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This deck focuses on Generalist And Specialist Species, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Generalist And Specialist Species in AP Environmental Science with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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What is a potential drawback of being a generalist species?
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Less efficient resource use in specialized environments. They can't maximize efficiency in any environment.
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This deck focuses on Generalist And Specialist Species, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Less efficient resource use in specialized environments. They can't maximize efficiency in any environment.
Answer: Generalist species. Their adaptability suits human-modified environments.
Answer: Specialist species. Their narrow niche increases extinction vulnerability.
Answer: High vulnerability to environmental changes. Specific needs make them prone to extinction.
Answer: The role and position a species has in its environment. It includes habitat, diet, and resource use patterns.
Answer: Loss of specific resources or habitats. Habitat destruction eliminates their specific requirements.
Answer: A species with a broad niche and wide range of tolerances. They can exploit many resources and environments.
Answer: They can outcompete specialists, reducing biodiversity. Their adaptability can displace native specialists.
Answer: A species with a narrow niche and specific resource needs. They're highly adapted to specific conditions.
Answer: They often lead to habitat loss and resource scarcity. Development destroys their specific habitat requirements.
Answer: Specialist species. Their specific needs make conservation challenging.
Answer: Specialist species. Their narrow niche increases extinction vulnerability.
Answer: They can outcompete specialists, reducing biodiversity. Their adaptability can displace native specialists.
Answer: Specialist species. Their narrow niche makes them sensitive to change.
Answer: Efficient resource use in stable environments. Specialization maximizes energy gain in stable conditions.
Answer: Due to its vulnerability and unique ecological role. Loss of specialists can destabilize ecosystems.
Answer: Narrow and specific. They depend on few food sources or types.
Answer: Resource partitioning. They divide resources to reduce direct competition.
Answer: Specific resource availability. They depend on particular resources for survival.
Answer: Specific and stable habitats. They require consistent environmental conditions.
Answer: Specific and stable habitats. They require consistent environmental conditions.
Answer: It may reduce their suitable habitats. Shifting conditions may eliminate their specific requirements.
Answer: Less efficient resource use in specialized environments. They can't maximize efficiency in any environment.
Answer: Varied and diverse habitats. Their flexibility suits many habitat types.
Answer: Diverse and adaptable. They consume many food types and sources.
Answer: Generalist species. Their broad tolerance allows survival in varied conditions.
Answer: A species with a broad niche and wide range of tolerances. They can exploit many resources and environments.
Answer: Due to its vulnerability and unique ecological role. Loss of specialists can destabilize ecosystems.
Answer: Potential decrease in biodiversity. Specialists may be displaced by adaptable generalists.
Answer: High vulnerability to environmental changes. Specific needs make them prone to extinction.
Answer: Specialist species. Their narrow niche makes them sensitive to change.
Answer: They can increase competition by utilizing various resources. Their broad diet overlaps with many species.
Answer: Flexibility in diet and habitat. Adaptability reduces extinction risk during environmental shifts.
Answer: The role and position a species has in its environment. It includes habitat, diet, and resource use patterns.
Answer: Raccoons. They eat varied foods and live in diverse habitats.
Answer: Potential decrease in biodiversity. Specialists may be displaced by adaptable generalists.
Answer: They maintain specific population and resource balances. They fill unique roles that regulate ecosystem functions.
Answer: Generalist species. Their flexibility helps them adapt to urban disturbance.
Answer: Koalas. They only eat eucalyptus leaves.
Answer: Efficient resource use in stable environments. Specialization maximizes energy gain in stable conditions.
Answer: Loss of specific resources or habitats. Habitat destruction eliminates their specific requirements.
Answer: Narrow and specific. They depend on few food sources or types.
Answer: Reduced habitat availability and population decline. Fragments may lack their specific resource needs.
Answer: Specialist species. Their specific needs make conservation challenging.
Answer: They often lead to habitat loss and resource scarcity. Development destroys their specific habitat requirements.
Answer: Generalist species. Their broad tolerance allows survival in varied conditions.
Answer: Varied and diverse habitats. Their flexibility suits many habitat types.
Answer: They can increase competition by utilizing various resources. Their broad diet overlaps with many species.
Answer: Diverse and adaptable. They consume many food types and sources.
Answer: They provide broad ecosystem services. They perform multiple functions across ecosystems.
Answer: Koalas. They only eat eucalyptus leaves.
Answer: They reduce competition by exploiting specific niches. Their narrow niche minimizes overlap with others.
Answer: A species with a narrow niche and specific resource needs. They're highly adapted to specific conditions.
Answer: Resource partitioning. They divide resources to reduce direct competition.
Answer: Generalist species. Their adaptability helps them survive disturbances.
Answer: Flexibility in diet and habitat. Adaptability reduces extinction risk during environmental shifts.
Answer: They reduce competition by exploiting specific niches. Their narrow niche minimizes overlap with others.
Answer: Raccoons. They eat varied foods and live in diverse habitats.
Answer: Generalist species. Their adaptability helps them survive disturbances.
Answer: They maintain specific population and resource balances. They fill unique roles that regulate ecosystem functions.
Answer: Specific resource availability. They depend on particular resources for survival.
Answer: Generalist species. Their adaptability suits human-modified environments.
Answer: They can act as vectors due to wide-ranging habits. Their mobility allows pathogen transmission across areas.
Answer: They can act as vectors due to wide-ranging habits. Their mobility allows pathogen transmission across areas.
Answer: They provide broad ecosystem services. They perform multiple functions across ecosystems.
Answer: Niche specialists often control specific populations. They're keystone species maintaining ecosystem balance.