Title: pentru a stimula si contribui la transpunerea n practica
1Sustainable Development Principles and Evaluation
Teodora-Alexandra Palarie
- 2nd of September 2008
- Iashington International Conference
2Main Issues
- Why do we need (to understand) Sustainable
Development? - What is SD?
- How do we evaluate the implementation of SD?
3What is SD?
- The classical definition of the Brundtland
Commission (1987) - meeting the needs of the present without
compromising the ability of future generations to
meet their needs (Our Common Future. The Report
of the World Commission on Environment and
Development 1987)
4What is SD?
- What is this definition about?
- Resource use, consumption and needs
satisfaction - Intergenerational equity
- Linking natural and socio-economic system
Attempts to combine concerns with the
environment and socio-economic issues (Hopwood
et al. Sustainable development Mapping
different approaches, Sustainable Development
13, 3852 (2005))
5What is SD?
- Maintaining long term functioning, efficiency
and accessibility of resources, services,
infrastructures, income generation, and community
cohesiveness
6What is SD?
7What is SD Sustainable Societies?
- Comes down to the selection of lifestyle
- Depends on communities priorities
- Individual choices and values vs.
common/planetary choices and values
8What is SD?
- The concept of sustainable development links
people with the surrounding world (Hardi, P.,
Zdan, T.,1997, Assessing Sustainable Development
Principles in Practice) - Sustainability effectiveness of institutional
development (the WB) planning, implementation,
monitoring and evaluation processes - Sustainability an aspect (outcome) of
development programs or projects USAID, UNDP - Sustainability applied to 'clusters' of
national programs or similar initiatives in a
number of countries (e.g. OECD)
9What is SD?
- Strong and weak sustainability
- Interpreting natural resources and life support
systems - Substitutability in a closed system
- Strong sustainability
- No substitution is permitted
- Rate of resource consumption cannot accede rate
of regeneration - Weak sustainability
- Technology can (fully or partially) replace
nature - - Both the life-style and thermodynamic
interpretations are macro-level (global)
approaches - Both are value-based and value-dependent
10What is SD?
- Inter-generational equity
- Intra-generational equity
- Social justice and development
- Natural rights and utilitarianism
- Good governance and
- democratic rights
- Inter-species equity
- Human happiness/wellbeing
11SUSTAINABLE DEVELOPMENT PRINCIPLES during the
preparation of NSSD
- 1. Principle of support of human resource
development - 2. Ecological principle
- 3. Principle of auto-regulatory and
self-supporting development - 4. Effectiveness principle
- 5. Principle of reasonable sufficiency
- 6. Precautionary principle
- 7. Principle of respecting needs and rights of
future generations - 8. Principle of intra-generational,
inter-generational and global equality in rights
of the Earth inhabitants
12SUSTAINABLE DEVELOPMENT PRINCIPLES during the
preparation of NSSD
9. Principle of cultural and social
integrity 10. Principle of non-violence 11.
Emancipation and participation principle 12.
Solidarity principle 13. Subsidiarity
principle 14. Principle of acceptable
mistakes 15. Optimisation principle 16. Principle
of socially, ethically and environmentally sound
economy, decision-making, management and
behaviour
13How can we evaluate the sustainability of
projects?
14Problem statement
- The evaluation of sustainability depends on how
we interpret sustainability - There are several hundred different definitions
and interpretations of sustainability and
sustainable development - No scientific or standard definition
- We need a working definition for our own
project for consistency and efficiency - We have to understand the strategic as well as
ethical implications of the selected concept as
our guiding principle
15Principles of SD Evaluation
- Principle 1 Guiding Vision and Goals
- whole system which can co-evolve successfully
in a changing environment - development of the capacity to anticipate and
prevent
16Principles of SD Evaluation
- Principle 2 Holistic Perspective
- Consider the life cycle of the project
- Review of equity and disparity
- Consider both positive and negative consequences
of human activity, in a way that reflects the
full costs and benefits for human and ecological
systems, in monetary and non-monetary terms
17Principles of SD Evaluation
- Principle 3 Essential Elements
- Time spam
- - Spatial dimension
18Principles of SD Evaluation
- Principle 4 Adequate Scope
- development of an assessment that is beyond the
possibility of implementation - stimulate the capacity to learn from the past
- interdisciplinary approach and an integrated
perspective
19Principles of SD Evaluation
- Principle 5 Practical Focus
- identifying problems and designing and
implementing related solutions - the need to recognize the diverse and changing
nature of values held across society - bring as many disciplinary perspectives to bear
as possible - effectively linking to the needs of
decision-makers - maximize learning opportunities
20Principles of SD Evaluation
- Principle 6 Openness
- make the methods and data that are used
accessible to all - make explicit all judgments, assumptions, and
uncertainties in data and interpretations
21Principles of SD Evaluation
- Principle 7 Effective Communication
- designed to address the needs of the audience and
set of users - draw from indicators and other tools that are
stimulating and serve to engage decision-makers - aim for simplicity of structure and use of clear
and plain language
22Principles of SD Evaluation
- Principle 8. Broad Participation
- obtain broad representation of key grass-roots,
professional, technical, and social groups,
including youth, women, and indigenous people
to ensure recognition of diverse and changing
values - ensure the participation of decision-makers to
secure a firm link to adopted policies and
resulting action
23Principles of SD Evaluation
- Principle 9 Ongoing Assessment
- - develop a capacity for repeated measurement to
determine trends - be iterative, adaptive, and responsive to change
and uncertainty because systems are complex and
change frequently - adjust goals, frameworks, and indicators as new
insights are gained - promote development of collective learning and
feedback to d e c i s i o n-makers
24Principles of SD Evaluation
- Principle 10 Institutional Capacity
- clearly assigning responsibility and providing
ongoing support in the decision-making process - providing institutional capacity for data
collection, maintenance, and documentation - supporting development of local assessment
capacity
25What questions do we need to answer with our
projects in order to evaluate its sustainability?
- What does sustainability means for our project?
(Vision and Goals) - Who is paying and who is benefiting from our
project for the whole life cycle? (Holistic
Approach) - Which are the spatial and temporal dimensions of
our project? (Essential Elements) - What is our project approach? (Adequate Scope)
26What questions do we need to answer with our
projects in order to evaluate its sustainability?
- What is the problem we are addressing? (Practical
Focus) - Which are the solutions we are looking for? How
am I going to help decision-making? (Practical
Focus) - Is the message clear? (Openness)
- When, Where, How and What do I communicate?
(Effective Communication)
27What questions do we need to answer with our
projects in order to evaluate its sustainability?
- Who are the stakeholders and how can we involve
them? (Broad Participation) - How will I assess my goal, objectives, results?
How do I adapt at the new needs of the project?
(Ongoing Assessment) - What are my institutional capacities and how can
I influence positively other institutions
capacities? (Institutional Capacity)
28Thank you!