Linked from

The 21 pages that link to Vector control, each with the reason it gives.

• PesticideRelated: Insecticides can reduce disease transmission by controlling vectors.

• Vector-borne diseaseRelated: Reducing vector abundance or contact with hosts can interrupt transmission.

• Environmental healthRelated: Managing mosquitoes and other vectors limits environmentally mediated infectious disease.

• ParasiteRelated: Controlling vectors can interrupt transmission of parasites such as malaria-causing Plasmodium.

• EntomologyRelated: Medical entomology studies insect vectors and ways to limit their disease transmission.

• Trypanosoma cruziRelated: Housing improvements and insecticide programs reduce contact with infected triatomine bugs.

• Parasitic diseaseRelated: Controlling vectors can interrupt transmission of parasites such as malaria parasites.

• ArbovirusRelated: Reducing mosquito or tick exposure can interrupt arbovirus transmission.

• HematophagyRelated: Reducing blood-feeding vectors can interrupt pathogen transmission.

• TyphusRelated: Reducing lice, fleas, or mites interrupts the transmission routes of different typhus forms.

• DracunculiasisRelated: Treating ponds with larvicides can reduce copepods that carry Guinea worm larvae.

• InfestationRelated: Some infestations involve vectors whose control also limits disease transmission.

• Disease vectorRelated: It targets vector populations or their contact with hosts to limit transmission.