RARESIDUAL AFTERMATH
WARFARE ECOLOGY & ENVIRONMENTAL LEGACIES

THE VISUAL COLLECTION

Look closer.
Keep the context.

Research maps and documentary scenes. Every image has a different purpose, place and evidence boundary.

Browse all maps, stories and tools ↗

PLACES BEHIND THE MAP

Look closer.
Follow what remains.

Documentary scenes from Gaza, Ukraine and Yemen.

Each photograph records a particular place and date. Follow its regional entry to explore the environmental evidence, reporting periods and questions still open.

Photographs show dated scenes, not present-day conditions or measured chemical contamination. The Kyiv photograph is separate from the Kakhovka case in Ukraine’s brief; the Sana’a image predates the Yemen waste-sector report. Web display copies are resized and compressed with the complete frame retained. Original images and reuse terms are linked in each credit.

New research lab: Gaza environmental screening map ↗
Explore water, soil and habitat pathways. Exploratory spatial proximity and a separate evidence workspace; neither predicts contamination.

RESEARCH IN PROGRESS / GAZA & NEVADA

Mapping the
aftermath.

Maps help frame environmental questions. Each map below represents a different kind of information, with its own limits.

Gaza map displaying structural damage classes with modeled lead concentration ranges and dispersal buffers.
Gaza · modeled lead estimates

Gaza: modeling potential lead dispersal

Modeled lead concentration ranges by structural damage class. Model and map by Carrie A. Shuster. Values are estimates, not field measurements.

Research in progress. Building-damage dataset and assessment date pending verification. The buffers represent model assumptions; the map does not establish measured contamination or individual exposure.

View full-size map ↗
QGIS workspace showing historical nuclear-test location layers and crater features in Nevada.
Nevada · historical nuclear-test GIS

Nevada: locating a nuclear legacy

GIS mapping of historical nuclear-test locations and craters. Research screenshot supplied by Carrie A. Shuster.

Research in progress. This screenshot shows spatial context, not measured radiation or contaminant concentrations. Dataset references and mapping date are not yet documented here.

View full-size map ↗
Rusted structural wreckage rising from shallow coastal water, with additional remains in the background.
Coastal wreckage · photograph supplied by Carrie A. Shuster

LANDSCAPES / MATERIAL LEGACIES

What remains
becomes part
of the landscape.

A visible remnant is a starting point for investigation.

Environmental research asks what materials remain, how they interact with their surroundings, and what measurements can establish about their effects. A photograph records the visible landscape; chemical composition and exposure require further evidence.

Explore environmental pathways ↓
More places, more evidenceExplore the image gallery

ANATOMY OF THE AFTERMATH / INTERACTIVE FIELD GUIDE

The impact ends.
The pathways continue.

Explore five parts of a coastal landscape. Choose a marker to follow a question from a damaged system to the evidence we need.

CONCEPTUAL ILLUSTRATION An imagined landscape—not a real location, damage map, or simulation. Connections are possible pathways, not measured outcomes.

Conceptual coastal landscape with water infrastructure, debris, farmland, wetlands and research equipmentA river connects hills and a town to a coastal wetland. Five numbered buttons let you explore water, soil, food, wildlife and recovery. The diagram is illustrative and has no measured geographic scale.Possible water pathwayILLUSTRATIVE LANDSCAPE · NO GEOGRAPHIC SCALE

Dashed marks highlight the selected question. They are illustrative connections, not observed transport, measured extent, or sampling locations.

01 / WATER

What happens when treatment and power fail?

Water services depend on connected systems: power, pumps, treatment, pipes, supplies and maintenance. Damage to one part raises questions about supply and possible pollution pathways.

Power or treatment disruption → service interruption → water-quality questions

FOLLOW A REAL CASE

Gaza · water and sanitation

The September 2025 UNEP assessment describes likely aquifer and coastal pollution pathways. Coastal testing was not possible.

Evidence: assessed pathways · not site-level concentration measurements

Read the original source ↗Explore the Gaza evidence ↗