Roots developing from plant parts other than radical are
A. Epiphyllous
B. Epicaulous
C. Adventitious
D. Fibrous.

Hint: In this root machine, roots are plant roots that shape from any non-root tissue and are produced each throughout regular development (crown roots on cereals and nodal roots on strawberry). And in reaction to pressurized conditions, which includes flooding, nutrient deprivation, and wounding, these kinds of roots are formed.

Complete answer:
To answer this question, first, we need to know about the plant root system. Root is a part of a vascular plant typically underground. Its number one features are anchorage of the plant, absorption of water and dissolved minerals and conduction of those to the stem, and store of reserve foods. The root differs from the stem particularly via means of missing leaf scars and buds, having a root cap, and having branches that originate from internal tissue in preference to from buds.
Now, let us find the solution from the option.
Epiphyllous is something this is developing at the outer surface of the leaf or connected to it of some other plant.
Roots growing from plant components apart from radical are adventitious roots due to the fact adventitious way coming from outside. That way they increase in locations apart from their organic position. They might also additionally rise up from stems, leaves etc.
A fibrous root system is the other of a taproot system. It is typically shaped via means of thin, fairly branching roots developing from the stem.

Hence, the correct answer is option (C)

Note: Adventitious roots rise up out-of-collection from the extra regular root formation of branches of a number one root, and alternatively originate from the stem, branches, leaves, or old woody roots. They usually arise in monocots and pteridophytes, however additionally in many dicots, which includes clover (Trifolium), ivy (Hedera), strawberry (Fragaria) and willow (Salix). Most aerial roots and stilt roots are adventitious. In a few conifers adventitious roots can shape the most important part of the basis system.