diff --git a/README.md b/README.md
index 6061068..b3f9ddf 100644
--- a/README.md
+++ b/README.md
@@ -459,6 +459,26 @@ SET hnsw.streaming = on;
 SET ivfflat.streaming = on;
 ```
 
+However, there are some important caveats.
+
+### Streaming Caveats
+
+With streaming queries, it’s possible for rows to be slightly out of order by distance. For strict ordering, use:
+
+```sql
+WITH approx_order AS MATERIALIZED (
+    SELECT *, embedding <-> '[1,2,3]' AS distance FROM items WHERE ... ORDER BY distance LIMIT 5
+) SELECT * FROM approx_order ORDER BY distance;
+```
+
+For distance filters, use a CTE and place the filter outside it.
+
+```sql
+WITH approx_order AS MATERIALIZED (
+    SELECT *, embedding <-> '[1,2,3]' AS distance FROM items WHERE ... ORDER BY distance LIMIT 5
+) SELECT * FROM approx_order WHERE distance < 0.1 ORDER BY distance;
+```
+
 ### Streaming Options
 
 Since scanning a large portion of the index is expensive, there are options to control when the scan ends.
@@ -492,24 +512,6 @@ Specify the max number of probes
 SET ivfflat.max_probes = 100;
 ```
 
-### Streaming Caveats
-
-With streaming queries, it’s possible for rows to be slightly out of order by distance. For strict ordering, use:
-
-```sql
-WITH approx_order AS MATERIALIZED (
-    SELECT *, embedding <-> '[1,2,3]' AS distance FROM items WHERE ... ORDER BY distance LIMIT 5
-) SELECT * FROM approx_order ORDER BY distance;
-```
-
-Distance filters should be placed outside the CTE for best performance.
-
-```sql
-WITH approx_order AS MATERIALIZED (
-    SELECT *, embedding <-> '[1,2,3]' AS distance FROM items WHERE ... ORDER BY distance LIMIT 5
-) SELECT * FROM approx_order WHERE distance < 0.1 ORDER BY distance;
-```
-
 ## Half-Precision Vectors
 
 *Added in 0.7.0*