AI Bird Repelling System
| 月份Month | 天數Days | 離線天數Offline | 平均驅趕率Repel Rate | 平均鳥害Avg. Bird Hazard | 月峰值Peak Hazard | 累計驅趕Total Repels |
|---|---|---|---|---|---|---|
| Jan 2026 | 31 | 0 | 69.5% | 0.65% | 1.6% | 5,075 |
| Feb 2026 | 28 | 3 | 67.8% | 0.38% | 1.2% | 3,423 |
| Mar 2026 | 31 | 0 | 66.7% | 0.16% | 0.7% | 5,451 |
| Apr 2026 ⚠️ | 30 | 0 | 67.1% | 1.00% | 3.0% | 8,032 |
| May 2026 ⚠️ | 31 | 2 | 67.6% | 0.86% | 2.0% | 7,429 |
| Jun 2026 (截至 15 日thru 15th) | 15 | 0 | 69.9% | 0.72% | 2.1% | 3,513 |
以下熱區圖顯示攝影機畫面中鳥類出現的空間機率分佈。顏色越深、越紅的區域代表鳥類停留機率越高，為飼料汙染及病原接觸風險最集中的位置，同時也是 AI 雷射系統優先掃描瞄準的熱點區域。 The heat map below visualizes the spatial probability distribution of bird presence within the camera frame. Darker, more intense red areas indicate higher bird dwell probability — representing the highest-risk zones for feed contamination and pathogen exposure, and the primary targeting zones for the AI laser deterrence system.
愛達荷州地區最嚴重的害鳥。具超強群聚性（murmuration），單次入侵可達數千隻。直接競食開放儲存的物料與食料，並攜帶沙門氏菌、新城病（Newcastle Disease）等病原。 The most damaging pest bird in the Idaho region. Highly gregarious (murmurations), single invasions can reach thousands of birds. Directly competes for exposed stored materials and food sources; carries Salmonella and Newcastle Disease.
全年留鳥，族群大，喜在建築鋼架、樑柱間築巢。對開放式食料及物料堆放區具高度趨近性，且對傳統驅趕方法具習慣化能力，需動態嚇阻（如雷射）才能長期維持效果。 Year-round resident with large local populations; nests in exposed steel structures and rafters. Highly attracted to open food and material storage areas, and habituates to static deterrents — dynamic laser deterrence is necessary for sustained effectiveness.
體型大、食量大，直接消耗大量物料。鴿糞中含高濃度隱孢子蟲（Cryptosporidium）及其他腸道病原，汙染物料儲存區及設備，是衛生與健康風險的潛在來源。 Large body, high consumption of exposed materials. Pigeon feces contain high concentrations of Cryptosporidium and enteric pathogens — contaminating storage areas and equipment, a potential source of hygiene and health risk.
春秋過境期（3–5月、9–11月）沿太平洋飛道大量通過 Jerome County，可能短暫降落設施附近的積水區或開放式物料堆放區周邊，屬需持續監測的季節性族群。 Transit Jerome County in large numbers during spring/fall migration (Mar–May, Sep–Nov) along the Pacific Flyway, potentially landing near on-site water sources or open storage areas — a seasonal population warranting ongoing monitoring.
| 時期Period | 生態背景Ecological Context | 對應數據Data Observation |
|---|---|---|
| Jan–Feb | 冬季候鳥留棲，整體活動力低，氣候寒冷抑制鳥類覓食頻率Winter residents, low overall activity; cold weather suppresses foraging frequency | 驅趕次數少（日均約 140 次），鳥害低（0.38–0.65%）Low repel count (~140/day avg), low bird hazard (0.38–0.65%) |
| Mar | 春季遷徙啟動，水鳥開始北上，但尚未形成大規模集結Spring migration begins; waterfowl start northward movement but not yet in peak concentrations | 鳥害全期最低（均值 0.16%）Lowest bird hazard of the entire period (avg 0.16%) |
| Apr–May ⚠️ | 春季遷徙高峰：太平洋飛道大量水鳥過境 Idaho，留鳥進入繁殖期大量覓食，八哥、麻雀族群密度倍增Spring Migration Peak: Massive waterfowl transit through Idaho on Pacific Flyway; resident birds enter breeding season with elevated foraging demands; starling and sparrow densities double | 鳥害攀升至最高（4月均值 1.0%），4/9 衝至 3.0%；月累計驅趕達 8,032 次，為全期最多Bird hazard peaks at 1.0% monthly avg in April; single-day high of 3.0% on Apr 9; highest monthly repels at 8,032 |
| Jun | 繁殖季後期，幼鳥離巢，整體覓食壓力趨緩；長期雷射嚇阻建立條件反射，部分族群迴避農場Late breeding season; fledglings dispersing; sustained laser deterrence establishes conditioned avoidance in resident populations | 鳥害回落（0.72%），驅趕率回升至 69.9%Bird hazard declining to 0.72%; repel rate recovering to 69.9% |
以下為系統偵測到鳥類並自動啟動雷射驅趕時的影像紀錄，每段影片均完整捕捉 AI 偵測到鳥類後啟動雷射掃描的全過程。點擊下方縮圖列可切換影片。 Each clip was auto-recorded when the AI detected a bird and activated the laser repel sequence. Click any thumbnail below to switch the main player.