Abstract:a b s t r a c tModelers involved in environmental policy assessments are commonly confronted with the lack of uptake of model output by policy actors. Actors have different expectations of models, condensed into three quality criteria: credibility, salience, and legitimacy. The fulfilment of quality criteria is also dynamic as expectations vary, change, and possibly counteract each other. We present a checklist for modelers involved in model-based assessments that is aimed at the identification and monitoring … Show more
“…Second, model‐based decision support is an area ripe for innovation in sustainability research (Basco‐Carrera et al, ; Gerritsen et al, ; van Voorn et al, ). New insights on how this form of knowledge production and use could translate to behavior change have potential to scale given its common usage.…”
Participatory modeling is a potentially high-impact approach for catalyzing fundamental sustainability transformations. We test if participation in a group system dynamics modeling exercise increases participants' agency through a novel method to evaluate potential behavioral change using expectation measures. A water-energy-food nexus-a functionally interdependent but underconceptualized system with low consensus and high scientific uncertainty-was mapped, and its evolution simulated by 46 participants in three interventions in a region undergoing hydropower infrastructure development in Northeastern Cambodia. Participants' system-related expectations were measured before and after the interventions. Our results suggest that participants became significantly more optimistic about their individual agency to increase agricultural and fishing income and, interestingly, less likely to participate in local government development planning procedures. Findings also reveal how some uncertainties for multiple variables were reduced within and across the groups. Such converging expectations suggest that participatory modeling could contribute to making collective solutions and institutionalized agreements more likely. This research contributes to innovation in sustainability because it unpacks some underlying mechanics of how participatory processes can lead to new adaptive capacities, shared perspectives, and collective actions.
Plain Language SummaryOur research contributes to understanding actionable knowledge for sustainability using a before-after intervention with fishing and farming community representatives in a situation of conflicting water, energy, food, and livelihoods priorities in rural Cambodia. We explain why reducing uncertainty and building consensus on action through participatory research could potentially catalyze new behavior that promotes sustainability and test how this happens in our intervention. The result is a new and much needed evaluation framework and method for behavioral change outcomes in sustainability interventions.
“…Second, model‐based decision support is an area ripe for innovation in sustainability research (Basco‐Carrera et al, ; Gerritsen et al, ; van Voorn et al, ). New insights on how this form of knowledge production and use could translate to behavior change have potential to scale given its common usage.…”
Participatory modeling is a potentially high-impact approach for catalyzing fundamental sustainability transformations. We test if participation in a group system dynamics modeling exercise increases participants' agency through a novel method to evaluate potential behavioral change using expectation measures. A water-energy-food nexus-a functionally interdependent but underconceptualized system with low consensus and high scientific uncertainty-was mapped, and its evolution simulated by 46 participants in three interventions in a region undergoing hydropower infrastructure development in Northeastern Cambodia. Participants' system-related expectations were measured before and after the interventions. Our results suggest that participants became significantly more optimistic about their individual agency to increase agricultural and fishing income and, interestingly, less likely to participate in local government development planning procedures. Findings also reveal how some uncertainties for multiple variables were reduced within and across the groups. Such converging expectations suggest that participatory modeling could contribute to making collective solutions and institutionalized agreements more likely. This research contributes to innovation in sustainability because it unpacks some underlying mechanics of how participatory processes can lead to new adaptive capacities, shared perspectives, and collective actions.
Plain Language SummaryOur research contributes to understanding actionable knowledge for sustainability using a before-after intervention with fishing and farming community representatives in a situation of conflicting water, energy, food, and livelihoods priorities in rural Cambodia. We explain why reducing uncertainty and building consensus on action through participatory research could potentially catalyze new behavior that promotes sustainability and test how this happens in our intervention. The result is a new and much needed evaluation framework and method for behavioral change outcomes in sustainability interventions.
“…Gómez- García et al Computers and Electronics in Agriculture 147 (2018) 1-5 the first application of ForestMTIS, is a compilation of models from different modellers and a direct link with the end-users, contributing to direct transferring of research results and learning regarding sustainable forest management. Van Voorn et al (2016) pointed out three criteria for end-users to have interest in models which can also be extended to simulators: (i) credibility, i.e., if the model is considered an acceptable approximation of the modelled system, (ii) salience, i.e., if it can answer the questions that are raised, and (iii) legitimacy, i.e., when it represents fairly the views, values and concerns of involved stakeholders. In addition, modellers should be aware of four points (van Voorn et al, 2016): (a) the three criteria above cannot be considered equal but should be balanced, (b) the criteria can be counteracting, (c) the perception of credibility varies among modellers and end-users, and (d) the perception of the three criteria seem to be dynamic and may be path-dependent.…”
Section: Discussionmentioning
confidence: 99%
“…Van Voorn et al (2016) pointed out three criteria for end-users to have interest in models which can also be extended to simulators: (i) credibility, i.e., if the model is considered an acceptable approximation of the modelled system, (ii) salience, i.e., if it can answer the questions that are raised, and (iii) legitimacy, i.e., when it represents fairly the views, values and concerns of involved stakeholders. In addition, modellers should be aware of four points (van Voorn et al, 2016): (a) the three criteria above cannot be considered equal but should be balanced, (b) the criteria can be counteracting, (c) the perception of credibility varies among modellers and end-users, and (d) the perception of the three criteria seem to be dynamic and may be path-dependent. Therefore, models developed without feed-back or even involvement of end-users can be salient but not credible or legitimate.…”
A B S T R A C TSustainable forest management requires decision support systems to evaluate possible scenarios and anticipate the consequences of decisions. Forest modellers typically develop complex systems of equations to predict the behaviour of forests which makes the use of forest models difficult for end-users in general, affecting transfer of knowledge and technology. To overcome these difficulties and facilitate their practical use, models can be integrated into software to generate user-friendly forest simulators. In this paper we introduce and describe ForestMTIS, a cloud computing compiled and editable open-source project to generate forest simulators which was developed for statistical, non-spatial, deterministic, disaggregated, single species even-aged stand growth and yield models. We demonstrate the use of ForestMTIS based on the development of FlorNExT®, its first practical application, based on a collaborative approach to make growth and yield modelling and sustainable forest management available to a large community of users in the Northeast of Portugal.
“…The challenge to link knowledge to action for effective natural resource management is now well recognized (Knight et al, 2008;Weaver et al, 2014;Clark et al, 2016b;Beier et al, 2017;Wall et al, 2017). Knowledge that is useful to management is salient (relevant to management needs), credible (authoritative and trusted), and legitimate (developed within a process that accounts for all stakeholder perspectives) (Cook et al, 2013;Kunseler et al, 2015;van Voorn et al, 2016). Recognition of the need to make science usable has led to efforts to improve science communication (Fischhoff and Scheufele, 2014, and references therein;Young et al, 2014), to explicitly engage in the process of knowledge co-production or collection (Jacobs et al, 2016;Reid et al, 2016), and to increase support for interdisciplinary research groups (Levin et al, 2016), but few of those efforts translate to management action.…”
The sustainable use of global marine resources depends upon science-based decision processes and systems. Informing decisions with science is challenging for many reasons, including the nature of science and science-based institutions. The complexity of ecosystem-based management often requires the use of models, and model-based advice can be especially difficult to convert into policies or decisions. Here, we suggest five characteristics of model-based information and advice for successfully informing ocean management decision-making, based on the Ocean Modeling Forum framework. Illustrated by examples from two fisheries case studies, Pacific sardines Sardinops sagax and Pacific herring Clupea pallasii, we argue that actionable model-based output should be aspirational, applicable, parsimonious, co-produced, and amplifying.
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