1 panel 3: spatial analytical methods and future scenarios james goldstein & anna fleder tellus...

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1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and Technology Network for Sustainability Progress Review Workshop October 18, 2005

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Page 1: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

1

Panel 3: Spatial Analytical Methods and Future Scenarios

James Goldstein & Anna FlederTellus Institute

Boston, MA

U.S. EPA Collaborative Science and Technology Network for Sustainability Progress Review Workshop

October 18, 2005

Page 2: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 2

Overview of Presentation

1. Project Background

2. The role and use of scenarios

3. Creating Scenarios for the Boston Region

4. Discussion

Page 3: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 3

1. Project Background

• Increasing global interconnectedness has led to urgent large-scale problems -- clear need for preventative approaches & linking local with global

• Developing scenarios to support regional planning for sustainability by providing tools and methods

• Piloting this approach in Boston region

Page 4: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 4

2. Role of Scenarios

• Scenarios=Future Images + Possible Pathways• Stories, both qualitative and quantitative, about how

the future could unfold• Fire up imagination, inspire and motivate action• Early warnings about imminent dangers based on

current trends• Generate knowledge to conceive and evaluate

alternative pathways • Provide social legitimacy for early action

Page 5: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 5

Branch PointsBranch Points

SCENARIOS

Sources of Uncertainty

•Ignorance

•Surprise

•Volition

Page 6: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 6

Components of Scenarios

• Where do we want to go?– Images of economy, politics, culture and society that

suggest coherent and plausible futures

• How do we get there?– Pathways to bridge today’s conditions with the images

of the future– Actions: gathering resources, motivating people

Page 7: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 7

Boundaries•Spatial•Thematic•Temporal

Boundaries•Spatial•Thematic•TemporalKey DimensionsKey Dimensions

Current Situation•Historic context•Institutional description•Quantitative accounts

Current Situation•Historic context•Institutional description•Quantitative accounts

Driving Forces•Trends•Processes

Driving Forces•Trends•Processes

Critical Uncertainties•Resolution fundamentally alters course of events

Critical Uncertainties•Resolution fundamentally alters course of events

Anatomy of ScenariosAnatomy of Scenarios

Plot•Captures dynamics•Communicates effectively

Plot•Captures dynamics•Communicates effectively

Image of the Future

Image of the Future

Page 8: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 8

Global Links:Implications for Local Scenarios

• Local scenarios may connect more tangibly to social change processes than global scenarios

• Enlarges and enriches stakeholder process

• Promotes linkage to initiatives around the world; builds global solidarity

• Introduces exogenous variables that condition local planning and decision-making

• Identifies new goals and indicators

Page 9: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 9

Multi-Stakeholder Processes

• Normative visions and scenarios without broad stakeholder endorsement will never be realized

• On the other hand, stakeholders have difficulties thinking “out of the box”

• Need concrete small steps that can be realized in the short term to demonstrate success

• Visioning and backcasting together with stakeholders can facilitate social learning

Page 10: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 10

3. Developing Scenarios for the Boston Region

• Three archetype scenarios being developed:– Business-As-Usual (BAU): little change in production

and consumption patterns; GHG emissions and ecological footprints grow; equity not addressed

– Policy Reform: technological and policy measures emphasized to moderate ecological destruction and social inequality

– Deep Change: changes in values lead to changes in lifestyles and institutions (along with technological innovations) to achieve sustainability with global responsibility

Page 11: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 11

Scenario 1: Business-As-Usual

Boston in 2050 stays the course of Boston in 2005:

• Dominant values (“the American dream”) and consumerism persist

• Income and health inequalities become deeper• Dependence on imported raw materials increases• Urban sprawl and car dependence grows• Increased CO2 emissions and footprints leads to

climate change with global as well as local impacts

Page 12: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 12

Scenario 2: Policy ReformBoston in 2050 has seen government-led policies and technological change to address many of the problems of the BAU scenario:

• CO2 emissions have decreased somewhat• Income and social inequalities reduced• Resources are used more efficiently• Sprawl mitigated to a degree• Global resource depletion continues• Climate change and global inequality persist

Page 13: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 13

Scenario 3: Deep ChangeBy 2050, Boston has seen political engagement towards transformation of values and lifestyles:

• Growing awareness of global connectedness and responsibility

• Deep changes in lifestyles, behavior, and institutions have led to huge reductions in CO2 emissions and footprint

• Quality-of-life (clean environment, sense of community, social equity) replaces economic growth and material consumption as key driver

Page 14: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 14

Business-As-UsualTransportation & Land Use

• Most growth seen in communities outside Rte. 128• Private car use and VMT greater than in 2005; GHG

emissions continue to grow• Congestion and commuting times worsen• Large inefficient vehicles continue to dominate• Modest improvements in public transportation, but

transit ridership low

Page 15: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 15

Policy ReformTransportation & Land Use

• High fuel and vehicle taxes curtail private vehicle use; VMT reduced modestly

• Congestion and commuting time stabilized at 2005 levels• Transport-related GHGs reduced moderately through

efficiency improvements• Improved rail and transit links (e.g., North & South

Stations)• TOD popular in much of the inner core communities• Lack of regionally coordinated land-use planning;

sprawling development in outer ring

Page 16: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 16

Deep ChangeTransportation & Land Use

• GHG emissions from transportation reduced by 70%• New regional governing body coordinates land-use

decision-making; promotes density, transit, and healthy lifestyles and mixed use

• Private car use reduced significantly; transit and alternative modes dominate

• Major roadways redesigned to accommodate alternative modes

• Congestion and commuting time markedly reduced• Parts of downtown Boston closed to private vehicles;

served by free transit and other modes

Page 17: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 17

Annual Miles Traveled in Personal Vehicles

0

510

15

2025

30

2000 2010 2020 2030 2040 2050

Bil

lio

n M

iles

BAU Policy Reform Deep Change

Page 18: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 18

CO2 Emissions

0

10

20

30

40

50

60

70

80

2000 2010 2020 2030 2040 2050

Mil

lio

n T

on

ne

s C

O2

BAU Policy Reform Deep Change

Page 19: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 19

Land Area Required for Food

0

100

200

300

400

500

600

700

2000 2010 2020 2030 2040 2050

Th

ou

san

d h

a

BAU Policy Reform Deep Change

Page 20: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 20

Business-As-UsualPoverty & Inequality

• New employment opportunities mostly outside inner core

• Little attention to poverty reduction; poverty rate persists

• Growing income gap between skilled and unskilled jobs

• Inequality continues to increase

Page 21: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 21

Policy ReformPoverty & Inequality

• Employment centers develop near transit nodes (diverse opportunities: from service to professional)

• Policy initiatives raise the minimum wage, increase job training opportunities

• Poverty stabilized but remains concentrated in inner core

• Inequality improves slightly

Page 22: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 22

Deep ChangePoverty & Inequality

• Poverty reduction and equality among key values adopted and acted upon

• Shorter work week leads to reduction in unemployment

• Affordable housing and universal health care reduce the financial burden on poor households

• “Living wage” adopted and poverty significantly reduced

• Considerable improvement in income equality

Page 23: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 23

Population Below the Poverty Line

0

200

400

600

800

1000

1200

2000 2010 2020 2030 2040 2050

Th

ou

sa

nd

s o

f P

eo

ple

BAU Policy Reform Deep Change

Page 24: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 24

Income Inequality

0

0.2

0.4

0.6

0.8

2000 2010 2020 2030 2040 2050

Gin

i Co

eff

icie

nt

BAU Policy Reform Deep Change

Page 25: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 25

4. Discussion

• What does it mean for the Boston region to pursue a sustainable future when the rest of the country/world is not?– Boston could serve as a model for other regions

– We could assume that similar deep changes are taking place throughout the country and beyond

• What role can scenario development processes play in informing planning and bringing about coherence and a sense of direction?

Page 26: 1 Panel 3: Spatial Analytical Methods and Future Scenarios James Goldstein & Anna Fleder Tellus Institute Boston, MA U.S. EPA Collaborative Science and

Bringing Global Thinking to Local Sustainability Efforts:

A Collaborative Project for the Boston Region 26

Contact Information

James GoldsteinSenior [email protected]

Anna FlederResearch [email protected]

Tellus Institute11 Arlington St. Boston, MA 02116(617) 266-5400