Like Roots In The Soil Mac OS
Like Roots In The Soil Mac OS
A root system is part of the plant that holds it to the ground and supply water and other essential nutrients. All the complex formed by the roots of a plant is called the root system…
Types of Root System
Three types of main root systems are found in nature as
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- Taproot system
- The fibrous root system and
- Adventitious root system.
Taproot system
In this root system, there is a primary root that grows directly from the radicle. It forms a dominant central axis and is thickest of all the roots.
It grows downwards into the soil tapering towards the apex and helps the plant gain immense support.
The secondary roots are the root branches that grow out from the taproot. These secondary roots develop in acropetal (around) succession.
There are also branches from the secondary roots which are called the tertiary roots. These tertiary roots also follow acropetal succession.
The final branches of the root system called rootlets, root caps and root hairs occur over them.
Thus, this tap root system is complex and is present in large trees and shrubs to give them firm support by fixing them deep into the soil.
Examples of plants with such roots are neem, cotton, rose, etc.
Fibrous root system
In this system, a number of fine thread-like branched roots of uniform size bunch out from the base of the stem.
This type of root system occurs in monocots like rice, sugar cane, wheat, etc.
Here the primary root and seminal roots do not persist for long.
Further, these roots unlike taproots do not penetrate deep into the soil. Instead, they are located superficially. Hence, it is easy to uproot the whole plant manually.
However, these plants are not carried away by heavy winds in-spite of superficial roots due to the small size of the plant.
Adventitious root system
Mac Os Root Folder
This system of the root develops on a plant from places other than the radicle. Adventitious roots may be above or below the ground.
These roots are commonly thin or fibrous. They develop normally from nodes of creeping stems or from places of injury.
As the name indicates, these roots provide additional benefits to the plant.
Besides helping in fixation of the plant into the soil, they help in other aspects based on the plant requirements.
These adventitious roots are of different types like
Prop roots
They develop from the upper part of the stem, usually from the horizontal branches. They travel downwards into the soil vertically. These Prop roots are longer and act as pillars.
These prop roots are thicker and provide additional support to the plant. They can replace the main stem or trunk.
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Examples of such plants include the banyan tree.
Stilt roots
These roots are aerial roots and develop from the basal nodes of the main stem. Then they go obliquely downwards into superficial layers of soil.
Stilt roots are shorter and act as tent ropes to provide extra support. Stilt roots are less thick and seldom replace the main stem.
Stilt roots are present in mangrove trees.
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Storage roots (Root tubers)
These roots are meant to store reserve food material for the availability of the plant latter.
Roots are modified and enlarged which store food thus acting as storage organs like sweet potato, beetroots, carrot, radish, etc.
These storage roots are of different types on which we have a complete description as types of storage roots.
Pneumatophores
These are the roots that grow upwards out of the ground. As the name indicates, they are intended to absorb oxygen from the atmosphere.
Such type of arrangement is needed in plants that grow in wetlands.
Examples: Rhizophora.
aeroponics: a technique for growing plants without soil or sunlight in which the roots of the plant are suspended in the air and misted periodically with nutrient-rich water and light is provided by specialized grow lights
aquaponics: a technique for growing plants without soil or sunlight in which the roots of the plant are suspended in water and waste products of fish and bacteria living in the water provide nutrients for the plants; light is provided by specialized grow lights
carbon dioxide: A gas consisting of one carbon atom bonded to two oxygen atoms; the byproduct of cellular respiration in animal cells and combustion of organic materials essential to the process of photosynthesis in plant cells (carbon dioxide is also a greenhouse gas)
hydroponics: a technique for growing plants without soil or sunlight in which the roots of the plants are suspended in nutrient-rich water and light is provided by specialized grow lights
photosynthesis: the process by which plants convert carbon dioxide, water, and light energy into sugars and oxygen in order to store energy; the opposite of cell respiration
stomata: small openings in the leaves and stems of plants which can open and close to exchange oxygen and water vapor for carbon dioxide
transpiration: the process by which plants release water vapor back into the atmosphere through their stomata
water cycle: an earth system where water is cycled from the oceans to the atmosphere via evaporation, then it is cycled to the soil via precipitation, and back to the ocean via runoff or when transpiration takes place as plants absorb liquid water from the soil and then release it into the atmosphere via transpiration
Like Roots In The Soil Mac OS