SCP-6152
Euclid
~
medium confidence
Alone with the Sakura Trees
Expected annual
$2.7M
One-time setup
$7.2M
Annual recurring
$2.6M
Personnel
17
Estimated one-time capital expenses of $7,242,500 driven primarily by property acquisition, greenhouse construction/ballistic panels, equipment (HVAC, suppression, sensors) and contingency reserves; recurring annual costs ~ $2,627,000 driven by staff wages, facilities/utilities, research/horticulture, insurance and ongoing monitoring.
One-Time Capital Costs
Total: $7.2M
Annual Recurring Costs
Total: $2.6M/yr
Cost Scenarios
📊
Baseline
(baseline)
$2.6M/yr
Normal year with routine operations, no major incidents; all recurring contracts and research budgets maintained.
uneventful_operations
scheduled_research_and_maintenance
🚨
Minor Incident
$2.7M/yr
Limited containment incident (single mature tree loss, localized fire or small structural damage) requiring replacements, emergency response and short-term elevated legal/PR costs.
single_tree_death
minor_fire
localized_structure_damage
🚨
Major Breach
$4.4M/yr
Major containment breach or destructive fire requiring demolition, large-scale remediation, legal settlements and extended loss of research operations.
greenhouse_destruction
multiple_tree_losses
fire_spread_to_neighbourhood
Personnel
17 total
| Role | Count | Notes |
|---|---|---|
| Horticulture / Caretaker | 7 | [#6] Continuous 24/7 two-person coverage requires 6–8 FTE; mid-range staffing estimated at 7 full-time caretakers (vocational sakura/greenhouse specialists). |
| Security Officer / MTF Agent | 7 | [#7] Per-shift security coverage (2 guards + supervisor) with rotation and leave coverage: estimated 6–8 FTE; mid-range 7 full-time security staff. |
| Research Scientist / Incident Response | 3 | [#8] Dedicated Euclid containment researchers and rapid-response staff: 2–4 personnel; mid estimate 3 (includes site liaison duties). |
Confidence Notes
Analyst notes provide detailed line-item ranges and explicit cost drivers, enabling a mid-to-high fidelity estimate; uncertainty remains around low-probability, high-cost contingencies (pyrokinetic behavior, large-form events, legal exposures) and site-specific real-estate variance.