How to make clivia flower fertilizer with soybeans

Clivia is a common potted flowering plant in many households, but the clivia grown by many gardening friends shows rather slow growth, and it seems that blooming is a long way off. To make it bloom as soon as possible, we need to speed up its growth so that it reaches the conditions for blooming on its own.

Clivia itself is also a rather slow-growing plant, and if you want it to grow quickly, you must provide it with sufficient nutrients. Soybeans can be made into a very good fertilizer, thereby accelerating the plant's growth. So soybeans can solve the problem of slow growth in clivia. Then, how?

Using soybeans to make flower fertilizer for clivia is mainly because soybeans are not only rich in protein but also contain other abundant nutrients. After fermentation and decomposition, soybeans can be transformed into a large amount of nutrients needed for clivia's growth. In particular, they break down into abundant nitrogen, which plays a crucial role in accelerating clivia's growth.

Moreover, the method of making clivia flower fertilizer from soybeans is very simple. You only need to soak the soybeans in clean water for a period of time so they fully absorb water and swell. Then pour the soybeans into a pot, add some clean water, and light a fire to boil the soybeans until cooked.

After cooling, put the soybeans and the soybean water together into a bottle, generally filling it to about eight-tenths full. Then place the bottle containing the soybeans and soybean water in the sun to bake for about half a month, and the soybeans will completely ferment and decompose inside the bottle. After that, we can pour out the fermented soybean water, dilute it, and use it to water the flowers.

Using diluted soybean water to water clivia, generally twice a month is enough, and this is very effective for promoting clivia's growth. Moreover, the soybeans in the bottle can also be applied as flower fertilizer; simply bury them directly in the soil around the edge of the pot.