@@ -261,43 +261,43 @@ CREATE [ [ GLOBAL | LOCAL ] { TEMPORARY | TEMP } | UNLOGGED ] TABLE [ IF NOT EXI
261261 any existing partition of that parent.
262262 </para>
263263
264- <note >
265- <para>
266- Each of the values specified in the partition bound specification is
267- a literal, <literal>NULL</literal>, or<literal>UNBOUNDED</literal>.
268- A literal is either a numeric constant or a string constant that is
269- coercable to the corresponding partition key column's type.
270- </para>
271-
272- <para>
273- When creating a range partition, thelower bound specified with
274- FROM </literal> is aninclusive bound, whereas the upper bound
275- with <literal>TO </literal>is an exclusive bound. That is,
276- the valuesspecified in the<literal>FROM</literal> list are accepted
277- values of the corresponding partition key columns ina given partition,
278- whereas those in the <literal>TO</literal> list are not. To be precise,
279- this applies only to thefirst of thepartition key columns for which
280- the corresponding values in the <literal>FROM </literal>and
281- <literal>TO</literal> lists are not equal. All rows in a given
282- partition contain the same values for all preceding columns, equal to
283- those specified in <literal>FROM</literal> and <literal>TO</literal>
284- lists. On the other hand, any subsequent columns are insignificant
285- as far as implicit partition constraint is concerned.
286-
287- Specifying <literal>UNBOUNDED</literal> in <literal>FROM</literal >
288- signifies <literal>-infinity </literal>as the lower bound of the
289- corresponding column, whereas it signifies <literal>+ infinity</literal>
290- as the upper bound when specified in <literal>TO </literal>.
291- </para>
292-
293- <para>
294- When creating a list partition, <literal>NULL</literal> can be specified
295- to signify that the partition allows the partition key column to be null.
296- However, there cannot be more than one such list partitions for a given
297- parent table .<literal>NULL</literal> cannotspecified for range
298- partitions.
299- </para>
300- </note >
264+ <para >
265+ Each of the values specified in the partition bound specification is
266+ a literal, <literal>NULL</literal>, or <literal>UNBOUNDED</literal>.
267+ A literal is either a numeric constant ora string constant that is
268+ coercible to the corresponding partition key column's type.
269+ </para>
270+
271+ <para>
272+ When creating a range partition, the lower bound specified with
273+ <literal>FROM</literal> is an inclusive bound, whereas theupper
274+ bound specified with <literal>TO </literal> is anexclusive bound.
275+ That is, the values specifiedin the <literal>FROM </literal>list
276+ are accepted valuesof thecorresponding partition key columns in a
277+ given partition, whereas those inthe <literal>TO</literal> list are
278+ not. To be precise, this applies only to the first of the partition
279+ key columns for which thecorresponding values in the<literal>FROM</literal>
280+ and <literal>TO </literal>lists are not equal. All rows in a given
281+ partition contain the same values for all preceding columns, equal to
282+ those specified in <literal>FROM</literal> and <literal>TO</literal>
283+ lists. On the other hand, any subsequent columns are insignificant
284+ as far as implicit partition constraint is concerned.
285+ </para>
286+
287+ <para >
288+ Specifying <literal>UNBOUNDED </literal>in <literal>FROM</literal>
289+ signifies <literal>- infinity</literal> as the lower bound of the
290+ corresponding column, whereas it signifies <literal>+infinity </literal>
291+ as the upper bound when specified in <literal>TO</literal>.
292+ </para>
293+
294+ <para>
295+ When creating a list partition, <literal>NULL</literal> can be
296+ specified to signify that the partition allows the partition key
297+ column to be null .However, there cannotbe more than one such
298+ list partition for a given parent table. <literal>NULL</literal>
299+ cannot be specified for range partitions.
300+ </para >
301301
302302 <para>
303303 A partition must have the same column names and types as the partitioned