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    examBoard: AQA
    examType: GCSE
    lessonTitle: Observation Studies
    
Psychology - Cognition and Behaviour - Research Methods - Designing Research - Observation Studies - BrainyLemons
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Designing Research ยป Observation Studies

What you'll learn this session

Study time: 30 minutes

  • What observation studies are and how they're used in psychology
  • Different types of observations: naturalistic, controlled, participant, non-participant
  • How to design valid and reliable observation studies
  • Strengths and limitations of observational methods
  • Ethical considerations when conducting observations
  • How to record and analyse observational data

Introduction to Observation Studies

Observation studies are a key research method in psychology where researchers systematically watch and record behaviour. Instead of asking people about their behaviour (like in questionnaires or interviews), psychologists directly observe what people actually do in real situations or controlled environments.

Key Definitions:

  • Observation: A research method where behaviour is systematically watched and recorded.
  • Behavioural categories: Specific behaviours that researchers look for and record during an observation.
  • Coding system: A clear set of rules that define exactly what behaviours count in each category.
  • Sampling techniques: Methods used to decide when to record observations (e.g., time sampling, event sampling).

๐Ÿ‘๏ธ Why Use Observation?

Observations let researchers see what people actually do rather than what they say they do. This helps avoid problems like social desirability bias (where people give answers they think sound good) and memory issues. Observations are especially useful for studying:

  • Young children who can't express themselves well verbally
  • Non-verbal behaviours like body language
  • Situations where people might not be honest in self-reports
  • Natural behaviours in everyday settings

๐Ÿ“ Planning an Observation

Before conducting an observation, researchers need to:

  • Define clear behavioural categories
  • Create a reliable coding system
  • Choose appropriate sampling methods
  • Decide on recording techniques
  • Consider ethical issues
  • Train observers to ensure reliability

Types of Observation

Observations can be classified in two main ways: by setting (naturalistic vs. controlled) and by observer role (participant vs. non-participant).

๐ŸŒณ Naturalistic vs. Controlled

Naturalistic observation takes place in real-world settings where behaviour occurs naturally, without interference from the researcher.

Example: Observing children's play behaviour in a school playground.

Controlled observation occurs in settings where the researcher has some control over variables and conditions.

Example: Observing children's play behaviour in a laboratory playroom with specific toys.

๐Ÿง‘โ€๐Ÿ”ฌ Participant vs. Non-participant

Participant observation involves the researcher joining in with the group being studied, sometimes undercover.

Example: A researcher joins a football fan club to study group behaviour at matches.

Non-participant observation involves the researcher watching but not taking part in the activities being observed.

Example: A researcher sits in a corner of a classroom observing but not interacting with students.

Sampling Methods in Observation

Researchers can't usually record everything that happens during an observation period, so they use sampling techniques to decide what to record and when.

โฑ๏ธ Time Sampling

Observations are made at regular time intervals (e.g., every 30 seconds).

Good for: Behaviours that occur regularly throughout the observation period.

Example: Recording whether a child is on-task or off-task every 2 minutes during a lesson.

๐ŸŽฏ Event Sampling

Specific events or behaviours are recorded whenever they occur.

Good for: Behaviours that occur infrequently or unpredictably.

Example: Recording every instance of a child sharing toys with others.

๐Ÿ‘ฅ Focal Sampling

One individual is observed for a set time before moving to another.

Good for: Detailed observations of individual behaviour in groups.

Example: Observing each child in a playground for 5 minutes in turn.

Recording Techniques

There are several ways to record observational data, each with advantages and limitations:

โœ“ Checklists and Tally Charts

Simple forms where observers tick or tally each time a behaviour occurs.

Advantages: Quick and easy to use; good for counting frequency of clearly defined behaviours.

Limitations: Doesn't capture quality or context of behaviours.

๐Ÿ“Š Rating Scales

Observers rate behaviours on a scale (e.g., 1-5) for intensity or quality.

Advantages: Captures more detail than simple frequency counts.

Limitations: More subjective; different observers might rate differently.

Case Study Focus: Bandura's Bobo Doll Study (1961)

Albert Bandura used controlled observation to study how children learn aggressive behaviour. Children watched adults either behaving aggressively or non-aggressively toward a Bobo doll (an inflatable toy). Researchers then observed the children's behaviour when left alone with the doll.

Observers used behavioural categories to record different types of aggressive acts (e.g., hitting, kicking, verbal aggression). This famous study showed that children who had seen aggressive models were more likely to behave aggressively themselves - demonstrating observational learning.

This study highlights how controlled observation can be used to test specific hypotheses about behaviour under controlled conditions.

Designing a Valid and Reliable Observation

๐ŸŽฏ Ensuring Validity

For an observation to be valid, it must measure what it claims to measure. To improve validity:

  • Define clear, observable behavioural categories
  • Pilot test your observation schedule
  • Consider observer effects (people changing behaviour when watched)
  • Use naturalistic settings when possible
  • Triangulate with other research methods

๐Ÿ”„ Ensuring Reliability

For an observation to be reliable, different observers should get the same results. To improve reliability:

  • Create detailed coding systems with clear examples
  • Train observers thoroughly
  • Check inter-observer reliability (have multiple observers code the same behaviour)
  • Use structured observation schedules
  • Test-retest reliability (observe on multiple occasions)

Ethical Considerations

Observations raise specific ethical issues that researchers must address:

๐Ÿ” Consent

Should participants know they're being observed? Covert observation (where participants don't know) raises ethical concerns but sometimes is necessary to see natural behaviour.

Researchers must justify any decision not to get informed consent.

๐Ÿ”’ Privacy

Observations should respect people's right to privacy. Public spaces are generally acceptable for observation, but private spaces require special consideration.

Always protect participants' identities in reports.

โš–๏ธ Harm

Researchers must ensure observations don't cause distress or harm to participants.

Consider what to do if you observe harmful or illegal behaviour during your observation.

Strengths and Limitations of Observation Studies

๐Ÿ‘ Strengths

  • High ecological validity (especially naturalistic observations)
  • Captures actual behaviour rather than self-reports
  • Can study people who can't provide verbal reports (e.g., babies)
  • Avoids social desirability bias
  • Can provide rich, detailed data about behaviour
  • Can study group interactions and social processes

๐Ÿ‘Ž Limitations

  • Observer bias - observers may see what they expect to see
  • Observer effect - people may change behaviour when watched
  • Can't directly observe thoughts, feelings, or motivations
  • Time-consuming and resource-intensive
  • Difficult to establish cause and effect
  • Ethical issues around consent and privacy

Practical Application: Designing Your Own Observation Study

Imagine you want to study helping behaviour in a school cafeteria. Here's how you might design your observation:

  1. Research question: "How frequently do students help each other in the cafeteria setting?"
  2. Behavioural categories: Define "helping" (e.g., picking up dropped items, sharing food, assisting with carrying trays)
  3. Sampling method: Time sampling - observe for 30 seconds every 2 minutes during lunch period
  4. Recording technique: Tally chart for different types of helping behaviours
  5. Observer role: Non-participant observation from an unobtrusive position
  6. Ethics: Get permission from school; don't identify individual students

This example shows how you can apply observation methods to study everyday social behaviour in a systematic way.

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