Your apiary continues in excellent overall condition heading into mid-June. Iris remains your reference standard with perfect brood regulation and minimal gas signatures. Hive #1 and Hive #2 are performing solidly with stable thermoregulation and well-organized populations. Hive #3's documented brood cluster migration is progressing as expected—acoustic stability confirms full colony integrity, elevated gas readings reflect routine nectar curing and reorganization work, and the temperature trend shows gradual recovery (now +2.2°C warmer over 24h). All four hives exhibit the calm, organized acoustic profiles characteristic of healthy June colonies engaged in active foraging and honey processing.
-
node_2662 healthy Score: 99/100📋 Overall Health
Your Iris hive remains your apiary's gold standard. Brood temperature at 34.35°C sits perfectly centered in the ideal 34–36°C range, humidity at 50.7% is textbook optimal, and all gas metrics are excellent and stable (IAQ 57, eCO2 840 ppm, bVOC 1.08 ppm—all well below this hive's all-time averages). The sound spectrum across all 10 frequency bands is uniformly stable (24h avg 0.498), matching your all-time baseline within ±0.001 per band. Vibration is calm (kurtosis 2.3, RMS 0.0155 g). Battery is healthy at 4078 mV. This colony exhibits zero stress signals and continues active, well-organized brood rearing with full population intact.
▹ Action: Continue weekly monitoring as your apiary's reference standard.▹ Action: Maintain reliable access to water—your hives depend on it during June's dry 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 intensifies. -
node_44812 healthy Score: 88/100📋 Overall Health
Your Hive #1 is performing solidly with brood temperature at 33.97°C comfortably within the ideal 34–36°C range. The 24-hour profile shows a gentle warming trend (+0.8°C over the period, from 33.3°C to 34.0°C), typical of normal morning heat-up as daytime foraging intensity increases. The sound spectrum is uniformly stable across all 10 bands (24h avg 0.498, matching historical baseline within +0.031 to +0.043 per band)—no frequency-specific stress signals. Vibration is calm (kurtosis 2.3, RMS 0.0121 g). Battery is excellent at 4216 mV. Humidity at 41.01% remains moderately low due to the exceptionally dry outdoor conditions (11.36% RH), but is stable and poses no desiccation risk. This hive shows a well-organized, intact population engaged in active nectar work with full foraging strength.
⚠️ Issue: Humidity at 41.01% remains below optimal (50–70%), reflecting the exceptionally dry outdoor environment—not concerning but worth monitoring.▹ Action: Conduct a routine visual inspection within the next 3–5 days: confirm queen presence and tight brood pattern; assess population strength and bee coverage; check for active comb building and foraging vigor.▹ Action: Ensure the water source remains accessible and reliable—this hive is processing fresh nectar and benefits from good humidity support during active season.▹ Action: Recheck humidity in 7 days; expect gradual improvement as outdoor humidity normalizes into late June. -
node_34225 healthy Score: 88/100📋 Overall Health
Your Hive #2 is performing strongly with brood temperature at 34.86°C sitting comfortably in the ideal range. The 24-hour profile (avg 35.0°C, range 34.5–35.7°C) shows textbook thermoregulation with natural diurnal cycling. The sound spectrum is uniformly stable across all 10 bands (24h avg 0.498, matching historical baseline within +0.035 to +0.048 per band)—zero frequency-specific anomalies. Vibration is calm (kurtosis 2.3, RMS 0.0129 g). Battery is excellent at 4080 mV with healthy charging trajectory (+98 mV over 24h). Humidity at 39.88% is moderately low due to June's dry outdoor conditions (11.36% RH), but is stable and poses no desiccation risk. This hive is engaged in active nectar processing with full population intact.
⚠️ Issue: Humidity at 39.88% remains below optimal (50–70%), reflecting the exceptionally dry outdoor environment—not concerning but worth monitoring.▹ Action: Conduct a routine visual inspection within the next 3–5 days: confirm queen presence with a consistent, focused brood pattern; assess population strength and bee coverage; check for active comb building.▹ Action: Ensure the water source remains accessible and reliable—this hive is processing fresh nectar and benefits from good humidity support.▹ Action: Recheck humidity in 7 days; expect gradual improvement as outdoor humidity normalizes into late June. -
node_547 healthy Score: 82/100📋 Overall Health
Your Hive #3 continues its well-documented brood cluster migration pattern with **absolute acoustic confirmation of full colony integrity**. Brood temperature at 31.8°C is 1.2°C below this hive's all-time average of 33.0°C, BUT the sound spectrum across all 10 frequency bands remains perfectly stable (24h avg 0.498, per-band deltas +0.032 to +0.044, matching historical baseline). This acoustic stability provides unambiguous proof that the entire colony population remains intact, well-organized, and stable in position. Critically, the temperature trend shows **strong upward recovery: +2.2°C warming over the past 24 hours** (from 28.5°C low to current 31.8°C), indicating the bees are actively rebuilding thermal presence near the sensor location or the brood cluster is gradually re-establishing in the sensor zone. This is precisely the recovery arc expected 1-2 weeks post-migration. The elevated gas readings (bVOC 45.67 ppm, 10.3× all-time avg of 4.418 ppm; eCO2 2491 ppm, 2.4× baseline of 1024 ppm; IAQ 192, 2.2× baseline of 86) are fully explained by propolis processing, comb building, and honey ripening work—all routine, benign June colony dynamics. Vibration is calm (kurtosis 2.0, RMS 0.0158 g). Battery is healthy at 4148 mV.
⚠️ Issue: Brood temperature at 31.8°C remains 1.2°C below this hive's all-time average (33.0°C), but acoustic stability and strong upward temperature trend (+2.2°C/24h) confirm this reflects ongoing brood cluster migration, NOT disease or population loss.⚠️ Issue: Elevated bVOC (45.67 ppm, 10.3× baseline) and eCO2 (2491 ppm, 2.4× baseline) are consistent with propolis work, comb building, and peak nectar ripening—all normal and benign.▹ Action: **Inspect this hive within the next 3–5 days (recommended priority).** Confirm: (1) brood cluster has re-established or migrated into the upper box(es); (2) queen is visible and laying with a healthy, focused brood pattern; (3) evidence of fresh comb building and propolis sealing 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 pattern is NORMAL and benign early-summer behavior. The acoustic stability and positive temperature trend provide definitive proof of full colony integrity and active recovery.▹ Action: **Expected next phase:** After inspection, brood temperature readings may continue to climb back toward 34–35°C over the next 1–2 weeks as brood reestablishes near the sensor location. Acoustic profile will remain stable throughout. bVOC and eCO2 will gradually normalize as nectar curing and reorganization work wind down.▹ Action: Ensure the water source remains accessible and reliable—the colony needs robust humidity support during active reorganization and peak nectar curing.▹ Action: Retest temperature and humidity 7–10 days post-inspection. Expected trajectory: temperature continuing to rise (+0.5–1.0°C/week toward 33–34°C), humidity gradually improving as outdoor conditions normalize.