This file describe the results of infection prevalence per treatment combination. 1. Temperature: COLD (14ºC) and WARM (22ºC). 2. Species: LF (Northern leopard frog), WF (wood frog). 3. Genotypes: we used two clutches of wood frog and one clutch of leopard frog representing 3 genotypes. 4.Strains: we used three ranavirus strain azaC, SsMeV and the wild type wt-FV3, see ur description in the main text. 5. Infection has been assessed by two PCR using published ranavirus MCP primers. The number of infected individual per treatment combination is given. 6. Non-infected: number of non-infected individuals per treatment combination
Infection experiments are critical for understanding wildlife disease dynamics. Although infection e...
Reports of severe disease outbreaks in amphibian communities in mainland Europe due to strains of th...
This data file was tailored for the cox regression analysis of survival/mortality over time per trea...
This file describe the results of infection prevalence per treatment combination. 1. Temperature: CO...
Infectious disease is a leading cause of death in ectothermic taxa including amphibians, reptiles, a...
A variety of challenges arise when monitoring wildlife populations for disease. Sampling tissues can...
Ranaviruses are pathogenic viruses for poikilothermic vertebrates worldwide. The identification of a...
We used weather and habitat characteristics, which collected from studied 49 sampling sites, to know...
Please cite as: Alyssa W. Kaganer, Elizabeth M. Bunting, Matthew P. Hare. (2021) Ranavirus titers a...
The context-dependent investigations of host–pathogen genotypic interactions, where environmental fa...
Ranaviruses are responsible for a lethal, emerging infectious disease in amphibians and threaten the...
Ranaviruses are the second deadliest pathogens for amphibian populations throughout the world. Despi...
This data file gives the results from a laboratory experiment conducted at University of California,...
Ranaviruses are a group of pathogens belonging to the genus Ranavirus (Family Iridoviridae) that hav...
To cope with amphibian die-offs caused by ranavirus, it is important to know the underlying ranaviru...
Infection experiments are critical for understanding wildlife disease dynamics. Although infection e...
Reports of severe disease outbreaks in amphibian communities in mainland Europe due to strains of th...
This data file was tailored for the cox regression analysis of survival/mortality over time per trea...
This file describe the results of infection prevalence per treatment combination. 1. Temperature: CO...
Infectious disease is a leading cause of death in ectothermic taxa including amphibians, reptiles, a...
A variety of challenges arise when monitoring wildlife populations for disease. Sampling tissues can...
Ranaviruses are pathogenic viruses for poikilothermic vertebrates worldwide. The identification of a...
We used weather and habitat characteristics, which collected from studied 49 sampling sites, to know...
Please cite as: Alyssa W. Kaganer, Elizabeth M. Bunting, Matthew P. Hare. (2021) Ranavirus titers a...
The context-dependent investigations of host–pathogen genotypic interactions, where environmental fa...
Ranaviruses are responsible for a lethal, emerging infectious disease in amphibians and threaten the...
Ranaviruses are the second deadliest pathogens for amphibian populations throughout the world. Despi...
This data file gives the results from a laboratory experiment conducted at University of California,...
Ranaviruses are a group of pathogens belonging to the genus Ranavirus (Family Iridoviridae) that hav...
To cope with amphibian die-offs caused by ranavirus, it is important to know the underlying ranaviru...
Infection experiments are critical for understanding wildlife disease dynamics. Although infection e...
Reports of severe disease outbreaks in amphibian communities in mainland Europe due to strains of th...
This data file was tailored for the cox regression analysis of survival/mortality over time per trea...