POLLINATOR SCIENCE · DOC CLASS — HEALTH

Colony Health & Condition Doctrine

Colony Health is the science directorate's standing read on how a colony is faring. It maps raw NectarNet telemetry onto a five-state condition ladder that the whole portal shares — the dashboard, the specimen registry, and the dispatch boards all speak in Thriving / Stable / Watch / Declining / Critical. This page defines those states, the signals behind them, and what the Command does when a colony slips.

Doc Control HV-SCI-0003 Revision Rev A Effective 2091-01-01 Owner Pollinator Science Curated by MELISSA Classification INTERNAL // QUANTUM-ZONE-TASK-FORCE EYES-ONLY

Health States

Every monitored colony in the Index carries exactly one health state. The state is derived automatically from NectarNet telemetry and reviewed by Pollinator Science; MELISSA surfaces any change on the live dashboard. The ladder is deliberately coarse — five rungs, each tied to a concrete trigger and a standing response — so that a technician and an analyst always mean the same thing by a word.

State	Definition	NectarNet trigger	Standing response
Thriving	Colony is growing, well-provisioned, and brood-positive. Surplus forage and stable population.	All channels in nominal band; rising weight trend; brood temperature held at 34–35 °C; acoustic profile calm.	Routine monitoring only. Eligible as a breeding or split donor.
Stable	Colony is holding. Normal seasonal variation, no adverse trend.	Channels within band; flat-to-positive weight; no anomaly flags over the rolling window.	Standard cadence. Log and move on.
Watch	Early, non-critical drift. One signal off-band or a soft adverse trend worth a second look.	A single channel amber; minor weight loss; intermittent piping or mild forage shortfall.	Increase sampling rate. Assign an analyst. MELISSA opens a watch note.
Declining	Sustained adverse trend across multiple signals. Colony is losing ground and will not self-recover.	Two or more channels off-band; persistent weight loss; rising varroa load or neonic exposure flag.	Open a recovery case. Field technician dispatched. Begin the intervention protocol.
Critical	Imminent collapse or active loss event. Queen failure, mass die-off, or acute toxin exposure.	Brood temperature out of band; acoustic collapse (no piping / silent); sharp weight drop; high neonic or disease reading.	Emergency response. Director-level notification. Rescue, relocate, or salvage genetics to the gene bank.

One ladder, everywhere. The same five states grade colonies on the dashboard, drive the escalation thresholds on the dispatch boards, and stamp the condition field on every specimen record. A colony never carries two states at once.

What NectarNet Watches

The health state is only as good as the telemetry behind it. NectarNet — the distributed pollinator and hive sensing mesh — streams six core channels per colony in real time, fused by MELISSA into the condition ladder above and rendered on the live dashboard.

🌡️Brood

Brood temperature

The single most diagnostic signal. A healthy cluster holds the brood nest at 34–35 °C. Drift or instability is the earliest sign of queen failure, chilled brood, or population collapse.

⚖️Weight

Colony weight

A continuous scale under each hive reads stores, foraging income, and swarm events. Sustained weight loss outside the seasonal curve is the clearest Declining trigger.

🔊Acoustics

Bee acoustics & "piping"

In-hive microphones track the colony's voice — worker hum, queen piping, and pre-swarm tooting. Silence or abnormal piping flags queenlessness, swarming, or acute stress.

🌼Forage

Forage-resource load

Floral-corridor sensors and pollen-trap counts estimate the nectar and pollen available within range. A starved landscape pulls weight and brood down behind it.

☣️Toxin

Pesticide / neonic telemetry

In-comb assays and corridor sampling read neonicotinoid and broad-spectrum pesticide residue. A spike is treated as an exposure event and escalates the colony immediately.

🕷️Disease

Varroa & disease load

Mite-drop counters and brood imaging track varroa, viral, and fungal burden. Rising load is a leading indicator of decline weeks before weight or temperature move.

Each channel feeds the dashboard tiles and MELISSA's briefings; see the live dashboard for the current per-zone reads and the MELISSA Console for the synthesized condition narrative.

Threats to Colony Health

Most decline traces back to a short list of pressures — usually several at once. The Command treats these as the standing threat model behind every recovery case.

Chemical

Neonicotinoids & pesticides

Sub-lethal neonic exposure wrecks navigation, foraging, and brood-rearing long before it kills outright. The top driver of unexplained Declining states and the reason the toxin channel escalates a colony on its own.

Biological

Varroa & disease

The varroa mite and its viral cargo (DWV and kin) remain the most lethal chronic burden on managed colonies. Untreated, a rising mite load is a one-way trip to collapse.

Landscape

Habitat & forage loss

Monoculture, corridor fragmentation, and the loss of continuous bloom starve colonies of the diverse pollen they need. The forage channel is the canary; rewilding is the long fix.

Climate

Climate stress

Heat extremes, drought, and bloom-emergence mismatch desynchronize colonies from their forage and push brood thermoregulation past its limits. A growing share of Watch flags.

Invasive HCL-3 hornets. Predatory hornet incursions — the HCL-3 giant and Asian-line hornets — can gut a colony's foragers in days and trigger defensive paralysis at the entrance. Confirmed incursions move to the Target Dossiers for an intervention decision; the classified and cryptid hornet lines that drive the worst events are tracked in Cryptid & Classified.

Intervention & Recovery

When a colony falls to Declining or Critical, Pollinator Science opens a recovery case and the field team works the standard colony-recovery protocol. The full step-by-step is held in the Standard Operating Procedures; the checklist below is the field summary.

Confirm the read. Verify the NectarNet trigger against a physical inspection — rule out a sensor fault before committing a response.
Identify the driver. Run the threat model: toxin assay, mite-drop count, queen check, and forage survey to find the leading cause (often more than one).
Stabilize the brood nest. Restore thermoregulation — insulate, consolidate, or relocate the cluster; remove chilled or diseased comb.
Treat the burden. Apply the indicated varroa / disease treatment and remove the colony from any active toxin exposure corridor.
Re-provision. Supplemental feed and, where forage is the driver, move the colony to a restored floral corridor.
Re-queen if required. For queen failure, introduce a vetted queen or comb from a Thriving donor; escalate to a managed split.
Salvage genetics. If collapse is unavoidable, preserve queen cells, drones, or tissue to the gene bank before the line is lost.
Re-grade & close. Hold an elevated sampling cadence until the colony returns to Stable, then re-grade and close the case in the dashboard.

Critical is a Director-notify event. A colony entering Critical raises a Pollinator Science alert and a directorate notification. Genetic salvage to the gene bank is mandatory before any colony is written off.