“…Small scale dynamic MFA; tracks material flows in production systems (Widok et al, 2011) SD with greater details on specific part of the system (Morgan et al, 2017) None 242 281 ABM Dynamic LCA of systems with no central control; models market potential (Micolier et al, 2019) Dynamic analysis integrating microeconomic and macroeconomic data; models market potential (Al Irsyad et al, 2019) Dynamic MFA of systems with no central control; models market potential (Bollinger et al, 2012) SD of systems where heterogeneity and emergence matters; models market potential (Brailsford et al, 2019) DES of technical infrastructure populated with individuals; models market potential (Abel and Faust, 2020) None 59 OR LCA of a system optimal state; decision when faced with multiple conflicting criteria (Thies et al, 2019) Macroeconomic impact of optimal local value chains; decision when faced with multiple conflicting criteria (Johansen et al, 2017) Optimization of material flows (Cooper et al, 2020) SD models system, OR finds optimal system configuration; decision when faced with multiple conflicting criteria (Linnéusson et al, 2020) DES models system, OR finds optimal system configuration; decision when faced with multiple conflicting criteria (Linnéusson et al, 2020) DES models system, OR finds optimal system configuration; decision when faced with multiple conflicting criteria (Wu et al, 2020) None ABM, agent-based modeling; SD, system dynamics; MFA, material flow analysis; EEIOA, environmentally extended input output analysis; LCA, life cycle assessment; OR, operations research; DES, discrete event simulation. contribution of a system to the environmental and economic pillars of sustainability but do not usually account for social aspects (Merli et al, 2018), while emergy and exergy focus on the environment through energy accounting.…”