SUDS/ Planning workshop A tool to evaluate integrated amenity and storm water indicates of SUDS Rohit Singh Research Supervisors: Prof. Chris Jefferies.

Slides:

Advertisements

Similar presentations

4. What is the boundary between two drainage basins called?

Advertisements

The Drainage Basin System

SUDS Retrofits in Scotland

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

Factors that affect flood risk…

Runoff Analysis of the Watersheds “El Arroyo El Chilito” and “La Presa Bernardez” Guadalupe, Zacatecas, Mexico Nathan Lowe, Shawn Stanley and Jeffery Crump.

Pond and Wetland BMPs, Retrofitting Detention Basins.

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

Resilient Ecosystem Service Assessments for Sustainable Drainage Systems (SuDS) 1. Background and aim Sustainable Drainage Systems (SuDS) have been shown.

CHARACTERISTICS OF RUNOFF

Experience with SuDS in Dublin December 2007 Padraig Doyle Senior Project Manager Mott MacDonald Pettit IEMA Conference Are SuDS the answer for drainage?

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

Stormwater Management

26th Standing Conference on Stormwater Control, Dunfermline September 2004 Working Together - Implementing the DEX Drainage Master Plan Craig W Berry,

Water Pollution. Watershed A watershed is an area of land from which all the water drains to the same location, such as a stream, pond, lake, river, wetland.

Ch  Know what design frequency means  Know how to delineate a drainage area on a topographic map 2.

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

Wes Marshall, P.E. University of Connecticut May 2007 CE 276 Site Design Final Exam Outline.

Dealing with Surface Water Discharge in a Sustainable Manner Laura Wilkinson Development and Flood Risk Engineer Sustainable Cities Tuesday 13 April.

SEDSPEC Sediment and Erosion Design and SPECification Tool Dr. M. Sharif USACERL (800)

Sustainable Stormwater management International cases Lars Rydén The Baltic University Programme Centre for Sustainable Development Uppsala University.

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

Implementing Low Impact Development in Utah - An Engineer’s Perspective PRESENTED BY: CRAIG BAGLEY, P.E., CFM BOWEN, COLLINS & ASSOCIATES.

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

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

SUSTAIN Pilot Study April 25, 2012 Curtis DeGasperi King County

STEP 3: SITING AND SIZING STORM WATER CONTROLS Section 6.

Sustainable Urban Drainage Systems by Robert Mackey Adapted from a presentation by Dr David Skidmore.

A Systematic, Multi-Criteria Decision Support Framework for Sustainable Drainage Design Jo-fai Chow, Dragan Savić, David Fortune, Zoran Kapelan, Netsanet.

SWITCH Training Kit: Module 3B – Sustainable Urban Drainage Module 3: Exploring the options SWITCH Training Kit Module 3B: Sustainable Stormwater Management.

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

Higher Geography: Drainage basins.

Urban Stormwater Retrofit Friendship Park – Winchester, VA K. Choi, K. Davis, and D. Laird Biological Systems Engineering, Virginia Tech Introduction Exposed.

How do humans affect watersheds and the hydrologic cycle ?

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.

Welcome and overview SuDS delivery and the Standards.

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

ASCE 2007 International Roundtable Building Water Infrastructure for Sustainable Development Development of Flood Control Scheme in Japan - Comprehensive.

STORMWATER MANAGEMENT

A Systematic, Multi-Criteria Decision Support Framework for Sustainable Drainage Design Jo-fai Chow, Dragan Savić, David Fortune, Zoran Kapelan, Netsanet.

Drainage Basin. Mississippi River Basin Drainage Basin.

Rick Cruse, Matt Helmers, Greg Brenneman, and John Laflen Iowa Water Center, and Iowa State University Extension.

The Application of SUDS to a High Density Urban Environment using Singapore as a Case Study Simon Chu and Martin Mansell School of Engineering and Science.

Stormwater control and management road map to 2055 Sustainable Development and Natural Resources.

Through urban river restoration

Surface Water Surface runoff - Precipitation or snowmelt which moves across the land surface ultimately channelizing into streams or rivers or discharging.

EPA HWI Comments on CA Assessment June 26, 2013 HSP Call 2 major categories of comments: – Report writing (we will work on this) – Content/Analysis/Discussion.

Hydromodification Compliance in the Bay Area

STORMWATER – Exploring the options Module 4 of the SWITCH Training kit.

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.

Flood and Water Management In Scotland Dr Rebecca Wade, UWTC, University of Abertay

Area of Interest 1.Uncontrolled runoff from impervious surfaces 2.Unstable banks 3.Undercut banks 4.Massive erosion 5.Loss of biotic integrity.

STORM-WATER OPPERTUNITIES What is storm water Land use and change Retain and Detain Opportunities for change.

Introduction to sustainable drainage

LONDON SUSTAINABLE DRAINAGE ACTION PLAN Kevin Reid Principal Programme Manager Greater London Authority 11 May 2015.

Welcome to Abertay Overview of visit - Chris Jefferies

Campus Stormwater Assessment

Nathan Lowe, Shawn Stanley and Jeffery Crump

Campus Stormwater Assessment

Storm Water Storage and Treatment

Urban green spaces Ideas for the NEA

by John Anderson, Martin Bermudez, and Megan Jordan

Jason Harper Thames Water Property Searches

What is a rain garden? This presentation is designed to introduce the importance of rain gardens and explain how rain gardens function. Notes are included.

Low Impact Design Bio Retentions.

Reducing Stormwater with Trees and Native Plants

Status of Romanian Pilot Study

Urban Hydrology & Stormwater management

Presentation transcript:

SUDS/ Planning workshop A tool to evaluate integrated amenity and storm water indicates of SUDS Rohit Singh Research Supervisors: Prof. Chris Jefferies Dr. Rebecca Wade

The Tool This research aims to develop a tool for integrated planning evaluation of SUDS amenity and storm water management aspects. The tool has two themes: 1.Amenity 2.Storm water management A number of indicators are associated with each theme A score of 1-3 will be used to assess the value of each indicator

Calaismuirwood Pond, England London wetland Detention basin in Scotland Multi-purpose detention basin Redfern Park, Australia Bioretention in AustraliaSwale, Dundee SUDS Examples

Themes and Indicators Amenity IndicatorsStorm water quantity indicators 1 Access (roads, footpaths nearby)Levels of attenuation (2yr storage-1level, 2 yr and 10 yr-2 levels, 2 yr,10yr and 30 yr storage- 3levels) 2 Water visibility (visible water on surface example. pond) Attenuation storage (limits runoff similar to greenfield) 3 Aesthetics (associated scenic beauty) Interception volume (storage from leaves, grasses and trees) 4 Passive security ( houses, schools, roads etc nearby) Long term storage (infiltration storage in soil) 5 Multi-use (play, storage, biodiversity) Peak Flow (max. flow in receiving water) 6 Safety (risk of drowning) 7 Ownership ( whether public, institutional, private)

Weightings Please discuss and score the relative importance of each theme associated with SUDS (sustainable urban drainage such as ponds, basins, ditches) planning. ThemeWeightComments Amenity Storm water management