megasporangia develop
大孢子囊的發育
observing megasporangia
觀察大孢子囊
forming megasporangia
形成大孢子囊
mature megasporangia
成熟的大孢子囊
megasporangia structure
大孢子囊的結構
containing megasporangia
包含大孢子囊
megasporangia found
發現大孢子囊
megasporangia within
大孢子囊內
study megasporangia
研究大孢子囊
megasporangia location
大孢子囊的位置
the fern's reproductive success often relies on the development of functional megasporangia.
蕨類植物的生殖成功通常依賴於功能性的大孢子囊的發育。
researchers investigated the structure and development of megasporangia in several fern species.
研究人員調查了幾種蕨類植物中大孢子囊的結構與發育。
megasporangia produce megaspores, which eventually develop into female gametophytes.
大孢子囊產生大孢子，這些大孢子最終會發育成雌性配子體。
the presence of well-formed megasporangia is crucial for successful fertilization in ferns.
具有良好結構的大孢子囊的存在對蕨類植物的受精成功至關重要。
genetic mutations can impact the formation and function of megasporangia.
基因突變可能影響大孢子囊的形成與功能。
detailed microscopic analysis revealed the intricate internal structure of the megasporangia.
詳細的顯微分析揭示了大孢子囊複雜的內部結構。
the number of megasporangia per sporophyte varies among different fern species.
每一個孢子體的大孢子囊數量在不同蕨類物種中有所不同。
environmental factors can influence the development of megasporangia in ferns.
環境因素可能影響蕨類植物中大孢子囊的發育。
comparative studies examined the morphology of megasporangia across different fern lineages.
比較研究檢視了不同蕨類演化支中大孢子囊的形態。
the protective layers surrounding the developing megasporangia are essential for their survival.
包圍正在發育的大孢子囊的保護層對其生存至關重要。
understanding megasporangia development is key to understanding fern reproduction.
理解大孢子囊的發育是理解蕨類植物生殖的關鍵。
megasporangia develop
大孢子囊的發育
observing megasporangia
觀察大孢子囊
forming megasporangia
形成大孢子囊
mature megasporangia
成熟的大孢子囊
megasporangia structure
大孢子囊的結構
containing megasporangia
包含大孢子囊
megasporangia found
發現大孢子囊
megasporangia within
大孢子囊內
study megasporangia
研究大孢子囊
megasporangia location
大孢子囊的位置
the fern's reproductive success often relies on the development of functional megasporangia.
蕨類植物的生殖成功通常依賴於功能性的大孢子囊的發育。
researchers investigated the structure and development of megasporangia in several fern species.
研究人員調查了幾種蕨類植物中大孢子囊的結構與發育。
megasporangia produce megaspores, which eventually develop into female gametophytes.
大孢子囊產生大孢子，這些大孢子最終會發育成雌性配子體。
the presence of well-formed megasporangia is crucial for successful fertilization in ferns.
具有良好結構的大孢子囊的存在對蕨類植物的受精成功至關重要。
genetic mutations can impact the formation and function of megasporangia.
基因突變可能影響大孢子囊的形成與功能。
detailed microscopic analysis revealed the intricate internal structure of the megasporangia.
詳細的顯微分析揭示了大孢子囊複雜的內部結構。
the number of megasporangia per sporophyte varies among different fern species.
每一個孢子體的大孢子囊數量在不同蕨類物種中有所不同。
environmental factors can influence the development of megasporangia in ferns.
環境因素可能影響蕨類植物中大孢子囊的發育。
comparative studies examined the morphology of megasporangia across different fern lineages.
比較研究檢視了不同蕨類演化支中大孢子囊的形態。
the protective layers surrounding the developing megasporangia are essential for their survival.
包圍正在發育的大孢子囊的保護層對其生存至關重要。
understanding megasporangia development is key to understanding fern reproduction.
理解大孢子囊的發育是理解蕨類植物生殖的關鍵。
探索常見搜尋詞彙