Middle School Science Quiz: Evidence For Behaviors Traits Impacting Reproduction

20 questions · exam conditions

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Evidence For Behaviors Traits Impacting ReproductionQuestion 1 of 20

Behaviors or physical traits can affect reproductive success. Two groups of male lizards were observed in the same rocky area during the same month. Group T performed more push-up displays (a behavior) per hour than Group L. Researchers also counted the number of times each group was seen paired with a female and the number of nests later found in their territories.

What evidence links the display behavior to reproductive success in this study?

Group T had more pairings with females and more nests found in their territories than Group L during the same month and location.

Push-up displays must increase survival, and survival always equals higher reproductive success.

Group T is more colorful, so it should reproduce more even if the data did not show it.

The results are caused only by temperature changes, not by behavior, because the environment controls reproduction.

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Middle School Science Quiz

Middle School Science Quiz: Evidence For Behaviors Traits Impacting Reproduction

Practice Evidence For Behaviors Traits Impacting Reproduction in Middle School Science with focused quiz questions that help you check what you know, review explanations, and build confidence with test-style prompts.

What this quiz covers

This quiz focuses on Evidence For Behaviors Traits Impacting Reproduction, giving you a quick way to practice the rules, question types, and explanations that matter most for Middle School Science.

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

All questions

Question 1

What evidence links the display behavior to reproductive success in this study?

Group T had more pairings with females and more nests found in their territories than Group L during the same month and location. (correct answer)
Push-up displays must increase survival, and survival always equals higher reproductive success.
Group T is more colorful, so it should reproduce more even if the data did not show it.
The results are caused only by temperature changes, not by behavior, because the environment controls reproduction.

Explanation: The core skill is identifying evidence that behaviors or traits impact reproductive success in organisms. Behaviors or traits can affect reproductive success by influencing mate pairing and nesting, such as push-up display frequency in lizards. Evidence shows outcome differences in shared habitats, like more displays leading to more female pairings and nests in territories. To check the link, ensure the study observes behaviors and outcomes in the same time and location to isolate effects. A common misconception is that environmental factors alone determine reproduction, ignoring behavioral contributions, but evidence can show direct behavioral impacts. In general, observational evidence is essential to associate behaviors with reproductive advantages. Such evidence demonstrates how behaviors may be favored if they boost reproduction in specific settings.

Question 2

In the same city park over the same spring, two squirrel groups were compared. Behaviors can affect reproductive success. The table shows average time spent guarding a nest each day and the percentage of litters that survived to 4 weeks.

Which evidence links behavior to reproductive success in this comparison?

The group that guarded nests longer had a higher litter survival percentage than the group that guarded less. (correct answer)
Guarding nests longer must mean the squirrels are smarter, and intelligence causes higher litter survival.
Because the park is the same for both groups, behavior cannot be related to reproductive success.
The survival percentages are probably just luck, so the data cannot be used as evidence.

Explanation: The core skill is recognizing evidence that associates behaviors with reproductive success. Behaviors, like nest-guarding in squirrels, can affect reproductive success by protecting litters and improving survival rates. Evidence illustrates outcome differences through data showing groups guarding longer having higher litter survival percentages in the same park and season. To check the link, compare survival rates between groups with varying guarding times under controlled conditions. A misconception is that differences are just luck or unrelated in shared environments, but consistent data can indicate behavioral impacts. Targeted evidence is necessary to connect behaviors to specific reproductive outcomes. General principles about behavior-reproduction links rely on accumulated evidence from multiple studies.

Question 3

On the same beach during the same nesting season, two groups of sea turtles were compared. Physical traits can affect reproductive success. The table shows average flipper length and the average number of eggs laid per female.

Which statement about reproduction is supported by the evidence in this comparison?

Longer flippers prove the turtles are healthier, and health alone determines how many eggs they lay.
Females with longer flippers had a higher average number of eggs laid than females with shorter flippers on this beach during this season. (correct answer)
Because flippers are longer, those turtles will definitely have more surviving babies in every ocean.
Egg number differences are random and cannot be connected to any physical trait using data.

Explanation: The core skill is analyzing evidence connecting physical traits to variations in reproductive success. Physical traits, like flipper length in sea turtles, can affect reproductive success by impacting mobility, mate selection, or egg-laying efficiency. Evidence demonstrates outcome differences when data from the same beach and season show females with longer flippers laying more eggs on average than those with shorter ones. A checking strategy is to verify if the groups were compared under identical conditions and if the trait correlates with higher egg numbers without assuming other factors. One misconception is that a trait like longer flippers guarantees more surviving offspring everywhere, but evidence is limited to the specific context studied. Reliable evidence is essential to establish links between traits and reproduction in defined scenarios. Broader claims about traits affecting reproduction universally need supporting data from diverse locations and conditions.

Question 4

In the same meadow during the same week, two bee groups were compared. Behaviors can affect reproductive success. The table shows the average number of trips to flowers per hour and the number of larvae that developed in the hive.

Which explanation is supported by the evidence about how behavior affects reproductive success in this comparison?

Foraging behavior affects only survival, not reproduction, so it cannot be related to larvae numbers.
The group with more flower trips had more larvae develop, showing an association between foraging behavior and reproductive outcome in this context. (correct answer)
Larvae development is determined only by meadow size, so foraging trips cannot matter.
Bees made more flower trips because they knew larvae needed food, which increased larvae development.

Explanation: The core skill is explaining evidence on behaviors affecting reproductive success. Behaviors, such as foraging trips in bees, can affect reproductive success by providing resources that support larvae development. Evidence reveals outcome differences when tables show groups with more trips having more developed larvae in the same meadow and week. To check explanations, verify if they describe associations without assuming intent or unrelated factors like meadow size. A misconception is that behaviors stem from knowledge or only impact survival, not reproduction, but data can link them to offspring outcomes. Relevant evidence is essential to connect behaviors to reproductive effects in defined contexts. Generalizing these connections requires evidence across different species and environments.

Question 5

Behaviors or physical traits can affect reproductive success. Two bird species live in the same grassland. Species X builds nests on the ground. Species Y builds nests in shrubs about 1 meter high. During one breeding season, researchers recorded the number of nests and how many produced at least one chick.

Which claim is not supported by the data about traits/behaviors and reproductive success?

Species Y had higher reproductive success in this season because a larger fraction of its nests produced chicks.
Building nests in shrubs guarantees that every nest will produce chicks. (correct answer)
Nest location (ground vs shrub) is associated with different reproductive outcomes in this grassland during this season.
Species X had fewer successful nests than Species Y in this season in the same habitat.

Explanation: The core skill is identifying evidence that behaviors or traits impact reproductive success in organisms. Behaviors or traits can affect reproductive success by altering the likelihood of successful offspring production, such as nest location in birds. Evidence shows outcome differences by comparing nesting behaviors in the same habitat, like shrub nests yielding more chicks than ground nests. To check if a claim is supported, examine whether the data shows relative success rates without overgeneralizing to absolutes like guarantees. A common misconception is that a higher success rate means every instance succeeds, but evidence typically shows probabilities, not certainties. In general, reliable evidence from field observations is required to link behaviors or traits to reproduction. Such evidence helps distinguish supported associations from unsupported absolute claims.

Question 6

Behaviors or physical traits can affect reproductive success. Two groups of male penguins were observed on the same beach during the same breeding season. Group P brought more pebbles to the nest site (behavior). Group Q brought fewer. Researchers recorded how many eggs were laid in each group's nests and how many chicks survived to 30 days.

Which explanation is supported by the evidence about behavior and reproductive success?

Group P had more surviving chicks because the beach was nicer for them, so behavior cannot be involved.
Bringing more pebbles is linked to higher reproductive success in this colony because Group P nests had more eggs and more chicks surviving to 30 days than Group Q nests. (correct answer)
Group P had more eggs because they were better parents, and good parenting always means more reproduction in every situation.
Group Q should have the same reproductive success because penguins reproduce the same amount no matter what they do.

Explanation: The core skill is identifying evidence that behaviors or traits impact reproductive success in organisms. Behaviors or traits can affect reproductive success by improving nest quality and offspring survival, such as pebble-bringing in penguins. Evidence shows outcome differences on the same beach, like more pebbles leading to more eggs and surviving chicks. To check the explanation, confirm it ties behavior directly to measured outcomes like chick survival. A common misconception is that reproductive success is uniform regardless of behavior, but evidence can show behavioral influences. In general, observational evidence is necessary to associate behaviors with reproduction. This evidence shows how behaviors can be adaptive for enhancing reproduction in specific contexts.

Question 7

Behaviors or physical traits can affect reproductive success. Two groups of penguins nested on the same beach during the same breeding season. Group R used small stones to build a higher nest; Group F built a flatter nest with fewer stones. Based on the evidence, which statement about reproduction is supported?

Higher nests always help all animals reproduce better, no matter where they live.
Because some chicks still survived in flatter nests, nest-building behavior cannot affect reproductive success.
In this season on this beach, higher stone nests had higher reproductive success, shown by a higher percent of eggs that became fledged chicks. (correct answer)
Penguins build higher nests so they can show off, which is why more chicks fledged.

Explanation: This question tests interpreting evidence about how behaviors affect reproductive success. Behaviors or physical traits can influence offspring survival, which is a key component of reproductive success. The data show Group R (higher nests) had 78% of eggs become fledged chicks while Group F (flatter nests) had only 34% - a clear difference in reproductive outcomes. To verify the answer, identify which statement accurately describes the specific data without making universal claims or unsupported explanations. A misconception is thinking that partial success means no effect exists. Evidence for reproductive impacts requires comparing actual outcomes between groups in the same conditions.

Question 8

Behaviors or physical traits can affect reproductive success. Two groups of rabbits were observed in the same meadow during the same spring. Group X had thicker fur; Group Y had thinner fur. Researchers recorded the number of offspring that survived to 8 weeks per mother. Which claim is not supported by the data?

In this study, the group with thinner fur had fewer offspring surviving to 8 weeks on average.
Thicker fur always increases reproductive success for rabbits in every season and location. (correct answer)
The data show a difference in reproductive outcomes between the two fur-thickness conditions in the same context.
In this meadow and spring, mothers with thicker fur had higher reproductive success, shown by a higher average number of offspring surviving to 8 weeks.

Explanation: This question asks you to identify unsupported claims about traits and reproductive success. Behaviors or physical traits can affect offspring survival, which impacts overall reproductive success. The data show Group X (thicker fur) averaged 5.8 offspring surviving to 8 weeks while Group Y (thinner fur) averaged 2.4 offspring surviving. To find the unsupported claim, look for statements that overgeneralize beyond the study conditions - option B claims thicker fur 'always' helps 'in every season and location,' which goes far beyond what one spring study can show. A misconception is thinking that advantageous traits in one context work everywhere. Evidence for reproductive effects must specify the conditions under which they were observed.

Question 9

Behaviors and physical traits can affect reproductive success. Two groups of rabbits lived in the same grassland area. They differed in a physical trait: fur color. Predators were present in the area.

Which explanation is supported by the evidence linking the fur color trait to reproductive success?

White-fur rabbits had higher reproductive success because white fur is more beautiful to other rabbits.
Predators alone explain all outcomes, so fur color cannot affect reproductive success.
Both fur colors must have equal reproductive success because they are the same species.
Brown-fur rabbits had higher reproductive success because more of their kits survived to 1 month than kits of white-fur rabbits. (correct answer)

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Physical traits like fur color can affect survival of offspring in environments with predators, impacting reproductive success. The evidence shows brown-fur rabbits had 75% of kits survive while white-fur rabbits had only 40% survive, demonstrating different reproductive outcomes. To check your answer, focus on the actual survival data rather than assumptions about beauty or species equality. A common misconception is thinking that being the same species means equal reproductive success, but traits within a species can vary in effectiveness. Evidence-based conclusions require comparing measurable outcomes like offspring survival rates, not assumptions about what predators alone can explain.

Question 10

Behaviors and physical traits can affect reproductive success. Two groups of flowering plants grew in the same greenhouse with the same soil, water, and light. The plants differed in a physical trait: flower size.

Which explanation is supported by the evidence about how the flower size trait affects reproductive success?

Small flowers produced fewer seeds because they were trying to save energy for later.
Seed production does not relate to reproductive success because seeds are not part of reproduction.
Large-flower plants had higher reproductive success because they produced more seeds per plant than small-flower plants. (correct answer)
The greenhouse environment is the only factor that matters, so flower size cannot affect reproductive success.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Physical traits like flower size can affect pollinator attraction and thus seed production, which directly relates to reproductive success. The evidence shows large-flower plants produced 150 seeds per plant while small-flower plants produced only 45 seeds, demonstrating different reproductive outcomes. To check your answer, remember that seed production is a direct measure of plant reproductive success, not unrelated to reproduction. A common misconception is thinking plants make conscious decisions to "save energy" or that seeds aren't part of reproduction. Evidence-based conclusions require recognizing that measurable differences in seed production between flower sizes show how this trait affects reproductive success in the tested conditions.

Question 11

Behaviors and physical traits can affect reproductive success. A scientist studied two types of male beetles that differed in a physical trait (horn size). All beetles were kept in the same enclosure with the same number of females.

Which claim is not supported by the data about how horn size relates to reproductive success?

Large-horn males had higher reproductive success because they produced more offspring on average than small-horn males.
Horn size and number of offspring are related in this enclosure because the averages differ between groups.
Horn size always increases reproductive success in every environment and for every beetle population. (correct answer)
In this enclosure, small-horn males had lower reproductive success because they produced fewer offspring on average.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Physical traits like horn size can affect competitive ability and thus reproductive output in specific environments. The evidence shows large-horn males produced 8.5 offspring on average while small-horn males produced 3.2 in this particular enclosure, demonstrating different reproductive outcomes. To check your answer, look for claims that go beyond what the specific data show - the data only tell us about this one enclosure, not all environments. A common misconception is overgeneralizing from one study to claim universal truths about all populations and environments. Evidence-based conclusions can only support claims about the specific conditions tested, not sweeping statements about "always" or "every" situation.

Question 12

Behaviors and physical traits can affect reproductive success. In a pond, male frogs were observed using two different calling behaviors during the same week. Use the data to evaluate a claim.

Claim: "Calling more often increases reproductive success."

Which statement about reproduction is supported by the evidence?

Males with high calling rate had more egg masses produced near them, which is evidence of higher reproductive success. (correct answer)
High calling rate proves the frogs wanted to be better parents, so more eggs were laid.
Because the high-calling males survived the week, they must have had higher reproductive success.
Egg masses are random, so calling behavior cannot be related to reproductive success.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Behaviors like calling frequency can affect how many mates an animal attracts and thus their reproductive output. The evidence shows high-calling males had 12 egg masses near them while low-calling males had only 3, demonstrating different reproductive outcomes. To check your answer, look for data about actual reproductive results (egg masses) rather than assumptions about intentions or survival. A common misconception is thinking that wanting to be a good parent or surviving longer automatically means higher reproductive success, but these aren't measured here. Evidence-based conclusions require comparing measurable reproductive outcomes like egg masses produced, not assumptions about randomness or parental intentions.

Question 13

Behaviors and physical traits can affect reproductive success. A student observed two groups of birds during the same breeding season. The groups differed in a behavior: how often parents brought food to the nest each hour.

Which statement about reproduction is supported by the evidence?

Feeding trips cause higher reproductive success in every bird species, so more trips always means more surviving chicks.
Nests with more feeding trips per hour had more chicks survive to day 10, showing higher reproductive success in this observation. (correct answer)
The nests with fewer feeding trips must have had fewer chicks because the parents did not care about them.
Because both groups built nests, their reproductive success must be the same.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Behaviors like feeding frequency can affect offspring survival and thus reproductive success. The evidence shows nests with 8 feeding trips/hour had 4 chicks survive while nests with 3 trips/hour had only 2 survive, demonstrating different reproductive outcomes. To check your answer, focus on what the specific observation shows rather than making universal claims about all bird species. A common misconception is thinking that similar behaviors (both groups built nests) mean equal reproductive success, but frequency differences matter. Evidence-based conclusions should describe what this particular observation shows, not make sweeping claims about every species or assume parental care quality from feeding frequency alone.

Question 14

Behaviors and physical traits can affect reproductive success. In a lab, two groups of guppies were kept in tanks with the same water temperature, food, and number of females. The groups differed in a male behavior: courtship display frequency.

Based on the evidence, which prediction is supported about reproductive success if a third group of males shows an even higher display frequency than Group 1?

The third group will likely have reproductive success closer to or higher than Group 1 because higher display frequency is associated with more offspring in the data. (correct answer)
The third group will have higher reproductive success only if the males intend to impress females more.
The third group will have lower reproductive success because displaying is always harmful to reproduction.
The third group will definitely produce exactly the same number of offspring as Group 2 because outcomes are random.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Behaviors like courtship display frequency can affect mating success and thus reproductive output. The evidence shows a pattern where higher display frequency (Group 1 with 15 displays/hour and 22 offspring) correlates with more offspring than lower frequency (Group 2 with 5 displays/hour and 8 offspring). To check predictions, look for patterns in the existing data rather than assuming randomness or harm. A common misconception is thinking outcomes are random or that displays are harmful, but the data show a positive relationship. Evidence-based predictions should follow the pattern shown in the data - if higher frequency correlates with more offspring, even higher frequency would likely maintain or increase this trend.

Question 15

Behaviors and physical traits can affect reproductive success. Two groups of fish were studied in the same lake during the same spawning season. They differed in a physical trait: body coloration (bright vs. dull).

Which evidence links the coloration trait to reproductive success?

Bright-colored fish produced more eggs per female on average than dull-colored fish in the same lake and season. (correct answer)
Bright-colored fish must have produced more eggs because bright colors are always healthier.
Dull-colored fish likely produced fewer eggs because they did not want to attract attention.
Because both groups lived in the same lake, coloration cannot be related to reproduction.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Physical traits like body coloration can affect mate attraction or other factors influencing reproductive output. The evidence shows bright-colored fish produced 85 eggs per female while dull-colored fish produced 52 eggs, demonstrating different reproductive outcomes. To check your answer, focus on the actual numerical data rather than assumptions about health, intentions, or environmental sameness. A common misconception is thinking that living in the same environment means traits can't affect reproduction, but traits can still create differences. Evidence-based conclusions require stating what the data show - the measured difference in egg production between color types - without adding unsupported assumptions about health or fish intentions.

Question 16

Behaviors and physical traits can affect reproductive success. Two groups of insects were tested in the same room with the same light and temperature. They differed in a behavior: time spent performing a mating dance.

Which claim is not supported by the data about how the mating-dance behavior relates to reproductive success?

In this test, insects that danced longer had higher reproductive success because they produced more offspring on average.
The data show a difference in average offspring between the longer-dance and shorter-dance groups.
Longer dancing proves the insects were trying harder, which caused the higher number of offspring. (correct answer)
In this room, shorter-dance insects had lower reproductive success because their average offspring was lower.

Explanation: This question tests your ability to identify evidence linking behaviors or traits to reproductive success. Behaviors like mating dance duration can affect reproductive success through various mechanisms. The evidence shows longer-dance insects produced 24 offspring on average while shorter-dance insects produced 11, demonstrating different reproductive outcomes. To check which claim is NOT supported, look for statements that add unsupported explanations like "trying harder" rather than just describing the data. A common misconception is anthropomorphizing animal behavior by attributing human motivations like "trying harder" to explain outcomes. Evidence-based conclusions should describe the observed relationship between dance duration and offspring numbers without adding unsupported claims about effort or intentions that weren't measured.

Question 17

Behaviors or physical traits can affect reproductive success. In a bird species, researchers compared two groups of males living in the same habitat during the same breeding season. Group L males had longer tail feathers than Group S males. The bar graph shows the average number of nests in which males fathered chicks.

Which statement about reproduction is supported by the evidence in this comparison?

Because the groups are different, the results must be random and cannot be used as evidence.
Males with longer tail feathers had higher average reproductive success (more nests with chicks) than males with shorter tails in this study. (correct answer)
Longer tails caused the males to be healthier, and healthier animals always reproduce more.
Short-tailed males were less colorful, so they must have had fewer chicks even without the data.

Explanation: The core skill is using data to identify how physical traits influence reproductive success in animals. Physical traits like tail feather length in male birds can affect reproductive success by making them more attractive to mates, leading to more nests with chicks. Evidence from the study shows that males with longer tails had a higher average number of nests with chicks compared to those with shorter tails. To verify, examine the bar graph for differences in averages and ensure the comparison is fair within the same habitat and season. One misconception is that longer traits always cause better health and reproduction everywhere, but results are limited to this specific study. Reliable evidence is needed to connect traits like tail length to reproductive outcomes, avoiding assumptions without data. In summary, generalizations about traits and reproduction require supporting evidence from comparisons like this one.

Question 18

In the same pond, two groups of male frogs were observed during the same 2-week breeding period. Behaviors can affect reproductive success. The table shows how often each group called and the average number of egg masses found near each group's calling sites.

Which explanation is supported by the evidence about how behavior affects reproductive success in this comparison?

Calling more often is associated with more egg masses near the calling sites in this pond during the study period. (correct answer)
The frogs that called more often did so because they wanted to help females find them, which caused more egg masses.
Calling more often always increases reproductive success for frogs in any environment.
The number of egg masses is determined only by pond temperature, so calling behavior does not matter.

Explanation: The core skill is evaluating evidence that links animal behaviors to differences in reproductive success. Behaviors, such as how often male frogs call during breeding, can affect reproductive success by influencing the ability to attract mates and lead to more offspring. Evidence shows outcome differences when data from the same pond and period reveal that groups calling more often have more egg masses nearby, indicating a potential link. To check this, compare the average egg masses between groups with different calling frequencies while ensuring the environment and time are controlled. A misconception is that behaviors like calling directly cause more eggs due to intent, but evidence only shows association, not causation or motivation. Evidence from controlled comparisons is needed to link specific behaviors to reproductive outcomes in particular settings. Generalizing that a behavior always improves reproduction requires data from multiple environments and species.

Question 19

Behaviors or physical traits can affect reproductive success. Two types of male beetles were studied in the same field. Type A has long horns (about 12 mm). Type B has short horns (about 4 mm). Researchers counted how many times each type kept access to a female after a 2-minute contest with another male, and how many eggs the female laid afterward.

Which statement about reproduction is supported by the evidence?

Long horns always help beetles survive longer, so Type A must have higher reproductive success.
Type A had higher reproductive success in this study because Type A won access more often and females laid more eggs afterward. (correct answer)
Horn length causes eggs to form directly, so Type A females will lay eggs even without mating.
The environment alone explains the results because horn length is just appearance and cannot be related to reproduction.

Explanation: The core skill is identifying evidence that behaviors or traits impact reproductive success in organisms. Behaviors or traits can affect reproductive success by influencing access to mates or the number of offspring produced, such as horn length in beetles. Evidence shows outcome differences through studies comparing traits in similar conditions, like long-horned beetles winning more contests for females and leading to more eggs laid. To check the evidence, ensure the comparison isolates the trait's effect and quantifies reproductive metrics like egg counts after matings. A common misconception is that longer horns always improve survival and thus reproduction, but evidence focuses on direct reproductive outcomes rather than assumed survival benefits. In general, scientific evidence from experiments is needed to connect traits or behaviors to reproductive advantages. This evidence allows us to see how certain traits may enhance reproduction in specific contexts.

Question 20

Behaviors or physical traits can affect reproductive success. Two groups of flowering plants of the same species grew in the same garden with the same watering and sunlight. Group T had tall stems; Group S had short stems. Pollinators were counted visiting flowers over the same 5-day period. Which evidence statement is supported by the table?

Tall stems must always increase reproductive success because taller plants are better than shorter plants.
Because watering and sunlight were the same, stem height cannot be related to reproductive success.
Pollinator visits are about survival, not reproduction, so they cannot be used as evidence.
In this garden and time period, taller plants received more pollinator visits and also produced more seeds per plant on average, which is evidence of higher reproductive success. (correct answer)

Explanation: This question tests interpreting multiple pieces of evidence about traits and reproductive success. Behaviors or physical traits can affect reproduction through intermediate steps like pollinator attraction. The data show Group T (tall stems) received 18.5 pollinator visits and produced 124 seeds per plant, while Group S (short stems) received 6.2 visits and produced 43 seeds per plant. To verify the answer, find the statement that accurately connects both pieces of evidence (visits AND seeds) to reproductive success. A misconception is thinking pollinator visits only affect survival rather than reproduction. Evidence for reproductive impacts can include both direct measures (seeds) and related factors (pollination).