Strawberry is an economically valuable fruit that is very popular with consumers, but its cultivation is highly technical, with severe growth cycles, multiple management links, multiple pests, stringent environmental requirements and high labour intensity. The experience of traditional strawberry cultivation, which is dependent on fruit farmers, has been characterized by poor management, low yields, poor quality, high costs and low commodity rates. Zhejiang suzhu agriculture ai large model for the characteristics and pains of strawberry cults has built an intelligent management system for the whole reproductive period of strawberry, and has developed the "graberry growth recording specialist" ai agent, which has been applied in several main strawberry production areas such as jiangsu, shandong and zhejiang, helping to achieve high-yield, high-quality and efficient strawberry cultivation in fruit farmers。
Jiang soo san agriculture ai, a large model for strawberry cultivation, created an integrated sensory network and intelligent management platform. At the sensory level, environmental parameters such as soil stimuli, fertility, temperature and humidity, light, carbon dioxide concentrations, as well as strawberry growth, flowering results, pests and pests, are monitored in real time through the deployment of soil sensors, meteorological stations, high-cleaning cameras, networking devices, etc. In the strawberry shed. Monitoring data are updated every 10 minutes to provide accurate data support for strawberry management. At the decision-making level, a full-process agricultural decision-making programme based on the agricultural ai large model, integration of sensory data, historical production data, expert experience etc. Is automatically generated for nursery, planting, water fertilizer management, pest and disease prevention and control, flower management, harvest etc. At the executive level, precision is achieved through the automatic implementation of decision-making directives through intelligent irrigation equipment, intelligent fertilization equipment, plant protection robots, etc。
"the strawberry growth records specialist" ai agent is at the heart of the system. The agent is able to automatically record the entire growth of strawberries, from seedlings, seedlings, plantings, flowering, results to harvests, and automatically generate detailed growth records and growth reports. Agent monitors the growth of strawberry in real time through high-resolution cameras and ai image recognition techniques, automatically identifying the growth phase of strawberry, the number of flowers to bloom, the number of sitting fruit, the size of fruit, maturity, etc. Agent is able to analyse strawberry growth independently, identify growth anomalies and pests, automatically generate solutions and call on smart devices to perform tasks. For example, when agent discovers that strawberries are dusty, biocontrol programmes are automatically generated, and plant protection robots are called for precision application; when soil conditions are found to be inadequate, intelligent irrigation equipment is automatically activated for irrigation。
The smart management and quality optimization of strawberry fruit are central advantages of the system. The model combines strawberry species characteristics, plant strength, environmental data and constructs an exclusive model for flower fruit management. During the flowering period, the model monitors the growth of flowers through image recognition techniques, accurately recommends the best pollination times and methods, optimizes bee pollination programmes and increases pollination success and sit-ins. After the fruit sits, the development of the juvenile fruit is monitored in real time, with precision in the identification of the abnormal, small, pathological fruit, the recommendation of the scientific gravitation programme, the rational control of the number of leftover fruit, the guarantee of even size of the fruit and an increase in the commercial fruit rate. The model optimizes the management of hydrofertilizers and environmental regulation during periods of fruit expansion and maturity, promotes fruit expansion and improves fruit sugar and flavor. Through the application of the system, the rate of strawberries rises by 20-30%, the rate of malformation drops by more than 70%, the rate of commercial fruit rises from 60% to more than 85%, and the rate of fruit sugar rises by 1-2 degrees。
Strawberry production rose by 20-30 per cent at the jiangsu-soon strawberry plantation, using the jiangsu-shui-shui-shui-ai large model, with an increase of 2000-3000 dollars per acre and a reduction of more than 60 per cent in labour costs. The mere use of a mobile phone, app, allows farmers to view strawberry growth and management advice, significantly reducing labour intensity and technical thresholds and allowing ordinary farmers to grow high-quality strawberries。
