You find similar groups of animals and planting living together because of the environment that they are in. If you are in a forest, many of the same animals are going to be close to one another to help protect each other.
they must have some similar characteristics like nutrition, habitat, internal systems,and many other similar characteristics..... the animal which possess similar characteristics put into a kingdom...
Yes, when different organisms evolve similar characteristics, it is referred to as convergent evolution. This occurs when species from different evolutionary backgrounds adapt to similar environments or ecological niches, resulting in analogous traits. Conversely, divergent evolution describes the process where related organisms evolve different characteristics, often due to adapting to different environments or selective pressures. This leads to increased differences within a lineage over time.
The five kingdoms used to classify organisms are: Animalia, Plantae, Fungi, Protista, and Monera. Each kingdom represents a broad group of organisms with similar characteristics and evolutionary relationships.
In the Linnaeus system, organisms within the same class contain similar phyla. Classes are one taxonomic rank above phyla and encompass groups of organisms that share similar characteristics and evolutionary relationships.
The members of the kingdom Protista are least similar to other kingdoms like Plantae and Animalia because Protists are unicellular or simple multicellular organisms with diverse characteristics, while plants are multicellular and typically photosynthetic, and animals are multicellular and heterotrophic.
tell me the answer
No, organisms in the same kingdom do not have to belong to the same domain. Kingdom is a broader classification level than domain. Organisms in the same kingdom share similar characteristics and traits, but they can belong to different domains, which are higher-level classifications.
Organisms in the same kingdom share similar characteristics such as cell structure, mode of nutrition, reproduction methods, and body organization. Kingdoms help classify organisms based on these shared traits.
they must have some similar characteristics like nutrition, habitat, internal systems,and many other similar characteristics..... the animal which possess similar characteristics put into a kingdom...
Yes, when different organisms evolve similar characteristics, it is referred to as convergent evolution. This occurs when species from different evolutionary backgrounds adapt to similar environments or ecological niches, resulting in analogous traits. Conversely, divergent evolution describes the process where related organisms evolve different characteristics, often due to adapting to different environments or selective pressures. This leads to increased differences within a lineage over time.
wieners.
The five kingdoms used to classify organisms are: Animalia, Plantae, Fungi, Protista, and Monera. Each kingdom represents a broad group of organisms with similar characteristics and evolutionary relationships.
That is incorrect. Eubacteria is a kingdom that contains prokaryotic organisms, such as bacteria, while Animalia is a kingdom that contains multicellular eukaryotic organisms, such as animals. They are two distinct biological classifications with different types of organisms.
In the Linnaeus system, organisms within the same class contain similar phyla. Classes are one taxonomic rank above phyla and encompass groups of organisms that share similar characteristics and evolutionary relationships.
share similar characteristics due to their classification at the class level, but will differ in their specific physical traits and behaviors because they are classified under different orders, which represent more specific groupings based on evolutionary relationships and characteristics.
A kingdom is a taxonomic rank in biological classification, typically comprising a large group of organisms that share certain fundamental characteristics. It is one of the broadest levels of classification that helps organize and group similar organisms together based on their shared evolutionary history and characteristics.
Organisms in a species share more similar characteristics and can interbreed to produce viable offspring, whereas organisms in the same genus may have more differences but still share some common characteristics. Species are a more specific group than genus. Organisms in the same genus are more closely related than organisms in different genera.