Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的无融合生殖包括无配生殖和无生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型蕨类的可经由同配自、异配配两类配育系统或以无配生殖的方式产生，异配配又可分为异配自和异配异两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的无融合生殖包括无子生殖和无子生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型子蕨类的子可经由同子自、异子两类育系统或以无生殖的方式产生，异子又可分为异子自和异子异两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许植物中常见的无融合生殖包括无配生殖和无生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型的可经由同配交、异配交配两配育系统或以无配生殖的方式产生，异配交配又可分为异配交和异配异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的融合生殖配生殖和生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同蕨类的体可经由同配体自交、异配体交配两类配育系统或以配生殖的方式产生，异配体交配又可分为异配体自交和异配体异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植见的无融合生殖包括无配子生殖和无子生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要型子蕨类的子体可配子体自交、异配子体交配两类配育系统或以无配生殖的方式产生，异配子体交配又可分为异配子体自交和异配子体异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的无融合包括无子和无子。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型子蕨类的子体可经由同子体自交、异子体交两类育系统或以无的方式产，异子体交又可分为异子体自交和异子体异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的融合生殖包括子生殖和子生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型子蕨类的子体可经由同子体自交、异子体交两类育系统或生殖的方式产生，异子体交又可分为异子体自交和异子体异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的融合包括配。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型蕨类的体可经由同配体自交、异配体交配两类配育系统或以配的方式产，异配体交配又可分为异配体自交异配体异交两种方式。

Apomixes is comparable to the conditions of apogamy and apospory, which are seen in many ferns.

在许多蕨类植物中常见的无融合生殖包括无生殖和无生殖。

Homosporous ferns produce sporophytes by intra gametophytic selfing, inter gametophytic mating, or apogamy.Gametangium ontogeny, genetic load, and ploidy affect the mating system of each species.

摘要同型蕨类的可经由同自交、异交两类育系统或以无生殖的方式产生，异交又可分为异自交和异异交两种方式。