Linked from

The 187 pages that link to Biological pest control, each with the reason it gives.

• Invasive speciesRelated: Natural enemies can control invaders, but poorly chosen agents may cause new harm.

• PredationRelated: Predators can be introduced or supported as agents of pest suppression.

• Integrated pest managementRelated: Natural enemies can control pests while reducing reliance on broad-spectrum chemicals.

• HerbivoryRelated: Some herbivorous insects are introduced or encouraged to control invasive plants.

• ArthropodRelated: Predatory and parasitic arthropods can reduce crop pests.

• InsectRelated: Predatory and parasitic insects can limit agricultural pests.

• HorticultureRelated: It can reduce reliance on chemical controls in crop and garden management.

• HerbivoreRelated: Plant-feeding insects and other herbivores can be used to control invasive plants.

• Organic farmingRelated: Predators, parasites, and pathogens can replace some pesticides in organic crop protection.

• PesticideCompared with: It controls pests through living enemies rather than pesticide application.

• InsectivoryRelated: Bats, birds, and other insectivores can reduce agricultural insect pests.

• InsectivoreRelated: Insect-eating animals can reduce agricultural pests, though effects depend on ecosystem and species.

• RaptorRelated: Some farms use raptors to deter pest birds and rodents.

• ParasitismRelated: Parasitoids and disease-causing parasites can reduce agricultural pests.

• LarvaRelated: Larval stages can be targeted by predators, parasites, or microbial control agents.

• Mosquito controlRelated: It can reduce reliance on broad-spectrum insecticides, though outcomes depend on ecology.

• Insecticide resistanceRelated: Biological control offers a way to manage pests without relying solely on insecticides.

• Pest controlRelated: It uses other organisms as control agents rather than relying only on direct killing.

• AgroecologyRelated: Agroecological pest management can harness predators, parasites, and pathogens.

• DDTCompared with: Biological control can reduce pest populations without distributing persistent chemical residues.

• Soil food webRelated: Soil predators and parasites can reduce populations of plant-feeding pests.

• Plant defense against herbivoryRelated: Plant traits that recruit predators or parasitoids can strengthen biological control.

• SpiderRelated: Spiders consume many insects and can contribute to crop pest suppression.

• HemipteraRelated: Predatory true bugs are deployed against crop pests as biological control agents.

• IntercroppingRelated: Crop diversity can provide habitat or resources for organisms that suppress crop pests.

• PiscivoryRelated: Fish-eating predators can be considered in managing fish populations, though outcomes depend on ecosystems.

• Agricultural pestCompared with: It offers a living alternative to relying solely on chemical control.

• Ant colonyRelated: Some ants protect crops by attacking herbivorous insects, though they may also protect pests.

• ColeopteraRelated: Several beetle lineages serve as agents or targets in pest management.

• Vector controlRelated: Its ecological safety and effectiveness must be assessed for each vector and habitat.

• AntRelated: Some ants prey on or deter crop pests, though their effects depend on the ecosystem.

• Invasive species managementRelated: It can provide sustained suppression, but introduced control agents may create new risks.

• PupaRelated: Predators and parasitoids can attack insect pupae as part of pest suppression.

• Insect declineRelated: Loss of predatory and parasitic insects can weaken natural control of agricultural pests.

• InsecticideCompared with: It can replace or complement insecticides by using predators, parasites, or pathogens.

• Agricultural biodiversityRelated: Predators and parasites in diverse farms can limit crop pests.

• Chemical ecologyRelated: Chemical cues can guide natural enemies toward pests and improve control.

• Host plantRelated: Host plants can shape where pests and their biological-control agents meet.

• Introduced speciesRelated: Control organisms can themselves be introduced, creating ecological risks.

• Plant defenseRelated: Natural enemies can protect plants without relying on plant-produced defenses alone.

• Plant diseaseRelated: Beneficial microbes and other organisms can help reduce disease without relying only on pesticides.

• MyrmecophagyRelated: Ant- and termite-eating animals may suppress some pest species, though effects vary.

• OvipositionRelated: Manipulating egg-laying sites can help attract or divert pest insects.

• Seed predationRelated: Predators of seed-eating insects can indirectly protect seeds from consumption.

• CaterpillarRelated: Parasitoids and pathogens can reduce damaging caterpillar populations.

• Companion plantingNarrower topic: Companion planting can recruit predators and parasitoids that attack crop pests.

• HeteropteraRelated: Predatory heteropterans are deployed or conserved to reduce crop pests.

• Host specificityNarrower topic: Narrow host specificity can reduce risks to non-target species in parasite-based control.

• NematodeRelated: Insect-killing nematodes can reduce pest populations without conventional insecticides.

• AphidRelated: Predators and parasitoids can suppress aphids in crops and greenhouses.