SCP-7337
Safe
✓
high confidence
SCP-7337
Expected annual
$406K
One-time setup
$53K
Annual recurring
$403K
Personnel
5
Initial one-time setup (~$53k) covers aviary construction, monitoring equipment, lab startup and baseline investigation; main recurring costs are staff wages, food, veterinary care, research analyses and contingency reserves (~$403k/year).
One-Time Capital Costs
Total: $53K
Annual Recurring Costs
Total: $403K/yr
Cost Scenarios
📊
Baseline
(baseline)
$403K/yr
Normal, uneventful year with routine operations, monitoring, and periodic minor maintenance.
routine monitoring
scheduled research and maintenance
🚨
Minor Incident
$413K/yr
Minor acute events such as an injury to one or two birds, localized repairs, or short instances of increased veterinary care.
isolated medical interventions
small repairs to aviary/enclosures
🚨
Storm Emergency
$423K/yr
Significant storm/hurricane impact requiring emergency securing of aviary, mass temporary feeding, repairs, and increased staff overtime.
hurricane/major storm
damage to aviary/greenhouse
🚨
Scaling Surge
$553K/yr
Small‑scale anomalous spread or recruitment event requiring temporary mass housing, intensive vet care, and expanded research capacity.
rapid increase in affected crow population
need for temporary aviaries and staff surge
Personnel
5 total
| Role | Count | Notes |
|---|---|---|
| Primary Caretaker | 2 | [#3] Two designated caretakers to maintain amenities, feed and clean; Level‑2 clearance required. |
| Research Scientist / Technician | 2 | [#4] Senior PI (0.5 FTE) and junior researcher/tech (0.5 FTE) assigned to behavioral study and experiments; counted as two personnel positions. |
| Administrative Staff / Technician | 1 | [#16] Part‑time admin/tech for recordkeeping, weekly reports and documentation (0.1–0.3 FTE). |
Confidence Notes
Analyst notes and the SCP description provide detailed, concrete line items and historical context (site location, staffing requirements, hurricane history), allowing well‑bounded cost estimates; uncertainties remain around low‑probability large escalations, which are captured in contingency scenarios.