When is the best time to transplant Bauhinia?

Bauhinia is quite resilient and can be grown in winter, but when planting in winter you need to choose healthy plants without diseases, and you also need to pay attention to temperature control, generally around ten degrees, to avoid frostbite on the Bauhinia during the planting process, which can lead to planting failure.

Bauhinia transplanting time

Bauhinia likes to grow in a warm environment. According to the growth habits of Bauhinia, spring and autumn are the most suitable seasons for transplanting. At this time, the weather is relatively warm and Bauhinia is in its vigorous growth period. After transplanting, it can quickly adapt to the new environment, and the survival rate of Bauhinia is relatively high.

How to transplant Bauhinia

1. Carry a soil ball

When transplanting Bauhinia, dig it out of the old soil. Small seedlings should carry part of the old soil, and larger seedlings should carry a soil ball of a certain size. If the temperature is relatively high, the volume of the soil ball should be appropriately increased. When transplanting, the plant leaves the soil. If the outside temperature is relatively high, the crown is prone to evaporation and water loss.

2. Protect the root system

When transplanting Bauhinia, you must pay attention to protecting the roots from damage. If the roots are broken or rotten due to water, they will not grow normally after being transplanted into the soil. You can wrap and tie up the roots with breathable materials such as non-woven fabrics. Avoid mechanical damage during transportation. Prune and disinfect the roots before transplanting.

Management of Bauhinia after transplanting

After planting, you need to add an appropriate amount of water to the soil to keep the soil moist, which is conducive to the plant adapting to the environment and taking root and growing. However, the newly planted Bauhinia can only be watered once. You must wait until the plant starts to grow normally before providing water again, otherwise it will cause water accumulation in the soil.