Drones hover at low altitude, seedling cultivation lines run at high speed, big data and the Internet of Things transmit timely agricultural information, water and fertilizer integration, and green biological control technology show their talents... In the fields of spring, various new equipment, technologies, and models are reshaping the "genes" of agriculture, and spring plowing production is progressing in an orderly manner. As of April 17th, the progress of spring sowing of grain in China has reached nearly 20%, slightly faster than the previous year. Technology plays a leading role and cannot do without policy support. This year, the No. 1 central document of the Central Government proposed for the first time to "develop new agricultural productivity according to local conditions", supporting the application of artificial intelligence, data, low altitude and other technologies in the agricultural field. In recent years, China has continuously strengthened the coordination and cooperation between the government, enterprises, and scientific research institutions. From implementing seed source "bottleneck" technology research and development, to filling the gap in the application of agricultural machinery in hilly and mountainous areas, to improving the mechanism for transforming agricultural scientific and technological achievements, the entire chain of research and development, promotion, and application has been vigorously promoted, and the value of the "golden pole" has become increasingly high. The grain output is about 1.4 trillion catties, which is included in this year's main development target. The achievement of this goal cannot be achieved without storing grain in the ground and technology. Agriculture is an industry written on the earth, and technology must be deeply coupled with industrial demand in order to unleash productivity. From the perspective of spring plowing, various regions have strengthened scientific and technological support for key elements and links, promoted the coordinated support of good fields, varieties, methods, and opportunities, effectively improving land output rate, labor productivity, and resource utilization rate. It should also be noted that high-yield typical fields of one hundred acres and one thousand acres are not uncommon. Compared with the yield of experimental fields, there is still a significant gap in the yield per mu of major grain and oil crops in China. Deepening the action of increasing the yield of grain and oil crops on a large scale, emphasizing "large-scale", means converting the yield of experimental fields into the actual yield of large fields. This relies on further weaving a dense agricultural technology promotion service network, improving agricultural socialized services, extending technological tentacles to fields, and accelerating the formation of a balanced pattern of "multi technology integration and large-scale popularization" to increase production. In the melting spring scenery, the fertile fields are full of vitality. Technology gathers new momentum and continues to outline a new landscape for spring plowing... (Outlook New Era)