Curious Orangutans and 4 Other Animals a Bit Different in Captivity

The video explores how captivity affects animal behavior, cognition, and immune systems. It highlights differences in zebra finches' egg incubation, orangutans' curiosity, hyenas' problem-solving, and Mexican Jays' vigilance. Captivity can alter animals' natural behaviors, impacting scientific studies and conservation efforts. The video also discusses eco immunology, emphasizing the need for careful preparation when releasing captive animals into the wild.

What is one reason animals in captivity differ from their wild counterparts?

• They have more predators.

• They are exposed to fewer microbes.

• They have less food.

• They interact more with humans.

Why do zebra finches incubate their eggs differently in captivity?

• They have less food available.

• They are more exposed to predators.

• They have more time due to abundant food.

• They are isolated from other birds.

What does behavioral plasticity in zebra finches indicate?

• Lack of learning ability.

• Adaptation to environmental changes.

• Inability to adapt.

• Fixed behavior patterns.

What is a key factor that influences orangutans' curiosity in captivity?

• Presence of other orangutans.

• Lack of food.

• Fear of predators.

• Interaction with human keepers.

How do captive hyenas differ from wild ones in problem-solving?

• They rely on social learning.

• They have smaller brains.

• They are less afraid of new objects.

• They learn from watching humans.

What is a reason captive Mexican Jays struggle with puzzles?

• Inadequate social security.

• Insufficient food.

• Lack of motivation.

• Too many strategies.

How does captivity affect the problem-solving abilities of hyenas?

• They become more fearful.

• They become less innovative.

• They try more strategies.

• They rely more on social learning.

What is eco-immunology?

• Study of animal diets.

• Study of animal habitats.

• Study of immune responses in ecological contexts.

• Study of animal behavior.

Why might captive red knots have weaker immune systems?

• They have fewer resources.

• They are not exposed to many pathogens.

• They are exposed to more pathogens.

• They have stronger immune defenses.

What is a potential risk for animals released from captivity?

• Overpopulation.

• Weaker immune systems.

• Increased predation.

• Lack of food.