Because the industrial hemp grown in the greenhouse can strictly control the content of THC. The national standard for the THC content of industrial hemp is limited to less than 0.39%. Indoor planting can well control THC within this range. The real-time detection data can not only provide a reliable basis for the Narcotics Bureau and other relevant departments, but also avoid the economic loss caused by the detection of THC exceeding the standard after harvest.
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Years of experiments have shown that my country has now fully mastered the control methods for the conversion of cannabinoids to cannabinoids grown in greenhouses. Through these methods, the CBD content of the different types of cannabis we planted during the experiment has been significantly improved. . The THC content is strictly controlled within the scope of national standards, and the CBD and THC content of different strains of the same species are not much different, and the stability is good.
The combination of greenhouse planting and plant supplement light maximizes the use of land resources. The combination of greenhouse planting and plant supplement light maximizes the use of land resources. Greenhouse planting achieves zero pesticide chemical residues in the final product cannabinoids, which can be used in any soil. Planting under the conditions, in line with the "National Land Use Planning Requirements", maximize the use of land resources.
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Research has found that hemp is a highly conductive plant. At the same time, there are strict requirements on the soil and water quality for planting. For example, the pH of the soil and water is not enough, which affects the growth state of the cannabis plant and the content of cannabinoids. Similarly, pesticide chemical residues and harmful chemical components in the soil are also easy to appear in the later cannabinoid extracts.
If it is planted outdoors, it cannot control soil, water quality, pests and diseases, natural disasters, etc., and cannot guarantee the output and quality of cannabinoid products in the later period. Compared with outdoor planting with whole soil, greenhouse planting uses substrate and soilless cultivation. The planting substrate with a scientific formula can not only meet the nutrient and water requirements during the growth of hemp, but also completely eliminate the problems of chemical pesticide residues and soil diseases and insect pests. It can be seen that the industrial hemp in the greenhouse can be grown organically under any soil conditions, and can declare the EU organic standards to realize the output value standard and maximum value of crops.
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In addition, the use of greenhouses to grow industrial hemp is in line with the country’s land use policy. The “National Land Use Master Planning Requirements (2006-2020)” states that “without damaging the ecological environment, priority should be given to the development of gentle hilly land and salt Unused land and waste land such as land, wasteland, etc.", "comprehensively utilize water conservancy, agricultural, biological, and chemical measures to concentrate and contiguously improve saline land." Greenhouse planting can be applied to a variety of waste saline soil, mountains, wasteland, mud and so on. No matter what type of land the farming is, no matter how bad the conditions are, it will not affect the effect of greenhouse planting. As long as greenhouses can be built, the use of these waste land can be realized, avoiding the occupation of important national strategic resources such as land and forest land, so that unused and difficult-to-use Shangdi can maximize its economic benefits.
LED plant growth lights and IoT industrial cannabis cultivation, LED plant growth lights and IoT industrial cannabis cultivation, shed cultivation can build a complete IoT, big data and blockchain monitoring mode to ensure the safety and availability of industrial cannabis cultivation Pain points of drug supervision such as retrospective
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The safety of cannabis cultivation is the main concern of the country and provinces regarding the cultivation of industrial cannabis, and greenhouse cultivation can well solve this concern.
First of all, in greenhouse cultivation, each plant can be numbered and marked with a QR code, and uploaded to the big data platform for management. The number of plants planted, the health of the plants, and the content of various cannabinoids can be seen at a glance. Secondly, the whole process of monitoring in the greenhouse can avoid the loss of plants that is prone to outdoor planting. The big data system for greenhouse planting is networked with the monitoring system of the Public Security Bureau, which can perform 24-hour monitoring and management and face recognition. If it is found that outsiders are entered into the system, or the number of plants is reduced, the security early warning program can be activated in time, and the hierarchical access control system can be implemented. Time and personnel level, strictly manage the flow of personnel in the planting area, to take a step back, even if there is a plant loss, we can also trace back based on the plant number.
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