Adding `use std::error::Error` unexpectedly breaks lifetime inference

I tried this code:

// As soon as the next line is uncommented, the code doesn't compile.
// use std::error::Error;

fn main() {
    let error = std::fs::File::open("afaf").unwrap_err();
    // Using the fully qualified path here is fine
    let error: &dyn std::error::Error = &error;
    // This line fails to compile with above's `use`
    std::iter::successors(Some(error), |sub_error| sub_error.source()).for_each(|error| {
        eprintln!("{}", error);
    });
}

Link to Rust Playground

I expected this to compile the same way regardless of whether use std::error::Error; is present.

This expectation holds because Error is used later in the code via its fully qualified name (std::error::Error) only, and the use statement should not affect type inference or lifetime resolution.

Instead, this happened:

When the use line is present, the compiler reports a lifetime error:

 --> src/main.rs:7:52
  |
7 |     std::iter::successors(Some(error), |sub_error| sub_error.source()).for_each(|error| {
  |                                         ---------- ^^^^^^^^^^^^^^^^^^ returning this value requires that `'1` must outlive `'2`
  |                                         |        |
  |                                         |        return type of closure is Option<&'2 dyn std::error::Error>
  |                                         has type `&'1 &dyn std::error::Error`

Removing the use line eliminates the error, without changing any other code.

Meta

This bug happens at least with

• Rust stable: 1.87 and 1.58 (across editions!)
• Rust nightly: 1.89.0-nightly (45f256d9d 2025-05-27)

From a quick research, I didn't find a duplicate of this.

Start with the minimal reproduction in src/main.rs or the linked Rust Playground, comparing compilation with and without use std::error::Error. Trace how the import changes lifetime inference around std::iter::successors and Error::source. Done means both versions compile consistently, with a regression test covering the reproduction.