Learning Styles: What the Research Says

Evidence rating: Limited evidence. The idea that teaching or studying in your preferred style improves learning has been tested in several studies, and a major review found little convincing support for it (Pashler et al., 2008). People do have preferences, and using several formats can help for other reasons, but matching a single style to a student has not been shown to improve results. How we rate evidence

What it is

Learning styles is the belief that each person learns best in one particular way, most often described as visual (pictures), auditory (listening) or kinesthetic (doing). The claim that matters for studying is that you will learn more if the material is presented in your preferred style.

This idea is very popular with students, teachers and in online quizzes. That popularity is the reason it is on this site. It is a good example of a method that feels true but has limited research support.

Preferences are real. Some people say they like diagrams and others like podcasts. The problem is the next step. Studies that give people material in their preferred or non-preferred format have not found that the preferred one leads to better learning (Pashler et al., 2008; Rogowsky et al., 2015).

When to use it

Use the idea of preferences only as a starting point for choosing what you enjoy or what keeps you engaged.
Be careful if a quiz, tutor or course says you can only learn one way. That claim is not well supported.
Do not rely on it to decide how to study for an exam. Match the format to the content instead. Maps are useful for geography, spoken practice is useful for pronunciation, and worked problems are useful for math.

How to apply it

Ask what the material is, not who you are. A chemistry diagram, a spoken language and a math proof each suit different formats.
Use more than one format when you can. Read a section, sketch the idea, then explain it out loud.
Test yourself afterward. Recalling the material tells you more than whether you liked the format.
If a format feels more pleasant, use it to stay motivated, but check with practice questions that you are really learning.
Treat any style label as a guess you can drop, not as a limit on what you can learn.

Step-by-step examples

Example: a student who thinks they are a visual learner

The student only rereads notes and watches videos, because they believe they learn through seeing.
On a practice quiz, they miss questions that require explaining an idea in words.
They change their routine. They still draw diagrams, but they also close the notes and explain each diagram out loud.
They check the explanations against the textbook and fix the gaps.

Advantages

Thinking about preferences can make students more aware of how they study.
It can encourage teachers and students to present material in more than one form, which is often useful.
Enjoying a format may help someone start studying and keep going.

Limitations

Matching a single style to a learner has not been shown to improve results in controlled studies.
Labels can make students avoid formats they find hard but need, such as writing or math practice.
Online style quizzes are usually not validated research tools.
It can turn into an excuse: I just cannot learn from reading.

Common mistakes

Believing a quiz result describes how you must learn.
Only using the format you like, and skipping the ones the subject needs.
Confusing a preference for a format with evidence that it works better for you.
Spending time redesigning notes to fit a style instead of practicing recall.

Active Recall Strong evidence

Active Recall: Study by Pulling Information Out of Memory

Active recall means testing yourself instead of rereading. Learn what it is, when it fits, how to apply it step by step, and where it falls short.

5 min read

Spaced Repetition Strong evidence

Spaced Repetition: Review Over Days, Not All at Once

Spaced repetition means reviewing material in several sessions spread over days and weeks. Learn how it works, how to plan it and where it falls short.

5 min read

Study Methods Moderate or mixed evidence

The Feynman Technique: Learn by Explaining Simply

The Feynman Technique means explaining a topic in plain words to find gaps in your understanding. See the steps, examples and where it falls short.

6 min read

Recommended next steps

Pick a subject you study now and decide which formats it truly needs.
Replace one rereading session with a recall session. Active Recall: Study by Pulling Information Out of Memory
Learn how to space your practice so it lasts. Spaced Repetition: Review Over Days, Not All at Once

Part of the path Start Studying Better (step 5 of 5).

References

Pashler, H., McDaniel, M., Rohrer, D., & Bjork, R. (2008). Learning styles: Concepts and evidence. Psychological Science in the Public Interest, 9(3), 105-119.
Rogowsky, B. A., Calhoun, B. M., & Tallal, P. (2015). Matching learning style to instructional method: Effects on comprehension. Journal of Educational Psychology, 107(1), 64-78.
Dunlosky, J., Rawson, K. A., Marsh, E. J., Nathan, M. J., & Willingham, D. T. (2013). Improving students' learning with effective learning techniques. Psychological Science in the Public Interest, 14(1), 4-58.

This guide is general educational information. Study methods work differently for different people, and no method guarantees better grades or results.