yes
Plants and animals evolved together, so it is not surprising that there are many complex plant/ animal relationships. This process of interdependent evolution of two or more species is called co-evolution. Some relationships are beneficial to both parties, while others have a clear benefit for one at the expense, or even death, of the other. Four important plant/ animal interactions are explored here: plant/ herbivore, plant/ pollinator, plant/ disperser, and other examples of mutualism.
The presence of chloroplasts is an important organelle in classifying cells as plant cells, while the absence of them is a distinguishing feature of animal cells. Other organelles, such as the cell wall in plants and centrioles in animal cells, also help differentiate between the two types.
It holds the DNA of the cell and it controls it.
False. The word endings for plant and animal taxa differ due to their distinct classification systems and taxonomic conventions. For example, many plant families end in "-aceae," while animal families often end in "-idae." These differences reflect the unique characteristics and evolutionary relationships within each kingdom.
it is both animal and plant
Plants and animals evolved together, so it is not surprising that there are many complex plant/ animal relationships. This process of interdependent evolution of two or more species is called co-evolution. Some relationships are beneficial to both parties, while others have a clear benefit for one at the expense, or even death, of the other. Four important plant/ animal interactions are explored here: plant/ herbivore, plant/ pollinator, plant/ disperser, and other examples of mutualism.
a ecologist.
Without plant or animal cells, you don't have plants or animals. The importance of plants and animals should be evident.
No, it is not a plant cell, but is an important organelle (parts of cells) in both plant and animal cells
Organ
Nitrogen
One important way that plant cells differ from animal cells is the presence of a cell wall in plant cells, which provides structure and support. Additionally, plant cells contain chloroplasts for photosynthesis, while animal cells do not. Plant cells also often have a large central vacuole for storage of water and nutrients, which is typically smaller or absent in animal cells.
Animal and plant hormones play an important role in the growth and development of the species. They work by the existence of specific pathways, and complex signal transduction.
The cell structure is useful in determining if an animal or a plant. A plant has chloroplast, a central vacuole, cellulose and a cell wall, giving it a sort of square shape. An animal cell has lysosome, centrioles and cilia.
The presence of chloroplasts is an important organelle in classifying cells as plant cells, while the absence of them is a distinguishing feature of animal cells. Other organelles, such as the cell wall in plants and centrioles in animal cells, also help differentiate between the two types.
Lysosomes are found in animal cells but not plant cells.
All plant and animal live requires oxygen to survive