These flowers grow better in water

Rosemary in water

Procedure

If you don’t have a suitable hydroponic container at home, Huahua will introduce you to the following method, which can be done with a plastic cup!

1. Pick rosemary that is suitable for cuttings, which should be healthy, free of pests and diseases, and about five to ten centimeters in length.

2. Remove the leaves at the bottom of the rosemary, then insert the branches into the plastic foam, leaving about two centimeters of them exposed.

3. Next, find a disposable plastic cup at home, fill it with half a cup of water, and throw the prepared cuttings into the plastic cup. It saves time and space!

4. After the cuttings take root, they can be transplanted.

Water-inserted spider plant

Procedure

I believe everyone is familiar with the water-inserted spider plants. As long as small spider plants grow on the spider plants you grow, you can cut them off and insert them in water and they will survive.

1. It is best if the cut spider plant has aerial roots underneath, which can accelerate rooting. It doesn’t matter if it doesn’t have aerial roots. You can crush aspirin, dilute it 50 times, and then add it to the hydroponic solution to promote rooting.

2. When hydroponically cultivating, pay attention to the hygiene of the water quality. Once the water is turbid, change the water in time.

(Photo by: Shan Meina Source: Baidu Knows)

Hydroponic Camellia

Procedure

Do you feel bad for spending dozens of dollars every year to buy a pot of camellia? Here, Huahua will teach you how to make the camellia take root with water. A plastic bottle is enough.

1. Cut the woody camellia cuttings, about 10 cm, remove the lower leaves, and fix them with foam boards.

2. Find a mineral water bottle, fill it half full with water, then throw the camellia fixed with the foam board into the mineral water bottle, and wait for it to take root.

3. After a period of time, when the roots grow out, you can move it into a flowerpot, which is much easier than growing it directly in soil.