Add to ORKGNormal 0 false false false EN-US X-NONE X-NONE MicrosoftInternetExplorer4 It is commonlyassumed that infectious disease dynamics in host populations depend on thenutritional status of the host. However, the extent to which and the mechanismsvia which nutrition contributes to infectious disease dynamics in animalpopulations remains unclear. In this study of nutrition dependence oninfectious diseases we focused on symbionts of Daphnia magna, an aquatic invertebrate host that has beencharacterized by the presence of a multitude of symbiotic (epibiont andparasitic) taxa. It is straightforward to manipulate host nutrition in Daphnia, given that Daphnia can be fed different quantities of algae or algal taxa thatdiffe...
Host density can increase infection rates and reduce host fitness as increasing population density e...
Increased productivity due to nutrient enrichment is hypothesized to affect density-dependent proces...
Host density can increase infection rates and reduce host fitness as increasing population density e...
Human-induced increases in the bioavailability of carbon (C), nitrogen (N) and phosphorus (P) has th...
Parasites achieve their fitness by reducing the fitness of the hosts they infect. The relationship b...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
In nature, hosts are exposed to a multitude of diseases and a wide range of food qualities and quant...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
Elemental mismatches can play a substantial role in the vulnerability of hosts to infectious disease...
Human-induced increases in the bioavailability of carbon (C), nitrogen (N) and phosphorus (P) has th...
Host density can increase infection rates and reduce host fitness as increasing population density e...
Increased productivity due to nutrient enrichment is hypothesized to affect density-dependent proces...
Host density can increase infection rates and reduce host fitness as increasing population density e...
Human-induced increases in the bioavailability of carbon (C), nitrogen (N) and phosphorus (P) has th...
Parasites achieve their fitness by reducing the fitness of the hosts they infect. The relationship b...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
In nature, hosts are exposed to a multitude of diseases and a wide range of food qualities and quant...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
The widespread occurrence of multiple infections and the often vast range of nutritional resources f...
Elemental mismatches can play a substantial role in the vulnerability of hosts to infectious disease...
Human-induced increases in the bioavailability of carbon (C), nitrogen (N) and phosphorus (P) has th...
Host density can increase infection rates and reduce host fitness as increasing population density e...
Increased productivity due to nutrient enrichment is hypothesized to affect density-dependent proces...
Host density can increase infection rates and reduce host fitness as increasing population density e...