A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种的检索表，对每个种上分类等级均列出其模式、异名和代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构特点和Xquery的查询模式特性，将构方法运用到个性新闻定制中，旨在提高个性新闻定制模型中检索器的检索效率，从而提高了搜索体的速度和新闻个性定制模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种检索表外，每种均附有形态特徵、学成份及世界分布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种的检索表，对每个种上分类等级均列出其模式、异名和代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结点和Xquery的查询模式性，将函内联方法运用到个性新闻定，在提高个性新闻定模型检索器的检索效率，从而提高了搜索体的速度和新闻个性定模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种检索表外，每种均附有形态徵、学成份及世界分布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了亚属、组和的索表，对每个上类等级均列出其模式、异名和代表。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构化特点和Xquery的查询模式特性，将构化函内联方法运用到个性化新闻定制中，旨在提高个性化新闻定制模型中索器的索效率，从而提高了搜索体的速度和新闻个性化定制模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除属、索表外，每均附有形态特徵、化学成份及世界布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种的检索表，对每个种上分类等级均列出其模式、异名和代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结点和Xquery的查询模式性，将函内联方法运用到个性新闻定，在提高个性新闻定模型检索器的检索效率，从而提高了搜索体的速度和新闻个性定模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种检索表外，每种均附有形态徵、学成份及世界分布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种表，对每个种上分类等级其模式、异名和代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构化特点和Xquery查询模式特性，将构化函内联方法运用到个性化新闻定制中，旨在提高个性化新闻定制模型中器效率，从而提高了搜体速度和新闻个性化定制模型效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种表外，每种附有形态特徵、化学成份及世界分布讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了亚、组和的检索表，对每个上类等级均列出其模式、异名和代表。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构化特点和Xquery的查询模式特性，将构化函内联方法运用到个性化新闻定制中，旨在提高个性化新闻定制模型中检索器的检索效率，从而提高了搜索体的速度和新闻个性化定制模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除、检索表外，每均附有形态特徵、化学成份及世界布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚、种的检索表，对每种上分类等级均列出其模式、异名代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构化特点Xquery的查询模式特性，将构化函内联方法运用到性化定制中，旨在提高性化定制模型中检索器的检索效率，从而提高了搜索体的速度性化定制模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分、分种检索表外，每种均附有形态特徵、化学成份及世界分布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种的检索表，对每个种上分类等级均列出其模式、异名和代表种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据特点和Xquery的查询模式特性，将函内联方法运用到个性新闻定制，提高个性新闻定制模型检索器的检索效率，从而提高了搜索体的速度和新闻个性定制模型的效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种检索表外，每种均附有形态特徵、学成份及世界分布的讨论。

A key to subgenera, sections and species is included, and types, synonymies and representative species are given under each supraspecific rank.

编排了分亚属、组和种，对每个种上分类等级均列出其模式、异名和代种。

This paper will apply Xquery optimized by the structural function inlining approach to individual news customization, which improved the efficiency of individual news customization to large extent.

本文根据NewsML据结构化特点和Xquery查询模式特性，将构化函内联方法运用到个性化新闻定制中，旨在提高个性化新闻定制模型中器效率，从而提高了搜度和新闻个性化定制模型效率。

Besides a key to the genera, a key to the species, as well as descriptions of thalline and fruiting morphology, chemistry, and distribution range are provided for each included species.

除分属、分种外，每种均附有形态特徵、化学成份及世界分布讨论。