List of models for FSCM
| Model | Food quality | Supply chain efficiency | Food waste | Food safety | Value chain analysis | Contributions |
|---|---|---|---|---|---|---|
| Caswell et al. (1998) | X | X | Proposes a Metasystems-enabled model Enhances product quality Considers the transaction costs and system efficiencies | |||
| Vorst (2000) | X | Introduces a KPIs-based model Assessment of the key impact factors in FSCM | ||||
| Reiner and Trcka (2004) | X | Introduces an improved product-specific supply chain design model Enhances the performance | ||||
| Gorris (2005) | X | Introduces a food safety objective model Concerns operational food safety management at different food chains | ||||
| Beulens et al. (2005) | X | X | X | Introduces a network-based supply chain model Improves the products quality, safety and food chain transparency | ||
| Taylor (2005) | X | X | Applies lean value chain improvement Proposes a value stream analysis (VSA) model Uses a multi-echelon structures | |||
| Kim et al. (2006) | X | Presents a modified three-stage methane fermentation model Reduces the food waste | ||||
| Manning et al. (2006) | X | X | Introduces an organizational business model Analyzes the efficiency in the integrated FSCM | |||
| Aramyan et al. (2007) | X | Illustrates a performance measurement Uses a balanced scorecard model Proposes applicable performance appraisal indicators | ||||
| Trienekens and Zuurbier (2008) | X | X | Concern marginal costs and standards Revalue the cost/effectiveness of the food production | |||
| Oliva et al. (2008) | X | Introduces a system dynamic model Ensures the food quality | ||||
| Akkerman et al. (2010) | X | X | X | Reviews the literature on related models in strategic network design, tactical network planning, and operational transportation planning | ||
| Ruiz-Garcia et al. (2010) | X | X | Establishes an architectural model Keep the quality and reduce waste | |||
| Parfitt et al. (2010) | X | Uses a data model Examines losses at immediate post-harvest stages | ||||
| Marucheck et al. (2011) | X | X | Presents the operation management theory models and methodologies Examines food safety and values in FSCM | |||
| Garnett (2011) | X | Introduces a model to estimate food-related greenhouse gas emission Improves the total value of food supply chains | ||||
| Wu and Pagell (2011) | X | Proposes a theory-building model Balances short-term profitability and long-term environmental sustainability | ||||
| Gustavsson et al. (2011) | X | Introduces a hierarchical model Analyzes the food waste within a whole food supply chain | ||||
| Rong et al. (2011) | X | Proposes a decision-making model Uses a mixed-integer linear programming model | ||||
| Zarei et al. (2011) | X | X | Uses quality function deployment model Improves the efficiency and increases the food value chain | |||
| Zhang and Li (2012) | X | X | Analyzes an agri-food supply chain management Optimizes internal costs and productivities | |||
| Kummu et al. (2012) | X | Presents a data analytic model Conducts food waste Examines food wastes’ influences on freshwater, cropland, and fertilizer usage | ||||
| Zanoni and Zavanella (2012) | X | Proposes a joint effects model Considers different objective functions | ||||
| Yu and Nagurney (2013) | X | Proposes a network-based FSCM model Increases the value chain | ||||
| Aung and Chang (2014) | X | X | Presents an information-based traceability model Considers safety and quality in the food supply chain | |||
| Meneghetti and Monti (2015) | X | X | Introduces an optimization model Considers specific characteristics Increases the whole cold chain value | |||
| Chadderton et al. (2017) | X | X | Introduces a decision support model Considers site-specific capabilities and supply chain efficiency | |||
| Eriksson et al. (2016) | X | Proposes an environmental and economic model Enhances the biogas production from food waste |
| Model | Food quality | Supply chain efficiency | Food waste | Food safety | Value chain analysis | Contributions |
|---|---|---|---|---|---|---|
| X | X | Proposes a Metasystems-enabled model | ||||
| X | Introduces a KPIs-based model | |||||
| X | Introduces an improved product-specific supply chain design model | |||||
| X | Introduces a food safety objective model | |||||
| X | X | X | Introduces a network-based supply chain model | |||
| X | X | Applies lean value chain improvement | ||||
| X | Presents a modified three-stage methane fermentation model | |||||
| X | X | Introduces an organizational business model | ||||
| X | Illustrates a performance measurement | |||||
| X | X | Concern marginal costs and standards | ||||
| X | Introduces a system dynamic model | |||||
| X | X | X | Reviews the literature on related models in strategic network design, tactical network planning, and operational transportation planning | |||
| X | X | Establishes an architectural model | ||||
| X | Uses a data model | |||||
| X | X | Presents the operation management theory models and methodologies | ||||
| X | Introduces a model to estimate food-related greenhouse gas emission | |||||
| X | Proposes a theory-building model | |||||
| X | Introduces a hierarchical model | |||||
| X | Proposes a decision-making model | |||||
| X | X | Uses quality function deployment model | ||||
| X | X | Analyzes an agri-food supply chain management | ||||
| X | Presents a data analytic model | |||||
| X | Proposes a joint effects model | |||||
| X | Proposes a network-based FSCM model | |||||
| X | X | Presents an information-based traceability model | ||||
| X | X | Introduces an optimization model | ||||
| X | X | Introduces a decision support model | ||||
| X | Proposes an environmental and economic model |