Perhaps you mean group evolution, your question is unclear. It is also important to note that most evolutionary biologists don't believe group evolution happens.
Evolution is the change in allele frequency over time in a population of organisms. That is all it is and all it involves.
There are countless examples of this type of evolution, but I will give you one; Humming birds and the elongated pouches of the flowers they eat from; If the flower already has a long pouch, and a bird who's diet is of nectar but doesn't have a long beak, birds with longer beaks will get to eat more, thus it will be healthier and get to pass it's genes on. While the flowers that don't attract as many humming birds (maybe they don't have sweeter nectar or a more attractive color) don't get polinated as much, and so they don't pass as many genes on than the ones who do.
Evolution is the change in allele frequency over time in a population of organisms; change over time. This is all that it involves and whether the driver of evolution is natural selection, the adaptive driver of evolution, genetic drift, a random process or gene flow between populations, gene frequencies in these populations change and that is all evolution involves. Now, how evolution occurs with it's various drivers is another question for another time.
organisms
Proving that evolution happens can be challenging for a few reasons. Firstly, evolution occurs over long periods of time, making direct observation difficult. Additionally, the process of evolution involves gradual changes in populations, which can be difficult to track and measure. Lastly, the evidence for evolution is primarily based on indirect observations, such as fossil records and genetic analysis, which some skeptics may question.
Flowering plants and bees. I believe this is called symbiosis.
Evolution is the change in allele frequency over time in a population of organisms. That is all it is and all it involves.
There are countless examples of this type of evolution, but I will give you one; Humming birds and the elongated pouches of the flowers they eat from; If the flower already has a long pouch, and a bird who's diet is of nectar but doesn't have a long beak, birds with longer beaks will get to eat more, thus it will be healthier and get to pass it's genes on. While the flowers that don't attract as many humming birds (maybe they don't have sweeter nectar or a more attractive color) don't get polinated as much, and so they don't pass as many genes on than the ones who do.
population
The complexity of living systems is commonly found in their structure and function of the organisms. This complexity involves species, organisms, biosphere and biological evolution and is still being researched.
Evolution is the change in allele frequency over time in a population of organisms; change over time. This is all that it involves and whether the driver of evolution is natural selection, the adaptive driver of evolution, genetic drift, a random process or gene flow between populations, gene frequencies in these populations change and that is all evolution involves. Now, how evolution occurs with it's various drivers is another question for another time.
Comparative Embryology- This is the study of similar structures appearing during the embryonic development of related organisms.
evolution
Biological anthropology is the branch of science that studies human evolution.
Responsive listening involves paying full attention to the speaker, acknowledging their message and demonstrating understanding through verbal and nonverbal cues. It also involves asking clarifying questions and providing relevant responses to show genuine interest in the conversation. Ultimately, responsive listening aims to create a supportive and engaging environment for effective communication.
True.
yes but it does not really poop preyas gives birth his evolution involves multipling yes but it does not really poop preyas gives birth his evolution involves multipling