Cutting propagation
First of all, a good culture medium for cutting should be configured. After sterilization and disinfection, medium and coarse river sand can also be used. Pay attention to cleaning before use to prevent bacteria. Be careful not to use sand with high salinity. Early spring and late autumn are the peak seasons for the growth of glass emerald. Cut the stem along the stem, insert it into the matrix after the shear mouth is dried, and spray a little water. As long as the matrix has no suitable humidity, it can take root. When the temperature is high, the cuttings are easy to rot, so it's best not to cut p>
Upper basin
When carrying out the basin work, a certain amount of substrate can be placed at the basin bottom for water filtration. Organic fertilizer should also be sprinkled on the substrate with a thickness of about 1 ~ 2 cm, and then covered with a layer of substrate with the same thickness. Then put it into the plant. The fertilizer can not directly touch the root whiskers of the plant to prevent root damage caused by root burning. The soil for cultivating glass emerald can be garden soil, sawdust and river sand in appropriate proportion. After completion, water shall be replenished accordingly. Pay attention to watering thoroughly and put it in a cool place for curing for a week p>
Humidity management
Glass Cuixi is dry. In an excessively wet environment, it is very vulnerable to the threat of bacteria. The optimum humidity is between 40% and 60% p>
Temperature management
Glass Cui is afraid of high temperature. It can grow normally at a temperature of about 15 to 30 degrees. If it exceeds 33 degrees, it will enter a dormant state. In winter, the room temperature should be controlled above 10 degrees. Don't frostbite the plant because the temperature is too low p>
Light management
In order to make the leaf color fuller in summer, it can be shaded. Spring and autumn can be directly exposed to sunlight to help plants better absorb nutrients. Winter also needs light intake, so as to ensure better plant growth p>