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Chapter 36: Problem 41

What is innate behavior? a. Innate behavior results from practice and conditioning. b. Innate behavior occurs spontaneously without any learning component. c. Innate behavior results from thought processes. d. Innate behavior results from interactions within a social group.

Short Answer

Expert verified
b. Innate behavior occurs spontaneously without any learning component.

Step by step solution

01

Understand the Definition of Innate Behavior

Innate behavior refers to actions and reactions that occur naturally in an organism without any experience or learning. These behaviors are genetically hardwired and usually triggered by specific stimuli.
02

Analyze Option A

Option a states that innate behavior results from practice and conditioning. Since practice and conditioning involve learning from experiences, this does not match the definition of innate behavior. Thus, option a is incorrect.
03

Analyze Option B

Option b states that innate behavior occurs spontaneously without any learning component. This matches the definition of innate behavior, as it happens naturally and is not learned.
04

Analyze Option C

Option c indicates that innate behavior results from thought processes. Thought processes involve cognition and decision-making, suggesting a learned component. Hence, option c is incorrect.
05

Analyze Option D

Option d suggests that innate behavior results from interactions within a social group. Interactions usually involve some form of learning and adaptation, so option d does not fit the definition of innate behavior.
06

Select the Correct Answer

Based on the definitions and analysis, option b accurately describes innate behavior. Thus, option b is the correct answer.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

Genetically Hardwired Behavior
Innate behavior is also known as genetically hardwired behavior. This means that the behavior is built into an organism's genetic makeup. Such behaviors are encoded in the DNA and manifest without the need for prior experience or learning.

For example, baby sea turtles instinctively move towards the ocean after hatching. They do not need to be taught this; it is embedded in their genetic code. Their actions are automatic and crucial for their survival.

Other examples include birds building nests, and spiders weaving webs. These actions are executed without prior practice or instruction, making them quintessential examples of genetically hardwired behaviors.
Non-Learned Behavior
Non-learned behaviors are those that occur naturally and spontaneously without being influenced by the environment or experience. Innate behaviors fall under this category. They are ingrained and do not require practice, conditioning, or learning.

For instance, a newborn baby grasping a finger is a non-learned, innate behavior. It happens naturally and does not need teaching.

Another example is the reflex of pulling your hand back when you touch something hot. This reaction is immediate and doesn't require any learning or thinking process to occur. It's a built-in mechanism that helps protect you from harm.
Behavioral Response to Specific Stimuli
Innate behaviors are often triggered by specific stimuli, making them very predictable. These stimuli can be internal or external and prompt the organism to perform certain actions.

For example, a tick will instinctively climb to the top of vegetation and wait for a host to pass by. This action is triggered by the specific stimulus of detecting carbon dioxide levels.

Another example is when a baby's cheek touches a surface, and they turn their head and start to suckle. This behavior is triggered by the stimulus of touch. Such responses are crucial for the organism's survival and are a key feature of innate behavior.

Innate behaviors ensure that an organism can perform necessary functions such as finding food, reproducing, and staying safe from predators, all triggered by specific, predictable stimuli.

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Most popular questions from this chapter

Suppose a population of lizards becomes divided into two groups on two different islands after a devastating tsunami. No predators of the lizard are present on one island, and on the other island is a fierce predator that uses the lizard as its primary source of food. Assuming both populations encounter similar environments in every other way, and both survive and grow over the next 100 years, how do you predict any of the characteristics of the two lizard populations to differ at the end of that time? Give specific examples to explain your prediction. a. The lizards on the island with no predators will likely evolve adaptations such as camouflaged coloration, sharp spines, or toxins to defend against this predator. These adaptations will likely be absent in the other population because they are adapted to other predators. b. The lizards that survive the fierce predator will likely evolve adaptations such as camouflaged coloration, sharp spines, or toxins to defend against this predator. These adaptations will likely be absent in the other population because they are adapted to other predators. c. The lizards that survive the fierce predator will likely evolve adaptations such as camouflaged coloration, sharp spines, or toxins to defend against this predator. These adaptations will likely be absent in the other population because this predator is not a factor in their survival. d. The lizards on the island with no predators will likely evolve adaptations such as camouflaged coloration, sharp spines, or toxins to defend against this predator. These adaptations will likely be absent in the other population because they have survived this predator

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