Corn/ maize has an adventisious root system as it is monocotylednous
Garlic has a fibrous root system, consisting of many fine roots that spread out from the base of the plant. This type of root system is well suited for anchoring the plant in the soil and absorbing nutrients efficiently.
Mogra plants typically have a fibrous root system. This type of root system consists of thin, branching roots that spread out close to the soil surface, enabling the plant to efficiently absorb water and nutrients. It also helps anchor the plant securely in the soil.
Betel leaf has a fibrous root system which consists of thin, branching roots that spread out in the soil to support the plant above ground. This type of root system helps in anchoring the plant securely in the soil and absorbing water and nutrients efficiently.
The carrot plant's root system is a taproot
Chrysanthemums have a fibrous root system. This type of root system consists of thin, branching roots that spread out close to the surface of the soil. Fibrous roots help the plant anchor itself and absorb nutrients efficiently.
tap root system
tap root system
climbing root
Onion being a monocot plant has fibrous root system
Ivy has anaerialroot system.
Garlic has a fibrous root system, consisting of many fine roots that spread out from the base of the plant. This type of root system is well suited for anchoring the plant in the soil and absorbing nutrients efficiently.
Zea mays, or corn, has a fibrous root system. This means that it has a network of thin, branching roots that spread out shallowly in the soil rather than having a deep taproot. This type of root system helps corn plants to efficiently absorb nutrients and water from the soil.
Onion being a monocot plant has fibrous root system
Taproot system
adventisious as it is monocotyledonous
The chameli plant has a fibrous root system, which consists of thin, branching roots that spread out in all directions close to the soil surface. This type of root system helps the plant to efficiently absorb water and nutrients from the soil.
The root system of a gram plant is fibrous and shallow, with numerous fine roots spreading in the upper layers of soil to absorb nutrients and water efficiently. This type of root system helps the gram plant adapt well to dry and arid conditions.