The study of microbial symbioses in reptiles and wildfowl has gained increased attention due to its implications for understanding emerging infectious diseases. Reptiles and wild birds inhabit diverse ecosystems that serve as natural reservoirs for a variety of pathogens, including Adenoviridae, Circoviridae, Retroviridae, and Parvoviridae. This complex interaction has revealed both reptiles and wildfowl as potential reservoirs for emergent diseases, raising concerns about their roles in the spread of infections such as Avian Influenza Virus (AIV) and Newcastle Disease Virus (NDV) among others. The pinpointing of these viruses in their systems underlines a significant, yet underexplored, area of microbial interaction and disease dynamics.
This Research Topic aims to delve into the ecological and behavioral factors that influence disease transmission between reptiles and wildfowl, assess the health impacts on these animal populations, and identify potential transmission routes and risk factors associated with these interactions. The goal is to uncover novel aspects of pathogen transfer that could influence current practices in wildlife conservation and disease prevention.
To deepen understanding and inform effective interventions, we welcome a variety of themes:
• Identify Transmission Routes: In-depth study of pathogen transfer mechanisms between reptile and avian species;
• Pathogen Diversity and Dynamics: Analysis of the range and prevalence of various pathogens within host populations;
• Impact on Reptile Health: Examination of pathogenic consequences in reptilian hosts;
• Impact on Avian Health: Investigative focus on avian pathogen impact;
• Conservation Implications: Evaluations aimed at shaping conservation strategies to mitigate the spread of these emerging diseases.
Original Research, Review, Mini Review, Systematic Review, and Perspective article types are welcome. This Research Topic is hosted within the Microbial Symbioses and Virology sections of the journal, please submit to your preferred specialty.
The study of microbial symbioses in reptiles and wildfowl has gained increased attention due to its implications for understanding emerging infectious diseases. Reptiles and wild birds inhabit diverse ecosystems that serve as natural reservoirs for a variety of pathogens, including Adenoviridae, Circoviridae, Retroviridae, and Parvoviridae. This complex interaction has revealed both reptiles and wildfowl as potential reservoirs for emergent diseases, raising concerns about their roles in the spread of infections such as Avian Influenza Virus (AIV) and Newcastle Disease Virus (NDV) among others. The pinpointing of these viruses in their systems underlines a significant, yet underexplored, area of microbial interaction and disease dynamics.
This Research Topic aims to delve into the ecological and behavioral factors that influence disease transmission between reptiles and wildfowl, assess the health impacts on these animal populations, and identify potential transmission routes and risk factors associated with these interactions. The goal is to uncover novel aspects of pathogen transfer that could influence current practices in wildlife conservation and disease prevention.
To deepen understanding and inform effective interventions, we welcome a variety of themes:
• Identify Transmission Routes: In-depth study of pathogen transfer mechanisms between reptile and avian species;
• Pathogen Diversity and Dynamics: Analysis of the range and prevalence of various pathogens within host populations;
• Impact on Reptile Health: Examination of pathogenic consequences in reptilian hosts;
• Impact on Avian Health: Investigative focus on avian pathogen impact;
• Conservation Implications: Evaluations aimed at shaping conservation strategies to mitigate the spread of these emerging diseases.
Original Research, Review, Mini Review, Systematic Review, and Perspective article types are welcome. This Research Topic is hosted within the Microbial Symbioses and Virology sections of the journal, please submit to your preferred specialty.