What is the application field of soilless cultivation in greenhouse?
The application fields of soilless cultivation in greenhouse mainly include the following aspects:
Vegetable cultivation: soilless cultivation technology is widely used in greenhouse vegetable cultivation, especially common vegetables such as tomatoes and cucumbers. This method can achieve year-round planting without seasonal restrictions, improving yield and quality.
Hydroponic research greenhouses: Soilless cultivation techniques are also used in hydroponic research greenhouses, which are not only used for production, but also for educational and research purposes.
Intelligent greenhouse: Modern intelligent greenhouse combined with soilless cultivation technology can better adjust the environmental conditions of crop growth such as light, temperature, water, gas and fertilizer, thereby improving the growth rate and quality of crops.
Desert greenhouse: In extreme environments such as deserts, soilless cultivation technology can also be successfully applied, through the use of self-produced soilless substrate cultivation materials, so that the desert greenhouse can grow a variety of environmentally friendly ecological vegetables.
Vertical three-dimensional agriculture: soilless cultivation technology can also be applied to vertical three-dimensional agriculture, such as vertical three-dimensional soilless cultivation under the artificial light source intelligent LED fill light irradiation, providing a good variety of production conditions.
Multi-film greenhouse and glass solar panel greenhouse: These types of greenhouse greenhouses are suitable for soilless cultivation, because they have sunshade, heat preservation, ventilation, heating and other equipment, which can provide better environmental protection for soilless cultivation production.
To sum up, soilless cultivation has a wide range of applications in greenhouses, including not only traditional vegetable cultivation, but also education, research, intelligent management and agricultural production in extreme environments.
