Fixed -- Added links in aggregation topic guide.
@@ -149,19 +149,20 @@ Generating aggregates for each item in a ``QuerySet``
=====================================================
The second way to generate summary values is to generate an independent
-summary for each object in a ``QuerySet``. For example, if you are retrieving
-a list of books, you may want to know how many authors contributed to
-each book. Each Book has a many-to-many relationship with the Author; we
+summary for each object in a :class:`.QuerySet`. For example, if you are
+retrieving a list of books, you may want to know how many authors contributed
+to each book. Each Book has a many-to-many relationship with the Author; we
want to summarize this relationship for each book in the ``QuerySet``.
-Per-object summaries can be generated using the ``annotate()`` clause.
-When an ``annotate()`` clause is specified, each object in the ``QuerySet``
-will be annotated with the specified values.
+Per-object summaries can be generated using the
+:meth:`~.QuerySet.annotate` clause. When an ``annotate()`` clause is
+specified, each object in the ``QuerySet`` will be annotated with the
+specified values.
The syntax for these annotations is identical to that used for the
-``aggregate()`` clause. Each argument to ``annotate()`` describes an
-aggregate that is to be calculated. For example, to annotate books with
-the number of authors:
+:meth:`~.QuerySet.aggregate` clause. Each argument to ``annotate()`` describes
+an aggregate that is to be calculated. For example, to annotate books with the
+number of authors:
.. code-block:: python
