lobate

简明释义

英[ˈləʊbeɪt]美[ˈlobet]

adj. 叶状的；有叶的；[生物] 分裂的

英英释义

单词用法

同义词

反义词

例句

1.Type II is characterized by having curved-lobate , lobate or tuberculate processes on the perine.

周壁具有裂片状、弯裂片状或瘤状突起。

2.The intriguing features, called lobate scarps, are faults created when the Moon's once-molten interior began to cool, causing the lunar surface to contract and then crinkle, they said.

这些被称为“叶状陡坡”的有趣的地貌特点是在月球一度融化的内核开端冷却的进程中形成的断层，这一进程使得月球表面产生压缩，并呈现褶皱。

3.The intriguing features, called lobate scarps, are faults created when the Moon's once-molten interior began to cool, causing the lunar surface to contract and then crinkle, they said.

这些被称为“叶状陡坡”的有趣的地貌特点是在月球一度融化的内核开端冷却的进程中形成的断层，这一进程使得月球表面产生压缩，并呈现褶皱。

4.The shrinkage has wrinkled parts of the moon's surface like a raisin, creating pinched formations called lobate scarps…

月球的收缩使月球部分表面像葡萄干那样起皱，从而形成为“瓣状陡坡”…

5.The physical properties of Pueraria lobate starch, cornstarch and sweet potato starch were studied.

对葛根淀粉的性质及其凝胶特性与玉米、甘薯淀粉进行了比较研究。

6.The fossils found in this area show a lobate structure, suggesting a unique evolutionary path.

在这个地区发现的化石显示出一种 lobate 结构，暗示了一条独特的进化路径。

7.In geology, lobate features can indicate past volcanic activity.

在地质学中， lobate 特征可以表明过去的火山活动。

8.The lobate shape of the jellyfish makes it easy for it to glide through the water.

水母的 lobate 形状使它能够轻松地在水中滑行。

9.The leaf of the plant is distinctly lobate, with deep indentations along the edges.

这株植物的叶子明显是 lobate 的，边缘有深深的凹痕。

10.Some species of snails have lobate shells that help them blend into their environment.

一些蜗牛的壳呈现出 lobate 形状，有助于它们融入环境。

作文

The natural world is full of fascinating shapes and structures, each with its own unique characteristics. One such term that often comes up in discussions about biological forms is lobate, which refers to structures that have lobes or rounded projections. This term is particularly relevant in the fields of botany and zoology, where the morphology of organisms plays a crucial role in their classification and understanding. For instance, many leaves exhibit a lobate shape, characterized by distinct, rounded indentations along their edges. These lobes can vary significantly in size and depth, contributing to the overall appearance and functionality of the leaf. In some cases, lobate leaves may help the plant capture more sunlight or reduce water loss through transpiration, demonstrating how form can be closely linked to function in nature.In addition to plants, the term lobate also applies to certain animal features. For example, many marine organisms, such as jellyfish, have a lobate body structure that allows them to move efficiently through water. The lobes of these creatures can aid in propulsion, making them more agile hunters in their aquatic environments. Similarly, some species of mollusks have lobate shells that provide protection while also allowing for buoyancy and movement. The evolutionary significance of lobate forms cannot be understated, as they often represent adaptations that enhance survival and reproduction.Furthermore, the concept of lobate extends beyond biology into other areas of science and art. In geology, for instance, certain rock formations can display lobate patterns due to erosion or volcanic activity. These formations often captivate geologists and nature enthusiasts alike, as they reveal the dynamic processes that shape our planet. Artists, too, may draw inspiration from lobate shapes, incorporating them into their designs and compositions to evoke a sense of organic beauty and fluidity.Understanding the term lobate allows us to appreciate the diversity of life and the intricate designs found in nature. It encourages us to look closely at the world around us, recognizing that even the simplest shapes can hold profound significance. Whether we are studying the anatomy of a leaf, observing the graceful movements of a jellyfish, or admiring the contours of a rock formation, the lobate structure serves as a reminder of the complexity and interconnectedness of all living things. As we continue to explore and learn about our environment, let us remain curious and open-minded, ready to discover the myriad ways in which nature expresses itself through forms like lobate structures.

自然界充满了迷人的形状和结构，每种都有其独特的特征。在讨论生物形态时，常常会提到一个术语——lobate，它指的是具有叶状或圆形突起的结构。这个术语在植物学和动物学领域尤其相关，因为生物体的形态在分类和理解中起着至关重要的作用。例如，许多叶子表现出lobate的形状，其边缘有明显的、圆形的凹口。这些叶状结构的大小和深度可能差异显著，影响着叶子的整体外观和功能。在某些情况下，lobate的叶子可能帮助植物捕捉更多阳光或减少通过蒸腾作用的水分流失，展示了自然界中形态与功能之间的密切联系。除了植物，术语lobate还适用于某些动物特征。例如，许多海洋生物，如水母，具有lobate的身体结构，使它们能够高效地在水中移动。这些生物的叶状结构可以帮助推进，使它们在水域中成为更灵活的猎手。同样，一些软体动物的壳体也呈现出lobate的形状，既提供保护，又允许浮力和运动。lobate形态的进化意义不容小觑，因为它们往往代表着增强生存和繁殖的适应性。此外，lobate的概念不仅限于生物学，还扩展到科学和艺术的其他领域。例如，在地质学中，某些岩石形成可能由于侵蚀或火山活动而显示出lobate的图案。这些地貌常常吸引地质学家和自然爱好者的目光，因为它们揭示了塑造我们星球的动态过程。艺术家们也可能从lobate的形状中获得灵感，将其融入他们的设计和作品中，以唤起一种有机的美感和流动感。理解lobate这个术语使我们能够欣赏生命的多样性以及自然界中复杂的设计。它鼓励我们仔细观察周围的世界，意识到即使是最简单的形状也能蕴含深刻的意义。无论我们是在研究叶子的解剖结构，观察水母优雅的运动，还是欣赏岩石形成的轮廓，lobate的结构都提醒我们所有生物之间的复杂性和相互联系。随着我们继续探索和学习我们的环境，让我们保持好奇和开放的心态，准备发现自然通过像lobate结构这样的形式表达自己的无数方式。