Andrew Stoeckinger Bluegrass PRIDE 3/21/2001. Light Imprint Handbook: Integrating Sustainability & Community Design Website: www.LightImprint.orgwww.LightImprint.org.

Slides:

Advertisements

Similar presentations

WATER QUALITY ANALYSIS for ANTIDEGRADATION

Advertisements

…Pretty Nice Looking Drains Is civil engineering a necessary encumbrance involving considerable cost but no visible or tangible benefit? Because it goes.

Urban Low Impact Development English + Associates Owner Architect Construction EcoServices Storm-water Tank Contractor General Contractor T&T Construction.

Katie Rousseau Clean Water Program American Rivers.

CITY OF HOUSTON FLOODING & DRAINAGE COMMITTEE PUBLIC WORKS AND ENGINEERING May 18, 2010.

Low Impact Development They took all the trees and put them in a tree museum and they charged all the people a dollar and a half just to see 'em. Don't.

Infiltration Trenches Dave Briglio, P.E. MACTEC Mike Novotney Center for Watershed Protection.

Post Construction Runoff Control & BMPs J. C. Hayes, Ph.D., P.E. & D. Hitchcock, Ph.D. South Carolina Stormwater Forum May 8, 2007 Columbia, SC.

Tips for success at the IRL Envirothon CURRENT ISSUE: Non-point source pollution and low impact development.

NPDES Phase II Storm Water Regulations: WHAT MUNICIPAL GOVERNMENTS NEED TO KNOW.

LID Site Design and Drainage Dan Cloak Environmental Consulting May 23, 2011.

Anne Arundel County Department of Public Works. OBJECTIVE MINIMIZE OR ELIMIINATE FLOODING FROM FREQUENT SMALL STORMS Storms of 1- to 2-year frequency.

INLAND EMPIRE ASCE & APWA LOW IMPACT DEVELOPMENT (LID) SEMINAR INLAND EMPIRE ASCE & APWA LOW IMPACT DEVELOPMENT (LID) SEMINAR LID FACILITY DESIGN Prepared.

Seattle Stormwater Runoff Remediation by Jimmy Mounivong.

Using Rainwater to Grow Livable Communities Sustainable Stormwater Best Management Practices (BMPs)

& Community Design LSU Green Laws Research Project Green Laws Louisiana Department of Agriculture & Forestry EBR Parish Tree And Landscape Commission Louisiana.

Low Impact Development Best Management Practices

Stormwater Management

Better Site Design Sustainability & Stormwater

Smarter Stormwater Management Kelly Schmitt Rose Stenglein An example of Low Impact Design.

Fuss & O’Neill Inc. Consulting Engineers G:\P2001\219\A20\ Meeting Minutes\ Presentation.ppt.

Coastal Smart Growth s/index.htmhttp:// s/index.htm

UVM-AWRA CHARRETTE: designing an alternative stormwater treatment technique W h a t I s a C h a r r e t t e? A Charrette is a cross-disciplinary workshop.

Sustainable Water Infrastructure Ivy Anderson Andey Nunes.

Stormwater Infrastructure for Water Quality Management Dr. Larry A. Roesner, P.E. CE 394K.2 Surface Water Hydrology University of Texas, Austin April 8,

Linking Sustainable urban Drainage Systems (SuDS) and ecosystem services: new connections in urban ecology Chunglim Mak 1, Philip James 1, and Miklas Scholz.

Sustainable Development: Practical Solutions to Real World Problems Fishkill, NY November 7, 2012 Low Impact Development and Rainwater Harvesting Solutions.

Bernie Engel Purdue University. Low-Impact Development (LID) An approach to land development to mimic the pre-development site hydrology to: 1)Reduce.

Integrating LID Into the Development Planning Process.

Jason R. Vogel, Ph.D., P.E. Stormwater Specialist Biosystem and Agricultural Engineering Oklahoma State University.

Water Management and Conservation in the Landscape (outline) The Water Cycle Stormwater: runoff, conveyance and treatment with urban infrastructure, discharge.

Nutrient Management in the Urban Landscape Rebecca Kluckhohn, P.E. Watershed Engineer West Metro Water Alliance Forum, May 18 th 2011 W W e n c k Engineers.

Steve Harrison, Environmental Manager Bureau of Entomology and Pest Control -Mosquito Control Section.

Low Impact Development for Prince William Advanced Master Gardeners Frank Reilly.

Sanitary Engineering Lecture 11. Storm Water Runoff Storm water runoff is the precipitation which seeps into the ground if precipitation occurs faster.

Watershed Protection & CodeNEXT Austin Neighborhoods Council March 25, 2015 Watershed Protection & CodeNEXT Austin Neighborhoods Council March 25, 2015.

Peter Lowitt Devens Enterprise Commission. Green Infrastructure Policy in the Development of Devens Regional Enterprise Zone Peter Lowitt, FAICP Director:

Stormwater 101 Ohio Lake Erie Commission Best Local Land Use Practices Kirby Date, AICP.

Municipal GIS Applications JOHN C. CHLARSON, P.E. UNIVERSITY OF TENNESSEE MUNICIPAL TECHNICAL ADVISORY SERVICE FURE.

Rainwater is Good: Designing Stormwater Management to Work for YOU A presentation by Jennifer Fais STC and the Upper Susquehanna Coalition April 8, 2004.

Department of Public Works NPDES Low Impact Development and Green Streets Resolutions City Council August 17, 2015.

CHAPEL HILL HIGH SCHOOL ISLAND PROJECT Water: The Essential Ingredient & Thoughts for Sustainability ©Town of Chapel Hill Stormwater Management Division.

Grass Swales Grass swales or channels are adaptable to a variety of site conditions, are flexible in design and layout, and are relatively inexpensive.

Why are we here today? To discuss the challenges we face in meeting NPDES Phase II minimum requirements for stormwater control. The NPDES program requires.

Bernie Engel, Larry Theller, James Hunter Purdue University.

City of Auburn Streetscape: A Complete Street Presented by: Ed Armstrong, RLA.

Stormwater Water Quality Treatment Options Alvin Shoblom, P.E. Hydraulics Engineer.

Term Project Presentation CE 394K.2 Hydrology Presented by Chelsea Cohen Thursday, April 24, 2008.

Horsley Witten Group, Inc. Stormwater Management and Elements of Low Impact Development Protecting Our Water Resources – An Ecological Approach to Land.

Low impact development strategies and techniques jennifer j. bitting, pe the low impact development center, inc. june 2008.

Low Impact Development (LID)

LOW IMPACT DEVELOPMENT APPROACHES

Effective Post-Construction Stormwater Management Mike Novotney, P.E. (MD) Center for Watershed Protection Ronald Feldner, P.E. Ecological Solutions, Inc.

From the Beginning Design Standards and Other Post-Construction Program Elements.

Green Infrastructure Techniques Runoff Reduction by Area Conservation of natural areas Conservation of natural areas Vegetated buffer, filter strip and.

Kitsap County Department of Public Works CRAB – November 04, 2015 Bioretention Stormwater BMP Benson Burleson Design Engineer

By: Dario and Donovan. Low impact development or LID is an approach to land development or redevelopment, that works with nature to manage storm water.

Basic Hydraulics: Storm Water Management concepts

Land Use. How We Use Land Urbanization of areas is becoming a problem. Thousands of acres of open space just in Pennsylvania have been lost to development.

Analyzing a Development Site for Low Impact Development design.

Low Impact Development Practices. What is Low Impact Development (LID)? LID is an approach to land development (or redevelopment) that works with nature.

Comprehensive Thinking and Planning

Module 5: Solutions – Sustainable Urban Communities MPP 655: Policy Making for Sustainable Urban Communities 1MPP Module 5.

Adapting to Climate Change: Using the Green to Beat the Blues Roberta Clowater Executive Director Canadian Parks and Wilderness Society - New Brunswick.

MIDS calculator Quantifies reductions in runoff volume for a given BMP or group of BMPs Quantifies reductions in phosphorus (P) and TSS runoff for a given.

City of Maple Ridge Green Infrastructure Discussion Opportunities and Challenges Dec. 15, 2016 Thanks, rod…

By: Valeria and Priscilla

Reducing Stormwater with Trees and Native Plants

a) Thematic presentations: part 1: biophysical benefits

Presentation transcript:

Andrew Stoeckinger Bluegrass PRIDE 3/21/2001

Light Imprint Handbook: Integrating Sustainability & Community Design Website: Utilizes 60 techniques for: Paving streets and sidewalks Channeling and storing water Filtering surface runoff Mitigates environmental impacts Makes communities more beautiful and livable Pedestrian-friendly design Economical results

Light Imprint Approach Compact and connected design Respects nature and existing site terrain Emphasizes importance of public civic spaces Addresses stormwater runoff through: Natural drainage Innovative infiltration practices Incorporated with conventional engineering, as needed Breakdown of site into transects Four LID categories: Paving, Channelizing, Storage, & Filtration Urban to Rural

Light Imprint Transects Provides information on: Appropriateness of BMPs Initial Costs Long-term maintenance factors Soil: Poor Drainage (Rock /Clay); Medium Drainage (Silt/Loam); Good Drainage (Loam/Sand) Slope conditions: Flat (0 – 8 %); Moderate (8 – 15 %); Steep (>15 %) Climate: Cold; Temperate; Hot; Dry; Moderately Wet; Wet

Light Imprint Matrix: Paving

Light Imprint Matrix: Channelizing

Light Imprint Matrix: Storage

Light Imprint Matrix: Filtration

BMP Menu According to Low Imprint Matrix PavingChannelizingStorageFiltration Geotextile MatNatural CreekIrrigation PondFiltration Pond Crushed StoneDrainage DitchRetention BasinNatural Vegetation PaversStone ChannelDetention PondSurface Landscape Stamped AsphaltSoakaway TrenchFlowing ParkConstructed Wetland Stamped ConcreteFrench DrainPool/FountainBio-Retention Swale Pea Gravel/Washed StoneSculpted WatercourseUnderground VaultPurification Biotope --- Grated Tree WellGreen Finger --- Waterscapes

Stormwater Fountain/Pool Grated Tree Well

Purification Biotope Sculpted Watercourse

Flowing Park Green Finger

Light Imprint/Conventional Comparison Source: “Choosing a Green Infrastructure Framework? Consider Light Imprint.” Stormwater: The Journal for Surface Water Quality Professionals. March/April

Light Imprint/Conventional Comparison Source: “Choosing a Green Infrastructure Framework? Consider Light Imprint.” Stormwater: The Journal for Surface Water Quality Professionals. March/April