.
The first explanation is correct, but the second is incorrect
The first explanation refers to proximate causation, whereas the second refers to ultimate causation
The first explanation is biological, whereas the second is philosophical
The first explanation is testable as a scientific hypothesis, whereas the second is not
Both explanations are reasonable and simply represent a difference of opinion
It announces to the males that she is in heat
Female cats that did this in the past attracted more males
It is a result of hormonal changes associated with her reproductive cycle
The female cat learned the behavior from observing other cats
The males have learned to recognize the specific odor of the urine of a female in heat
When the males smelled the odor, various neurons in their brains were stimulated
Male cats respond to the odor because it is a means of locating females in heat
Male cats' hormones are triggered by the odor released by the female
The odor serves as a releaser for the instinctive behavior of the males
A cat kills a mouse to obtain food
A male sheep fights with another male because it helps it to improve its social position and find a mate
A female bird lays its eggs because the amount of daylight is decreasing slightly each day
A goose squats and freezes motionless because that behavior helps it to escape a predator
A cockroach runs into a crack in the wall and avoids being stepped on
A male robin attacks a red tennis ball because it resembles the breast of another male
A male robin attacks a red tennis ball because hormonal changes in spring increase its aggression
A male robin attacks a red tennis ball because a part of its brain is stimulated by red objects
A male robin attacks a red tennis ball because several times in the past red tennis balls have been thrown at it, and it has learned that they are dangerous
A male robin attacks a red tennis ball because it confuses it with an encroaching male who will steal its territory
Hormones
Evolution
Sexuality
Pheromones
The nervous system
Watson, Crick, and Franklin
McClintock, Goodall, and Lyon
Fossey, Hershey, and Chase
Von Frisch, Lorenz, and Tinbergen
Hardy, Weinberg, and Castle
A pheromone
A sign stimulus
A fixed action pattern
A search image
An imprint stimulus
They are highly stereotyped, instinctive behaviors
They are triggered by sign stimuli in the environment and, once begun, are continued to completion
An inappropriate stimulus can sometimes trigger them
Visual
Auditory
Chemical
Olfactory
Visual
Auditory
Tactile
Electrical
Olfactory
Visual
Auditory
Tactile
Electrical
Olfactory
Visual
Auditory
Tactile
Electrical
A marker
An inducer
A pheromone
An imprinter
An agonistic chemical
E.O. Wilson
Jane Goodall
J.B.S. Haldane
Niko Tinbergen
William Hamilton
Karl von Frisch
Niko Tinbergen
Konrad Lorenz
William Hamilton
Ivan Pavlov
Karl von Frisch
Niko Tinbergen
Konrad Lorenz
William Hamilton
Ivan Pavlov
The males learn to associate the sound with females.
Copulation is a fixed action pattern, and the female flight sound is a sign stimulus that initiates it.
The sound from the earphone irritates the male mosquitoes, causing them to attempt to sting it.
The reproductive drive is so strong that when males are deprived of females, they will attempt to mate with anything that has even the slightest female characteristic.
Through classical conditioning, the male mosquitoes have associated the inappropriate stimulus from the earphone with the normal response of copulation
A defective gene
Trail-and-error learning
Misdirected response to a sign stimulus
Natural behavioral variation in the mayfly population
Insecticide poisoning
Window of imprinting
Major period
Sensitive period
Timing imprint
Significant window
It may be triggered by visual or chemical stimuli
It happens to many adult animals, but not to their young
It is a type of learning that does not involve innate behavior
It occurs only in birds
It causes behaviors that last for only a short time (the sensitive period)
Insight
Imprinting
Habituation
Operant conditioning
Trial-and-error learning
Taxis
Tropism
Kinesis
Cognition
Net reflex
Taxis
Learned behavior
Migration
Visual communication
Operant conditioning
Adapting
Spacing
Conditioning
Imprinting
Habituation
You enter a room and hear a fan motor. After a period of time, you are no longer aware of the motor's noise.
You hear a horn while driving your car. You step on the brakes but notice the sound came from a side street. You resume your previous speed.
One morning you awake to a beep-beep-beep from a garbage truck working on a new early morning schedule. The next week the garbage truck arrives at the same time and makes the same noise, but does not wake you up.
Concept formation
Trial-and-error
Classical conditioning
Operant conditioning
Habituation
Habituation
Imprinting
Classical conditioning
Operant conditioning
Maturaiton
Insight
Imprinting
Habituation
Classical conditioning
Trial-and-error learning
Operant conditioning involves associating a behavior with a reward or punishment.
Associative learning involves linking one stimulus with another.
Classical conditioning involves trial-and-error learning
Behavior can be modified by learning, but some apparent learning is due to maturation.
Imprinting is a learned behavior with an innate component acquired during a sensitive period.
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Sign stimulus
Habituation
Imprinting
Classical conditioning
Operant conditioning
Classical conditioning takes longer
Operant conditioning usually involves more intelligence
Operant conditioning involves consequences for the animal's behavior
Classical conditioning is restricted to mammals and birds
Classical conditioning is much more useful for training domestic animals
The dog is displaying an instinctive fixed action pattern
The dog is performing a social behavior
The dog is trying to protect its territory
The dog has been classically conditioned
The dog's behavior is a result of operant conditioning
Is high pitched
Is aimed at attracting mates
Extremely young chicks sing
Is the final song that some species produce
Warns of predators
Fixed action pattern
Imprinting
Operant conditioning
Classical conditioning
Habituation
Observe genetically distinct populations in the field and see if they have different migratory habits
Perform within-population matings with birds from different populations that have different migratory habits. Do this is the laboratory and see if offspring display parental migratory behavior.
Bring animals into the laboratory and determine the conditions under which they become restless and attempt to migrate
Perform within-population matings with birds from different populations that have different migratory habits. Rear the offspring in the absence of their parents and observe the migratory behavior of offspring
You would cross curly-whiskered mud rats and bald mud rats and hand-rear the offspring
You would place newborn curly-whiskered mud rats with bald mud rat parents, place newborn bald mud rats with curly-whiskered mud rat parents, and let some mud rats of both species be raised by their own species. Then compare the outcomes
You would remove the offspring of curly-whiskered mud rats and bald mud rats from their parents are raise them in the same environment
You would see if curly-whiskered mud rats bred true for aggression
None of these schemes describes cross-fostering
Ancestors of costal snakes that could eat the abundant banana slugs had increased fitness. No such selection occurred inland, where banana slugs were absent.
Banana slugs are difficult to see, and inland snakes, which have poor vision compared with coastal snakes, are less able to see them.
Garter snakes learn about prey from other garter snakes. Inland garter snakes have fewer types of prey because they are less social.
Inland slugs are distasteful, so inland snakes learn to avoid them. Coastal banana slugs are not distasteful.
Garter snakes are conditioned to eat what their mother eats. Coastal snake mothers happened to prefer slugs.
Some aspects of courtship behavior may have evolved from agonistic interactions.
Courtship interactions ensure that the participating individuals are nonthreatening and of the proper species, sex, and physiological condition for mating.
The degree to which evolution affects mating relationships depends on the degree of prenatal and postnatal input the parents are required to make.
The mating relationship in most mammals in monogamous, to ensure the reproductive success of the pair.
Polygamous relationships most often involve a single male and many females, but in some species this is reversed.
Agonistic behavior
Cognitive maps
Dominance hierarchy
Ritual
Territory
Natural selection will favor behavior that enhances survival and reproduction.
An animal may show behavior that maximizes reproductive fitness.
If a behavior is less than optimal, it is not completely evolved but will eventually become optimal.
Agonistic behavior
Optimal foraging
Dominance hierarchies
Animal cognition
Territoriality
Herbivory
Autotrophy
Heterotrophy
Search scavenging
Optimal foraging
Cost is greater than the benefit
Cost is less than the benefit
Cost is equal to the benefit
Maximizing energy gained by the forager
Minimizing energy gained by the forager
Securing essential nutrients for the forager
Minimizing the risk of predation on the forager
Maximizing the population size of the forager
The average number of drops required to break the shell
The average height a bird flew to drop a shell
The average total energy used to break shells
The average size of the shells dropped by the birds
The average thickness of the shells dropped by the birds
Risk of predation
Prey size
Prey defenses
Polygamous
Monogamous
Polyandrous
Promiscuous
Agonistic
Population size
Care required by young
Certainty of paternity
Agonistic behavior
Territorial behavior
Learned behavior
Social behavior
Fixed action pattern
Fixed action pattern
Pheromones
Sign stimulus
Hormones
Optimal foraging
Parental investment
Inclusive fitness
Associative learning
Reciprocal altruism
Kin selection
Altruism
Polygamy
Monogamy
Polygyny
Polyandry
A father to his daughter
A mother to her son
An uncle to his nephew
A brother to his brother
A sister to her brother
Karl von Frisch
Niko Tinbergen
Konrad Lorenz
William Hamilton
Ivan Pavlov
Have excess energy reserves
Be bigger and stronger than the other animals
Be genetically related to the other animals
Be male
Have defective genes controlling their behavior
Aggression between sexes promotes the survival of the fittest individuals
Genes enhance survival of copies of themselves by directing organisms to assist others who share those genes
Companionship is advantageous to animals because in the future they can help each other
Critical thinking abilities are normal traits for animals and they have arisen, like other traits, through natural selection
Naturel sélection has generally favored the evolution of exaggerated aggressive and submissive behaviors to resolve conflict without grave harm to participants
Males have smaller vocal cords and are less likely to make sounds
Females invest more in foraging and food stores, so they are more defensive
Females settle in the area in which they were born, so the calling females are warning kin
The sex ratio is biased
Males forage alone; therefore, alarm calls are useless
Human behavior is rigidly predetermined
The behavior of an individual cannot be modified
Our behavior consists mainly of fixed action patterns
Most aspects of our social behavior have an evolutionary basis
The social behavior of humans is homologous to the social behavior of honeybees
E.O. Wilson
Jane Goodall
J.B.S. Haldane
Niko Tinbergen
William Hamilton
E.O. Wilson
Jane Goodall
J.B.S. Haldane
Niko Tinbergen
William Hamilton
Genes have very little influence on the expression of innate behaviors.
Innate behaviors tend to vary considerably among members of a population.
Innate behaviors are limited to invertebrate animals.
Innate behaviors are expressed in most individuals in a population across a wide range of environmental conditions.
Innate behaviors occur in invertebrates and some vertebrates but not in mammals.
Addition of new syllables to a canary's song repertoire
Crystallization of sub song into adult songs
Sensitive period in which canary parents imprint on new offspring
Renewal of mating and nest-building behaviors
Elimination of the memorized template for songs sung the previous year
The behavioral difference is caused by genetic differences between populations
Members of different populations have different nutritional requirements
The cultural tradition of using stones to crack nuts has arisen in only some populations
Members of different populations differ in learning ability
Members of different populations differ in manual dexterity
In each individual, the form of the behavior is determined entirely by genes
The behavior varies among individuals
An individual's reproductive success depends in part on how the behavior is performed
Some component of the behavior is genetically inherited
An individual's genotype influences it behavioral phenotype
Monogamy
Polygyny
Polyandry
Promiscuity
Certainty of paternity
Natural selection does not favor altruistic behavior that causes the death of the altruist
Natural selection favors altruistic acts when the resulting benefit to the beneficiary, correct for relatedness, exceeds the cost to the altruist
Natural selection is more likely to favor altruistic behavior that benefits and offspring than altruistic behavior that benefits a sibling
The effects of kin selection are larger than the effects of direct natural selection on individuals
Altruism is always reciprocal
Human behavior is rigidly determined by inheritance
Humans cannot choose to change their social behavior
Much human behavior has evolved by natural selection
The social behavior of humans has many similarities to that of social insects such as honeybees
The environment plays a larger role than genes in shaping human behavior