Table 9. Relationships between... | Emerald Publishing

Table 9.

Relationships between sustainability and resilience in CLSCs

Author and year	Primary objective	Resilience strategies	Products	Benefits	Problems	Tradeoffs
(Akbari-Kasgari et al., 2022)Akbari-Kasgari et al. (2022)	Impact of including resilience on sustainability	Backup suppliers	Copper mines	Improves supply chain profits and increases job security	Increases pollution	Tradeoff between environmental pollution and economic and social benefits
Mehrjerdi and Shafiee (2020)	Interactions between sustainability and resilience	Information sharing and multiple sourcing	Tires	More jobs created	Increase in costs, pollution and energy consumption	Tradeoff between social benefits and environmental pollution
Yavari and Zaker (2019)	Impact of resilience on sustainability	Integrating electric power and supply chain	Dairy products	Lower costs during disruption, lower emissions	Increase in costs of the network but decreases during disruption	Tradeoff between the increase in costs of implementation and the environmental and economic benefits
Fazli-Khalaf et al. (2021)	Effects of resilience on sustainability	Opening backup facilities	Tires	Lowering emissions, creating more jobs	Decentralized network increases costs	Tradeoff between increased costs and social and environmental benefits
Momenitabar et al. (2022)	Impact of resilience on sustainability	Backup facilities and lateral transshipment	Tires	Lateral transshipment lowers costs of network	None mentioned	None mentioned

Author and year	Primary objective	Resilience strategies	Products	Benefits	Problems	Tradeoffs
(Akbari-Kasgari et al., 2022)Akbari-Kasgari et al. (2022)	Impact of including resilience on sustainability	Backup suppliers	Copper mines	Improves supply chain profits and increases job security	Increases pollution	Tradeoff between environmental pollution and economic and social benefits
Mehrjerdi and Shafiee (2020)	Interactions between sustainability and resilience	Information sharing and multiple sourcing	Tires	More jobs created	Increase in costs, pollution and energy consumption	Tradeoff between social benefits and environmental pollution
Yavari and Zaker (2019)	Impact of resilience on sustainability	Integrating electric power and supply chain	Dairy products	Lower costs during disruption, lower emissions	Increase in costs of the network but decreases during disruption	Tradeoff between the increase in costs of implementation and the environmental and economic benefits
Fazli-Khalaf et al. (2021)	Effects of resilience on sustainability	Opening backup facilities	Tires	Lowering emissions, creating more jobs	Decentralized network increases costs	Tradeoff between increased costs and social and environmental benefits
Momenitabar et al. (2022)	Impact of resilience on sustainability	Backup facilities and lateral transshipment	Tires	Lateral transshipment lowers costs of network	None mentioned	None mentioned

Source(s): Author’s own creation/work