A Transdisciplinary Framework for AI-driven Disaster Risk Reduction for Low-income Housing Communities in Kenya

Author(s):  
Darpan Triboan ◽  
Esther A. Obonyo ◽  
Aladdin Ayesh ◽  
Suleiman Y. Yerima ◽  
Barnali Basak ◽  
...  
2017 ◽  
Vol 17 (8) ◽  
pp. 1357-1373 ◽  
Author(s):  
Darren M. Lumbroso ◽  
Natalie R. Suckall ◽  
Robert J. Nicholls ◽  
Kathleen D. White

Abstract. Recent events in the USA have highlighted a lack of resilience in the coastal population to coastal flooding, especially amongst disadvantaged and isolated communities. Some low-income countries, such as Cuba and Bangladesh, have made significant progress towards transformed societies that are more resilient to the impacts of cyclones and coastal flooding. To understand how this has come about, a systematic review of the peer-reviewed and grey literature related to resilience of communities to coastal flooding was undertaken in both countries. In both Cuba and Bangladesh the trust between national and local authorities, community leaders and civil society is high. As a consequence evacuation warnings are generally followed and communities are well prepared. As a result over the past 25 years in Bangladesh the number of deaths directly related to cyclones and coastal flooding has decreased, despite an increase of almost 50 % in the number of people exposed to these hazards. In Cuba, over the course of eight hurricanes between 2003 and 2011, the normalized number of deaths related to cyclones and coastal floods was an order of magnitude less than in the USA. In low-income countries, warning systems and effective shelter/evacuation systems, combined with high levels of disaster risk-reduction education and social cohesion, coupled with trust between government authorities and vulnerable communities can help to increase resilience to coastal hazards and tropical cyclones. In the USA, transferable lessons include improving communication and the awareness of the risk posed by coastal surges, mainstreaming disaster risk reduction into the education system and building trusted community networks to help isolated and disadvantaged communities, and improve community resilience.


2020 ◽  
Vol ahead-of-print (ahead-of-print) ◽  
Author(s):  
Iftekhar Ahmed

Purpose While there are many such toolkits on community-based participatory methods, the key considerations and principles of conducting a participatory capacity and vulnerability analysis (PCVA) are less covered, yet they are central to the effective conduct of a PCVA, the reason why this paper focuses on such issues. Design/methodology/approach This paper is derived from a toolkit that was produced for Oxfam Australia. Disasters and climate change are major drivers of poverty and significantly affect the communities that development programs of Oxfam Australia aim to assist. Recognising the importance of building its organisational capacity to address these risks, Oxfam Australia initiated and commissioned the production of a PCVA toolkit to support disaster risk reduction and climate change adaptation programs; the production of the toolkit was led by the author. The methodology of producing the toolkit consisted of discussions with experts and a review of similar toolkits. Findings Details of the PCVA process and how to conduct one in a community setting are provided including PCVA concepts, briefing, logistics and management and principles of working with communities. Importantly, the different stages of conducting a PCVA are explained, and some selected tools are presented as illustrative examples. In conclusion, the importance of the PCVA considerations and principles are reaffirmed vis-à-vis the sensitivity and soft skills required in a low-income developing country setting. Originality/value The participatory development approach, which the toolkit follows, has been widely advocated for the past few decades and most non-governmental organisations involved in community development espouse this approach. Consequently, a wide range of participatory development toolkits have been developed, many of which relate to disasters and climate change. The PCVA toolkit discussed in this paper draws on the repertoire of toolkits already available and used over a long time. Nonetheless, effort was given to assembling a range of tools that were most suitable for the purpose of this particular PCVA toolkit. Instead of focussing on the tools, which are available from the freely downloadable toolkit and available in the public domain, in this paper, the PCVA process and its main principles are explained, and the key considerations to carry out an effective PCVA is discussed. Perhaps even more than the actual tools, these considerations and an understanding of the PCVA principles are significant because they underpin the utilisation of the toolkit.


2020 ◽  
Vol 3 (1) ◽  
Author(s):  
Jonatan A. Lassa ◽  
Fakatava Paunga

Disaster risk reduction imperative must be seen as investment that will generate dividends. Under the auspice of the Sendai Framework for disaster risk reduction governments around the world and the international community are urged to develop strategies to reduce mortality and disaster losses, amongst these strategies is an investment in disaster risk reduction. This research aims to develop a baseline of the scale of investment in disaster risk reduction worldwide. A total of 222 countries and territories is being included in this study to assess their level of investment in disaster risk reduction. We define disaster risk reduction investment as an aggregation of three variables, namely financial investment, social investment and early warning system investment.  The study generated index to indicate the respective countries degree of disaster risk reduction investment. The findings show that that investment in disaster risk reduction remains higher in OECD countries compared to middle and low-income countries. Insights from our research suggests that the concept of entrepreneurial government is needed in order to be more ambitious in tigering, facilitating and initiating investment in disaster risk reduction.


Author(s):  
Darren M. Lumbroso ◽  
Natalie R. Suckall ◽  
Robert J. Nicholls ◽  
Kathleen D. White

Abstract. Recent events in the USA have highlighted a lack of resilience in the coastal population to coastal flooding, especially amongst disadvantaged and isolated communities. Some low income countries, such as Cuba and Bangladesh, have made significant progress towards transformed societies that are more resilient to the impacts of cyclones and coastal flooding. To understand how this has come about a systematic review of the peer-reviewed and grey literature related to resilience of communities to coastal flooding was undertaken in both countries. In both Cuba and Bangladesh the trust between national and local authorities, community leaders and civil society is high. As a consequence evacuation warnings are generally followed and communities are well prepared. As a result over the past 25 years in Bangladesh the number of deaths directly related to cyclones and coastal flooding has decreased, despite an increase of almost 50 % in the number of people exposed to these hazards. In Cuba, over the course of eight hurricanes between 2003 and 2011, the normalised number of deaths related to cyclones and coastal floods was an order of magnitude less than in the USA. In low-income countries, warning systems and effective shelter/evacuation systems, combined with high levels of disaster risk reduction education and social cohesion, coupled with trust between government authorities and vulnerable communities can help to increase resilience to coastal hazards and tropical cyclones. In the USA, transferable lessons include improving communication and the awareness of the risk posed by coastal surges, mainstreaming disaster risk reduction into the education system and building trusted community networks to help isolated and disadvantaged communities, and improve community's resilience.


2019 ◽  
Vol 16 (3) ◽  
Author(s):  
Wisyanto

Landslides have occurred in various places in Indonesia. Likewise with West Java, there were many regions that has experienced repeated landslides. Having many experience of occurrences of landslides, we should have had a good landslide risk reduction program. Indeed, the incidence of landslides depends on many variables. Due to that condition, it may that a region would have different variable with another region. So it is impossible to generalize the implementation of a mitigation technology for all areas prone to landslides. Research of the Cililin's landslide is to anticipate the next disasters that may happen in around the area of 2013 Cililin Landslide. Through observation lithological conditions, water condition, land cover and landscape, as well as consideration of wide dimension of the building footing, the distance of building to the slopes and so forth, it has been determined some efforts of disaster risk reduction in the area around the landslide against the occurrence of potential landslide in the future.Bencana tanah longsor telah terjadi di berbagai tempat di Indonesia. Demikian halnya dengan Jawa Barat, tidak sedikit daerahnya telah berulang kali mengalami longsor. Seharusnya dengan telah banyaknya kejadian longsor, kita mampu mengupayakan program penurunan risiko longsor secara baik. Memang kejadian longsor bergantung pada banyak variabel, dimana dari satu daerah dengan daerah yang lain akan sangat memungkinkan mempunyai variabel yang berbeda, sehingga tidak mungkin kita membuat generalisasi penerapan suatu teknologi mitigasinya untuk semua daerah rawan longsor. Penelitian longsor di Cililin dilakukan untuk mengantisipasi terjadinya bencana di sekitar daerah Longsor Cililin 2013 yang lalu. Melalui pengamatan kondisi litologi, keairan, tutupan lahan dan bentang alam yang ada, serta pertimbangan akan dimensi luas pijakan bangunan, jarak batas bangunan dengan lereng dan lain sebagainya, telah ditentukan beberapa upaya penurunan risiko bencana di daerah sekitar longsor terhadap potensi kejadian longsor dimasa mendatang.Keywords: Landslide, risk reduction, footing of building, Cililin


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