Comparten muchas características, es decir, son similares porque no tienen columna vertebral sino exoesqueleto y otros tienen cuerpo y patas articuladas y más características.They share many characteristics, that is, they are similar because they do not have a spine but an exoskeleton and others have articulated body and legs and more characteristics.
Jointed legs, exoskeleton, growth by molting.
No. Earthworms are considered annelids and are not related to molluscs. Animals in the phylum Annelida (which includes earthworms and leeches) are characterized by having long, segmented bodies. On the other hand, animals of phylum Mollusca (such as clams, squid, and snails) are a phylum of animals that share their own common characteristics.
Tarantulas and other spiders are classified as arthropods by virtue of their physical characteristics. In taxonomic classification arthropods branch into two major subcategories, the chelicerates which include arachnids, and the mandibulates which includes the myriapods, crustaceans and insects. These all share the broad definition of arthropoda which is characterized by joint appendages and possession of an exoskeleton.
There were several groups did not share in the prosperity of the 1920s. One of those groups were sharecroppers of the deep South. They were still poverty stricken.
Green algae are considered the most closely related to green plants, as they share similar photosynthetic pigments and cell structure. The chlorophytes and charophytes groups of green algae are particularly close relatives to land plants.
The first plants evolved from a group of protists known as green algae. Green algae share many characteristics with plants, such as photosynthetic pigments and cell walls made of cellulose. This evolutionary relationship suggests that plants and green algae share a common ancestor.
Green algae, particularly charophytes, are considered to be the closest relatives and ancestors of land plants. They share many characteristics with land plants, such as similar chloroplast structure and reproductive features. This close evolutionary relationship suggests that land plants evolved from green algae.
They share chlorophyll.
The ancestral group to all members of the Plant Kingdom is thought to be a group of freshwater green algae called Charophytes. These algae share many characteristics with land plants, such as similar cell structure and reproductive mechanisms. It is believed that plants evolved from these ancient green algae ancestors.
Plants and green algae both have the same types of organelles. This is because they both are able to create their own food.
I think there's only one, and it's that they're autotrophs
Scientists have found genetic, biochemical, and structural similarities between green algae and land plants, suggesting a shared evolutionary history. Fossil evidence also supports the idea that green algae were among the first photosynthetic organisms on Earth, paving the way for the evolution of land plants. Additionally, green algae and plants share key features such as chlorophyll pigments and cell wall composition.
The theory of plants evolution that started from multicellular green algae is supported with evidence. First, the color and shape of small plants is similar with the green algae. Also, reproductive cycle , cell walls, the photosynthetic pigments are the same.
Green algae and land plants share characteristics such as having chlorophyll for photosynthesis, cell walls made of cellulose, and similar reproductive structures like spores and gametes. Both groups also have a similar life cycle that includes alternation of generations with a multicellular haploid and diploid phase.
they share peee
Probably the green algae, which descended from cyanobacteria. Seaweeds come in three colours, green, brown and red, and each has different photosynthetic mechanisms - not only chlorophyll. The intertidal zone may have played an important part in the colonization of the land from aquatic plants.