International Ornithology

International Ornithology

International Ornithology – Aim And Scope

Open Access & Peer-Reviewed

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Aims & Scope

International Ornithology publishes original research on wild bird populations, their ecology, behavior, evolution, and conservation across global ecosystems. We advance ornithological science through rigorous empirical studies, innovative methodologies, and integrative approaches to avian biology.
Avian Ecology Migration Biology Conservation Genetics Population Dynamics Behavioral Ecology Evolutionary Biology
Scope Boundary: We do NOT consider clinical veterinary care, captive bird management, or aviculture practices. Our focus is wild avian populations and natural ecosystems.

Research Scope

Tier 1: Core Research Domains

Avian Ecology & Population Biology

  • Population dynamics and demographic modeling
  • Species distribution patterns and biogeography
  • Habitat selection and microhabitat use
  • Community ecology and species interactions
  • Food web dynamics and trophic relationships
  • Population monitoring and survey methodologies
Typical Fit:

Long-term population trends of migratory raptors in response to habitat fragmentation, using mark-recapture and telemetry data to model survival and recruitment rates.

Migration & Movement Ecology

  • Migration patterns and phenology
  • Navigational mechanisms and orientation
  • Stopover ecology and refueling strategies
  • Tracking technologies (geolocators, GPS, accelerometers)
  • Connectivity between breeding and wintering grounds
  • Climate effects on migration timing and routes
Typical Fit:

Accelerometer-based analysis of flight behavior during trans-oceanic migration, revealing energetic costs and stopover site selection in long-distance migrants.

Behavioral Ecology & Communication

  • Mating systems and reproductive strategies
  • Parental care and life history evolution
  • Vocal communication and song learning
  • Visual signaling and plumage evolution
  • Foraging behavior and optimal decision-making
  • Social structure and cooperative breeding
Typical Fit:

Sexual dimorphism in plumage coloration and its relationship to mate choice, parental investment, and breeding success in a polygynous waterbird species.

Conservation Biology & Biodiversity

  • Threatened species recovery programs
  • Habitat loss and fragmentation impacts
  • Conservation genetics and population viability
  • Protected area effectiveness
  • Human-wildlife conflict mitigation
  • Indicator species and ecosystem health
Typical Fit:

Conservation genetics of cryptic species complexes, using genomic data to identify evolutionarily significant units and inform management strategies for forest-dependent birds.

Tier 2: Secondary Focus Areas

Evolutionary Biology & Phylogenetics

Phylogenetic relationships, speciation processes, hybridization dynamics, and adaptive radiation in avian lineages. Genomic approaches to understanding evolutionary history and diversification patterns.

Climate Change Biology

Effects of climate variability on bird populations, phenological shifts, range expansions and contractions, and adaptive responses to environmental change across temporal and spatial scales.

Disease Ecology

Pathogen dynamics in wild bird populations, host-parasite interactions, zoonotic disease transmission, and impacts of emerging infectious diseases on population health and conservation.

Urban Ornithology

Adaptation of bird species to urbanized landscapes, effects of light and noise pollution on behavior and physiology, and ecological processes in human-modified environments.

Ecophysiology & Energetics

Metabolic adaptations, thermoregulation, energetic costs of reproduction and migration, and physiological responses to environmental stressors in wild populations.

Methodological Innovations

Novel survey techniques, remote sensing applications, artificial intelligence for species identification, bioinformatics tools, and statistical approaches advancing ornithological research.

Tier 3: Emerging Research Frontiers

Note: Submissions in these emerging areas undergo additional editorial review to ensure alignment with core ornithological science. Manuscripts must demonstrate clear relevance to wild bird populations and ecological processes.

Genomics & Bioinformatics

Population genomics, transcriptomics, epigenetics, and computational biology approaches to understanding avian evolution, adaptation, and conservation genetics.

Citizen Science & Big Data

Large-scale monitoring programs, community-based research, data integration from multiple sources, and novel analytical frameworks for continental-scale ornithological questions.

Toxicology & Environmental Contaminants

Effects of pollutants, pesticides, heavy metals, and microplastics on wild bird populations, with emphasis on population-level consequences and ecosystem health indicators.

Acoustic Ecology

Soundscape analysis, bioacoustics monitoring, effects of anthropogenic noise on communication networks, and automated acoustic detection systems for population assessment.

Out of Scope

Clinical Veterinary Medicine

Rationale: Individual bird patient care, diagnostic procedures, surgical techniques, and clinical case reports fall outside our ecological and population-level focus. Refer to veterinary journals.

Aviculture & Captive Management

Rationale: Breeding programs for captive birds, husbandry practices, and pet bird care are not within scope. Our focus is wild populations in natural or semi-natural habitats.

Poultry Science & Agriculture

Rationale: Domestic fowl production, agricultural optimization, and commercial breeding programs are outside ornithological science. Refer to agricultural or poultry science journals.

Pure Taxonomy Without Ecological Context

Rationale: Purely descriptive taxonomic revisions without ecological, behavioral, or conservation implications. Taxonomic work must integrate with broader biological questions.

Anecdotal Observations

Rationale: Casual sightings, single observations, or reports lacking systematic data collection, statistical analysis, or broader scientific context are not considered.

Article Types & Editorial Priorities

Priority 1

Fast-Track Review (4-6 weeks to first decision)

Original Research Articles Systematic Reviews & Meta-Analyses Methods & Protocols Conservation Applications
Priority 2

Standard Review (6-8 weeks to first decision)

Short Communications Data Notes Perspectives & Commentaries Review Articles Technical Notes
Rarely Considered

Requires Strong Justification

Opinion Pieces Book Reviews Conference Reports

Editorial Standards & Requirements

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Reporting Guidelines

ARRIVE for animal studies, PRISMA for systematic reviews, STROBE for observational studies. Adherence required for submission.

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Data Availability

Raw data must be deposited in recognized repositories (Dryad, Figshare, Zenodo). Data availability statement mandatory.

Ethics Approval

All research involving live birds requires institutional ethics approval. Permit numbers and approval dates must be stated.

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Preprint Policy

Preprints on recognized servers (bioRxiv, EcoEvoRxiv) accepted. Must be declared at submission. Does not affect consideration.

Statistical Rigor: Manuscripts must include appropriate statistical methods, effect sizes, confidence intervals, and power analyses where applicable. P-values alone are insufficient. Consult our statistical guidelines before submission.

Decision Metrics & Publication Timeline

28
Days to First Decision
42%
Acceptance Rate
14
Days to Publication
Open
Access Model

Submission Guidance: Before submitting, ensure your manuscript addresses wild bird populations, includes robust methodology, and aligns with our core domains. Manuscripts outside scope will be desk-rejected within 5 business days. Contact the editorial office with scope questions before submission to avoid delays.