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TYPE
Original Research
PAGE NO.
116-132
10.37547/tajssei/Volume07Issue05-15
OPEN ACCESS
SUBMITED
16 March 2025
ACCEPTED
12 April 2025
PUBLISHED
30 May 2025
VOLUME
Vol.07 Issue 05 2025
COPYRIGHT
© 2025 Original content from this work may be used under the terms
of the creative commons attributes 4.0 License.
Food Security And
Challenges Of Sustainable
Development In Rivers
State, Nigeria
Maryjane Y. Oghogho
1
, O.M.C Osazuwa
2
, Alfred A.
Mboto
3
, Godwin P. Onogwu
4
, Irenen O.
Ikponmwosa
5
1
Ph.D. Student, City University, Cambodia
2
PhD Student, City University, Cambodia
3
Ph.D. Student, City University, Cambodia
4
Ph.D. Student, City University, Cambodia
5
Ph.D. Student, City University, Cambodia
Abstract:
Food security is foundational to sustainable
development, critically influencing economic stability,
public health, and environmental preservation. Rivers
State, located in Nigeria's Niger Delta, is rich in natural
resources yet grapples with persistent food security
challenges exacerbated by industrial activities,
environmental degradation, and socio-economic
disparities. The study examines industrial pollution’s
effect on agriculture, evaluating environmental and
economic challenges to aquaculture, and exploring
public health impacts to propose actionable strategies.
This research is grounded in Political Ecology Theory and
the Sustainable Livelihoods Framework, providing a
comprehensive lens to understand how the
aforementioned factors influence environmental and
food security outcomes. A qualitative research design
was employed, utilizing an extensive literature review
and stakeholder interviews across strategic Local
Government Areas (LGAs). Data was gathered from
community members, policymakers, and environmental
experts, with thematic analysis used to identify patterns
and derive meaningful insights. Findings revealed that
traditional farming methods and limited financial
resources limit agricultural productivity in Rivers State,
oil spills and gas flaring have severely impacted arable
land and waterways, poverty and limited market access
worsen food insecurity, youth disengagement from
agriculture remains a concern, and rapid urbanisation
and population growth have strained resources. Thus
the study recommends modernizing agriculture through
financial
and
educational
support,
enforcing
environmental
regulations,
promoting
climate
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adaptation strategies, and engaging youth in
agriculture. Additionally, sustainable urban planning
and community-based initiatives are critical for long-
term resilience.
Keywords:
Food Security, Sustainable Development,
Environmental Degradation.
Introduction:
The critical importance of ensuring
consistent access to adequate, safe, and nutritious
food as a foundation for sustainable development is
increasingly recognized by scholars and policymakers
alike (Viana et al., 2022). Research highlights the
complex interplay between agricultural productivity,
economic stability, environmental sustainability, and
social equity in achieving food security. Numerous
studies have explored diverse regions and contexts to
identify the principal factors affecting food security
(Pandey & Pandey, 2023). These investigations
propose strategies to enhance agricultural practices,
reduce
poverty,
and
address
environmental
degradation. Collectively, this div of work
underscores the need for integrated approaches to
overcome food security challenges and promote
sustainable development.
Food security is indispensable to sustainable
development, directly impacting population welfare,
which in turn supports economic stability, social
cohesion, and environmental health (Munirah &
Norfarizan-Hanoon, 2022). Achieving food security
aligns with and directly contributes to the Sustainable
Development Goals (SDGs), especially SDG 2, which
focuses on eradicating hunger, ensuring food security,
improving nutrition, and promoting sustainable
agriculture (Fonseca et al., 2020). Furthermore, food
security interconnects with other SDGs, including
poverty reduction (SDG 1), health and well-being (SDG
3), gender equality (SDG 5), access to clean water and
sanitation (SDG 6), and climate action (SDG 13).
Establishing sustainable food systems is essential for
maintaining ecological balance, reducing carbon
emissions, and enhancing resilience to climate-related
and economic shocks.
In Nigeria, the most populous country in Africa, food
security challenges are multi-dimensional and vary
significantly across regions. Although Nigeria was once
self-sufficient in food production, ongoing food
insecurity is compounded by factors such as outdated
agricultural practices, inadequate funding, corruption,
policy instability, and a population growth rate that
outpaces agricultural advancement (Bello et al., 2024).
Agricultural productivity in the northern regions,
especially in the Sudan Savanna, is constrained by
limited rainfall and short growing seasons. The Boko
Haram insurgency has intensified food insecurity in the
northeast through displacement and disrupted
livelihoods (Eke-Okocha & Eze, 2023). The Middle Belt
and southern regions, including the fertile Niger Delta,
enjoy better agricultural conditions but face
distinct challenges, such as environmental degradation
from oil extraction and industrial activities.
Rivers State, located in the oil-rich Niger Delta region of
southern Nigeria, presents a unique case for examining
sustainable development and food security dynamics
(Oruma et al., 2021). Nigeria’s economy is
heavily reliant
on its extensive natural resources, especially oil, which
is central to Rivers State’s economy. The state’s socio
-
economic landscape is diverse, encompassing urban
centers like Port Harcourt and rural communities that
primarily depend on agriculture and fishing (Kalagbor,
2024). Rivers State's abundant river systems and
wetlands offer fertile grounds for aquaculture.
Addressing food security in this region necessitates
tailored strategies that account for the specific
opportunities and constraints of the local socio-
economic and environmental context.
Despite extensive research efforts, the root causes of
persistent food security challenges in specific regions
like Rivers State, Nigeria, remain inadequately
addressed. Rivers State presents a complex socio-
economic and environmental landscape that has not
been thoroughly studied, particularly concerning how
these factors impact both food security and sustainable
development. A heavy reliance on the oil and gas sector
has resulted in severe environmental degradation, such
as oil spills, gas flaring, and water contamination, which
adversely affect agricultural land, water quality, and air
quality. This issue is exemplified by the state's "black
soot" crisis, a byproduct of industrial activities that has
posed significant health risks to the population (Whyte
et al., 2020). The consequences of environmental
pollution not only undermine food production but also
impede the broader goals of sustainable development
by compromising public health, economic stability, and
ecosystem vitality.
The region’s abundant river systems and wetlands
create a promising environment for aquaculture.
However, these water resources are themselves
compromised by environmental degradation. Frequent
flooding and severe pollution hinder fish farming,
creating a paradox where the very features that could
support aquaculture contribute to its decline. This
conflict between environmental resources and the
industries they could support highlights the
complexities of achieving sustainable development in an
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area heavily impacted by industrialization.
Furthermore, current research falls short of
comprehensively examining the specific local factors
affecting both food security and sustainable
development in Rivers State. There is limited analysis
on how factors such as industrial pollution and
population growth collectively shape the region’s
development trajectory. Additionally, while some
studies offer generalized strategies for enhancing
agricultural productivity or environmental resilience,
few provide insights into the effectiveness of tailored
approaches in contexts with high industrial activity and
environmental sensitivity (Bello et al., 2024; Oruma et
al., 2021; Munirah & Norfarizan-Hanoon, 2022).
Addressing these gaps, the present study aims to
investigate
the
intertwined
challenges
and
opportunities for achieving food security and
sustainable
development
in
Rivers
State,
acknowledging the need for strategies that are
responsive to its unique socio-economic and
environmental conditions.
This study evaluates the impact of industrial activities,
especially in the oil and gas sector, on agricultural
productivity and food security in Rivers State by
examining how environmental degradation affects
land and water quality. It investigates the socio-
economic and environmental challenges to sustainable
aquaculture development, focusing on how pollution
and flooding hinder fish farming in the region’s river
systems and wetlands. Additionally, the research
explores the public health impacts of environmental
degradation
—
such as air pollution and water
contamination
—
on local communities, assessing how
these issues impede sustainable development goals.
Also, the study analyzes the effectiveness of
community-based initiatives for enhancing food
security, while evaluating the feasibility of strategies
tailored to Rivers State’s unique socio
-economic and
environmental conditions. This study is significant as it
addresses a critical gap in the understanding of food
security challenges within the unique context of Rivers
State. By focusing on this region, the study provides
insights into how industrial activities, particularly in the
oil and gas sector, impact agricultural productivity and
food availability. Additionally, the study contributes to
the broader discourse on sustainable development by
highlighting the interconnectedness of economic
growth, social inclusion, and environmental protection
in achieving food security.
Literature Review Conceptual Framework Food
security
Food security, as defined by the Food and Agriculture
Organization (FAO), is a complex state that is crucial for
the welfare of individuals and the progress of societies.
Food security is the condition in which every person
consistently has sufficient access to safe and nutritious
food that meets their dietary requirements and
personal preferences, enabling them to lead an active
and healthy life (Mbow, et al 2020). This concept
highlights the complex interaction of different elements
that contribute to food security, underlining its intricate
nature and the need for a comprehensive approach to
attain it. Food security is essential for the overall
physical and mental health of individuals, as well as for
maintaining a stable economy and fostering social
cohesion. It has a direct influence on the productivity of
individuals and the advancement of society, serving as
the foundation for sustainable development. In the
absence of food security, populations are exposed to
heightened health hazards, diminished educational
achievements, and hindered economic progress.
Furthermore, the issue of food security is intricately
linked to political stability and peace, as a shortage of
food can result in societal unrest and conflicts (Behnassi,
& El Haiba, 2022).
Dimensions of Food Security
Food
security
is
a
comprehensive
concept
encompassing
four
interconnected
dimensions:
availability, access, utilization, and stability. Each
dimension addresses a critical element of ensuring that
food systems remain robust, inclusive, and resilient.
Food availability focuses on the existence of adequate
food that meets necessary standards, derived from
sources such as local production, imports, or food
assistance. It emphasizes the supply side of food
security, highlighting the importance of a stable and
sufficient food production system (Chauhan et al. 2021).
Factors affecting food availability include agricultural
output,
climate
conditions,
technological
advancements, and infrastructure quality. To secure
food availability, investment in sustainable agricultural
practices, efficient supply chains, and infrastructure is
crucial for reducing post-harvest losses and ensuring the
timely distribution of food.
Food access pertains to individuals' ability to obtain
sufficient resources to acquire nutritious food. It
encompasses both economic and physical resources
that people can use to secure a healthy diet. Economic
access is influenced by income levels, food prices, and
market dynamics, whereas physical access depends on
the presence of markets and the adequacy of
transportation infrastructure. Policies promoting
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equitable economic development, poverty reduction,
and improved infrastructure are necessary to enhance
market access and food affordability.
Food utilization involves the proper use of food,
considering nutrition knowledge, food handling, and
access to clean water and sanitation. It ensures that
food consumption meets individuals' nutritional needs
and promotes overall health. Effective food utilization
includes safe preparation and storage, a balanced diet
rich
in
diverse
nutrients,
and
access
to
uncontaminated water and sanitation. Public health
initiatives, nutrition education, and investments in
water and sanitation systems are vital for optimizing
food utilization and promoting well-being.
Food stability refers to the consistent availability of
adequate food, unaffected by disruptions stemming
from economic, climatic, or political factors. It
underscores the need for resilient food systems
capable of withstanding and recovering from sudden
or prolonged crises. Measures to strengthen food
stability include safety nets, strategic food reserves,
early warning systems, and climate adaptation
strategies to mitigate the impact of adverse events.
Ensuring stability involves proactive risk management
in food production, supply chains, and market
fluctuations.
Sustainable Development Goals (SDGs)
The Sustainable Development Goals (SDGs) are a
universal call to action adopted by all United Nations
Member States in 2015 as part of the 2030 Agenda for
Sustainable Development. These goals are designed to
address a wide range of global challenges, including
poverty, inequality, climate change, environmental
degradation, peace, and justice. The SDGs comprise 17
interlinked goals, each with specific targets and
indicators, aiming to create a more prosperous,
equitable, and sustainable world.
The Sustainable Development Goals relative to Food
Security
•
No Poverty (SDG 1): Reducing poverty ensures
people have the economic means to access sufficient,
nutritious food, enhancing food security and stability
in communities
•
Zero Hunger (SDG 2): Directly focused on
ending hunger and promoting sustainable agriculture,
this goal addresses food security by increasing
agricultural productivity and resilience.
•
Good Health and Well-being (SDG 3): Ensuring
good health supports better nutrition and food safety,
reducing the prevalence of malnutrition and diet-
related illnesses.
•
Gender Equality (SDG 5): Empowering women
boosts food security as women often play crucial roles
in agriculture and household food distribution, leading
to more efficient and equitable access to food.
•
Clean Water and Sanitation (SDG 6): Safe water
and sanitation are critical for food production and
preparation, ensuring food safety and preventing
waterborne diseases.
•
Climate Action (SDG 13): Addressing climate
change is vital for maintaining sustainable food systems,
as climate-related hazards can disrupt food supply
chains and agricultural practices.
Dimensions of Sustainable Development
Sustainable development is a comprehensive approach
aimed at balancing economic growth, social inclusion,
and environmental protection. These three dimensions
are interconnected and must be tackled together to
create a sustainable and equitable future.
Economic Growth focuses on the expansion of goods
and services production over time, traditionally
measured by Gross Domestic Product (GDP). It is
fundamental for enhancing living standards and
alleviating poverty. However, sustainable economic
growth emphasizes long-term resilience, stability, and
inclusivity rather than mere output increases. It involves
boosting productivity through innovation, technological
advancements, and efficient resource use, which
necessitates investments in research, education, and
workforce training (Geissdoerfer et al., 2017).
Furthermore, sustainable economic growth should
ensure the creation of quality employment, uphold
labor rights, and provide fair wages and safe working
conditions,
especially
for
vulnerable
workers.
Supporting small and medium-sized enterprises (SMEs)
is crucial, as they are significant job creators. Economic
diversification is another key strategy, reducing
dependence on any single industry and building
resilience to economic disruptions. This diversification
extends to agriculture, manufacturing, and services,
each adopting sustainable
practices
to
promote
longevity
and
reduce
environmental
impact.
Moreover,
robust
infrastructure
—
covering transport, energy, and digital
networks
—
is vital for facilitating economic activities
while also investing in sustainable industries and green
technologies (Sachs et al., 2020).
Social Inclusion ensures that all individuals have
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equitable access to opportunities, resources, and the
ability to participate in social, economic, and political
spheres. This dimension addresses disparities based on
gender, race, socioeconomic status, and disability,
striving for equal access to essential services such as
education, healthcare, clean water, and sanitation.
Bridging these gaps requires policies that promote
fairness and remove barriers that marginalize certain
groups. Empowering communities to engage in
governance processes is critical, advocating for
democratic principles and inclusive policy-making
where all voices are heard (UNDP, 2019). Social
protection mechanisms, including unemployment
benefits, pensions, and social safety nets, are essential
for reducing vulnerabilities and offering a safety net to
individuals facing economic and social hardships.
Cultural diversity is also integral to social inclusion,
promoting mutual respect and understanding across
different traditions and identities, which fosters a
more cohesive society. This focus on inclusion not only
enhances societal harmony but also drives innovation
by embracing diverse perspectives and ideas (Ferraro
& Beunza, 2018).
Environmental Protection emphasizes the need to
safeguard ecosystems and natural resources to sustain
life and support economic and social development.
This requires the responsible and equitable
management of resources such as water, forests, and
minerals to prevent overuse and degradation.
Conservation and sustainable harvesting practices
ensure resources remain available for future
generations (Rockström et al., 2009). Effective
pollution control and waste management are also
crucial.
This
entails
enforcing
environmental
regulations, adopting technologies that reduce
emissions, and promoting the recycling and reuse of
materials. Addressing climate change is a major focus,
requiring both mitigation
—
reducing greenhouse gas
emissions and shifting to renewable energy
—
and
adaptation strategies that enhance societal resilience
to climate impacts (IPCC, 2021). Biodiversity protection
is another vital component, as healthy ecosystems are
essential for ecological balance and human well-being.
Conservation initiatives and habitat restoration efforts
are fundamental for maintaining ecosystem services
and
supporting a variety of species, both for their intrinsic
value and the benefits they provide to human societies
(Dasgupta, 2021).
Theoretical Framework
Sustainable Livelihoods Framework (SLF)
The Sustainable Livelihoods Framework (SLF) is a tool
used to understand and analyze the complexities of
poverty. It was developed by the British Department for
International Development (DFID) and has been
adapted by various development agencies. The
Sustainable Livelihoods Framework (SLF) focuses on the
assets, capabilities, and activities required for a means
of living. It examines how these factors interact with
policies, institutions, and processes to determine the
sustainability and resilience of livelihoods. The
framework is centered around the concept of
'Sustainable Livelihoods' and is used to enhance the
efficiency of development cooperation.
The livelihoods approach prioritizes people over the
resources they use, recognizing that development
issues often stem from institutional structures that
cannot be overcome through simple asset creation. It
adopts
a
holistic
perspective
to
understand
stakeholders' livelihoods comprehensively, identifying
the most pressing constraints they face. This dynamic
approach is adaptable and responsive to changes,
helping to mitigate negative impacts while supporting
positive effects. It focuses on identifying strengths
rather than needs and problems, thereby contributing
to stakeholders' robustness and their ability to achieve
their own objectives. The approach emphasizes bridging
the gap between macro and micro levels of
development activity, stressing the importance of links
between these two levels. Sustainability is a key
consideration, defining a livelihood as sustainable if it is
resilient to external shocks and stresses, independent of
external support, able to maintain the long-term
productivity of natural resources, and does not
undermine the livelihood options of others.
This framework is particularly useful for understanding
how individuals and communities in Rivers State utilize
their resources and capacities to achieve food security
amidst environmental and socio-economic challenges.
At the household and community levels, the SLF
facilitates a
detailed analysis of how various forms of capital
—
natural, financial, human, social, and physical
—
are
leveraged to attain food security. It helps to elucidate
the adaptive strategies employed by local populations
to cope with and mitigate the impacts of environmental
and socio-economic adversities. This understanding is
crucial for identifying the most effective pathways to
support and enhance the resilience of these
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communities.
The SLF also incorporates the vulnerability context,
which includes factors such as shocks (e.g.,
environmental disasters), trends (e.g., economic
shifts), and seasonal variations (e.g., agricultural
cycles). These elements are critical for comprehending
the dynamic nature of food security in Rivers State. By
accounting for these variables, the framework
provides a comprehensive perspective on the factors
that influence food security and the ways in which
communities can be supported to become more
resilient.
Furthermore, the SLF emphasizes the importance of
building resilience and enhancing the adaptive
capacities of communities. It offers valuable insights
into practical interventions and support systems that
can improve food security and sustainable
development outcomes. This focus on resilience and
adaptation is particularly relevant for Rivers State,
where
environmental
degradation,
economic
instability, and social inequalities present significant
challenges to achieving sustainable food security. The
SLF is flexible and can be adapted to meet the specific
needs of different organizations or different contexts.
It provides a structure for holistic poverty alleviation
action and focuses on creating human-centered,
participatory,
and
dynamic
development
opportunities.
Political Ecology Theory
Political Ecology Theory examines the intricate
relationships between political, economic, and social
factors and environmental issues and changes. This
interdisciplinary field investigates how power
dynamics and inequalities influence the distribution of
environmental benefits and burdens, affecting
resource access, distribution, and control. The term
"political ecology" was first coined by Frank Thone in
1935 and was later revitalized by anthropologist Eric R.
Wolf in 1972. The field emerged prominently in the
1970s and 1980s, integrating insights from geology,
anthropology, and history.
Political ecology is concerned with how political,
economic, social, and cultural forces affect, and are
affected by, ecological and environmental trends. It
explores how human activities impact environments,
leading to natural resource scarcity or abundance. Key
topics in political ecology include degradation and
marginalization, environmental conflict, conservation
and control, and environmental identities and social
movements. Many political ecologists argue for forms
of democracy that include representation for nature to
foster a healthy relationship between humankind and
the environment.
In the context of this study, Political Ecology Theory
provides a robust framework for analyzing how
industrial activities, particularly in the oil and gas sector,
impact agricultural land, water quality, and food
security. The region's food security challenges are
significantly influenced by the environmental impacts of
the oil and gas industry. Political Ecology helps to
understand how industrial pollution, land degradation,
and water contamination affect agricultural productivity
and food security.
This theory also examines the role of governance, policy,
and institutional arrangements in shaping food security
outcomes. It provides insights into how policy decisions,
regulatory frameworks, and their enforcement (or lack
thereof) impact food security and sustainable
development in Rivers State. Furthermore, Political
Ecology emphasizes the importance of understanding
power relations and social inequalities that affect
resource access and food security. This focus is crucial in
a region where marginalized communities may be
disproportionately
affected
by
environmental
degradation and policy failures. By utilizing Political
Ecology Theory, this study aims to uncover the
underlying political and social factors contributing to
food security challenges in Rivers State, thereby
informing more effective and equitable policy
interventions.
Empirical Review
Food Security and Agricultural Development in Nigeria
Oguchi (2018) provides valuable insights into the
historical context and contemporary challenges that
Nigeria's food security is currently grappling with. The
research emphasizes the challenges
faced by Nigeria in terms of food production, which was
previously self-sufficient. These challenges arise from
various factors including outdated agricultural
technology, inadequate funding, corruption, and
inconsistent policies. The decline in food security can be
attributed to a variety of factors, both internal and
external. One significant factor is the rapid population
growth, which has surpassed the development of
agricultural activities.
According to Amaechi (2018), sustainable agricultural
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development in Nigeria holds significant importance.
Amaechi highlights the importance of enhancing policy
execution, monitoring, evaluation, and support for
agriculture, thereby emphasizing the socio-economic
consequences associated with sustainable agriculture.
The research delineates a range of policies and
strategies that the government could potentially adopt
in order to effectively tackle these challenges. The
findings of this study provide significant insights that
can be utilized by policymakers in Rivers State to
enhance the productivity and sustainability of local
agricultural practices.
Haruna and Murtala (2019) conducted a study that
specifically examines the Sudan Savanna Ecological
Zone in Nigeria. Their research focuses on analyzing
the duration of the growing season by utilizing rainfall
data spanning from 1981 to 2010. The research
findings indicate that the average duration of the
growing season is approximately 125 days. The study
emphasizes the significance of integrating efficient
water conservation methods alongside rain-fed
agriculture, particularly in light of the comparatively
brief growing season observed in this particular region.
The provided insights offer valuable perspectives on
the food security challenges, while also presenting
potential solutions to effectively tackle these
challenges.
Food Security and the Sustainable Development Goals
According to Brooks (2016), sustainable agriculture
plays a crucial role in achieving various Sustainable
Development Goals (SDGs), with a specific emphasis
on SDG 2, which aims to eliminate hunger and promote
sustainable agriculture. The research highlights the
interdependence
of
different
Sustainable
Development
Goals (SDGs),
emphasizing
the
importance of incorporating initiatives related to food
security with poverty alleviation, water resource
management, sustainable consumption, climate
action, and ecosystem conservation. The adoption of a
holistic approach is crucial in the formulation of
policies in Rivers State, as it
addresses the intricate interplay between food
security, environmental factors, and socio- economic
dynamics.
Lucky and Chris (2021) conducted an analysis of
socioeconomic variables from 1995 to 2019. Nigeria,
being the largest economy in the region, continues to
face substantial challenges in its pursuit of Sustainable
Development Goals (SDGs) and targets. The
significance of customized development strategies and
regional collaboration in tackling disparities and
expediting progress towards Sustainable Development
Goal (SDG) achievement in Rivers State and other
regions is emphasized by this research.
Domingo et al. (2021) provide significant contributions
to the understanding of food security within the
Williams Treaties First Nations community in Ontario,
Canada. This research study highlights the importance
of revitalizing local food systems in order to attain food
security and sovereignty, utilizing a community-based
participatory research approach. The significance of
incorporating community priorities and traditional
knowledge into policy-making processes is emphasized
by this approach. In the context of Rivers State, the
implementation of community- based approaches has
the potential to enhance stakeholder engagement and
promote the establishment of sustainable food systems
that are specifically designed to meet the unique needs
and circumstances of the local community.
Food Security and Environmental Sustainability
Kashakova et al. (2022) conduct an analysis of the
environmental impact of the agro-food industry, with a
specific focus on the post-pandemic period. The study
identified the primary risks and challenges that impede
the industry's sustainability. By implementing measures
to mitigate environmental impacts and promoting
sustainable practices, Rivers State can effectively
safeguard the long-term sustainability of its agricultural
sector.
Unuigbe and Ehizojie (2021) in their discussion of
Malawi's interrelated problems with food, water, and
energy security, push for a nexus strategy to enhance
sectoral cooperation and sustainability. Rivers State has
the potential to implement comparable strategies in
order to improve resource management and effectively
tackle the interconnectedness of food, water, and
energy security. In order to optimize resource utilization
and promote long-term resilience, Rivers State can
adopt a holistic approach to sustainable development.
Wani et al. (2024) further emphasized the significance
of effective food waste management in attaining both
food security and environmental sustainability. The
study examines the potential of sustainable food waste
management technologies, specifically the conversion
of food waste into biofuels and biopolymers. These
technologies have the ability to effectively address
environmental concerns and decrease greenhouse gas
emissions. The utilization of findings from this study has
the potential to inform waste management strategies in
Rivers State, thereby improving environmental
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sustainability and strengthening initiatives related to
food security.
Oh and Lu (2023) highlight the use of IoT technologies
and improved monitoring in optimizing vertical
farming methods, presenting vertical farming as a
sustainable way to improve urban food security. The
potential implementation of vertical farming initiatives
in urban areas of Rivers State has the potential to
address food security challenges and foster sustainable
agriculture in densely populated regions. By
harnessing cutting-edge technologies, Rivers State can
improve the efficiency and resilience of food
production in urban settings.
According to Dodo (2020), the issue of food security in
sub-Saharan Africa remains a significant concern due
to various factors such as rapid population growth,
economic inequality, and climate change. The
complexity of these issues necessitates further
attention and action, despite the implementation of
ongoing policy initiatives. The challenges faced by
Rivers State can serve as valuable lessons for the
implementation of comprehensive policies aimed at
addressing the underlying causes of food insecurity. By
doing so, the state can promote sustainable
development and enhance resilience within the region.
Mathez-Stiefel et al. (2018) highlight the distinct
vulnerabilities of mountain populations to food
insecurity due to poverty, political marginalization, and
unequal resource access. They argue for developing
sustainable food systems that provide universal food
access, support the right to food, reduce poverty, and
enhance social-ecological resilience. Their focus on
nutrition-sensitive agriculture in Ethiopia, Kyrgyzstan,
Nepal, Pakistan, and Peru emphasizes cross-national
capacity building, which could be adapted to similar
contexts like Rivers State.
Dame (2018) examines how livelihood dynamics in
Ladakh, India, are shaped by socio- economic changes,
leading to reduced land-based food production and
increased reliance on markets and subsidies. The study
highlights the gender and generational challenges
arising from
these shifts, stressing the need for cross-sectoral policy
approaches. This perspective can inform strategies in
Rivers State, where industrial activities may similarly
influence agricultural practices and food security.
According to Connell et al. (2020), Small Island
Developing States (SIDS)
—
which are typified by a
scarcity of available land, vulnerability to natural
disasters, and a significant reliance on international
markets
—
face particular challenges with regard to
food security. The vulnerabilities mentioned are
exacerbated by the effects of climate change and
changes in trade and nutritional patterns. Although
Rivers State is not geographically isolated, it exhibits
comparable susceptibilities, including susceptibility to
environmental fluctuations and reliance on external
markets. Understanding the experiences of Small Island
Developing States (SIDS) can provide valuable insights
for Rivers State in formulating strategies to improve
food security resilience and adaptability to evolving
circumstances.
Georgeou et al. (2022) investigate the correlation
between smallholder farming and food security in the
Pacific Island Countries and Territories (PICTs). The
researchers specifically focus on community adaptation,
resilience, crop diversification, and gender dynamics
within the context of agricultural production. This
research highlights the significant importance of
smallholder farming in improving food security and
promoting economic development. The promotion of
smallholder farming practices in Rivers State has the
potential to strengthen local food security and improve
economic resilience. The enhancement of Rivers State's
agricultural sector and the improvement of food
security outcomes can be achieved through the
provision of support to smallholder farmers and the
prioritization of community-based approaches.
Climate Change, Food Security, and Sustainable
Development
In their study, Tumushabe (2018) explores the complex
interplay between climate change, food security, and
sustainable development in the African context. The
research highlights the susceptibility of Africa to climate
variability and change, emphasizing the need for
synchronized policy and adaptive approaches to
enhance food security. The study notes that proposals
have been put forth to establish task forces focused on
food security at both national and regional levels, with
the aim of bolstering sustainable development
endeavors.
Adamou et al. (2021) examine the complex issues
surrounding food security in Niger, encompassing
climate change, water scarcity, and energy deficits. This
research highlights the importance of adopting
integrated approaches in order to effectively manage
natural resources. The impact of their research aligns
with the difficulties encountered in Rivers State,
underscoring the significance of renewable energy and
sustainable agricultural methods in bolstering food
security.
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In a study conducted by Said et al. (2023), the
researchers examine the effects of climate change on
food security in Somalia. The study focuses on the
changes in precipitation and temperature patterns,
which have been found to contribute to land
degradation and decreased agricultural productivity.
The research proposes the implementation of policy
interventions that focus on climate adaptation and
sustainable agricultural practices. These interventions
have the potential to contribute to food security
initiatives in Rivers State.
Also, Máté et al. (2020) investigate the intricate
relationship between food security, climate change,
and energy consumption in Central Europe. The study
reveals a positive correlation between climate change
and food affordability and accessibility. Additionally, it
reveals a negative association between temperature
rise and food quality. The research indicates that the
adoption of renewable energy resources has the
potential to effectively tackle the three fundamental
aspects of food security. This suggests that there are
potential solutions that can be applied to the specific
context of Rivers State.
In their recent study, Behera, Haldar, and Sethi (2023)
delve into the intricate relationship between
agricultural production, food security, and climate
change in South Asia, a region that exhibits notable
resemblances to Nigeria. The empirical analysis
conducted in this study provides strong evidence
supporting the positive influence of agricultural
production on food security. However, it also
highlights the significant obstacles posed by climate
change factors. The research places significant
emphasis on the significance of climate-resilient
agricultural practices and decarbonization, providing
valuable insights for the agricultural sector in Nigeria.
Sustainable Agricultural Practices and Food Security
McElwee et al. (2020) assess a range of land
management and food production strategies, focusing
on how they affect the Sustainable Development Goals
(SDGs) and Nature's
Contributions to People (NCPs). The study emphasizes
the importance of positive interventions such as
enhanced cropland management and agroforestry in
Rivers State. These interventions provide valuable
insights
for
enhancing
food
security
while
simultaneously ensuring environmental sustainability.
In their study Akinwale and Grobler (2023) aim to
explore the intricate connection between food
security, agricultural research, technology innovation,
and economic growth within the context of Nigeria. The
significance of economic growth in promoting
agricultural technology innovation and enhancing food
security is highlighted by their research findings. This
implies that allocating resources towards agricultural
research and technology is essential for enhancing food
security in Rivers State.
According to Pixley et al. (2018), the Seeds of Discovery
(SeeD) program uses genetic resources to address
changing consumer demands and climate change. This
initiative places a strong emphasis on ensuring fair and
equal access to genetic resources, as well as promoting
sustainable development through capacity building. It
aims to provide potential solutions for improving food
security and fostering sustainable development in
Rivers State.
The study conducted by Ilham et al. (2022) investigates
the potential of Agriculture 4.0 technologies in the
context of the Smart Village program, with the aim of
improving food security. The advantages of digitalizing
agricultural activities are emphasized, emphasizing the
compatibility of these technologies with sustainable
agriculture principles. This research provides potential
avenues for enhancing agricultural efficiency and
resilience in Rivers State.
Food Security and Geopolitics
Li and Song (2022) provide an extensive bibliometric
examination of the literature on food security from 1991
to 2021. This study aims to identify emerging trends, key
topics, and future research directions in the field
through a comprehensive analysis. The research
emphasizes the growing emphasis on interdisciplinary
viewpoints, as evidenced by the prominent presence of
themes such as climate change, agriculture, and
sustainable development in existing literature. This
analysis offers valuable insights into the field of global
food security research. However, it highlights the
importance of conducting region-specific studies,
specifically in West Africa, to effectively address the
unique challenges and opportunities that arise in this
context.
Jiayi (2022) explores the geopolitical obstacles that
impede the attainment of the Sustainable Development
Goal of eradicating hunger. This research aims to
provide insights into the intricate relationship between
natural
resource
competition,
disruptions
in
international trade, armed conflict, and climate change,
and their collective impact on the global issue of food
insecurity. The context of Rivers State is influenced by
various geopolitical factors, which have a notable
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impact on food security. These factors include oil-
related conflicts and environmental degradation. The
comprehension and resolution of geopolitical
dynamics play a pivotal role in the development of
efficient strategies aimed at improving food security at
the local level.
In their study, Wanyonyi et al. (2024) conduct an
evaluation of the Farm Input Support Program (FISP)
implemented in Bungoma County, Kenya. The primary
objective of this program is to improve food security by
offering complimentary fertilizers and certified maize
seeds to households that are considered vulnerable.
The research conducted in this study sheds light on
various challenges, including political interference and
governance issues. However, it also emphasizes the
program's
potential
to
enhance
agricultural
productivity and safeguard food security. Based on the
findings of this assessment, it is suggested that the
implementation of comparable support programs in
Rivers State may present potential opportunities for
increasing agricultural productivity and improving food
security. However, it is crucial to effectively tackle
governance and implementation challenges in order to
achieve these goals.
Community-Based Approaches and Institutional
Collaboration on Food Security
Kote et al. (2024) offer a thorough analysis of youth
involvement in agriculture and its effects on economic
growth, food security, and sustainable development.
The researchers aim to explore the motivations,
challenges, and opportunities associated with
promoting youth involvement in agriculture. By doing
so, they provide valuable insights that can inform the
development of youth-centric agricultural policies and
programs in Rivers State.
Lamalice et al. (2018) investigate Nunavik community
gardening and greenhouse initiatives, addressing how
environmental and social changes are upsetting
indigenous food systems. Their research emphasizes
the advantages of producing fresh food locally and
sheds light on the difficulties presented by
geographical isolation and climate. This provides
valuable insights for community-driven projects in
Rivers State.
In their study, Wijekoon and Marikar (2024) explore
how the Sri Lanka Army contributes to improving food
security by implementing agricultural projects,
developing infrastructure, and adopting technology.
The authors highlight the importance of collaboration
and sustainable practices in attaining long-term food
security. They propose potential approaches for Rivers
State to involve local institutions and utilize their
resources in agricultural endeavors.
Gaps in literature
Research on food security and agricultural development
in Rivers State is limited, often overshadowed by studies
focusing on broader Nigerian regions, which fail to
account for the state's unique ecological and socio-
economic dynamics. Key research gaps include the
underexplored
impact
of
industrial
activities,
particularly from the oil and gas sector, on agricultural
resources and food security. Furthermore, the role of
youth in agriculture and the effectiveness of state-level
policies remain poorly understood, necessitating
targeted research to guide policy and program
development. Lastly, the adoption and impact of
modern agricultural technologies in Rivers State require
deeper investigation to foster sustainable agricultural
advancement and resilience.
Methodology
The research design is qualitative, combining a
comprehensive literature review with stakeholder
interviews to explore food security challenges and
opportunities in Rivers State, Nigeria, within a
sustainable development framework. The study's
literature review examines existing data from academic
and policy sources, while interviews are conducted
across strategically selected LGAs: Obio Akpor and
Phalga (industrial hubs), Emohua, Ogba/Egbema/Ndoni,
Ahoada East, Ahoada West, and Ikwerre (illegal oil
refining areas), Andoni, Opobo/Nkoro, Akuku-Toru,
Asari-Toru, Degema, Bonny (water and ocean hubs), and
Eleme, Khana, Gokana (areas affected by oil
exploration). A total of 48 persons have been
interviewed, including community members, farmers,
policymakers, and environmental experts, providing
localized insights. These interviews, along with the
thematic analysis of the literature, offer empirical and
practical guidance for sustainable development in the
region.
Findings
Limited Agricultural Productivity and Technological
Gaps
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A significant challenge highlighted is the region’s
limited agricultural productivity. Interviews with
farmers in Emohua and Ikwerre LGAs revealed their
heavy reliance on traditional and inefficient farming
techniques.
We are stuck in a cycle of poverty. Without money to
buy high- yield seeds, we work hard, but the yields are
small, and that affects everyone in the community (a
Farmer from Emohua).
These farmers depend on conventional farming
methods, resulting in low crop yields, exacerbated by
inadequate access to essential agricultural inputs such
as fertilizers, quality seeds, and modern machinery.
Agricultural extension officers in Ahoada West further
noted that the absence of financial resources prevents
smallholder farmers from investing in more productive
techniques or upgrading to modern equipment.
Even when farmers are aware of better methods,
there’s no capital or support to implement these
changes (An agricultural extension officer in Ahoada).
Local policymakers echoed these concerns, stressing
that a lack of government support and insufficient
infrastructure
investments
have
contributed
significantly to the stagnation in agricultural
productivity.
Moreover, even with some awareness of new
agricultural technologies, a knowledge gap persists.
We’ve heard about new methods, but we don’t have
the training or money to use them (A farmer in Elele).
This statement underscores the pressing need for
focused educational and extension initiatives.
Agricultural experts in the region stressed that
equipping farmers with the skills and resources
necessary to adopt technologies like precision farming
and
drought-resistant
crops
could
transform
agricultural productivity. However, this requires not
only education but also substantial government
intervention, including subsidies and access to
affordable credit.
Climate Change and Environmental Degradation
Climate change is another formidable challenge,
deeply impacting the region's agricultural landscape.
Farmers from Ahoada East and Bonny Island detailed
how erratic weather patterns, including unpredictable
rainfall and frequent flooding, have disrupted planting
and harvesting schedules.
The rains come late and stop early, and when they do
come, it floods our farms, (a farmer from Ahoada East).
Soil erosion, exacerbated by extreme weather and
poor land management, has led to severe soil fertility
loss, further decreasing agricultural productivity.
The environmental toll is compounded by industrial
activities, notably oil exploration, which has wreaked
havoc on the ecosystem. Environmental experts in
Gokana LGA raised serious concerns about land and
water contamination from oil spills and gas flaring.
The spills from oil pipelines have made the soil barren
and the rivers toxic. We’ve lost so much land that used
to feed our people (A community leader from Eleme).
The cumulative environmental degradation has made it
difficult for farmers to maintain consistent crop yields,
threatening the sustainability of the region’s food
systems. The contamination of soil and waterways has
not only disrupted agriculture but also posed severe
health risks to local communities.
Our rivers are full of oil, and our farmlands have been
taken over by gas flaring sites. It’s hard to even think of
farming when you see what’s happening (a youth leader
from Gokana).
Industrial Activities and Their Environmental Impact
Industrial pollution from the oil and gas sector has
emerged as a dominant issue impacting food security
and public health. Community members from industrial
hubs like Obio Akpor and Phalga described widespread
environmental damage.
The land is unfit for farming, and we constantly breathe
polluted air, this was explemified by the black soothe we
experienced some time ago. It was indeed devastating
impacting on our health as well (a local farmer in Obio
Akpor)
Oil spills and gas flaring have not only degraded
agricultural lands but have also introduced toxic
pollutants into air and water bodies. These
environmental hazards disrupt irrigation practices, limit
clean water availability, and compromise food
production.
Industrial effluents have severely affected the quality of
water used for irrigation, which is a critical component
of agriculture in the region (An Environmental scientist)
The health implications of these pollutants are
profound, with residents reporting increased cases of
respiratory diseases and other health concerns.
The pollution has destroyed our farmlands, and people
are getting sick from the contaminated water (An
environmental activist from Eleme).
The dire environmental situation reflects a harsh trade-
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off: while the oil industry brings economic benefits, it
severely undermines agricultural productivity and
community health, posing a long-term threat to the
region’s sustainability.
Socioeconomic Constraints and Youth Disengagement
Socioeconomic factors, including poverty, inequality,
and market access limitations, further complicate food
security in Rivers State. Smallholder farmers in Khana
and Andoni expressed frustration over their inability to
access financial credit, which hampers their capacity to
invest in better farming practices.
We can’t get ou
r crops to bigger markets, and when we
do, we often get unfair prices (A trader in Asari-Toru).
This limited market access and lack of financial
resources perpetuate a cycle of poverty, trapping
farmers in subsistence-level agriculture with little
room for economic advancement.
Youth disengagement from agriculture poses an
additional, long-term challenge. Young people in
Emohua and Ogba/Egbema/Ndoni overwhelmingly
view farming as labor-intensive and low- status work.
Agriculture is not attractive. There’s no money, and it’s
seen as a job for the old (A Youth from Emohua).
The barriers they face include limited land access, lack
of financing, and inadequate support. Development
experts suggested that youth engagement could be
revitalized through targeted programs offering
economic incentives, digital farming platforms, and
vocational training.
If young people see agriculture as profitable and
modern, they’ll be more willing to get involved, (a
community development officer in Ikwerre)
Population Growth, Urbanization, and Resource Strain
The region’s rapidly growing population and
urbanization further exacerbate food security
concerns. Leaders from Bonny and Opobo/Nkoro
emphasized that urban expansion has led to fierce
competition for land, reducing the availability of arable
farmland.
Our communities are growing, but there’s not enough
land for everyone to farm. We have to compete with
industries like the NLNG, (a community leader from
Bonny).
Urban sprawl and industrial development have
intensified resource strain, contributing to significant
land degradation. Environmental specialists warned
that over-cultivation and the overuse of agricultural
land without sustainable practices have left the soil
infertile, diminishing the region's agricultural output.
Urban planners in Obio Akpor highlighted how rapid
urbanization
has
also
overwhelmed
existing
infrastructure, exacerbating waste management
problems and increasing pollution.
Our cities are growing faster than our infrastructure can
handle (a town planner from Obio-Akpor).
The need for sustainable urban planning and better land
management policies is crucial to balance development
with agricultural and environmental needs.
Food Security and Sustainable Development
Food security is foundational to achieving Sustainable
Development Goals (SDGs) and fostering a resilient
society. Proper nutrition not only improves individual
well-being but also enhances productivity and economic
stability. Local health officials and educators in Bonny
stressed the importance of nutrition for academic
success:
Children who have access to nutritious food not only
grow healthier but also do better in school, (a teacher
from Bonny).
Improved nutrition reduces healthcare costs and
enables a more skilled workforce, contributing to
economic growth (SDG 1 and SDG 4). Furthermore, food
security fosters social stability by reducing conflicts over
scarce resources.
Food scarcity often leads to tensions and conflicts (A
community leader in Asari-Toru).
Food
security
also
promotes
environmental
sustainability by encouraging practices that conserve
natural resources and combat climate change.
We must move away from intensive farming that
degrades the soil and adopt methods that protect our
environment (An agricultural scientist in Obio Akpor).
Practices such as sustainable irrigation and organic
farming help achieve clean water goals (SDG 6) and
reduce carbon emissions (SDG 13).
Balancing Food Security with Sustainable Development
However, balancing food security and sustainable
development goals presents difficult trade- offs.
Economic benefits from oil exploration come at the cost
of environmental degradation, reducing agricultural
productivity and threatening long-term food security.
Farmers in Gokana shared how oil contamination has
devastated their crops,
Our land used to be fertile, but now it’s poisoned. We
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can’t grow anything anymore (One of the farmers in
Gokana).
Conservationists in Bonny also warned of habitat loss
from expanding agricultural land, stressing the need to
balance food production with ecosystem preservation.
While intensive farming methods might increase short-
term yields, they often result in soil degradation and
water pollution, undermining long-term sustainability.
Short-term gains from overusing chemical inputs will
cost us in the long run if we don’t adopt
environmentally friendly practices (An agricultural
expert in Obio Akpor).
The need for integrated approaches that balance
immediate
food
needs
with
environmental
conservation is evident.
Discussion of Findings
One of the primary findings relates to limited
agricultural productivity, primarily driven by farmers’
dependence on traditional, inefficient farming
techniques and a lack of access to essential resources.
Interviews conducted with farmers in regions such as
Emohua and Ikwerre underscored this reality, as many
expressed the difficulty of breaking free from a cycle of
poverty exacerbated by insufficient financial support
and low crop yields. Agricultural extension officers
from Ahoada West emphasized the limited availability
of capital, which restricts the adoption of modern
farming methods and equipment. These observations
align with Oguchi's (2018) findings on Nigeria's
outdated agricultural technology and underscore a
critical need for government investment in agricultural
training and financial support. Although previous
studies have highlighted nationwide agricultural
inefficiencies, this research provides a localized
perspective, emphasizing the economic barriers
unique to Rivers State. Addressing these gaps through
targeted
education,
extension
services,
and
government
interventions
could
revolutionize
agricultural productivity. The justification for this
recommendation lies in the clear connection between
financial
empowerment
and
technological
advancement in improving agricultural outcomes.
Climate change and environmental degradation
emerged as formidable challenges impacting food
security in the region. Farmers from Ahoada East and
Bonny Island detailed the adverse effects of
unpredictable weather patterns and frequent flooding,
which disrupt agricultural cycles and erode soil fertility.
This finding is compounded by the devastating
environmental consequences of industrial activities,
particularly oil exploration, which has contaminated
land and water resources. Residents from Gokana and
Eleme provided vivid accounts of the destruction caused
by oil spills and gas flaring, with one community leader
lamenting the barren, toxic state of once-fertile lands.
These findings are consistent with research by Eke-
Okocha and Eze (2023), which highlighted the
environmental consequences of insurgencies in other
Nigerian regions, and Oruma et al. (2021), who
examined pollution in the Niger Delta. However, this
study uniquely emphasizes the dual impact of climate
variability and industrial pollution in Rivers State. The
rationale for emphasizing these interconnected factors
lies in the understanding that food security cannot be
achieved
without
addressing
environmental
degradation and adopting climate-adaptive agricultural
strategies.
The environmental impact of industrial activities,
particularly from the oil and gas sector, is another
critical finding that threatens both agricultural
productivity and public health. Community members
from Obio Akpor and Phalga detailed widespread
pollution that has degraded agricultural land and
compromised air and water quality. This environmental
crisis is exemplified by the “black soot” phenomenon,
which has posed severe health risks to local populations.
Th
e study’s findings are underpinned by Political
Ecology Theory, which explains how socio-political
forces
and
industrial
interests
exacerbate
environmental challenges. The concerns raised by
residents and environmental scientists echo Whyte et
al. (2020) but provide a deeper exploration of how these
impacts specifically undermine food security and
community health in Rivers State. This discussion
justifies the urgent need for policy reforms and stricter
environmental regulations to balance economic
benefits from oil with the environmental and social well-
being of local communities.
Socioeconomic
constraints,
including
poverty,
inequality, and limited market access, further
compound food security issues in Rivers State. Farmers
in Khana and Andoni expressed frustrations over the
difficulty of accessing financial credit and fair market
prices.
Traders
lamented
poor
transportation
infrastructure that hinders market access and
perpetuates
poverty.
Furthermore,
youth
disengagement from agriculture emerged as a pressing
concern.
Young
residents
in
Emohua
and
Ogba/Egbema/Ndoni overwhelmingly view farming as
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unappealing due to perceived low economic returns.
This study expands on Lucky and Chris (2021), who
discussed regional economic disparities affecting SDG
achievements, by emphasizing the need for youth-
centric agricultural programs. The disinterest among
youth underscores a missed opportunity for
revitalizing the agricultural sector, and the justification
for addressing this lies in the potential for economic
transformation through targeted incentives and
training programs for young people.
Finally, the study highlighted the impact of rapid
population growth and urbanization on food security,
as increasing competition for land reduces the
availability of arable farmland. Urban
planners from Bonny and Opobo/Nkoro noted the
strain urban expansion places on land resources and
infrastructure, exacerbating waste management and
pollution issues. The experiences of community
leaders from Bonny illustrate the struggle between
urbanization
and
agricultural
needs.
These
observations are in line with Domingo et al. (2021),
who analyzed urbanization challenges in different
global contexts, though this research uniquely
addresses the competition between industrial and
agricultural land use in Rivers State. The need for
sustainable urban planning and strategic land
management policies is paramount to mitigate these
issues. Understanding these dynamics justifies the call
for integrated approaches that consider the long- term
sustainability of both urban and agricultural areas.
Recommendations
Firstly, to address the issue of limited agricultural
productivity, Rivers State must modernize farming
practices by providing financial support systems such
as subsidies, grants, and credit lines. Training programs
focused on advanced agricultural techniques, such as
precision farming and climate-resilient crops, will
enable farmers to transition from subsistence to
commercial farming, leading to improved crop yields
and enhanced food availability.
Secondly, to mitigate environmental degradation, the
state government should enforce stricter regulations
on oil companies, mandate the clean-up of
contaminated lands and water bodies, and establish an
independent monitoring div. Additionally, promoting
eco-friendly practices within the oil and gas sector,
such as pollution control technologies, will safeguard
both food security and community health.
Thirdly, climate adaptation strategies are necessary to
protect agriculture from the effects of climate change.
This includes the implementation of flood defenses, soil
erosion control, and efficient irrigation systems.
Moreover, providing training on sustainable land
management and climate-smart farming practices will
increase resilience against unpredictable weather
patterns.
Fourthly, engaging youth in agriculture is crucial for the
sector’s future. Programs offering financial incentives,
agribusiness subsidies, and technology-driven training
will attract young
people to the agricultural industry. Collaboration with
universities to create agricultural entrepreneurship
hubs will foster innovation and ensure long-term youth
involvement.
Fifthly, improving market access through better
infrastructure, including rural roads and market
facilities, is essential for farmers. Establishing
cooperatives and digital platforms will further enable
farmers to access larger markets, secure better prices,
and reduce post-harvest losses, ultimately stabilizing
their incomes. Additionally, sustainable urban planning
should balance development with agricultural needs.
Zoning laws that protect farmland, coupled with green
spaces and effective waste management systems, will
promote long-term food security and environmental
protection.
Finally, community-based initiatives, such as community
gardens and cooperative farming, should be promoted
to strengthen local food systems. Partnerships with
NGOs and research institutions will provide tailored
solutions, empowering communities to lead sustainable
food security efforts. Furthermore, Rivers State should
invest in agricultural products from neighboring states
with more favorable conditions for farming. The
development of storage facilities within the state will
also preserve food, ensuring a steady supply for citizens
and residents and ultimately enhancing food security.
Conclusion
This study has explored the intricate connections
between food security and sustainable development in
Rivers State, Nigeria, shedding light on the challenges
and opportunities unique to this resource-rich yet
environmentally degraded region. The findings
underscore the need for holistic, integrated strategies
that address the critical issues of agricultural
inefficiency, environmental degradation caused by oil
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and gas activities, socio-economic disparities, and the
consequences of rapid urbanization and climate
change. The research contributes to existing
knowledge by providing a localized analysis of food
security challenges in the context of a heavily
industrialized and ecologically sensitive region.
Specifically, it highlights the environmental and public
health consequences of oil exploration, the socio-
economic constraints faced by smallholder farmers,
and the critical need to engage youth in modern
agricultural practices. Additionally, the study
introduces tailored solutions, such as climate-adaptive
farming,
stricter environmental regulations, and community-
driven initiatives that could serve as blueprints for
other regions facing similar challenges.
Future research should expand on this work by
conducting longitudinal studies to monitor the long-
term impacts of implemented strategies on food
security and sustainable development. Investigating
the role of emerging technologies, such as precision
agriculture and renewable energy, in enhancing
agricultural
productivity
and
environmental
sustainability would also be valuable. Furthermore,
comparative studies between Rivers State and other
oil-producing regions in Nigeria or globally could
provide deeper insights into effective policy measures
and
best
practices
for
balancing
industrial
development with ecological and food security goals.
References
Adamou, R., Ibrahim, B., Bonkaney, A. L., Seyni, A. A.,
& Idrissa, M. (2021). Niger-Land, climate, energy,
agriculture and development: A study in the Sudano-
Sahel Initiative for Regional Development, Jobs, and
Food Security.
Akinwale, Y. O., & Grobler, W. C. (2023). Research and
technology innovation, food security and economic
growth in Nigeria: Implications for agripreneurs and
policymakers. African Journal of Food, Agriculture,
Nutrition and Development, 23(4), 23220-23237.
Amaechi, L. N. (2018). Food security and sustainable
agricultural development in Nigeria. The International
Journal of Social Sciences and Humanities Invention,
5(6), 4765- 4768.
Behera, B., Haldar, A., & Sethi, N. (2023). Agriculture,
food security, and climate change in South Asia: a new
perspective
on
sustainable
development.
Environment, Development and Sustainability, 1-26.
Behnassi, M., & El Haiba, M. (2022). Implications of the
Russia
–
Ukraine war for global food security. Nature
Human Behaviour, 6(6), 754-755.
Bello, M. M., Yahaya, J. U., & Adamu, I. (2024). An
Analysis Of Sustainable Agricultural Productivity And
Food Security In Nigeria. Journal of Political Discourse,
2(1 (2)), 45-60.
Brooks, J. (2016). Food security and the sustainable
development goals
Chauhan, C., Dhir, A., Akram, M. U., & Salo, J. (2021).
Food loss and waste in food supply chains. A systematic
literature review and framework development
approach. Journal of Cleaner Production, 295, 126438.
Connell, J., Lowitt, K., Saint Ville, A., & Hickey, G. M.
(2020). Food security and sovereignty in Small Island
developing states: Contemporary crises and challenges.
Food security in small island states, 1-23.
Dame, J. (2018). Food security and translocal livelihoods
in high mountains: Evidence from Ladakh, India.
Mountain Research and Development, 38(4), 310-322.
Dasgupta, P. (2021). The Economics of Biodiversity: The
Dasgupta Review. HM Treasury.
Dodo, M. K. (2020). Understanding Africa’s food security
challenges. Food security in Africa, 1-17.
Domingo, A., Charles, K. A., Jacobs, M., Brooker, D., &
Hanning, R. M. (2021). Indigenous community
perspectives of food security, sustainable food systems
and strategies to enhance access to local and traditional
healthy food for partnering williams treaties first
nations (Ontario, Canada). International journal of
environmental research and public health, 18(9), 4404.
Eke-okocha, N. P., & Eze, C. G. (2023). Boko Haram
Insurgency on North-Eastern Nigeria, How Has This
Influenced Food Insecurity in the Region?. In Integrated
Approaches to Peace and Sustainability (pp. 89-102).
Singapore: Springer Nature Singapore.
Ferraro, F., & Beunza, D. (2018). Creating Common
Ground: A Communicative Action Model of Dialogue in
Shareholder Engagement. Organization Science, 29(6),
1187-1207.
Fonseca, L. M., Domingues, J. P., & Dima, A. M. (2020).
Mapping
the
sustainable
development
goals
relationships. Sustainability, 12(8), 3359.
Geissdoerfer, M., Savaget, P., Bocken, N. M. P., &
Hultink, E. J. (2017). The Circular Economy
–
A new
sustainability paradigm? Journal of Cleaner Production,
143, 757-768.
The American Journal of Social Science and Education Innovations
131
https://www.theamericanjournals.com/index.php/tajssei
The American Journal of Social Science and Education Innovations
Georgeou, N., Hawksley, C., Wali, N., Lountain, S.,
Rowe, E., West, C., & Barratt, L. (2022). Food security
and small holder farming in Pacific Island countries and
territories: a scoping review. PLOS
Haruna, S., & Murtala, M. R. (2019). Assessing the
length of growing season in the Sudan Savanna
Ecological Zone of Nigeria as a challenge to food
security for sustainable development. Agro-Science,
18(3), 5-10.
Ilham, A., Munir, A., Ala, A., & Sulaiman, A. A. (2022,
December). The smart village program challenges in
supporting national food security through the
implementation of agriculture 4.0. In IOP Conference
Series: Earth and Environmental Science (Vol. 1107,
No. 1, p. 012097). IOP Publishing.
IPCC. (2021). Climate Change 2021: The Physical
Science Basis. Contribution of Working Group I to the
Sixth Assessment Report of the Intergovernmental
Panel on Climate Change.
Jiayi, Z. (2022). Geopolitics Of Food Security: Barriers
To The Sustainable Development Goal Of Zero Hunger.
Stockholm International Peace Research Institute.
Kalagbor, S. B.(2024) Urbanization and Cultural
Pluralism: The Rebisi (Port Harcourt) Experience in
Rivers State, Nigeria. International Journal of Advanced
Studies in Economics and Public Sector Management
12 (1)
Kashakova, G., Aimurzinov, M., Yeginbayeva, A.,
Mizambekova, Z., Khamitova, D., & Nakipova, G.
(2022). Agri-food industry and environmental impact
to ensure sustainable development. factors and
threats' awareness in the post-pandemic period.
Journal of Environmental Management & Tourism,
13(7), 1937-1947.
Kote, P., Jabeen, A., TN, S., Prabhavathi, S. J.,
Ramasamy, M., Dhanalakshmi, K., ... & Malathi, G.
(2024). A Scoping Review on Youth Participation in
Agriculture: Sustainable Development, Food Security,
and Economic Growth. Journal of Scientific Research
and Reports, 30(5), 947-958.
Lamalice, A., Haillot, D., Lamontagne, M. A., Herrmann,
T. M., Gibout, S., Blangy, S., & Courchesne, F. (2018).
Building food security in the Canadian Arctic through
the
development
of
sustainable
community
greenhouses and gardening. Écoscience, 25(4), 325-
341.
Li, J., & Song, W. (2022). Food security review based on
bibliometrics from 1991 to 2021. Foods, 11(23), 3915.
Lucky I.E. & Chris U.K (2021) Socioeconomic Indicators
Of Selected West African Countries And Prospect For
2030 Development Agenda. International Journal of
Innovative
Research in Social Sciences and Strategic Management
Techniques p-ISSN: 2465-728X | e- ISSN: 2467-8155
Volume 8, Number 1 January, 2021
Maksimova, T. P., Bondarenko, T. G., Zhdanova, O. A., &
Prodanova, N. A. (2023). Interrelation System of
Transformational Processes of Agricultural Economic
Structures and Problems of Sustainable Food Security.
Siberian Journal of Life Sciences and Agriculture, 15(2),
485-506.
Máté, D., Rabbi, M. F., Novotny, A., & Kovács, S. (2020).
Grand challenges in Central Europe: The relationship of
food security, climate change, and energy use. Energies,
13(20), 5422.
Mathez-Stiefel, S. L., Zimmermann, A. B., von Dach, S.
W., Molden, D., & Breu, T. (2018). Focus issue: Food
security and sustainable development in mountains.
Mountain Research and Development, 38(4), 277-277.
Mbow, C., Rosenzweig, C. E., Barioni, L. G., Benton, T. G.,
Herrero, M., Krishnapillai, M.,
... & Diouf, A. A. (2020). Food security (No. GSFC-E-DAA-
TN78913). IPCC.
McElwee, P., Calvin, K., Campbell, D., Cherubini, F.,
Grassi, G., Korotkov, V., ... & Smith,
P. (2020). The impact of interventions in the global land
and a
gri‐food sectors on Nature’s Contributions to
People and the UN Sustainable Development Goals.
Global Change Biology, 26(9), 4691-4721.
Mottet, A., Teillard, F., Boettcher, P., De’Besi, G., &
Besbes, B. (2018). Domestic herbivores and food
security: current contribution, trends and challenges for
a sustainable development. Animal, 12(s2), s188-s198.
Munirah, A., & Norfarizan-Hanoon, N. A. (2022).
Interrelated of food safety, food security and
sustainable food production. Food Res, 6, 304-310.
Oguchi, C. B. (2018) Agriculture and Food Security as
Vital Components of Sustainable Development in
Nigeria.
Oh, S., & Lu, C. (2023). Vertical farming-smart urban
agriculture for enhancing resilience and sustainability in
food security. The Journal of Horticultural Science and
Biotechnology, 98(2), 133-140.
Oruma, S. O., Misra, S., & Fernandez-Sanz, L. (2021).
Agriculture 4.0: an implementation framework for food
security attainment in Nigeria’s post
-Covid-19 era. Ieee
Access, 9, 83592-83627.
The American Journal of Social Science and Education Innovations
132
https://www.theamericanjournals.com/index.php/tajssei
The American Journal of Social Science and Education Innovations
Pandey, P. C., & Pandey, M. (2023). Highlighting the
role of agriculture and geospatial technology in food
security
and
sustainable
development
goals.
Sustainable Development, 31(5), 3175-3195.
Pixley, K. V., Salinas-Garcia, G. E., Hall, A., Kropff, M.,
Ortiz, C., Bouvet, L., ... & Singh,
S. (2018). CIMMYT's seeds of discovery initiative:
Harnessing biodiversity for food security and
sustainable development. Indian Journal of Plant
Genetic Resources, 31(1), 1-10.
Rockström, J., Steffen, W., Noone, K., Persson, Å.,
Chapin, F. S., Lambin, E., ... & Foley, J. (2009). Planetary
Boundaries: Exploring the Safe Operating Space for
Humanity. Ecology and Society, 14(2).
Sachs, J. D., Kroll, C., Lafortune, G., Fuller, G., & Woelm,
F. (2020). Sustainable Development Report 2020: The
Sustainable Development Goals and COVID-19.
Cambridge University Press.
Said, M., Ibrahim, M., Adan, A., & Hussein, A. (2023).
Analysis of climate change impacts on food security in
Somalia. International Journal of Media and Networks
1, 101-107.
Tumushabe, J. T. (2018). Climate change, food security
and sustainable development in Africa. The Palgrave
handbook of African politics, governance and
development, 853-868.
UNDP. (2019). Human Development Report 2019:
Beyond income, beyond averages, beyond today:
Inequalities in human development in the 21st
century.
Unuigbe, N. F., & Ehizojie, A. P. (2021). Water, energy
and food nexus interventions: implications for the
achievement of the sustainable development goals in
Malawi. J. Envtl. L. & Pol'y, 1, 1.
Viana, C. M., Freire, D., Abrantes, P., Rocha, J., &
Pereira, P. (2022). Agricultural land systems
importance for supporting food security and
sustainable development goals: A systematic review.
Science of the total environment, 806, 150718.
Wani, N. R., Rather, R. A., Farooq, A., Padder, S. A.,
Baba, T. R., Sharma, S., ... & Ara, S. (2024). New insights
in food security and environmental sustainability
through waste food management. Environmental
Science and Pollution Research, 31(12), 17835-17857.
Wanyonyi, M. N. W., Mutsots, B. M., Anangwe, K. A., &
Kariuki, J. G. (2024). Enhancing the Farm Input Support
Program and Food Security: Challenges and
Possibilities in the Case of Bungoma County, Kenya.
International Journal of Research and Innovation in
Social Science, 8(4), 2081-2095.
Whyte, M., Numbere, T. W., & Sam, K. S. (2020).
Re
sidents’ perception of the effects of soot pollution in
Rivers State, Nigeria. African Journal of Environmental
Science and Technology, 14(12), 422-430.
Wijekoon, A., & Marikar, F. (2024). Case study of
agriculture and development projects on Sri Lanka
army's contribution to achieve food security.
Bangladesh Journal of Scientific and Industrial Research,
59(1), 35-46.
