The images show two species of tree frogs in a particular region.Two photos of a grey tree frog on the left, and a green tree frog on the right.
The gray tree frogs are adapted to the trees of the woodlands, while the green tree frogs can survive in woodlands or grasslands. The gray frog was abundant in the woodlands. Because of climatic changes, most of the trees in the region died, and the woodlands changed to grasslands. In such a case, the
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The gray tree frog is closely related to the green tree frog genetically, but they have different mating calls. This suggests that speciation occurred because of
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Answers

Answer 1
Answer:

Answer:

the speciation of the gray tree frog and the green tree frog in the given scenario is likely a result of natural selection caused by the change in habitat from woodlands to grasslands, leading to differences in their mating calls.

Explanation:

the change in the environment from woodlands to grasslands due to climatic changes led to speciation, resulting in the gray tree frog and the green tree frog having different mating calls. This suggests that speciation occurred because of natural selection.

Here's an explanation of how this process might have occurred:

1. Initially, both the gray tree frog and the green tree frog shared a common ancestor and had similar mating calls.

2. When the climatic changes caused most of the trees in the region to die, the woodlands transformed into grasslands.

3. This change in habitat created a new selective pressure on the tree frogs. The gray tree frogs, which were adapted to the trees in the woodlands, faced difficulties surviving in the new grassland environment.

4. However, the green tree frogs, which had a broader habitat range and could survive in both woodlands and grasslands, were better suited to the new environment.

5. Over time, the gray tree frog population in the grasslands declined, while the green tree frog population thrived.

6. As the populations became isolated from each other, natural selection acted on the genetic variations present within each population.

7. The different mating calls between the gray tree frog and the green tree frog might have developed as a result of sexual selection. Frogs with mating calls that were most attractive or effective in their respective environments were more likely to reproduce and pass on their genetic traits.

8. Eventually, the genetic differences between the gray tree frog and the green tree frog became significant enough that they were considered separate species


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Hey there! 

The organismal theory teaches us that the organism itself is the basic unit in life. This contracts to the cell theory which mentions that the cell is the basic unit of life. 

Thank you!

Answer: The Organismal Theory teaches that the basic unit of life is the organism.

Explanation: The Cell Theory teaches that the cell is the basic unit of life while the Organismal Theory teaches that the basic unit of life is the organism itself.

Explain why genetic diversity is necessary in order for natural selection to occur

Answers

It is significant because, this is where the stronger and more affinated genes are conceived, thus survive. 

Genetiic variation is simply the different variety of   genetic make up  and what is called alleles. Alleles are similar to a code for the body which determines such things as hair color, eye color, height, and other factors. 

Genetic variation is therefore the variation between genes and alleles, within a small or large group of people. A small group of people would for example be a family. A large group of people would for example be  the population of a certain geographic region such as a country.

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Answers

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List the 5 conditions that can disturb genetic equilibrium in a population.

Answers

(1) nonrandommating;
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Answers

A virus doesn't do real metabolism, but uses the host cell. The correct answer is D.

Answer:

D

Explanation:

Without a host a virus is without key nutrients to survive

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Answers

The statement in the option #4 is true; Vertebrate fossils are more common than invertebrate fossils. The majority of the fossils are vertebrate skeleton or bones than the invertebrate ones. The options 1,  2, 3, is rather wrong, that leaves you with option #4. 

Answer:

D

Explanation:

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