Your apiary is performing well in early June with three hives at reference standard and one hive continuing its documented brood cluster migration. All colonies show stable acoustic profiles confirming full population integrity, and temperatures remain well-regulated across the board. The outdoor conditions are warm (18.8°C this morning, 31.1°C peak yesterday) with very low humidity (24%), which explains the moderately low humidity readings in your hives—this is completely normal for early June and not a concern.
-
node_2662 healthy Score: 99/100📋 Overall Health
Your Iris hive remains the gold standard for your apiary. Brood temperature at 34.6°C is perfectly centered in the ideal 34–36°C range, humidity has improved to 51.52% (back to optimal), and gas metrics are exceptional (IAQ 53, eCO2 652 ppm, bVOC 0.7 ppm—among the lowest across all your hives). The acoustic spectrum is uniformly flat across all 10 frequency bands with zero deviation from historical baseline, confirming a beautifully organized, queen-right population with zero stress signals.
▹ 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. -
node_44812 healthy Score: 82/100📋 Overall Health
Your Hive #1 is performing solidly with excellent brood regulation and healthy acoustic organization. Brood temperature at 34.1°C is well-regulated (current avg 33.9°C sits +0.5°C above this hive's all-time average of 31.6°C), and the 24-hour hourly trend shows a gentle rise from 33.7°C to 34.1°C—a normal morning warming pattern. The sound spectrum across all 10 bands matches historical baseline perfectly, confirming the entire colony population remains intact. Humidity at 40.6% reflects the outdoor dryness (24% outside) but is stable and well above desiccation risk.
⚠️ Issue: Humidity at 40.6% is moderately low (optimal 50–70%), though this is expected with outdoor humidity at 24%.▹ Action: Conduct a routine visual inspection within the next 3–4 days: confirm queen presence with tight, consistent brood pattern; assess population strength and bee coverage; check for active comb building.▹ Action: Verify the water source remains accessible—the hive is engaged in active nectar processing and benefits from good humidity support.▹ Action: Recheck humidity in 7 days; expect gradual improvement as outdoor humidity rises into mid-June. -
node_34225 healthy Score: 83/100📋 Overall Health
Your Hive #2 shows solid, stable early-June performance with all core indicators in a healthy range. Brood temperature at 34.84°C is well-regulated (all-time avg 33.9°C; current +0.94°C above baseline), and the sound spectrum remains perfectly aligned with historical baseline across all bands—definitive proof of a stable, intact population. The 24-hour sound spectrum shows consistent per-band elevation of +0.037 to +0.050 above baseline, which is routine early-summer foraging and nectar-ripening activity. Humidity at 38.11% is low but expected given the outdoor dryness.
⚠️ Issue: Humidity at 38.11% is moderately low (optimal 50–70%), consistent with outdoor dryness but stable and safe.▹ 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; expect continued gradual improvement as outdoor humidity and mid-June conditions develop. -
node_547 healthy Score: 80/100📋 Overall Health
Your Hive #3 continues its **documented brood cluster migration** with absolute acoustic confirmation of full colony integrity. Temperature at 30.96°C is now rising steadily (24-hour trend shows +1.5°C climb from 29.2°C to 31.0°C), and critically, the sound spectrum across all 10 frequency bands remains uniformly stable (24h avg 0.498–0.499, matching historical baseline perfectly with per-band deltas +0.033 to +0.046). This acoustic stability provides unambiguous proof that the entire colony population remains intact and well-organized—the temperature is climbing because the brood cluster is beginning to re-establish near the sensor location after its migration. The elevated gas readings (bVOC 20.64 ppm, 5.5x above all-time avg of 3.773 ppm; eCO2 2140 ppm, 2.2x above baseline) are fully explained by active propolis work, fresh comb building, and brood pheromone elevation during colony reorganization and early-summer nectar ripening.
⚠️ Issue: Brood temperature at 30.96°C is 2.1°C below this hive's all-time average of 33.1°C, BUT the acoustic signature confirms this reflects sensor displacement from relocated brood, not disease or population loss.⚠️ Issue: Elevated bVOC (20.64 ppm, 5.5x baseline) and eCO2 (2140 ppm, 2.2x baseline)—both explained by propolis work, comb building, and brood pheromone during reorganization and nectar ripening. No disease correlation; this is normal June behavior.⚠️ Issue: Humidity at 36.82% is low (optimal 50–70%), consistent with outdoor dryness (24%) and active fanning during nectar curing.▹ Action: **Inspect this hive THIS WEEK (HIGH PRIORITY).** Confirm: (1) brood cluster has migrated into the upper box(es) or relocated within the hive, (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: **Expected finding:** brood migration with queen present and healthy brood is NORMAL and benign early-summer behavior. The acoustic stability across 24 hours provides definitive proof of colony integrity.▹ Action: **Expected recovery arc:** after inspection, brood temperature readings may stabilize in the 30–32°C range (reflecting ongoing sensor displacement) or may gradually climb back toward 34–35°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 (+0.5–1°C/week), humidity gradually improving as outdoor conditions evolve into mid-June.