After the 2004 tsunami, which heavily affected parts of Thailand and Indonesia, national and international disaster response was quick to support the affected regions.
Within several weeks of the disaster, approximately 400 international non government organizations (NGOs) were working in Indonesia alone providing basic assistance to the affected population.
Introduction to disaster relief
Several factors are necessary to improve response activities:
The foods supply chain satisfies one of the most basic Maslowian needs.
Interruptions can quickly become major crisis. Assessment and reactions to risks therefore seems to be a vital point.
This article presents a framework by Dani and Deep on how specific food supply chain risks can be analyzed and how reactions can be tailored.
Stress tests are an acknowledged method to test systems under extreme conditions. The method is not only used in engineering (eg. Great picture of a Boing wing stress test (Guardian Eyewitness)), but also in business, most notably and in the banking industry. But can this method also be used to test supply chain designs?
Supply chains risks can also be analyzed in a specific industry context and this is exactly what Agrell et al. (2004) did with telecom supply chains. They used a three tier SC (2nd tier supplier, EMS, OEM) to include the selection, coordination and motivation of independently operating suppliers in the model.
This is another introductory article (book chapter) to supply chain risk management. I included it, since it is an early (2003) view on supply chain risk management from another perspective. Many other articles I reviewed up to now are following the “Cranfield School Approach” with (Christopher, Jüttner, …) and this one by Peter Kajüter (Münster University, Germany) shows a different approach developed in parallel.
