vi. short answer questions
13. how can both genes and the environment affect the traits seen in the chernobyl dogs?

14. why do scientists study the dogs living in the chernobyl exclusion zone?

exit ticket
15. do the chernobyl dogs show evidence of adaptation? yes/no (circle one)
support your answer with one piece of evidence from the video.

Question

vi. short answer questions
13. how can both genes and the environment affect the traits seen in the chernobyl dogs?

14. why do scientists study the dogs living in the chernobyl exclusion zone?

exit ticket
15. do the chernobyl dogs show evidence of adaptation? yes/no (circle one)
support your answer with one piece of evidence from the video.

Accepted Answer

Since the problem is about Chernobyl dogs and their traits/adaptation, and the subfield in Natural Science related to this is Biology (specifically studying organisms' traits, adaptations, and environmental influences on them). But as the user hasn't provided the video content or specific details, we can't fully answer the questions. However, for question 13 (How can both genes and the environment affect the traits seen in the Chernobyl dogs?):

# Brief Explanations:
Genes provide the genetic blueprint for traits (e.g., coat color, size). The Chernobyl environment (radiation, contaminated food) can cause mutations (altering genes) or affect gene expression (epigenetics), and also directly impact traits (e.g., health issues from radiation affecting appearance).
# Answer:
Genes provide the inherent genetic code for traits (e.g., inherited physical or physiological characteristics). The Chernobyl environment, with factors like radiation and contaminated resources, can induce genetic mutations (altering the DNA that codes for traits) or affect gene expression (via epigenetic changes). Additionally, the environment can directly influence traits, such as radiation - related health problems that modify the dogs’ appearance or behavior.

For question 14 (Why do scientists study the dogs living in the Chernobyl Exclusion Zone?):

# Brief Explanations:
Scientists study these dogs to understand the long - term effects of radiation on living organisms, observe evolutionary/adaptive changes in a highly contaminated environment, and gain insights into how organisms respond to extreme environmental stressors.
# Answer:
Scientists study the Chernobyl Exclusion Zone dogs to understand the long - term biological impacts of radiation exposure (on genetics, health, and evolution), observe how organisms adapt to extreme, contaminated environments, and gain knowledge about the interaction between organisms and highly stressed ecosystems.

For question 15 (Do the Chernobyl dogs show evidence of adaptation? Yes/No (circle one) Support your answer with one piece of evidence from the video.):

Since we don't have the video, a sample answer (assuming a common adaptation - related observation) could be:
# Brief Explanations:
If the video shows that the dogs have developed resistance to radiation - related illnesses or have changes in behavior to avoid highly contaminated areas, that's evidence. For example, if the video states that some dogs have genetic mutations that help them process contaminated food better, that's an adaptation.
# Answer:
(Assuming Yes) Yes. Evidence: The video shows that some Chernobyl dogs have genetic changes that allow them to tolerate the high levels of radiation in their environment, such as mutations in DNA repair genes that help them repair radiation - induced damage more effectively.

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