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TRIPLE BOTTOM LINE FOR POLICY
EVALUATION
A qualitative approach to climate change and sustainability
LAYOUT
Introduction
Modelling the triple bottom line
A case study
Conclusion
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
INTRODUCTION
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
GOALS
17/09/2015	
   4	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
Argue about the unexpected outcomes of bioenergy transitions
Highlight the complexity of sustainability transitions
Explain a way to model the system’s complexity and triple
bottom line sustainability
Explain how to identify leverages for the system’s change
SUSTAINABILITY TRANSITIONS?
5	
  17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
What are the
outcomes of these
processes at local
level?
Are such transitions
really sustainable?
What is
sustainability?
CONSEQUENCES OF SUSTAINABILITY
TRANSITIONS: AN EXAMPLE
6	
  
Bioenergy
production
-  Thermal warming
-  Impact on soil nutrients ad
biodiversity
-  Social opposition
-  Economic problems
-  Water courses pollution
-  GHG emissions
-  Economic unfeasebility
-  Social disinterest
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
MODELING THE TRIPLE BOTTOM
LINE
7	
  
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
TRIPLE BOTTOM LINE (TBL)
Economy Society Environment TBL
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
HOW TO DEFINE THE TBL?
9	
  
Embedded definition of
Sustainability
Policy
documents
Previous
studies and
official
reports
Actors’ view
and
understandin
g
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
TBL METHODOLOGIES
24/09/15	
   10	
  User	
  manual	
  –	
  NIBIOs	
  power	
  point	
  template	
  
Causal
mechanisms
of transition
processes
Institutional
analysis
Cognitive
analysis
System
dynamics
A CASE STUDY
Biogas in Emilia Romagna
11	
  
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
PROBLEM ARTICULATION
Research questions
“Why does bioenergy development lead to unsustainable outcomes
in the case study area?”
“Is the Feed-In Tariff scheme a sufficient and necessary cause to
explain the causes of unsustainability?”
“What structures and causal mechanisms lay behind bioenergy
development that may explain unsustainable outcomes in the case
study?”
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
13	
  
METHODS AND VARIABLES SELECTION
Official
reports and
policy
documents
Statistical
reports
Interviews
with
stakeholders
Focus groups
Previous
studies
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
INSTITUTIONAL MODEL
14	
  
BIOGAS
Energy
Agriculture Administrative
system
Waste
management
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
POLICY MODEL
15	
  17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
16	
  
investments in biogas
biogas
plants
biogas
production
energy crops
production
import of
biomass
farmland rent
price
traffic in rural
areas
GHG
emissions
+
+
+
+
+
+
bioelectricity
generation
digestate
generation
+
+
biomass
accumulation
+
+ biomass
storing
percolation
+
+
+
bad smells
+
social
opposition
+
+
pressure on local
and regional
governments
+
profit
+
+
- -
+
use of digestate on
farmland
+
-
policy
interventions*
+
demand for
farmland
+
+
+
-
use of land
food crops
production-
-
public
grants
+
-
+
R1
R2
+
R3
B1
plant
maintenance
B2
B3
B4
R4
R5
R6
R7
R8
R9
B5
B6
social capital
collaboration
organizational
capacity
+
-
+
+
+
+
bioheat
fraction used
in-house
fraction
non-consumed
+
+
-
thermal
warming
+
EU 2020 targets
achievement-
-
support
schemes
++
R10
B7
R11
R12
-
-
+
B8
A
n
a
l
y
s
i
s
HOW TO FIND THE LEVERAGES?
Balacing loops –down
growth
Reinforcing loops –
boost growth
Actors’ suggestions
Lessons from
successful cases
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
investments in biogas
biogas
plants
biogas
production
energy crops
production
import of
biomass
farmland rent
price
traffic in rural
areas
GHG
emissions
+
+
+
+
+
+
bioelectricity
generation
digestate
generation
+
+
biomass
accumulation
+
+ biomass
storing
percolation
+
+
+
bad smells
+
social
opposition
+
+
pressure on local
and regional
governments
+
profit
+
+
- -
+
use of digestate on
farmland
+
-
policy
interventions*
+
demand for
farmland
+
+
+
-
use of land
food crops
production-
-
public
grants
+
-
+
R1
R2
+
R3
B1
plant
maintenance
B2
B3
B4
R4
R5
R6
R7
R8
R9
B5
B6
social capital
collaboration
organizational
capacity
+
-
+
+
+
+
bioheat
fraction used
in-house
fraction
non-consumed
+
+
-
thermal
warming
+
EU 2020 targets
achievement-
-
support
schemes
++
R10
B7
R11
R12
-
-
+
B8
L
e
v
e
r
a
g
e
s
CONCLUSION
Learning…
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
POLICY IMPLICATIONS
20	
  
•  Diversify and localize biomass supply
•  Synergies among local actors
•  Diversify the uses of biogas
Value chain
•  Set regional ambitious climate change goals
•  Focus on phase out fossil fuels from public buildings
•  Enforce local land and energy planning
Regulations
•  Start local participatory processes/platforms
•  Strengthen local collaboration
•  Give the possibility for shared investments
Social policies
17/09/2015	
  Bianca	
  Cavicchi,	
  PhD	
  Fellow	
  
THANK YOU FOR YOUR ATTENTION
Bianca Cavicchi,
Norwegian Institute of Bioeconomy Research (NIBIO), Norway, Ås, (Oslo Department)
bianca.cavicchi@nibio.no
British num. +44 7835 160629
Norwegian num. +47 46213132

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Cavicchi_EEEN conferencePDF

  • 1. TRIPLE BOTTOM LINE FOR POLICY EVALUATION A qualitative approach to climate change and sustainability
  • 2. LAYOUT Introduction Modelling the triple bottom line A case study Conclusion 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 4. GOALS 17/09/2015   4  Bianca  Cavicchi,  PhD  Fellow   Argue about the unexpected outcomes of bioenergy transitions Highlight the complexity of sustainability transitions Explain a way to model the system’s complexity and triple bottom line sustainability Explain how to identify leverages for the system’s change
  • 5. SUSTAINABILITY TRANSITIONS? 5  17/09/2015  Bianca  Cavicchi,  PhD  Fellow   What are the outcomes of these processes at local level? Are such transitions really sustainable? What is sustainability?
  • 6. CONSEQUENCES OF SUSTAINABILITY TRANSITIONS: AN EXAMPLE 6   Bioenergy production -  Thermal warming -  Impact on soil nutrients ad biodiversity -  Social opposition -  Economic problems -  Water courses pollution -  GHG emissions -  Economic unfeasebility -  Social disinterest 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 7. MODELING THE TRIPLE BOTTOM LINE 7   17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 8. TRIPLE BOTTOM LINE (TBL) Economy Society Environment TBL 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 9. HOW TO DEFINE THE TBL? 9   Embedded definition of Sustainability Policy documents Previous studies and official reports Actors’ view and understandin g 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 10. TBL METHODOLOGIES 24/09/15   10  User  manual  –  NIBIOs  power  point  template   Causal mechanisms of transition processes Institutional analysis Cognitive analysis System dynamics
  • 11. A CASE STUDY Biogas in Emilia Romagna 11   17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 12. PROBLEM ARTICULATION Research questions “Why does bioenergy development lead to unsustainable outcomes in the case study area?” “Is the Feed-In Tariff scheme a sufficient and necessary cause to explain the causes of unsustainability?” “What structures and causal mechanisms lay behind bioenergy development that may explain unsustainable outcomes in the case study?” 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 13. 13   METHODS AND VARIABLES SELECTION Official reports and policy documents Statistical reports Interviews with stakeholders Focus groups Previous studies 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 14. INSTITUTIONAL MODEL 14   BIOGAS Energy Agriculture Administrative system Waste management 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 15. POLICY MODEL 15  17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 16. 16   investments in biogas biogas plants biogas production energy crops production import of biomass farmland rent price traffic in rural areas GHG emissions + + + + + + bioelectricity generation digestate generation + + biomass accumulation + + biomass storing percolation + + + bad smells + social opposition + + pressure on local and regional governments + profit + + - - + use of digestate on farmland + - policy interventions* + demand for farmland + + + - use of land food crops production- - public grants + - + R1 R2 + R3 B1 plant maintenance B2 B3 B4 R4 R5 R6 R7 R8 R9 B5 B6 social capital collaboration organizational capacity + - + + + + bioheat fraction used in-house fraction non-consumed + + - thermal warming + EU 2020 targets achievement- - support schemes ++ R10 B7 R11 R12 - - + B8 A n a l y s i s
  • 17. HOW TO FIND THE LEVERAGES? Balacing loops –down growth Reinforcing loops – boost growth Actors’ suggestions Lessons from successful cases 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 18. investments in biogas biogas plants biogas production energy crops production import of biomass farmland rent price traffic in rural areas GHG emissions + + + + + + bioelectricity generation digestate generation + + biomass accumulation + + biomass storing percolation + + + bad smells + social opposition + + pressure on local and regional governments + profit + + - - + use of digestate on farmland + - policy interventions* + demand for farmland + + + - use of land food crops production- - public grants + - + R1 R2 + R3 B1 plant maintenance B2 B3 B4 R4 R5 R6 R7 R8 R9 B5 B6 social capital collaboration organizational capacity + - + + + + bioheat fraction used in-house fraction non-consumed + + - thermal warming + EU 2020 targets achievement- - support schemes ++ R10 B7 R11 R12 - - + B8 L e v e r a g e s
  • 20. POLICY IMPLICATIONS 20   •  Diversify and localize biomass supply •  Synergies among local actors •  Diversify the uses of biogas Value chain •  Set regional ambitious climate change goals •  Focus on phase out fossil fuels from public buildings •  Enforce local land and energy planning Regulations •  Start local participatory processes/platforms •  Strengthen local collaboration •  Give the possibility for shared investments Social policies 17/09/2015  Bianca  Cavicchi,  PhD  Fellow  
  • 21. THANK YOU FOR YOUR ATTENTION Bianca Cavicchi, Norwegian Institute of Bioeconomy Research (NIBIO), Norway, Ås, (Oslo Department) bianca.cavicchi@nibio.no British num. +44 7835 160629 Norwegian num. +47 46213132