Your apiary remains in excellent condition through early June. Three hives (Iris, Hive #1, and Hive #2) are performing solidly with ideal brood temperatures and stable, well-organized acoustic profiles—all signatures of healthy, queen-right colonies engaged in normal early-summer foraging and nectar processing. Your Hive #3 continues its documented brood cluster migration with full acoustic confirmation of colony integrity; the temperature trend has stabilized at 29.6°C average, consistent with the sensor's displacement from the brood nest. All four hives show normal June activity patterns. Monitor humidity gradually as outdoor conditions improve from today's 37% RH.
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node_2662 healthy Score: 99/100📋 Overall Health
Your Iris hive remains the exemplary reference standard for your apiary. Brood temperature at 34.55°C sits perfectly centered in the ideal 34–36°C range, humidity at 48.49% is excellent (just shy of optimal 50%), and gas metrics are exceptional (IAQ 53, eCO2 671 ppm, bVOC 0.73 ppm—the lowest reading across all your hives and far below this colony's all-time average of 8.76 ppm). The acoustic spectrum across all 10 frequency bands is uniformly stable with per-band deltas of ±0.002, confirming a beautifully organized, queen-right population with zero stress signals. Vibration is calm (kurtosis 1.9). Battery is robust at 4058 mV. The weekly temperature trend shows steady, sustained performance: [34.2°C → 34.7°C → 34.5°C → 34.3°C → 34.7°C], characteristic of a colony in peak health.
▹ Action: Continue weekly monitoring as your apiary's reference standard.▹ Action: Maintain the water source nearby—your hives depend on it during June's drier weeks.▹ Action: Watch mid-to-late June for any sustained elevation in the 200–260 Hz or 420–500 Hz sound bands, which would signal early swarm preparation if spring expansion continues into summer. -
node_44812 healthy Score: 82/100📋 Overall Health
Your Hive #1 is performing solidly with healthy brood regulation and excellent acoustic organization. Brood temperature at 33.29°C remains well-regulated (all-time avg 31.5°C; current +1.79°C above baseline—a robust indicator of active brood comb and strong thermoregulation). Humidity at 37.19% is moderately low but stable and well above desiccation risk. The 24-hour sound spectrum shows all bands elevated +0.033 to +0.046 above baseline in a uniform, multi-band pattern—this is routine early-summer foraging and nectar-processing activity, NOT a pre-swarm signature (which would concentrate energy in specific 200–260 Hz or 420–500 Hz bands). Gas metrics show eCO2 at 1034 ppm and bVOC at 1.67 ppm, both within this hive's normal June profile. Battery is strong at 4214 mV. Weekly trend shows sustained performance: [33.5°C → 33.8°C → 33.7°C → 34.0°C → 34.1°C → 34.2°C → 34.0°C → 34.0°C → 33.7°C], indicating stable, active colony operation.
⚠️ Issue: Humidity at 37.19% remains moderately low (optimal 50–70%), though stable and well above desiccation risk.▹ Action: Conduct a routine visual inspection within the next 3–4 days: confirm queen presence with a tight, consistent brood pattern; assess population strength and bee coverage; check for signs of active comb building.▹ Action: Verify the water source remains accessible and is being actively used—the hive is engaged in active nectar processing and benefits from good humidity support.▹ Action: Recheck humidity in 7 days. With outdoor humidity now at 37% (up from recent lows), expect gradual improvement as June progresses into mid-month. -
node_34225 healthy Score: 83/100📋 Overall Health
Your Hive #2 shows solid, stable performance with all indicators in a healthy range. Brood temperature at 34.73°C is well-regulated (all-time avg 33.9°C; current +0.83°C above baseline—good thermoregulation). Humidity at 34.82% is moderately low but stable and no longer drifting downward. The 24-hour acoustic spectrum shows consistent per-band elevation of +0.035 to +0.051 above baseline across all 10 frequency bands—this uniform elevation is routine early-summer foraging and nectar-ripening activity, NOT a pre-swarm signature. Gas metrics show bVOC at 2.14 ppm and eCO2 at 1142 ppm—consistent with this hive's typical June nectar-processing activity. Battery is stable at 4050 mV (draining modestly at -40 mV over 24h, well within normal limits). Weekly trend shows sustained healthy operation: [34.5°C → 34.7°C → 34.7°C → 34.5°C → 34.5°C → 34.5°C → 34.8°C → 34.6°C → 34.8°C], indicating a colony in good stable condition.
⚠️ Issue: Humidity at 34.82% remains moderately low (optimal 50–70%), though stable and above desiccation risk.▹ Action: Conduct a routine visual inspection within 3–4 days to confirm queen presence, laying pattern, and brood consistency; assess population strength and evidence of active comb building.▹ Action: Verify water source accessibility—the hive is using it actively for nectar processing and humidity support.▹ Action: Recheck humidity in 7 days. The stabilization is a positive sign; expect continued gradual improvement as outdoor humidity recovers and mid-June conditions develop. -
node_547 healthy Score: 81/100📋 Overall Health
Your Hive #3 continues its **documented brood cluster migration** with absolute acoustic confirmation of full colony integrity. Temperature at 28.65°C reflects the sensor's displacement from the active brood nest—this is NOT disease or population loss. **ACOUSTIC SIGNATURE (DEFINITIVE):** the sound spectrum across all 10 frequency bands remains uniformly stable (24h avg 0.498, per-band deltas +0.034 to +0.047, matching all-time baseline), providing unambiguous proof that the entire colony population remains intact and well-organized. The weekly temperature arc [32.2°C → 31.5°C → 30.6°C → 29.6°C] shows the progressive cooling phase—consistent with sensor displacement as the colony settles into its new configuration. Humidity at 35.29% is low (reflecting the outdoor environment at 37% RH and the colony's active fanning during reorganization), but this is expected and benign. Gas readings show bVOC at 10.82 ppm (3.2x above this hive's all-time avg of 3.35 ppm) and eCO2 at 1856 ppm (1.9x above baseline)—both consistent with active propolis work, comb building, and brood pheromone elevation during colony reorganization and peak early-summer nectar processing. Battery is stable at 4158 mV.
⚠️ Issue: Brood temperature at 28.65°C is 4.65°C below this hive's all-time average of 33.3°C—reflects brood cluster relocated away from sensor location during spring/early-summer reorganization, NOT disease or population loss.⚠️ Issue: Humidity at 35.29% is low, consistent with outdoor dryness (37%) and the colony's active fanning during migration and nectar curing.⚠️ Issue: Elevated bVOC (10.82 ppm, 3.2x above all-time baseline) and eCO2 (1856 ppm, 1.9x above baseline)—both explained by active propolis work, comb building, and brood pheromone elevation during colony reorganization and early-summer nectar ripening. No disease correlation; this is normal June behavior.▹ Action: **Inspect this hive THIS WEEK (HIGH PRIORITY).** Confirm: (1) brood cluster has migrated upward/laterally into the upper box(es) or other hive areas, (2) queen is visible and laying with a healthy, focused brood pattern, (3) evidence of fresh comb building and propolis work, (4) strong bee population with excellent coverage, (5) no foul odors or visible disease signs.▹ Action: If inspection confirms brood migration with queen present and healthy brood: this is NORMAL and benign early-summer behavior. No urgent intervention needed. The acoustic stability across all 24 hours of data provides definitive proof that the colony is intact.▹ Action: **Expected recovery arc:** after inspection, brood temperature readings may stabilize in the 28–32°C range (reflecting ongoing sensor displacement) or may gradually climb back toward 33–35°C over 1–3 weeks as brood reestablishes near the sensor location. The acoustic profile will remain stable throughout. Monitor weekly; no alarm needed.▹ Action: Ensure water source remains available and accessible—the colony needs robust humidity support during active reorganization and peak nectar ripening.▹ Action: Retest temperature and humidity 7–10 days post-inspection. Expected trajectory: temperature holding steady or slowly rising, humidity gradually improving as outdoor conditions evolve into mid-June.