Models on climate change have predicted an increase of temperature over the earth's surface with potential drastic effects on living organisms. We analyzed the relationships between climatic conditions (temperature, rainfall, and wind speed) and the abundance of blood-sucking flying insects (biting midges and blackflies) and nest-dwelling ectoparasites (mites, fleas, and blowflies) collected from blue tit nests during bird breeding seasons for a period of 10 years. Average temperature, rainfall, and wind speed showed significant differences among years. Temperature and wind speed increased during the period of study while rainfall decreased. Biting midge, blackfly, and blowfly abundances increased across years but not flea and mite abundanc...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Climatic conditions, through their effects on resource availability, may affect important life histo...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
El congreso tuvo lugar del 2 al 4 de febrero de 2022 en Vigo.Models on climate change have predicted...
Although different predictive models forecast that climate change will alter the distribution and in...
Background: Climate change potentially has important effects on distribution, abundance, transmissio...
Climate change potentially has important effects on distribution, abundance, transmission and virule...
<div><p>Background</p><p>Climate change potentially has important effects on distribution, abundance...
Several models predict changes in the distributions and incidences of diseases associated with clima...
Environmental factors may strongly affect avian-biting fly interactions in different ways because in...
Several models predict changes in the distributions and incidences of diseases associated with clima...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
Parasite populations are never evenly distributed among the hosts they infect. Avian nest ectoparasi...
Climate change effects on host–parasite interactions have been poorly studied in arid or semi-arid h...
Parasite populations are not evenly distributed among the hosts they infect. Nest ectoparasites, suc...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Climatic conditions, through their effects on resource availability, may affect important life histo...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
El congreso tuvo lugar del 2 al 4 de febrero de 2022 en Vigo.Models on climate change have predicted...
Although different predictive models forecast that climate change will alter the distribution and in...
Background: Climate change potentially has important effects on distribution, abundance, transmissio...
Climate change potentially has important effects on distribution, abundance, transmission and virule...
<div><p>Background</p><p>Climate change potentially has important effects on distribution, abundance...
Several models predict changes in the distributions and incidences of diseases associated with clima...
Environmental factors may strongly affect avian-biting fly interactions in different ways because in...
Several models predict changes in the distributions and incidences of diseases associated with clima...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
Parasite populations are never evenly distributed among the hosts they infect. Avian nest ectoparasi...
Climate change effects on host–parasite interactions have been poorly studied in arid or semi-arid h...
Parasite populations are not evenly distributed among the hosts they infect. Nest ectoparasites, suc...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Climatic conditions, through their effects on resource availability, may affect important life histo...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...