Flowering & Fruit Set Rate Analysis | 番茄/辣椒开花坐果率分析

AI-powered fruit ripeness grading for tomatoes / strawberries. From smart grow-boxes or mobile phone images, uses AI vision to detect fruit color (green / light green / orange / red / dark red), colored-area ratio, gloss, and relative fruit size (against a reference object), and outputs a ripeness grade (Mature-Green / Turning / Ripe / Over-Ripe) based on preset standards. Helps growers identify the optimal harvest window and ensures flavor and shelf quality. Scenarios: smart grow-boxes, greenhouses, home vegetable gardens, fruit & vegetable cooperatives. | 通过智能种植箱或手机拍摄的果实图像，利用AI视觉分析技术检测果实的颜色（绿/浅绿/橙/红/暗红）、着色面积比例、光泽度以及果实大小（相对于参照物），根据预设的成熟度分级标准输出等级（青熟期/转色期/成熟期/过熟期）。该技能帮助种植者确定最佳采收时机，保证果实口感和商品性。应用场景：智能种植箱、温室大棚、家庭菜园、果蔬合作社。

AI-powered flowering-date prediction for ornamental/cut-flower plants. From fixed greenhouse cameras or drones, captures images of flower-bud developmental stages, combines environmental sensor data — cumulative temperature (Growing Degree Days, GDD) and accumulated light (PAR or daylight hours) — and uses a pre-trained phenology model to predict the full-bloom date within the next 3-7 days. Helps growers precisely schedule pollination, harvesting and tourism activities. Scenarios: smart-agriculture greenhouses, cut-flower production bases, botanical gardens, flower tourism parks. | 通过智慧农业温室中的固定摄像头或无人机拍摄植物花蕾发育阶段的图像，并结合环境传感器提供的温度累积（生长度日，GDD）、光照累积（光合有效辐射或日照时长）等数据，利用预训练的物候模型预测未来3-7天内的开花日期（花朵完全开放）。该技能有助于温室种植者精准安排授粉、采收或观光活动。应用场景：智慧农业温室、切花生产基地、植物园、花卉观光园区。

AI-powered plant growth stage auto-detection from periodic full-plant images via smart pot / greenhouse fixed cameras. Recognizes key phenological features—cotyledon emergence, true-leaf count, flower bud differentiation, blooming, fruit setting, fruit ripening—and identifies the current developmental stage (germination, seedling, vegetative, flowering, fruiting, ripening), enabling precision irrigation/fertilization/lighting control and personalized growing guidance. Scenarios: smart pots, home grow boxes, greenhouses, plant factories. | 通过智能花盆或温室内固定摄像头，定期拍摄植物整体图像，利用AI视觉分析技术识别子叶展开、真叶数量、花芽分化、开花、结果、果实成熟等关键物候特征，自动判定植物当前所处的生长发育阶段（如发芽期、幼苗期、生长期、开花期、结果期、成熟期）。有助于精准农业管理，实现自动化灌溉、施肥、光照调节，并为用户提供种植指导。应用场景：智能花盆、家庭种植机、温室大棚、植物工厂。

通过叶片图像估算室内植物蒸腾速率指数(0-100%),辅助判断根系吸水活力。

AI-powered pest & disease detection for roses (Rosa spp.). From garden cameras or mobile phone images of leaves, young shoots and flower buds, detects common rose enemies including black spot (black round/irregular spots with yellow halo), powdery mildew (white powdery layer on leaves/shoots), spider mites (tiny red/white dots on leaf back with webbing in severe cases) and aphids (green/black clustered tiny insects on shoots and buds). Outputs pest/disease type, severity grade and general control suggestions. Helps gardeners detect issues early and act in time. Scenarios: home gardens, rose specialty gardens, courtyard landscaping, cut-flower production bases. | 通过庭院摄像头或手机拍摄月季/玫瑰的叶片、嫩芽、花苞图像，利用AI视觉分析技术检测黑斑病（叶面黑色圆形或不规则斑点，周围黄晕）、白粉病（叶片、嫩芽表面白色粉状霉层）、红蜘蛛（叶片背面细小红色或白色点状螨虫，严重时结网）、蚜虫（嫩芽、花苞上绿色或黑色聚集的小虫）等常见病虫害，输出病虫害类型及严重程度，并提供防治建议。该技能有助于月季种植者早期发现问题，及时采取措施。应用场景：家庭花园、月季专类园、庭院绿化、切花生产基地。

AI-powered non-invasive rooting-stage detection for plant cuttings in transparent containers. From smart propagation boxes or transparent cutting containers, periodically captures images of the cutting base (water roots or substrate roots visible through the transparent wall), uses AI vision to detect white root primordia (tiny white callus dots) and count/locate them, and outputs the rooting stage (No Roots / Few Primordia / Many Primordia / Well-Developed Roots). Helps propagators monitor cutting-rooting progress without disturbing the cutting and choose the optimal transplant time. Scenarios: smart propagation boxes, home cutting propagation, tissue-culture rooms, agricultural research. | 通过智能育苗箱或透明扦插容器的固定摄像头，定期拍摄枝条基部的水生根或土培根系（通过透明壁观察），利用AI视觉分析技术识别枝条基部是否出现白色凸起根点（根原基发育形成的白色小点）以及根点的数量和分布，输出生根阶段（无生根/少量根点/大量根点/根系发达）。该技能帮助育苗者在不干扰枝条的情况下，无创监测扦插生根进度，判断移栽时机。应用场景：智能育苗箱、家庭扦插繁殖、植物组培室、农业科研。