Climate Change-Induced Natural Hazard: Population Displacement, Settlement Relocation, and Livelihood Change Due to Riverbank Erosion in Bangladesh

Author(s):  
Md. Abdul Malak ◽  
Nahrin Jannat Hossain ◽  
Mohammad Abdul Quader ◽  
Tania Akter ◽  
Md. Nazrul Islam
2011 ◽  
Vol 67 (3) ◽  
pp. 1045-1058 ◽  
Author(s):  
A. Zischg ◽  
S. Schober ◽  
N. Sereinig ◽  
M. Rauter ◽  
C. Seymann ◽  
...  

2003 ◽  
Vol 14 (2-3) ◽  
pp. 215-232
Author(s):  
William Kininmonth

The impacts of weather and climate extremes (floods, storms, drought, etc) have historically set back development and will continue to do so into the future, especially in developing countries. It is essential to understand how future climate change will be manifest as weather and climate extremes in order to implement policies of sustainable development. The purpose of this article is to demonstrate that natural processes have caused the climate to change and it is unlikely that human influences will dominate the natural processes. Any suggestion that implementation of the Kyoto Protocol will avoid future infrastructure damage, environmental degradation and loss of life from weather and climate extremes is a grand delusion.


Author(s):  
Nkemdilim Maureen Ekpeni ◽  
Amidu Owolabi Ayeni

This chapter examines both concept of global hazard and disaster and its management in the lights of its vulnerability. It categorized the different types of hazards and disasters and their components. From the research findings, it is observed that hazards and disaster are two sides of a coin. They occur at the interface between human systems and natural events in our physical environments. This chapter highlights that the major environmental changes driving hazards and vulnerability to disasters are climate change, land-use changes, and degradation of natural resources. After presenting a typology of disasters and their magnitude globally, management of disaster has transited from just being a “response and relief”-centric approach to a mitigation and preparedness approach.


Author(s):  
Andrew Nelson ◽  
Sarah Lindbergh ◽  
Lucy Stephenson ◽  
Jeremy Halpern ◽  
Fatima Arroyo Arroyo ◽  
...  

Many of the world’s most disaster-prone cities are also the most difficult to model and plan. Their high vulnerability to natural hazards is often defined by low levels of economic resources, data scarcity, and limited professional expertise. As the frequency and severity of natural disasters threaten to increase with climate change, and as cities sprawl and densify in hazardous areas, better decision-making tools are needed to mitigate the effects of near- and long-term extreme events. We use mostly public data from landslide and flooding events in 2017 in Freetown, Sierra Leone to simulate the events’ impact on transportation infrastructure and continue to simulate alternative high-risk disasters. From this, we propose a replicable framework that combines natural hazard estimates with road network vulnerability analysis for data-scarce environments. Freetown’s most central road intersections and transects are identified, particularly those that are both prone to serviceability loss due to natural hazard and whose disruption would cause the most severe immediate consequences on the entire road supply in terms of connectivity. Variations in possible road use are also tested in areas with potential road improvements, pointing to opportunities to harden infrastructure or reinforce redundancy in strategic transects of the road network. This method furthers network science’s contributions to transportation resilience under hydrometeorological hazard and climate change threats with the goal of informing investments and improving decision-making on transportation infrastructure in data-scarce environments.


2019 ◽  
pp. 67-88
Author(s):  
Álvaro Francisco Morote Seguido

El riesgo de inundación se trata del principal peligro natural que afecta a la región mediterránea europea. Este riesgo se ha agravado en las últimas décadas por el incremento de la exposición del ser humano, por ello, tratar estos temas en las aulas de Primaria y la formación de los maestros debe ser una prioridad. La hipótesis de partida de esta investigación es que el futuro profesorado de Primaria tiene la percepción de que el riesgo de inundación se ha agravado en los últimos años debido al cambio climático. Los objetivos de este trabajo son: 1) Conocer las experiencias vividas sobre inundaciones de los futuros maestros durante su formación escolar (Primaria); y 2) Analizar cuál es la percepción que tienen éstos sobre la influencia del cambio climático en la aseveración de las inundaciones. Metodológicamente se ha llevado a cabo una investigación de tipo mixta (cuantitativa y cualitativa) con la realización de un cuestionario a los futuros maestros de Primaria (caso de estudio de la Facultad de Magisterio; Universidad de Valencia). Los resultados indican que la percepción de los encuestados es que la mayoría de sus centros escolares no se situaban en zonas inundables y, respecto al cambio climático, el 50% cree que está afectando al régimen actual de las precipitaciones.  The risk of flooding is the main natural hazard that affect the European Mediterranean region. This risk has been aggravated in recent decades by the increase in exposure of the human being. Therefore this theme should be a priority in primary classrooms and the training of teachers. The hypothesis of this research is that the future teachers of Primary school have the perception that the risk of flooding has worsened in recent years due to climate change. The objectives of this work are: 1) To know the experiences of floods of future teachers during their school education (Primary school); and 2) Analyze their perception of the influence of climate change in the assertion of flood risk. Methodologically, a mixed research (quantitative and qualitative) was carried out with the completion of a questionnaire to future teachers of Primary (Faculty of Education, University of Valencia). The results indicate that the perception of the respondents is that most of their schools were not located in flood zones and, with respect to climate change, in 50% of the cases they believe that it is affecting the rainfall regime.


2019 ◽  
pp. 97-101 ◽  
Author(s):  
Safwan A. Mohammed ◽  
Endre Harsányi

 Drought is one of the natural hazard risks which badly affects both agricultural and socio-economic sectors. Hungary, which is located in Eastern Europe has been suffering from different drought cycles; therefore, the aim of this study is to analyse the rainfall data obtained from ten metrological stations (Békéscsaba, Budapest, Debrecen, Győr, Kékestető, Miskolc, Pápa, Pécs, Szeged, Siófok, Szolnok) between 1985 and 2016, by using the Standardized Precipitation Index (SPI). The results showed that 2011 was recorded as the worst drought cycle of the studied period, where the SPI ranged between -0.22 (extreme drought) in Siófok, and 0.15 (no drought) in Miskolc. In a similar vein, the study highlighted the year 2010 to be the best hydrological year, when the SPI reached 0.73 (mildly wet) on average. Interestingly, the Mann-Kendall trend test for the drought cycle showed no positive trends in the study area. Finally, more investigation should be conducted into the climate change spatial drought cycle in Europe.


2019 ◽  
Vol 11 (3(I)) ◽  
pp. 1-12
Author(s):  
Sohel Ahmed, S. M

This study is on ‘Risk of climate change at coastal tourism in Bangladesh. The main aim of thisresearch is to describe the risks associated with climate change that has an impact on tourism. The study usesprimary data collected from the respondents (Domestic, Local and International Tourists) by using variousmethods like; observation, survey and questionnaire. This research mainly adopts with close-endedquestionnaire. This study uses Five Point Likert scale to measure the intensity of risk. This research identifiesvarious types of risk like Rise of sea level, Rise of temperature, Acidic Sea, Damage Property, Damageinfrastructure, Damage Livelihood, Damage environmental resources, Inundation during Storm, Risky Road,Heat Waves, Coastal Floods, Droughts, Pollution, Leads Powerful Hurricanes, and Allergy. This study alsoexplores some other risks including Rainstorm, Disrupt Food Supply, Mangrove Deforestation, SalineIntrusion, Scarcity of Fresh Water, Population Displacement, Water Intrusion, Undermining of LocalCommunities, Coastline Erosion, Fish Stocks Inundate, Rough weather, Hot Sunshine with their intensity.


Author(s):  
Scott Bremer ◽  
Paul Schneider ◽  
Bruce Glavovic

Rapid climatic, natural and societal changes are altering the ways natural hazard risks are represented in societies, and in turn disrupting the ways people respond to these hazards. This poses an important challenge to how societies (re-)build institutions for governing or controlling risks. Institutions are systems of rules, norms and decision-making processes that structure our social interaction and practices. They organize how people define, plan for, and manage natural hazard risks; indeed, they create notions of risk. Going deeper, social sciences have defined institutions by the underlying “culture” on which they are built; the symbols, principles, core beliefs, and cognitive scripts that give institutions meaning. The culture structures how institutions represent the intertwined natural and social world that gives rise to natural hazard risks. Cultures work as a script for classing risks; giving people cues on how to understand and interpret the dangerous situations they find themselves in. Modern institutions are increasingly shaped by techno-scientific cultures, defining hazards and risks by their technically framed probability of physical harm, often expressed in terms of loss and damage. This risk quantification, and aspirations for precision, can give a false sense of control. But climatic change is already undermining, and threatening to undo, many of the long-held representations of natural and social order (and risk to this order) that steer institutions. Current case study research, in different places around the world, shows how climatic change is altering the way institutions interpret the natural hazards they manage in Bangladesh, New Zealand, and Norway for example. Dramatic climate change is confounding institutions’ cultures of risk quantification, and protection, shaking their claims to control natural hazards and undermining public trust in these institutions. One response is that institutions change the ways they define and class hazards, so that ordinary hazards are amplified as extraordinary. Faced with risks that are going beyond their experience and control, some institutions are compelled to unreflexively amplify well-intentioned protection-based responses, with at times unforeseen and disastrous consequences. Cases in Bangladesh and Norway both show how rushed river engineering works can evoke resistance from local communities. Emergency coastal protection can also have deleterious long-term social-ecological impacts, as experience shows in New Zealand. Scholars and practitioners alike recognize the need for critical reflection on how institutional cultures alter natural hazard risks according to climatic and other changes. This reflection is practical work that affects how people operate in institutions every day. It is structural work, as institutions change their rules as they learn more about risks. And it is work of social change, with social groups inside and outside institutions increasingly vocal in their criticism of changing climate risk framings. Case studies illustrate processes of institutional change, but equally, the resistance of institutions to change their cultures and notions of risk.


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