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This deck focuses on Biodiversity, giving you a quick way to review the definitions, rules, and examples that matter most for AP Biology.
Study Biodiversity in AP Biology 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 habitat fragmentation?
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The division of large habitats into smaller, isolated sections. Reduces population size and increases edge effects.
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This deck focuses on Biodiversity, giving you a quick way to review the definitions, rules, and examples that matter most for AP Biology.
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: The division of large habitats into smaller, isolated sections. Reduces population size and increases edge effects.
Answer: They have a disproportionately large effect on their environment. Their removal causes cascading effects throughout the ecosystem.
Answer: Habitat destruction. Primary driver of species loss and ecosystem degradation.
Answer: The study of the distribution of species and ecosystems in geographic space. Explains patterns of species distribution across Earth.
Answer: It assesses the conservation status of species. Categorizes species from least concern to critically endangered.
Answer: Increased vulnerability to diseases. Reduces population resilience and adaptive potential.
Answer: Species being unique to a defined geographic location. Results from geographic isolation and specialized evolution.
Answer: It enhances a population's ability to adapt to changes. Provides raw material for natural selection and evolution.
Answer: A non-living chemical or physical component of an ecosystem. Includes temperature, water, soil, and atmospheric conditions.
Answer: A non-native species that adversely affects its new environment. Can outcompete natives and disrupt ecological balance.
Answer: It assesses the conservation status of species. Categorizes species from least concern to critically endangered.
Answer: A measure of human demand on Earth's ecosystems. Compares human resource use to Earth's regenerative capacity.
Answer: The variety of genes within a species. Essential for adaptation and evolutionary potential.
Answer: Establishing protected areas. Preserves critical habitats and reduces human interference.
Answer: A region with significant levels of biodiversity that is under threat. These areas are conservation priorities due to high endemism.
Answer: The process by which competing species use the environment differently. Reduces competition by utilizing different resources or spaces.
Answer: The variety and abundance of species in a given area. Includes both the number of species and their relative abundance.
Answer: The number of different species represented in an ecological community. Simple count of species without considering abundance.
Answer: The variety of ecosystems in a given area. Includes different habitat types and their spatial arrangements.
Answer: The process by which competing species use the environment differently. Reduces competition by utilizing different resources or spaces.
Answer: The total mass of organisms in a given area or volume. Indicates ecosystem productivity and energy storage.
Answer: Altered species distribution. Temperature changes force species migration or adaptation.
Answer: The role and position a species has in its environment. Defines how species utilize resources and interact with environment.
Answer: Species being unique to a defined geographic location. Results from geographic isolation and specialized evolution.
Answer: The role and position a species has in its environment. Defines how species utilize resources and interact with environment.
Answer: A region with significant levels of biodiversity that is under threat. These areas are conservation priorities due to high endemism.
Answer: Their presence or absence has a large impact on ecosystem structure. Their loss causes disproportionate ecosystem changes.
Answer: A measure of diversity in an ecological community. Quantifies species richness and evenness mathematically.
Answer: The study of the distribution of species and ecosystems in geographic space. Explains patterns of species distribution across Earth.
Answer: They have a disproportionately large effect on their environment. Their removal causes cascading effects throughout the ecosystem.
Answer: Deforestation. Removes habitat and fragments remaining natural areas.
Answer: Human activities. Anthropogenic impacts exceed natural extinction rates.
Answer: Only about 10% of energy is transferred between trophic levels. Most energy is lost as heat during metabolic processes.
Answer: The variety and abundance of species in a given area. Includes both the number of species and their relative abundance.
Answer: Habitat destruction. Primary driver of species loss and ecosystem degradation.
Answer: It enhances a population's ability to adapt to changes. Provides raw material for natural selection and evolution.
Answer: Genetic, species, and ecosystem diversity. These represent the hierarchical organization of life's variety.
Answer: An organism that eats primary consumers. Carnivores at the third trophic level.
Answer: An organism that feeds on primary producers. Herbivores that form the second trophic level.
Answer: An organism that feeds on primary producers. Herbivores that form the second trophic level.
Answer: Changes in population or community structures at habitat boundaries. Results from different environmental conditions at habitat borders.
Answer: A series of changes in population sizes at different trophic levels. Top predators control lower trophic levels indirectly.
Answer: A scale for showing the quality of an environment by indicating the types of organisms present. Uses indicator species to assess environmental health.
Answer: Establishing protected areas. Preserves critical habitats and reduces human interference.
Answer: A scale for showing the quality of an environment by indicating the types of organisms present. Uses indicator species to assess environmental health.
Answer: Genetic, species, and ecosystem diversity. These represent the hierarchical organization of life's variety.
Answer: The number of different species represented in an ecological community. Simple count of species without considering abundance.
Answer: Changes in climate and resource availability. Migration patterns and breeding cycles follow seasonal cues.
Answer: Human activities. Anthropogenic impacts exceed natural extinction rates.
Answer: A series of changes in population sizes at different trophic levels. Top predators control lower trophic levels indirectly.
Answer: A non-living chemical or physical component of an ecosystem. Includes temperature, water, soil, and atmospheric conditions.
Answer: Increased vulnerability to diseases. Reduces population resilience and adaptive potential.
Answer: They break down dead material, recycling nutrients. Essential for nutrient cycling and energy flow.
Answer: The variety of genes within a species. Essential for adaptation and evolutionary potential.
Answer: They break down dead material, recycling nutrients. Essential for nutrient cycling and energy flow.
Answer: A living component that affects an ecosystem. Includes all organisms and their biological processes.
Answer: The variety of life in the world or a particular habitat or ecosystem. Encompasses all living organisms and their interactions.
Answer: The variety of life in the world or a particular habitat or ecosystem. Encompasses all living organisms and their interactions.
Answer: A principle stating that larger areas have more species. Larger habitats support more species due to resource availability.
Answer: A living component that affects an ecosystem. Includes all organisms and their biological processes.
Answer: Changes in climate and resource availability. Migration patterns and breeding cycles follow seasonal cues.
Answer: A principle stating that larger areas have more species. Larger habitats support more species due to resource availability.
Answer: The total mass of organisms in a given area or volume. Indicates ecosystem productivity and energy storage.
Answer: Deforestation. Removes habitat and fragments remaining natural areas.
Answer: Changes in population or community structures at habitat boundaries. Results from different environmental conditions at habitat borders.
Answer: A measure of diversity in an ecological community. Quantifies species richness and evenness mathematically.
Answer: The process of change in the species structure of an ecosystem over time. Can be primary or secondary succession depending on disturbance.
Answer: A measure of human demand on Earth's ecosystems. Compares human resource use to Earth's regenerative capacity.
Answer: Altered species distribution. Temperature changes force species migration or adaptation.
Answer: Only about 10% of energy is transferred between trophic levels. Most energy is lost as heat during metabolic processes.
Answer: The division of large habitats into smaller, isolated sections. Reduces population size and increases edge effects.
Answer: A non-native species that adversely affects its new environment. Can outcompete natives and disrupt ecological balance.
Answer: Their presence or absence has a large impact on ecosystem structure. Their loss causes disproportionate ecosystem changes.
Answer: An organism that eats primary consumers. Carnivores at the third trophic level.