diff --git a/scopegraphs-regular-expressions/src/compile.rs b/scopegraphs-regular-expressions/src/compile.rs
index 070bd14..9038902 100644
--- a/scopegraphs-regular-expressions/src/compile.rs
+++ b/scopegraphs-regular-expressions/src/compile.rs
@@ -30,6 +30,7 @@ impl MatchState {
 /// This struct can either be turned into a
 /// * [`DynamicMatcher`](crate::dynamic::DynamicMatcher) to match on a regex that was compiled at runtime.
 /// * An implementation of [`RegexMatcher`](crate::RegexMatcher) generated using [emit](Automaton::emit).
+///
 /// This function can be called at compile time (through the `compile_regex!` macro) and it
 /// emits the Rust code that can match the regular expression.
 ///
diff --git a/scopegraphs/src/completeness/mod.rs b/scopegraphs/src/completeness/mod.rs
index bf7506f..8e43f75 100644
--- a/scopegraphs/src/completeness/mod.rs
+++ b/scopegraphs/src/completeness/mod.rs
@@ -14,7 +14,7 @@
 //! queries. This is the most suitable choice for type checkers that need to do dynamic scheduling.
 //! Running queries can return an error, because scopes relevant to the query weren't closed yet.
 //! * [`FutureCompleteness`] is like [`ExplicitClose`], except queries can no longer error. Instead,
-//! queries return a [`Future`](std::future::Future) that resolves when all scopes related to the query are closed.
+//!   queries return a [`Future`](std::future::Future) that resolves when all scopes related to the query are closed.
 
 mod future;
 pub use future::*;
diff --git a/scopegraphs/src/resolve/mod.rs b/scopegraphs/src/resolve/mod.rs
index a2d80b0..6d8f3d3 100644
--- a/scopegraphs/src/resolve/mod.rs
+++ b/scopegraphs/src/resolve/mod.rs
@@ -394,10 +394,13 @@ pub trait Resolve<'sg, 'rslv> {
     /// This depends on the [completeness strategy](crate::completeness::Completeness) used.
     ///
     /// * Using [`ImplicitClose`](crate::completeness::ImplicitClose) this is a simply a `Vec<Scope>`.
-    /// Querying using this completeness strategy cannot fail.
+    ///   Querying using this completeness strategy cannot fail.
     /// * Using [`ExplicitClose`](crate::completeness::ExplicitClose) this is a [`EdgesOrDelay<Scope, LABEL>`](crate::completeness::EdgesOrDelay).
+    ///
     /// Querying can fail, because a scope this query traverses wasn't closed yet.
+    ///
     /// Using [`FutureCompleteness`](crate::completeness::FutureCompleteness), this is a [`Future`](std::future::Future).
+    ///
     /// Querying can pend, because a scope this query traverses wasn't closed yet.
     type EnvContainer
     where