鸟类羽毛

Others that rejected natural selection, but supported "creation by birth", included the Duke of Argyll who explained beauty in plumage by design.

其他人拒绝自然选择观念，但支持"出生创造"观念，其中阿盖尔公爵用设计来解释鸟类羽毛的美丽。

Li jets Bee tiger with gorgeous tropical bird feathers characteristic : its throat is chestnut red, wings and back of the green. The tail is blue, the sun exposure, body glitter with their metal-like gorgeous sheen.

栗喉蜂虎具有热带鸟类羽毛艳丽的特征：它的喉部是栗红色的，翅膀和背部是绿色的，尾翼是蓝色的，在阳光的照射下，它们全身闪烁着金属般的艳丽光泽。

This is a case of a somewhat obtuse application of the old adage, Birds of a feather flock together.

这是一个案件有点钝的适用范围古老的格言，鸟类羽毛羊群在一起。

They share many similar or the same featutes with Archaeopteryx or other primitive birds, such as: U-shaped furcula, uncinate process, laterally facing glenoid of shoulder girdle, comparatively long forelimb, large semilunate carple, retroverted pubis, ascending process of astragalus, and "modern feathers"with rachis and barbs etc.

奔龙类是一类较为特殊的手盗龙类，它具有许多与始祖鸟Archaeopteryx甚至其它早期鸟类相似或接近的特征，主要表现在：叉骨U形与始祖鸟和孔子鸟类的相同，背肋钩状突在孔子鸟类和个别反鸟类中也存在，肩臼窝绝大部分指向侧方类似于始祖鸟，肩胛骨与乌喙骨间的夹角非常接近90°也和始祖鸟的相似，前肢从比例上讲显得较长，大的半月形腕骨使肘部能向侧方折过来，耻骨伸向后下方，距骨上升突与原始鸟类中的为同源结构，羽毛已有显著的分化且具备了现代羽毛的基本结构等等。

Considering that fz6-related genes are consered between species, the same self-organizing system likely "applies to all mammals, and also to bird feathers and fish and reptile scale orientation," Nathans says.

考虑到fz6相关基因在种群中有保留，Nathans说，同样的自体组织系统可能"适用于所有的哺乳动物，也包括鸟类羽毛，鱼雷和爬行类鳞片的方向性。"

Identification of bird feather by microscopical technology is to use light microscope or electronic microscope to observe and examine the appropriately treated feather so as to obtain the differences of micro-structures between different species of birds. These micro-structures, associated with taxology of birds, can be used to distinguish, identify and recognise different species of birds.

中文摘要：鸟羽显微鉴定即使用光学显微镜和电子显微镜对经适当处理的鸟羽材料的细微结构进行观察，发现不同物种鸟类羽毛的显微结构差异，主要根据显微镜观察到的鸟羽上独特的结构差异，结合宏观的鸟类分类系统知识，从而达到鸟类物种区分、鉴定、识别的效果。

Others that rejected natural selection, but supported "creation by birth", included the Duke of Argyll who explained beauty in plumage by design.

其他人拒绝自然选择观念，但支持&出生创造&观念，其中阿盖尔公爵用设计来解释鸟类羽毛的美丽。

He and his colleagues suggest, in a report in this week's Biology Letters , that previous researchers have misunderstood how feathers fossilise. In doing so those researchers have overlooked evidence of the pattern of ancient plumage.

他和同事在本周的《生物学快报》中的一份报告中提出，以前的研究者错误地理解了羽毛是如何变成化石的，结果忽略了关于远古鸟类羽毛图案的线索。

These birds are best known for their loud cackles, four-toed feet, and brilliant plumage.

这些鸟类是最有名的大声的咯咯声，四趾脚，和灿烂的鸟类羽毛。

Considering that fz6-related genes are consered between species, the same self-organizing system likely "applies to all mammals, and also to bird feathers and fish and reptile scale orientation," Nathans says.

考虑到fz6相关基因在种群中有保留，Nathans说，同样的自体组织系统可能&适用于所有的哺乳动物，也包括鸟类羽毛，鱼雷和爬行类鳞片的方向性。&

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。