The `else` clause in a Python `try` statement serves a specific purpose that enhances code clarity and logical flow. When you use an `else` block, it runs only if the code in the `try` section did not raise any exceptions. This means that it allows you to separate the code that handles potential errors from the code that should execute only when everything is functioning correctly. By placing the post-`try` logic in the `else` block, developers can avoid deeply nesting further logic inside the `try` and `except` sections, leading to cleaner and more maintainable code. It helps ensure that any follow-up actions are only attempted if the preceding code executed without issues, further reducing the likelihood of unexpected exceptions occurring in that block.

Additionally, using the `else` block can increase the efficiency of your error-handling strategy. It minimizes the overhead of executing code that would run regardless of whether an exception was thrown, which is particularly beneficial if that code involves resource-intensive operations or interacts with external systems. It also provides a clear visual distinction between normal operation (the code in the `try` and `else`) and error handling (the `except` block), allowing others reading your code—or even yourself at a later time—to quickly grasp its flow and purpose. Thus, the inclusion of an `else` clause makes the program’s intentions clearer and facilitates better debugging.