Uncovering the challenges of domestic energy access in the context of weather and climate extremes in Somalia

Andreas Waaben Thulstrup*, Didier Habimana, Indira Joshi, Simon Mumuli Oduori

*Corresponding author for this work

Research output: Contribution to journalJournal articleResearchpeer-review

Abstract

In Somalia, challenges related to energy access is influenced by both weather and climate extremes and associated conflict. The objective of this article is to gain an improved understanding of these risks and challenges, which are faced by the most vulnerable populations in the country. In particular, cooking energy-related challenges faced by households affected by weather and climate extremes and conflicts include protection risks, malnutrition, health risks, environmental degradation and heightened tension and conflict between social groups. Interventions to address these issues should focus on both fuel supply and fuel demand as well as on improving the livelihoods of affected populations. In the aftermath of an extreme weather event it is recommended that assessments of the energy needs of all affected populations, including both hosts and Internally Displaced People (IDPs), be conducted. Post-disaster support should include the promotion of energy-efficient technologies for cooking as well as alternative sources of fuel where available, including non-wood based renewable energy. The implementation of a field inventory to assess the status of natural resources in areas vulnerable to climate impacts could help to determine woody biomass trends and enable the development of ecosystem restoration plans. These could include provisions for the establishment of woodlots and agro-forestry, thus building resilience to environmental degradation while maintaining woody biomass resources in and around displacement camps. Interventions should also be designed jointly with partners, and activities should be conflict-sensitive to ensure an enhanced state of resiliency and preparedness among vulnerable populations.
Original languageEnglish
Article number100185
JournalWeather and Climate Extremes
Volume27
Number of pages10
ISSN2212-0947
DOIs
Publication statusPublished - 2020

Keywords

  • Climate extremes
  • Energy access
  • Protracted crises
  • Environmental degradation
  • Deforestation

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