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Field Experiments

Martyn Shuttleworth

For geologists, social scientists and environmental biologists, amongst others, field experiments are an integral part of the discipline.

This article is a part of the guide:

Discover 30 more articles on this topic
Don't miss these related articles:
  1. Cohort Study
  2. Longitudinal Study
  3. Cross Sectional Study
  4. Correlational Study
  5. Quasi-Experimental Design

Browse Full Outline

  • 1Research Designs
  • 2Basics
    • 2.1Pilot Study
    • 2.2Quantitative Research Design
    • 2.3Qualitative Research Design
    • 2.4Quantitative and Qualitative Research
  • 3Descriptive Research
    • 3.1Case Study
    • 3.2Naturalistic Observation
    • 3.3Survey Research Design
    • 3.4Observational Study
  • 4Covariance
    • 4.1Case-Control Study
    • 4.2Cohort Study
    • 4.3Longitudinal Study
    • 4.4Cross Sectional Study
    • 4.5Correlational Study
  • 5Semi-Experimental
    • 5.1Field Experiments
    • 5.2Quasi-Experimental Design
    • 5.3Identical Twins Study
  • 6Experimental
    • 6.1Experimental Design
    • 6.2True Experimental Design
    • 6.3Double Blind Experiment
    • 6.4Factorial Design
  • 7Review
    • 7.1Literature Review
    • 7.2Systematic Reviews
    • 7.3Meta Analysis

As the name suggests, a field study is an experiment performed outside the laboratory, in the 'real' world. Unlike case studies and observational studies, a field experiment still follows all of the steps of the scientific process, addressing research problems and generating hypotheses.

The obvious advantage of a field study is that it is practical and also allows experimentation, without artificially introducing confounding variables.

A population biologist examining an ecosystem could not move the entire environment into the laboratory, so field experiments are the only realistic research method in many fields of science.

In addition, they circumvent the accusation leveled at laboratory experiments of lacking external or ecological validity, or adversely affecting the behavior of the subject.

Social scientists and psychologists often used field experiments to perform blind studies, where the subject was not even aware that they were under scrutiny.

A good example of this is the Piliavin and Piliavin experiment, where the propensity of strangers to help blood covered 'victims' was measured. This is now frowned upon, under the policy of informed consent, and is only used in rare and highly regulated circumstances.

Field experiments can suffer from a lack of a discrete control group and often have many variables to try to eliminate.

For example, if the effects of a medicine are studied, and the subject is instructed not to drink alcohol, there is no guarantee that the subject followed the instructions, so field studies often sacrifice internal validity for external validity.

For fields like biology, geology and environmental science, this is not a problem, and the field experiment can be treated as a sound experimental practice, following the steps of the scientific method.

A major concern shared by all disciplines is the cost of field studies, as they tend to be very expensive.

For example, even a modestly sized research ship costs many thousands of dollars every day, so a long oceanographical research program can run into the millions of dollars.

Pilot studies are often used to test the feasibility of any long term or extensive research program before committing vast amounts of funds and resources. The changeable nature of the external environment and the often-prohibitive investment of time and money mean that field experiments are rarely replicable, so any generalization is always tenuous.

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Full reference: 

Martyn Shuttleworth (Jun 14, 2010). Field Experiments. Retrieved Oct 28, 2026 from Explorable.com: https://explorable.com/field-experiments

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This article is a part of the guide:

Discover 30 more articles on this topic
Don't miss these related articles:
  1. Cohort Study
  2. Longitudinal Study
  3. Cross Sectional Study
  4. Correlational Study
  5. Quasi-Experimental Design

Browse Full Outline

  • 1Research Designs
  • 2Basics
    • 2.1Pilot Study
    • 2.2Quantitative Research Design
    • 2.3Qualitative Research Design
    • 2.4Quantitative and Qualitative Research
  • 3Descriptive Research
    • 3.1Case Study
    • 3.2Naturalistic Observation
    • 3.3Survey Research Design
    • 3.4Observational Study
  • 4Covariance
    • 4.1Case-Control Study
    • 4.2Cohort Study
    • 4.3Longitudinal Study
    • 4.4Cross Sectional Study
    • 4.5Correlational Study
  • 5Semi-Experimental
    • 5.1Field Experiments
    • 5.2Quasi-Experimental Design
    • 5.3Identical Twins Study
  • 6Experimental
    • 6.1Experimental Design
    • 6.2True Experimental Design
    • 6.3Double Blind Experiment
    • 6.4Factorial Design
  • 7Review
    • 7.1Literature Review
    • 7.2Systematic Reviews
    • 7.3Meta Analysis
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You are free to copy, share and adapt any text in the article, as long as you give appropriate credit and provide a link/reference to this page.

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