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Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge Mitigation for the Texas Coast Ï SSPEED

Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

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Page 1: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Jim Blackburn

Rice UniversityProfessor

Civil and Environmental Engineering

Co-Director, SSPEED Center

11

Landscape-Scale Non-structural Hurricane Surge Mitigation for the

Texas Coast

ÏÏ

SSPEEDSSPEED

Page 2: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

SSPEED CenterThe Center is based out of Rice University and

collaborates with leading academic institutions, the private sector and public entities.

Major funding from Houston Endowment

ÏÏ

SSPEEDSSPEED

Page 3: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

33Hurricane Ike

Chinese FY1-D MVISRSeptember 12, 2008 at 6:18 PM CDT

Category 2$25+ billion in damages4th costliest in U.S. History112 deaths2.6 million lost power

Hurricane Ike

Page 4: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Hurricane Ike Missed Most of Us

Page 5: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

SSPEED Center Houston Endowment Grant Work

• Initial Focus on Lessons Learned From Hurricane Ike

•Developed Structural and Non-structural Suite of Alternative Solutions

•Focus Upon Non-Structural Solutions Today

Page 6: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

66

Day Recreation Usage

Development of “Backside” of Peninsula

Page 7: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Flood Mitigation Based On Ecological Services and Bio-

mimicry

Spartina Alterniflora and Other Coastal Wetland Plants Define Resiliency –

Learn From The MarshEmbrace It Emulate It

Value ItTrade It

4 Days After Ike – Surge Return

Page 8: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Low-Lying Lands of Galveston Bay

Economy As Non-Structural Alternative

Could We Develop a Different Economy Here - -

A Resilient Economy Based on Use, Appreciation and Protection of our Natural Values?

Page 9: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Possible Non-Structural Economic Concepts

1. Recreation/Eco-Tourism

2.2. Natural Resource Value Trading Concept

Page 10: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Existing Conditions +Green Options

Lone Star Coastal National Recreation Area (LSCNRA)

Lone Star Coastal Exchange (LSCE)

Page 11: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Lone Star Coastal Exchange

• Intended to Offer Economic Engine to Low-lying Flood-Prone Private Property

• Based on Existence and Development of Private Sector Demand For Certain Natural Resource Functions and Values

• Examples:• Florida• Oregon • Chesapeake Bay

Page 12: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

1212

Nature, Vol. 387, 15 May 1997

Page 13: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 14: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Average value of annual ecosystem services

$0

$2,000

$4,000

$6,000

$8,000

$10,000

$12,000

US$/

acre

/yea

r

Estuaries

Seagrass/algal beds

Open ocean

Tropical forest

Temperate/boreal forest

Tidal marsh/mangroves

Swamps/floodplains

Lakes/rivers

Cropland

Page 15: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

$0

$1,000,000,000

$2,000,000,000

$3,000,000,000

$4,000,000,000

$5,000,000,000

$6,000,000,000

bays

do

llars

/year

(year

2000)

Sabine Lake

Galveston Bay

Matagorda Bay

San Antonio Bay

Aransas Bay

Corpus Christi Bay

Laguna Madre

COSTANZA’S VALUE OF TEXAS COASTAL BAYS AND

ESTUARIES

Page 16: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Houston WildernessEcological Capital Study

Page 17: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Lone Star Coastal Exchange Demonstration Area

Page 18: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Regulatory Market for Ecological Services

Page 19: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

From ‘Stop It’… environmental regulation

Environmental HarmEnvironmental Harm RegulationRegulation Market StructureMarket Structure

air pollutionair pollution Clean Air ActClean Air Act

RegulationRegulation

species endangermentspecies endangerment

overfishingoverfishing

wetland losswetland loss

sprawl, imp. surface losssprawl, imp. surface loss

nitrogen runoffnitrogen runoff

Ntl. Resource DamagesNtl. Resource Damages

climate changeclimate change

Endangered Species ActEndangered Species Act

NOAANOAA

AB32, RGGI, voluntaryAB32, RGGI, voluntary

CERCLACERCLA

Clean Water ActClean Water Act

local land use regulationlocal land use regulation

Clean Water ActClean Water Act

Page 20: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

…to aligning incentives.

air pollutionair pollution SO2 tradingSO2 trading

species endangermentspecies endangerment

overfishingoverfishing

wetland losswetland loss

sprawl, imp. surface losssprawl, imp. surface loss

nitrogen runoffnitrogen runoff

Ntl. Resource DamagesNtl. Resource Damages

climate changeclimate change

conservation bankingconservation banking

total allowable catch & ITQtotal allowable catch & ITQ

CO2 tradingCO2 trading

DSAY’sDSAY’s

TMDL’sTMDL’s

TDR’sTDR’s

wetland mitigation bankingwetland mitigation banking

Environmental HarmEnvironmental Harm Market StructureMarket Structure

Page 21: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Restoration Economy is robust & growing

Market StructureMarket Structure Market SizeMarket Size

$ 3.0 billion3.0 billion

$ 800 m800 m

$ 2.2 billion2.2 billion

$ 4.5 billion4.5 billion

$

(value of landed catch)

48 programs48 programs

>300 programs>300 programs

560 m

SO2 tradingSO2 trading

conservation bankingconservation banking

total allowable catch, ITQtotal allowable catch, ITQ

wetland mit. bankingwetland mit. banking

CO2 tradingCO2 trading

TDR’sTDR’s

Ntl. Resource DamagesNtl. Resource Damages

Page 22: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Non-Regulatory Market for Ecological Services?

•1.3 million acres of private land below 20 foot contour in Chambers, Galveston, Brazoria and Matagorda Counties

•Most have evaluated and rejected wetland mitigation banking

•Private sector farming and ranching running dry (e.g. no water, low profits)

•Would respond to private market overtures – but are there any?

Page 23: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Opportunities•Corporate Regulatory Market

– Wetland Mitigation– Natural Resource Damages Offset– Endangered Species Habitat– Air Pollution Abatement

Page 24: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Opportunities•Corporate Regulatory Market

•Changing Corporate Attitude– Corporate Web Sites– Coca Cola and attitude about water– Zero footprint – Carbon, Water and

Ecological

Page 25: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

What is an Ecological Footprint?

“Ecological Footprint” is a term created by Mathis Wackernagel & William Rees

Def: ‘accounts for the flows of energy and matter to and from any defined economy and converts these into the corresponding land/water area required from nature to support these flows’

~Our Ecological Footprint

Page 26: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 27: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Opportunities•Corporate Regulatory Market

•Changing Corporate Attitude

•Philanthropic– Foundations– NFWF – BP Spill Money

Page 28: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Opportunities•Corporate Regulatory Market

•Changing Corporate Attitude– Corporate Web Sites– Coca Cola and attitude about water– Zero footprint – Carbon, Water and

Ecological

•Philanthropic

•Gift

Page 29: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Opportunities•Corporate Regulatory Market

•Changing Corporate Attitude– Corporate Web Sites– Coca Cola and attitude about water– Zero footprint – Carbon, Water and Ecological

•Philanthropic

•Gift

•Government– FEMA Value Proposition– Corps of Engineers Non-Structural Sol’n

Page 30: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Potential Corps or FEMA Value Potential Corps or FEMA Value PropositionProposition

Page 31: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Marketable ConceptsMarketable Concepts•Spartina marsh expansion (with sea

level rise?)

•Tallow removal from prairie ecosystem

•Conversion of farmland to prairie

•Neotropical coastal woodlot creation and expansion

•Restoration of bottomland forests

•Endangered species habitat enhancement

Page 32: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Marsh footprint: 2004; 2050; 2100

Page 33: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Trading Platform Sellers

Buyers

Proposed Lone Star Coastal Exchange (LSCE)

Flood StorageConservation of Existing Habitat

Neo-tropical Migrant Habitat CreationCoastal Wetland Creation/Migration

Migratory Waterfowl Habitat CreationPrairie Habitat Creation

Forest Lands Habitat CreationCarbon Sequestration

Endangered Species Habitat

$

Page 34: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Four common elements…A pattern emerges from early innovationsTARGET UNIT

GEOGRAPHY TRANSFER

• “flood storage capacity”• “no net loss”• “public access”• “breeding habitat”

mitigation bank

• functional acres• tons CO2e• lbs of fish landed• lbs of N reduction

• service area• historical range of species• fishery• watershed

Page 35: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Elements of Trading Platform

•Geographic Information System

•Standard Setting

•Process for Determining Landowner Eligibility

•Project Development

•Verification

•Transaction Platform

Page 36: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

This study has already shown that the process developed can sequester as much as 25 metric tons of CO2 per acre per year while nearly eliminating the CO2 emissions produced by current farming practices. Twenty-five tons CO2 per acre is equivalent to 6.8 tons C per acre.

Sacramento – San Joaquin Delta Study

Page 37: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 38: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Transaction Platform

•Connects Buyers and Sellers

•Provides Long-Term Project Registration

•Provides Credit Tracking

•Design Based on Type of Standards and Credits

•References: – www.thebaybank.org/marketplace – http://www.markit.com/sites/en/products/environmental/

markit-environmental-registry.page

Page 39: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Role of NGO’s in LSCE

• Working with sellers on creation of Working with sellers on creation of habitat values habitat values

•freshwater wetland creation expertisefreshwater wetland creation expertise

•prairie creation expertise prairie creation expertise

•seed supply sourceseed supply source

•marsh creationmarsh creation

• Assessment of credit valueAssessment of credit value

• Verification of credit valueVerification of credit value

• Maintaining the accountsMaintaining the accounts

Page 40: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Future WorkFuture Work

• Work With Potential SellersWork With Potential Sellers

• Work With Potential BuyerWork With Potential Buyer

• Work With Potential NGO PartnersWork With Potential NGO Partners

• Establish the Transaction RulesEstablish the Transaction Rules

• Establish the Trading PlatformEstablish the Trading Platform

Page 41: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

Contact Me

• Jim Blackburn - [email protected] - [email protected]

•SSPEED Center - - http://sspeed.rice.edu/sspeed/.http://sspeed.rice.edu/sspeed/.

Page 42: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 43: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 44: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge
Page 45: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

White Oak Bayou Watershed 1996 Floodway & 100 Year

Page 46: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

White Oak Bayou Watershed 2007 Flood Zones

Page 47: Jim Blackburn Rice University Professor Civil and Environmental Engineering Co-Director, SSPEED Center 1 Landscape-Scale Non-structural Hurricane Surge

How Much Are These Wetlands Worth For Preservation?