The structural organization of organs and organ systems is far more specialized and localized in complex animals than in very complex plants.
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The difference in organ system design between plants and animals primarily stems from their distinct evolutionary histories and ecological needs. Plants, rooted in place, prioritize structures like roots, stems, and leaves for absorption, support, and photosynthesis. In contrast, animals, mobile ...
The characteristics of new cells produced by meristem change over time as they grow and mature, eventually differentiating into components of other tissues in the plant.
The role of meristematic tissue in plant growth is to produce new cells that contribute to the growth and formation of different tissues in the plant.
New cells produced by the meristem are initially like those of the meristem itself, but as they grow and mature, their characteristics slowly change, and they become differentiated as components of other tissues.
Based on their location, meristematic tissues are classified as apical, lateral, and intercalary.
The growth of plants occurs only in certain specific regions because the dividing tissue, known as meristematic tissue, is located only at these points.
Plant tissues can be classified as either growing or meristematic tissue and permanent tissue based on their capacity to divide.
No, in animals there is no such distinction between dividing and non-dividing regions, as cell growth is more uniform.
Animals consume more energy compared to plants because they move around in search of food, mates, and shelter.