Answer:
i think true water-conducting tissue is a derived character of green algae?
Explanation:
WHY?
Many characteristics of land plants also appear in algae like both are multi cellular, euks, photosynthetic autotrophs so are brown, red, and certain green algae, plants have cell walls made of cellulose and so do green algae
However, charophytes are the only present day algae that share these traits with land plants
1.Rings of cellulose-synthesizing proteins (circular rings of proteins in plasma membrane that make cellulose of cell wall)
2.Structure of flagellated sperm
3.Formation of a phragmoplast ( group of microtubules known as phragmoplast formes b/t daughter nuclei of a dividing cell, giving rise to a cell plate making cross wall that separates the daughter cells)
Comparisons of both nuclear and chloroplast genes point to charophytes as the closest living relatives of land plants
Land plants are not descended from modern charophytes, but share a common ancestor with modern charophytes
WHY NOT?
The origin of embryophytes, as these multicellular plants arose and conquered the land, was a pivotal event in the history of life on earth. Without embryophytes, there would be no animals or humans surviving on the land portion of our planet. The provide food, habitat, energy, oxygen, protection, and numerous vital other functions for the world's creatures. Human beings also benefit from the aesthetic beauty, medicines, and innumerable products derived from these diverse plants.
True water-conducting tissue is not a derived character from either green algae or embryophytes. Green plants consist of mostly aquatic “green algae” and a group known as embryophytes
Non-vascular plants are plants without a vascular system which is xylem and phloem.
Because green algae lack lignified water-conducting tissues, they cannot be tall as most vascular plants.
Green algae consist of several unrelated groups and they lack vascular tissue.
Most scientists would consider green
True water conducting tissue consist of xylem. It is a plant vascular tissue that moves water and dissolved minerals from the roots to the rest of the plant and also provides physical support.
Xylem tissue comorises of a different specialized, water-conducting cells commonly called tracheary elements
Conclusively, Since water conducting tissue is xylem which is absence in Green algae and embryophytes, they can therefore not be regarded as both.
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