3. Sympatric speciation, in which the ancestral and descendant populations occupy exactly the same geographic area, with potential for hybridization between them, was first demonstrated (for animals):...


3. Sympatric speciation, in which the ancestral and descendant populations occupy exactly the same<br>geographic area, with potential for hybridization between them, was first demonstrated (for animals):<br>A. in the evolution of the polar bear Ursus arctos maritimus from the Kamchatka brown bear<br>B. in the evolution of several Hawaiian honeycreepers from a single Asian migratory species<br>C. in the evolution of metal-tolerant Anthoxanthum odoratum from metal-sensitive ancestors<br>D. in the evolution of 13 Galapagos finches from a single South American migratory species<br>E. in the evolution of the apple-maggot fly Rhagoletis pomonella from hawthorn fruit flies<br>

Extracted text: 3. Sympatric speciation, in which the ancestral and descendant populations occupy exactly the same geographic area, with potential for hybridization between them, was first demonstrated (for animals): A. in the evolution of the polar bear Ursus arctos maritimus from the Kamchatka brown bear B. in the evolution of several Hawaiian honeycreepers from a single Asian migratory species C. in the evolution of metal-tolerant Anthoxanthum odoratum from metal-sensitive ancestors D. in the evolution of 13 Galapagos finches from a single South American migratory species E. in the evolution of the apple-maggot fly Rhagoletis pomonella from hawthorn fruit flies

Jun 10, 2022
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