What Does The Theory Of Evolution Predict About Biogeography
What does the Theory of evolution predict about biogeography?
• Biogeography is strongly supported by the theory of evolution. Animals that are the most similar tend to be found in the same regions. This is because the main changes that happen within a species are strongly driven by geographical change, meaning each species’ traits have evolved to suit the environment they live in.
Are there and questions raised by this category?
• Although there is very stong evidence to support this theory, some scientists are skeptical because some species are very closely related but live in completely different regions of the world, with no similar species between the two regions.
• For Example: o Almost identical species of Pogonia ophioglossoides
(found in North America) and Pogpnia japonica (found in Eastern Asia) o (insert picture)
How do biologist deal with these questions?
• Many scientists disprove these questions because these distantly related species evolved in similar environments, and thus acquired many of the same traits to thrive in their climate.
Citation:
What does the Theory of evolution predict about biogeography?
• Biogeography is strongly supported by the theory of evolution. Animals that are the most similar tend to be found in the same regions. This is because the main changes that happen within a species are strongly driven by geographical change, meaning each species’ traits have evolved to suit the environment they live in.
Are there and questions raised by this category?
• Although there is very stong evidence to support this theory, some scientists are skeptical because some species are very closely related but live in completely different regions of the world, with no similar species between the two regions.
• For Example: o Almost identical species of Pogonia ophioglossoides (found in North America) and Pogpnia japonica (found in Eastern Asia) o (insert picture)
How do biologist deal with these questions?
• Many scientists disprove these questions because these distantly related species evolved in similar environments, and thus acquired many of the same traits to thrive in their climate.
Citation:
• Biogeography is strongly supported by the theory of evolution. Animals that are the most similar tend to be found in the same regions. This is because the main changes that happen within a species are strongly driven by geographical change, meaning each species’ traits have evolved to suit the environment they live in.
Are there and questions raised by this category?
• Although there is very stong evidence to support this theory, some scientists are skeptical because some species are very closely related but live in completely different regions of the world, with no similar species between the two regions.
• For Example: o Almost identical species of Pogonia ophioglossoides
(found in North America) and Pogpnia japonica (found in Eastern Asia) o (insert picture)
How do biologist deal with these questions?
• Many scientists disprove these questions because these distantly related species evolved in similar environments, and thus acquired many of the same traits to thrive in their climate.
Citation:
What does the Theory of evolution predict about biogeography?
• Biogeography is strongly supported by the theory of evolution. Animals that are the most similar tend to be found in the same regions. This is because the main changes that happen within a species are strongly driven by geographical change, meaning each species’ traits have evolved to suit the environment they live in.
Are there and questions raised by this category?
• Although there is very stong evidence to support this theory, some scientists are skeptical because some species are very closely related but live in completely different regions of the world, with no similar species between the two regions.
• For Example: o Almost identical species of Pogonia ophioglossoides (found in North America) and Pogpnia japonica (found in Eastern Asia) o (insert picture)
How do biologist deal with these questions?
• Many scientists disprove these questions because these distantly related species evolved in similar environments, and thus acquired many of the same traits to thrive in their climate.
Citation: