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Scientific Data Analytics with R

Scientific Data Analytics with R

  • Home
  • Overview
  • Modules
    • Working with Data
    • Visualizing and Summarizing Data
    • Inference on the Centre of a Distribution
    • Making Inferences about One Proportion
    • Comparing Centres of Two Distributions
    • Comparing Two Proportions
    • Comparing More than Two Means
    • Inference on Associations between Variables
  • Instructor Resources
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Welcome to Scientific Data Analytics with R



This website is home to 8 learning modules on using R to produce data summaries and to conduct the statistical inference procedures typically encountered in introductory statistics courses for science.



Working with Data
Visualizing and Summarizing Data
Inference on the Centre of a Distribution
Making Inferences about One Proportion
Comparing Two Means
Comparing Two Proportions
Comparing More than Two Means
Inference on Associations between Variables

The use of R to summarize and analyze data is only one aspect of the statistical problem-solving process. Decisions about appropriate summaries and procedures relate to many parts of the study. So, our instructional videos model the scientific inquiry process by highlighting important statistical considerations at each of stage of the PPDAC process (MacKay & Oldford, 1994, 2000) for published research studies.


Poblem PROBLEM: Define the research question.

  • What are the goals of the study?
  • Who/what/where/when is the question about?
PLAN: Decide how to carry out the study.

  • Who and/or what should be selected and how should they be studied?
  • What should be measured and how should measurements be taken and recorded?
  • How will decisions made at this stage impact the Data, Analysis and Conclusion stages?
Data DATA: Collect and record information on the individuals being studied and create preliminary summaries.

  • How should the data be stored and organized to facilitate its management and analysis?
  • Are there issues with data quality?
  • What graphs, numbers and tables should be created?
Analysis ANALYSIS: Extract meaning from the data.

  • What patterns are emerging in the graphs, numbers, and tables?
  • Which statistical procedures are appropriate to address research question?
  • What are the statistical findings?
Conclusion CONCLUSION: Interpret and communicate statistical findings in the context of the research question.

  • Are there limitations to the results?
  • Do the results generate follow-up research questions?

See the project Overview for more information.

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