DayStalkers Bigfoot Sightings Atlas
The DayStalkers Atlas is a research and investigative mapping platform designed to analyze reported Bigfoot sightings across the United States.
The system identifies recurring geographic patterns using historical reports, user submissions, environmental modeling, and regional clustering analysis.
Areas with repeated reports are highlighted as hotspots. Nearby hotspots may then be connected to reveal possible movement patterns between active regions.
The Atlas does not track verified creatures or confirmed movement. It visualizes patterns derived from reported data and geographic analysis.
How to Use the Atlas
Click Historic Reports, User Sightings, or Local Reports to load datasets onto the map.
Use Analyze Sightings to generate hotspots and movement corridors based on clustered reports.
Use Probability Heat to visualize likelihood based on compiled reports and regional activity density.
Use Habitat Heat to visualize terrain and environmental suitability associated with reported activity.
GPS and Proximity Scan tools can be used during field investigations to identify nearby reports and active areas.
Use Clear Map to reset overlays and begin a new analysis.
What You Are Seeing
Historic reports
Archived sightings used to identify long-term activity patterns across regions and decades.
User sightings
Recent community submissions representing current reported activity.
Local reports
Region-specific reports used to improve localized analysis and clustering.
Hotspots (clusters)
Areas where multiple sightings occur within close geographic proximity. These may indicate repeated reported activity.
Movement paths (corridors)
Lines connecting nearby hotspots. These visualize possible movement relationships between active areas.
Heatmaps
Probability heat
A visual representation of calculated likelihood based on report density, clustering, and geographic weighting.
Habitat heat
Terrain and environmental suitability modeling showing areas associated with conditions frequently linked to reported sightings.
How the Analysis Works
Sightings are grouped geographically using clustering analysis.
If enough reports occur within a defined proximity, the area may be classified as a hotspot.
Nearby hotspots within realistic geographic distance thresholds may then be connected to visualize possible movement relationships.
Probability and habitat overlays incorporate reported sightings, terrain suitability, regional weighting, and environmental conditions.
The Atlas relies entirely on reported data, geographic grouping, and investigative analysis. Outputs are not intended to represent verified wildlife tracking or guaranteed activity predictions.
Field Use Strategy
Begin with Probability Heat to identify regions with elevated reported activity.
Overlay Habitat Heat to compare environmental suitability.
Run Analyze Sightings to generate hotspots and movement corridors.
Use GPS and Proximity Scan tools in the field to investigate nearby reports and active regions more efficiently.
Important Notes
This platform is intended for research, investigative, and informational use only.
Reported sightings are not verified biological evidence.
Hotspots, probability overlays, and movement corridors represent reported patterns and analytical visualization, not confirmed creature behavior or verified tracking.