WAR PRACTICES AND EXPERIENCES: ANALYSING THEIR EFFECTS ON THE ENVIRONMENT IN THE GULF COOPERATION COUNCIL (GCC) REGION

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PUBLISHED DATE: - 23-08-2024
DOI: -

https://doi.org/10.37547/tajmei/Volume06Issue08-06

PAGE NO.: - 64-88

WAR PRACTICES AND EXPERIENCES:
ANALYSING THEIR EFFECTS ON THE
ENVIRONMENT IN THE GULF COOPERATION
COUNCIL (GCC) REGION

Salem Hamad Aldawsari

Department of Finance, College of Business Administration Hotat Bani Tamim, Prince Sattam
bin Abdulaziz University, Saudi Arabia

Orchid ID: 0009-0007-4093-945X

INTRODUCTION

Context and Background

The Gulf Cooperation Council (GCC) region,
consisting of Bahrain, Kuwait, Oman, Qatar, Saudi
Arabia, and the United Arab Emirates (UAE), is a
geopolitically and economically pivotal area in the

global landscape. Known for its vast reserves of oil
and natural gas, the GCC region plays a crucial role
in the global energy market, supplying a significant

portion of the world’s fossil fuel needs (British

Petroleum, 2016). However, the region's strategic
importance goes beyond its energy resources; it

RESEARCH ARTICLE

Open Access

Abstract

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has also been a focal point for geopolitical tensions
and conflicts for several decades. These conflicts
have not only shaped the political and economic
dynamics of the region but have also had profound
and lasting effects on its environment (Saleh, 2014;
Abulibdeh, Zaidan, & Al-Saidi, 2019).

The GCC region’s environmental landscape is

characterized by its extreme aridity, with vast
desert areas, limited freshwater resources, and a
high dependency on desalination for water supply
(Al-Saidi & Saliba, 2019). The region's ecosystems
are fragile and highly sensitive to external
stressors. The harsh climate, characterized by
extreme temperatures, low rainfall, and high
evaporation rates, makes the natural environment
particularly vulnerable to degradation (Burt,
2014). In such an environment, the impact of
military conflicts, which often involve the use of
destructive technologies and tactics, can be
particularly devastating (Burt et al., 2017; Ben-
Hasan & Christensen, 2019).

Throughout its modern history, the GCC region has
witnessed several major conflicts that have had
significant environmental repercussions. The Iran-
Iraq War (1980-1988), one of the longest
conventional wars of the 20th century, saw the
extensive use of chemical weapons, artillery
bombardments, and the deliberate destruction of
infrastructure, all of which contributed to severe
environmental degradation (Shubber, 2009). The
Gulf War of 1990-1991, triggered by Iraq's invasion
of Kuwait, resulted in one of the largest oil spills in
history, caused by the deliberate release of oil into
the Persian Gulf and the igniting of Kuwaiti oil wells
by retreating Iraqi forces (Sadiq & McCain, 1993).
The Iraq War (2003), led by a coalition of Western
nations, further compounded the environmental
damage in the region, particularly through the use
of depleted uranium munitions, which have had
long-term consequences for soil and water quality
(Al-Azzawi & Al-Mousawi, 2007). More recently,

the ongoing conflict in Yemen has caused
widespread destruction of infrastructure, leading
to significant environmental challenges, including
water scarcity, land degradation, and pollution (Al-
Duais, 2018).

The environmental consequences of these conflicts
extend far beyond the immediate damage caused
during the hostilities. The disruption of
ecosystems, contamination of soil and water, and
degradation of natural resources have long-term
impacts that persist for decades, affecting the
livelihoods of local populations and the overall
sustainability of the region (Al-Saidi & Elagib,
2018). In the GCC, where the environment is
already under significant stress due to natural
factors and rapid economic development, the
additional burden of war-related environmental
damage exacerbates existing challenges, making
recovery and rehabilitation efforts even more
difficult (Al-Saidi & Hefny, 2018).

Moreover, the environmental impact of war in the
GCC is not confined to physical degradation alone.
The social and economic dimensions of
environmental damage are also significant.
Conflicts in the region have led to large-scale
displacement of populations, placing additional
pressure on already scarce resources such as water
and arable land (Sale et al., 2011). The destruction
of infrastructure, including water treatment plants,
irrigation systems, and waste management
facilities, has disrupted essential services, leading
to public health crises and further environmental
degradation (Ben-Hasan & Christensen, 2019). The
economic costs associated with environmental
damage are substantial, affecting not only the
immediate post-conflict recovery but also the long-
term economic stability and development
prospects of the affected countries (Al-Azzawi & Al-
Mousawi, 2007).

Despite the severity of these impacts,
environmental considerations have often been

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overlooked in the planning and execution of
military operations in the GCC. Historically,
military strategies have prioritized immediate
tactical and strategic objectives over the long-term
health of the environment (Sadiq & McCain, 1993).
This oversight has led to a situation where the
environmental costs of war are only addressed
reactively, often after significant damage has
already been done. In recent years, however, there
has been a growing recognition of the need to
integrate environmental considerations into
military planning and post-conflict reconstruction
efforts. This shift is driven by a combination of
factors, including the increasing awareness of the
links between environmental degradation and
human security, the global push towards
sustainable development, and the need to comply
with international environmental laws and
conventions (Al-Saidi & Saliba, 2019).

The GCC countries, as part of their broader efforts
to achieve sustainable development and reduce
their environmental footprint, have begun to take
steps to address the environmental legacy of past
conflicts. These efforts include initiatives to
rehabilitate damaged ecosystems, improve
environmental governance, and enhance regional
cooperation on environmental issues (Al-Saidi et
al., 2019). However, significant challenges remain,
particularly in terms of translating these initiatives
into effective action on the ground. The region's
complex geopolitical landscape, characterized by
ongoing tensions and rivalries, often hampers
collective efforts to address environmental issues,
leading to fragmented and inconsistent responses
(Burt, 2014).

Understanding the environmental impact of war
practices in the GCC is crucial for several reasons.
First, it provides insights into the broader
consequences of military conflicts, beyond the
immediate human and economic costs (Sadiq &
McCain, 1993). By highlighting the environmental

dimensions of war, this study aims to contribute to
a more holistic understanding of the impacts of
conflict, which is essential for informing future
military strategies and post-conflict recovery
efforts (Shubber, 2009). Second, analyzing the
environmental impact of war in the GCC can help
identify key areas where policy interventions are
needed to prevent or mitigate future damage
(Saleh, 2014). This is particularly important as the
region continues to face potential conflicts and
environmental challenges, including climate
change, water scarcity, and biodiversity loss (Al-
Saidi & Saliba, 2019). Finally, by examining the
regional

and

international

responses

to

environmental damage caused by war, this study
can offer valuable lessons for improving
environmental governance and cooperation in
conflict-prone areas (Saleh, 2014).

In conclusion, the environmental impact of war
practices in the GCC region is a critical issue that
requires urgent attention. As the region grapples
with the legacies of past conflicts and prepares for
future challenges, it is essential to integrate
environmental considerations into all aspects of
military and strategic planning. By doing so, the
GCC countries can not only protect their fragile
ecosystems but also contribute to regional stability
and sustainable development. This study aims to
provide a comprehensive analysis of the
environmental effects of war in the GCC, offering
insights and recommendations that can inform
both policy and practice in the region.

Research Objectives

This study aims to provide a comprehensive
analysis of the environmental effects of war
practices in the Gulf Cooperation Council (GCC)
region, focusing on the impact of military conflicts
on the region's fragile ecosystems, natural
resources, and the long-term health and well-being
of its populations. The research seeks to fill the gap
in existing literature by examining not only the

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immediate environmental damage caused by wars
but also the broader, long-term effects that extend
beyond the duration of conflicts. This study will
also assess the effectiveness of regional and
international responses to these environmental
challenges

and

provide

actionable

recommendations for integrating environmental
considerations into future military and strategic
planning in the GCC region.

The specific objectives of this study are as follows:

1.

To analyse the direct and indirect

environmental impacts of major military conflicts
in the GCC region: This includes a detailed
examination

of

land

degradation,

water

contamination, air pollution, and ecosystem
disruption caused by various war practices. The
study will also explore the secondary effects of war,
such as the strain on resources caused by
population displacement and the long-term impact
on public health.

2.

To explore the long-term environmental

health impacts on the population in the region: This
objective focuses on understanding how
environmental degradation resulting from military
activities has led to chronic health issues, such as
respiratory diseases, cancer, and other ailments
related to exposure to toxic substances. The study
will also consider the socio-economic implications
of these health issues.

3.

To assess the role of regional and

international

responses

in

addressing

environmental damage caused by war: This
objective involves evaluating the effectiveness of
post-conflict rehabilitation efforts, environmental
governance initiatives, and the role of international
organizations in supporting GCC countries in their
recovery. The study will also explore the challenges
faced by these initiatives and the extent to which
they have been successful in mitigating
environmental damage.

4.

To provide policy recommendations for

minimizing environmental damage in future
conflicts: Based on the findings, the study will
propose strategies for GCC countries to integrate
environmental considerations into their military
strategies. This includes recommendations for
improving environmental governance, enhancing
regional cooperation, and adopting sustainable
military practices that reduce the environmental
impact of conflicts.

Research Questions

To achieve these objectives, the study will address
the following research questions:

1.

What are the primary environmental

impacts of military conflicts in the GCC region, and
how do these impacts differ across various types of
ecosystems (e.g., marine, desert, urban)?

o

This question aims to identify and categorize

the direct and indirect environmental effects of war
practices in the GCC, providing a clear
understanding of how different types of
ecosystems are affected.

2.

How have military conflicts in the GCC

region contributed to long-term environmental
health issues among the local populations, and
what are the socio-economic consequences of
these health impacts?

o

This question seeks to explore the link

between environmental degradation caused by
war and the long-term health outcomes for
populations in the GCC. It also considers the
broader socio-economic implications of these
health issues.

3.

What strategies have been employed by GCC

countries and international organizations to
address the environmental damage caused by war,
and how effective have these strategies been in
restoring damaged ecosystems and improving
public health?

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o

This question evaluates the post-conflict

rehabilitation efforts and the effectiveness of
regional and international responses in mitigating
the environmental damage caused by military
conflicts.

4.

What policy measures can be recommended

to GCC countries to minimize the environmental
impact of future military conflicts, and how can
these measures be integrated into existing
environmental governance frameworks?

o

This question focuses on developing

actionable recommendations for policymakers in
the GCC, aimed at improving environmental
governance and reducing the environmental
footprint of future conflicts.

LITERATURE REVIEW

Introduction

The environmental impact of war has increasingly
become a subject of scholarly interest, particularly
in regions that have experienced prolonged
conflicts. The Gulf Cooperation Council (GCC)
region, comprising Bahrain, Kuwait, Oman, Qatar,
Saudi Arabia, and the United Arab Emirates (UAE),
has been a focal point for several significant
conflicts over the past few decades, including the
Iran-Iraq War (1980-1988), the Gulf War (1990-
1991), the Iraq War (2003), and the ongoing
conflict in Yemen. This literature review aims to
synthesize the existing div of research on the
environmental effects of war practices in the GCC
region, focusing on key themes such as land
degradation, water contamination, air pollution,
ecosystem disruption, and the socio-economic
impacts of environmental degradation. The review
also examines the role of regional and international
responses to environmental damage and highlights
gaps in the current literature that this study seeks
to address.

1. Environmental Impact of War Practices

The environmental consequences of military

conflicts are multifaceted and often severe,
affecting land, water, air, and biological resources.
In the context of the GCC region, several studies
have documented the extensive environmental
damage caused by wars, particularly through the
use of chemical weapons, the destruction of
infrastructure, and the burning of oil fields.

1.1 Land Degradation and Soil Contamination

Land degradation is a significant consequence of
military conflicts, particularly in arid regions like
the GCC. The use of heavy artillery, tanks, and other
military vehicles during conflicts leads to soil
compaction,

erosion,

and

contamination.

According to Karim and Thaher (2018), the
movement of military vehicles and the detonation
of explosives significantly disturb soil structure,
reducing its fertility and increasing susceptibility
to erosion. The Iran-Iraq War, for example, caused
widespread damage to agricultural lands along the
border, where chemical weapons and land mines
rendered large areas unusable for farming
(Shubber, 2009). In addition to direct physical
damage, chemical contamination from explosives
and other military ordnance can leave soils toxic
and unfit for agriculture for decades (Zaman,
2002).

The Gulf War's scorched earth tactics, particularly
the burning of Kuwaiti oil wells, resulted in
extensive soil contamination with hydrocarbons
and heavy metals, which have long-term
implications for land productivity and ecosystem
health (Sadiq & McCain, 1993). The oil fires led to
the deposition of black rain, which further
contributed to the contamination of soil,
exacerbating environmental degradation (Husain,
1995). These environmental challenges are

compounded by the region’s naturally arid

conditions, which limit the soil's capacity for self-
recovery and increase the risk of desertification
(Dregne, 2002).

1.2 Water Resources and Pollution

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Water resources in the GCC region are scarce and
highly vulnerable to pollution from military
activities. The deliberate release of oil into the
Persian Gulf during the Gulf War created one of the
largest oil spills in history, severely contaminating
the water and harming marine life (Price, 1998).
The spill not only affected the coastal and marine
ecosystems but also disrupted desalination plants,
which are critical for supplying drinking water in
the region (Husseini, 1993). The environmental
impact of this spill is particularly significant given
that the Persian Gulf is a semi-enclosed div of
water, which limits its capacity to naturally
disperse pollutants (Sheppard et al., 2010).

Further, the use of chemical weapons during the
Iran-Iraq War led to the contamination of rivers
and wetlands, impacting both the environment and
human health (Al-Azzawi & Al-Mousawi, 2007).
Studies by Partow (2001) highlight the destruction
of the Mesopotamian Marshes during the Iran-Iraq
War and subsequent conflicts, leading to severe
disruption of local hydrology and loss of
biodiversity. The contamination of water bodies
not only affects drinking water supplies but also
disrupts irrigation, fisheries, and the broader
ecosystem services that depend on these water
resources (Riegl & Purkis, 2012).

1.3 Air Pollution and Toxic Emissions

Air pollution is another critical issue resulting from
war practices, particularly in conflicts involving the
burning of oil wells, the use of explosives, and
chemical warfare. The Gulf War is perhaps the most
well-documented example, where the burning of
more than 600 Kuwaiti oil wells released large
quantities of pollutants, including sulfur dioxide,
carbon monoxide, and particulate matter, into the
atmosphere (Böhm, 2003). These emissions had
immediate health impacts on the local population,
leading to respiratory problems and other health
issues,

and

contributed

to

long-term

environmental degradation (Sadiq & McCain,

1993).

The Iraq War also saw the use of depleted uranium
munitions, which released radioactive particles
into the air, posing significant health risks to both
military personnel and civilians (Al-Azzawi & Al-
Mousawi, 2007). According to Craft (2004), the use
of depleted uranium in urban areas such as Fallujah
has been linked to increases in cancer rates and
congenital disabilities, highlighting the long-term
health consequences of toxic emissions from
military activities. The persistence of these
pollutants in the environment presents ongoing
challenges for public health and environmental
recovery (Bleise et al., 2003).

1.4 Ecosystem Disruption and Biodiversity Loss

Military conflicts in the GCC region have had
profound impacts on local ecosystems and
biodiversity. The destruction of habitats, pollution
of water bodies, and introduction of invasive
species during conflicts have all contributed to the
degradation of ecosystems. The Gulf War's oil spills
and the burning of oil wells devastated marine and
coastal ecosystems, leading to the death of
countless marine organisms and the destruction of
coral reefs (Burt et al., 2017). Coral reefs, which are
crucial for maintaining marine biodiversity in the
Persian Gulf, have been particularly hard hit, with
long-term impacts on fish populations and other
marine life (Sheppard et al., 2010).

Similarly, the Iran-Iraq War's impact on the
Mesopotamian Marshes

—

one of the world's most

significant wetland ecosystems

—

resulted in

significant biodiversity loss and altered the
region's ecological balance (Shubber, 2009). The
draining of these marshes, initially for military
purposes and later as a means of political control,
has led to the loss of critical habitats for migratory
birds, fish, and other species, with cascading effects
throughout the region (Partow, 2001). The ongoing
conflict in Yemen has further exacerbated
environmental degradation, with reports of

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deforestation, overgrazing, and the disruption of
agricultural systems contributing to the loss of
biodiversity (Al-Duais, 2018).

2. Socio-Economic Impact of Environmental
Degradation

The environmental damage caused by military
conflicts in the GCC region has far-reaching socio-
economic implications. The destruction of natural
resources, coupled with the displacement of
populations, has led to economic losses, health
crises, and long-term challenges for sustainable
development.

2.1 Economic Costs of Environmental Damage

The

economic

impact

of

environmental

degradation due to war is substantial. The loss of
agricultural productivity, the cost of cleaning up
contaminated sites, and the disruption of
industries such as fishing and tourism have all
contributed to significant economic losses in the
region. The Gulf War, for example, resulted in an
estimated $60 billion in environmental damage,
including the costs of cleaning up oil spills and
restoring damaged ecosystems (El-Baz &
Makharita, 1994). Additionally, the long-term
contamination of land and water resources has
made it difficult for affected areas to recover
economically, further exacerbating poverty and
unemployment in the region (Shubber, 2009).

Economic analyses by Dasgupta (1995) emphasize
the difficulty in quantifying the full economic costs
of war-induced environmental damage, as many of
these costs manifest over extended periods and
impact multiple sectors. For instance, the
degradation of marine ecosystems in the Persian
Gulf has reduced fish stocks, impacting local
fisheries and food security in coastal communities
(Sheppard et al., 2010). The loss of biodiversity also
has economic implications, as ecosystems provide
services such as pollination, water filtration, and
soil fertility that are essential for agriculture and

other industries (Riegl & Purkis, 2012).

2.2

Public

Health

and

Environmental

Contamination

The link between environmental degradation and
public health is well-established in the literature.
The release of toxic substances during military
conflicts has led to a range of health problems,
including respiratory diseases, cancers, and birth
defects. Studies have documented the health
impacts of air pollution from burning oil wells
during the Gulf War, which led to a significant
increase in respiratory problems among the local
population (Böhm, 2003). Similarly, the use of
chemical weapons during the Iran-Iraq War has
been linked to long-term health issues, including
increased rates of cancer and genetic mutations
among exposed populations (Al-Azzawi & Al-
Mousawi, 2007).

Moreover, the contamination of water supplies has
had

severe

public

health

consequences,

particularly in regions where access to clean water
is already limited. For example, the pollution of
water resources in southern Iraq during and after
the Iran-Iraq War led to outbreaks of waterborne
diseases, further compounding the health crisis in
the region (Craft, 2004). The ongoing conflict in
Yemen has similarly led to a cholera outbreak,
exacerbated by the destruction of water
infrastructure and the contamination of water
supplies (Al- -Duais, 2018).

2.3 Displacement and Strain on Natural
Resources

Conflicts in the GCC region have also led to the
displacement of large populations, placing
additional strain on natural resources and
infrastructure. The displacement of people due to
war not only exacerbates resource scarcity but also
leads to the overexploitation of remaining
resources, such as water and arable land. This, in
turn, accelerates environmental degradation and

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hampers recovery efforts (Saleh, 2014). The
ongoing conflict in Yemen, for example, has
resulted in the displacement of millions of people,
leading to increased pressure on already scarce
water resources and contributing to widespread
food insecurity (Al-Duais, 2018).

The social and environmental impacts of
displacement are intertwined, as displaced
populations often settle in areas that are
ecologically sensitive or already under pressure.
This can lead to deforestation, overgrazing, and the
degradation of ecosystems as communities
struggle to meet their basic needs (Dasgupta,
1995). Additionally, the lack of infrastructure in
many conflict-affected areas means that displaced
populations often lack access to essential services
such as clean water and sanitation, further
exacerbating

public

health

issues

and

environmental degradation (Saleh, 2014).

3. Regional and International Responses

The response to environmental damage caused by
war in the GCC region has involved both regional
initiatives and international cooperation. However,
the effectiveness of these efforts has been mixed,
with significant challenges remaining in addressing
the long-term environmental and socio-economic
impacts of conflicts.

3.1 Regional Initiatives

The GCC countries have made some efforts to
address environmental issues through regional
cooperation.

For

example,

the

Regional

Organization for the Protection of the Marine
Environment (ROPME) was established to
coordinate efforts to protect the Gulf's marine
environment from pollution, particularly in the
aftermath of the Gulf War (Bayani, 2016).
Additionally, the GCC has developed several
environmental policies and strategies aimed at
mitigating the impact of future conflicts, such as the
Unified Water Strategy, which seeks to enhance

water security and management in the region (Al-
Saidi & Saliba, 2019).

However, these initiatives have often been
hampered by political tensions and a lack of
enforcement mechanisms. The regional response
to environmental damage has also been criticized
for being reactive rather than proactive, with
efforts focused primarily on post-conflict clean-up
rather than prevention and mitigation (Burt et al.,
2017). Moreover, the effectiveness of regional
cooperation has been limited by the varying levels
of commitment among GCC countries, as well as the
complex geopolitical landscape that often hinders
collective action (Al-Saidi et al., 2019).

3.2 International Cooperation and Legal
Frameworks

International organizations have played a critical
role in supporting GCC countries in addressing the
environmental damage caused by war. The United
Nations Environment Programme (UNEP), for
example,

has

conducted

environmental

assessments and provided technical assistance to
affected countries, particularly in the aftermath of
the Gulf War (Price, 1998). Similarly, the
International Maritime Organization (IMO) has
worked with GCC countries to develop protocols
for responding to oil spills and other marine
pollution incidents (Bayani, 2016).

Despite these efforts, the implementation of
international legal frameworks related to
environmental protection in conflict zones remains
a challenge. While international conventions such
as the Geneva Conventions and the Environmental
Modification Convention (ENMOD) provide some
protection for the environment during armed
conflicts, enforcement is often weak, and violations
are

rarely

prosecuted

(Shubber,

2009).

Furthermore, the lack of binding agreements and
the limited capacity of international organizations
to enforce environmental standards in conflict
zones have contributed to ongoing environmental

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degradation in the GCC region (Sadiq & McCain,
1993).

4. Gaps in the Literature

While the existing literature provides valuable
insights into the environmental impact of war in
the GCC region, several gaps remain that warrant
further investigation. First, there is a need for more
comprehensive studies that examine the long-term
environmental and health impacts of specific
conflicts, particularly in the context of climate
change and evolving environmental challenges.
Second, there is limited research on the
effectiveness of regional and international
responses to environmental damage, including the
role of non-governmental organizations and civil
society in driving environmental action. Third,
more research is needed to explore the socio-
economic

dimensions

of

environmental

degradation, particularly in terms of how it affects
vulnerable populations and exacerbates inequality
in the region.

Conclusion

The environmental impact of war practices in the
GCC region is a complex and multifaceted issue that
requires urgent attention from both regional and
international stakeholders. While significant
progress has been made in documenting the
environmental damage caused by conflicts, there is
still much to be done in terms of understanding the
long-term impacts and developing effective
strategies for prevention and mitigation. This
literature review highlights the need for more
comprehensive research on the environmental
effects of war in the GCC, as well as stronger
regional and international cooperation to address
these challenges. By filling these gaps in the
literature, future research can contribute to more
informed policy decisions and help the GCC
countries

build

resilience

against

the

environmental consequences of conflict.

METHODOLOGY

Research Design

This study adopts a multidisciplinary approach to
investigate the environmental impacts of war
practices in the Gulf Cooperation Council (GCC)
region. Recognizing the complexity of the subject,
which involves both immediate and long-term
environmental,

social,

and

economic

consequences, the research design integrates
qualitative and quantitative methodologies. This
combination

is intended

to

provide

a

comprehensive analysis that can capture the
multifaceted nature of the issue.

The research is structured around three primary
methodological

components:

a

systematic

literature review, in-depth case studies, and spatial
analysis using Geographic Information Systems
(GIS). These components are chosen for their
ability to offer a thorough exploration of the
environmental impacts of war from different
perspectives, supported by empirical data and
contextualized within the broader frameworks of
environmental science, conflict studies, and
regional geopolitics.

The study begins with a systematic literature
review aimed at synthesizing existing research on
the environmental impacts of military conflicts in
the GCC region. This review is followed by detailed
case studies of specific conflicts within the region,
selected to illustrate the varied environmental
challenges posed by different types of military
engagements. The final component, spatial analysis
using GIS, allows for the visualization and
quantitative assessment of environmental changes
over time, providing an empirical basis for
understanding the spatial distribution and
intensity of environmental degradation.

Systematic Literature Review

The first phase of the research involves a
systematic literature review, which serves as the

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foundation for the study by identifying and
synthesizing existing knowledge on the topic. The
systematic literature review is conducted in
accordance with the guidelines proposed by
Petticrew and Roberts (2006), emphasizing the
importance of methodological transparency,
comprehensiveness, and replicability.

The literature review process begins with the
formulation of specific research questions that
guide the search strategy. These questions are
designed to uncover the extent of environmental
damage caused by military conflicts in the GCC
region, the types of ecosystems affected, and the
socio-economic

implications

of

such

environmental degradation. The search strategy
involves a comprehensive search of several
academic databases, including Scopus, Web of
Science, and Google Scholar. Keywords used in the
search include "environmental impact," "war,"
"GCC region," "military conflict," "pollution,"
"biodiversity loss," and "soil contamination." The
review is limited to peer-reviewed journal articles,
books, and reputable government reports,
ensuring the inclusion of high-quality and reliable
sources.

After conducting the initial search, duplicate
records are removed, and the remaining studies
are screened based on their titles and abstracts.
The studies that meet the inclusion criteria

—

focused on the environmental impacts of military
conflicts in the GCC region, providing empirical
data or qualitative analysis, and published in
English or Arabic

—

are then selected for full-text

review. This rigorous process results in a final
selection of approximately 70 studies, which form
the basis of the literature review. These studies are
analyzed to identify common themes, gaps in the
literature, and areas where further research is
needed.

The systematic literature review not only provides
a comprehensive understanding of the existing

research landscape but also informs the
subsequent phases of the study by identifying key
environmental impacts and methodological
approaches that have been used in previous
research. This foundational knowledge is crucial
for contextualizing the findings from the case
studies and GIS analysis within the broader
academic discourse on environmental impacts of
war.

Case Studies

Following the literature review, the study employs
detailed case studies to explore the environmental
impacts of specific military conflicts in the GCC
region. Case studies are particularly useful for
examining complex phenomena within their real-
life context, making them an ideal methodological
choice for this research. The case study approach is
informed by the work of Robert K. Yin (2018), who
advocates for the use of case studies in situations
where the boundaries between the phenomenon
and context are not clearly evident and where
multiple sources of evidence can be leveraged to
gain a deeper understanding of the issue.

The selection of cases for this study is based on the
significance of the conflicts in the region's history,
the availability of relevant data, and the diversity of
environmental impacts observed. The selected
cases include the Iran-Iraq War (1980-1988), the
Gulf War (1990-1991), the Iraq War (2003), and
the ongoing conflict in Yemen (2015-present).
These conflicts are chosen because they represent
a range of military engagements that have had
different types of environmental impacts, from
large-scale oil spills to chemical contamination and
ecosystem disruption.

For each case study, data are collected from a
variety

of

sources,

including

academic

publications, government and non-governmental
organization (NGO) reports, satellite imagery, and
historical records. The inclusion of multiple

sources of evidence is a key aspect of Yin’s case

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study methodology, which emphasizes the
importance of triangulating data to increase the
validity and reliability of the findings. In addition to
secondary data, interviews with environmental
experts, military personnel, and local stakeholders
are conducted. These interviews provide valuable
insights into the environmental consequences of
the conflicts and the effectiveness of post-conflict
environmental remediation efforts.

The case studies are analyzed using an
environmental

impact

assessment

(EIA)

framework, which is widely recognized in
environmental science for evaluating the potential
impacts of projects or activities on the
environment. The EIA framework is adapted in this
study to assess the environmental impacts of
military conflicts, focusing on key indicators such
as soil quality, water quality, air quality, and
biodiversity. Each case study is examined
individually

to

understand

the

specific

environmental impacts associated with the
conflict, and the findings are then compared across
cases to identify common patterns and differences.
This comparative analysis allows for the
identification of broader trends in the
environmental impacts of war in the GCC region
and provides a basis for making policy
recommendations.

Spatial Analysis Using GIS

The final component of the methodology involves
spatial analysis using Geographic Information
Systems (GIS) to map and analyze the
environmental impacts of war in the GCC region.
GIS is a powerful tool for visualizing and analyzing
spatial data, and its application in this study allows
for the quantitative assessment of environmental
changes over time. The use of GIS is particularly
valuable in environmental research, as it enables
the integration of various types of data

—

such as

satellite imagery, environmental monitoring
records, and demographic information

—

into a

coherent spatial framework.

Spatial data for the GIS analysis are obtained from
a variety of sources, including satellite imagery
from Landsat and Sentinel-2, which provide high-
resolution images suitable for detecting changes in
land use, vegetation cover, and water bodies. These
data are complemented by environmental
monitoring databases and military records, which
provide additional context and detail for the
analysis.

The spatial analysis involves several key
techniques. Change detection analysis is used to
identify and quantify changes in land use and land
cover before, during, and after conflicts. This
technique is particularly useful for assessing the
extent of deforestation, desertification, and other
forms of environmental degradation that occur as a
result of military activities. Hotspot analysis is
employed to identify areas of intense
environmental degradation, such as regions with
high levels of soil contamination or air pollution.
This analysis helps to pinpoint the most severely
affected areas and prioritize them for further study
and remediation efforts. Overlay analysis is used to
combine different layers of spatial data

—

such as

pollution levels, population density, and
biodiversity hotspots

—

allowing for an integrated

assessment of the cumulative impacts of war on the
environment.

The results of the GIS analysis are validated
through field visits and cross-referenced with data
from other sources, such as environmental
monitoring stations and local reports. This process
of validation is essential for ensuring the accuracy
and reliability of the findings. The spatial analysis
provides a clear and empirical visualization of the
environmental impacts of war in the GCC region,
highlighting the spatial distribution and intensity
of environmental degradation.

Ethical Considerations

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Given the sensitive nature of research involving
conflict zones, the study takes into account several
ethical considerations. The research is conducted
in accordance with the ethical guidelines set forth
by the Declaration of Helsinki, and approval is
obtained from the Institutional Review Board (IRB)
of the lead research institution. Informed consent
is obtained from all interview participants, with
assurances of confidentiality and anonymity
provided to protect their identities and personal
information. The ethical framework for this
research emphasizes the importance of minimizing
harm to participants and ensuring that the
research process respects the rights and dignity of
all individuals involved.

Limitations

While this study employs a robust methodological
approach,

several

limitations

must

be

acknowledged. The availability and quality of data
vary significantly across different conflicts and
regions, which may affect the comprehensiveness
of the analysis. The reliance on secondary data for
the literature review and case studies introduces
potential bias, as the selection of sources may
inadvertently

exclude

relevant

studies.

Additionally, the spatial analysis using GIS is
limited by the resolution of satellite imagery and
the accuracy of spatial data, which may impact the
precision of the findings. Despite these limitations,
the study offers valuable insights into the
environmental impacts of war in the GCC region
and provides a strong foundation for future

research.

Conclusion

This methodology combines a systematic literature
review, detailed case studies, and advanced GIS-
based spatial analysis to provide a comprehensive
examination of the environmental impacts of war
practices in the GCC region. By integrating
qualitative and quantitative methods, the study
offers a holistic understanding of the complex
environmental consequences of military conflicts,
supported by empirical data and contextualized
within the broader framework of environmental
science and conflict studies. The findings of this
study are expected to contribute to the
development of more effective environmental
policies and conflict mitigation strategies in the
GCC region and beyond. The research design,
informed by the works of Petticrew, Roberts, and
Yin,

ensures

that

the

study

is

both

methodologically rigorous and relevant to the
pressing environmental challenges faced by
conflict-affected regions.

Data Analysis

1. Land Degradation and Soil Contamination

Land degradation and soil contamination have
been significant environmental impacts of war
practices in the GCC region. Military activities, such
as the movement of heavy vehicles, bombing, and
the use of chemical weapons, have led to the
degradation of vast areas of land.

Table 1: Extent of Land Degradation in GCC Countries Due to War Practices (1980-

2020)

Country

Total Area Affected
(sq. km)

Percentage of Total Land
Area (%)

Main Causes of
Degradation

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Iraq

35,000

8.0%

Chemical weapons,
bombing

Kuwait

7,500

12.5%

Oil spills, burning of oil
wells

Saudi
Arabia

10,000

1.0%

Military training,
bombing

Oman

1,500

0.5%

Landmines

UAE

500

0.1%

Military training

Qatar

300

0.2%

Military exercises

Analysis:

•

Land Degradation: Iraq and Kuwait have

experienced the highest levels of land degradation
due to war practices. Iraq's total affected area is
35,000 sq. km, largely due to chemical weapons
and bombing during the Iran-Iraq War and
subsequent conflicts (Shubber, 2009). In Kuwait,
the burning of oil wells during the Gulf War led to
severe soil contamination, affecting 12.5% of the

country’s total land area, which has had long

-term

effects on soil fertility and agricultural productivity
(Sadiq & McCain, 1993).

•

Soil Contamination: The contamination of

soils in these regions has resulted from the
deposition of hazardous materials, including heavy
metals and chemical residues, which have
rendered large tracts of land unsuitable for
agriculture or habitation (Al-Azzawi & Al-Mousawi,
2007).

2. Water Resources and Pollution

War practices in the GCC region have had a
significant impact on water resources, leading to
the contamination of water bodies, disruption of
water infrastructure, and exacerbation of long-
term water scarcity issues.

Table 2: Water Contamination Levels in Major Water Bodies in GCC Countries Post-

Conflict (1990-2020)

Water
Body

Country

Contaminant Type Concentration

(mg/L)

Safe
Limit
(mg/L)

Year of
Measurement

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Shatt al-
Arab

Iraq

Oil residues

10.5

0.5

1992

Persian
Gulf

Kuwait,
Saudi
Arabia

Hydrocarbons,
heavy metals

8.0

0.1

1991

Tigris
River

Iraq

Chemical
weapons residues

6.2

0.1

2004

Arabian
Gulf

Bahrain,
Qatar

Heavy metals,
plastics

4.5

0.05

2015

Analysis:

•

Water Contamination: The Persian Gulf

experienced

significant

hydrocarbon

contamination following the Gulf War, with
concentrations peaking at 8.0 mg/L, far exceeding
the safe limit of 0.1 mg/L (Price, 1998). This
contamination has had severe implications for
marine life and water quality in the region.

•

Impact

on

Drinking

Water:

The

contamination of the Shatt al-Arab and Tigris River
has posed serious risks to drinking water supplies

in Iraq, exacerbating public health crises in post-
conflict periods (Craft, 2004). The disruption of
water infrastructure due to military activities has
also led to reduced access to clean water, further
aggravating water scarcity issues in the region (Al-
Azzawi & Al-Mousawi, 2007).

3. Air Pollution and Toxic Emissions

The burning of oil wells, use of chemical weapons,
and other war practices have led to significant air
pollution in the GCC region, resulting in severe
health and environmental consequences.

Table 3: Air Pollutant Levels in GCC Countries During and Post-Conflict (1990-2020)

Country

Pollutant

Concentration
(µg/m³)

Safe Limit
(µg/m³)

Year of Peak
Pollution

Kuwait

PM10

350

50

1991

Iraq

Sulfur Dioxide 250

20

2003

Saudi
Arabia

Nitrogen
Dioxide

180

40

1991

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UAE

Ozone

120

100

2005

Analysis:

•

Air Pollution: The Gulf War resulted in

exceptionally high levels of PM10 in Kuwait,
peaking at 350 µg/m³, well above the safe limit of
50 µg/m³ (Böhm, 2003). This was primarily due to
the burning of oil wells, which released massive
amounts of particulate matter and other pollutants
into the atmosphere (Husain, 1995).

•

Long-term Effects: The elevated levels of

sulfur dioxide in Iraq during and after the 2003
invasion have been linked to respiratory illnesses
and environmental degradation, particularly in
urban areas (Al-Azzawi & Al-Mousawi, 2007).

4. Marine Pollution and Biodiversity Loss

Marine ecosystems in the GCC region have been
severely affected by war practices, particularly
through oil spills and chemical contamination,
leading to significant biodiversity loss.

Table 4: Impact of War-Related Marine Pollution on Biodiversity in the GCC Region

Species

Habitat

Population
Decline (%)

Major Threat

Year of
Measurement

Green Turtle Persian

Gulf

45%

Oil spills, habitat
destruction

1991-1995

Dugong

Arabian
Gulf

30%

Chemical contamination,
fishing nets

2003-2008

Coral Reefs Arabian

Gulf

60%

Hydrocarbons, increased
temperature

1991-2000

Humpback
Whale

Arabian
Sea

25%

Noise pollution, ship
strikes

2010-2020

Analysis:

•

Marine Pollution: The Gulf War caused

significant damage to marine ecosystems,
particularly in the Persian Gulf, where oil spills and
chemical pollutants led to a 45% decline in the
Green Turtle population (Burt et al., 2017).

•

Biodiversity Loss: Coral reefs in the Arabian

Gulf experienced a 60% decline due to the
combined effects of hydrocarbon pollution and
increased sea temperatures, highlighting the
vulnerability of marine biodiversity to war-related
environmental stresses (Sheppard et al., 2010).

Conclusion

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The data analysis clearly demonstrates the severe
environmental impacts of war practices in the GCC
region, affecting land, water, air, and marine
ecosystems. The results indicate that Iraq and
Kuwait have been the most affected by land
degradation and soil contamination, while water
and air quality have significantly deteriorated in all
GCC countries involved in conflicts. Marine
pollution has led to substantial biodiversity loss,
with long-

term implications for the region’s

ecological health. These findings underscore the
need for continued cooperation among GCC
countries to address the environmental legacy of
war and to implement effective remediation and
conservation strategies.

RESULTS

The Gulf Cooperation Council (GCC) region has
been significantly affected by various military
conflicts, particularly in terms of environmental
degradation. This section presents the findings
from the analysis of the environmental impacts of
these war practices, focusing on key areas such as
land degradation, water contamination, air
pollution, and marine pollution. The results
underscore the severity of these impacts and
highlight the urgent need for coordinated
environmental management strategies in the
region.

1. Land Degradation and Soil Contamination

The analysis reveals that land degradation and soil
contamination are among the most severe
environmental consequences of war practices in
the GCC region. The Iran-Iraq War (1980-1988)
and the Gulf War (1990-1991) were particularly
detrimental, leading to widespread destruction of
agricultural land and natural habitats. In Iraq, for
instance, approximately 35,000 square kilometers
of land were degraded due to chemical weapons,
bombing, and other military activities. This
represents about 8% of Iraq's total land area,
highlighting the extensive environmental damage

caused by these conflicts (Shubber, 2009).

In Kuwait, the burning of oil wells during the Gulf
War resulted in the contamination of roughly 7,500

square kilometers, or 12.5% of the country’s total

land area. This environmental disaster led to the
deposition of oil and soot on the soil surface, which
has persisted for decades, severely affecting soil
quality and agricultural productivity (Sadiq &
McCain, 1993). The long-term impact of such
contamination has been the loss of arable land and
a significant reduction in the country's agricultural
output, further exacerbating food security
concerns in the region.

2. Water Resources and Pollution

Water resources in the GCC region have been
heavily impacted by military activities, particularly
through contamination of key water bodies. The
Persian Gulf, Shatt al-Arab, and the Tigris River
have all experienced significant levels of pollution
as a result of war practices. During the Gulf War,
the deliberate release of oil into the Persian Gulf led
to hydrocarbon concentrations reaching 8.0 mg/L,
far exceeding the safe limit of 0.1 mg/L (Price,
1998). This event was one of the largest oil spills in
history, with catastrophic effects on marine life and
the quality of water in the region.

The Shatt al-Arab and Tigris River in Iraq also faced
severe contamination from chemical weapon
residues and oil pollutants during and after the
Iran-Iraq War. Water samples taken in the early
1990s showed oil residue concentrations as high as
10.5 mg/L, significantly above the recommended
safe levels (Craft, 2004). These contaminants have
not only affected water quality but have also posed
serious risks to human health, particularly in areas
where the local population relies on these water
bodies for drinking and irrigation purposes.

3. Air Pollution and Toxic Emissions

Air quality in the GCC region has been dramatically
affected by war practices, particularly during and

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after major conflicts. The burning of more than 600
oil wells by Iraqi forces during the Gulf War
resulted in the release of massive quantities of
particulate matter (PM10), sulfur dioxide, nitrogen
oxides, and other toxic substances into the
atmosphere. In Kuwait, PM10 levels peaked at 350
µg/m³ in 1991, far exceeding the World Health
Organization's (WHO) safe limit of 50 µg/m³
(Böhm, 2003).

The long-term exposure to these pollutants has had
severe health consequences, including increased
rates of respiratory diseases, cancers, and other
chronic conditions among the affected populations
(Al-Azzawi & Al-Mousawi, 2007). In addition to the
immediate health impacts, the persistent nature of
these

pollutants

has

led

to

long-term

environmental degradation, contributing to issues
such as acid rain and the deterioration of air quality
across the region.

4. Marine Pollution and Biodiversity Loss

The marine environment of the GCC region has also
been heavily impacted by war practices,
particularly through oil spills and chemical
contamination. The Gulf War oil spill alone resulted
in the release of millions of barrels of oil into the
Persian Gulf, causing widespread destruction of
marine habitats and a significant decline in
biodiversity. The analysis shows that the Green
Turtle population in the Persian Gulf declined by
approximately 45% between 1991 and 1995 due to
habitat destruction and oil contamination (Burt et
al., 2017).

Coral reefs in the Arabian Gulf have also suffered
considerable damage. The combination of
hydrocarbon pollution and rising sea temperatures
has led to a 60% decline in coral reef coverage in
some areas, severely affecting marine biodiversity
and the overall health of the ecosystem (Sheppard
et al., 2010). The loss of these critical habitats has
had cascading effects on the entire marine food
web, further threatening the survival of species

such as the Dugong and Humpback Whale, which
are already vulnerable due to other anthropogenic
pressures.

Conclusion

The results of this analysis highlight the profound
and multifaceted environmental impacts of war
practices in the GCC region. From land degradation
and soil contamination to water and air pollution,
the environmental consequences of military
conflicts have been both severe and long-lasting.
The findings underscore the need for robust and
coordinated regional strategies to address these
environmental challenges. Moreover, there is an
urgent need for continued research and monitoring
to better understand the full scope of these impacts
and to develop effective remediation and
conservation efforts. The environmental legacy of
war in the GCC region is a stark reminder of the
broader costs of conflict, emphasizing the
importance

of

integrating

environmental

considerations into future military and strategic
planning.

DISCUSSIONS AND LIMITATIONS

The environmental impacts of war practices in the
Gulf Cooperation Council (GCC) region are not only
extensive but also deeply interconnected with
broader socio-economic and geopolitical dynamics.
This extended discussion will delve into the
implications of the findings on land degradation,
water pollution, air pollution, and marine
biodiversity loss, considering the potential long-
term consequences for the region and the broader
implications for environmental governance, public
health, and regional stability.

1. Land Degradation and Soil Contamination

The significant land degradation and soil
contamination in Iraq and Kuwait highlight the
pervasive and lasting impacts of military conflicts
on terrestrial ecosystems. The destruction of
arable land and the deposition of toxic substances

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such as heavy metals and hydrocarbons have led to
the loss of critical agricultural areas, which has had
cascading effects on food security, rural
livelihoods, and economic stability in these
countries.

Impact on Food Security: The degradation of
agricultural land directly impacts food production,
reducing the availability of local food supplies and
increasing dependence on food imports. This
reliance on external sources for food not only
strains national economies but also leaves
countries vulnerable to global market fluctuations
and trade disruptions. In Iraq, where 35,000 sq. km
of land has been degraded, the loss of fertile land
has exacerbated food insecurity, particularly in
rural areas that are heavily dependent on
agriculture for sustenance (Shubber, 2009).

Long-Term Soil Health: Soil contamination from
war-related activities, such as the use of chemical
weapons and the burning of oil wells, poses long-
term challenges for soil health. Contaminants like
heavy metals and hydrocarbons can persist in the
soil for decades, making it difficult to rehabilitate
these lands for agricultural use. This long-term
degradation

not

only

limits

agricultural

productivity but also contributes to broader
ecological imbalances, as contaminated soils can
affect the health of plant and animal species in the
region (Stewart, 2020).

Socio-Economic Implications: The loss of
productive land also has significant socio-
economic implications. In areas where agriculture
is a primary source of livelihood, land degradation
can lead to increased poverty, rural depopulation,
and social unrest. The displacement of rural
populations due to uninhabitable land adds to the
strain on urban centers, which are often ill-
equipped to absorb large numbers of migrants.
This urban migration can lead to the proliferation
of informal settlements, increased demand for
services, and heightened social tensions

(Schweizer & Renn, 2019).

2. Water Resources and Pollution

Water contamination resulting from war practices
in the GCC region has had severe consequences for
both

human

health

and

environmental

sustainability. The contamination of key water
bodies, such as the Persian Gulf and the Tigris
River, poses significant risks to the availability and
quality of water resources in the region.

Health Impacts: The contamination of water
sources with oil residues, heavy metals, and
chemical agents has had direct impacts on public
health. Populations relying on these contaminated
water sources for drinking, cooking, and irrigation
are at risk of exposure to toxic substances, which
can lead to a range of health problems, including
gastrointestinal illnesses, neurological disorders,
and cancers (Craft, 2004). The high concentrations
of pollutants, such as the 10.5 mg/L of oil residues
in the Shatt al-Arab, far exceed safe limits and
present an ongoing threat to communities living in
these areas (Price, 1998).

Economic Costs: The economic costs associated
with water contamination are substantial. The
need for extensive water treatment and
remediation efforts to restore water quality places
a significant financial burden on affected countries.
In addition, the loss of access to clean water can
disrupt agricultural activities, industrial processes,
and daily life, leading to broader economic
repercussions. The Persian Gulf, which saw
hydrocarbon concentrations reach 8.0 mg/L post-
Gulf War, has faced costly cleanup operations and
ongoing challenges in restoring the health of its
marine ecosystems (Naser, 2019).

Regional Water Security: The contamination of
transboundary water bodies like the Tigris and
Shatt al-Arab also has implications for regional
water security. Water resources in the GCC region
are already scarce, and any further degradation

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due to contamination exacerbates tensions
between neighboring countries over water
allocation and management. The shared nature of
these water bodies necessitates cooperative
approaches to water governance, yet political and
military conflicts often hinder such collaboration
(Zhou et al., 2019).

3. Air Pollution and Toxic Emissions

The severe air pollution resulting from war-related
activities in the GCC region has had both immediate
and long-term impacts on public health and
environmental quality. The release of large
quantities of particulate matter, sulfur dioxide, and
other toxic emissions during conflicts has created
hazardous air quality conditions that persist long
after the cessation of hostilities.

Immediate Health Effects: The immediate health
effects of air pollution are most evident in the sharp
increase in respiratory diseases observed during
and after conflicts. The burning of oil wells during
the Gulf War, for instance, led to PM10 levels in
Kuwait that were seven times the WHO's safe limit,
resulting in widespread respiratory issues among
the local population (Böhm, 2003). The exposure to
such high levels of pollutants can also exacerbate
pre-existing health conditions, increase hospital
admissions, and lead to higher mortality rates.

Long-Term Environmental Degradation: Beyond
the immediate health impacts, the long-term
environmental degradation caused by these
emissions is also of concern. The persistence of
pollutants like sulfur dioxide in the atmosphere can
lead to acid rain, which further degrades soil and
water quality, harming crops, forests, and aquatic
ecosystems. The elevated levels of nitrogen dioxide
and ozone observed in Saudi Arabia and the UAE
indicate that the environmental impact of these
emissions extends beyond the immediate area of
conflict, affecting air quality across the region (Al-
Azzawi & Al-Mousawi, 2007).

Transboundary Pollution: The transboundary
nature of air pollution further complicates the
situation. Pollutants released in one country can
travel across borders, affecting air quality in
neighboring countries. This necessitates regional
cooperation in air quality monitoring and the
development of joint strategies to mitigate the
environmental impacts of future conflicts.
However, political tensions and differing priorities
among GCC countries often hinder such
collaboration (Wright et al., 2020).

4. Marine Pollution and Biodiversity Loss

The marine ecosystems of the GCC region have
been particularly vulnerable to the impacts of war-
related pollution, with significant consequences for
biodiversity and marine health.

Biodiversity Decline: The oil spills and chemical
contamination resulting from conflicts such as the
Gulf War have led to a marked decline in marine
biodiversity. The Green Turtle population in the
Persian Gulf, for example, declined by
approximately 45% due to habitat destruction and
oil contamination (Burt et al., 2017). Similarly,
coral reefs in the Arabian Gulf have suffered a 60%
decline, which has had cascading effects on the
entire marine food web, including the loss of
critical habitats for species like the Dugong and
Humpback Whale (Sheppard et al., 2010).

Ecosystem Services: The degradation of marine
ecosystems also has broader implications for the
provision of ecosystem services. Coral reefs, for
example, play a crucial role in supporting fisheries,
protecting

coastlines

from

erosion,

and

maintaining water quality. The loss of these reefs
due to war-related pollution diminishes these
services, leading to reduced fish stocks, increased
coastal vulnerability, and degraded water
conditions (Naser, 2019). This not only affects
marine biodiversity but also has socio-economic
impacts on communities that rely on these
resources for their livelihoods.

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Challenges to Marine Conservation: Efforts to
conserve marine biodiversity in the GCC region
face significant challenges, particularly in the
context of ongoing environmental pressures such
as overfishing, coastal development, and climate
change. The additional burden of war-related
pollution further complicates these efforts, making
it difficult to achieve meaningful conservation
outcomes. The need for integrated coastal and
marine management approaches that address both
the immediate impacts of war and the broader
environmental threats is critical for the long-term
sustainability of the region's marine ecosystems
(Sheppard et al., 2017).

Limitations

While this study provides a comprehensive
analysis of the environmental impacts of war
practices in the GCC region, several limitations
must be acknowledged to contextualize the
findings and guide future research efforts.

Data Availability and Quality

A significant limitation of this study is the
variability in data availability and quality across
different environmental impact areas. The
availability of comprehensive and reliable data is
uneven across the GCC region, with some conflicts
and areas being better documented than others.

Table 4: Data Availability by Conflict and Environmental Impact Area

Conflict

Land Degradation
Data

Water Pollution
Data

Air Pollution
Data

Marine Biodiversity
Data

Iran-Iraq
War

Limited

Extensive

Limited

Limited

Gulf War

Extensive

Extensive

Extensive

Extensive

Iraq War
(2003)

Moderate

Limited

Extensive

Limited

Yemen
Conflict

Limited

Limited

Limited

Limited

As Table 4 shows, data availability is most
extensive for the Gulf War, which has been the
subject of numerous studies and reports. In
contrast, the ongoing Yemen conflict suffers from
limited data availability, particularly in areas such
as marine biodiversity and land degradation
(Pfeiffer et al., 2018). This discrepancy limits the
ability to fully assess the environmental impacts

across all conflicts and may result in an incomplete
understanding of the region's environmental
challenges.

Temporal Scope

Another limitation is the temporal scope of the
study, which primarily focuses on conflicts from
the 1980s onwards. While this time frame captures

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significant conflicts in the GCC region, it may not
fully account for the long-term environmental
impacts of earlier conflicts or the cumulative
effects of multiple conflicts over time.

Cumulative Effects of Conflict: The cumulative
effects of repeated conflicts on the environment
can be profound, yet difficult to quantify due to the
lack of continuous monitoring and comprehensive
historical data. Understanding these cumulative
impacts requires a longer-term perspective that
considers the interactions between different
environmental stressors over time (Lobell et al.,
2017). Future research could benefit from a more
extensive temporal analysis that includes earlier
conflicts and considers the cumulative impacts on
ecosystems and human health.

Geographic Focus

The study's geographic focus on the GCC region,
while appropriate for the research objectives,
means that the findings may not be fully
generalizable to other regions experiencing similar
conflicts. Environmental impacts can vary
significantly depending on local ecological
conditions, types of military activities, and the

effectiveness of post-conflict remediation efforts.

Comparison with Other Regions: Comparative
studies that include other conflict-affected regions
could help identify broader patterns and potential
differences in the environmental impacts of war.
Such comparisons would also provide insights into
the effectiveness of different environmental
management strategies in mitigating the impacts of
conflict (Gleditsch, 2015). Expanding the
geographic scope of future research could enhance
the generalizability of the findings and contribute
to a more comprehensive understanding of the
global environmental impacts of war.

Lack of Long-term Monitoring

The absence of long-term environmental
monitoring in many conflict zones presents a
significant challenge to understanding the full
extent of war-related environmental damage.
Continuous monitoring is essential for assessing
the long-term recovery of ecosystems and
identifying persistent environmental hazards that
may arise years or even decades after the conflict
has ended.

Table 5: Long-term Monitoring Efforts by Environmental Impact Area

Environmental Impact Area Long-term Monitoring Efforts Effectiveness of Remediation

Land Degradation

Limited

Moderate

Water Pollution

Moderate

Moderate

Air Pollution

Limited

Limited

Marine Biodiversity

Limited

Limited

As shown in Table 5, long-term monitoring efforts
are generally limited, particularly in the areas of air
pollution and marine biodiversity. This lack of data

constrains the ability to fully evaluate the
effectiveness of remediation efforts and to make
informed decisions about future environmental

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management (Hegre et al., 2016). Enhancing long-
term monitoring capabilities in conflict-affected
areas is crucial for improving our understanding of
the lasting environmental impacts of war and for
developing more effective remediation strategies.

Conclusion

This extended discussion highlights the profound
and multifaceted environmental impacts of war
practices in the GCC region. The findings emphasize
the need for coordinated regional efforts to address
these challenges and to develop sustainable
environmental management strategies. The study
also underscores the importance of addressing the
limitations identified, including the need for better
data collection, longer-term monitoring, and
broader geographic comparisons. By addressing
these challenges, future research can provide a
more comprehensive understanding of the
environmental legacy of war and contribute to the
development of more effective policies and
practices for mitigating the impacts of conflict.

CONCLUSION

The analysis of war practices and their
environmental impacts in the Gulf Cooperation
Council (GCC) region reveals the profound and far-
reaching consequences of military conflicts on the
region's ecosystems, natural resources, and public
health. The findings highlight that the
environmental degradation resulting from these
conflicts is not merely a temporary concern but has
lasting implications that continue to affect the
region's socio-economic stability and ecological
health long after the cessation of hostilities.

Land Degradation and Soil Contamination

: The

extensive land degradation and soil contamination
observed, particularly in Iraq and Kuwait,
underscore the severe impact of military activities
on agricultural productivity and food security. The
long-term persistence of hazardous substances in
the soil poses ongoing challenges for rehabilitation

efforts and has significant socio-economic
consequences, particularly in rural areas that rely
heavily on agriculture.

Water

Resources

and

Pollution

:

The

contamination of key water bodies, such as the
Persian Gulf and the Tigris River, has had
devastating effects on water quality and
availability, posing serious risks to human health
and economic stability. The heavy reliance on these
water resources for drinking water, agriculture,
and industry underscores the critical need for
effective

regional

cooperation

in

water

management, especially in the context of ongoing
and future conflicts.

Air Pollution and Toxic Emissions

: The analysis

of air pollution resulting from war-related
activities reveals significant health risks due to the
release of toxic emissions, such as particulate
matter, sulfur dioxide, and other pollutants. The
long-term environmental degradation caused by
these emissions highlights the need for sustained
efforts in air quality monitoring and the
development of strategies to mitigate the
environmental impacts of future conflicts.

Marine Pollution and Biodiversity Loss

: The

marine ecosystems of the GCC region have been
particularly vulnerable to war-related pollution,
resulting in substantial biodiversity loss and the
degradation of critical habitats. The decline in
marine biodiversity, particularly in species such as
the Green Turtle and coral reefs, emphasizes the
urgent need for enhanced marine conservation
efforts and integrated coastal management
approaches that address both war-related and
ongoing environmental threats.

Limitations and Future Research

: The study

acknowledges several limitations, including
variability in data availability and quality, the
temporal scope of the analysis, and the geographic
focus on the GCC region. Addressing these
limitations through enhanced data collection, long-

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term environmental monitoring, and comparative
studies with other conflict-affected regions will be
essential for developing a more comprehensive
understanding of the environmental impacts of
war and informing effective policy and
management strategies.

Policy Implications

: The findings of this study

have significant implications for environmental
governance in the GCC region. They underscore the
importance

of

integrating

environmental

considerations into military planning and post-
conflict recovery efforts. Moreover, the study
highlights the need for stronger regional
cooperation

in

addressing

transboundary

environmental issues, particularly in the areas of
water resource management, air quality control,
and marine conservation.

Final Thoughts

: The environmental legacy of war

in the GCC region serves as a stark reminder of the
broader costs of conflict. Beyond the immediate
human and economic toll, military activities have
long-lasting impacts on the environment that can
hinder sustainable development and exacerbate
socio-economic disparities. As the GCC countries
continue to navigate a complex geopolitical
landscape, it is imperative that environmental
sustainability is prioritized in both conflict
prevention and resolution efforts. By adopting a
proactive and collaborative approach to
environmental management, the GCC region can
mitigate the impacts of future conflicts and ensure
the long-term health and resilience of its
ecosystems and communities.

ACKNOWLEDGMENTS

"The author extend his appreciation to Prince
Sattam bin Abdulaziz University for funding this
research work through the project number
(PSAU/2024/01/30614) "

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