Aims

Mammal Chronicles (MC) aims to be a premier platform for the publication of cutting-edge research in the field of mammalian science. Our mission is to contribute to the advancement of knowledge related to mammals, encompassing all aspects of their biology, ecology, behavior, conservation, and interactions with human societies. We are committed to publishing high-quality, peer-reviewed articles that address significant scientific questions and promote innovative approaches to the study of mammals.

We seek to facilitate the exchange of ideas among researchers, conservationists, and policymakers, and to contribute meaningfully to the global efforts aimed at understanding and preserving mammalian species. The journal serves as a hub for interdisciplinary research, bridging gaps between diverse fields to enhance our understanding of mammalian biology in both natural and altered environments. We also emphasize the application of scientific knowledge in the conservation of mammalian species and ecosystems, advocating for evidence-based approaches to conservation management.

Scope

Mammal Chronicles welcomes high-quality research articles that cover a wide range of topics related to mammalian science. Our scope includes, but is not limited to, the following disciplines:

1. Mammalian Evolution and Taxonomy

   • Phylogenetics and molecular evolution
   • Species identification and classification
   • Fossil records and evolutionary trends
   • Evolutionary relationships among mammal groups

2. Mammalian Behavior and Ecology

   • Behavioral ecology and social structures
   • Reproductive strategies and mating systems
   • Communication, cognition, and sensory ecology
   • Habitat use, migration patterns, and spatial ecology
   • Predator-prey dynamics and interspecies interactions

3. Physiology and Adaptations

   • Physiological adaptations to extreme environments
   • Thermoregulation, metabolism, and energetics
   • Neural and hormonal regulation of behavior
   • Reproductive physiology and endocrinology

4. Mammalian Genetics and Genomics

   • Genetic diversity and population structure
   • Genomic studies of mammalian species
   • Conservation genetics and genetic bottlenecks
   • Epigenetics and the role of genetics in behavior

5. Conservation Biology and Mammal Management

   • Threats to mammalian populations and species
   • Conservation strategies and action plans
   • Habitat restoration and landscape connectivity
   • Human-wildlife conflict mitigation
   • In-situ and ex-situ conservation practices
   • Endangered species recovery programs

6. Ecology of Mammalian Disease

   • Epidemiology and zoonotic diseases
   • Pathology of diseases affecting mammals
   • Disease transmission dynamics and impact on populations
   • Ecological interactions influencing disease spread

7. Wildlife Health and Veterinary Medicine

   • Veterinary care and wildlife rehabilitation
   • Wildlife disease surveillance and diagnostics
   • Veterinary interventions in endangered species
   • Pathogens and diseases in wild mammalian populations

8. Mammals and Ecosystem Services

   • The role of mammals in ecosystem functioning
   • Mammalian interactions with plant species
   • Seed dispersal, pollination, and other ecological services
   • Mammals' role in nutrient cycling and ecosystem dynamics

9. Human-Mammal Interactions

   • Cultural, economic, and social dimensions of mammal management
   • Human-wildlife conflicts and solutions
   • Impacts of urbanization and industrialization on mammalian populations
   • Ethical considerations in mammal conservation and research

10. Climate Change and Its Impact on Mammals

    • Effects of climate change on mammalian species and ecosystems
    • Behavioral and physiological responses to climate stressors
    • Habitat shifts and species distribution changes
    • Conservation strategies for climate-resilient mammal populations

11. Mammalian Conservation Genetics

    • Landscape genetics and gene flow studies
    • The use of genetic tools in conservation management
    • Species-specific conservation genetics techniques
    • The role of genetic monitoring in wildlife conservation

12. Technological Advances in Mammalian Research

    • Remote sensing and tracking technologies
    • DNA barcoding and genomic sequencing
    • Advanced telemetry and tracking techniques
    • Application of GIS and spatial modeling in mammalian studies

13. Ethology and Cognitive Science in Mammals

    • Cognitive abilities of mammals and neural mechanisms
    • Ethological studies of mammal behavior in natural settings
    • Comparative cognition across mammalian species
    • Learning and memory in wild and domesticated mammals

14. Conservation Policy and Global Initiatives

    • International conservation agreements and frameworks
    • Policy development for mammal conservation
    • The role of governments, NGOs, and communities in conservation
    • Assessing the effectiveness of conservation policies

15. Mammals in the Anthropocene

    • Adaptation to human-altered landscapes and ecosystems
    • The impact of human activities on mammalian biodiversity
    • Ethical challenges in the conservation of mammals in the modern world
    • Long-term sustainability and conservation strategies in the Anthropocene