How to plant umbrella papyrus? These planting tips are essential

1. Because umbrella papyrus (Cyperus alternifolius) is itself an aquatic plant, water is an indispensable element for its healthy growth. So when planting umbrella papyrus, we should frequently water the pot and use a spray bottle to spray the plant from top to bottom, keeping the leaf surface fresh and moist.

2. In addition, nutrients are also an indispensable nutritional component for umbrella papyrus. During the growth of umbrella papyrus, you can appropriately supplement it with solutions such as compound fertilizer and urea.

3. Umbrella papyrus prefers shade, so it can often be placed indoors for viewing, but keep it away from vents, so that strong wind does not blow the plant over and cause the plant to die.

Umbrella papyrus has powerful feng shui effects, and its planting method is also very simple. Those who like umbrella papyrus might as well give it a try. Even if there is really no effect, at least there is still a cute little plant to admire.

The feng shui effects of umbrella papyrus

Umbrella papyrus is suitable for pot cultivation and can be placed on windowsills, in studies, on writing desks and other places. It is not only elegant and beautiful, but also full of charm. If you also arrange some small landscape stones, it has quite the flavor of a wild mountain forest scene. So what feng shui effects does cultivating umbrella papyrus at home have?

1. Umbrella papyrus belongs to the water element in the five elements. Houses with doors facing east can place a pot of distinctive umbrella papyrus, which is beneficial for protecting the health of the kidneys and liver.

2. Umbrella papyrus also has a powerful effect of generating wealth and prospering the household. In feng shui, plants that generate prosperity can be placed at the entrance, so that wealth will come without being invited!

3. In addition, umbrella papyrus can also protect the home and ward off evil. If someone in the family is ill, or work is not going smoothly, or study is stalled and making no progress, then placing an umbrella papyrus in front of the door may help drive away evil energy and give you back a safe and healthy home!

Since cultivating umbrella papyrus at home has so many feng shui effects, how should it be planted and cultivated so that umbrella papyrus can grow healthily and robustly? Next, let us continue to explain the planting techniques for umbrella papyrus!

Key points for landscape maintenance of aquatic plants

Aquatic plants refer to a class of plants whose bodies live partly or entirely for long periods in water or moist soil and can complete their reproductive cycle. With diverse leaves, flower colors, flower shapes, and seeds, aquatic plants can present a variety of interesting features. According to life form, they can be divided into:

Wetland plants - pampas grass, silvergrass, Japanese iris, variegated miscanthus, fountain grass, etc.

Emergent plants - yellow iris, star grass, purple loosestrife, lotus, etc.

Floating-leaved plants - gorgon nut, water lily, water poppy, Victoria water lily, water poppy, floating heart, etc.

Floating plants - Salvinia natans, water rice, Ottelia acuminata, water lettuce, etc.

Submerged plants - black algae, tape grass, Potamogeton crispus, Potamogeton malaianus, etc.

Key points for landscape maintenance of aquatic plants:

1. Adaptability to water depth

For aquatic plants other than floating plants, the ecological factor with the greatest impact on them is water depth, which directly affects the survival of aquatic plants.

Wetland plants such as wild buckwheat, beard grass, pampas grass, etc., can only be planted above the normal water level.

There are many kinds of emergent plants, and their adaptability to water depth has a certain relationship with plant height. Taller plants have somewhat stronger adaptability to water depth; conversely, shorter ones have somewhat weaker adaptability. But generally speaking, the water depth cannot be greater than 60cm.

Floating-leaved plants generally have stronger adaptability to water depth than emergent plants. For example, water lilies are generally at 0.8m, and gorgon nut can also tolerate a water depth of 1.5m. Water chestnut is also a very interesting type of plant. As a floating-leaved plant, its water depth adaptability can reach 3m. When the plant grows to a certain extent, it can break its roots and become a floating plant, no longer limited by water depth.

The water depth adaptability of submerged plants is affected by light and water visibility. The better the water visibility and the stronger the light, the deeper submerged plants can be distributed. Generally, the planting depth of submerged plants is twice the visibility.

2. Planting density

The design density of aquatic plants is discussed on the basis that after the aquatic plants recover, they fully cover the ground (water surface). The construction density is a planting density determined according to the tillering and branching characteristics of the plants, the planting season, the fertility status of the planting soil, and factors such as the completion acceptance time. Construction density has practical value for saving construction costs.

3. Planting season

Aquatic plants are mostly herbaceous plants. During the growing period, especially in high-temperature seasons, new shoots sprout and grow very quickly, and root activity is vigorous, making recovery very easy. Generally, after the roots of aquatic plants are injured, new roots can sprout after 1-2 days. After planting during the growing period, the plant morphology can generally recover effectively after 10-30 days.

Species with strong cold resistance can be planted during the dormant period, such as water onion, powdery alligator flag, reed, water lily, giant reed, yellow iris, purple loosestrife, etc. The injured roots of these plants can withstand the test of long-term low temperatures and have physiological characteristics of resistance to low temperatures.

Species with poor cold resistance must be planted during the growing period. Planting such plants during the dormant period can easily cause freezing damage. Such as pickerelweed, variegated water onion, papyrus, umbrella papyrus, Egyptian papyrus, aquatic canna, etc. If these plants are planted during the growing period, the root soil temperature is high, root activity is vigorous, and the plants recover quickly.

In low-temperature areas relative to the plants, they must be planted during the growing period. For example, papyrus native to tropical Africa and ginger lily native to South China and Southwest China can only be planted during the growing period in Hangzhou and areas further north, otherwise they are prone to freezing damage and death.

4. Normal water level

A very important reason why many aquatic plants die over large areas after planting and fail to achieve the expected effect is the problem of water level control. It can be seen that the normal water level line is the lifeline of aquatic plants. In actual construction operations, sufficient attention should be given to the normal water level line. It is recommended to first use a level instrument on site to determine the normal water level line before planting construction layout. When configuring plants, consider the water depth adaptability of various plants as a hard indicator.

5. Wave impact

Small water systems generally have a small range and slow water flow, and have little impact on the planting and growth of aquatic plants. For water bodies such as rivers and lakes, wind waves, ship-generated waves, or rapid water flow erosion bring great difficulties to the planting and survival of aquatic plants. According to the characteristics of the waves, corresponding technical measures for wave dissipation and bank protection reinforcement should be adopted during planting. For lake shorelines and river shorelines with smaller lake surfaces and not-large waves, pine piles and moso bamboo piles can be used. They both dissipate waves and stabilize the bank, making them a better choice. Shoreline stacked-stone treatment combined with the landscape can also be adopted. The staggered arrangement of stacked stones not only meets the needs of garden landscapes but can also dissipate waves and stabilize the bank. After aquatic plants recover, emergent plants can play a certain role in wave dissipation, and their root systems can also play a certain role in slope protection and bank stabilization.