plants
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.
If you use the micro-macro dichotomy then no Speciation is macro evolution. To be precise, biologists, though many biology texts do not conform, say evolution and speciation.
Macro-evolution. Or, more accurately, speciation.
Polyploidy occurs in cells and organisms when there are more than two homologous sets of chromosomes. "occurrence of polyploidy suggests an evolutionary advantage of having multiple sets of genetic material for adaptive evolution"
Adaptive change and speciation.
Sympatric Speciation
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.
no
If you use the micro-macro dichotomy then no Speciation is macro evolution. To be precise, biologists, though many biology texts do not conform, say evolution and speciation.
evolution
Speciation adds to biodiversity. Hence it affect the evolution of best suited forms to come up.
speciation
Macro-evolution. Or, more accurately, speciation.
Speciation is the evolutionary process by which new biological species arise.
Without mutation there can be no evolution. Without evolution there can be no speciation.
if you are referring to the the worksheet the evolution of living things from the textbook holt science and technology, the answer is speciation
Polyploidy occurs in cells and organisms when there are more than two homologous sets of chromosomes. "occurrence of polyploidy suggests an evolutionary advantage of having multiple sets of genetic material for adaptive evolution"