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Intelligent design theorists maintain that the "natural causes only" constraint might be correct for operational science, but for historical sciences in which one is attempting to reconstruct a historical narrative based on present-day evidence, such a constraint does not make sense. For one thing, intelligent design theorists maintain that there is a difference between inductive and/or deductive sciences (each of which can be used in experimental sciences), and the "historical sciences". Intelligent design is scientific in both inductive and historical sciences (and deductive, without limiting biases), but can have its greatest value as a historical science.

Intelligent design theorists maintain that the "natural causes only" constraint might be correct for operational science, but for historical sciences in which one is attempting to reconstruct a historical narrative based on present-day evidence, such a constraint does not make sense. For one thing, intelligent design theorists maintain that there is a difference between inductive and/or deductive sciences (each of which can be used in experimental sciences), and the "historical sciences". Intelligent design is scientific in both inductive and historical sciences (and deductive, without limiting biases), but can have its greatest value as a historical science.

The broad categories of "experimental sciences" and "historical sciences" ask different kinds of questions and use different kinds of methods. The inductive sciences, on the one hand, ask questions about how the natural world generally operates. The historical sciences, on the other hand, ask different kinds of questions. Rather than trying to understand how the natural world operates, the historical sciences seek to understand how things came to be. Dr. Stephen C. Meyer develops this line of thought fully in an article entitled ''Science and the Laws of Nature'').

The broad categories of "experimental sciences" and "historical sciences" ask different kinds of questions and use different kinds of methods. The inductive sciences, on the one hand, ask questions about how the natural world generally operates. The historical sciences, on the other hand, ask different kinds of questions. Rather than trying to understand how the natural world operates, the historical sciences seek to understand how things came to be. Dr. Stephen C. Meyer develops this line of thought fully in an article entitled ''Science and the Laws of Nature''.

The distinction between experimental and historical sciences is not an ID-inspired idea. The National Academy of Sciences (NAS) makes the same distinction to defend the historical nature of evolution. In its publication ''Teaching about Evolution and the Nature of Science'', the NAS responds to the question, "How can evolution be scientific when no one was there to see it happen?":  

The distinction between experimental and historical sciences is not an ID-inspired idea. The National Academy of Sciences (NAS) makes the same distinction to defend the historical nature of evolution. In its publication ''Teaching about Evolution and the Nature of Science'', the NAS responds to the question, "How can evolution be scientific when no one was there to see it happen?":