The main objective of this thesis is to present a detailed analysis of the currently achieved level of common interconnection between adaptation measures to climate change and disaster risk reduction approach in selected documents. The analysis was based on a group of predetermined keywords. The theoretical basis for this research is the concept o environmental security. According to the selected theoretical concepts the thesis identifies current obstacles of the synergy of both types of measures, and offers suggestions and solutions to overcome them. Results of the analysis showed an insufficient level of interconnection between measures, especially in the internationally binding agreements. They define only the widest context of their implementation and, moreover, do not work with the aspect of building and sustaining environmental security at all. Nationally binding documents on the contrary show a detailed mutual interconnection of the both types of measures. They are sector-oriented and complement each other in the terms of more effective implementation of measures. They are as well the only documents referring directly to the need of building environmental security, as one of the basic preconditions for maintaining the overall security of natural and socioeconomic systems. Key words:...

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The Philippines is considered one of the most vulnerable countries in the world to climate disasters due to a combination of its geospatial, political, economic, and social attributes. The nation gets hit with an average of 20 annual tropical cyclones, also known as typhoons, and through the process of climate change, these events are only growing in both frequency and magnitude. In the coastal capital city of Metro Manila, climate change coupled with rapid and unplanned urbanization has led to increased vulnerabilities of populations, infrastructures, and increased inequalities.  This thesis aims to assess the current disaster risk reduction and management (DRRM) frameworks present within the nation and National Capital Region (NCR), through a case study approach of the 2020 typhoons: Quinta, Rolly, and Ulysses. It presents findings through four thematic pillars of disaster prevention and mitigation, preparedness, response and early- recovery, and recovery and rehabilitation. It uses the perspectives of three key informants from the Office of Civil Defense (OCD), the Philippine Disaster Resilience Foundation (PDRF), and the Asian Development Bank (ADB), as well as additional diversified perspectives.  Findings suggest that DRRM has evolved since the implementation of the Republic Act No 10121 (RA 10121), or the Philippine Disaster Reduction and Management Act of 2010, however, can still be improved to tackle root causes of vulnerabilities. I use Roberts and Pelling’s (2020) transformation as liberation model as a theoretical framework to generate recommendations to policymakers that can help address vulnerabilities to typhoons. These recommendations include increasing participation and inclusivity within policy and decision making, creating a formal mechanism to measure vulnerabilities and inform future DRRM policies, and finally to reframe climate change and disaster risks as a socio-ecological issue rather than just an environmental one. / Filippinerna anses vara ett av de mest sårbara länderna i världen för klimatkatastrofer på grund av en kombination av dess geospatiala, politiska, ekonomiska och sociala egenskaper. Nationen drabbas av i genomsnitt 20 årliga tropiska cykloner, även kända som tyfoner, och genom klimatförändringsprocessen växer dessa händelser bara i både frekvens och omfattning. I kusthuvudstaden Metro Manila har klimatförändringar i kombination med snabb och oplanerad urbanisering lett till ökad sårbarhet hos befolkningar, infrastrukturer och ökade ojämlikheter.  Denna avhandling syftar till att bedöma de nuvarande ramverken för katastrofriskminskning och -hantering (DRRM) som finns i landet och i National Capital Region (NCR), i fallet med tyfonerna 2020: Quinta, Rolly och Ulysses. Avhandlingen illustrerar resultaten genom fyra tematiska pelare: förebyggande och begränsning av katastrofer, beredskap, insatser och tidig återhämtning samt återhämtning och rehabilitering. Detta görs utifrån tre nyckelinformanters perspektiv, från Office of Civil Defense (OCD), Philippine Disaster Resilience Foundation (PDRF) och Asian Development Bank (ADB).  Resultaten tyder på att nuvarande DRRM-policyer vidmakthåller orättvisa mönster i nationen och det borde tillämpas en förändring som befrielsemodell, baserad på Roberts och Pelling (2020), för att främja en mer rättvis och hållbar hantering av tyfoner i landet. Därför rekommenderas det att DRRM-policyer ökar deltagande och inkludering inom policy- och beslutsfattande, skapa en formell mekanism för att mäta sårbarheter och informera framtida DRRM-policyer, och slutligen att omformulera klimatförändringar och katastrofrisker som socioekologiska frågor snarare än bara miljömässiga sådana.

Den svenska intensivvården drabbades 2020 av en svår kris när coronapandemin mångdubblade antalet svårt sjuka patienter i en redan hårt belastad verksamhet. För att hantera krisen behövde sjukvården ställa om till katastrofsjukvård. Syftet med denna uppsats är att ge en fördjupad bild av intensivvårdens kapacitetsökningsförmåga, katastrofomställning och anpassning under Covid -19. Ett intervjuresultat togs fram genom semistrukturerade intervjuer och med hjälp av PAR-modellen härleddes förutsättningarna för den katastrofomställning som genomfördes. Arbetet är en av de första studierna som undersöker coronapandemins effekter på intensivvården med en tydlig riskvetenskaplig metodik. Intervjuresultatet tolkades med hjälp av en kontextanpassad och tillämpad PAR-modell ochvisade att trots en oförberedd sjukvård och dåliga grundförutsättningar lyckas den undersökta verksamheten absorbera chocken och genomföra en katastrofomställning. Den anpassade sig till den grad att patienterna kunde få en kvalitativ vård tack vare stora uppoffringar och umbäranden från vårdpersonalen. / The Swedish intensive care was hit by a severe crisis when the corona pandemic 2020 multiplied the number of seriously ill patients in an already strained health care system. In order to cope with the crisis the healthcare system needed to undergo a surge and adapt to disaster medicine operations. The purpose of this essay was to give an in-depth picture of intensive care's medical surge capacity, transition to disaster medicine and adaptation during Covid -19 through semi-structured interviews. Using the PAR-model I derived the conditions for the disaster transition that was carried out. The work is one of the first studies with a clear risk science methodology that examines the effects of the corona pandemic on the intensive care. The result from the interviews was interpreted with the PARmodel that was adapted to the studies context and showed that despite an underprepared healthcare system and poor basic conditions, the investigated operations manage to absorb the shock and implement a transition to disaster medicine and adapt to the extent that patients could receive qualitative care thanks to great sacrifices and hardship of the healthcare staff.

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No. of bitstreams: 1 VASCONCELLOS_A_DISSERTACAO MAP_2018.pdf: 1858630 bytes, checksum: dc774167c754f93f9f1c1d976d048442 (MD5) Previous issue date: 2018-06-13 / Objetivo: Esta pesquisa pretende investigar as contribuições da Fundação Oswaldo Cruz (Fiocruz), enquanto instituição federal de pesquisa em saúde pública de referência nacional e internacional, para as políticas públicas voltadas à redução do risco de desastres no contexto das mudanças climáticas no horizonte da Agenda 2030 para o Desenvolvimento Sustentável. Metodologia: A pesquisa utilizou o método descritivo analítico com pesquisa e análise documental para a investigação dos marcos referencias das políticas públicas globais e nacionais para os quatro conceitos-chave abordados no referencial teórico: mudança climática, redução do risco de desastres, saúde e clima e desenvolvimento sustentável; e também para as análises da Agenda 2030, como plataforma para as políticas públicas de redução dos riscos de desastres, e da contribuição da Fiocruz para essas políticas. Adicionalmente, foram utilizadas as entrevistas semiestruturadas para a coleta de dados de dois dispositivos da Fiocruz, Observatório de Clima e Saúde e CEPEDES, selecionados como os de maior contribuição institucional à temática dos desastres no contexto das mudanças climáticas. Resultados: Foi constatado que a Fiocruz contribui para as políticas públicas de redução do risco de desastres, nacionais e locais, e que a redução do risco de desastres está inserida na Agenda 2030 e que sua temática é transversal à cinco Objetivos para o Desenvolvimento Sustentável (ODS). Além disso, concluiu que a Estratégia Fiocruz para Agenda 2030 ainda é muito incipiente e que deve incluir em suas ações as contribuições do Observatório de Clima e Saúde e do CEPEDES e, com isso, trabalhar a saúde na Agenda para além do ODS 3. Limitações: A incerteza dos indicadores dos ODS trabalhados na Agenda 2030 brasileira serem os definitivos, por esta ainda estar em processo de interiorização e ter aprofundado a análise da contribuição da Fiocruz para as políticas de redução do risco de desastres apenas para dois dispositivos institucionais. Aplicabilidade do trabalho: A pesquisa estruturou as metas e indicadores da Agenda 2030 relacionados à redução do risco de desastres e identificou a necessidade de melhoria de alguns indicadores e mesmo a criação de novos mais efetivos para a apropriação da Agenda 2030 para as políticas públicas para redução do risco de desastres. Contribuições para a sociedade: A pesquisa confirmou a importância do envolvimento do setor saúde no enfrentamento da redução dos riscos de desastres e apresentou seus principais impactos sobre a saúde humana. Originalidade: Relacionar os impactos dos desastres e da mudança climática sobre a saúde com os Objetivos do Desenvolvimento Sustentável (ODS) da Agenda 2030 brasileira. / Purpose: This research intends to investigate the contributions of the Oswaldo Cruz Foundation (Fiocruz), as a federal public health research institution of national and international reference, for public policies aimed at reducing the risk of disasters in the context of climate change under Agenda 2030 for Sustainable Development. Methodology: The research used the analytical descriptive method with research and documentary analysis to investigate the benchmarks of global and national public policies for the four key concepts addressed in the theoretical framework: climate change, disaster risk reduction, health and climate and sustainable development; and also for the analysis of Agenda 2030, as a platform for public policies to reduce disaster risks, and Fiocruz's contribution to these policies. In addition, semi-structured interviews were used to collect data from two devices from Fiocruz, Climate and Health Observatory and CEPEDES, selected as the ones with the greatest institutional contribution to the issue of disasters in the context of climate change. Findings: It has been shown that Fiocruz contributes to public policies for national and local disaster risk reduction and that disaster risk reduction is part of Agenda 2030 and that this theme is transversal to the five Sustainable Development Objectives (ODS). In addition, it concluded that the Fiocruz Strategy for Agenda 2030 is still very incipient and that it should include in its actions the contributions of the Climate and Health Observatory and CEPEDES and, should work on health in the Agenda beyond ODS 3. Research limitations: The uncertainty of the ODS indicators worked on in the Brazilian Agenda 2030 are the definitive ones, as it is still in the process of internalization and has deepened the analysis of the contribution of Fiocruz to the policies of disaster risk reduction only for two institutional devices. Practical implications: The research structured the goals and indicators of Agenda 2030 related to disaster risk reduction and identified the need for improvement of some indicators and even the creation of new ones more effective for the appropriation of Agenda 2030 for public policies for disaster risk reduction. Social implications: The research confirmed the importance of the involvement of the health sector in addressing disaster risk reduction and presented its main impacts on human health. Originality: Relate the impacts of disasters and climate change on health with the Sustainable Development Objectives (ODS) of the Brazilian Agenda 2030.

Étant donné que les catastrophes sont un phénomène spatial, l’application de systèmes d’information géographique (SIG) est un outil pratique et fiable pour le processus de réduction des risques de catastrophe (RRC). Les SIG peuvent servir le processus de RRC en tant que base de données pour la collecte et l’intégration de données, ainsi que pour l’incorporation de données multi‐sources, en tant que systèmes d’observation, en tant qu’outil pour la production de cartes de risques, en tant que calculateur d’exposition, constructeur de modèles déterminant les vulnérabilités des éléments, en temps quasi réel, traqueur de crise, etc… Mais ces applications SIG ont été intégrées de manière inégale à travers les différentes phases du cycle de RRC. De plus, l'utilisation efficace de ces technologies nécessite des recherches et des développements plus poussés, en particulier dans les pays en développement où de nombreux obstacles entravent l'utilisation des SIG pour la protection civile. Cette tâche devient encore plus compliquée au niveau local en région rurale comme dans notre zone d’étude Baalbek‐Hermel, Gouvernorat du Liban. Le manque de ressources humaines et financières et des données spatiales critiques lacunaires limitent l’utilisation des SIG pour améliorer la décision en matière de RRC ? Dans quelle mesure le SIG pourrait‐il être efficace dans les actions de RRC dans un pays en développement comme le Liban, où le nombre d’enjeux exposés augmentent sans cesse et où le gouvernement a d'autres priorités urgentes que de s'engager dans un plan de RRC? Plusieurs études de cas menées à Baalbek‐Hermel servent à tester les hypothèses retenues et à discuter de l’adoption et de l’adaptation de techniques SIG afin de les rendre efficaces et capables de servir tout le cycle de RRC ; évaluation des dangers, de la vulnérabilité et des dommages, planification d’urgence et d’évacuation, systèmes d’alerte précoce, zonage des terres, données en temps quasi réel pour l’intervention, rétablissement et renforcement de la résilience. Les défis posés par le déploiement de ces technologies SIG dans chacune des phases susmentionnées du cycle de la RRC et la manière dont ils peuvent être surmontés sont discutés, en considérant les approches autochtones pour l’application de technologies et d’innovations en matière de RRC. Les résultats de cette thèse offrent le potentiel de surmonter certains des obstacles qui entravent l'utilisation des SIG pour une RRC efficace dans les pays en développement. Ainsi, les praticiens de RRC au Liban et dans d'autres pays en développement pourraient exploiter ce potentiel pour tenter de réduire la vulnérabilité aux dangers et améliorer la capacité de prévention des catastrophes. / Given that natural disasters are spatial phenomenon, the application of geographical information systems (GIS) has proven to be a convenient and reliable tool for the Disaster Risk Reduction (DRR) process. GIS can serve DRR as a database for data gathering, integration and incorporation,an output viewer, a tool for hazard maps production, a calculator for exposure, a model builderfor determining assets’ vulnerabilities, a near real time crisis tracker, etc… Nevertheless, GIS applications have been integrated unevenly across the different phases of the DRR cycle.Moreover, the effective use of these technologies requires further research and development,especially in developing countries where numerous barriers hamper the use of GIS for civil protection. The task is further complicated at the local level in rural areas such as our study area Baalbek‐Hermel, Governorate of Lebanon. Restrictions include limited human and financial resources and a lack of critical spatial data required to support GIS application to DRR. To what extent could GIS be efficient in DRR actions in a developing country like Lebanon where themajority of assets at risk is ever‐growing and the government has other urgent priorities than tocommit to DRR plans? Several case‐studies in Baalbek‐Hermel were taken to test these assumptions and discuss the adaptation of GIS techniques to make them effective and to be able to serve the whole DRR cycle; hazard, vulnerability, risk and damage assessment, emergency and evacuation planning, land‐use zoning, recovery and resilience building. Challenges in the deployment of GIS technologies in each afore mentioned phase of the DRR cycle and how they may be overcome were discussed, considering indigenous approaches for the application of technologies and innovations in DRR. The results of this dissertation suggested ways to control some of the barriers hampering the effective use of GIS for DRR in developing countries. Thus,DRR practitioners in Lebanon and other developing countries could harness this potential in anattempt to reduce hazard vulnerability and improve disaster reduction capacity.

MURP / Department of Urban and Regional Planning / Disaster is posing serious threats to both human lives, infrastructure and the environment at large. Greater Tzaneen Municipality (GTM) is one of the many municipalities that suffer from flood related disasters. Lack of integration between Disaster Risk Reduction (DRR) and spatial planning has compounded the disaster risk situation in the municipality. This study sought to investigate the prospects of integrating spatial planning with disaster risk reduction in flood prone areas of GTM. The study is guided by three research objectives. First, the study sought to analyse spatial planning attributes that can be valorised for DRR in flood prone areas; Secondly, it sought to analyse spatial planning factors that define vulnerability attributes of households occupying flood prone areas. Finally, the study sought to perform a cluster analytical creation of a typology of households whose resilience to flooding could be enhanced through spatial planning. Twenty-five flood prone areas were analysed on the basis of four main flood vulnerability attributes. In order to identify such vulnerability attributes, the study borrowed critical insights from literatures on flood vulnerability, spatial planning and DRR. Such a critical review of literature was complemented by the use of pattern matching as a qualitative research instrument. Quantitative that was gathered using a structured observation checklist. Quantitative data generated was first subjected to various statistical tests that included Normality and Reliability Tests. Common measures of Normality test used included measures of skewness, kurtosis and the use of Normal Q-Q plots. To assess flood vulnerability, Hierarchical Cluster Analysis (HCA) was used. HCA was used to identify clusters of flood prone areas which had common characteristics in terms of the four main study constructs proposed by the study which included the physical/engineering, socio-economic, ecological/natural and political or governance conditions characterizing each area. HCA was then used to identify main clusters exhibiting similar characteristics and the associated level of vulnerability of such of communities occupying such clusters. Study results revealed 2 main clusters of flood prone areas whose differences lay in interactions that existed between the physical/engineering, socio-economic, ecological/natural and political or governance conditions characterizing each area. Such clusters depicted 2 levels of vulnerability that is high, and moderate. A number of opportunities and constraints were generated using the SWOT matrix strategy with the main results showing that spatial planning elements characterizing flood prone areas could be transformed into critical urban risk management options for DRR. This is because a spatial planning elements were found to have a direct influences on critical factors of DRR such as location of activities. The study concluded by recommending a number of spatial planning strategies that can be vaporized for DRR. Such strategies are systematically aligned to the unique vulnerability context conditions associated with the two flood vulnerability solution arrived at using HCA. / NRF

While early relocation is not makeable, disaster risk reduction seems to be the most effective tool to decrease the impact of a disaster. This case study focuses on three UNDRR frameworks as they appear to be the greatest instance of international documents referring to disaster risk reduction (DRR). Especially, this research examines the representation of women within these frameworks and how their portrayal in DRR has changed over the last two decades. To do so, a critical discourse analysis of the three UNDRR frameworks is conducted. This study benefits from a social vulnerability approach and further engages with the Feminist Political Ecology theory. The analysis finds that even though women are increasingly represented in the frameworks, their roles as active participants remain negligible. Their knowledge and interest are still not recognised as valuable in DRR. Rather, women seem to be employed as tools to include more gender-sensitive programmes. This study recommends a greater and more complex emphasis on women in future DRR policies.

PhD (Geography) / Department of Geography and Geo-Information Sciences / Malaria is a climate-change concatenated biological hazard that may, like any other natural hazard, can lead to a disaster if there is a failure in handling emergencies or risks. A holistic solution for malaria mitigation can be provided when indigenous knowledge is complemented with scientific knowledge. Malaria remains a challenge in South Africa and Limpopo province is the highest burdened malaria-endemic region. Specifically, Vhembe District is the highest burdened followed by Mopani District (Raman et al., 2016). This research sought to mitigate malaria transmissions in Mopani District through the integration of indigenous and scientific knowledge. The study was carried out in Mopani District of South Africa and 4 municipalities were involved. These are Ba-Phalaborwa, Greater Tzaneen, Greater Letaba, and Maruleng. A pragmatism philosophy was adopted hence the study took a mixed approach (sequential multiphase design). Data was collected from 381 selected participants through in-depth interviews, a survey and a focus group discussion. Participants for the in-depth interviews were obtained through snowballing and selected randomly for the survey, while for the focus group discussion purposive sampling was used. The study applied constructivist grounded theory to analyze qualitative data and to generate theory. Statistical Package for Social Sciences version 23.0 was used for quantitative data. Based on empirical findings, it was concluded that temperature and rainfall among other various factors exacerbate malaria transmission in the study area. Results of the study also show that people in Mopani District predict the malaria season onset by forecasting rainfall using various indigenous knowledge based indicators. The rainfall indicators mentioned by participants in the study were used in the developed early warning system. An Early warning system is an essential tool that builds the capacities of communities so that they can reduce their vulnerability to hazards or disasters. In the design of the system, Apache Cordova, JDK 1.8, Node JS, and XAMPP software were used. The study recommends malaria management and control key stakeholders to adopt the developed early warning system as a further mitigation strategy to the problem of malaria transmission in Mopani District. / NRF

An all-of-society approach is foundational for increasing disaster resilience and creating adaptive capacity in the face of disasters and climate change. Youth participation within disaster risk reduction (DRR) and disaster risk management (DRM) is an inclusive strategy to engage youth in an all-of-society approach. While this is an emerging and fast-growing area of study, ingraining social inclusion in practice is slow. Through a series of four articles, this dissertation describes two separate qualitative studies exploring youth participation in DRR and DRM through the youth perspective. Participatory research methodologies dismantle power dynamics inherent in traditional research, and they are well-suited for research on youth participation. As such, our first study used Photovoice methodology to explore youth perceptions of youth capabilities in disasters, and to understand their experiences of the COVID-19 pandemic. Examples of youth participation initiatives in DRR are scattered, necessitating exploration of the process of participation in diverse contexts and types of disaster events. We conducted the second study using case study methodology to explore facilitators of - and barriers to - youth contributions towards DRR efforts in the context of local flooding, tornado, and pandemic events in Ottawa, Ontario, Canada. This dissertation provides insight on how to promote youth resilience, capacity, and strengths in disasters. Based on these findings, we argue that a paradigm shift in DRR towards an asset-based approach is essential to implement youth participation in practice. An asset-based approach aligns with the capability-oriented worldview in youth participation literature and theories. The complexity arises in attempting to apply asset-based lessons from the literature into the traditionally needs-based orientation of DRR policy and DRM practice. More research is needed to document youth actions in DRR and to determine asset indicators to evaluate implementation efforts. This dissertation begins an important conversation around applying an asset-based approach to youth participation in DRR through the perspectives of youth.