浮板毛管栽培技术（FCH）是由浙江省农业科院和南京农业大学于1991年

Floating Board Capillary Cultivation Technology (FCH) is a new type of soilless cultivation system developed by the Zhejiang Academy of Agricultural Sciences and Nanjing Agricultural University in 1991 with reference to the Japanese floating root method. The floating plate capillary cultivation technology creates an oxygen-rich environment by cultivating moist roots, thereby improving the oxygen supply conditions of the roots. Part of the root system floats on the wet felt of the floating board in the tank, which is relatively thick and short, which can absorb oxygen in the air and play a role in improving the oxygen supply of the entire root system; part of the root system grows in the nutrient solution, which is relatively slender and mainly absorbs nutrients The role of water and water, thereby overcoming the problem of easy hypoxia in the rhizosphere environment of the DFT system.

Floating plate capillary culture (FCH) is a new soilless culture system developed by Zhejiang Academy of Agricultural Sciences and Nanjing Agricultural University in 1991 with reference to Japanese floating root method. Floating plate capillary cultivation technology can create an oxygen enriched environment by cultivating moisture roots, so as to improve the oxygen supply conditions of roots. Part of the roots float on the wet mat of floating plate in the tank, which is relatively thick and short, and can absorb oxygen in the air, which plays a role in improving the oxygen supply of the whole root system; Part of the roots grow in nutrient solution, which is slender and mainly plays the role of absorbing nutrients and water, so as to overcome the problem of hypoxia in the rhizosphere environment of DFT system.<br>

Floating board capillary cultivation technique (FCH) is a new soilless cultivation system developed by Zhejiang Academy of Agricultural Sciences and Nanjing Agricultural University in 1991, referring to Japan's floating root method. Floating-board capillary cultivation technology creates an oxygen-enriched environment by cultivating wet roots, thus improving the oxygen supply conditions of roots. Part of the root system floats on the wet felt of floating plate in the tank, which is thick and short, and can absorb oxygen in the air, which plays a role in improving the oxygen supply of the whole root system; Part of root system grows in nutrient solution, which is slender and mainly plays the role of absorbing nutrients and water, thus overcoming the problem of easy hypoxia in rhizosphere environment of DFT system.