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Weslynne Ashton, Yale University “Structure & Evolution of Regional Industrial Ecosystems” Structure & Evolution of Regional Industrial Ecosystems Case study of Barceloneta, Puerto Rico

Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

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Page 1: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Structure&EvolutionofRegionalIndustrialEcosystems

CasestudyofBarceloneta,PuertoRico

Page 2: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Outline•  Objective–Inductivetheory-buildingusingcasestudyresearchtounderstandhowregionalindustrialsystemsfunctionandchange

•  Approach–Anintegrativeframeworktostudydifferentelementsofstructureandtheirevolutioninsuchsystems•  Casestudy–Barceloneta,PuertoRico1950-2005•  Preliminaryfindings•  Summary

Page 3: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Aframeworkforstudyingregional

industrialecosystems•  Regionindustrialsystemscanbestudiedusing–  Industrialecology(communityecologyconcepts)–  Economicgeography–  Organizationalsociology–  Complexsystemstheory

•  Thisresearchintegratedtheseapproachesbyfirstdeterminingsimilaritiesanddifferencesinhoweachfieldperceivessystemstructureandevolution

Page 4: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Systemstructure•  Threeaspectstoconsider–  Contextinwhichthesystemexists,actors/componentswithinthesystem,andinteractionsamongtheactors

•  Externalforcesdetermineconditionsthatactonthesystem–  Biophysicalresourceavailabilityandstochasticevents–  Social,economicandpoliticalconditionsandchanges

•  Withinsystem:structureresultsfrompatternsinrelationshipsamongactors–  Diversityanddominanceofdifferenttypesofactors–  Biophysical(materialandenergy)flows–  Economictrade(buyingandsellinggoodsandservices)–  Socialinteractions,norms,culture

Page 5: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Aspect Ecological forces

Regional socio-economic forces

Industrial ecosystem measure

Context Climate, biogeography

Institutional context

Climatic and biogeographic conditions Political, economic, social, cultural, and institutional conditions

Factors of production

Stocks of natural (water, land use, air quality), financial, human, social and knowledge capital

Actors Species Industries Identification of industrial sectors and firms present, diversity and dominance of industrial sectors

Functional groups, trophic levels

Industrial sectors Categorization of industrial firms into functional groups, including producers, consumers and recyclers; identification of specialization

Interactions Energy flows Energy supply and demand and the flow of energy among industries

Material flows Material use within region, with special attention to use of recycled materials and recycling loops

Competition Competition Consumption of locally available resources, development of symbiosis

Predation Demand conditions

Supply chain, local and export markets

Migration, colonization

Threat of substitutes or new entrants

Entrance of new firms and new industries

Social networks Inter-firm and inter-personal relationships

Structuralcomponentsofintegrativeframework

Page 6: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

PuertoRicocontext•  Climateandgeography–  Tropicalclimate,susceptibletohurricanes–  Diverseislandecosystems–  Area~9000km2–  Population~3.9million

•  Politicaleconomy–  UScommonwealthterritorywithinternalselfgovernment

–  Economybasedonmanufacturingandtourism

–  Islandispoliticallystablebutcurrentlyineconomicrecession

Page 7: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

BarcelonetaResourceavailability

•  Naturalresources–  Zoneofhighestpermeabilityinvastnorthcoastaquifersystem

–  30kmproximitytoSanJuananditsports

–  Proximitytooceanfortreatedwastewaterdischarge

Legend Factory Town BRWTP Road River

Arecibo Barceloneta

Manati

Hwy #22 Rt #2

N Atlantic Ocean

Florida

Page 8: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Barcelonetaindustrialevolution

Pre-1950: Rural,agriculturalregion,sugarcaneplantations1960s: Laborintensivemanufacturingindustry–food,textiles,footwear1970-2000: Capitalintensivemanufacturing–pharmaceuticalsPost-2000: Declineofmanufacturing,riseofservices

Page 9: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Industrialstructurediversity&dominance

LQi = rei/ret* nei/net H = Σ(ni/n)* ln(ni/n) E = H/ln(s)

where re - regional employment ne – national employment i – ith industry n – number of firms s – number of industries

*Manufacturing sector only

Index 1960 1970 1980 1990 2000

Location Quotient (LQ) 0.304 0.253 0.277 0.208 0.205

Shannon Weiner Diversity Index (H)

2.064 2.117 1.868 1.757 1.710

Species Evenness (E)

0.861 0.852 0.752 0.732 0.743

Page 10: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Hypothesizedeconomicstructure:1956

Linkages Existing Probable

Agriculture, forestry, fishing, mining

Wholesale & Retail

Manufacturing

Construction

Utilities

Services

Households

Waste mgt & recycling

103

2

1

?

19

4

19

~10000

Exports

Imports

Page 11: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

2

Economicstructure:2002

Agriculture, forestry, fishing, mining

Wholesale & Retail

Manufacturing

Construction

Utilities

Services

Households

Waste mgt & recycling

313

2

44

285

30

3

~23000

Linkages Existing Probable Waste

Exports

Imports

Page 12: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Existing Proposed

Pharmaceutical Firms

waste water

Wastewater Treatment Facility

recovered solvents

Waste Management

Firms

Paint Manufacture

off-spec solvents

Energy Recovery

Proposed Cogeneration

Facility

energy

waste water

industrial wastes

Hay Farm

treated sludge

Industrialsymbiosisenergy&materialconservation

Animal feed

fermentation waste

Page 13: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

IndustrialSymbiosisnetworkrelationships

Other Firms

Byproduct Exchanges

Solvent Recovery Service Sharing

Advisory Council/ Utility Sharing

Food Paper Chemicals Metals Electronics Trading Waste

Page 14: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Socialstructurein2004

Food Paper Chemicals Metals Electronics Trading Waste

Page 15: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Barcelonetasystemevolution

Holling 1987

∞ Mobilization

Exploitation Creative destruction

Conservation

Increasing organization and connectedness

Incr

easi

ng s

tora

ge o

f en

ergy

and

cap

ital

Complexsystemcycle–  Collapseofagricultureledtoreleaseofresourcesandsubsequentexploitationbymanufacturingfirms

–  Increasingno.andtypesofstructurallinkagesamongfirms

–  Increasingamountoflocalresourceconservationandrecycling

–  Shiftingindustrialcomposition,butsystemmaintainshighlevelofdiversity

–  Pharmaceuticalindustryenteringtransitionperiod

Page 16: Structure & Evolution of Regional Industrial Ecosystems · “Structure & Evolution of Regional Industrial Ecosystems” System structure • Three aspects to consider – Context

WeslynneAshton,YaleUniversity“Structure&EvolutionofRegionalIndustrialEcosystems”

Summary•  Industrialecosystemdescribed–  Economic,material,andsocialstructures–  Systemevolutionfollowedcomplexsystemcycle

•  Furtherwork–  Completenaturalhistoryofthesystembyaligningchangesinexternaleventsandlocalresourceavailabilitytoobservedpatternsinindustrystructureandevolution–  Examinelessonsofthiscasefortheorybuilding