How to plant lotus in a water tank: The correct planting method for lotus flowers.

How to plant water lilies in a barrel

For most women, knowledge about how to plant water lilies in a barrel and the correct planting methods for water lilies is a green plant flower aspect worth checking out!

If you don't have a small pond or pool at home, the only option for growing water lilies is to rely on a barrel. You can keep water lilies in a relatively large container. Actually, water lilies are much easier to care for than other flowers and plants; they don't require frequent attention, don't need to be fertilized often, and just need plenty of sunlight and good ventilation and light.

The planting method in the barrel is the same as in a pond, starting by planting the underground stem of the lotus in a pot and placing it at an appropriate height in the barrel.

Water lilies planted in a barrel are similar to those in a pond. You just need to keep the water lilies in a flower pot and then place it in the barrel. Of course, they can't be kept too deep. You can put some stones in the barrel and place the potted water lilies in them, so the water level at the top is just enough to allow the leaves of the water lilies to float on the surface.

Like these two large barrels, one ceramic and one large plastic bucket, they can both plant many water lilies. The bottom must be without drainage holes or gaps. Regular household barrels, rice barrels, and other containers are suitable. Some people even use metal barrels as barrels, but they easily conduct heat and are not suitable.

If using a wooden barrel, you can line the pot with some black plastic to prevent water leakage.

The depth of the chosen container should be at least 25-30 centimeters to plant water lilies. If the depth exceeds 60 centimeters, you may need to place a few bricks at the bottom of the barrel to put the flower pot in.

If you find it difficult to move a large barrel, you can choose containers with wheels at the bottom or some lightweight containers, ensuring that the flower pot is stable to avoid the risk of the barrel being knocked over.

Some people use shallow pots for planting, with the container depth being only about 25 centimeters, holding a small amount of water, which can only plant small water lilies.

Precautions:

How to plant water lilies in a barrel

Another benefit of growing water lilies is that they don't require much fertilizer. They can even grow and bloom without fertilization because too much fertilizer will make the water in the lily barrel turbid. Even organic fertilizer can easily produce abundant organic matter, easily changing the water quality, leading to the growth of algae, making the water easily turn green, and hard to clean.

Besides growing water lilies, you can also combine other aquatic plants in the barrel. For example, I like to add some aquatic irises, papyrus, taros, and regenerative flowers in the lily barrel. Some friends even keep some duckweed in it. It's best to have plants growing in 60% of the entire barrel to avoid the growth of algae. Otherwise, the pond will turn into a green area, which is not good for the growth of water lilies. If fish are kept, it can easily lead to oxygen deficiency and death.

If you keep fish in the lily barrel, it's best not to feed them too often, as they might get too full and won't be able to eat mosquito larvae.

In a small barrel, you can install a small water pump to help with water circulation, prevent the water from getting too dirty, and control mosquito breeding.

Regularly remove any decayed or withered leaves and replace some of the water. The water shouldn't be too clean, or the fish won't be able to survive.

The location for caring for water lilies should have ample sunlight and a well-ventilated environment, and choose a variety suitable for local growth.

The above content about how to plant water lilies in a barrel and the correct planting methods for water lilies introduced by Green Plants Enthusiast website is for reference by green plant enthusiasts, hoping to solve your problems in green plant management.