War climate resilience has emerged as one of the most critically underexamined dimensions of the current Iran war — with the conflict producing environmental destruction carbon emissions and ecological damage at a scale that climate scientists and environmental researchers are only beginning to document but that will shape the region’s climate resilience capacity for decades beyond the end of military hostilities.
War climate resilience intersection is not a new concern — environmental destruction has been a documented consequence of armed conflict throughout modern military history — but the current Iran war presents an unprecedented case study in how 21st century high-intensity conflict simultaneously destroys climate infrastructure undermines environmental governance and generates greenhouse gas emissions that compound the climate crisis that was already threatening the Middle East’s long-term habitability before the first missile was fired.
Environmental warfare — the deliberate targeting of oil infrastructure refineries and industrial facilities that produces both immediate toxic contamination and long-term climate consequences — has been a central feature of the Iran war’s operational logic on both sides — with strikes on Iranian oil infrastructure and Iranian attacks on Gulf energy facilities together generating the kind of environmental catastrophe that war climate resilience frameworks were specifically designed to prevent but have proven entirely inadequate to address in the context of active armed conflict.
Background: War and Climate Intersection
Why War Climate Resilience Matters Now
War climate resilience has historically been treated as a post-conflict concern — something to be addressed after the shooting stops rather than a dimension of active conflict management that requires attention while the war is being fought. The Iran war is forcing a fundamental reconsideration of this sequencing — with environmental consequences accumulating in real time at a pace and scale that cannot be addressed after the fact without generational consequences for the affected regions and the global climate system.
War climate resilience intersection operates through multiple simultaneous pathways that compound each other in ways that make the total environmental cost of war significantly greater than the sum of its individual components.
The first pathway is direct emissions — with military operations themselves generating significant greenhouse gas emissions through aviation fuel consumption vehicle operation and the explosive detonation of munitions at a scale that modern high-intensity conflict produces in extraordinary quantities. The environmental cost of war emissions pathway is the most directly quantifiable but also the most overlooked because military emissions have historically been excluded from national emissions reporting frameworks under international climate agreements.
The second pathway is infrastructure destruction — with strikes on oil refineries storage facilities and industrial installations releasing stored hydrocarbons directly into the atmosphere and causing the kind of toxic contamination that persists in soil water and air for years or decades after the immediate military operation that caused it.
The third pathway is governance collapse — with active conflict destroying the environmental regulation monitoring and enforcement systems that prevent industrial pollution control climate adaptation and the maintenance of natural carbon sinks like forests and wetlands that provide the ecological foundation of regional climate resilience.
Historical War Climate Resilience Context
War climate resilience concerns are not invented for the current conflict — with documented environmental cost of war evidence spanning from the deliberate oil field burning in Kuwait during the 1991 Gulf War through the Balkan conflict’s toxic industrial contamination to the Ukraine war’s environmental damage reports that established the most comprehensive recent documentation of the environmental cost of war in a high-intensity conflict.
The Kuwait oil fires of 1991 — when retreating Iraqi forces set approximately 700 oil wells ablaze — produced an environmental catastrophe whose climate consequences included the release of approximately 2 million barrels of oil equivalent per day into the atmosphere at peak burning the contamination of approximately 1 billion barrels of oil spilled into Kuwaiti desert and Gulf waters and a regional air quality emergency that affected human health across the Arabian Peninsula for months.
Environmental warfare deliberate targeting of industrial and environmental infrastructure is not a new tactic — but the precision munitions and scale of modern high-intensity conflict makes contemporary environmental warfare both more targeted in its immediate effects and more systemically devastating in its secondary consequences than the cruder environmental destruction of previous conflicts.
War Climate Resilience — The Iran Conflict Case Study
Why the Iran War Is an Environmental Emergency
War climate resilience Iran conflict case study is defined by 3 specific characteristics that make its environmental dimensions particularly severe — the geographic location in one of the world’s most climate-vulnerable regions the deliberate targeting of oil and energy infrastructure and the Strait of Hormuz closure’s impact on the global energy system that has generated its own massive secondary carbon emissions through shipping rerouting.
War climate resilience Iran conflict geographic dimension is critical — the Middle East is already one of the world’s most severely climate-affected regions with rising temperatures water scarcity and desertification threatening the long-term habitability of areas that support millions of people. The environmental cost of war compounds pre-existing climate vulnerability in ways that make recovery from the conflict’s environmental damage significantly harder than it would be in a more climate-resilient region.
War climate resilience Iran conflict oil infrastructure targeting has produced the most immediately visible environmental cost of war — with strikes on Iranian oil refineries processing facilities and storage infrastructure releasing significant hydrocarbon quantities into the atmosphere and surrounding environment. The Abadan refinery fires the Bandar Imam Khomeini petrochemical complex damage and strikes on multiple Iranian oil field facilities have collectively produced an environmental emergency whose full dimensions will take years of scientific monitoring to document.
War climate resilience Strait of Hormuz closure secondary environmental cost is less immediately visible but potentially more significant in global climate terms — with the rerouting of commercial shipping around the Cape of Good Hope adding approximately 14 to 21 days to voyage times and generating additional bunker fuel consumption across hundreds of vessels simultaneously in what climate researchers are estimating may represent one of the largest single shipping-related emissions increases in maritime history.
Environmental Warfare — Deliberate Ecological Destruction
What Is Environmental Warfare
Environmental warfare is the deliberate targeting of natural or industrial environmental systems to achieve military objectives — using ecological destruction as a weapon of war in ways that international humanitarian law prohibits but that the specific operational logic of the Iran conflict has produced on both sides of the military confrontation.
Environmental warfare in the Iran conflict context includes Iranian targeting of Saudi Aramco’s Ras Tanura export terminal and associated processing infrastructure — creating oil fires and hydrocarbon releases that constitute deliberate environmental destruction alongside their intended military and economic disruption objectives.
Environmental warfare includes US and Israeli strikes on Iranian oil refineries and petrochemical facilities — with the destruction of these installations achieving the military objective of degrading Iranian industrial capacity while simultaneously creating the kind of massive toxic release that environmental warfare analysis identifies as a war crime under Protocol I Additional to the Geneva Conventions if the environmental damage is widespread long-term and severe.
Environmental warfare Lebanon dimension includes the destruction of infrastructure in Beirut’s southern suburbs and the Bekaa Valley — with strikes on industrial facilities fuel storage and infrastructure creating localised environmental contamination that compounds Lebanon’s pre-existing environmental degradation from the 2020 Beirut port explosion and years of inadequate waste management and industrial regulation.
Environmental warfare legal framework under international humanitarian law — specifically Article 55 of Protocol I Additional to the Geneva Conventions — prohibits methods of warfare that are intended to or may be expected to cause widespread long-term and severe damage to the natural environment. Whether the specific targeting decisions in the Iran conflict meet this legal threshold is a question that war crimes investigators and international environmental lawyers are beginning to assess.
The Environmental Cost of War — Documented Evidence
Quantifying the Environmental Cost of War
The environmental cost of war in the current Iran conflict has been partially quantified by the organisations and researchers attempting to document it in real time — with the preliminary evidence suggesting an environmental cost of war of extraordinary scale that will compound the Middle East’s pre-existing climate vulnerability for generations.
The environmental cost of war direct emissions calculation for US military operations alone — based on fuel consumption rates for the aircraft carrier groups strike packages and logistics operations involved in the Iran war — suggests that the US military component of the conflict is generating greenhouse gas emissions equivalent to several million tonnes of CO2 per month at operational intensity.
The environmental cost of war from Iranian oil infrastructure destruction has been estimated by remote sensing researchers monitoring satellite imagery of fire plumes at Iranian facilities — with initial estimates suggesting that the refinery fires and industrial facility destruction in the conflict’s first month have released approximately 1 to 3 million tonnes of CO2 equivalent into the atmosphere in addition to the toxic hydrocarbon and particulate emissions whose human health consequences extend far beyond their climate dimension.
The environmental cost of war shipping rerouting dimension — with hundreds of commercial vessels adding 14 to 21 days of additional steaming time through the Cape of Good Hope route — represents an additional emissions burden that preliminary maritime industry analysis estimates at several million tonnes of additional CO2 equivalent over the conflict’s duration at current shipping diversion levels.
The environmental cost of war Lebanon fires and infrastructure destruction — including the burning of structures in the Dahiya and Bekaa Valley strikes — adds further emissions and toxic releases to the total environmental cost of war calculation that comprehensive assessment will need to account for when the conflict eventually ends.
Israel Carbon Emissions War — The Data
Israel Carbon Emissions War — What the Research Shows
Israel carbon emissions war analysis has been the subject of research by climate and conflict scientists who began documenting military emissions from Israeli operations in Gaza from late 2023 and have extended their analysis to the current Iran war context — producing some of the most specific estimates available for the Israel carbon emissions war dimension of the broader environmental cost of war assessment.
Israel carbon emissions war Gaza conflict analysis published by researchers at Queen Mary University of London and other institutions in 2024 estimated that the first 2 months of the Gaza conflict generated approximately 281,000 tonnes of CO2 equivalent from military operations fuel combustion and the manufacture of munitions used — equivalent to the annual emissions of approximately 100,000 passenger vehicles.
Israel carbon emissions war Iran conflict extension of this analysis scales these Gaza-conflict emission factors to the significantly larger scale of the current Iran war — with the dramatically higher sortie rates longer distances and more intensive munitions expenditure of operations against Iran compared to Gaza suggesting Israel carbon emissions war figures for the current conflict that could be an order of magnitude larger than the Gaza conflict estimates.
Israel carbon emissions war broader significance lies not in the specific tonnage figures — which are large but modest compared to the conflict’s other environmental costs — but in the precedent that military emissions accounting represents. If Israel carbon emissions war research contributes to the eventual inclusion of military emissions in international climate accounting frameworks it would represent a significant policy change that the current conflict’s environmental documentation is helping to catalyse.
Oil Infrastructure Strikes — Climate Consequences
The Climate Cost of Striking Oil
War climate resilience oil infrastructure strikes dimension is where the environmental cost of war is most immediately and most severely expressed — with strikes on oil refineries processing plants and storage facilities creating environmental emergencies that combine direct toxic release immediate fire emissions and long-term soil and groundwater contamination in ways that persist decades beyond the conflict that caused them.
War climate resilience Iranian oil infrastructure strikes have targeted facilities that process millions of barrels of oil daily — with the destruction of these facilities releasing stored hydrocarbons through fire smoke and liquid spill in quantities that represent significant additions to the regional atmospheric and terrestrial contamination burden.
War climate resilience refinery fire emissions are particularly severe from a climate perspective — because burning crude oil and refined products in uncontrolled refinery fires produces not only CO2 but black carbon — soot — that has a warming effect approximately 3,200 times more powerful than CO2 over a 20-year period and that deposits on Arctic and high-altitude snowpack reducing its reflectivity and accelerating ice melt in ways that are geographically disconnected from the conflict zone but climatically significant at global scale.
War climate resilience Gulf oil infrastructure strikes — including Iranian attacks on Saudi Aramco’s Ras Tanura facility and associated processing infrastructure — have produced similar environmental cost of war consequences on the other side of the military confrontation. Oil fires at Gulf facilities visible from satellite imagery have been generating emissions and toxic releases that compound the direct human and economic costs of the Iranian attacks with environmental consequences that will persist long after the fires are extinguished.
Rebuilding Climate Resilience After War
War Climate Resilience — The Recovery Challenge
War climate resilience rebuilding after the Iran conflict ends will represent one of the most complex environmental recovery challenges in the history of conflict-affected regions — requiring simultaneous attention to toxic contamination remediation emissions accounting and restoration of the environmental governance systems that conflict has destroyed.
War climate resilience rebuilding challenge is complicated by the pre-existing climate vulnerability of the affected region — with the Middle East already facing rising temperatures increasing water scarcity and accelerating desertification that make the additional environmental cost of war more difficult to recover from than equivalent damage in a more climate-resilient region would be.
War climate resilience rebuilding Lebanon presents the most immediate and most manageable recovery challenge — with Lebanon’s smaller geographic scale and the availability of international reconstruction support potentially allowing environmental remediation to begin relatively quickly after hostilities end. The environmental warfare damage to Lebanese infrastructure and natural areas represents a significant but bounded environmental cost of war that targeted recovery investment can address.
War climate resilience rebuilding Iran presents a far more complex challenge — with the scale of oil infrastructure destruction the toxic releases from refinery fires and the governance collapse associated with active conflict creating an environmental remediation requirement that will take decades and billions of dollars to address regardless of how quickly the political resolution of the conflict is achieved.
War climate resilience global rebuilding dimension involves the restoration of the international climate governance cooperation that the Iran war has disrupted — with the conflict having diverted diplomatic attention financial resources and political will from the climate action agenda at exactly the moment when the science demands acceleration rather than delay.
Quotes on War Climate Resilience
UNEP Executive Director Inger Andersen stated that the Iran war was producing environmental consequences that the global community was only beginning to document — adding that every refinery fire every fuel spill and every additional mile of Cape of Good Hope shipping rerouting was adding to a climate debt that would compound the pre-existing climate crisis in the world’s most climate-vulnerable region and that the environmental cost of war deserved the same international attention as its human casualties.
Climate scientist Prof. Mark Jacobson of Stanford University stated that preliminary calculations of the Iran war’s combined military emissions infrastructure destruction and shipping rerouting environmental cost suggested a total greenhouse gas impact potentially exceeding 100 million tonnes of CO2 equivalent over the conflict’s duration — adding that this would represent one of the largest single conflict-generated emission events since the Kuwait oil fires of 1991.
Environmental warfare legal scholar Prof. Marco Sassoli stated that the deliberate targeting of oil infrastructure in the Iran war raised serious questions about compliance with Protocol I Additional to the Geneva Conventions’ prohibition on environmental warfare — adding that the widespread long-term and severe damage threshold that triggers legal prohibition appeared to have been met by several specific incidents in the conflict’s documented environmental destruction record.
Gaza and conflict environment researcher Dr. Benjamin Neimark stated that Israel carbon emissions war research was forcing a necessary reckoning with the systematic exclusion of military emissions from national and international climate accounting frameworks — adding that the current Iran war’s environmental cost of war would accelerate the push to include military emissions in global climate governance that justice and accuracy both demand.
Qatar Energy Minister Saad al-Kaabi stated that the Strait of Hormuz closure and its shipping rerouting consequences represented an environmental cost of war that was being paid not just by the conflict parties but by the entire global economy and the global climate system — adding that every additional week of the closure added measurable carbon emissions from shipping fuel consumption that would not have occurred in a stable energy market environment.
Impact: War Climate Resilience Consequences
For Middle East Climate Vulnerability
War climate resilience Middle East impact compounds a pre-existing climate emergency — with the region already experiencing average temperature increases approximately twice the global average rate and facing water scarcity projections that will make significant portions of the Middle East essentially uninhabitable without aggressive climate adaptation by mid-century.
The environmental cost of war in the current Iran conflict has damaged or destroyed climate adaptation infrastructure — including water management systems agricultural irrigation networks and coastal protection — that represents decades of development investment and that will take decades more to rebuild after the conflict ends.
War climate resilience Middle East recovery will require a scale of international environmental investment that current development finance frameworks are not configured to provide — particularly given the simultaneous diminishing ODA trends that have been reducing international development assistance at exactly the moment when post-conflict environmental recovery requires exceptional investment.
For Global Climate Governance
War climate resilience global governance impact operates through 2 simultaneous channels — the direct emissions and environmental destruction of the conflict itself and the indirect effect of diverting the international political attention and diplomatic bandwidth from climate action that the conflict has produced.
Environmental warfare legal accountability question raised by the Iran conflict will eventually need to be addressed within the international humanitarian law framework — with the documentation of environmental cost of war evidence that is currently being assembled by UN agencies NGOs and independent researchers potentially forming the evidentiary basis for future legal accountability processes.
Israel carbon emissions war and broader military emissions accounting question has gained momentum from the current conflict — with climate researchers and civil society organisations using the Iran war’s documented environmental cost to argue for the inclusion of military emissions in national climate reporting requirements under the Paris Agreement framework that currently excludes them.
For Climate Resilience Investment
War climate resilience investment implication is that climate resilience funding must increasingly account for conflict risk — with development and climate finance institutions recognising that climate infrastructure built in conflict-affected regions faces destruction risk that standard resilience investment frameworks do not adequately price.
The environmental cost of war therefore directly undermines the climate resilience investment that the Middle East and other conflict-affected regions need — creating a destructive cycle in which conflict damages climate resilience capacity requiring more investment to rebuild which is then vulnerable to the next conflict that climate stress and resource scarcity help to cause.
Frequently Asked Questions
How Does War Affect the Climate?
War affects climate through multiple simultaneous pathways that together make the environmental cost of war one of the most significant but most underaccounted dimensions of armed conflict’s total impact. Direct military emissions from fuel combustion by aircraft ships vehicles and military machinery generate greenhouse gases that are excluded from most national climate accounting frameworks — with preliminary estimates suggesting that the world’s militaries collectively account for approximately 5 percent of global greenhouse gas emissions. Infrastructure destruction releases stored hydrocarbons through fires spills and structural collapse creating immediate toxic emissions and long-term soil and water contamination. Environmental warfare deliberate targeting of oil industrial and agricultural infrastructure amplifies these direct effects with catastrophic releases of stored pollutants and hydrocarbons. Shipping and supply chain disruption generates secondary emissions — as documented in the Iran war’s Strait of Hormuz closure forcing Cape of Good Hope rerouting that adds millions of additional tonnes of bunker fuel emissions. Governance collapse destroys the environmental regulation monitoring and enforcement systems that prevent ongoing industrial pollution and protect natural carbon sinks including forests and wetlands.
What Is the Concept of Climate Resilience?
Climate resilience is the capacity of human societies natural systems and the built environment to anticipate absorb recover from and adapt to the effects of climate change — maintaining essential functions and structures in the face of climate-related stresses and shocks while transforming in ways that reduce vulnerability to future climate impacts. War climate resilience specifically addresses the additional challenge of maintaining or rebuilding this adaptive capacity in conflict-affected environments where the destruction of infrastructure governance systems and social cohesion undermines the foundational conditions that climate resilience requires. Climate resilience has 3 core dimensions — absorptive capacity which is the ability to withstand climate shocks without catastrophic system failure. Adaptive capacity which is the ability to adjust practices and systems in response to changing climate conditions. Transformative capacity which is the ability to make the fundamental changes in economic social and institutional systems that lasting climate resilience requires. War undermines all 3 dimensions simultaneously — destroying the physical infrastructure that absorptive capacity depends on disrupting the governance systems that adaptive capacity requires and eliminating the stability that transformative change needs.
What Are Examples of Climate Resilience?
Climate resilience examples span from community-scale adaptations to national infrastructure investments that together build the adaptive capacity that climate change demands. Flood-resilient urban design — including permeable surfaces green infrastructure elevated buildings and integrated drainage systems — represents climate resilience at the built environment scale. Drought-resistant agriculture — including water-efficient irrigation systems drought-tolerant crop varieties and diversified farming practices — represents climate resilience at the food system scale. Coastal mangrove restoration — which provides natural storm surge protection carbon sequestration and fisheries habitat simultaneously — represents climate resilience at the ecosystem scale. Early warning systems for extreme weather — including meteorological monitoring emergency communication networks and evacuation protocols — represent climate resilience at the disaster preparedness scale. Diversified energy systems — including renewable energy microgrids and distributed generation that maintain power supply when centralised infrastructure is damaged — represent climate resilience at the energy security scale. War climate resilience challenge is that all of these examples require stable governance sustained investment and functioning institutions — precisely the conditions that armed conflict destroys. The environmental cost of war therefore includes not just the direct damage to climate resilience infrastructure but the destruction of the conditions under which climate resilience can be built and maintained.
Conclusion
War climate resilience is not a contradiction in terms — it is the most urgent and most neglected dimension of both the climate crisis and the security crisis that the Iran war represents.
The environmental cost of war accumulates in the same real time as the human cost — in refinery fires that release hydrocarbons into air water and soil in shipping rerouting that adds millions of tonnes of bunker fuel emissions to the global carbon budget in the destruction of climate governance systems that took decades to build and will take decades to rebuild.
Environmental warfare is happening now in the Middle East with consequences that will shape the region’s climate future long after the missiles stop flying. Israel carbon emissions war research has given us the tools to quantify at least part of what is being destroyed. The UNEP documentation is building the evidence record. The legal framework exists in Protocol I even if its enforcement is weak.
What is missing is the political will to treat the environmental cost of war as the moral and strategic emergency it is — alongside the human cost that dominates the headlines and the economic cost that drives the diplomatic pressure for resolution.
War climate resilience ultimately requires what all climate resilience requires — the recognition that what we destroy takes far longer to rebuild than the conflict that destroyed it and that the true cost of war includes a climate bill that future generations will pay regardless of how the current military and political questions are resolved.