Module: BIO5107-20 Behavioural Ecology

Level: 5

Credit Value: 20

Module Tutor: Dr Ralph Thompson

Module Tutor Contact Details: r.thompson@bathspa.ac.uk

1. Brief description and aims of module:

The field of Behavioural Ecology studies animal behaviour from an ecological and evolutionary viewpoint. This module aims to develop a framework for understanding important aspects of animal behaviour and animal life histories. This understanding is key to solving some pressing problems in wildlife conservation, such as developing novel ways to avoid human-wildlife conflict or predicting how a species will respond to environmental change.

We may also consider what the study of animal behaviour can tell us about the way that animals experience the world, the relationships between humans and other animals (including animal welfare), and the origins of human nature.

2. Outline syllabus

Responses of animals to environmental and social factors are considered in light of evolutionary theory. This enables you to understand why animals behave in particular ways as a result of perception and behavioural constraints with practical applications in animal welfare and wildlife conservation.

We will cover topics such as:

• Mating systems and sexual behaviour

• Social behaviour

• Cooperation

• Feeding and foraging behaviour

• Parental care

• Human-Wildlife conflict and resolution

• Animal Emotion and Welfare

• Animal Cognition and Intelligence

• Sensory Ecology

• Animal Communication

• Animal Mind

3. Teaching and learning activities

Some sessions are lecture based, focussing on important aspects of animal behaviour such as development of behaviour, communication, social behaviour and sexual behaviour. In addition, some sessions will support group-based behavioural projects which help develop practical skills.

Assessment Item 1:

• Assessment Type: Coursework

• Description: Habitat design proposal (1500 words plus detailed diagram)

• % Weighting: 50%

Assessment Item 2:

• Assessment Type: Coursework

• Description: Scientific paper based on project work (2500 words)

• % Weighting: 50%