Myricaceae
- Myricaceae的基本解释
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杨梅科
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Yangmei is Myricaceae Myrica evergreen tree fruit.
杨梅是杨梅科杨梅属的常绿乔木果树。
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Proteoid roots or cluster roots: dense clusters of rootlets of limited growth that develop under low phosphate or low iron conditions in Proteaceae and some plants from the following families Betulaceae , Casuarinaceae , Elaeagnaceae , Moraceae , Fabaceae and Myricaceae .
排根或集束根源:在低密集群发展的根的生长的,有限的磷酸盐或低铁的条件眼科和一些植物从以下家庭的桦木,木麻黄,胡颓子科,桑科,豆科和杨梅科。
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All of the most parsimonious trees obtained based on the analyses of these combined data sets recognized three major clades in Fagales:(1)Nothofagus,(2) Fagaceae, and (3) core "higher" hamamelids represented by Casuarinaceae, Ticodendraceae, Betulaceae, Myricaceae, Juglandaceae, and Rhoipteleaceae.
主要结论是壳斗目的八个科分为三支,南青冈科是最基部的分支,壳斗科做为核心高等金缕梅类的姐妹群第二个分出,核心高等金缕梅类聚在一起,并进一步分为两个亚支:第一亚支包括桦木科、核果桦科和木麻黄科;另一亚支则由胡桃科、马尾树科和杨梅科组成,杨梅科是胡桃科和马尾树科的姐妹群。
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The root nodules were collected from twenty-two different geographical sites in Fujian. They belonged to four families Betulaceae, Casuarinaceae, Elaeagaceae and Myricaceae, including nine species of Alnus cremastogyne, A.
在福建的东山、厦门、南安、惠安、福清、福州、福鼎、武夷山、莱舟、上杭梅花山、长汀等11个县市的22个点,采集了木麻黄、杨梅、桤木和胡颓子4属9种的放线菌结瘤植物根瘤。
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Some unique relationships are identified with weak support, such as the sister relationships between Fagaceae and Rhoipteleaceae, as well as between Myricaceae and Casuarinaceae.
4六个DNA序列的联合分析通过对六个DNA序列的单独和联合分析,探讨了引起基因树间拓扑结构冲突的可能原因。
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Myricaceae:杨梅科
杨梅科(Myricaceae)杨梅属(Myrica ),亚热带常绿乔木. 果为圆形或稍扁圆,果顶平,有的品种具有缝合线. 果实表面多为红色或紫黑色,也有白色品种. 果实的中果皮由多数称为肉柱的囊状体密集而成,肉质柔软,汁多,味酸甜. 鲜果中含钙,磷,铁,
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Myricaceae:七、杨梅科
六、胡桃科Juglandaceae | 七、杨梅科Myricaceae | 八、壳斗科Fagaceae
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Myricaceae:十一、杨梅科
十、杨柳科SAUCACEAE | 十一、杨梅科MYRICACEAE | 十二、胡桃科JUGLANDACEAE
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Myricaceae:山桃类
多足类 Myriapoda | 山桃类 Myricaceae | 蠕状石 myrmekite
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D Myricaceae:杨梅科
苦槛蓝科 D Myoporaceae 3/239 | 杨梅科 D Myricaceae 3/52 | 肉豆蔻科 D Myristicaceae 17/433
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