亚目

基本解释 (translations)

suborder

与亚目相关的网络例句 [注：此内容来源于网络，仅供参考]

Of or belonging to the insect order Hemiptera, which includes the true bugs of the suborder Heteroptera and their allies of the suborder Homoptera, characterized by piercing or sucking mouthparts and two pairs of wings.

半翅目的半翅目昆虫的，这类昆虫包括异翅亚目昆虫及同翅亚目昆虫，其特征是具有锐利或吮吸的口器，有两对翅膀

The members of the same genus and family were grouped together. The polyogenetic relationships of 8 families were Pyrgomorphidae →Chrotogonidae→Pamphagidae→Oedipodidae→Acrididae→Arcypteridae→Gomphoceridae→Cantantopidae.Pygomorphidae had closer relationships with Chrotogonidae as well as being the most ancestral group. Arcypteridae and Gomphoceridae were the sister groups and had closer relationships with most evolutionary Catantopidae. Tridactylidae was divided firstly as a suborder,which differs from the recent taxonomy distinctly. Haglidae and Gryllidae were grouped into suborder Ensifera, Tetrigidae and 8 families of Acridoidea were grouped into suborder Caelifera, as same as recent taxonomy.

分子系统树表明：科内的属和属内的种均优先聚在一起；蝗总科8科的起源关系为：锥头蝗科→瘤锥蝗科→癞蝗科→斑翅蝗科→剑角蝗科→网翅蝗科和槌角蝗科→斑腿蝗科；锥头蝗科与瘤锥蝗科关系较近，是蝗总科内最原始的类群；槌角蝗科和网翅蝗科互为姐妹群，与最进化的斑腿蝗科关系较近；蚤蝼科为独立的一支，最先分出，似为一个亚目，与现用的分类系统有明显差别；哈螽科和蟋蟀科聚在一起为剑瓣亚目，蚱科和蝗总科的8科组成短瓣亚目，同现用的分类系统。

Superstes was placed between the two remaining major suborders, namely, Zygoptera and Anisoptera.

就被置于现存的两种主要亚目之间：即蜻蜓亚目和蜻岭亚目之间。

The order Odonata could be further subdivided into three suborders: around 2,500 species of Anisoptera, 2,500 species of Zygoptera and only 2 species of Anisozygoptera diverse damselflies

地球上现存的蜻蛉共约5，000种，分属於3亚目，其中俗称蜻蜓的不均翅亚目约有2，500种，俗称豆娘的均翅亚目约有2，500种，而称为蟌蜓的间翅亚目仅有2种

Largest order of birds comprising about half the known species: rooks; finches; sparrows; tits; warblers; robins; wrens; swallows; etc.; in four suborders: Eurylaimi; Tyranni; Menurae: Oscines or Passeres.

包含大约一半以上已知种类的最大鸟目；麻雀；山雀；鸣鸟；知更鸟；鹪鹩；燕子；包含四个亚目：润嘴鸟亚目；霸鹟鸟亚目；琴鸟亚目；鸣禽亚目或雀亚目。

Not used in all classifications; in some classifications considered coextensive with the Lemuroidea; in others includes both Lemuroidea and Tarsioidea.

并不用于所有分类中；在有些分类中，被认为与狐猴亚目同延；在其它分类中，包含狐猴亚目和跗猴亚目。

The result showed 41 clones distribute in 26 OTUs, which exist in Acidimicrobidae and 7 suborders of Actinobacteridae respectively, especially the dominant community of Yutian pit was streptosporangineae instead of streptomycete, which accounting for 42.3% of sequenced clones.

结果表明， 41个克隆序列属于26个OTUs，分别分布于放线菌门放线菌亚纲的7个亚目和酸微菌亚纲，其中链孢囊菌亚目(Streptosporangi- neae)中放线菌组成丰富，占到了全部挑选克隆的42.3%，是于田盐池放线菌群落中的优势菌，而链霉菌不是高盐环境放线菌的优势菌群。

Results showed that abundance, richness and diversity of arthropod communities decreased with depth. A negative association was found between canopy openness and the number of arthropod groups in the lifter layer; some arthropod taxa, such as the Uribatida, Prostigmata and Mesostigmata, were found in a wide range of light conditions, whereas the Hymenoptera, Symphyla, Pseudoscorpiones and Lepidoptera larvae may be photophobic.

结果表明土壤节肢动物的多度、丰富度和多样性随土壤层的加深而下降，具有明显的表聚性；林冠开度与凋落物层的土壤节肢动物类群数量呈负相关；甲螨亚目、中气门亚目和前气门亚目动物对光照的适应范围广；膜翅目、鞘翅目幼虫、综合纲和伪蝎目动物具有明显的避光性；土壤节肢动物类群的分布与林冠开度、土壤自然含水量、电导率和有机质关系密切。

Results Fifty-one clones screened from 160 clones on the basis of Hae III digestion patterns were sequenced, and their sequences were deposited in the GenBank. Clone sequences (52.9%) belonged to Acidimicrobidae and 5 suborders of Actinobacteridae. The other clone sequences (47.1%), which formed one large distinct clade in phylogenetic tree among phylum Actinobacteria, may represent one new suborder or new class.

所获得的51个克隆序列属于39个OTUs，其中52.9%的克隆序列分布于放线菌门放线菌亚的5个亚目和酸微菌亚纲中，并且在这两个亚纲中有大量克隆序列属于放线菌的新类群，另外47.1%的克隆序列以极高的自展值在放线菌门内支持形成一个独立的大分支，极有可能代表一个新亚目或更高级分类单元的类群。

Any of various tailless stout-bodied amphibians with long hind limbs for leaping; semiaquatic and terrestrial species

属于动物界、脊索动物门、两栖纲、无尾目、始蛙亚目、中蛙亚目、新蛙亚目。

与亚目相关的网络解释 [注：此内容来源于网络，仅供参考]

Xenochrophis piscator：爬行纲 有鳞目(蛇亚目) 游蛇科 渔游蛇

爬行纲 有鳞目(蛇亚目) 游蛇科 乌游蛇指名亚种 S.p.percarinata | 爬行纲 有鳞目(蛇亚目) 游蛇科 渔游蛇 Xenochrophis piscator | 爬行纲 有鳞目(蛇亚目) 游蛇科 草游蛇 Amphiesma stolata

suborder：亚目

概述 亚目(suborder)是生物分类法中的一级,一般是界于目和科之间 例外 但有时亚目和科之间会再分下目(又译作次目). 亚目的拉丁文名称较无固定的字尾.

Anisoptera：差翅亚目

蜻蜓目分为三个亚目: 差翅亚目(Anisoptera)统称"蜻蜓dragonflies";均翅亚目(Zygoptera) 统称"?damselflies"以及发现于日本和印度的两种间翅亚目(Anisozygoptera) 昆虫. 全世界约有5000种,我国有300多种. 蜻蜓身体粗壮,

Brachycera：亚目: 短角亚目

目: 双翅目 Muscomorpha | 亚目: 短角亚目 Brachycera | 下目: 家蝇下目 Muscomorpha

Cryptodira：亚目: 曲颈龟亚目

龟鳖目又分为2个亚目:曲颈龟亚目(Cryptodira)和侧颈龟亚目(Pleurodira). 曲颈龟亚目现存10科192种,其中龟类有 9科169种,鳖类1科23种. 我国的龟鳖类动物均属此亚目. 本亚目龟鳖类的主要特点是龟鳖收缩头部时,颈部可呈S型缩入甲壳内,

Enhydris chinensis：爬行纲 有鳞目(蛇亚目) 隐鳃鲵科 中国水蛇

爬行纲 有鳞目(蛇亚目) 隐鳃鲵科 紫沙蛇 Psammodynastes pulverulentus | 爬行纲 有鳞目(蛇亚目) 隐鳃鲵科 中国水蛇 Enhydris chinensis | 爬行纲 有鳞目(蛇亚目) 游蛇科 黑脊蛇 A.spinalis

Iguania：鬣蜥亚目

即美洲鬣蜥科、鬣蜥科和避役科 蛇蜥亚目 分6科,即蛇蜥科、异蜥科、鳄蜥科、巨蜥科、毒蜥科和婆罗蜥科 双足蜥亚目 仅双足蜥科一科 石龙子亚目 分4科,即非洲蜥蜴科、蜥蜴科、石龙子科和美洲蜥蜴科 鬣蜥亚目(Iguania):典型的鬣蜥亚目成员背上有鬣鳞,

Megachiroptera：大蝙蝠亚目

翼手目是哺乳动物纲的第二大目,分为大蝙蝠亚目(Megachiroptera)和小蝙蝠亚目(Microchi roptera). 小蝙蝠亚目的全部和大蝙蝠亚目少数种类依靠回声定位来感知周围环境和捕捉猎物(Griffin,1958;Fenton,1995). 每种蝙蝠都有一套特有的信号用于回声定位,其声谱的特征决定了声纳

Mystacoceti：须鲸亚目

大型种类的总称.小型齿鲸类一般称为海豚.分类 鲸目共3个亚目.其中原鲸亚目(Archeoceti)出现于始新世前期至渐新世后期.已灭绝.仅有化石可见.现存须鲸和齿鲸两亚目.前者口内有须.后者口内有齿.须鲸亚目(Mystacoceti) 上颌各侧有150

Zygoptera：均翅亚目

蜻蜓目分为三个亚目: 差翅亚目(Anisoptera)统称"蜻蜓dragonflies";均翅亚目(Zygoptera) 统称"?damselflies"以及发现于日本和印度的两种间翅亚目(Anisozygoptera) 昆虫. 全世界约有5000种,我国有300多种. 蜻蜓身体粗壮,