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Oil, Sand, and Burn Pits: War's Toxic Legacy

From Kuwait's oil fires to ISIS-lit wellheads, Afghan base burn pits, and tainted rivers, we tally the environmental costs of decades of war - and meet veterans, doctors, and locals who fought to get the damage recognized.

Episode Narrative

Oil, Sand, and Burn Pits: War's Toxic Legacy

In the late 20th century, the world witnessed conflicts that left scars not only on the earth but deep within the fabric of human life. The Gulf War of 1991 stands as a profound example of how warfare not only ravaged nations but also wreaked environmental havoc. In a desperate act of retaliation, retreating Iraqi forces set ablaze more than six hundred Kuwaiti oil wells. As the flames erupted into the sky, they released a torrent of thick, black smoke, creating a toxic shroud over the vast Persian Gulf region. This deliberate scorched-earth tactic produced pollutants that surged into the atmosphere, piling devastation onto the landscapes beneath.

Weeks turned into months as the oil fires transformed the Gulf into a scene reminiscent of the darkest days of industrial pollution. The smoke blanketed cities, causing severe air quality issues that reverberated through local populations. Breathing became a struggle; health deteriorated among those who could only watch as their environment became a mirror reflecting a tragic war. During this period, the soil of Kuwait absorbed not just oil but despair, leading to long-term ecological consequences that would imprint themselves on the region for decades to come.

Meanwhile, the decade rolled forward. The year 2001 marked a pivotal shift as the United States and its coalition partners engaged in a new battlefront: Afghanistan. Here, the war effort brought with it not only guns and tanks but also massive logistics operations, which included the extensive use of open-air burn pits. These pits became a grim fixture at military bases, where waste of every kind — from plastics to medical waste — was tossed into the fire. The flames roared, incinerating everything indiscriminately. Yet, they emitted plumes of toxic fumes that wafted into the air, affecting not just the soldiers who served but the local communities surrounding these operations as well.

It was not long before the consequences of this careless disposal became apparent. Veterans returned home, bearing scars that were invisible but deeply felt. Their bodies became battlegrounds, with diagnoses of respiratory illnesses and cancers linked intricately to the exposure from burn pits. The struggle for recognition turned into an advocacy battle, where voices rose to demand compensation and accountability. Here, the burden of war did not end with the sound of gunfire or the cessation of conflict; it morphed into another, quieter battle — one for health, recognition, and the right to a longer life.

Then came the rise of ISIS, a militant group that harnessed the landscape of destruction to serve its own means. Between 2014 and 2017, oil well fires were again ignited, not in a desperate escape but as a calculated act of terror — a tactic designed to deprive opponents of resources and cover territory in a booming cloud of smoke. The skies filled with a noxious fog, visible from space, sprawling across the landscapes of Iraq and Syria. Once more, communities that had already suffered took a deeper plunge into despair as health hazards compounded environmental degradation. Families once proud of their agricultural land found it useless, consumed by toxins, their futures dashed as fortunes turned to ash.

Nature, however, does not relent easily. The impacts of human conflict played out against a backdrop of increasing natural disasters — disasters made worse by climate change. The decade spanning from 2020 to 2025 in Guerrero, Mexico, saw hurricanes strike with a fury that exposed the region’s vulnerability. Hurricane Otis, Hurricane John, Hurricane Erick; these names etched into the memories of survivors not just as storms, but as harbingers of an unfolding crisis exacerbated by poverty and inadequate infrastructure. Economic sectors depended on tourism and fishing suffered immense setbacks, as local communities grappled with the aftermath of storms and the incessant struggle for reconstruction.

In Japan, the Noto Peninsula felt the tremors of a devastating earthquake in early 2024, only to be further battered by record rainfall in September of the same year. Here again, communities faced the unforgiving reveal of their unpreparedness. Infrastructure crumbled and lives were disrupted, the cycle of disaster exposing essential truths about vulnerability and the dire need for sound planning and resilient systems.

Meanwhile, the flash floods that swept through Petrópolis, Brazil, in February 2022 carried unimaginable pain, taking two hundred and thirty-one lives in mere hours. The streets were transformed into raging torrents, a fierce reminder that urbanization and environmental negligence can converge catastrophically. The day the rains fell, the cries of anguish drowned out the sounds of nature, leaving behind a legacy not just of loss, but of warning. As soil slipped away, so too did the misplaced notion that humanity could carve its presence into nature without consequence.

In a world marked by consecutive disasters, the frequency of these events has disrupted lives and livelihoods, especially in regions already grappling with the weight of socio-economic imbalances. Research shows that natural disasters accounted for an overwhelming majority of major calamities in 2021, with floods leading the way in disaster-related deaths worldwide. The ripples of this reality stretch far and wide, affecting responses, policies, and community resilience efforts.

As we reflect on this toxic legacy, a question looms large: How do we reconcile the actions of humanity with the cries of the planet? The environmental scars left by conflict, the dark clouds of smoke born not just of war but of careless waste management, present a cautionary tale. They remind us that our choices speak volumes about our stewardship of the Earth. Each fire ignited, each pit dug leaves in its wake an ecological footprint that transcends borders, touching the lives of countless individuals.

Today, we stand at a crossroad, armed with the knowledge that we can do better. Innovations in disaster response, emerging technologies, and a growing awareness about the health implications of environmental negligence offer pathways to healing. Yet, healing takes time, just as recovery from war does. It demands concerted effort and a willingness to listen — not just to the voices clamoring for recognition but to the earth that has borne witness to the cost of conflict. As we forge ahead, we must embrace the lessons learned from the past, honoring those who suffered while working toward a future where the ghosts of oil fires, burn pits, and environmental devastation become distant memories, not haunting reminders of what was lost.

The journey is long, but it begins with questions that compel us to confront uncomfortable truths. Are we prepared to protect the vulnerable, to acknowledge the vastness of our shared home, and to commit to rebuilding not only structures but relationships — with each other and with the planet? The answers to these questions will echo through time, shaping the legacy we leave behind. War may be fought with weapons, but the aftermath is carved out in smoke, soil, and the well-being of all living beings. How we choose to engage with this legacy may very well define the world we pass on to the next generation.

Highlights

  • 1991-1991 Gulf War Oil Fires: During the 1991 Gulf War, retreating Iraqi forces set fire to over 600 Kuwaiti oil wells, releasing massive quantities of smoke and pollutants, causing severe environmental damage including air pollution, soil contamination, and long-term ecological harm in the Persian Gulf region. These fires burned for months, producing toxic soot and hydrocarbons that affected local populations and ecosystems.
  • 2001-2021 Afghanistan Burn Pits: U.S. and coalition military bases in Afghanistan extensively used open-air burn pits to dispose of waste, including plastics, chemicals, and medical waste. This practice exposed military personnel and local populations to toxic fumes linked to respiratory illnesses and cancers, sparking ongoing health and environmental investigations and veteran advocacy for recognition and compensation.
  • 2014-2017 ISIS Oil Well Fires: During the conflict in Iraq and Syria, ISIS militants set fire to oil wells as a scorched-earth tactic, causing massive air pollution and environmental degradation. Satellite imagery documented plumes of black smoke visible for miles, contributing to regional ecological damage and health risks for civilians.
  • 2020-2025 Guerrero, Mexico Natural Disasters: The Mexican state of Guerrero suffered multiple severe natural disasters including Hurricane Otis (2023), Hurricane John (2024), and Hurricane Erick (2025), causing widespread economic damage in tourism, fishing, and construction sectors. These events highlighted the region’s vulnerability due to poverty, economic informality, and poor urban planning, exacerbating disaster impacts.
  • 2024 Noto Peninsula, Japan Earthquake and Rainfall: In January 2024, the Noto Peninsula experienced a damaging earthquake followed by record-breaking rainfall in September, severely impacting infrastructure and communities. The event underscored the importance of disaster preparedness, early warning systems, and resilience strategies in earthquake-prone regions.
  • 2022 Petrópolis, Brazil Flash Floods and Landslides: In February 2022, Petrópolis in Rio de Janeiro state received 258 mm of rain in 3 hours, triggering flash floods and landslides that caused 231 fatalities, the deadliest landslide disaster recorded there. Analysis linked the disaster to intense mesoscale convective systems and environmental factors such as deforestation and urbanization.
  • 1990-2022 Global Flood Trends: Floods accounted for 56.13% of major natural disasters worldwide in 2021, causing 41.87% of disaster-related deaths globally. The 2021 Zhengzhou flood in China alone caused 380 deaths and economic losses of 40.9 billion yuan, illustrating the increasing frequency and severity of hydro-meteorological disasters linked to climate change.
  • 1990-2025 Increasing Frequency of Consecutive Disasters: The contemporary era has seen a rise in consecutive disasters — multiple overlapping events in time and space — complicating recovery efforts and increasing vulnerability. This trend is driven by climate change, urbanization, and interconnected societal systems.
  • 1990-2025 Disparity in Disaster Reporting and Impact: Bibliometric analyses reveal discrepancies between countries most affected by earthquakes and those most studied or reported in academic literature, with China and the U.S. leading research output but some severely affected countries underrepresented, highlighting gaps in disaster knowledge and response.
  • 1991-2025 Cyclone Impacts in Bangladesh: Bangladesh remains one of the most cyclone-prone countries, with over 53 major cyclones in the past century. Cyclones severely impact agriculture, fisheries, livestock, and health, especially in vulnerable coastal areas like Pangasia Union, where poor infrastructure exacerbates socio-economic losses.

Sources

  1. https://www.ijisrt.com/comparative-risk-review-of-major-nuclear-disasters-analyzing-radiation-exposure-environmental-impact-and-health-consequences-across-the-worst-accidents
  2. https://revistaiberociencias.org/index.php/multidisciplinar/article/view/127
  3. https://www.fujipress.jp/jdr/dr/dsstr002000050583
  4. https://journals.lww.com/10.1097/MD.0000000000043953
  5. https://www.sciengine.com/doi/10.3724/j.fjyl.202408290491
  6. https://ieeexplore.ieee.org/document/11031007/
  7. https://rsisinternational.org/journals/ijriss/articles/analyzing-the-socio-economic-impacts-of-cyclone-at-pangasia-union-in-dumki-upazila-under-patuakhali-district-bangladesh/
  8. https://ieeexplore.ieee.org/document/11101976/
  9. https://www.dpublication.com/conference-proceedings/index.php/worldcss/article/view/1216
  10. https://nhess.copernicus.org/articles/25/3483/2025/