Local rain-driven flooding (surface and ground water) Upstream rain-driven flooding (rivers) Tidal or storm surge-driven flooding (coast)

Similar documents
Introduction. Integrating Ecological Restoration of Estuarine Shorelines with Urban Community Revitalization Efforts. Ed Morgereth Biohabitats, Inc.

Introducing Green Infrastructure for Coastal Resilience

MP Program Summary: A resiliency study for Bridgeport, Connecticut and the Long Island Sound.

New York City, 19 th c.

Ghent Neighborhood League Briefing Living at Sea Level & Flooding Risks

Virginia Beach and Sea Level Rise: Where Do We Go From Here?

Natural & Nature-Based Solutions for Risk Reduction & Resilience

Billing Code: DEPARTMENT OF HOUSING AND URBAN DEVELOPMENT [Docket No. FR-6072-N-01]

NEW ORLEANS LAKEVIEW FLOATING STREETS

Rhode Island Shoreline Change Special Area Management Plan

The Louisiana 2017 Coastal Master Plan: Climate Change and Sea Level Rise Planning in the International Context

Structural Measures at a Glance

green streets San Antonio, Texas February 17-18, 2009 Chris Kloss

SH1 - Causeway, Auckland, 2014 (Source: NZ Transport Agency)

Building Ecological Solutions to Coastal Community Hazards: Guidance and NJ Coastal Community Assistance

An Integrated Approach for Water Management Examples from The Netherlands. Addressing Climate Change and Sea Level Rise

CASE STUDY: MCGREGOR COXALL SYDNEY, AUSTRALIA. McGregor Coxall

Adaptation and Resilience at the City of Fort Lauderdale

Water in storm drains does not go to a treatment plant

City of Norfolk Coastal Flood Mitigation Program. March 13, 2013

Working Group Meeting

Stormwater Retrofitting: The Art of Opportunity. Presented by the Center for Watershed Protection

Costal Sustainability and Green Streets, Mobile, Alabama

STORMWATER MANAGEMENT FACILITIES/STORMWATER PONDS - What Are They?

Green Infrastructure Enhancing Europe's Natural Capital

Empowering Local Action for Coastal Resilience in Massachusetts. Bruce K. Carlisle MA Office of Coastal Zone Management

Planning for Staten. Habitat Restoration and Green Infrastructure. Island s North Shore

Chagrin River Watershed Partners, Inc. Local Regulations. Amy H. Brennan (440)

ARCADIAN THAMES WALKS

Climate Smart Communities Green Infrastructure Case Studies

Preparing Hudson River Waterfronts for an Era of Rapid Sea Level Rise

Artful Rainwater Design

Auke Bay Area Plan. Complete List of Goals and Policies for the Auke Bay Area Plan

NJ Department of Environmental Protection

LIVING WITH WATER. Waggonner & Ball. David Waggonner OREGON ASSOCIATION OF CLEAN WATER AGENCIES JULY 27, 2016 LOUISIANA COASTAL CONDITION

SURREY COASTAL FLOOD ADAPTATION STRATEGY (CFAS) Phase 1 Open House

10.0 Open Space and Public Realm

Coastal Planning in Texas. Tony Williams Senior Director of Planning Coastal Resources Division Texas General Land Office

NORTH DISTRICT. Description

COASTAL MANAGEMENT ELEMENT. Last amended December 6, 2016 as part of the 2016 EAR

Blue/Green Infrastructure Study Accomack County, VA

Coastal Resilience in Connecticut

PART 5 - NATURAL AND PHYSICAL ENVIRONMENT

6.5 Lakewood Gulch. Basin Snapshot

Low Impact Development in Coastal South Carolina: A Planning and Design Guide

Template for Restoration in a Lake Superior Area of Concern. Template for Restoration in a Lake Superior Area of Concern

Potential Green Infrastructure Strategies May 6, 2015 Workshop

Green Roofs and Stormwater Management Virginia Stovin

Resilient Redesign III

The concept of Sustainable Urban Drainage Systems (SUDS) Quantity, Quality, Amenity

Just The Basics: Illicit Discharge. What does it mean to me?

Rotterdam Climate Proof

Monitoring and Maintenance Permit Process

Part 4: CRS Stormwater Management Activity (450) and Urban Flooding Best Practices

Green Infrastructure and Coastal Community Resilience

DEALING WITH STORM WATER MANAGEMENT

UBC URBAN STUDIO, FALL 2002 PEDESTRIAN ORIENTED

Impervious Cover Project for Climate Resilience in New Jersey

GREEN STREETS & INFRASTRUCTURE: A COUNTY APPROACH. Mimicking Nature to Manage Stormwater in Developed Areas

Conservation in South Jersey Being Creative with Restoration

NORTH KINGSTOWN PILOT PROJECT May 9, 2016 North Kingstown Town Council

Living Shoreline Professionals Advanced Training. August 24 & 31, 2017 Hosted by Virginia Institute of Marine Science College of William & Mary

Nonpoint Education for Municipal Officials. Linking Land Use to Water Quality. Partnership for Environmental Technology Education

WEFTEC.06. ** City of Caldwell, Idaho

Storm Water Quality and Shoreline Restoration Improvements - Grant Funding Request City of Mound Carlson Park Bolton & Menk Project No.

Green Infrastructure

PEOPLE, WATER, AND WILDLIFE: BLUE PRINCIPLES FOR RIVER DESIGN

Best Management Practice Fact Sheet 9: Bioretention. This fact sheet is one of a 15-part series on urban stormwater management practices.

SECONDARY BENEFITS OF STORMWATER BMPS. Growing Sustainable Communities, October 2017

Edgeley Pond + Park Public Meeting

QUESTIONS AND ANSWERS Windsor Woods, Princess Anne Plaza & The Lakes Combined Drainage Project

Preparing New Hampshire for Projected Storm Surge, Sea-Level Rise, and Extreme Precipitation

100 Resilient City Singapore

New York City, 17 th c.

Lafitte Greenway Sustainable Water Design

Craven Street Stormwater Improvement Projects

Sustainable Stormwater Management through Green Infrastructure. Jersey City Public School #5

LOUISIANA STATE UNIVERSITY COMPREHENSIVE & STRATEGIC CAMPUS MASTER PLAN. APPENDIX G - Stormwater Study Findings & Stormwater Solutions

Blue-Green Network and Urban Infrastructure Development

Virginia s Tidal Wetlands: Managing for Resilience. Pam Mason

Watershed Planning Workshop

A. Selma Park, Davis Bay and Wilson Creek

Why a new Food & Farm Ordinance?

Facing the Future: Waterfront Development Challenges in a Changing Climate

Urban Stormwater Management

The use of low head weirs to. perennial streams with their floodplains:

Hunts Point Landing, Bronx, New York

Stormwater Management at The University of New Orleans

State of the State New Jersey. Steve Jacobus NJDEP 06/10/15

The Flow. Green Infrastructure Taking Root in Cities 3/23/2015. Green Infrastructure Evolution City Plans/Projects Measureable and Holistic Benefits

STORMWATER QUALITY MARION STREET GREEN INFRASTRUCTURE PROJECT COMMON SOURCES OF URBAN POLLUTANTS URBAN STORMWATER

Surrey Ecosystem Management Study

The Moors at Arne Project, Managing Coastal Change

Does Green Infrastructure Pay?

The Benefits and Challenges Associated with Green Infrastructure Practices

In the Mississippi Delta: Building with Water

SOUTH FOX MEADOW STORMWATER IMPROVEMENT PROJECT

Southeast Michigan Council of Governments

REDEFINING AND EXPANDING RESTORATION OPPORTUNITIES FOR URBAN AREAS

IDENTIFICATION TO IMPLEMENTATION THE JOURNEY OF CITY RESILIENCE

Transcription:

Adapting cities to floods Kristina Hill, PhD University of Virginia School of Architecture Hamburg, Germany What kinds of floods? 1 2 3 Local rain-driven flooding (surface and ground water) Upstream rain-driven flooding (rivers) Tidal or storm surge-driven flooding (coast) 1

NOAA, 2008 Weather and Climate Extremes in a Changing Climate, Final Report 2

Graphic courtesy of Dr. Robert Dolan, UVa How have cities adapted to changing water levels in other regions? 3

Three basic strategies for adapting to coastal flooding: 1 build robust barriers around the perimeter, and pump groundwater out as it rises (Rotterdam, London, Tokyo, Taipei) 2 build flood-resilient districts (Hamburg) 3 abandon low-lying districts and allow the frequency of flooding to change the local economy and demographics over time (New Orleans, Jakarta) What needs to be changed in order to adapt? 1 2 3 4 5 sewage systems (CSO frequency/volume, decentralization) drainage systems (ROW standards, detention/retention capacity) role of tidally-influenced outfalls in each system barriers around low-lying infrastructure and residential areas evacuation routes and plans 4

What needs to be changed in order to adapt? 1 2 3 4 5 sewage systems (CSO frequency/volume, decentralization) drainage systems (ROW standards, detention/retention capacity) role of tidally-influenced outfalls in each system barriers around low-lying infrastructure and residential areas evacuation routes and plans and to adapt successfully: 6 improvements in the quality of urban water discharges 7 mitigation of coastal and riparian habitat losses 8 re-establishment of estuarine seagrass meadows 9 economic and infrastructure investments to maintain a region s competitive status 10 attention to social justice in land use and evacuation plans street tactics 5

6

SEA (Street Edge Alternatives) Street, Seattle 97% runoff reduction (Rich Horner, UW; Seattle Public Utilities) 7

Portland, Oregon 8

Ecoducts (land bridges) over a highway connect terrestrial species to a regional protected area at Hammarby-Sjostad. Internally, the stormwater park provides corridors to the water s edge. Standing dead trees are incorporated into the larger park areas. 9

green/gray infrastructure hybrid: weirs in pipes as better daylighting strategy-- removes sediments and nutrients, reveals baseflow as amenity in public space; Seattle example, Northgate south lot concept (Seattle Public Utilities). 10

11

coastal urban adaptations 12

13

14

Maeslantkering, Rotterdam; 1997 (storm surge barrier) 15

16

17

18

19

Hamburg s new Hafencity (Harbor City) district, on the Elbe River 20

A historic warehouse district forms the backbone of the Hafencity development. New pedestrian bridges are set higher, to serve as escape routes during floods. 21

The Elbphilharmonie, a new symphony hall with luxury units above. Buildings have a hardened 1st story along a wide pedestrian walkway. 22

23

24

Raised metal walkways provide alternative circulation, especially during floods. 25

26

27

28

de-centralized urban pattern, each unit semi-independent 29

30

Initial framework for an urban water plan for New Orleans. PROPOSED edge strategies 31

A proposed skirt of submerged floating SAV beds attached to barrier and shoreline. New or re-used pilings as framework for floating inter-tidal and sub-tidal wetlands along dynamic shorelines subject to storm surges and rising sea levels. Proposed for section of former industrial shoreline, Chesapeake Bay watershed. K. Hill and DIRT Studio, 2008. 32

What needs to be changed in order to adapt? 1 2 3 4 5 sewage systems (CSO frequency/volume, decentralization) drainage systems (ROW standards, detention/retention capacity) role of tidally-influenced outfalls in each system barriers around low-lying infrastructure and residential areas evacuation routes and plans and to adapt successfully: 6 improvements in the quality of urban water discharges 7 mitigation of coastal and riparian habitat losses 8 re-establishment of estuarine seagrass meadows 9 economic and infrastructure investments to maintain a region s competitive status 10 attention to social justice in land use and evacuation plans 33

Thank you for listening. 34