Jointed limbs are an important development because they allow animals, including humans, to move. Without joints we would be comprised of an immobile skeleton.
Patterns of development can provide important insight into the evolutionary relationships between different animals. By studying how animals develop from embryos to adults, taxonomists can identify shared characteristics that indicate a common evolutionary history and help group organisms into the correct taxonomic categories. This approach can lead to more accurate and meaningful classifications based on biological relationships rather than just physical similarities.
One important factor leading to early diversification of animals was the development of body plans that allowed for different functions and roles within ecosystems. This enabled early animals to exploit various environmental niches and adapt to different ecological challenges. Additionally, evolutionary innovations such as segmentation and bilateral symmetry played a key role in facilitating diversification among early animal groups.
Cnidarians are important to evolution as they are one of the earliest groups of animals to have evolved specialized tissues, such as nerve cells and muscles. This laid the foundation for the development of more complex animal forms. Additionally, their evolutionary success in diverse habitats demonstrates their adaptability and resilience, contributing to the overall diversity of life on Earth.
The Cambrian period marked the diversification of multicellular life forms, leading to the development of many major animal groups known today. This period is often referred to as the "Cambrian explosion" due to the rapid evolution of diverse body plans and the emergence of complex organisms with hard parts.
As blue green algae are not animals, they do not represent an evolutionary link between any forms of animals. However, I'm not sure that I'm understanding your question. B Blue-green algae are Monera, neither plants nor animals nor algae. They share the characteristic with bacteria of not having a nucleus
development of lungs
Taxonomy, spiders and insects they have jointed legs
Patterns of development can provide important insight into the evolutionary relationships between different animals. By studying how animals develop from embryos to adults, taxonomists can identify shared characteristics that indicate a common evolutionary history and help group organisms into the correct taxonomic categories. This approach can lead to more accurate and meaningful classifications based on biological relationships rather than just physical similarities.
yes
arthropods.
They provided a greater range of motion, which improved survival by allowing fishes to catch more prey and avoid predators. They enabled animals to increase the accuracy and speed of their movements.
arthropods
Animals and plants have separate evolutionary paths. They both evolved from a common ancestor but took different paths in their development. Plants evolved from ancient photosynthetic bacteria, while animals evolved from multicellular organisms that were different from plants.
Clues can be found out about the evolutionary relationships of animals by studying fossil records.
Yes, plants evolved before animals in the evolutionary timeline.
Taxonomist must look at patterns of development to help distinguish species because some species may look similar. Taxonomist can study one class of animals for years in order to get the classification just right.
Actually, no animal on the planet has joined limbs unless they are deformed.