It is increasingly evident that for a number of high-profile pathogens, transmission involves both direct and environmental pathways. Much of the distinguished evolutionary theory has, however, focused on each of transmission component separately. Herein, we use the framework of adaptive dynamics to study the evolutionary consequences of mixed transmission. We find that environmental transmission can select for increased virulence when direct transmission is low. Increasing the efficiency of direct transmission gives rise to an evolutionary bi-stability, with coexistence of different levels of virulence. We conclude that the overlooked contribution of environmental transmission may explain the curious appearance of high virulence in pathoge...
Mixed pathogenic infections are known to have profound effects on the ecological and evolutionary di...
International audienceWhen emerging pathogens encounter new host species for which they are poorly a...
Multiple pathogenic infections can influence disease transmission and virulence, and have important ...
It is increasingly evident that for a number of high-profile pathogens, transmission involves both d...
It is increasingly evident that for a number of high‐profile pathogens, transmission involves both d...
Many pathogens transmit to new hosts by both infection (horizontal transmission) and transfer to the...
Disease outbreaks are a consequence of interactions among the three components of a host–parasite s...
Many pathogens and parasites are transmitted through hosts that differ in species, sex, genotype, or...
SummaryRecent cases of emergent diseases have renewed interest in the evolutionary and ecological me...
There is increasing interest in the role that evolution may play in current and future pandemics, bu...
Evolutionary theory may contribute to practical solutions for control of disease by identifying inte...
Researchers worldwide are repeatedly warning us against future zoonotic diseases resulting from huma...
Emerging diseases are a major challenge to public health. Revealing the evolutionary processes that ...
This chapter explains why the traditional approach of predicting evolutionary outcomes by maximizing...
Traditional explorations of infectious disease evolution have considered the competition between two...
Mixed pathogenic infections are known to have profound effects on the ecological and evolutionary di...
International audienceWhen emerging pathogens encounter new host species for which they are poorly a...
Multiple pathogenic infections can influence disease transmission and virulence, and have important ...
It is increasingly evident that for a number of high-profile pathogens, transmission involves both d...
It is increasingly evident that for a number of high‐profile pathogens, transmission involves both d...
Many pathogens transmit to new hosts by both infection (horizontal transmission) and transfer to the...
Disease outbreaks are a consequence of interactions among the three components of a host–parasite s...
Many pathogens and parasites are transmitted through hosts that differ in species, sex, genotype, or...
SummaryRecent cases of emergent diseases have renewed interest in the evolutionary and ecological me...
There is increasing interest in the role that evolution may play in current and future pandemics, bu...
Evolutionary theory may contribute to practical solutions for control of disease by identifying inte...
Researchers worldwide are repeatedly warning us against future zoonotic diseases resulting from huma...
Emerging diseases are a major challenge to public health. Revealing the evolutionary processes that ...
This chapter explains why the traditional approach of predicting evolutionary outcomes by maximizing...
Traditional explorations of infectious disease evolution have considered the competition between two...
Mixed pathogenic infections are known to have profound effects on the ecological and evolutionary di...
International audienceWhen emerging pathogens encounter new host species for which they are poorly a...
Multiple pathogenic infections can influence disease transmission and virulence, and have important ...