What this deck covers
This deck focuses on Pest Control Methods, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Pest Control Methods 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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Identify a mechanical control method for pests.
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Using traps or barriers. Physical barriers and devices directly remove or exclude pests.
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This deck focuses on Pest Control Methods, 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: Using traps or barriers. Physical barriers and devices directly remove or exclude pests.
Answer: The pest density at which control measures should be applied. Cost-benefit analysis determines when control action becomes profitable.
Answer: The pest density at which control measures should be applied. Cost-benefit analysis determines when control action becomes profitable.
Answer: Biological control. Sterile insect technique reduces reproductive success of pest populations.
Answer: IPM is an ecosystem-based strategy focusing on long-term pest prevention. Combines biological, cultural, and chemical methods for sustainable pest management.
Answer: Cultural control. Plant debris management affects pest overwintering and reproduction.
Answer: A type of pesticide derived from natural materials. Naturally-derived compounds often safer than synthetic chemicals.
Answer: The ability of a crop to withstand pest damage. Plants continue functioning despite pest presence and damage.
Answer: Increases pest populations. Single crop systems provide abundant resources for specialist pests.
Answer: To enhance ecosystem balance to manage pests. Works with natural processes rather than against them.
Answer: The point at which pest control measures are initiated. Triggers intervention when pest populations reach damaging levels.
Answer: Reduces chemical residues in the environment. Avoids toxic chemical accumulation in soil and water.
Answer: Cultural control. Environmental modifications make conditions unfavorable for pest establishment.
Answer: Ecological control. Multiple habitats support various natural enemies of pests.
Answer: A type of pesticide derived from natural materials. Naturally-derived compounds often safer than synthetic chemicals.
Answer: Establishing a balance without harming non-target species. Requires careful species selection to avoid ecological disruption.
Answer: Physical control. Temperature manipulation kills pests without chemical residues.
Answer: It may take longer to reduce pest populations. Natural control agents require time to establish effective populations.
Answer: Use of natural predators or parasites. Leverages natural ecosystem relationships to control pests sustainably.
Answer: To attract and capture pests using chemical signals. Species-specific chemicals lure pests for monitoring or control.
Answer: Potential development of pest resistance. Repeated exposure leads to evolution of resistant pest populations.
Answer: Cultural control. Environmental modifications make conditions unfavorable for pest establishment.
Answer: Use of natural predators or parasites. Leverages natural ecosystem relationships to control pests sustainably.
Answer: To enhance ecosystem balance to manage pests. Works with natural processes rather than against them.
Answer: To prevent the importation of foreign pests. Inspection and isolation prevent establishment of invasive species.
Answer: To prevent the introduction and spread of pests. Legal restrictions and inspections control pest movement and establishment.
Answer: Ecological control. Environmental modifications enhance natural pest control processes.
Answer: Cultural control. Plant breeding develops varieties with inherent pest resistance.
Answer: Ecological control. Multiple habitats support various natural enemies of pests.
Answer: Regular monitoring of pest populations. Data collection informs timing and necessity of interventions.
Answer: Combines multiple pest control methods. Integration reduces reliance on any single control method.
Answer: Cultural control. Timing adjustments disrupt pest reproductive cycles and development.
Answer: To reduce pest populations using pesticides. Direct application of chemical compounds to kill or repel pests.
Answer: Pest identification and monitoring. Essential first step to determine when intervention is needed.
Answer: Botanical control. Plant compounds provide natural pest deterrent properties.
Answer: Cultural control. Plant breeding develops varieties with inherent pest resistance.
Answer: Releasing sterile insects. Reproductive disruption reduces next generation without killing.
Answer: A pesticide absorbed by plants to kill pests. Chemical moves through plant tissues to reach feeding pests.
Answer: Physical control. Light reflection disrupts pest navigation and host finding.
Answer: Cultural control. Disrupts pest life cycles by changing host plant availability.
Answer: Cultural control. Timing adjustments disrupt pest reproductive cycles and development.
Answer: Cultural control. Water management affects pest habitat conditions and survival.
Answer: Application of insecticides. Direct chemical application for immediate pest mortality.
Answer: Conserving natural enemy habitats. Maintaining beneficial insect populations enhances natural pest suppression.
Answer: To prevent the importation of foreign pests. Inspection and isolation prevent establishment of invasive species.
Answer: Increase in pest population after pesticide use. Natural enemies eliminated allow rapid pest population recovery.
Answer: Reduces reliance on chemical pesticides. Minimizes environmental impact while maintaining crop protection.
Answer: Development of pesticide-resistant pest strains. Evolutionary pressure selects for resistance in pest populations.
Answer: Immediate reduction of pest numbers. Physical removal provides instant results without chemical residues.
Answer: Potential development of pest resistance. Repeated exposure leads to evolution of resistant pest populations.
Answer: Cultural control. Water management affects pest habitat conditions and survival.
Answer: Ecological control. Environmental modifications enhance natural pest control processes.
Answer: Establishing a balance without harming non-target species. Requires careful species selection to avoid ecological disruption.
Answer: Pest identification and monitoring. Essential first step to determine when intervention is needed.