查询词典 Musaceae
- 与 Musaceae 相关的网络例句 [注：此内容来源于网络，仅供参考]
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A total of 106 species were recorded as being eaten by Asian elephants, among them 83 species were identified in elephant's dung. Plant families that contributed a major proportion of elephant's diet in the study area were: Gramineae (8 spp., 10.0%), Moraceae (7 spp., 9.9%), Papilionaceae (4 spp., 8.4%), Araliaceae (3 spp., 6.6%), Vitaceae (3 spp., 5.7%), Apocynaceae (3 spp., 4.6%), Musaceae (1 spp., 4.2%), Zingiberaceae (3 spp., 3.7%), Myrsinaceae (3 spp., 3.6%), Rosaceae (3 spp., 3.6%), Euphorbiaceae (5 spp., 3.3%), Ulmaceae (2 spp., 3.0%) and Mimosaceae (4 spp., 2.9%).
结果显示，野外跟踪调查共记录有106种植物被亚洲象所取食，其中有83种出现在象的粪便中，这些种类分别属于：禾本科8种(10.0%)、桑科7种(9.9%)、蝶形花科4种(8.4%)、五加科3种(6.6%)、葡萄科3种(5.7%)、夹竹桃科3种(4.6%)、芭蕉科l种(4.2%)、姜科3种(3.7%)、紫金牛科3种(3.6%)、蔷薇科3种(3.6%)、大戟科5种(3.3%)、榆科2种(3.0%)、含羞草科4种(2.9%)13个植物科。
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The most important plants in elephants' diet are Ficus spp.( Moraceae, 9.0 ％), Dendrocalamus spp.( Gramineae, 4.5 ％), Musa acuminata ( Musaceae, 4.2 ％), Microstegium ciliatum ( Gramineae, 3.5 ％) and Amalocalyx yunnanensis ( Apocynaceae, 3.1％).
根据食物中所占的比率，桑科的榕属、禾本科的竹类、小果野芭蕉和莠竹是亚洲象的主要食物资源。
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The most important plants in elephants' diet are Ficus spp.(Moraceae, 9.0%), Dendrocalamus spp.(Gramineae, 4.5%), Mum acuminata (Musaceae, 4.2%), Microstegium ciliatum (Gramineae, 3.5%) and Amalocalyx yunnanensis (Apocynaceae, 3.1%).
根据食物中所占的比率，桑科的榕属、禾本科的竹类、小果野芭蕉和莠竹是亚洲象的主要食物资源。
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Woody plants with erect stems of tropical South America and South Africa and Madagascar; in some classifications included in the family Musaceae.
具有直立的茎的热带木本植物产于南美南非和马达加斯加；在一些分类中包括在芭蕉科中。
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Small genus of large perennial evergreen herbs having leaves resembling those of banana plants; sometimes placed in family Musaceae.
大型多年生常绿草本植物的一个小属，叶类似于橡胶树叶；有时放入芭蕉科。
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Tall-trunked woody tropical plants; sometimes placed in family Musaceae.
热带木本植物的一个属，树干高大；有时归入芭蕉科。
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This one mode pays close attention to network credence foundation of the businessman very much.
这一模式非常关注商人的网络信用基础。
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Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.
扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。
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There is no differences of cell proliferation vitality between labeled and unlabeled NSCs.
双标记神经干细胞的增殖、分化活力与未标记神经干细胞相比无改变。