Journal of Biosemiotic Research

Journal of Biosemiotic Research

Journal of Biosemiotic Research – Aim And Scope

Open Access & Peer-Reviewed

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Aims & Scope

Journal of Biosemiotic Research (JBSR) publishes original research examining sign processes, meaning-making, and communication systems in living organisms across biological, philosophical, and theoretical frameworks.
Biosemiotics Biological Signaling Semiotic Evolution Zoosemiotics Ecosemiotics
We do NOT consider: Pure clinical medicine, agricultural technology without semiotic analysis, computer science applications lacking biological grounding, or purely descriptive natural history without theoretical framework.

Core Research Domains

JBSR prioritizes manuscripts that advance theoretical understanding of sign processes in living systems, integrating perspectives from biology, semiotics, philosophy, and cognitive science. We seek rigorous empirical studies and conceptual analyses that illuminate how organisms generate, interpret, and respond to meaningful information.

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Theoretical Biosemiotics

  • Foundations of biosemiotic theory and sign typologies
  • Semiotic evolution and phylogenetic emergence of meaning
  • Information processing and interpretation in living systems
  • Biological coding systems and semantic frameworks
  • Philosophy of biology and biosemiotic epistemology
  • Integration with systems theory and complexity science
Typical fit: A theoretical analysis of how Peircean semiotics applies to molecular recognition events, demonstrating triadic sign relations at the cellular level with implications for understanding biological agency.
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Cellular & Molecular Semiotics

  • Cell-cell communication and signaling pathways
  • Molecular recognition and receptor-ligand interactions
  • Gene regulation as semiotic process
  • Signaling cascades and information transduction
  • Biosemiotic analysis of developmental signaling
  • Epigenetic information and cellular memory
Typical fit: An empirical study examining quorum sensing in bacterial populations through a biosemiotic lens, analyzing signal production, transmission, and interpretation as a model for minimal semiotic systems.
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Zoosemiotics & Behavioral Communication

  • Animal communication systems and signal evolution
  • Ethological approaches to meaning-making
  • Cognitive biosemiotics and animal cognition
  • Multimodal signaling in animal behavior
  • Biosemiotic perspectives on social behavior
  • Evolution of communication and semiotic competence
Typical fit: A comparative study of alarm call systems in primates, analyzing semantic content, referential specificity, and the evolutionary trajectory of symbolic communication from indexical origins.
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Ecosemiotics & Environmental Communication

  • Organism-environment semiotic relationships
  • Ecological signaling networks and information flow
  • Plant communication and phytosemiotics
  • Symbiotic relationships as semiotic systems
  • Landscape semiotics and habitat interpretation
  • Biosemiotic approaches to conservation biology
Typical fit: An investigation of plant volatile organic compounds as semiotic signals in tritrophic interactions, examining how plants encode information about herbivore identity that parasitoid wasps decode for host location.

Secondary Focus Areas

We welcome interdisciplinary research that bridges biosemiotics with adjacent fields, provided the biosemiotic framework remains central to the analysis.

Neurosemiotics & Cognitive Science

Neural coding, perception as semiosis, consciousness and meaning-making, biosemiotic approaches to mind-brain relationships.

Linguistic Biosemiotics

Evolution of language, biological foundations of linguistic capacity, comparative semiotics of human and animal communication.

Biosemiotic Methodology

Novel analytical frameworks, computational approaches to biosemiotic analysis, experimental design for studying sign processes in organisms.

Cultural Biosemiotics

Continuity between biological and cultural semiosis, human-nature semiotic interfaces, biosemiotic perspectives on cultural evolution.

Developmental Biosemiotics

Ontogenetic emergence of semiotic competence, morphogenetic fields as semiotic systems, developmental signaling networks.

Systems Biology & Bioinformation

Information theory in biological contexts, network analysis of biological signaling, thermodynamics of biological information processing.

Emerging Research Frontiers

Selective Consideration with Additional Review

The following areas represent emerging intersections with biosemiotics. Manuscripts in these domains undergo additional editorial assessment to ensure substantive biosemiotic contribution beyond superficial application of terminology.

  • Biosemiotics and artificial intelligence (biological grounding required)
  • Synthetic biology and engineered semiotic systems
  • Biosemiotic approaches to astrobiology and origin of life
  • Quantum biology and information processing
  • Biosemiotics and bioethics (theoretical focus)
  • Computational biosemiotics and modeling
  • Biosemiotic perspectives on autopoiesis and self-organization
  • Robotics informed by biological semiotic principles
  • Note: Manuscripts in emerging areas must demonstrate clear theoretical advancement of biosemiotic understanding, not merely apply biosemiotic vocabulary to existing research paradigms.

    Explicitly Out of Scope

    We Do Not Consider

  • Pure clinical medicine or applied health sciences Rationale: Clinical applications lack the theoretical biosemiotic framework central to our mission. Consider specialized medical journals.
  • Agricultural technology or crop science without semiotic analysis Rationale: Applied agricultural research falls outside our scope unless it explicitly addresses plant communication or semiotic relationships in agricultural ecosystems.
  • Computer science or AI without biological grounding Rationale: Pure computational work must demonstrate substantive connection to biological sign processes, not merely metaphorical application of biosemiotic terms.
  • Descriptive natural history without theoretical framework Rationale: Observational studies must be situated within biosemiotic theory to advance understanding of sign processes in nature.
  • Literary criticism, art theory, or cultural studies lacking biological foundation Rationale: While cultural semiotics is valuable, JBSR focuses on biological sign systems. Purely cultural analyses belong in humanities journals.
  • Article Types & Editorial Priorities

    Fast-Track Priority 1: Core Contributions

    Empirical studies with novel findings, comprehensive reviews synthesizing biosemiotic literature, methodological innovations for studying biological sign processes. Target decision: 3-4 weeks.

    Standard Priority 2: Supporting Scholarship

    Brief reports of preliminary findings, datasets with biosemiotic relevance, forward-looking commentaries on field directions. Target decision: 4-6 weeks.

    Selective Priority 3: Rarely Considered

    Accepted only when addressing critical theoretical debates or providing unique historical insights essential to field development. Most submissions in this category are declined without review.

    Editorial Standards & Requirements

    Reporting Guidelines

    • ARRIVE for animal studies
    • STROBE for observational research
    • PRISMA for systematic reviews
    • CONSORT for experimental trials

    Data & Transparency

    • Data availability statements required
    • Raw data deposition encouraged
    • Code and materials sharing expected
    • Reproducibility documentation

    Ethics & Integrity

    • IRB/IACUC approval for relevant studies
    • Informed consent documentation
    • Conflict of interest disclosure
    • Adherence to publication ethics

    Preprint Policy

    • Preprints welcomed and encouraged
    • No impact on consideration
    • Must be disclosed at submission
    • Version control maintained

    Editorial Performance Metrics

    28 days Median Time to First Decision
    32% Acceptance Rate
    45 days Time to Publication
    Open Article Processing Charge

    Ready to Submit?

    If your research advances understanding of sign processes in living systems through rigorous empirical investigation or theoretical analysis, we invite your submission. Review our author guidelines for formatting requirements and submission procedures.

    Submit Your Manuscript

    Questions about scope fit? Contact our editorial office at [email protected]