Core Viewpoint - The Shanghai Municipal Government has issued measures to accelerate the construction of an agricultural social service system, emphasizing the enhancement of technological support in agriculture [1] Group 1: Technological Support - The measures propose to rely on the agricultural social service system and agricultural industry technology systems to innovate agricultural technology service mechanisms [1] - Establishment of agricultural technology service teams is aimed at improving the capacity of socialized technology services [1] - The government will leverage subsidies for agricultural machinery purchase and application to encourage the acquisition of advanced, eco-friendly, and reliable agricultural machinery [1] Group 2: Digitalization and Smart Agriculture - Support for agricultural social service entities to utilize technologies such as IoT, big data, cloud computing, artificial intelligence, remote sensing, aerial photography, and Beidou navigation to enhance the digital and intelligent level of agricultural services [1] - The establishment of a comprehensive information platform for agricultural social services is intended to integrate various agricultural service resources [1] - The platform aims to provide integrated services for agricultural operators, facilitating online matching of service supply and demand, real-time recording of machinery operations, and electronic settlement of service fees [1]

Core Insights - The article highlights the successful implementation of a new model for edible mushroom cultivation in Xichuan Village, Shaanxi Province, which integrates technology and innovative agricultural practices to boost productivity and income [1][2]. Group 1: Technological Advancements - The introduction of an intelligent remote monitoring system for mushroom cultivation has significantly improved efficiency, allowing for real-time control of temperature and humidity via mobile devices [1]. - The use of smart inspection robots has enhanced data collection on environmental conditions, contributing to better management and analysis of the cultivation process [1]. Group 2: Economic Impact - The new cultivation model has led to increased income for farmers, with the introduction of year-round crop rotation allowing for additional revenue streams, such as the cultivation of morels after black fungus [2]. - The projected total output from the newly implemented crop rotation is expected to exceed 100,000 yuan, with fresh morels priced at 100 yuan per pound and dried morels at 600 yuan per pound [2]. Group 3: Future Development Plans - Xichuan Village plans to further leverage the "four-level linkage" technology assistance model to explore new cultivation methods, including "fungus-medicine rotation" and "fungus-vegetable rotation" [3]. - The village aims to establish a model for rural revitalization that integrates technology, ecology, and cultural tourism, enhancing its overall development [3].