AIMS and SCOPE
AIMS and SCOPES:
Peers in Animal Biotelemetry aims to publish high-quality research in the field of animal biotelemetry, including but not limited to the following topics:
- Animal movement ecology
- Animal behavior and physiology
- Wildlife management and conservation
- Animal population dynamics
- Biotelemetry technologies and techniques
- Data analysis and modeling in animal biotelemetry
- Biotelemetry applications in aquatic and terrestrial environments
- Biotelemetry applications in endangered species conservation
- Biotelemetry applications in fisheries management
- Biotelemetry applications in animal welfare
- Biotelemetry applications in animal health monitoring
- Biotelemetry applications in animal migration studies
- Biotelemetry applications in animal communication studies
- Biotelemetry applications in animal breeding studies
- Biotelemetry applications in wildlife disease management
- Biotelemetry applications in animal movement tracking
- Biotelemetry applications in animal population estimation
- Biotelemetry applications in animal habitat selection studies
- Biotelemetry applications in animal predator-prey interactions
- Biotelemetry applications in animal social behavior studies
We welcome submissions from researchers, scientists, and experts from around the world, and encourage submissions that use a variety of biotelemetry technologies, including but not limited to:
- Radio telemetry
- GPS tracking
- Satellite telemetry
- Acoustic telemetry
- Biologging
- Biotelemetry sensors
- Video monitoring
- Data loggers
- Animal-borne cameras
Our journal is committed to following all necessary regulations from organizations, including but not limited to:
- International Animal Care and Use Committee (IACUC)
- Animal Welfare Act
- Institutional Animal Care and Use Committee (IACUC)
- European Union Directive on the Protection of Animals Used for Scientific Purposes
- National Institutes of Health (NIH) guidelines for the care and use of laboratory animals
We adhere to the principles of open access publishing and are committed to providing our readers with high-quality, peer-reviewed research that is freely accessible to all. We also strive to provide a platform for researchers to engage with each other and with the broader scientific community, promoting collaboration and the exchange of knowledge and ideas.
In addition to original research articles, Peers in Animal Biotelemetry also welcomes review articles, perspectives, and technical notes. We encourage submissions that demonstrate the potential for biotelemetry to solve real-world problems related to animal conservation and management.
Our journal is committed to ensuring a fair and rigorous peer-review process for all submitted manuscripts. We have a team of expert reviewers who evaluate each manuscript based on its scientific merit, originality, and relevance to the field of animal biotelemetry. We strive to provide constructive feedback to authors and work with them to improve the quality of their research.
Peers in Animal Biotelemetry is published by a team of experienced editors and supported by an international editorial board, consisting of experts in the field of animal biotelemetry. Our editorial team is dedicated to providing a high-quality publication platform for researchers in the field and ensuring the integrity of the peer-review process.
We believe that the publication of high-quality research in animal biotelemetry is crucial for the advancement of the field and for the conservation and management of animal populations. Our goal is to promote and disseminate this research to a wide audience and to encourage collaboration and innovation in the field.
In summary, Peers in Animal Biotelemetry is an open access journal that aims to publish high-quality research in the field of animal biotelemetry, including but not limited to animal movement ecology, behavior and physiology, wildlife management and conservation, and biotelemetry technologies and techniques. We are committed to following all necessary regulations from organizations and adhering to the principles of open access publishing. Our mission is to advance the field of animal biotelemetry by promoting and disseminating high-quality research, and our vision is to be the leading journal in the field.
- Animal biotelemetry
- Animal tracking
- Wildlife management
- Animal behavior
- Animal physiology
- Animal ecology
- Conservation biology
- Wildlife conservation
- Animal migration
- Fishery management
- Aquatic ecology
- Terrestrial ecology
- Wildlife population dynamics
- Biotelemetry technology
- Data analysis
- Modeling
- Aquatic environments
- Terrestrial environments
- Endangered species
- Fisheries conservation
- Animal welfare monitoring
- Animal health monitoring
- Animal communication
- Animal breeding
- Wildlife disease management
- Animal movement
- Animal habitat selection
- Predator-prey interactions
- Social behavior studies
- Radio telemetry
- GPS tracking
- Satellite telemetry
- Acoustic telemetry
- Biologging
- Biotelemetry sensors
- Video monitoring
- Data loggers
- Animal-borne cameras
- Telemetry data analysis
- Biotelemetry modeling
- Aquatic telemetry
- Terrestrial telemetry
- Marine ecology
- Wetland ecology
- Forest ecology
- Grassland ecology
- Animal conservation
- Wildlife research
- Biotelemetry applications
- Animal movement tracking
- Animal population estimation
- Habitat use
- Predator movement
- Prey movement
- Animal behavior studies
- Animal physiology studies
- Aquatic animal behavior
- Terrestrial animal behavior
- Wildlife habitat selection
- Wildlife disease surveillance
- Population ecology
- Biotelemetry in ecology
- Animal movement ecology
- Animal tracking technology
- Biotelemetry data visualization
- Telemetry network design
- Data management
- Biotelemetry data quality control
- Biotelemetry data storage
- Biotelemetry software
- Biotelemetry hardware
- Biotelemetry system design
- Marine animal telemetry
- Marine mammal telemetry
- Bird tracking
- Insect tracking
- Amphibian tracking
- Reptile tracking
- Animal behavior research
- Animal movement research
- Biotelemetry applications in ecology
- Biotelemetry in conservation
- Biotelemetry in wildlife management
- Biotelemetry in animal behavior
- Biotelemetry in animal ecology
- Biotelemetry in animal physiology
- Biotelemetry in animal migration
- Biotelemetry in animal communication
- Biotelemetry in animal breeding
- Biotelemetry in wildlife disease management
- Biotelemetry in animal movement tracking
- Biotelemetry in animal population estimation
- Biotelemetry in animal habitat selection
- Biotelemetry in predator-prey interactions
- Biotelemetry in animal social behavior
- Biotelemetry in marine ecology
- Biotelemetry in wetland ecology
- Biotelemetry in forest ecology
- Biotelemetry in grassland ecology
- Biotelemetry in aquatic animal behavior
- Biotelemetry in terrestrial animal behavior
- Biotelemetry in wildlife habitat selection
- Biotelemetry in population ecology
- Biotelemetry in data analysis
- Biotelemetry in modeling
- Biotelemetry in telemetry network design
- Biotelemetry in data management
- Biotelemetry in data quality control
- Biotelemetry in data storage
- Biotelemetry in software
- Biotelemetry in hardware
- Biotelemetry in system design
- Biotelemetry in marine animal tracking
- Biotelemetry in marine mammal tracking
- Biotelemetry in bird tracking
- Biotelemetry in insect tracking
- Biotelemetry in amphibian tracking
- Biotelemetry in reptile tracking
- Biotelemetry in animal behavior research
- Biotelemetry in animal movement research
- Biotelemetry in ecology research
- Biotelemetry in conservation research
- Biotelemetry in wildlife management research
- Biotelemetry in animal health research
- Biotelemetry in animal welfare research
- Biotelemetry in animal communication research
- Biotelemetry in animal breeding research
- Biotelemetry in wildlife disease research
- Biotelemetry in predator-prey interaction research
- Biotelemetry in social behavior research
- Biotelemetry in marine ecology research
- Biotelemetry in wetland ecology research
- Biotelemetry in forest ecology research
- Biotelemetry in grassland ecology research
- Biotelemetry in aquatic animal behavior research
- Biotelemetry in terrestrial animal behavior research
- Biotelemetry in wildlife habitat selection research
- Biotelemetry in population ecology research
- Biotelemetry in data analysis research
- Biotelemetry in modeling research
- Biotelemetry in telemetry network design research
- Biotelemetry in data management research
- Biotelemetry in data quality control research
- Biotelemetry in data storage research
- Biotelemetry in software research
- Biotelemetry in hardware research
- Biotelemetry in system design research
- Biotelemetry in marine animal tracking research
- Biotelemetry in marine mammal tracking research
- Biotelemetry in bird tracking research
- Biotelemetry in insect tracking research
- Biotelemetry in amphibian tracking research
- Biotelemetry in reptile tracking research
- Biotelemetry in animal behavior data analysis
- Biotelemetry in animal movement data analysis
- Biotelemetry in ecology data analysis
- Biotelemetry in conservation data analysis
- Biotelemetry in wildlife management data analysis
- Biotelemetry in animal health data analysis
- Biotelemetry in animal welfare data analysis
- Biotelemetry in animal communication data analysis
- Biotelemetry in animal breeding data analysis
- Biotelemetry in wildlife disease data analysis
- Biotelemetry in predator-prey interaction data analysis
- Biotelemetry in social behavior data analysis
- Biotelemetry in marine ecology data analysis
- Biotelemetry in wetland ecology data analysis
- Biotelemetry in forest ecology data analysis
- Biotelemetry in grassland ecology data analysis
- Biotelemetry in aquatic animal behavior data analysis
- Biotelemetry in terrestrial animal behavior data analysis
- Biotelemetry in wildlife habitat selection data analysis
- Biotelemetry in population ecology data analysis
- Biotelemetry in data analysis software
- Biotelemetry in data analysis techniques
- Biotelemetry in data analysis algorithms
- Biotelemetry in data analysis tools
- Biotelemetry in data analysis models
- Biotelemetry in data analysis methods
- Biotelemetry in animal movement modeling
- Biotelemetry in ecology modeling
- Biotelemetry in conservation modeling
- Biotelemetry in wildlife management modeling
- Biotelemetry in animal health modeling
- Biotelemetry in bioenergetics modeling
- Biotelemetry in animal welfare modeling
- Biotelemetry in animal communication modeling
- Biotelemetry in animal breeding modeling
- Biotelemetry in wildlife disease modeling
- Biotelemetry in predator-prey interaction modeling
- Biotelemetry in social behavior modeling
- Biotelemetry in marine ecology modeling
- Biotelemetry in wetland ecology modeling
- Biotelemetry in forest ecology modeling
- Biotelemetry in grassland ecology modeling
- Biotelemetry in aquatic animal behavior modeling
- Biotelemetry in terrestrial animal behavior modeling
- Biotelemetry in wildlife habitat selection modeling
- Biotelemetry in population ecology modeling
- Biotelemetry in model validation
- Biotelemetry in wildlife movement modeling
To put it briefly, We invite researchers, practitioners, and students to submit their original research, reviews, perspectives, and technical notes to Peers in Animal Biotelemetry. Our dedicated editorial team and expert reviewers are committed to providing a rigorous peer-review process and ensuring the quality and integrity of all published research. With a focus on promoting collaboration and innovation in the field of animal biotelemetry, we strive to be the leading open access journal in this important and rapidly evolving field.