Emberiza

Emberiza的基本解释

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鹀属

与Emberiza相关的网络例句 [注：此内容来源于网络，仅供参考]

Ominant groups of large-sized soil animal included Microdrile oligochaetes, Coleoptera and Stylommatophora, ominant groups of middle-small-sized soil animal included Acarina and Collembola, ominant group of wetlands soil animal was Rhabditidia. Ominant species of Vertebrates were Eremias argus, Parus palustris hellmayri, Phylloscopus inornatus inornatus, Emberiza coides weigololi, Phoenicurus auroreus auroreus, Pica pica cenicea, Lanius cristatus lucionensis, Lepus capensis, Citellus dauricus and Eutamias sibiricus.

其中，优势类群和优势种类包括节肢动物的蜘蛛目、双翅目、同翅目、膜翅目；大型土壤动物的小蚓类、鞘翅目、柄眼目，中小型土壤动物的蜱螨目、弹尾目，湿生土壤动物的小杆目；脊椎动物的丽斑麻蜥，沼泽山雀、黄眉柳莺、三道眉草鸦、北红尾鸲、喜鹊、红尾伯劳，草兔、达乌尔黄鼠、花鼠等。

To understand metabolic adaptations,the basal metabolic rate of four small birds in China were investigated.Metabolic rate,body temperature and thermal conductance were determined in yellow-browed bunting Emberiza chrysophrys at a temperature range of 5-35° C,chestnut-flanked white-eye Zosterops erythropleura and hwamei Garrulax canorus at 10-30° C,and red-billed leiothrix Leiothrix lutea at 10-35° C.Oxygen consumption was measured by using a closed circuit respirometer.

采用封闭式流体压力呼吸计，分别在5-35° C、10-30° C和10-35° C的环境温度范围内测定了黄眉NFDA2、红胁绣眼鸟、画眉和红嘴相思鸟的耗氧量、热传导、体温等指标，探讨了其代谢产热特征。

The result indicates that it is practical to reveal genetic diversity of Emberiza with AFLP markers.

结果表明，AFLP可用于分析鹀属遗传多样性。

The song control nuclei of Emberiza rutila have more intense ChAT-LI than that of Fringilla montifringilla.

栗鹀HVC和RA内ChAT样免疫反应明显强于燕雀，表明鸣啭能力的不同与免疫反应的种间差异之间具有一定的相关性。

In this paper, cholinergic neurons was mapped in the two kinds of birds (Emberiza rutila and Fringilla montifringilla) by using immunohistochemical method.The soma size and cell density of cholinergic neurons in the three song control nuclei, the higher vocal center, the robust nucleus of the archistriatum and area X, were measured and compared. Here we discussed the distribution of cholinergic neurons and their effect on the process of song producing and song learning.

本文以中国北方地区常见的两种鸣禽栗鹀和燕雀为材料，应用免疫组化方法，对两种鸣禽发声控制核团，即上纹状体腹侧尾核或高级发声中枢、古纹状体粗核、X区内胆碱能神经元的胞体大小和胞体密度进行了观察测量，旨在探讨胆碱能神经元在发声控制核团内的分布情况及其在鸣啭产生和学习过程中的作用。

与Emberiza相关的网络解释 [注：此内容来源于网络，仅供参考]

Emberiza spodocephala：灰头鹀

1207# 白鹡鸰 Motacilla alba | 1212# 灰鹡鸰 Motacilla cinerea | 1322# 灰头鹀 Emberiza spodocephala

Emberiza spodocephala：黑臉鵐

embedding 包埋 | Emberiza spodocephala 黑臉鵐 | EMBERIZIDAE 鵐科

Emberiza spodocephala：灰头

65.黄Emberiza citrinella | 66.灰头Emberiza spodocephala | 67.硫黄Emberiza sulphurata

Emberiza tristrami：白眉鹀

摘 要:检测了广州市白云山风景区白头鹎(Pycnonotus sinensis)、暗绿绣眼鸟(Zosterops japonicus)、大山雀(Parus major)和白眉鹀(Emberiza tristrami)4种鸟的飞羽、胸肌和肝脏中Cd、Cr、Cu、Pb和Zn的残留量.结果表明:除Cd在胸肌中未检出外,

Emberiza tristrami：白眉

77.灰Emberiza variabilia | 78.白眉Emberiza tristrami | 79.藏Emberiza koslowi