坚持大生态观，协同推动生态安全、生产绿色、生活美好

Group 1 - The core viewpoint emphasizes the interdependence of ecological safety, green agriculture, and quality food supply, advocating for a modern agricultural development strategy guided by a big ecological perspective to enhance rural industry transformation and product quality [1] - The integration of modern ecological agriculture with tourism is highlighted as a key direction for rural industry revitalization, exemplified by Wuyishan City in Fujian Province, which combines "rural revitalization + green products + all-region tourism" to create a new platform for "agriculture + tourism" [1] - The development of green products and cultural creative products in Wuyishan has not only increased farmers' income but also enhanced the attractiveness and recognition of local villages, promoting the development of the rural ecological economy [1] Group 2 - The implementation of a green precision development strategy aims to lead the development of regionally distinctive high-quality products, supported by new agricultural productivity characterized by technological innovation and green production methods [2] - Key aspects of new agricultural productivity include breakthroughs in traditional agricultural technology, the introduction and integration of advanced production factors, and the cross-border expansion of agricultural functions into areas like biomanufacturing [2] - Innovations in biotechnology, such as gene editing and artificial mutation, have led to the development of high-yield, high-quality, and disease-resistant crop varieties, showcasing the potential of scientific innovation in agriculture [2] Group 3 - Ensuring food security and high-quality food supply necessitates the development of precision green agriculture, which requires the application of digital agricultural technologies to improve land utilization, labor productivity, and resource efficiency [3] - The use of big data, artificial intelligence, and the Internet of Things in agriculture can enhance production efficiency and quality through intelligent monitoring systems that allow farmers to make data-driven decisions for fertilization and irrigation [3] - The introduction of smart irrigation and precision farming systems can automate and optimize agricultural practices, reducing labor costs and improving resource utilization efficiency [3]