Humanitarian Logistics from the Disaster Risk Reduction Perspective

Humanitarian Logistics from the Disaster Risk Reduction Perspective

Theory and Applications

Regis-Hernandez, Fabiola; Sanchez-Partida, Diana; Mora-Vargas, Jaime; Ruiz, Angel

Springer Nature Switzerland AG

02/2022

516

Dura

Inglês

9783030908768

15 a 20 dias

1047

Descrição não disponível.
?Part I Pre-Disaster.- 1. Impact of Mexican Public Policies in the development of COVID-19 Pandemic.- 2. Clustering of Highly Vulnerable Mexican Municipalities to Develop Humanitarian Public Policies.- 3. Strategies that improve the performance of the humanitarian supply chain.- 4. Water resources in Mexico and their implications in the phenomenon of drought.- 5. A Proposal to the Reduction of Carbon Dioxide Emission in Inventory Replenishment: Mitigating the Climate Change.- 6. Theoretical approach to risk reduction since urban form.- 7. Allocation Model Applied to Preventive Evacuation for Volcanic Risk in Localities Near the Popocatepetl Volcano in Puebla, Mexico.- 8. Identification of homogeneous hydrological administrative regions in Mexico using analysis of variance.- Part II Post-Disaster.- 9. Optimising distribution of limited COVID-19 vaccines: Analysing im-pact in Argentine.- 10. Location of RegionalHumanitarian Response Depot (RHRD) in the Seven Regions in the State of Puebla.- 11. Location of Humanitarian Response Distribution Centers for the State of Chiapas.- 12. Distribution of Personal Protective Equipment, derived from the Pres-ence of the COVID-19 Virus in Mexico.- 13. A prediction model to determine a COVID-19 patient's outcome based on its risk factors.- 14. Application of a Markov Decision Process in Collection Center Opera-tions.- 15. Decision-Support Tool for Coordination of Volunteers during Lock-downs.- 16. Facilities Location under Risk Mitigation Concerns.- Part III Multi-criteria approaches.- 17. An Integrated FAHP-based Methodology to Compute a Risk Vulnera-bility Index.- 18. A multi-criteria decision-making framework for the design of the re-lief distribution routes.
Disaster risk reduction;Resilience;Natural disasters;Decision-making process;Humanitarian logistics;Supply chain management;Sustainability;Management science