If you're not already familiar with the reasons and thinking behind garden experimentation, check out our article: Adopting an Experimental Mindset in the Garden and then come back here for practical implementation.

The Scientific Method

If you haven't been in science class in a while, you may be a bit rusty on your understanding of the scientific method - the technique used in the sciences for experimentation, explanation, and the deriving of tested conclusions.

The scientific method lies at the heart of garden experimentation, and can be used to verify or disprove our hypotheses about how our garden ecosystems are functioning - and importantly for identifying ways to improve.

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Scientific Method Steps

  1. Observation
  2. Question
  3. Hypothesis
  4. Experiment
  5. Analysis
  6. Conclusion

Then at the end of a full cycle, the process is refined and iterated upon until/unless the hypothesis is proven to be accurate.

Let's look at each step in more detail to understand its implementation:

Observation

E.g.: you observe that my broccoli has aphids

Question

A scientific question must be well-defined, testable, and measurable.

E.g.: you wonder what the most effective way to reduce aphid numbers organically is.

Hypothesis

A hypothesis is essentially an assumption - held to be (potentially) true, while acknowledging that it has not yot been proven.

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E.g.: you hypothesize that introducing ladybugs will be an effective solution to the aphid problem.

Experiment

E.g.: you introduce ladybugs

Analysis

E.g.: you count the average number of aphids on your broccoli leaves and observe whether they have been reduced.

Conclusion

You decide based on your data analysis whether the ladybugs were effective at reducing the aphid numbers.

Scientific Method Application in Gardens

The best way to illustrate how the scientific method can be applied to gardening is through example.

Let's look at a few hypothetical scenarios across a range of different subsets of gardening so that you can visualize its usefulness.