Perspective | Volume 5, Article 12, 29 Jun 2021 | 10.11604/pamj-oh.2021.5.12.30404

Setting priorities for disaster management in the East African sub-region

Nnamdi Stephen Moeteke

Corresponding author: Nnamdi Stephen Moeteke, Department of Community Medicine, Delta State University Teaching Hospital, P M B 07 Oghara, Delta State, Nigeria

Received: 18 Jun 2021 - Accepted: 28 Jun 2021 - Published: 29 Jun 2021

Domain: Global health, Public health, Health policy

Keywords: Disaster management, East Africa, drought

©Nnamdi Stephen Moeteke et al PAMJ - One Health (ISSN: 2707-2800). This is an Open Access article distributed under the terms of the Creative Commons Attribution International 4.0 License (, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Cite this article: Nnamdi Stephen Moeteke et al . Setting priorities for disaster management in the East African sub-region. PAMJ - One Health. 2021;5:12. [doi: 10.11604/pamj-oh.2021.5.12.30404]

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Setting priorities for disaster management in the East African sub-region

Setting priorities for disaster management in the East African sub-region

Nnamdi Stephen Moeteke1,&


1Department of Community Medicine, Delta State University Teaching Hospital, P M B 07 Oghara, Delta State, Nigeria



&Corresponding author
Nnamdi Stephen Moeteke, Department of Community Medicine, Delta State University Teaching Hospital, P M B 07 Oghara, Delta State, Nigeria




Drought is of topmost concern among disaster risks in the East African sub-region. Although all phases of disaster management are relevant, the multi-dimensional ripple effects of drought and the international movement towards disaster risk reduction through proactive measures hinged on environmental sustainability and a development agenda make mitigation a priority. Public health partnerships/networks with stakeholders can be used to engender a culture of disaster risk reduction and can play a crucial role in containing potential threats (mitigation), capacity development in terms of scaling up health systems and public health response competency (preparedness), and service delivery during a drought incident.



Perspective    Down

A “disaster” is a severe disruption of a community or a society´s functioning as a result of a hazardous event interacting with conditions of exposure, vulnerability and lack of capacity, leading to human, material, economic and environmental losses that exceed the ability of the community to cope [1]. Therefore, not all adverse events (hazards) lead to a disaster, but those that are of such magnitude/threat as to overwhelm the response capacity of the community. Climate change is the foremost precipitating/aggravating factor for disasters, being connected to about three-quarters of global incidents [1]. Its impact on countries, resulting from other hazards acting through pathways that could be synergistic, cuts across the spectrum of socioeconomic development, though developing countries of Asia and Africa have been worse hit, with large scale human affectation in South Asia, Central Asia, Southern Africa, and East Africa [1,2]. The crises predictions, in 2007, of the humanitarian futures programme for the decade 2005-2015 have proven to be accurate, if not an underestimate of current trends [2]. For East Africa, the report speculated global climate change would contribute to droughts, floods, and conflict-related forced migration affecting 15,476,000 and 22,059,000 persons in 2010 and 2015 respectively, with drought alone expected to take its toll on 12,273,000 and 17,367,000 persons in those years [2]. Indeed over 13 million persons had been negatively impacted at the end of 2010 by the ensuing drought of that year [3]. Predictions made in 2020 have come to pass with La Niña-driven shortages in rainfall in the latter part of that year and the March-May season of 2021, and rainfall levels as low as 50-75% below the 40-year average recorded by mid-April 2021 in eastern Ethiopia, northern Somalia, and northern and coastal Kenya [4]. This is likely to reoccur in late 2021 with dire consequences for food security, nutrition and general health possibly spilling into the next year, and over 50 million people requiring food assistance [4,5]. East Africa´s drought menace has been fueled by climate change, anthropogenic activities such as land degradation and deforestation, and armed conflict [3]. This paper will focus on East Africa, an area that is probably the most drought-prone in the world and yet has a population whose main occupation is crop production/livestock rearing that is heavily dependent on rainfall [3], and its disaster management priority between now and 2025.


Prioritisation of hazard: a “hazard” is any phenomenon that is capable of causing disruption/damage to lives, property, and the environment [6]. It is any event or physical force (which may be man-made or natural) in the environment that may adversely affect human life, property or activity [6]. The “Risk” of a hazard is the product of its likelihood of occurrence and the magnitude of impact if it does happen [6]. This interplay of a hazard´s likelihood and its consequence has implications for disaster managers who have to make choices in the face of scarce resources. Besides identifying the hazards that a country or region has experienced or can experience in the future, profiling and risk analysis/risk assessment must be done by a comparative evaluation and ranking of all possible risks so as to determine which measures will be most appropriate, effective, and economically efficient [6]. By sheer figures (Table 1), the consequences of drought are overwhelmingly greater than those of other crisis agents. Furthermore, with the pattern of now occurring once every three years, there has been a hundred percent increase in drought frequency since 2005, with at least eight boreal spring droughts in the last 16 years [3]. Over the last two decades they have become longer and more severe, characterised by famine, malnutrition, forced migration, epidemics, and high mortality - 250,000 in Somalia alone during the 2010-2011 episode [3]. Therefore combating drought should be a priority for the region. All phases of disaster management are relevant, albeit unequally, to drought management. Mitigation, which is the reduction of risk by decreasing/eliminating the likelihood/adverse impact of a hazard, may involve tremendously improving agricultural productivity by enhanced soil, water, crop, and nutrient management practices such as irrigation schemes, crop rotation, switch to drought-resistant breeds, use of fertilizers, and minimising wastages/losses, while removing obstacles to trade and improving efficiency of markets especially for small-holder farmers as has been successfully demonstrated in Ethiopia [7,8]. Preparedness entails equipping people and systems at risk of a disaster with tools to absorb the impact of a hazard and increase their chances of survival based on a good understanding of the hazard risks and keying into early warning systems, including occupational mobility and diversification of the economy; establishment of climate information services that keep farmers abreast of seasonality, trends, and variability; and provision of agricultural insurance and safety nets [6,9,10]. It is therefore aimed at reducing “vulnerability” which is a predisposition of individuals, communities, or countries - by virtue of their characteristics (biological, social, economic, mechanical, etc) - to be severely affected by the consequences of a hazard [6]. Disaster response is the collection of actions taken to curb further damage and losses after a disaster has occurred and includes relief efforts [6]. The United Nations humanitarian response depot coordinates logistics services for the network of humanitarian actors, and increasing the number of depots would go a long way to improving the efficiency of supplies [11]. Recovery phase entails the process of restoring optimum environmental, physical, infrastructural, social, economic, psychological functioning following, at the individual, family and society levels, following a disaster experience [6]. In other words, it involves repairs, reconstruction, and rehabilitation.


Prioritisation of disaster management phase: disaster mitigation should be a priority for East Africa. Socio-economic resilience is heavily dependent on ecological resilience [12]. Prevention is of the essence since droughts have stupendous ecological, political, economic and social ripple effects, and have the potential to cascade into other natural disasters such as heat waves and floods [13]. There has therefore been a paradigm shift regionally and internationally on the drought discourse with greater emphasis on proactive measures since reactive management has proven to be inefficient [13]. The proactive approach involves land and water conservation/rehabilitation; improving ecological, economic, and social resilience; enhancing drought monitoring, forecasting, and warning systems; as well as community assessments for risk and vulnerability [13]. This has been championed by the High-level Meeting on National Drought Policy (HMNDP) held in Geneva in March 2013. Among other points, it highlighted the urgent need for coordinated and consistent drought vulnerability and impact assessments, and mitigation policies centred on reversing land degradation and desertification [13]. Moreover, the Hyogo framework for action placed a high premium on disaster risk reduction (DRR) hinged on environmental sustainability and a development agenda [14]. Disaster risk reduction is the attenuation of hazard likelihood and consequence through analyses and policy frameworks geared towards reducing hazard exposure, decreasing vulnerability, managing the environment, and preparing for events [15]. The Sendai Framework, building on that of Hyogo, prioritises a thorough appreciation of disaster risk, setting up strong governance structures to manage the risk, local and international cooperation/collaboration, and channelling of resources to risk reduction [16]. Regional workshops on policy development have buttressed the three pillars of drought risk reduction namely monitoring and early warning systems, vulnerability assessments, and mitigation measures [13]. Fundamentally, “a national drought management policy should take a risk-management approach that applies measures to prepare for, adapt to and mitigate drought impacts. Drought management policy should also support the development of comprehensive drought monitoring and early warning systems and outline ways for better communication and dissemination of information on drought onset and risks. But above all, a drought management policy should empower action and change that reduce risk and increase resilience” [13]. Risk reduction is cost-effective, engenders sustainable social, political, and economic development, and drives nations towards achieving goals 2, 8, 13, 15, 17 of the SDGs [17,18]. Furthermore, droughts, besides being easier to forecast, are slow-onset and so not as immediately dramatic as other hazardous events, making it less likely to attract early international sympathy and relief efforts [11].


Role of public health: food and water scarcity due to droughts have health implications for the populace, with a potential to escalate into a public health emergency. Apart from hunger and chronic malnutrition, there is a grave risk of epidemics of water and food-borne infections, and high psychosocial stress that can lead to mental disorders. In 2016, there was an outbreak of a tick-borne disease among nomads in Uganda, Kenya, and South Sudan as they massively crossed borders in search of water and pasture [1]. Public health partnerships/networks with stakeholders can be used to engender a culture of DRR, and can play a crucial role in containing potential threats (mitigation), capacity development in terms of scaling up health systems and public health response competency (preparedness), and service delivery during the disaster for example treatment of diarrhoeal diseases and malnutrition [8].



Conclusion Up    Down

Climate change is severely impacting on the region of East Africa through drivers such as water dimensions, inter/intra-state instability, environmental degradation, and epidemics which are interacting additively or synergistically to produce crisis agents. By far the most significant of these agents, in term of magnitude of impact and likelihood of occurrence, is drought. Current thinking in line with propositions of relevant international organisations is that mitigation linked to developmental strides and environmental sustainability is paramount. The community collaboration this will entail can leverage on the partnerships and linkages of public health machinery. Furthermore, Public health should play a vital role in equipping the health systems to respond to the direct and indirect health impacts of drought.



Competing interests Up    Down

The author declares no competing interests.



Authors' contributions Up    Down

The author have read and agreed to the final manuscript.



Tables Up    Down

Table 1: incidents of drought in East Africa over the last six decades



References Up    Down

  1. Balikuddembe JK, Nakiranda R. Leveraging the Sendfai Framework to respond to transitional impacts of drought in East Africa. African Perspect Disaster Risk Reduct. 2017;(1):6-9. Google Scholar

  2. Humanitarian Future Programme for DFID. Dimensions of Crisis Impacts: Humanitarian Needs by 2015. 2007.

  3. Haile GG, Tang Q, Sun S, Huang Z, Zhang X, Liu X. Droughts in East Africa: causes, impacts and resilience. Earth-Science Rev. 2019;193(2019):146-161. Google Scholar

  4. Famine early warning systems network. Food assistance needs rise in the Horn of Africa, with multi-season drought likely to persist in late 2021. East Africa Food Security Alert. Accessed June 10, 2021.

  5. Oxfam International. Climate-fuelled La Niña in East Africa will drive millions into hunger. 2020. Accessed June 10, 2021.

  6. Coppola DP. Introduction to international disaster management. Oxford Butterworth-Heinemann 2nd ed. 2006. Google Scholar

  7. Rashid S, Dorosh P, Alemu D. Grain markets, disaster management, and public stocks: lessons from Ethiopia. Glob Food Sec. 2018;19:31-39. PubMed | Google Scholar

  8. Tambo E. Improving disaster risk reduction preparedness and resilience approaches in emergency response interventions in African countries. Int J Public Heal Sci. 2017;6(2):183-191. Google Scholar

  9. Aka FT, Buh GW, Tanyileke G, Metuk J. Disaster prevention, disaster preparedness and local community resilience within the context of disaster risk management in Cameroon. Nat Hazards. 2017;86:57-88. Google Scholar

  10. Loboguerrero AM, Campbell BM, Cooper PJM, Hansen JW, Rosenstock T, Wollenberg E. Food and earth systems: priorities for climate change adaptation and mitigation for agriculture and food systems. Sustainability. 2019;11(5):1372-1397. PubMed | Google Scholar

  11. Laporte G, Paquette J. Logistics service network design for humanitarian response in East Africa. Omega. 2017;000:1-14.

  12. Blake WH, Rabinovich A, Wynants M, Kelly C, Nasseri M. Soil Erosion in East Africa: an interdisciplinary approach to realising pastoral land management change soil erosion in East Africa. Environ Res Lett. 2018;13:124014. PubMed | Google Scholar

  13. Crossman ND. Drought resilience, adaptation and management policy (DRAMP) framework. Bonn, Germany. United Nations Convention to Combat Desertification. 2018. Google Scholar

  14. United Nations International Strategy for Disaster Reduction. Hyogo Framework for action 2005-2015: building resilience of nations and communities to disasters. Hyogo, Japan. United Nations International Strategy for Disaster Reduction. 2005.

  15. Doocy S, Russell E, Gorokhovich Y, Kirsch T. Disaster preparedness and humanitarian response in flood and landslide-affected communities in Eastern Uganda. Disaster Prev Manag. 2013;22(4):226-239. Google Scholar

  16. UNIDSR. Sendai framework for disaster risk reduction 2015 - 2030. Geneva. United Nations International Strategy for Disaster Reduction. 2015.

  17. Nawab B, Nyborg I. Courting catastrophe? Humanitarian policy and practice in a changing climate. IDS Bull. 2017;48(4):47-61. Google Scholar

  18. Kalantari Z, Sofia C, Ferreira S, Keesstra S, Destouni G. Nature-based solutions for flood-drought risk mitigation in vulnerable urbanizing parts of East-Africa. Curr Opin Environ Sci Heal. 2018;5:73-78. Google Scholar































Setting priorities for disaster management in the East African sub-region


Setting priorities for disaster management in the East African sub-region


Setting priorities for disaster management in the East African sub-region

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