COMPREHENSIVE APPROACHES TO RISK REDUCTION AFTER DISASTERS:
REBUILDING LIVELIHOODS, SAFER HOUSING, AND DEVELOPMENT
Introduction
Introduction to Post-Disaster Risk Reduction Strategies
Post disaster risk reduction strategies and the measures that are taken to avoid disasters
are therefore becoming widely accepted as fundamental strategies of disaster risk reduction for
long term impacts and developmental agendas. Coordinating relief, rehabilitation, and
augmentation of development work for overall community improvement must contain a well-
structured approach ready to integrate into post-disaster situations with the aim of improving the
quality of life and lessening further risks and susceptibility (Chisty et al., 2022). SFDRR stands
for Strategy for Disaster Risk Reduction is a plan of international activities on managing the
risks, which is aimed at the readiness, which may concern all the parties on all the tiers in the
sending, in particular, in the regions where natural disasters happen often. Strengthening the
reconstruction of peoples’ livelihoods and better housing is crucial because affected populations
are likely to remain at risk for recurrent disasters due to sustained economic insecurity and poor
housing infrastructure (Panwar, Sen, & Shaw, 2022). Post disaster management is complex and
involves infrastructure construction, risk sensitive spatial planning, and measures to prevent the
spread of diseases which are always prevalent after disasters like earthquakes (Challenges in,
2023). It is a significant factor to put in-place risk financing mechanisms for a quick and proper
response, to avoid putting a lot of cost to governments and societies. Despite the progress being
made in the disaster risk management, there is some disconnect on how the policies are
formulated and how they can be implemented on the field. Studying the case of particular
practices of current interventions and program as well as studying different types of of particular
case studies of what has been done to formulate steps towards the above named framework of
composite risk reduction mechanisms, intervention aiming for the issues solutions with relief
assistance as well as developmental priorities and capacities building are presented in this
research paper. The end goal is to be able to bring out recommendations that need to be
implemented to support communities vulnerable to disasters and make the environment safe for
inhabitants through multi-sectoral engagement based from existing Latin American and global
best practices in disaster risk reduction and reconstruction.
Relief and Rehabilitation After Disaster Strikes
Relief and rehabilitation are some of the most important processes that are used to
stabilize communities after disaster, nevertheless these processes have to involve very effective
strategies and plans that have to strive to provide the necessary relief and at the same time cater
for the effective recovery. The immediate needs most often encountered in the emergency initiate
include food, essential items, emergency housing, medical needs, and reconstruction of utilities.
It must be noted that disaster management is not only about providing basic needs and relief to
the affected communities but also involves a broader range of concerns and practices. In any
case, there is a number of issues emerge that differ from the urban and rural environments and
require relevant targeted approaches. Primitive examples include large population concentration,
infrastructural damage, and management of crowds by different relief organizations midst
affected regions. Coordination is enhanced by existing bureaucratic barriers, stakeholder
interference, and arguably the foremost consideration, the need to reduce suffering among
affected persons. While in urban areas, the problems consist of shortcoming in resources,
facilities and services, the problems in the rural areas consist of problems of isolation,
accessibility and distribution of resources hence the need to tailor methods of intervention for the
rural areas. All these threats demand not only precise and efficient emergence response but also
the analysis of sociocultural factors in particular settings (Safapour et al., 2021). These
understandings assist in developing the culturally appropriate strategies in order to respond to the
details of community needs. Post disaster reconstruction planning should address issues of
resource distribution which will prevent the leave out vulnerable groups. Active cooperation of
the international organizations and relevant local governments along with the membership of
civil society is vital for improving the utilization of the relief and development aid and transition
to development from relief phase.
The Sendai Framework for Disaster Risk Reduction comprehensively lays down the
principles of stakeholder involvement especially with regards to planning and implementing
rehabilitation. The involvement of the target communities makes programs more relevant and
effective since resourceful knowledge from the locals is considered. A number of South
American countries, Marcillo-Delgado, Alvarez-Garcia, and García-Carrillo (2021) have
indicated; are still struggling with various challenges in risk reduction strategy, in relation to
their regional settings. It is established from their assessment that top–down formulated,
standardized, policies are ineffectual and do not take into account the complex spatial and
economic context that defines many hazardous regions. For instance the areas with lofty grounds
call for landslides while the coastal areas need flooding occasioning a different approach to the
pest. Relief and rehabilitation must therefore be creative, appropriate and sustainable endeavours
tailored towards the specific needs and challenges of each area at risk. This kind of flexibility is
what converts post-disaster emergency initiatives into other large-scale, durable community
rebuilding initiatives capable of standing up to future adversity. Moreover, promulgation of
credible mechanism of governance is indispensable to avoid misuse of resources and to reach out
the deserving quanta of resource. According to Anilkumar and Banerji (2021), international
cooperation is also capable of offering technical and financial assistance, so that countries adapt
to the best practices as regards disaster management. One of the factors, which should be
stimulate through knowledge-sharing and capacity-building activities, is to increase the level of
resilience of the countries and reduce the level of adverse impact of future disasters.
According to Chisty et al. (2022), there is a need to adopt new advancements in
technology such as digital twinning to improve post-earthquake situation outcomes. Digital
twinning is the real-time simulation of structures and infrastructure in order to enhance resource
response and cooperation. Lagap and Ghaffarian (2024) explained that this technology enhances
communicate and decision making especially in urban situation because of quick response to
incidents. For example, digital twins can help study essential circumstances such as disastrous
occurrences and subsequently allow the different stakeholders to make necessary preparations
with less impact on the populations at risk. These simulations can also determine potential major
risks that the infrastructure has and recommend changes which may prevent loss of life and
breakdowns. Lagap and Ghaffarian (2024), there are major drawbacks associated with this
approach, including high costs for the acquisition of technological support, systems for the
processing and storage of data, as well as for the protection of the latter against cyber threats.
Some of these investments can be a prohibitive factor for areas with limited resources within
which the fundamental functions of disaster management could still be rudimentary. The
effectiveness of the above mentioned digital solutions will only be realized based on adequate
support systems, availability of timely and accurate data and most importantly the ability to
analyze and utilize the data received. Governments, private technology firms, and international
NGOs must work together to ensure that such advancement is made available & efficient.
Panwar, Sen and Shaw (2022) say it remains paramount to ensure that local disaster response
enthusiasts are trained on the most appropriate digital tools. To make these technological
innovations reachable to everyone regardless of the level of income in their regions will make
global societies be ready to face disasters.
More contemporary case of Bangladesh’s rad growth demonstrates the importance of
policy frameworks in respect to disaster risk. Comparing to the data from International
Standards, Chisty et al. (2022), mentioned that there have been significant enhancements in
capability of emergency response, however, challenges in terms of policy compliance, and
resource distribution still remain. Capacity enhancement, physical assets and institutions and
governance constituted continue to be critical factors for efficient delivery of aid (Anilkumar &
Banerji, 2021). For example, such tools as early warning systems and disaster drills have been
found useful, although they need constant updating as well as people’s participation. On the
other hand, measures such as sovereign disaster risk financing have been proved to have a future
in India in reducing the extent of economic losses of disasters. In their article, Panwar, Sen, and
Shaw (2022) highlight how these approaches mean a number of things; most notably, the notion
that financial preparedness is as important part of any well-developed disaster management plan
as is the hope to respond to the disaster in the first place. Through financial precautionary and
insurance policies, governments would be able to bear their disaster costs without having to
necessarily cutback on other costs of equivalent value. These measures are clear evidence of how
abreast a community should be in disaster preparedness that (Activity map, Financial planning as
one of the elements of the plan). Standards, Chisty et al. (2022) note that it is clear that the
examined cases indicate that effective cooperation with the private sector can improve the
organization’s ability to fulfill economic and social needs of populations after a disaster.
Having a worried health probably arises commonly in disasters and its complications, for
instance when there is an earthquake there are high possibilities of the diseases spreading. In
their article, Mavrouli, Mavroulis, Lekkas, and Tsakris (2023) pointed out that the population
after disaster may get easily affected by diseases mainly because sanitation may be adversely
affected, shelters overcrowded, and health facilities may be overwhelmed. This can trigger
spread of water and airborne diseases among the citizens in addition to poor health status that is
even worsened by inadequate hygiene and medical health. Khan et al. (2022) says such risks
require vigorous public health measures such as putting into practice medical supplies in
advance, training of health facilities, setting up of mobile clinics among others. It is averted that
health difficulty as soon as possible because it is easy to recuperate and it has less sequential
rehabilitation. In addition, public health should consider employing mental health strategies since
disasters’ a primary impact might be psychological. Safapour, Kermanshachi and
Pamidimukkala (2021) say most community-based health enhancement programs can help
clients and other people within the community participate in health improvement processes and
also make sure that health care solutions are suitable for the culture of that particular society. The
local health related organizations can thus liaise with the international ones hence share the
available resources and success stories. Incorporating infrastructure that stands up to health
calamities including transportable healthcare centers and hospitals with earthquake resistant
designs enhance the framework for the future community health disasters.
Another important variable of disaster management and recovery is housing
reconstruction. In a study that focuses on aspects associated with successful post-disaster
housing projects in Kerala, South India, Anilkumar and Banerji (2021) mention that the
community engagement and participation, timely resource mobilisation as well as strategic and
feasible management was optimal. Mavrouli et al. (2023) present a premise of agreed assertions
that housing reconstruction must respect local community needs and preferences to succeed. As
much as the above points enhanced relevance, involvement of the community in the planning of,
and implementation of housing projects also empowered them. On the other hand, Khan et al.,
the Pakistan government has been accused of having a poor structure of disaster response
mechanism but has been relied on a reactive system. They call for improved planning and
implementation where the use of planned recovery measures after disaster is stated to be
ineffective in organizing resources hence leading to repeated disasters back. To the above
problems, they propose intervention strategies for disaster preparedness including proposed
design solutions; for housing structures. Marcillo-Delgado et al. (2021) assert that these
approaches can greatly minimize the impact and cost of disasters to human life and economic
loss. However, there is no question that international assistance in money and specialists can help
the authorities in these countries to put these measures into practice, but the reactions of the local
population are indisputably vital. The findings suggest the importance of pursuing short term, as
well as long term goals aimed at fostering better disaster preparedness (Mavrouli et al., 2023).
Through the promotion of sustainable and inclusive reconstruction practices, the governments
and the other stakeholders are in a position to develop relatively safer housing structures as well
as communities to undergo reconstruction from other future disasters thereby enhancing the
achievement of the disaster resilient environment.
Long-Term Development for Disaster Recovery
Post-disaster development planning for the long term is helpful to help communities
rebuild and create stronger and more resilient communities. The sustainable methods are those
that not only repair shattered structures but also target risks that cause even more harm during
catastrophes. The emphasis in this regard belongs to rehabilitation plans. According to Amatya,
Lee, Galea, and Khan (2020) it is important to understand that disaster rehabilitation requires
efficient planning in order to transition from relief efforts to recovery. Sun, Bocchini and
Davison (2020) study notes that such plans should propose provisions for entrance to advisable
health care, mental health, and physical rehabilitation. Overlooking such aspects ends up pulling
the suffrage and hence affecting the development of the economy since some people would still
be immobilized by suffering. Such measures have to be taken and implemented together with
considerations to incorporates organs of the society that needs more care and attention in the
process of re-establishing their lives after a disaster, this is because the effects of a disaster,
especially to vulnerable groups of people like the elderly, the disabled and low income earners
are worsened. These groups are the most impacted when disasters happen and thus, need to be
embarks strategies to be helped so that they can stand on their own. One has to join forces with
healthcare providers, which can lead to the creation of efficient and effective systems that will
contribute to the sustainment of community’s health in the distant future, and the second is the
use of local expertise. Prospective, the use of culturally sensible interventions guarantees that
initial strategies are easily accepted by the target populace and become locally sensitive. Sun,
Bocchini and Davison (2020) assert that the other advantage, non-governmental organization and
community-based organizations can also be of assistance to enhance the effectiveness of the
current strategy. Therefore, as the necessities of the survivors in orphaned psychosocial domains
are provided, the general aptitude of a community to rise, unscathed from the catastrophe, and
build anew is better addressed.
Reconstruction and development after a disaster is a big challenge not only socially but in
terms of structures and organization. Sanci and Daskin (2021) on the same note affirm that
optimization of location and network restoration is crucial to disaster response as well as
recovery. Cappell and Kochenderfer (2023) offers a priority integer L-shaped algorithm that aids
in the identification of infrastructure whose restoration will contribute to economic stability as
well as social functionality; including transportation networks and communication systems
among others. Disruptions to infrastructure contrive to hinder recovery endeavors and extend the
negative economic consequences of disasters, effectively underlining the need to have a well-
planned post-disruption recovery process. The restoration plan should be developed in detail
avoiding disruption of civic services like power, water and healthcare and should take minimum
time for these services from being restored. Dzigbede, Gehl and Willoughby (2020) assert that
the infrastructure development needs to be “future-proofed” and that means taking risks into
consideration and then putting thought into their potential solutions or solutions developed in
new and unconventional ways. For example, strengthening structures against earthquake or
enhancing sewerage systems in order to prevent floods may greatly reduce loss in subsequent
disasters. Sanci and Daskin (2021) assert that data analytical approaches facilitate organizational
decision making and resource management. The investments in smart infrastructure which uses
technologies in its functional and control capability to monitor the environment of operations
with a view to alerting relevant authorities of impending disasters can also enhance the
robustness of disaster management. Rather significant for the further effective achievement of
the main objectives in infrastructure development is the enhancement of cooperation between
governments, engineers and other community stakeholders within the framework of risk
reduction for the long term. The socio economic status of the area of development should be
taken into consideration to allow for a proper infrastructure development one that is sustainable
and inclusive.
The indicators that are also recognized as crucial for long-term recovery include
communication. Shukla (2023) puts into perspective the competency of radio especially in
disaster management in areas with limited or no communication networks. Radio plays an
important role in communication, informing the public on development, planning, and
management of disasters, as well as passing information that is concerned with the preparedness
and management of the disasters (Villapol, 2021). It is particularly relevant for segments of the
population that cannot reach the internet or mobile networks to pass on important information
that is available shall be disseminated wide and quickly. In recovery phase radio can help inform
affected populations on progress in rehabilitation process, offer support to affected people
psychologically and orient them on available resources. The advantages of radio are that it
covers a large population, is cheap, and does not need a lot of development, so it will always
remain an important tool for reaching out to thecommunity and passing on information.
Similarly, Shukla (2023) opines that by combining low tech modes of communication and
dissemination including radios with high technology tools like the mobile alerts, the social media
platform and satellite communication, there is enhanced general recovery processes. By
establishing such a communication model, reaching as many segments of the population as
possible at the right time with accurate information is achieved. Another benefit of
communication is the activation of a transparency degree, because through it the authorities can
inform other people about the process of recovery that is being developed. Additionally, Villapol
(2021) says it helps in avoiding the spread of rumor and as the society recovers from disaster
there should be order and the public should trust the existing information. Local people can also
be encouraged through community radio efforts to contribute their accounts and concerns to
enhance general recovery processes by being inclusive. The concept of Putting People at the
Centre followed by a clear structure of the communication approach is instrumental for
enhancing population’s resilience and addressing recovery stages.
There are issues of structural discrimination in disaster recovery, these barriers help to
perpetuate structures of disadvantage and place marginalized groups in further cycles of
vulnerability. Joseph et al., (2021) evaluate how these disparities can deepen the effects of
disasters evidenced by situations such as disasters where members of vulnerable populations
cannot demand their rights or access support for support. For instance, the unfortunate truth is
low income neighborhoods have been established in risky areas as a result of financial
limitations resulting into high disaster vulnerability. Lopez-Leon et al.’s (2021) experience
points out that it is community-based and bottom-up efforts that help address these gaps and
push for equal post-pandemic restoration. It becomes easy for every local community to have
ownership of the plans and strategies being developed to ensure that the recovery process meets
their needs. It also helps to create an ownership and increased cohesion which is too important to
proclaim the resilience in the long run. Lopez-Leon et al. (2021) say they need to take into
consideration structural factors that continue to marginalize people, including denial of land
rights, health and education to enable them bounce back. Policy reform and metrics development
are not the only forms of investment; supporting community-led initiatives as capacity building
tools can also have a revolutionary effect. Joseph, Irshad, and Alex (2021) were of the opinion
that reconstruction efforts should not only be vested in the physical processes but in other
spheres including social and economic. This type of an approach would enable all people in a
given community to also have a chance for change and recovery in the spirit of each person
count. Filimonau and De Coteau (2020) add that the multi-sectoral involvement and active
participation by government stakeholders, NGOs, and residents of such vulnerable regions form
an important avenue of identifying the relevant causes. If disaster response establishes social
justice first and corrects inequities second, then all can be protected more fully, including the
marginalized.
Renowned features like AI, cloud base, and platform are facilitating the generation of
disaster recovery and long-term development. Gupta, Modgil, Kumar, Sivarajah, and Irani
(2022) have articulated how with these technologies can be facilitate coordination, effectiveness
and efficiency in the course of disaster recovery. Predictive asset management and decision-
making can also be conducted in AI surroundings, which can reveal problem locations, simulate
disaster conditions, and distribute resources so that the endangered communities would receive
aid without delay. Furthermore, AI can help in assessing the damage by interpreting satellite
images and related data, the work that takes much less time in planning the recovery process if
done through an AI. As for the cloud-based platforms, these enable interaction between multiple
interest groups/ stakeholders who may include governmental and non-governmental
organizations, as well as community members. Through these platforms, real time, data sharing
is possible hence making it easier to co-ordinate and align and respond to the changing needs and
direction. Nonetheless, it is crucial to note that actualization of such sophisticated systems entails
sufficient capital, training as well as sound digital environment. That means the above
technologies must be made more available and affordable for all the people in society especially
where the uptake of technologies is Continue Reading It may therefore be important to reduce
the digital divide and ensure that the gains arising from technology help all people in the case of
disaster. Also, disaster emergencies demand the protection and privacy of data since information
is often collected sensitive during these calamities. Dzigbede, Gehl and Willoughby (2020)
suggest that when it comes to disaster management efficiently, technology can be used in order
to inform societies by providing effective research and new ways to develop improved resilience,
social welfare, and a much more effective and efficient recovery in the long run. It must
therefore be an integral disaster management strategy that combines the technological frontier
with the other mainstream modes of disaster management strategies and aspects of the traditional
society.
Rebuilding Livelihoods in Affected Communities
Rehabilitating the source of income of the people in the affected communities in disasters
is always a vital process of recovery since many people are able to get back to normal life and
start building their economy in order to face other challenges in the future. Therefore, It is argued
that to achieve meaningful livelihood reconstruction, there is the need for coordinated, context
specific strategies that are targeted at the entities under consideration that are sustainable,
community based and ecological. The conceptual frameworks that the authors Gyawali, Tiwari,
Bajracharya and Skotte have used while proposing the sustainable livelihood approaches should
have identified environment and serving natural resource base as a key to the initiatives. This is
more so given the fact that many human activities that are economic in nature in such areas
depend on this ecosystem. If not well addressed, reconstruction processes would compound this
natural resources base through the deterioration of the economic stability of the community.
Uddin et al. (20210 add that the principles of reforestation, organic farming and sustainable
fishery will assist in the process of the communities’ rehabilitation and the creation of conditions
for sustainable development. The practices help in controlling the extension of the environmental
problems that may result to future disasters. It has to incorporate sustainability in the livelihood
strategies in order to prepare the community to face the impact of the environment.
For instance, in the coastal zone of Bangladesh that is most susceptible to disasters, there
is the need to promote the application of adaptive measures. The concern is evident in the
simulation result of Uddin, Haque, Khan, Doberstein, Cox (2021) which reveal that the local
communities have developed and embraced resilience livelihood strategies such as; the
diversification of income sources and shifts from conventional economic practices. They further
argue that this is the case because peer only approaches are far more efficient than state imposed
ones, because they are developed to meet needs of a given community and capitalize on local
knowledge. Some of the fishing dependent societies have expanded their operations from only
fishing activities and other activities like fish processing and marketing to other related sub-
sectors including aquaculture and other agriculture value addition activities to reduce their over
reliance on fishing business and hence making them vulnerable to disasters like climate change.
Piggott-McKellar et al. (2020) add that these activities have the potential of bringing about such
changes besides increasing the stock that underpins livelihoods in order to develop the culture of
resilience. Innovative Interventions therefore can lead to lasting change which positions the
communities in the right way in the faced environmental and economic contexts. These strategies
help to ensure that recovery is holistic and can be easily adapted to suit the internal situation
since many a time, the members of the community are also involved in the decision making
process.
Piggott-McKellar et al. (2020) has Established that culture plays a crucial role in the
reconstruction of the means and ways of life particularly for communities that have been
relocated by force because of disaster related incidences. As Lin and Lin (2020) point out,
cultural practice, and traditional knowledge form the basis of many communities’ existence and
thus, should be considered to be included in the attempts to revive or exercise the capacity.
Critics of such groups argue that integrating culture in business, trade or tourism provides not
only an economic stream of income but also social capital and unity. In the resettlement areas
from a tribal context, the way of maintaining material culture including ornaments, food
production practices or a cultural calendar is a way of creating a sense of community and civic
pride. These cultural elements when viewed from the perspective of the livelihood programs also
gives an added dimension to the economic and social rebuilding that is necessary for the
population in question. This way helps to minimize cases of culture breakdown which are
evident especially after relocation and displacement. Besides this cultural conservation may also
lead to tourism and external investment which will be an added source of income to the people.
According to Lin and Lin (2020) culturally appropriate rebuilding programs in this case can help
in a big way in changing the lives of people in terms of economic returns and can also help to
reconstruct the very social relations of people in community. Daly et al. (2020) say applying the
suggested notions of the integrated approach will help to build a more efficient and united
community for the future.
It has been a challenge to define and negotiate on what should be done in the aftermath of
disaster in terms of support, income generating activities and income generating activities that
will be sustainable, some models of aid have failed to come up with the best solution to the
affected population. Daly, Mahdi, McCaughey, Mundzir, Halim, and Srimulyani (2020) have
pointed out that short term aid is mostly ineffective, and may also create dependency in order to
make the recipient be independent from the help in the long run. Lin and Lin (2020) have asked
for new development paradigms that will support development models that will support skills,
autonomy and capability development. That means to focus on those processes that are targeted
at the creation of activities in which the locals can rebuild the devastated economy without the
help of foreign aid. For instance, innovative education heals which are vocational skills such as
farming, construction or microenterprise empower the individual with tools for future livelihood.
Therefore, the micro finance activities and the community cooperative will enhance this support
to foster local commercial business. According to Daly et al. (2020), such models have a higher
possibility of assisting countries to restore their economic welfare in the long run and avoid the
country from being prone to other disasters in future. Of course, it is important to sustain such
participation and investment because the communities need to be reminded and encouraged to
actively practice these sustainable livelihoods strategies. Therapists in the recovery programs
thus encourage the desert vulnerable population to adopt the self-help approach and capacity
development thereby changing for the better.
Displacements due to climate change are challenging in the formulation and delivery of
interventions for livelihoods reconstruction. In the context of the resettlement process, Piggott-
McKellar, Pearson, McNamara, and Nunn (2020) explain how vulnerability could have been
created through return mechanisms but this has created opportunities and if well managed. In
their view, the enhanced relocation process shows that base support is integrated with a strong
network support to help people to have other sources of income and access other resources. The
IDPs may be in a better place to benefit from employment skill development, market
development efforts and development of new industries most appropriate to the new places of
residence. All the same, relocation affects the economic practices of the communities by
conscious or forced movement, yet it can be a way of development.
However, the process of relocation affects the economic practices of the communities
through conscious or forced movement of the people, yet sometimes it could be a chance for
development. Piggott-McKellar, Ryan, Guinand, Klenck, and Hruska (2020) highlighted that
context and the capacity for long-term change have been central to the design of the CP
Livelihoods programs in order to address the long and fluid needs of the reset element people.
This way economic opportunities are very sustainable to changing conditions so that they persist
for future use. Thus, meaningful participation, which changes a planned relocation to an
incremental plan with involvement of the affected groups in decision-making is also vital for
successful relocations. People’s lives are not worsened but rather enhance through resettlement
programs that provide cultural sensitive, environmentally and economically viable means of
livelihoods.
Public Works Projects for Recovery Efforts
According to Gyawali et al. (2020), public works help in disaster management by
changing the physical infrastructure, the economy and society of the affected region. The
upgraded highways, bridges and water as well as sanitation systems are useful and create
employment and in turn boost the economy (Gyawali et al., 2020). It is good to note that there is
need to ensure that these initiatives are backed up by sustainable measures to avoid further
deterioration of the new infrastructure. According to Gyawali et al. (2020), such disasters can be
averted if building is done with sustainable materials, and with the forecasts made by
climatologists. Flood resistant and earthquake resistant homes will be helpful in preventing
future calamities in a certain community. The other approach is to apply the modern engineering
solutions for the existing problems. Also. public works projects can alter the society in a manner
that it strengthens the structure of the building and makes it more resistant to disaster.
Reconstruction and environmental sustainability are complimentary and can make the recovery
process both sustainable and robust (Lin & Lin, 2020). The concepts must be defined based on
the green building principles in order to achieve the objectives of this study. The importance of
accountability and transparency frameworks in the prevention of corruption and the misuse of
projects cannot be over emphasized. Gyawali et al. (2020) conclude that the local population can
be involved in public works projects and other stakeholders who have an interest in the region to
discuss the project’s results.
Accessibility to public amenities and social services that enhance the growth of the
community should also form part and parcel of the works’ planning and implementation. Daly et
al. (2020) has suggested that infrastructure investments should be used to produce more equitable
effects on different parts of society especially those who are at the bottom of the income earning
scale. The distribution of resources between societies also show that if the resources are not
fairly distributed, then such a society prepares itself for other disasters. While the agricultural
zones do not get investment as the urban zones do, they have very high and well understood
demands for investment. It will therefore be useful to develop targeted measures for
underrepresented populations to be at the forefront. Cultural acceptability of infrastructure and
their design can only be as far as the residents are involved in the planning and design of such
infrastructures, as opined by Lin and Lin (2020). Public works therefore have to support the
community and this can be done by participating in the same. Moreover, some forms of
community engagement are more sustainable than others because local knowledge is more
helpful in the formulation of good and appropriate interventions (Uddin et al., 2021). It can also
empower and perhaps even mobilize by offering communities a means to prepare for their
tomorrow. This First-nation approach to developing a participatory approach to research is
helpful for building resilience from the grassroots level since it guarantees everyone’s investment
in the research process. The clients also require to be empowered on the same to ensure that there
is continuity of the training programs by the international partners.
New technologies may be applied to the construction of public works to greatly enhance
the levels of productivity and anti-flood measures. Gupta et al. (2022) in their research related to
the future of construction and infrastructure look into the use of AI and data tools. Studies show
that AI can forecast disaster and analyze the problems in existing infrastructure to allocate
resources accordingly. Introducing big data into the decision-making process and into
reconstruction programs, much sense can be made, and costs and disruptions minimized (Gupta
et al., 2022). As put by Daly et al. (2020), cloud-based platforms allow real time collaboration
with government agencies, contractors, and stakeholders in order to ensure that projects do not
exceed the projected time and cost. Through the use of these platforms construction progress can
be closely monitored and slight changes be made as and when new data is acquired. These
technologies can be effectively used only if large funds are spent on the development of digital
tools and educational programs for local end-users. Likewise, Lin and Lin (2020) commented
that as technology, the potential of revolution is always inherent but for it to be of use and to
bring about the desired change, it has to be accessible and appropriate in scale to the
environment of application. Politicians should come up with policies that govern the right use of
data and which are not to be crossed, or to protect the public interest. However, engaging more
partners who are technology inclined enhances the rate at which their use is improved on.
Funding should also be made to such technologies with an understanding of sustainability and
resilience in the long-run.
The public works projects also need to reconstruct infrastructures that are most essential
in offering services and add value to the society. According to Uddin et al. (2021) focus on the
role of promoting development of structures that may also be used as temporary shelter for
disaster victims and recreational centers in normal times. It is indicated that spatial forms are
advantageous because these facilities serve as shelter during disasters, and there is a positive
correlation between such facilities and the quality of life of the residents (Gyawali et al., 2020).
Also environmentally green space such as a park and permeable ground surface control heat in
urban areas and flow of water. Daly et al. (2020) reveal that green features improve quality of
living and decrease the risk of natural disasters in public structures. The rational uses in the water
consumption systems such as the drainage systems and rain water harvesting systems for the
flooded parts (Lin & Lin, 2020). These investments are not only helpful in protecting the people
from environmental hazards but also set up the stage for development. According to Daly et al.
(2020), green infrastructure may improve the fertility level and other indicators of the living
environment, including the level of air quality. Community gardens, green balconies and terraces
can also grow an extra amount of food and also reduce stress levels in the cities. These integrated
solutions are sustainable since they put people and the environment in the design and
implementation of projects.
Transportation facilities are another social interest predicated in disasters. According to
Uddin et al. (2021) construction of roads and bridges assist in restoring supply chain and also
assist in responding to disasters. Transport infrastructure is a way through which transport is
carried out and this is useful in the revival of the economy (S. Gupta et al., 2022). Seismic risks
remain to be a problem in some areas of the globe; hence, spending for the development of
earthquake-resistant roads and bridges can effectively reduce the extent of damage in the event
of an earthquake. In the study by Gyawali et al. (2020), they suggested that the height of roads in
the flood zone should be elevated and that porous materials should be used in stormwater runoff
as solutions to climate change. There are others reasons proving that investments in sustainable
public transportation can help achieve other climate goals including using fewer greenhouse
gases emissions (Lin & Lin, 2020). The transportation projects should be defensive to have a
long strategic plan that will enable them to be useful in enhancing the construction of recovery in
the communities. The governments also have to consider the maintenance costs so that the
implemented infrastructure projects will yield long term impacts, which shows that cross border
cooperation can beneficial for common transportation systems in the areas. The other Moran
plugs also comprise increasing the types of transport such as electric buses or bikes in the bike
sharing program.
Changing Attitudes for Post-Disaster Resilience
Outside perception and that of the government towards disaster is crucial in the
formulation of sustainable long-term recovery and risk reduction framework to entire nation. The
COVID-19 pandemic has shown that provision of effective disaster preparedness and response is
an area that needs to be extended to local governments. Dzigbede, Gehl, and Willoughby (2020)
also point out that local governments are important in disaster management and hence should be
well equipped in the case of disaster events. Barbier (2020) posit that their research demonstrates
that improved planning that includes community engagement and the development of resilience
actually decreases response capability. It also means that such communities are well prepared
than when such disasters occur to handle any other disasters in future. Also, future orientation
means that disaster risk education should be incorporated in the public policy and governance.
Over the years, pet governance programs also believe that public education campaigns can
change the perception of the people by empowering them to become active participants in
disaster risk management (Dzigbede et al., 2020). The general population must build a consensus
on these measures through the process of disaster risk reduction and improving the strategies
through incremental modifications (Barbier, 2020).
The concept of green recovery has emerged as a guiding principle of reconstruction in
both the post disaster and post COVID-19 era. To this end, Lahcen and colleagues Lahcen et al.
(2020) retain their optimism even though they acknowledge that green recovery policies are
relevant to present economic challenges and promote sustainable development through reducing
greenhouse gas emissions. Programs for new renewable energy investment, new energy-efficient
technologies, and climate-responsive infrastructure investments are not only growth enhancing,
but also resilience enhancing. These strategies represent a shift from the normal economic
recovery process which rarely considers the effects on the environment. Green recovery policies
also help in minimizing the risks of future climate events which are not only beneficial to the
world but also increases safety. According to Lahcen et al., (2020) governments should employ
policies that enhance the well-being of the environment and policies that ensure stability of the
economy. The attempts to implement environmental sustainability in recovery provides two-fold
advantage since it protects resources at the same time as the economy is being reconstructed
(Sparrow, Dartanto, & Hartwig, 2020). This way is not only ethical but as well rational in
reducing future disaster risks and effects.
Large scale structures for disaster response and sustainable recovery require cooperation
between countries during the planning, execution and financing stages. Coordinated actions
among the nations particularly the G20 in the development of green recovery and in managing
global environmental concerns have been seen by Barbier (2020). When countries harmonize on
the use of resources, technologies and policies, national recovery strategies will be well
supported. For instance, the integrated affordable reforestation programs and capita investments
in renewable energy can generate a lot of welfare on the global ecological and economical
systems (Barbier, 2020). The international cooperation enhances the sharing of knowledge and
money from the donor nation and assistance to the threatened nations, as a general improvement
in stability. Still, to create such an international partnership is possible only when there is a
desire and approval of the political processes to focus on sustainable development goals (Lahcen
et al., 2020). The current decision makers need to be in a position to support strategies that may
not produce positive returns for several years or even decades. Dzigbede et al. (2020) also
emphasize on the aspect of knowledge sharing especially in the integration of DRR to policy.
Resilience also encompasses social coping in as far as disaster risk reduction is concerned
for the people in society. Sparrow et al. (2020) explore the manner in which the Indonesian
community received the “new normal” brought about by the COVID-19 outbreak which
demanded new crowd conduct change. These changes were alterations in the recording of some
health indicators and adherence to standards; and awareness of the higher risk on group level.
Similar changes may be observed in other cases concerning disasters in which discipline and
people’s solidarity can be a life-saving factor (Sparrow et al., 2020). According to Dzigbede et
al. (2020), there is the need to have leaders who are easily seen, real and competent to encourage
communities to participate in disaster preparedness. The governments remain relevant in these
changes as they pass messages that lead to confidence followed by compliance. Through h
promo shoots and other related awareness creation, improvement in adaptive behaviors may be
realized, this is besides the fact that the general public should be made to prepare for disasters.
Thus, communities in supporting the community-point models and shift of focus on social
responsibility shall be prepared and strong enough to face future issues.
Ensuring Safer Housing and Community Locations
Safe housing is important in altering the impact of future disasters because of enhanced
community preparedness (Cvetković, 2023). As indicated by Gim and Shin (2022), resilient
housing is used in mitigating the consequences of disasters because it assesses physical exposure
and helps in the restoration of the affected regions. These houses are constructed in a way to
protect people from usual threats like floods and earthquakes which can be common for the
areas. This work is in line with the idea of Charles et al. (2022), where the ability to construct
disaster-resistant houses can greatly minimize the effects of disasters such as death and damage
to property. Such homes have features like, enhanced construction, higher floor levels and use of
materials that can easily withstand the effects of disasters. Besides, safe housing assists in
enhancing the community’s resilience capacity whereby after such events, people do not have to
worry about shelter and other things. In the work of Ressler (2022) it is described that residents
of a safe shelter participate in the disaster preparedness and education, as well as supporting the
community’s mental health. This stability allows families to start planning for a sound long-term
recovery process that addresses the psychological as well as the financial impact of a disaster.
Safe housing also reduces the vulnerability of persons; as pointed out by Cvetković (2023)
stating that the number of residents at risk of being homeless and being placed in temporary
shelters will be low. These forms are relevant since they enable communities to regain their
normalcy soon after disaster incidents. It also helps in promoting mental health to make the
environment peaceful, secure, and sustainable for the inhabitants such plans also help in
protecting the physical environment (Gim & Shin, 2022). Therefore, giving attention to construct
more disaster resilient houses would therefore decrease the effects of the loss of lives and
property in the future as well as improve the overall safety and stability of the communities
(Charles et al., 2022; Ressler, 2022).
Physical planning and utilization of building code are essentials in the prevention of
disasters and especially in the urban areas because disasters are more likely to happen due to
increased human and physical density. According to Haque et al. (2022), in the view of
protecting communities from climate change, hazard losses can be greatly reduced in cities that
are planned well with strict architectural design codes for structure construction to withstand
disasters. In a right manner in order to identify the areas that should not be used for construction
of structures to help in case of disasters while other risky areas can be put to other uses in order
to minimize the loss of lives and properties. Similarly, Charles et al., (2022) has pointed out that
another important element of the compliance of building standards is the aspect of ensuring that
the construction of buildings is in a way that they can withstand natural disasters such as
earthquake, floods or storm disasters. They urge the use of certain material and construction
methods in a bid to minimize on the losses that result from disasters. The green infrastructure can
be useful in meeting environmental needs because it supports sustainable urban growth.
Cvetković (2023) has explained how architects and city designers are now incorporating nature
features into their structures such as the green roofs and rainwater management systems that help
address the effects of climate change on these facets of lives in the city. Therefore, this new
approach does not only green up any city but also enhances the ability of that city to manage
disasters (Cvetković, 2023). It covers the aspects of safe exits and the best ways to reach the
disaster areas for the emergency services in disaster management. As pointed out by Tyndall
(2020), multi-stakeholder engagement that includes the government and private organizations
and other stakeholders such as the community is still crucial towards the achievement of disaster
risk reduction in planning urban areas. Therefore, it is important for planning and building
regulation in managing risk as it ensures that structures are put up in a way that they can be safe
in cities and towns that are viable in reasonable environments (Haque et al., 2022)
The case study evidence has suggested that betterment projects and community relocation
can work as successful safer housing solutions that reduce the risks and enhance the disaster
resilience. An example of such decision may be the reconstruction after hurricane in New
Orleans; many relocation and reconstruction processes began across the city with the goal to
minimize potential risks rates. According to Comerio (2023), the reconstruction also included
relocating persons from high-risk areas and building new homes that meet the new code. Some
of these attempts provided physical security at the same time as building the capacity of
communities in that new homes were built to be more resilient to future disasters. Zheng et al.
(2021) also discuss the Philippine experience of relocating individuals to safer areas in inland
areas from their initial coastal settlements. This pictorial relief measure that was efficiently done
with the assistance of locals and international partners ensured that we adopted eco-friendly
construction and disaster resistant structures which enhanced the safety of the people. Charles et
al (2022) pointed out that the role of the community in planning and decision making was to be
fully embraced in these relocations because the people were included in the process and this
made them feel supported. These projects demonstrate the possible effectiveness of the
endeavors to integrate disaster risk reduction measures with sustainable development goals for
creating safer societies. Charlse et al. (2022) assert that the conclusions drawn from multiple case
studies show that planning and the participation of the community are also crucial in making the
relocations effective, and therefore sustainable. Cvetković (2023) has outlined how social
identity and community value enhance the process because such people feel more positively
about the long-term prospects of the project. Meaning the lessons learnt from better-housing and
community relocation projects indicate that early planning for relocation and engaging the
communities can greatly reduce potential disaster risks and enhance the development of adequate
resilience (Charles et al., 2022).
There are however numerous barriers which have to be surmounted in the quest of
protecting innovations in creating safe homes and one of the most daunting is the political and
economic barriers that are a catch to the implementation process. Among these problems, the
lack of political will is one of the biggest because it both leads to lack of funding and slow
execution of necessary disaster-resilient structures. In Ressler (2022), the author emphasizes that
political leaders can either dedicate the work to achieving a certain political goal or feel the
pressure from powerful lobby groups that would not allow the implementation of measures that
should help to enhance the focus on the disaster risk reduction in the long-run perspective.
Economic factors are also another factor that puts a lot of constraints of the safety housing
interventions. Haque, Khan, and Haque (2022) pointed out that this area of interest is rather
troublesome because the matter of sufficient financial capital to support large-scale housing
projects is still an issue in most countries, especially in the developing ones. Also, in regions
where there is a high degree of poverty people cannot afford the required money to obtain
disaster resistant homes in case they are available. Cvetković (2023) also observes from the
aforesaid analysis that the scarcity of cheap construction materials may hinder the construction
of the right structures in regions that are vulnerable to natural disasters. The third major problem
is the unwillingness to move in that, for some people, especially representatives of indigenous
peoples, the land is not just an object of ownership, but a part of life with which it is impossible
to break. As pointed out by Charles et al. (2022), such resistance may pose a problem to
governments that want to smoothly implement effective programs of relocation because people
will always be reluctant to move away from their homes irrespective of the fact that these houses
are built in disaster prone areas. It means that eradicating these political, economic and social
barriers has no possible solution than through political will, sufficient source of fund and
community sensitization (Ressler, 2022).
It was also mentioned that the inter-sectoral cooperation for safety housing interventions’
implementation is relevant and sustainable.GAs such, a collaborative effort of governments
agencies, NGOs, private firms and the community will be defined by sharing of resources and
information on the delivery of safe and sustainable residential structures.GAccording to Haque et
al.G(2022), cross sectoral learning helps in the gathering of different opinions and helps in
showing how different opinions view disaster risk reduction in infrastructure and social care,
which will also help in ensuring that projects that are developed meet the needs of the various
communities to reduce on disaster risks.GAs stated by Charles et al.G(2022) local knowledge and
involvement is even more vital, this is through the planning and decision making process.GThis is
because they know the population and the needs of the population will therefore be taken into
consideration when coming up with safer houses projects.GIt helps to make them be implemented
more frequently and be effective in the long term.GThe international organization and local
government cooperation can easily get stuck in technology specialists and funding for larger
scale dispute housing projects.GZheng et al., (2021) also emphasize that there is no better source
of financial and logistics for disaster recovery and resilience than international partnerships.GThe
cross-sector work also increases the ability to address other social determinants of risk including
poverty and inequality.GAs pointed out by Ressler (2022), this approach of solving the natural
disasters challenges makes the solution whole-sisitic and thus more effective.GTherefore,
intersectoral collaboration is a key factor in defining the delivery, effectiveness, and
appropriateness of secure houses to vulnerable groups (Haque et al., 2022, Charles et al., 2022,
Zheng et al., 2021).
References
Amatya, B., Lee, S. Y., Galea, M. P., & Khan, F. (2020). Disaster rehabilitation response plan:
now or never.GAmerican journal of physical medicine & rehabilitation,G99(2), 170-177.
Anilkumar, S., & Banerji, H. (2021). An inquiry into success factors for post-disaster housing
reconstruction projects: A case of Kerala, South India.GInternational Journal of Disaster
Risk Science,G12, 24-39.
Barbier, E. B. (2020). Greening the post-pandemic recovery in the G20.GEnvironmental and
Resource Economics,G76(4), 685-703.
Cappell, K. M., & Kochenderfer, J. N. (2023). Long-term outcomes following CAR T cell
therapy: what we know so far.GNature reviews Clinical oncology,G20(6), 359-371.
Charles, S. H., Chang-Richards, A. Y., & Yiu, T. W. (2022). A systematic review of factors
affecting post-disaster reconstruction projects resilience.GInternational Journal of
Disaster Resilience in the Built Environment,G13(1), 113-132.
Charles, S. H., Chang-Richards, A., & Yiu, T. W. (2022). What do post-disaster reconstruction
project success indicators look like? End-user’s perspectives.GInternational Journal of
Disaster Resilience in the Built Environment,G13(1), 31-50.
Chisty, M. A., Muhtasim, M., Biva, F. J., Dola, S. E. A., & Khan, N. A. (2022). Sendai
Framework for Disaster Risk Reduction (SFDRR) and disaster management policies in
Bangladesh: how far we have come to make communities resilient?.GInternational
Journal of Disaster Risk Reduction,G76, 103039.
Comerio, M. C. (2023).GDisaster hits home: New policy for urban housing recovery. Univ of
California Press.
Cvetković, V. M. (2023). A Predictive Model of Community Disaster Resilience based on Social
Identity Influences (MODERSI).GInternational Journal of Disaster Risk
Management,G5(2), 57-80.
Daly, P., Mahdi, S., McCaughey, J., Mundzir, I., Halim, A., & Srimulyani, E. (2020). Rethinking
relief, reconstruction and development: Evaluating the effectiveness and sustainability of
post-disaster livelihood aid.GInternational Journal of Disaster Risk Reduction,G49,
101650.
Dzigbede, K. D., Gehl, S. B., & Willoughby, K. (2020). Disaster resiliency of US local
governments: Insights to strengthen local response and recovery from the COVID‐19
pandemic.GPublic administration review,G80(4), 634-643.
Dzigbede, K. D., Gehl, S. B., & Willoughby, K. (2020). Disaster resiliency of US local
governments: Insights to strengthen local response and recovery from the COVID‐19
pandemic.GPublic administration review,G80(4), 634-643.
Filimonau, V., & De Coteau, D. (2020). Tourism resilience in the context of integrated
destination and disaster management (DM2).GInternational Journal of Tourism
Research,G22(2), 202-222.
Gim, J., & Shin, S. (2022). Disaster vulnerability and community resilience factors affecting
post-disaster wellness: A longitudinal analysis of the Survey on the Change of Life of
Disaster Victim.GInternational Journal of Disaster Risk Reduction,G81, 103273.
Gupta, S., Modgil, S., Kumar, A., Sivarajah, U., & Irani, Z. (2022). Artificial intelligence and
cloud-based Collaborative Platforms for Managing Disaster, extreme weather and
emergency operations.GInternational Journal of Production Economics,G254, 108642.
Gyawali, S., Tiwari, S. R., Bajracharya, S. B., & Skotte, H. N. (2020). Promoting sustainable
livelihoods: An approach to postdisaster reconstruction.GSustainable Development,G28(4),
626-633.
Haque, C. E., Berkes, F., Fernández-Llamazares, Á., Ross, H., Chapin III, F. S., Doberstein,
B., ... & Hutton, D. (2022). Social learning for enhancing social-ecological resilience to
disaster-shocks: a policy Delphi approach.GDisaster Prevention and Management: An
International Journal,G31(4), 335-348.
Joseph, J., Irshad, S. M., & Alex, A. M. (2021). Disaster recovery and structural inequalities: A
case study of community assertion for justice.GInternational Journal of Disaster Risk
Reduction,G66, 102555.
Khan, I., Ali, A., Waqas, T., Ullah, S., Ullah, S., Shah, A. A., & Imran, S. (2022). Investing in
disaster relief and recovery: A reactive approach of disaster management in
Pakistan.GInternational Journal of Disaster Risk Reduction,G75, 102975.
Lagap, U., & Ghaffarian, S. (2024). Digital post-disaster risk management twinning: A review
and improved conceptual framework.GInternational Journal of Disaster Risk Reduction,
104629.
Lahcen, B., Brusselaers, J., Vrancken, K., Dams, Y., Da Silva Paes, C., Eyckmans, J., &
Rousseau, S. (2020). Green recovery policies for the COVID-19 crisis: modelling the
impact on the economy and greenhouse gas emissions.GEnvironmental and Resource
Economics,G76, 731-750.
Lin, P. S. S., & Lin, W. C. (2020). Rebuilding relocated tribal communities better via culture:
Livelihood and social resilience for disaster risk reduction.GSustainability,G12(11), 4538.
Lopez-Leon, S., Wegman-Ostrosky, T., Perelman, C., Sepulveda, R., Rebolledo, P. A., Cuapio,
A., & Villapol, S. (2021). More than 50 long-term effects of COVID-19: a systematic
review and meta-analysis.GScientific reports,G11(1), 1-12.
Marcillo-Delgado, J. C., Alvarez-Garcia, A., & García-Carrillo, A. (2021). Analysis of risk and
disaster reduction strategies in South American countries.GInternational Journal of
Disaster Risk Reduction,G61, 102363.
Mavrouli, M., Mavroulis, S., Lekkas, E., & Tsakris, A. (2023). The impact of earthquakes on
public health: A narrative review of infectious diseases in the post-disaster period aiming
to disaster risk reduction.GMicroorganisms,G11(2), 419.
Panwar, V., Sen, S., & Shaw, R. (2022). Introducing proactive sovereign disaster risk financing
in India: Potentials and challenges.GInternational Journal of Disaster Risk Reduction,G70,
102760.
Piggott-McKellar, A. E., Pearson, J., McNamara, K. E., & Nunn, P. D. (2020). A livelihood
analysis of resettlement outcomes: Lessons for climate-induced relocations.GAmbio,G49,
1474-1489.
Ressler, J. D. (2022). Social capital, serious mental illness, and the intersection of disaster:
Recommendations for enabling resilience.GInternational Journal of Disaster Risk
Reduction,G82, 103390.
Safapour, E., Kermanshachi, S., & Pamidimukkala, A. (2021). Post-disaster recovery in urban
and rural communities: Challenges and strategies. International Journal of Disaster Risk
Reduction, 64, 102535.
Sanci, E., & Daskin, M. S. (2021). An integer L-shaped algorithm for the integrated location and
network restoration problem in disaster relief.GTransportation Research Part B:
Methodological,G145, 152-184.
Shukla, R. K. (2023). Radio for Disaster Management. InGInternational Handbook of Disaster
ResearchG(pp. 1517-1526). Singapore: Springer Nature Singapore.
Shukla, R. K. (2023). Radio for Disaster Management. InGInternational Handbook of Disaster
ResearchG(pp. 1517-1526). Singapore: Springer Nature Singapore.
Sparrow, R., Dartanto, T., & Hartwig, R. (2020). Indonesia under the new normal: Challenges
and the way ahead.GBulletin of Indonesian Economic Studies,G56(3), 269-299.
Sun, W., Bocchini, P., & Davison, B. D. (2020). Applications of artificial intelligence for
disaster management.GNatural Hazards,G103(3), 2631-2689.
Tang, S., Wang, J., Xu, Y., Chen, S., Zhang, J., Zhao, W., & Wang, G. (2023). Evaluation of
Emergency Shelter Service Functions and Optimisation Suggestions—Case Study in the
Songyuan City Central Area.GSustainability,G15(9), 7283.
Tyndall, M. (2020). Safer opioid distribution in response to the COVID-19
pandemic.GInternational Journal of Drug Policy,G83, 102880.
Uddin, M. S., Haque, C. E., Khan, M. N., Doberstein, B., & Cox, R. S. (2021). “Disasters
threaten livelihoods, and people cope, adapt and make transformational changes”:
Community resilience and livelihoods reconstruction in coastal communities of
Bangladesh.GInternational Journal of Disaster Risk Reduction,G63, 102444.
World Health Organization, & United Nations Children's Fund. (2022).GState of the world’s
drinking water: an urgent call to action to accelerate progress on ensuring safe drinking
water for all. World Health Organization.
World Health Organization, & United Nations Children's Fund. (2022).GState of the world’s
drinking water: an urgent call to action to accelerate progress on ensuring safe drinking
water for all. World Health Organization.
Zheng, S. Q., Yang, L., Zhou, P. X., Li, H. B., Liu, F., & Zhao, R. S. (2021). Recommendations
and guidance for providing pharmaceutical care services during COVID-19 pandemic: a
China perspective.GResearch in social and administrative pharmacy,G17(1), 1819-1824.
