Test Your Environment
Independent verification matters. If geoengineering is happening, it leaves traces in rainwater, snow, and soil. You can test for this yourself.
What to test for
Found in soil naturally but elevated levels in rainwater are abnormal. Normal rainwater: near 0 ppb.
Should not be present in significant quantities in rainwater.
Another marker. Should be near-zero in clean rainwater.
The primary cloud seeding agent. If found in rainwater, cloud seeding is occurring.
Note: Having elevated levels doesn't prove geoengineering on its own, but combined with flight tracking data and visual observations, it builds a stronger evidence case.
How to collect samples
Rainwater
Use a clean glass or stainless steel container (never plastic). Place outdoors away from trees and buildings. Collect immediately after rain begins. Label with date, time, location, and weather conditions.
Snow
Collect fresh snow in a clean glass container. Note the same metadata: date, time, location, and weather conditions.
Soil
Use a clean stainless steel trowel. Collect from 2–4 inches depth. Place in a labeled glass jar.
Chain of Custody
For legal admissibility — photograph the collection, note GPS coordinates, keep a log, don’t break the seal until at the lab.
Where to send samples
- University extension services— $15–40 for basic metals testing
- Private labs— Basic Metals Panel: ~$50–150
Request analysis for: aluminum, barium, strontium, silver
Existing results
Geoengineering Watch Lab Results
Independent lab testing has shown elevated aluminum, barium, and strontium in rainwater and soil samples from across the country.
View lab results →ICAN FOIA Findings
Government's own sampling programs. FOIA-obtained documents revealing what agencies already know about atmospheric contamination.
View ICAN findings →Share your results
Document your results and share them. Submit a citizen observation through SkyLedger with your testing data attached. Every data point strengthens the case for transparency.
Important context
Environmental testing is one piece of evidence. Elevated metals alone don't prove anything — but combined with flight data, visual observations, and official records, they contribute to a broader picture. We encourage scientific rigor: test controls, document methodology, use accredited labs.