Yes, bamboo can be fully submerged in water as it is a water-resistant plant material.
Bamboo can be fully submerged in water without negative effects as long as it is not submerged for extended periods of time, which can lead to decay.
Yes, lucky bamboo can be fully submerged in water, as it is a water plant that thrives in water. However, it is important to change the water regularly to prevent the growth of algae and ensure the plant's health.
Yes, bamboo can grow submerged in water, as long as the water is not too deep and the plant has access to oxygen.
Bamboo can live for several years when submerged in water, typically around 2 to 5 years.
Yes, bamboo can be submerged in water and still thrive, as long as the water is not stagnant and the plant is able to receive enough oxygen.
No, lucky bamboo should not be submerged in water for long periods of time as it can lead to root rot and damage the plant. It is best to keep the roots partially submerged in water to maintain the plant's health.
Yes, bamboo can be submerged in water for an extended period of time without being damaged.
A water lily is fully submerged an sends its leaves and flowers up to the surface.
Yes, it is a fully-submerged plant
No, it is a floating plant, i know you might argue that the roots are underwater while the leaves are above but actually that counts as a floating plant, or else water hyacinth and water lettuce are half-submerged too. Floating plants is a plant that has it's leaves above water and it's roots dangling in water, partially submerged is leaves above water but roots in the soil below water, completely submerged is the roots in the soil below and the leaves also below water surface. -LJTG
To successfully grow bamboo in water and rocks, you can place the bamboo in a container filled with water and rocks to provide stability. Make sure the roots are submerged in water and the rocks help support the plant. Change the water regularly to prevent stagnation and provide nutrients for the bamboo to thrive.
The buoyant force on a fully submerged object is equal to the weight of the water displaced. In fact, that's also true of a floating object.