Effects | Vectors | Bird species | Parasite species | Methods | Results | Reference |
---|---|---|---|---|---|---|
Positive | Cx. pipiens | Canaries | P. relictum SGS1 | Biting rate on immobilized birds exposed in pairs (blood-meal identification) | Infected birds were more bitten by uninfected mosquitoes than uninfected birdsa | [26] |
Cx. pipiens | Canaries | P. relictum SGS1 | Biting rate on immobilized birds exposed in pairs (blood-meal identification) | Infected birds were more bitten by infected and uninfected mosquitoes | [27] | |
Cx. pipiens | House sparrows | Plasmodium | Biting rate on birds exposed in pairs (blood-meal identification) | The intensity of infection but not the parasite prevalence determined the mosquito biting ratesb | [30] | |
Negative | Cx. pipiens | Great tits | Plasmodium | Attractivity of birds exposed in pairs (olfactometer) | Uninfected birds attracted more mosquitoes than infected ones | [29] |
Biting midges; blackflies | Blue tits | Haemoproteus majoris | Insect abundance in nest boxes of wild birds | A higher abundance of Culicoides was found in nests of primaquine-medicated females than controls; this was not the case for blackflies | [66] | |
Biting midges | Blue tits | Haemoproteus | Insect abundance in nest boxes of wild birds | A higher abundance of Culicoides festivipennis was found in nests from primaquine-medicated birds than controlsc | [67] | |
No effect | Cx. pipiens; Oc. caspius | House sparrows; jackdaws | Plasmodium | Biting rate on immobilized birds exposed individually | No effect of the infection status on biting rate | This study |