Groundnut, also known as peanut (Arachis hypogaea), has two cotyledons, classifying it as a dicotyledonous plant. It typically develops a taproot system, which allows it to access deeper soil moisture and nutrients. The taproot can also produce secondary roots that contribute to its overall root structure.
wheat plant have fiberous root
Since the fibrous roots are not deep rooted, it is easy to pull out such plants from the ground as compared to those with tap root system.
The root system of sugarcane is fibrous, consisting of many small roots that spread out horizontally near the surface of the soil.
No, it is a both a root and a type of tuber that has tap roots( the long thin strands that anchor plants in the ground) Answer A potato is a tuber, the roots of a potato plant are fibrous, the tubers grow on the roots.
They have fibrous roots (bulbs) and the root system stays close to the bulb to take nutrients out of the ground.
Rosemary has a fibrous root system. This is because there are multiple roots that anchor it to the ground. Also there is no major root (taproot).
Tap root gives the support to the plant and fibrous root search the water and mineral salts in the ground.
a tap root is the main root ,a lateral root extends horizontally and they say it develops into a fibrous root.
wheat plant have fiberous root
Since the fibrous roots are not deep rooted, it is easy to pull out such plants from the ground as compared to those with tap root system.
The root system of sugarcane is fibrous, consisting of many small roots that spread out horizontally near the surface of the soil.
No, it is a both a root and a type of tuber that has tap roots( the long thin strands that anchor plants in the ground) Answer A potato is a tuber, the roots of a potato plant are fibrous, the tubers grow on the roots.
Akee tree has fibrous roots.
Okra has a fibrous root system, which consists of many thin roots that spread out in the soil. Carrots, on the other hand, have a taproot system, characterized by a central, thick root that grows deeper into the ground. This difference in root types reflects their adaptations to their environments and growth habits.
They have fibrous roots (bulbs) and the root system stays close to the bulb to take nutrients out of the ground.
Fibrous root
Fibrous.