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Plants are classified based on their ability to produce their own food through photosynthesis, while animals are classified based on their ability to consume other organisms for energy. This difference leads to plants being categorized as autotrophs and animals as heterotrophs.
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What is the difference in classification levels of plants and animals?
Plants are classified into divisions, classes, orders, families, genera, and species. Animals are classified into phyla, classes, orders, families, genera, and species. The main difference is the higher taxonomic level at which the classifications begin for plants (division for plants and phyla for animals).
What is finest level of classification for animals?
The finest level of classification for animals is species.
What is the second highest and second broadest classification level for plants and order?
The second highest and second broadest classification level for plants and fungi is the division.
In plants the classification level below the domain?
The classification level below domain in plants is kingdom. Plants are classified in the domain Eukarya, which is further divided into different kingdoms, with the Plantae kingdom consisting of all plants.
What are two domains in taxonomy?
Two main domains in taxonomy are Bacteria (bacteria and archaea) and Eukarya (plants, animals, fungi, protists). These domains represent the highest level of classification in the tree of life.
What is the difference the classification level of animals and plants?
There is no longer any difference in the classification system of plants and animals. Before, it was that you would use the term division for classifying plants instead of phylum,used to classify animals. Now, phylum can be used to classify plants and animals.
What is the difference in classification levels of plants and animals?
Plants are classified into divisions, classes, orders, families, genera, and species. Animals are classified into phyla, classes, orders, families, genera, and species. The main difference is the higher taxonomic level at which the classifications begin for plants (division for plants and phyla for animals).
What level of classification includes fewest organisms?
For both plants and animals it is the species. But there are subspecies in animals and cultivars in plants.
Are supergroups plants animals or fungi?
Supergroups are a level above kingdom in terms of taxonomic classification. Plants, animals and fungi are all kingdoms in taxonomy.
What is finest level of classification for animals?
The finest level of classification for animals is species.
What is the second highest and second broadest classification level for plants and order?
The second highest and second broadest classification level for plants and fungi is the division.
Animals that feed on plants are in what trophic level?
Not sure what yo mean by trophic level. But the classification is called herbivore.
In plants the classification level below the domain?
The classification level below domain in plants is kingdom. Plants are classified in the domain Eukarya, which is further divided into different kingdoms, with the Plantae kingdom consisting of all plants.
What the second highest and second broadest classification level for plants and fungi?
class
What is the class of animals that contains the least examples?
The class of animals that contains the least examples is the family, as it is the lowest level in the classification of animals.
What does a plant have similar to humans?
on a cellular level, both plants and humans have cell nucleus, ribosomes, lysosomes, endoplasmatic retticulum, Golgi apparatus. The major difference between plants and animals on the cellular level is that animals get their energy mainly from the mitochondriums while the plants get their energy from their chloroplasts. Both cells divide by mitosis (and meiosis when forming gametes).
What are two domains in taxonomy?
Two main domains in taxonomy are Bacteria (bacteria and archaea) and Eukarya (plants, animals, fungi, protists). These domains represent the highest level of classification in the tree of life.
