Similar structures that have evolved independently are called homologous structures. An example would be the wings of a bird and the wings of an insect.
Similar structures that evolved independently are called analogous structures, or analogies.
parallel evolution
analogous structures
Homologous
And come up with similar solutions, both physiological and behavioral? Analogous structures arising from convergent evolution.
The threadlike structures are called rhizoids.
The structures are called chromosomes.
Thread like structures in fungi are called hyphae .
Similar structures that evolved independently are called analogous structures, or analogies.
wieners.
Homologous
Homologous structures.
Homologous structures.
If a bat, a human, an alligator, and a penguin all evolved from a common ancestor, then they should share common anatomical traits. In fact, they do. Compare the forelimbs of the human, the bat, the penguin, and the alligator. Find the humerus, radius, ulna, and carpals in each forelimb. Though the limbs look strikingly different on the outside and though they vary in function, they are very similar in skeletal structure. More significantly, they are derived from the same structures in the embryo. Structures that are embryologically similar, but have different functions, are called homologous structures. Though these animals look different, a comparison of homologous structures indicates that they are quite similar. This suggests that these animals evolved from a common ancestor.by: Lameace[=
It's called convergent evolution. Where two species that are separated by a barrier evolve similar structures or behaviors. This is because they most likely live in similar environments that cause them to adapt similar features to survive in that particular environment.
It's homoplasy.
If a bat, a human, an alligator, and a penguin all evolved from a common ancestor, then they should share common anatomical traits. In fact, they do. Compare the forelimbs of the human, the bat, the penguin, and the alligator. Find the humerus, radius, ulna, and carpals in each forelimb. Though the limbs look strikingly different on the outside and though they vary in function, they are very similar in skeletal structure. More significantly, they are derived from the same structures in the embryo. Structures that are embryologically similar, but have different functions, are called homologous structures. Though these animals look different, a comparison of homologous structures indicates that they are quite similar. This suggests that these animals evolved from a common ancestor.by: Lameace[=
Rhuzoids are the structures that anchor bread molds to the substrate. They are similar to roots, only they are single-celled.
They are said to be homologous because they have similar structures.
Yes, and the structure is called a haploid structure