Soil-less culturing method of cyclamens

Abstract

The invention discloses a soil-less culturing method of cyclamens. The method comprises the steps that a peanut shell is prepared to be a first culturing medium, a peanut stem is prepared into a second culturing medium, a twig of a fruit tree is prepared into a third culture medium, the first, second and third culturing mediums are thoroughly mixed according to a volume ratio of 5:1:4 to obtain asoil-less culturing medium, and a cyclamen seedling with 5-6 true leaves is cultured in the soil-less culturing medium. The culture cyclamen has a densely green color, the amount of blades is great, the area of the blades are large, plant height, crown width and the like have no significant difference to a production medium, the color of flowers is not significantly changed, the overall shape andproperties are excellent, shape indicator comprehensive evaluation indexes have small difference to the production medium, agricultural wastes are recycled to be used as a culturing medium of the cyclamen, the production cost is reduced, the economic and environmental benefits are improved, and the production cost can be reduced under the premise that the nutritious growth of the cyclamen is ensured.

Description

technical field [0001] The invention relates to the field of cultivation, in particular to a soilless cultivation method for cyclamen. Background technique [0002] Cyclamen is a perennial bulbous flower of the genus Cyclamen of Primulaceae. It is often cultivated as an annual in production. It likes warmth and is afraid of heat. It grows well in a cool environment and in soil rich in humus. There are many varieties of cyclamen, beautiful plant shape, gorgeous flower color and long flowering period, so it is deeply loved by people during the festival. At present, the production of cyclamen is mainly based on peat substrate, supplemented by perlite, vermiculite, etc., so as to avoid the influence of a single substrate on the growth of cyclamen in terms of physical and chemical shape. [0003] Peat has become the most important substrate material for flower production today because of its rich organic matter and humic acid, and good water and fertilizer retention properties. ...

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