How to carry out budding in pomegranate roots? Pomegranate root and its interaction with the soil.

Budding is a form of pollination in plants and how to carry out budding in pomegranate roots is one that is essential to know. This will help one in growing different varieties of pomegranate and also learning more about the genetic traits and DNA of the pomegranate plant.


How fast does pomegranate roots absorb water from the soil?

Plants absorb water from the environment through their leaves, stems, and roots. But the majority of the water is taken up by the root hairs of the pomegranate plant. During the day, plants absorb water most quickly. Pomegranate plant utilize the diffusion process to collect water and minerals through their root hairs. Pomegranate plant uses water for a lot of purposes and some of them include:

  • For preserving turgidity in cells for structure and growth
  • For Moving organic substances and nutrients around the plant.
  • It is a starting point for a number of chemical reactions, including photosynthesis.
  • Plant uses water to develop the nutrient they need for growth.

 What is the exact quantity of nutrients needed to grow pomegranate roots?

A pomegranate tree needs enough nitrogen for best growth since nitrogen promotes the development of blossoms that will eventually bear fruit and the growth of foliage. They also need sunlight of six hours daily In order to grow well. Pomegranate trees do not usually require fertilizer. However, a fertilizer for pomegranate trees is advised if the plant is growing poorly, particularly if it is not setting fruit or production is low. For pomegranate plant root to grow, there are major nutrient needed and this six nutrients are calcium, phosphorus, magnesium, potassium, nitrogen, and sulfur. Without these nutrients, there would be no room for growth or survival of the pomegranate plant. Let us take a brief look into this nutrients and their role in the development of roots

Nutrient needed by pomegranate plant and their roles:

  • Calcium: The calcium in plants is what keeps their cell walls together. Additionally, it is utilized to turn on specific plant enzymes.
  • Phosphorus: All plants require phosphorus for overall health and vitality, and it also hastens plant maturation.
  • Magnesium: Magnesium contributes to protein synthesis, activates the majority of plant growth-related enzymes, and gives leaves their green hue.
  • Pottassium: In plant tissue, potassium is involved in the flow of water, minerals, and carbohydrates. It plays a role in the plant’s enzyme activation.
  • Nitrogen: The growth and development of crucial plant tissues and cells, such as the cell membranes and chlorophyll, depends on nitrogen, an essential component of all the amino acids that make up plant structures and serve as the building In the plant nucleus, it also aids in holding the genetic material. Nitrogen is also contributes in improving  properties such as  chlorophyll which is an organelle necessary for the creation of carbohydrates by photosynthesis and a substance that gives the plant its green color1
  • Sulfur: Sulfur helps legumes produce nodules on root hairs and is crucial in promoting nitrogen fixation in legume crops. In the creation of chlorophyll, it is also employed.

Pomegranate roots nutrient absorption rates in the various soil types?

The soil’s structure affects how quickly pomegranate roots can absorb nutrients. In a well-drained soil, pomegranate roots absorbs nutrients more readily. In a soil with poor drainage, pomegranate nutrient absorption tends to be slow. It is harder for a soil with poor drainage to access sunlight and sunlight is one of the major requirement pomegranate needs to grow. A well drained soil absorbs sunlight faster and easier and thus utilizes soil nutrient easily.

 How to carry out budding in pomegranate roots?

  • Cut a “budstick” from the plant.
  • Search for fully matured pomegranate buds growing along the original plant (often called a “scion” in budding).
  • Prioritize branches that are still actively growing well away from the pomegranate  plant’s stem, on the outside of the scion’s canopy.
  • Look for buds that appear fat and healthy where leaf stems grow from the branch.
  • Cut the branch from the scion and then snip away any leaves from the branch.  When cutting away the leaves, make your cut at the base of the blades so that the stem is still attached to the branch.

What is the exact quantity of water needed to grow pomegranate roots?

Pomegranates should receive at least one inch of water every week for the best development and output. Water is essential for the growth and development of plant root. However pomegranate should not be overwatered as the plant thrives more in a place of good sunlight than water supply.

Water has benefits to plant root. Water aids in cell enlargement, which eventually accelerates plant development. It is necessary for the germination of seeds and the development of plant roots. Minerals and nutrients are transported from the soil to the plants with the assistance of water. Also, by applying the proper pressure to the plant tissues, water aids in the upkeep of the plant’s  root structure.

Can the color of pomegranate roots be changed?

Yes they can. This happens when the plant gets infected by diseases or when the application of fertilizers is too much. This often causes root burn to the plant. Also, over-fertilization can result in abrupt plant growth with insufficient roots that are unable to provide the plant with enough water and nutrients. Also, by increasing the soil’s salt concentration, excessive fertilizer changes the soil and might harm beneficial soil microbes.

Other effects of over fertilization includes:

  • Environmental Concerns

Excess fertilizer that drains into storm drains eventually finds its way into rivers and lakes, polluting the water. Despite the fact that the abuse of fertilizers on farms has a much greater negative impact on the environment than fertilizer use in backyard gardens, this issue nevertheless exists. Fish and other aquatic species frequently suffer harmful impacts from improper fertilizer application. Algae consume the oxygen that fish and other creatures need as they feast on the nutrients in fertilizers. Additionally, fish are harmed by the ammonia that fertilizer releases. decrease in plant health

  • Although adding the minerals present in fertilizer promotes plant growth, using too much fertilizer can be harmful to the plants.
  • Diseases and Pests: plants that receive excessive fertilization may develop leaves that are  greener, and more attractive to pests. The increased vigor of the foliage can attract unwanted insects, such as aphids, which feed on the leaves.3

 The major disease of pomegranate root is the root rot and it is a common disease that changes the color of pomegranate plant roots. Generally, in plants, the roots of a tree range in color from light brown to black, with younger ones being virtually white.

What is the average length of pomegranate roots?

Pomegranate root length is of 2 -3 feet (24-36 inch). This makes pomegranate tree one that you can grow at home. Pomegranate root plays some functions such as:

  • It gives plant the anchor it needs to remain in place.
  • Pomegranate roots assist the pomegranate plant in absorbing water, nutrients, and oxygen from the soil and transferring them to the leaves
  • . They also assist the plant in interacting with sunlight, which aids in fruit production.
  • The plant receives some of its energy from the pomegranate root.

Pomegranate plant root is not as long as some plant roots. Some examples of plants with long root include:

  • Rice
  • Banana
  • Orchids
  • Rhizophora

The amount of water and nutrients a plant has access to depends on its root length, which also facilitates the plant’s uptake of these nutrients. Some of the factors that affects root length are:

  • Soil moisture
  • air
  •  temperature
  • Soil  texture.           

 Are pomegranate roots cross-pollinated by insects?

Insects can both self-pollinate and cross-pollinate the pomegranate. Bees carry out the pollination of pomegranate trees. Cross pollination has its advantages which includes:

1. Cross-pollination results in the development of novel varieties.

2. More viable and considerable amounts of seeds are produced.

3. Healthier offsprings are produced.

This is how cross pollination is carried out:

When hummingbirds or bees carry pollen from one pomegranate plant to the flowers of another, this process is known as cross-pollination. Although some fruit trees benefit from wind as a pollen transporter, pomegranate shrubs cannot benefit from wind. Space the plants 12 to 18 feet apart to ensure that your pomegranates are close enough for cross-pollination and still have room to grow2.

Other insects that carry self pollination includes:

  • Wasp
  • hover flies
  • moth
  • butterflies
  • sweet bee
  • apidae
  • soldier beetles
  • apis dorsata

Bees pollinate plants such as :

  • Apple
  • Lemons
  • Brocolli
  • okra
  • potato  amongst many others

Citations used in this article are: