diff --git a/docs/dask_cudf/source/best_practices.rst b/docs/dask_cudf/source/best_practices.rst
index 657a33a4751..e8a357ad53a 100644
--- a/docs/dask_cudf/source/best_practices.rst
+++ b/docs/dask_cudf/source/best_practices.rst
@@ -64,6 +64,20 @@ JIT unspilling is likely to produce better protection from out-of-memory
 <https://docs.rapids.ai/api/dask-cuda/24.10/spilling/>`__ for further details
 and guidance.
 
+Use RMM
+~~~~~~~
+
+Memory allocations in cuDF are significantly faster and more efficient when
+the `RAPIDS Memory Manager (RMM) <https://docs.rapids.ai/api/rmm/stable/>`__
+library is used on worker processes. In most cases, the best way to manage
+memory is by initializing an RMM pool on each worker before executing a
+workflow. When using :func:`LocalCUDACluster`, this is easily accomplished
+by setting ``rmm_pool_size`` to a large fraction (e.g. ``0.9``).
+
+See the `Dask-CUDA memory-management documentation
+<https://docs.rapids.ai/api/dask-cuda/nightly/examples/best-practices/#gpu-memory-management>`__
+for more details.
+
 Use the Dask DataFrame API
 ~~~~~~~~~~~~~~~~~~~~~~~~~~
 
@@ -86,23 +100,22 @@ for each task. However, if the partitions are too large, the risk of OOM
 errors can become significant.
 
 .. note::
-  As a general rule of thumb, aim for 1/16 within shuffle-intensive workflows
+  As a general rule of thumb, aim for 1/16 in shuffle-intensive workflows
   (e.g. large-scale sorting and joining), and 1/8 otherwise. For pathologically
   skewed data distributions, it may be necessary to target 1/32 or smaller.
 
-The best way to tune the partition size is to begin with appropriate sized
-partitions when the DataFrame collection is first created by a function
-like :func:`read_parquet`, :func:`read_csv`, or :func:`from_map`. For
-example, both :func:`read_parquet` and :func:`read_csv` expose a
-``blocksize`` argument for adjusting the maximum partition size.
+The easiest way to tune the partition size is when the DataFrame collection
+is first created by a function like :func:`read_parquet`, :func:`read_csv`,
+or :func:`from_map`. For example, both :func:`read_parquet` and :func:`read_csv`
+expose a ``blocksize`` argument for adjusting the maximum partition size.
 
 If the partition size cannot be tuned effectively at creation time, the
 `repartition <https://docs.dask.org/en/latest/generated/dask.dataframe.DataFrame.repartition.html>`__
 method can be used as a last resort.
 
 
-Use Parquet files
-~~~~~~~~~~~~~~~~~
+Use Parquet
+~~~~~~~~~~~
 
 `Parquet <https://parquet.apache.org/docs/file-format/>`__ is the recommended
 file format for Dask cuDF. It provides efficient columnar storage and enables
@@ -113,16 +126,17 @@ The most important arguments to :func:`read_parquet` are ``blocksize`` and
 ``aggregate_files``::
 
 ``blocksize``: Use this argument to specify the maximum partition size.
-The default is `"256 MiB"`, but larger values are usually more performant.
-Dask will use the ``blocksize`` value to map a discrete number of Parquet
-row-groups (or files) to each output partition. This mapping will only
-account for the uncompressed storage size of each row group, which is
-usually smaller than the correspondng ``cudf.DataFrame``.
+The default is `"256 MiB"`, but larger values are usually more performant
+on GPUs with more than 8 GiB of memory. Dask will use the ``blocksize``
+value to map a discrete number of Parquet row-groups (or files) to each
+output partition. This mapping will only account for the uncompressed
+storage size of each row group, which is usually smaller than the
+correspondng ``cudf.DataFrame``.
 
 ``aggregate_files``: Use this argument to specify whether Dask is allowed
-to map multiple files to the same DataFrame partition. The default is ``False``,
-but ``aggregate_files=True`` is usually more performant when the dataset
-contains many files that are smaller than half of ``blocksize``.
+to map multiple files to the same DataFrame partition. The default is
+``False``, but ``aggregate_files=True`` is usually more performant when
+the dataset contains many files that are smaller than half of ``blocksize``.
 
 .. note::
   Metadata collection can be extremely slow when reading from remote
@@ -160,11 +174,11 @@ bottleneck is typically device-to-host memory spilling.
 Although every workflow is different, the following guidelines
 are often recommended::
 
-* Use a distributed cluster with Dask-CUDA workers
-* Use native cuDF spilling whenever possible
+* `Use a distributed cluster with Dask-CUDA workers <Use Dask-CUDA>`_
+* `Use native cuDF spilling whenever possible <Enable cuDF Spilling>`_
 * Avoid shuffling whenever possible
   * Use ``split_out=1`` for low-cardinality groupby aggregations
-  * Use ``broadcast=True`` for joins when at least one collection comprises a small number of partitions (e.g. ``>=5``)
+  * Use ``broadcast=True`` for joins when at least one collection comprises a small number of partitions (e.g. ``<=5``)
 * `Use UCX <https://docs.rapids.ai/api/dask-cuda/nightly/examples/ucx/>`__ if communication is a bottleneck