羽状的

The leaves of the banana plant are pinnately divided, meaning they have a central midrib with numerous lateral veins spreading out like fingers.
香蕉植物的叶子是羽状分裂的，意味着它们有一个中央主脉，有许多横向叶脉像手指一样展开。
The wings of many insects, such as butterflies and moths, exhibit pinnate venation, with veins radiating from a central point.
许多昆虫的翅膀，如蝴蝶和蛾子，表现出羽状血管结构，静脉从一个中心点辐射出来。
In botanical studies, understanding the patterns of pinnate venation can provide insights into the evolutionary relationships between different plant species.
在植物学研究中，理解羽状血管的模式可以提供不同植物物种之间进化关系的见解。
The anatomical structure of the human lung, characterized by its branching bronchial tubes, can be likened to a pinnate pattern.
人类肺部的解剖结构，以其分支的支气管管路为特征，可以类比为羽状模式。
When observing the leaf structure of a maple tree, one can easily notice the pinnate arrangement of its lobes, which gives the leaf its characteristic shape.
当观察枫树的叶片结构时，很容易注意到其叶片裂片的羽状排列，这赋予了叶片其特有的形状。
In ornithology, the study of bird feathers often involves analyzing the pinnate structure, which is crucial for understanding flight mechanics.
在鸟类学中，研究鸟类羽毛通常涉及分析羽状结构，这对于理解飞行力学至关重要。
Botanists use the pinnate venation as a key feature in classifying and distinguishing between various plant genera.
植物学家将羽状血管作为分类和区分各种植物属的关键特征。
The pinnate design of the lotus leaf's surface enables it to repel water and dirt, showcasing an efficient natural defense mechanism.
莲花叶片表面的羽状设计使其能够排斥水和污垢，展示了一种高效的自然防御机制。
In the field of entomology, the pinnate pattern of a dragonfly's wings is not only aesthetically pleasing but also functional for maneuvering through the air.
在昆虫学领域，蜻蜓翅膀的羽状图案不仅美观，而且对于在空中机动也非常有功能性。
The intricate pinnate structure of the kelp forests provides a complex habitat for marine life, supporting diverse ecosystems beneath the ocean's surface.
海带森林复杂的羽状结构为海洋生物提供了复杂的栖息地，在海洋表面之下支持着多样化的生态系统。