resource nexus - eea knowledge investments for soer 2020 · eea-magic joint workshop “european...
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EEA-MAGIC joint workshop “European Union’s environmental policy frameworks through a resource nexus lens”
Copenhagen, 15-16 May 2018
Resource nexus - EEA knowledge investments for SOER 2020
Lorenzo Benini, Ph.D.
Foresight and sustainability assessment group
Introduction
Overview of SOER 2020 and systemic challenges
Resource nexus & knowledge investments
Next steps and open questions
Flow of this presentation
Introduction
Overview of SOER 2020 and systemic challenges
Resource nexus & knowledge investments
Next steps and open questions
Flow of this presentation
Introduction
Widening, deconstructing, opening-up
StabilizingReconciling, narrowing,
closing
You are expected to:
• be invited to share your view on policy narratives and discuss them in
the light of systemic environmental and societal challenges;
• be confronted with out-of-the-box issues unveiled by the resource
nexus analysis;
• have the opportunity to critically appraise the outcomes of the
analysis and engage in conversations with the MAGIC project team.
Introduction
Widening, deconstructing, opening-up
StabilizingReconciling, narrowing,
closing
..but I could reconsider
that after a beer.
Introduction
Overview of SOER 2020 and systemic challenges
Resource nexus & knowledge investments
Open questions and next
steps
Flow of this presentation
SOER 2020 Integrated assessment logic and structure
Bio
div
ersi
ty &
nat
ure
Sectors
The
me
s
PART 1Setting the scene
integrated assesments from a thematic (chapters 3 – 12) and sectoral perspective (chapters 13 & 14)
summary assessment of progress to 7EAP objectives (chapter 15)
Environmental acquis
Systems perspective (chapter 16);Sustainability challenges and
prospects (chapter 17, 18 & 19)
7EAP
Policy context Global and
European context(chapters 1 & 2)
Fisheries & aquaculture
Forestry
Agriculture
Energy
Transport
Industry
PART 2Environmental and climate trends
PART 3Sustainability prospects
Low–carbon
economy
Bio-economy
Blue economyCircular
economy
PART 4Conclusions
Fres
hw
ate
r
Lan
d a
nd
So
il
Mar
ine
Clim
ate
ch
ange
Air
po
lluti
on
No
ise
Was
te a
nd
res
ou
rce
s
Ch
emic
als
po
lluti
on
Ind
ust
rial
po
lluti
on
Bio
div
ersi
ty &
nat
ure
Fisheries & aquaculture
Forestry
Agriculture
Energy
Transport
Industry
Pa
rt 1
Pa
rt 2
Pa
rt 3
From 7th EAP to 8th EAP
MFF 2021-2028Research and development
needs
Key m
es
sa
ges
Integrated assessments from a thematic (chapters 3 – 12) and sectoral perspective (chapters 13 & 14);
Summary assessment of progress to 7EAP objectives (chapter 15)
SOER 2020 Integrated assessment logic and structure
Bio
div
ersi
ty &
nat
ure
Sectors
The
me
s
PART 1Setting the scene
integrated assesments from a thematic (chapters 3 – 12) and sectoral perspective (chapters 13 & 14)
summary assessment of progress to 7EAP objectives (chapter 15)
Environmental acquis
Systems perspective (chapter 16);Sustainability challenges and
prospects (chapter 17, 18 & 19)
7EAP
Policy context Global and
European context(chapters 1 & 2)
Fisheries & aquaculture
Forestry
Agriculture
Energy
Transport
Industry
PART 2Environmental and climate trends
PART 3Sustainability prospects
Low–carbon
economy
Bio-economy
Blue economyCircular
economy
PART 4Conclusions
Fres
hw
ate
r
Lan
d a
nd
So
il
Mar
ine
Clim
ate
ch
ange
Air
po
lluti
on
No
ise
Was
te a
nd
res
ou
rce
s
Ch
emic
als
po
lluti
on
Ind
ust
rial
po
lluti
on
Bio
div
ersi
ty &
nat
ure
Fisheries & aquaculture
Forestry
Agriculture
Energy
Transport
Industry
Pa
rt 1
Pa
rt 2
Pa
rt 3
From 7th EAP to 8th EAP
MFF 2021-2028Research and development
needs
Key m
es
sa
ges
Integrated assessments from a thematic (chapters 3 – 12) and sectoral perspective (chapters 13 & 14);
Summary assessment of progress to 7EAP objectives (chapter 15)
Systemic
challenges
Analytical take on systemic issues in SOER 2020
PLANETARY
BOUNDARIES
Analytical take on systemic issues in SOER 2020
Sustainability goals,
prospects & transitions
Policy & Governance
in the EU (Responses)
Drivers of Change
Societal
Systems
Systems
Introduction
Overview of SOER 2020 and systemic challenges
Resource nexus & knowledge investments
Next steps and open questions
Flow of this presentation
Resource Nexus – Elements of definition
An example of conceptual framework
Nexus (Nexus Platform)
• Fundamentally about natural resource scarcities - which
can jeopardise human well-being, therefore a security issue
• About the complex interdependencies between water,
energy, food and other resources
• Simply speaking, a nexus is ‘one or more connections
linking two or more things’ (systems perspective)
• Almost always about water-energy-food (e.g. Nexus Platform,
Future Earth) but also land, climate change, wastes (UNU-
Flores), labour and the environment.
• Climate change increasingly integrated as an additional set
of stressors on the nexus
Not a single definition but similar key features across literature and initiatives:
Resource Nexus – Elements of definition
An example of conceptual framework
Nexus (Nexus platform)
• The ambition to account for synergies, tensions and
potential trade-offs between food, energy, water and the
environment…
• .... at multiple spatial and temporal scales (Howells &
Rogner, 2014)
A fundamental shift from a pure sectoral approach to
solutions that embrace a cross-sectoral, coherent and
integrated perspective
Not a single definition but similar key features across literature and initiatives:
Resource Nexus – Policy implications
This challenges existing structures, policies and procedures at global,
regional and national levels
• Diagnosis: sectoral policies create unintended consequences (e.g. biofuels vs. water
and food security)
• Need to address externalities across multiple sectors, with a focus on overall system
efficiency rather than on the productivity of isolated sectors (Hoff 2011)
• Encouraging socio-ecological systems perspectives and
system-wide approaches to planning and decision making
(Davis 2014), inspired by other holistic approaches including
integrated natural resource management, integrated water
resources management, and sustainable development
Low – carbon economy
Bio-economy Circular economy
EEA investments and preliminary results
1. Stock-taking of case studies, resource nexus issues in production
and consumption systems;
2. Long-term implications on European long-term resource demand -
food and energy systems – characterisation and scenario-based
analysis (focus on trade and biophysical constraints);
3. Consistency check of long-term objectives set in policy
frameworks, challenges, trade-offs (Low-Carbon Economy - Clean
power for transport, Circular Economy).
EEA investments and results
1. Stock-taking, focus on systems
illustration of the interplay and trade-offs
between water, land use, energy, food and
materials and the link with natural capital
and ecosystem servicesHuman
Well
Being
Provisioning
Systems
Energy,
Food, Mobility
Energy
Five-Node-Resource Nexus (Water, Land,
Energy, Minerals, Biomass)
Embedded in Natural Capital
Provisio
ning
System
Academic
investigation
s
Technical
reports and
outcomes of the
FP7, the JRC
and the Horizon
2020 projects
Total number of
investigations
Food 28 18 46
Energy 27 13 40
Mobility 11 13 24 : Integrated management and governance
: Natural capital including natural resources,
supporting human well-being through
provisioning systems: Return flows of waste-products and by-
products from provisioning systems
EEA investments and results
2. Characterisation and mid- to long-term analysis – energy and agriculture
EU-6 dependency on resource imports
EEA investments and results
2. Characterisation and mid- to long-term analysis – energy and agriculture
Anticipated land use and water consumption in the agricultural and energy sectors of the EU-6 for
2012, 2030 and 2050 (internalization scenario)
Land Use Water
EEA investments and results
2. Characterisation and mid- to long-term analysis – energy and agriculture
Anticipated land use and water consumption in the agricultural and energy sectors of the EU-6 for
2012, 2030 and 2050 (internalization scenario)
Land Use Water
EEA investments and results
3. Analysis of policy frameworks: Clean power for transport
‘Low-carbon’ transition to electric cars fueled by renewables, implications on inputs,
lithium imports in EU-6 (2012, 2030 and 2050)
EEA investments and results
3. Analysis of policy frameworks: Clean power for transport
‘Low-carbon’ transition to electric cars fueled by renewables, implications on inputs,
lithium imports in EU-6 (2012, 2030 and 2050)
although not a CRM (yet..)
EC, 2017
Introduction
Overview of SOER 2020 and systemic challenges
Resource nexus & knowledge investments
Next steps and open questions
Flow of this presentation
Next steps and …
• Knowledge investments:
Analysis of stock-taking (literature, EU projects e.g. MAGIC,
SIM4NEXUS);
Further analysis of policy frameworks (e.g. Bioeconomy
Strategy, CAP, Renewable Energy Directive).
Next steps and …
• Knowledge investments:
Analysis of stock-taking (literature, EU projects MAGIC,
SIM4NEXUS);
Further analysis of policy frameworks (e.g. Bioeconomy
Strategy, CAP, Renewable Energy Directive).
• EEA products:
SOER 2020 (drafting summer/fall 2018, publication in 2019);
Mid- to long-term: potential incorporation of findings in other
EEA products (e.g. ‘Implications of drivers of change on
production and consumption systems in Europe’).
… open questions
• The concept is prone to epistemic and ontological tensions
need for an EEA approach to the resource nexus;
• Complementarity / integration between paradigms in
“sustainable transitions”:
socio-technical / solution-driven / technological innovation vs.
precaution-driven / adaptation;
• Balancing complexity and simplification for communicability in
SOER 2020: not too complex but not simplistic;
• Policy relevance: silos vs. systemic view
Thank you
26
• Insights and findings from the project and discussions
mainly point to one issue: dealing with complexity;
• "information silos", "governance silos", "disciplinary silos in
academia" are expected to be able to deal with complex
problems requiring holistic analysis, diversity of values
and a scientific input based on multi-dimensional and
multiscale analysis, which is seldom the case.
Reflections and questions for the panel debate
Status of EEA assessments
Environment
Human systems
Resources & ecosystem services
Waste & emissions
State & TrendsIndicators
State & TrendsIndicators
State & TrendsIndicators
State & TrendsIndicators
Thematic Environmental Assessments
Thematic Environmental Assessments
Thematic Environmental Assessments
EEA reporting, SOER 1995-2015
Integrated Environmental Assessments
Monitoring through discrete indicators
Status of EEA assessments
Environment
Human systems
Resources & ecosystem services
Waste & emissions
State & TrendsIndicators
State & TrendsIndicators
State & TrendsIndicators
State & TrendsIndicators
Thematic Environmental Assessments
Thematic Environmental Assessments
Thematic Environmental Assessments
EEA reporting, SOER 1995-2015
Integrated Environmental Assessments
Monitoring through discrete indicators
SOER 2020 - Extended IEA more systems-oriented, resource nexus, nexi..What knowledge base?
1.Are these issues and insights of relevance? What are, or
could be, the implications for the work of the EEA and
other agencies when it comes to report about these issues?
Balance between complexity and communicability in
integrated environmental assessments;
2.What could be the implications for the future of
environmental policy and related long-term frameworks
(e.g. on synergies and trade-offs)?
Reflections and questions for the panel debate
1.Are these issues and insights of relevance? What are, or
could be, the implications for the work of the EEA and
other agencies when it comes to report about these issues?
Balance between complexity and communicability in
integrated environmental assessments;
2.What could be the implications for the future of
environmental policy and related long-term frameworks
(e.g. on synergies and trade-offs)?
Reflections and questions for the panel debate