It is very simple to explain this concept. The more there is for a species to feed on, the more the species will thrive and multiply.
Angiosperm
Japanese Maple (Acer Palmatum) is an angiosperm.
It is angiosperm.
Polyploidy in plants, for one instance the doubling of chromosomes at mating, is direct evidence not only for evolution but for speciation as well. I fact many to most modern angiosperm species are developed this way.
Dracaena is an angiosperm, hence it produces flowers and fruits.
R. H. Crozier has written: 'Evolution of social insects colonies' -- subject(s): Sex allocation, Kin selection (Evolution), Insect societies 'Evolution of social insect colonies' -- subject(s): Sex allocation, Kin selection (Evolution), Insect societies
Angiosperm
bees are related to wasps and ants.
INSECT
Locusts, crickets
Japanese Maple (Acer Palmatum) is an angiosperm.
angiosperm, monocot
Theory of evolution refers to animals and plants evolution along the time. Language evolution is another issue, not entirely related to the theory of evolution. It follows the theory of evolution on some way but it is related to culture evolution, not to the physical attributes evolution.
given the choices i say angiosperm
monocot angiosperm
Andrei K. Brodskii has written: 'The evolution of insect flight' -- subject(s): Insects, Evolution, Flight
Copernicus is a famous scientist. He is not related to evolution. Evolution is the gradual process in which something changes into a different and usually more complex form. Copernicus is a human scientist. These two are not related.