Animal communication course

Lesson 1 • Information Theory in Animal Signals

Applies Shannon's information framework to biological signals. Learners quantify signal complexity and redundancy in real animal systems.

Lesson 2 • Defining Animal Communication

Clarifies what qualifies as communication versus incidental signaling. Anchors the chapter by distinguishing intentional signals from environmental noise.

Lesson 3 • Evolutionary Origins of Signaling

Traces how communication systems evolved from basic survival needs. Connects evolutionary pressure to signal diversity observed across taxa.

Lesson 4 • Ethical Principles in Animal Research

Establishes welfare and consent standards governing animal communication studies. Ensures all subsequent fieldwork and lab methods meet ethical requirements.

Lesson 1 • Acoustic Ecology and Habitat Effects

Examines how habitat structure shapes signal design and transmission. Learners predict signal degradation across forest, grassland, and aquatic environments.

Lesson 2 • Vocal Anatomy Across Taxa

Compares sound-producing structures in birds, mammals, amphibians, and insects. Links morphology to the acoustic properties of species-specific calls.

Lesson 3 • Physics of Sound Production

Covers frequency, amplitude, and waveform properties relevant to biological sound. Grounds learners in the physical substrate of acoustic signals.

Lesson 4 • Call Functions and Repertoires

Categorises calls by function: alarm, mate attraction, territorial, and contact. Learners map repertoire breadth to ecological and social complexity.

Lesson 1 • Dynamic Displays and Movement

Covers ritualised movement sequences including courtship dances and agonistic displays. Learners analyse temporal structure and signal honesty in dynamic displays.

Lesson 2 • Body Posture and Orientation

Identifies postural signals encoding dominance, submission, threat, and appeasement. Learners apply ethogram coding to posture sequences in video data.

Lesson 3 • Colour and Pattern as Signal

Analyses how pigmentation, structural colour, and UV reflectance function as signals. Connects visual system variation to receiver perception of colour signals.

Lesson 4 • Facial Signals and Expressions

Examines facial musculature, eye signals, and ear position as communicative tools. Bridges to mammalian social bonding and interspecific reading of expressions.

Lesson 1 • Olfactory Reception Mechanisms

Covers vomeronasal organ, main olfactory epithelium, and receptor neuron function. Links receptor diversity to the discrimination power of chemical signals.

Lesson 2 • Chemistry of Semiochemicals

Defines pheromones, kairomones, allomones, and synomones by their functional relationships. Provides the chemical vocabulary needed for all subsequent olfactory analysis.

Lesson 3 • Pheromone Functions in Insects

Analyses sex, alarm, trail, and aggregation pheromones in social and solitary insects. Learners decode colony-level communication through chemical signal cascades.

Lesson 4 • Chemical Signal Degradation and Range

Models how wind, humidity, and substrate affect chemical signal transmission. Learners predict effective communication range under varying environmental conditions.

Lesson 1 • Electric Organ Discharge Basics

Explains how weakly electric fish generate and modulate electric fields for communication. Learners classify wave-type and pulse-type electric organ discharges.

Lesson 2 • Tactile Signal Functions in Social Species

Identifies grooming, allopreening, and contact calls as bonding and appeasement tools. Connects tactile frequency to social hierarchy and alliance formation.

Lesson 3 • Seismic and Substrate Vibration Signals

Analyses drumming, thumping, and substrate-borne vibrations as long-range tactile signals. Learners measure signal frequency and attenuation through soil and wood.

Lesson 4 • Electroreception and Signal Decoding

Covers ampullary and tuberous electroreceptors and their role in signal discrimination. Learners analyse EOD waveforms to infer sex, dominance, and identity.

Lesson 1 • Deception and Manipulation in Signals

Investigates Batesian mimicry, false alarm calls, and tactical deception strategies. Learners evaluate signal reliability under competitive and cooperative conditions.

Lesson 2 • Social Structure and Signal Demand

Correlates group size and social complexity with repertoire breadth and signal precision. Establishes the social brain hypothesis as a driver of communication evolution.

Lesson 3 • Cooperative Communication in Groups

Examines sentinel calls, coordinated hunting signals, and recruitment communication. Learners identify signal roles that enable collective action in social species.

Lesson 4 • Dominance Hierarchies and Signalling

Analyses how rank is established, maintained, and challenged through signal exchanges. Learners code agonistic interactions to reconstruct dominance matrices.

Lesson 1 • Referential Signaling and Semantics

Examines vervet monkey alarm calls, prairie dog descriptions, and bee dance semantics. Learners test referential specificity using playback experimental designs.

Lesson 2 • Cetacean and Corvid Cognition

Compares dolphin signature whistles, whale song structure, and corvid referential gestures. Learners evaluate cognitive prerequisites for language-like communication.

Lesson 3 • Design Features of Human Language

Applies Hockett's design features as a comparative benchmark for animal systems. Provides the analytical framework used throughout the chapter.

Lesson 4 • Syntax and Combinatorial Rules

Analyses call combination rules in Japanese macaques, songbirds, and cetaceans. Learners identify whether combinations follow rule-governed or random patterns.

Lesson 1 • Field Recording and Data Collection

Covers microphone placement, hydrophone use, camera trapping, and focal animal sampling. Learners produce standardised datasets suitable for quantitative analysis.

Lesson 2 • Research Design and Hypothesis Formation

Guides learners from observation to testable hypotheses using signal-function frameworks. Connects all prior chapter concepts into a coherent research question.

Lesson 3 • Quantitative Analysis of Signal Data

Applies statistical methods to acoustic, behavioural, and chemical signal datasets. Learners select appropriate tests and interpret effect sizes and confidence intervals.

Lesson 4 • Conservation Applications of Communication Research

Uses bioacoustic monitoring, pheromone traps, and playback deterrents in wildlife management. Learners evaluate real-world outcomes of communication-based conservation tools.