Seite - 415 - in Loss and Damage from Climate Change - Concepts, Methods and Policy Options

17 SupportingClimateRiskManagementatScale… 415 Fig.17.11 Applicationof theFloodResilienceGameprovokingdiscussionat anNGOworkshop inJakarta indirecteffectsonlivelihoods,markets,andqualityoflife.It letsthemexperiencethe effectsonresilienceofinvestments indifferent typesof“capital”—suchasfinancial, human, social, physical, andnatural (seeFig.17.11). Finally, players can explore the complex outcomes on the society, environment and economy fromdifferent long-termdevelopment pathways. This highlights the typesofdecisionsneededtoavoidcreatingmorefloodriskinthefuture,incentivising actionbeforeafloodthroughenhancingparticipatorydecision-making.Overall, the learning generated in these interactions in a “safe-space” environment provides a platformfor subsequentlyexploring real-lifedecisions. 17.5.4 ASystemsModel for theIntegratedAssessment ofResilience Asaneffort to support thedevelopment of thegamingapproachaswell as provide an integrated perspective on flood resilience, the FloodResilience SystemFrame- work andModel (FLORES) has beendesigned to help provide afirst step towards understandingthecomplexityofthecommunitydecisioncontext.Thefirstversionof thesystemdynamicsmodeldevelopedisbasedonsuccessfulcollaborationbetween IIASA and Soluciones Practicas (Peru).1 The knowledge and experience of Solu- ciones Practicas’ staff has been critical to develop a model that helps to answer 1SolucionesPracticas is thePracticalActioncountryorganisation forPeru.