Participatory backcasting: A tool for involving stakeholders in long term local development planning

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Erasmus Intensive Programme Equi Agry June 29 July 11, Foggia Participatory backcasting: A tool for involving stakeholders in long term local development planning Dr. Maurizio PROSPERI ( maurizio.prosperi@unifg.it ) Dr. Antonio LOPOLITO Prof. Roberta SISTO STAR*AgroEnergy Group University of Foggia

What is Backcasting? Backcasting is a term introduced by Robinson (1982), denoting a method to analyse future options The major distinguishing characteristic of backcasting analysis is a concern, not with what futures are likely to happen, but with how desirable futures can be attained. It is thus explicitly normative, involving working backwards from a particular desirable future end-point to the present in order to determine the physical feasibility of that future and what policy measures would be required to reach that point.

What is Backcasting? It has two main characteristics: A normative nature And represent a process of working backwards from a particular desired future end-point (Robinson 2003)

Normative nature Not explorative (What will happen?) Where scenarios that sketch plausible futures are developed. Usually these show the implications of several external drivers (Börjeson et al. 2006) Normative (What we have to do to make happen something?) Backcasting leads to the identification of actions that are effective in the different socio-environmental contexts (e.g. those sketched in the exploratory scenarios)

How is it articulated? It includes at least 1) the development of desirable images of the future (visions) 2) A backwards analysis of how these visions can be realised backcasting as the part of working backwards from the vision to the present

Other characteristics some backcasting studies have a strongly quantitative nature, depending strongly on models others take a more qualitative (and often participatory) approach

Methodological Steps Step 1. Identification of the desired end-point Step 2. Identification of obstacles, opportunities and milestones 2a. Identification of the obstacles (e.g. lack of financial resources) and opportunities 2b. At the same time, milestones were defined. Step 3. Identification of (Policy) actions Step 4. Identification of Strategies (=mix of actions)

Step 1. Identification of the desired endpoint A desired endpoint is chosen in plenary session. It need to be a major goal upon which all participants agreed (however, to save time, we did it through an online survey)

Step 2. Identification of obstacles, opportunities and milestones 2a. In small groups, participants study the contextual exploratory scenario that they had developed previously in order to identify the obstacles (e.g. lack of financial resources) and opportunities (e.g. investment in new technologies) encountered in relation to achieving the desired endpoint (however, to save time, we also did it through the same online survey)

Step 2. Identification of Obstacles, opportunities and milestones 2b. At the same time, milestones (bottlenecks) are defined. The milestones form the main steps from the desired endpoint back to the present. They are often linked to one or multiple obstacles and opportunities, and thus to the exploratory scenario.

Step 3. Identification of (Policy) actions The milestones, obstacles and opportunities provided a framework for the identification of more concrete actions. Actions are designed to overcome obstacles and lead to the achievement of milestones and the desired endpoint The actions are plotted on a timeline to show the relations between them, and their relations with milestones, obstacles and opportunities

Simplified example of the result of a backcasting Adapted from Van Vliet et al. 2013

Step 4. Identification of Strategies Strategies are main sequences of actions and milestones leading to the desired endpoint. They summarise the backcasting timeline They are identified roughly by the participants After the workshop, they are fine-tuned by the workshop organisers

The main outputs 1. The timelines with actions, milestones, obstacles, opportunities and the desired endpoint showing how the desired endpoint can be reached; 2. A summarising overview in the form of strategies, for each scenario; 3. A list of robust actions, independent of the scenarios

A possible output

When is backcasting applicable? Typically backcasting is applied on long-term complex issues, involving many aspects of society as well as technological innovations and change The focus of interest is on a perceived societal problem of great importance (e.g. impacts of transports on the environment)

When is backcasting applicable? the following characteristics favour backcasting: the problem to be studied is complex, affecting many sectors and levels of society there is a need for major change, i.e. when marginal changes within the prevailing order will not be sufficient the dominant trends are part of the problem. These trends are often the cornerstones of forecasts the problem to a great extent is a matter of externalities, which the market cannot treat satisfactorily; the time horizon is long enough to allow considerable scope for deliberate choice

An Experiment The development of a Bio-Based Economy (BBE) in European rural areas Identify the desired endpoint in 2035 Identify the main obstacles Identify the main opportunities Identify the appropriate actions to achieve the desired end point, while taking into account obstacles and opportunities

Identify the desired endpoint in 2035 1) Which of these three options would you come true in the year 2035? Please select one: 1. Zero organic waste 2. Creation and development of a market for products from biorefinery 3. Make profitable the market for the products from biorefinery

Identify the main obstacles 2) Which are the main obstacles? Select the most important 5 Absence of a clear market; Uncertainty on return on investment or too long payback period for eco-innovation; Lack of external funding; Insufficient access to existing subsidies and tax esemption; Lack of human resources; Limited access to external information and knowledge, including the lack of technological support; Lack of collaboration with research institutes and universities. Cultural gaps on the role of sustainable development and the opportunities that its pursuit may determine; Significant cuts to public and private spending with consequent limited availability of financial resources for BBE investments; Lack of common standards in order to measure eco-innovation of a product and a process (ie how green a process or a product); Inconsistent policy framework at local, national and European level; bureaucratic obstacles and administrative lacks; Limited capacity of SMEs in R&D activities; lack of technical and technological support to SMEs; relocation of businesses; Technical and technological constraints (e.g. obsolete technical infrastructures); Market dominated by consolidated companies; Lack of clear and effective communication on the ecoinnovation and its environmental and economic benefits; barriers to education; Others obstacles (pleas desctibe)

Identify the main obstacles 3) Which are the main Opportunities? Select the most important 5? Forward Thinking of the institutions Forward Thinking of entrepreneurs Presence of dedicated crops Enforcement of environmental law Awareness for sustainable issues Strong social acceptability by stakeholders and society Positive effects in terms of revitalization of local economies Positive effects of the bio-economy in terms of job creation and employment and social services Positive Demographic trends Promising market for products from biorefinery Involvement of local, national and supra-national stakeholders Open-innovation networks Bureaucratic public administration support Importance of the strategic role of energy security, with emphasis on agro-energy. Availability of suitable support systems Presence of EU funding Presence of successful cases Recognition of the bioeconomy as a key strategy for the development of the European rural areas reduction of pollution Others oppportunities (pleas desctibe)

Identify the desired endpoint in 2035 4) Identify the appropriate action to achieve the desired end point Based on the aggregation of the responce to the three previous questions, it is achieved in a participative manner by the group It s your turn now!!!

Is backcasting a method? Robinson (1982): it is a method describing how a study should proceed in a number of well-defined consecutive steps, each of which in turn divided into substeps Dreborg (1996): it should be seen as a general approach than as a method It is an approach which may promote creativity, by shifting the focus from present conditions to a situation sufficiently far off in the future to permit radical change

Is backcasting a method? Robinson (1982): it is a method describing how a study should proceed in a number of well-defined consecutive steps, each of which in turn divided into substeps Dreborg (1996): it should be seen as a general approach than as a method It is an approach which may promote creativity, by shifting the focus from present conditions to a situation sufficiently far off in the future to permit radical change

Summary: core features of backcasting The outcome: alternative images of the future, thoroughly analysed as to their feasibility and consequences. Often they highlight polarities (eg solar vs. nuclear), and limit to what is technologically and socially possible to attain (is economic growth compatible with a 40% reduction of transports over the next 30 years?) Also, strategic choices for society are identified. Of specific interest are decisions that may close or open the door to some of the identified future solutions

Summary: core features of backcasting For whom: addressed to many actors such as political parties, Governmental authorities, municipalities, organizations, private enterprises and an informed general public The studies are meant to provide input to a policy-forming process, with many actors.

Summary: core features of backcasting For what: The images of the future are meant to serve as well worked out examples of what, e.g., sustainability may be like, with the aim of widening perceptions of possible solutions among various actors. Another purpose is to highlight consequences of strategic choices in society (the opening or closing of future options). The result is not meant to form a basis for a single, big decision. It provide alternative (coherent ) images of the future and their (credible) consequences. Then the results may work as a scientific material in a process, facilitating for actors with different values and goals to form an opinion and a view on the future.

Summary: core features of backcasting How: A backcasting study needs novel ideas about solutions to the problem at stake. Getting ideas is a non-logical process. There is no point in prescribing any formal methods (Methods such as expert panels etc may work, but you may also get a brilliant idea without using any specific method) It is the result that counts. However, a sound knowledge of the relevant aspects of society and technology is a necessary foundation. Since the studies cover such broad fields of knowledge, a multidisciplinary team is required.

Reading List Robinson J (1982) Energy backcasting a proposed method of policy analysis. Energ Policy 10:337 344 Robinson J (2003) Future subjunctive: backcasting as social learning. Futures 35:839 856 Börjeson L, Höjer M, Dreborg K-H, Ekvall T, Finnveden G (2006) Scenario types and techniques: towards a user s guide. Futures 38:723 739 Van Vliet M and Kok K (2013) Combining backcasting and exploratory scenarios to develop robust water strategies in face of uncertain futures. Mitigation and Adaptation Strategies for Global Change Dreborg KH (1996) Essence of backcasting. Futures 28:813 828

Erasmus Intensive Programme Equi Agry June 29 July 11, Foggia Participative backcasting: A tool for involving stakeholders in long term local development planning Thank you! Dr. Maurizio PROSPERI ( maurizio.prosperi@unifg.it ) Dr. Antonio LOPOLITO Prof. Roberta SISTO STAR*AgroEnergy Group University of Foggia