Want this question answered?
Short answer: yes. Everything we observe about the shape, behaviour and genetics of organisms in all shapes and sizes can and does provide evidence for evolution.
Observe these life forms
You can observe cheek cells
Evolution is the change in allele frequency over time in a population of organisms. One of the most important things modern genetics can do is observe this fact of nature by modern evolutionary genetic sequencing of many population genomes.
Plants.
Got better when diet changed
Got better when diet changed
Got better when diet changed
You do an experiment to gather this evidence and then develop a hypothesis to explain what you observe.
the scientists name was brown
That is something that can only be seen by people who look for it (or observe the world, nature).
quantitative data is the characteristics obtained from an experiment usually the best way to collect quantitative data is to observe your subject.
It was the Galapagos Islands
quantitative data is the characteristics obtained from an experiment usually the best way to collect quantitative data is to observe your subject.
It was Brown. They named it Brownian motion after her.
Short answer: yes. Everything we observe about the shape, behaviour and genetics of organisms in all shapes and sizes can and does provide evidence for evolution.
Astronomers observe as much as they can and collect enormous amounts of information based upon the radiation in various spectra, both visible and invisible, from stars, galaxies, interstellar gas clouds, and anything else they can see in the night sky, and they then perform very intricate and sophisticated mathematical analyses of the data in order to obtain reasonable theories.