Tang (2006) |
Conceptual |
No |
Supply management
Demand management
Product management
Information management
|
200+ |
1964–2005 |
Incorporating nonstationary supply and demand processes
Considering alternative objective rather than cost/profit for disruption risks
Including dynamic supply configurations of suppliers in supply management strategies
Including dynamic pricing/revenue management in demand management strategies
Including dynamic assortment planning in product management strategies
Including Collaborative Planning, Forecasting, and Replenishment systems in information management strategies
|
1,119 |
Rao and Goldsby (2009) |
Conceptual |
No |
Environmental risks
Industrial risks
Organizational risks
Problem‐specific risks
Decision‐maker risks
|
55 |
1998–2008 |
Using their proposed typology of risk to:
investigate the impact of risks on supply chains
investigate supply chain partner engagement
assess the benefits of visibility on reducing supply chain risk
|
281 |
Tang and Musa (2011) |
Citation/Cocitation analysis |
No |
Material flow risk
Financial flow risk
Information flow risk
|
138 |
1995–2009 |
|
418 |
Colicchia and Strozzi (2012) |
Systematic literature network analysis (citation analysis) |
No |
Complexity and uncertainty
Practices and tools for SCRM
Organization of SCRM process
Increased supply chain resilience and robustness
|
55 |
1994–2010 |
Incorporating supply chain complexity
Incorporating resilience and robustness in supply chain modeling
Managing disruption risks
Considering supply chains as interactive open systems
Assessing the value of supply chain resilience and robustness
|
233 |
Sodhi et al. (2012a) |
Participant observation, informant interviewing, and enumeration (survey) |
No |
SCRM definition gap
SCRM process gap
SCRM methodology gap
|
31 |
1998–2010 |
Developing a clear definition of SCRM
Conducting research on the response to supply chain risks
Conducting more empirically oriented research on SCRM
|
1,035 |
Ho et al. (2015) |
Systematic literature review |
No |
New SCRM definition
Supply chain risk categorization (macro risk, demand risk, manufacturing risk, supply risk, and infrastructural risk)
Factors affecting supply chain risks
Classification of quantitative and qualitative SCRM methods
|
224 |
2003–2013 |
Conducting research on infrastructural, manufacturing, or process risks
Exploring interrelations among various risk groups
Assessing the correlations between risk factors or probability of occurrence of each risk factor
Using empirical research to test existing SCRM models
Focusing on underrepresented sectors (e.g., public sector, renewable energy sector)
Paying more attention to service supply chains and the risk monitoring process
Benchmarking risk mitigation strategies
Adding “risk recovery” to SCRM approaches
Quantifying costs and benefits of SCRM
|
276 |
Heckmann et al. (2015) |
Conceptual |
No |
|
162 |
N/A |
SCRM approaches should address both efficiency‐ and effectiveness‐driven objectives
SCRM approaches should comprise factors such as a decision‐maker's risk attitudes and/or environmental factors
Integrating time‐based characteristics into risk assessments
|
288 |