Learned
A Methodology for using Rainwater Harvesting as a Stormwater Management BMP
66 ASCE–EWRI Permeable Pavement Technical Committee–Introduction of Committee Goals and Chapter 1of Guidelines Design Considerations Common to All Permeable Pavements
72 Best Practices for Maximum Beneficial Use of Rainwater
84 Considerations in Selecting a (Bio)filtration Media to Optimize Lifespan and Pollutant Removal
95 Estimation of Green Roof Evaptranspiration–Experimental Results
103 Impact of Maintenance and (Im)Properly Sizing Bioretention on Hydrologic and Water Quality Performance
117 In Situ Bioretention Design Concept
125 Introduction to Permeable Friction Course (PFC) Asphalt
134 Maintenance and Repair Options for Pervious Concrete
147 Measure Twice, Build Once: Bench-Scale Testing to Evaluate Bioretention Media Design
160 Permeable Pavement Demonstration at the Edison Environmental Center
173 Permeable Pavement Performance Over 3 Years of Monitoring
187 Pervious Asphalt Roads and Parking Lots: Stormwater Design Considerations
201 Pervious Concrete Testing Methods
214 Pervious Pavement Systems in Florida–Research Results
228 Replacing Incised Headwater Channels and Failing Stormwater Infrastructure with Regenerative Stormwater Conveyance
239 The Urban Green BioFilter: An Innovative Tree Box Application
255 Case Studies
Case Study of LID Application and Design Method—Rain Harvesting for Waterscape and Water Balance Analysis
265 Creating an LID Environment in an Ultra Urban Setting
273 Effects of Minimum-Intervention-Design to Urban Waterfront Park in China: An application of POE
285 Green Infrastructure for CSO Control In Kansas City, Missouri
297 Implementing Low Impact Development for Sustainable Transportation Infrastructure in King County, Washington
308 Integrated Stormwater Facility Design to Address Hydromodification on a College Campus, Livermore, California
320 Brickyard Park and Ride Case Study: Pervious Asphalt and Integrated Site Stormwater Design
333 Roadside Stormwater Master Plan Using Low Impact Development (LID)
344 Using Landscape Plants for Phytoremediation
354 Management, Design, and Development of Irrigation System in Desert Regions Case Study: Bagh-E-Shazdeh (Prince Garden)
368 Coast to Coast, Integration of Stormwater Management with the Urban Landscape/Impacts on Organizational Culture
Green Streets In Southern California: Transformation of Basic Street Infrastructure to a Conversation of Beauty and Environmental Enhancements
383 Computational Methods
A Non-Dimensional Modeling Approach for Evaluation of Low Impact Development from Water Quality to Flood Control
393 A Simplified Sizing Tool for LID Practices in Western Washington
406 An Innovative Decision Support System for Quantifying and Optimizing Benefits of Decentralized BMPs for Los Angeles County
419 Comparison of BMP Infiltration Simulation Methods
426 Curve Numbers and Urban Runoff Modeling–Application Limitations
440 Effectiveness Site Design and Low-Impact Development on Stormwater Runoff Patterns at Partridgeberry Place LID Subdivision
450 ESD in Practice: Comparison of Environmental Site Design Regulations Using Example Application
462 Modeling Bioretention Hydrology with DRAINMOD
472 Moving Beyond the Percent Removal Paradigm: Using Lower Limit Effluent Concentrations in Design Guidance and Evaluation
485 Use of Stormwater Capture Curve for Sizing Storage-based LID Facilities In Korea
496 Noramlized Runoff Capture Volumes for Low Impact Designs
505 Web-based Low Impact Development Decision Support Tool for Watershed Planning
517 Why Single-Event Modeling Doesn’t Work for LIDs
529 Constructing LID Facilities
Application of a Structured Infiltration System for Stormwater Management In Campus
543 Enhanced Biofilter Treatment of Stormwater by Optimizing the Residence Time
554 Evaluation of the Contaminant Removal Potential of Biofiltration Media
568 Costs of LID
Planning-Level Cost Estimates for Green Stormwater Infrastructure In Urban Watersheds
580 Western Case Studies and Cost Analysis of Xeripave
589 Education, Training, Outreach
Certifying the Landscape Community in Rain Garden Installation: The North Carolina Experience
600 Lakewood RainCatchers: Lessons Learned in Recruiting for Residential Rain Garden and Cistern Installations
611 LID Design Education for Undergraduate and Graduate Engineering Students
621 LID Education and Installation in Mixed Income and Ethnically Diverse Areas of Milwaukee, Wisconsin
633 Stormwater BMP Inspection and Maintenance Program in North Carolina–A 3 Year Update
640 Water Quality in Municipal Stormwater Management: Recognizing State of the Practice Tools Available to Missouri Communities
649 Green Streets in Harsh Climates (Invited Presentations)
Green Street Retrofits in the Northeast: Design and Acceptance Challenges for Stormwater Management Retrofits
663 Ultra Urban Green Street Design Criteria
682 Incentives for Using LID
Alternative Site-Assessment Hydrologic Metrics for Urban Development
692 Incorporating LID into New Developments
A Solution to Requiring LID in Stockton Urbanized Area: A Volume Runoff Reduction Approach
702 Calculation of LID Benefits in Meeting New Development Standards
713 Comparison of Low Impact Development Treatment, Traditional Stormwater Treatment, and No Stormwater Treatment for Commercial Shopping Centers in North Carolina
723 Control Effects Comparison of Three Kinds of Typical LID Infiltration and Emission Reduction Measures: Beijing Case Study
735 Development and Application of Modular LID Site Planning Tool
743 LID in Minnesota State Statute: Minimal Impact Design Standards
753 LID in New Schools: The LAUSD Example
771 Soil Amendments for Mitigation of Compacted Soils
785 LID and Reimagining Cities
Creating Better Communities with LID
799 LID and Sustainable Natural Resource Management in the Urban Environment: The Unique Case of New York City
809 LID Helps Define North Bethany as a Community of Distinction in suburban Oregon
819 LID, LEED, and Alternative Rating Systems—Integrating Low Impact Development Techniques with Green Building Design
831 Low Impact Development: The Saviour of the 21[sup(st)] Century City or a 20[sup(th)] Century Suburban Irrelevance?
842 The Application of Form-Based Zoning and Low Impact Development for the Revitalization of the Town Center of Simsbury, Connecticut
853 The Integration of Low Impact Development to Enhance the Application of Smart Code Zoning to Create a Gateway District to the Historic Town Center of Tolland, Connecticut
863 LID and Sustainability
National Assessment of Rainwater Harvesting as a Stormwater Best Management Practice: Challenges, Needs, and Recommendations
874 Alternative Futures: Economic and Water Resource Analysis of Traditional vs. Low Impact Redevelopment
885 Appropriate Drainage Systems for a Changing Climate in the Water Sensitive City
899 Cation Exchange Capacity of Inorganic Green Roof Substrates Prevents the Negative Effect of Available Zinc on Sedum Species
910 Effects of Crumb Rubber Amendments on the Porosity, Water Holding Capacity, and Bulk Density of Three Green Roof Substrates
918 Modeling Impervious Area Disconnection with SWMM
931 Implementing Sustainable Green Streets and Parking Lots in San Mateo County, California
942 Integrating LID into Your Asset Management Program
956 LID Meets Permaculture: Sustainable Stormwater Management in the Mountains of Western North Carolina
970 Maximizing Sustainable Water-Use for Low Impact Development
983 Modifications to Existing Codes and Ordinances: Bioassay of Microbial Diversity in Compost
1001 Modular Wetland System: A History of Wetland Treatment and Case Study of an Advanced Subsurface Flow Wetland to Treat Stormwater and Continuous Nuisance Flows
1008 Rainwater Harvesting: Policies, Programs, and Practices for Water Supply Sustainability
1024 Same Old Drainage Problem, Different Solution
1033 Stormwater Runoff Reduction Achieved by Green Roofs: Comparing SWMM Method to TR-55 Method
1043 The Feasibility and Desirability of Stormwater Retention on Site in California and on the West Coast
1057 Tricosan in Greywater: Implications for Reuse
1070 Urban LID Using Compost
1077 Using the Bay-Friendly Landscape Standards to Implement Low Impact Development in the San Francisco Bay Area
1088 LID from Rules to Reality (Invited Presentation)
LID from Rules to Reality–The Role of the Plan Reviewer
1096 Long-Term Performance, Maintenance
Design, Construction, and Maintenance of LID Practices: Results from a Field Assessment in Virginia’s James River Watershed
1110 Overcoming Institutional and Other Barriers to LID Implementation
An Assessment of Barriers to LID Implementation in the Pacific Northwest and Efforts to Remove Those Barriers
1122 Assessing Stormwater Management in King County, Washington: An Evaluation of Pollution Mitigation Strategies
1132 Forecasting Multiple Watershed-Level Benefits of Alternative Storm Water Management Approaches in the Semi-Arid Southwest: Required Tools for Investing Strategically
1144 Integrating Valuation Methods to Recognize Green Infrastructure’s Multiple Benefits
1165 Low Impact Development for the Empowered Homeowner: Incentive Programs for Single Family Residences
1181 On the Physics of Low Impact Development–Pervious Pavement
1188 Seattle’s Implementation of Green Stormwater Infrastructure to the Maximum Extent Feasible
1196 Strengthening Storm Water Management at Federal Facilities and on Federal Lands in Response to Presidential Executive Order 13508
1205 Evolution of Low Impact Development in the Puget Sound Region
1217 Recent Monitoring/Performance Findings
Bioretention Cell Efficacy in Cold Climates
1230 Bioretention Outflow: Does It Mimic Non-Urban Watershed Shallow Interflow?
1244 Analysis of Bioretention Media Specifications and Relationships to Overall Performance
1255 Ecoroof Performance Monitoring in Portland, Oregon
1268 Effect of Soil Disturbance in Native and Engineered Soils used in Stormwater Infiltration Systems
1279 Evaluation of Roadside Filter Strips, Dry Swales, Wet Swales, and Porous Friction Course for Stormwater Treatment
1291 Working with Regulators to Change Permeable Pavement Acceptance
1302 Examinations of Pervious Concrete and Porous Asphalt Pavements Performance for Stormwater Management in Northern Climates
1320 Expanding the International Stormwater BMP Database Reporting, Monitoring and Performance Analysis Protocols to Include Low Impact Development (Part 1)
1330 Flow Control and Water Quality Treatment Performance of a Residential Low Impact Development Pilot Project in Western Washington
1349 Green Roof Hydrology: Results from a Small-Scale Lysimeter Setup (Bronx, NY)
1363 Improved Standard Sumps as Best Management Practice for Stormwater Treatment
1378 Low Impact Development Benefits of Level Spreader–Vegetative Filter Strip Systems
1390 Performance of Permeable Pavements in Cold Climate Environments
1400 Quantification of Petroleum Hydrocarbon Residual and Biodegradation Functional Genes in Rain Garden Field Sites
1408 Site-level LID Monitoring and Data Interpretation: New Guidance for International BMP Database Studies (Part 2)
1418 Storm Water Quality Control Volume for Southwest Region of USA
1427 Stormwater Mitigation by Living Roofs in Auckland, New Zealand
1438 Surface Temperature and Heat Exchange Differences between Pervious Concrete and Traditional Concrete and Asphalt Pavements
1452 Site Design Considerations
Design of a Green Infrastructure “Retrofit” as an Alternative to Conventional Stormwater Management for a Residential Subdivision
1464 Lateral Seepage Flow between Low Impact Development Drainage Devices and the Underground Water Level
1471 LID in Retrofitting an Ultra-Urban Transportation Infrastructure
1482 Overcoming Obstacles to LID Implementation–Tales from Silicon Valley
1496 Plant Selection for Bioretention in the Arid West
1507 Predicting the Feasibility of Wide-Scale LID Implementation–Accuracy of Reported Soil Characteristics in Urbanized Areas of Los Angeles County
1520 Structural/Hydrologic Design and Maintenance of Permeable Interlocking Concrete Pavement
1536 Special LID Applications
Addressing an Impervious Cover TMDL through the Use of LID
1544 Energy Independence and Security Act (EISA) of 2007: Advancing the Science and Use of Low Impact Development (LID)
1554 Green Infrastructure Optimization Analyses for Combined Sewer Overflow (CSO) Control
1563 Lakewood RainCatchers Pilot Project for Reducing Combined Sewer Overflows
1578 Watershed Retrofit with LID
An Alternate Approach to Size Vegetative Filter Strips as Elements of a Highway LID Stormwater Management Strategy
1592 Changing a Culture: Managing Stormwater Sustainably in the UK City of the Future–Learning from the USA and Australia
1606 Evaluation of Low Impact Development Stormwater Technologies and Water Reuse Options for the Lake Simcoe Regions
1618 From Art to Infrastructure: Designing Flow Control for Efficient LIDs
1628 Improving the Water Quality of Lake Tahoe One Development at a Time: Watershed LID Retrofits in the Tahoe Basin
1638 Integrated Modeling of Green Infrastructure Components in an Area Served by Combined Sewers
1652 LID in a Canadian Residential Brownfield Re-Development
1659 Low Impact Development (LID) Restoration Master Plan for Town of Centreville, MD
1675 Marketing for Behavior Change and Nutrient Reduction
1685 Moving Green Stormwater Infrastructure into Seattle’s CSO Control Program
1696 Pierce County Paving the Way to a Greener Environment
1705 Redeveloping Brownfields with LID Design
1719 Reducing Phosphorus in Urban Stormwater Runoff with Low Impact Development
1730 Thornton Creek Water Quality Channel: From Parking Lot to Channel Headwaters
1742 Using the Hydrologic Footprint Residence to Evaluate Low Impact Development in Urban Areas
1751 Watershed Functions as the Basis for Selecting Low Impact Strategies Case Study: The Tryon Creek Headwaters Development

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ASCE 9780784410998 2010
$98.58