It is already common for strawberry growers to build a plastic shed and plant strawberries on the land in the plastic shed. In recent days, in xinjiang's “model project for strawberry plant cultivation”, the author has seen a picture of a crop of strawberries being planted in a large space similar to the factory's building on a layer of shed. Large and bright planting spaces are filled with full and layered strawberries, which in a row and layer of sheds have given rise to green leaves and a strong and attractive sense of visual shock. Strawberry cultivation has been pushed to a new level of “plant production”, a high-tech and practical technology successfully developed by xinjiang new green agriculture limited, which is dedicated to the rich farmers。
Strong development of facilities agriculture, smart agriculture is an important part of rural renewal and the implementation of agricultural power countries. It is important for securing food supplies, modernizing agriculture, improving agricultural efficiency and stimulating rural industries. The new green agriculture corporation of xinjiang has focused its efforts on rural renewal and the well-being of farmers, and has focused its efforts on the development of a “model project for strawberry plant plantation in topaz county”。
It is known that the project is based on the district of tameyu, based on advanced technology and philosophy, and building high-intensity, integrated goods networking, artificial intelligence and a strawberry plant with a large agricultural model. The first phase covers 1,500 square metres, or approximately 20 acres of land for traditional greenhouse cultivation. After nearly six months of construction work, it has entered the production phase of strawberry growth, with the first growing strawberries, with strong roots, and, in a short period of time, the first production of strawberries through plant-based cultivation will be in constant supply markets to meet consumer demand for high-quality strawberry fruit。
Strawberries are described as having specific requirements for various environmental factors, such as temperature, light, water, fertilizers, soil and pest control, from the roots of their growth to the whole life cycle of flowering, and different requirements for these environmental factors at all stages of their growth process. Only the optimal environmental factors of their growth, consistent with the characteristics of their life, can produce the highest yield and quality of their products. Based on the integration of technology for the networking of goods, block chains and large models of agriculture, the new green agriculture corporation of xinjiang, with the plc control system and ai technology at its core, will develop and develop autonomously a system of environmentally coordinated control, a predictive decision-making system for the whole process of strawberry cultivation, an innovative isomeral sensor network and an autonomous decision-making engine, leading to efficient and accurate agricultural production。
It is understood that the company's self-developed strawberry plant chemical farming technology consists mainly of the three main elements of ai-driven environmental synergetic control system, ai-predictive decision-making system and innovation technology matrix. The synergistic organic combination of these three components not only allows real-time monitoring of the light environment, temperature control, humidity, water fertilizer supply, co2 regulation, o2 management, pests and pest management, equipment condition, etc., necessary for strawberry production in the plant, but also provides accurate real-time monitoring and regulation and short-, medium- and long-term predictions of many of these factors, leaving strawberry growth production entirely under the control of the scientific precision and maintaining optimal growth。
The strawberry plant cultivation demonstration project in tamayu county, which places strawberry production entirely in the production state of the plant, and where it grows in a stable and manageable environment, allows strawberry production to take place almost geographically, regardless of the four seasons of spring, summer, autumn and winter, and, combined with stereo-planting in limited space, allows for a significant increase in strawberry production, with minimal land resources, which is of strategic importance for the conservation of cropland use and the resolution of food supply conflicts. In addition, strawberry growing environments are under scientific control, reducing the incidence of pests and diseases, ensuring the quality of strawberries produced and protecting the ecological environment。
A demonstration project on strawberry plant cultivation in the yugyu county, developed by the xinjiang green farm limited corporation, has succeeded in creating the first model agricultural demonstration base with a large agricultural model, providing a replicable and replicable example of agricultural modernization development in the region, leading to innovative agricultural industry development。
“in the future, the new green agriculture corporation of xinjiang will continue to explore and develop on the basis of the successful experiences already available and the relevant technologies, with a view to extending this range of technologies and production models to more suitable crop varieties for industrial production, making their due contribution to the country's rural renewal, intellectual agricultural development and the building of agricultural power.” the head of the company said
