protuberate

简明释义

[prəˈtjuːbəˌreɪt][proʊˈtuːbərˌeɪt]

vi. <罕>伸出,突出表面;突出

第 三 人 称 单 数 p r o t u b e r a t e s

现 在 分 词 p r o t u b e r a t i n g

过 去 式 p r o t u b e r a t e d

过 去 分 词 p r o t u b e r a t e d

英英释义

To bulge or protrude outward from a surface.

从表面向外凸出或膨胀。

单词用法

protuberate from

从...突起

protuberate outward

向外突起

protuberate structure

突起结构

protuberate features

突起特征

同义词

bulge

凸起

The balloon began to bulge as it was filled with air.

气球在充气时开始凸起。

protrude

突出

The rock seemed to protrude from the ground.

那块岩石似乎从地面上突出。

jut

伸出

The cliff juts out over the ocean.

悬崖向海洋伸出。

project

突出

He decided to project his voice to reach the back of the room.

他决定提高声音,以便让房间后面的听众听到。

反义词

recess

凹陷

The surface of the moon is full of recesses and craters.

月球表面布满了凹陷和陨石坑。

concave

凹的

The concave lens is used to diverge light rays.

凹透镜用于发散光线。

diminish

减少

As the economy began to diminish, many businesses closed down.

随着经济开始衰退,许多企业关闭。

例句

1.During the inspection, the engineer noted that some parts of the bridge protuberate, indicating potential structural issues.

在检查中,工程师注意到桥的一些部分突起,这表明可能存在结构问题。

2.In biology class, we learned how certain cells can protuberate to form structures like hair and nails.

在生物课上,我们学习到某些细胞如何可以突起以形成如头发和指甲的结构。

3.The artist's sculpture featured shapes that protuberate dramatically, adding depth to the piece.

艺术家的雕塑展现了突出的形状,为作品增添了深度。

4.The mountain range seemed to protuberate from the flat landscape, creating a stunning visual contrast.

这座山脉似乎从平坦的地形中凸出,形成了惊人的视觉对比。

5.The skin condition caused several areas to protuberate, requiring medical attention.

这种皮肤病导致多个区域凸出,需要医疗关注。

作文

In the vast realm of nature, one can observe various phenomena that showcase the incredible diversity of life. From the towering mountains to the deep oceans, every aspect of our environment tells a story of evolution and adaptation. One particularly fascinating feature in nature is how certain organisms exhibit physical characteristics that allow them to thrive in their respective habitats. For instance, consider the case of certain plants and animals that have evolved to have structures that protuberate (突出) from their bodies. These projections can serve multiple purposes, from attracting mates to deterring predators. Take the example of the horned lizard, which has evolved to have horns that protuberate (突出) from its head. These horns not only make the lizard appear more intimidating to potential threats but also play a role in its mating rituals. Male lizards with larger, more pronounced horns are often more successful in attracting females, showcasing how physical traits can influence reproductive success. Similarly, many flowers have petals that protuberate (突出) outward, creating a stunning visual display that attracts pollinators. The vibrant colors and unique shapes of these petals are not merely for aesthetic appeal; they are evolutionary adaptations designed to increase the chances of reproduction. By drawing in bees, butterflies, and other pollinators, these plants ensure the continuation of their species. Moreover, the concept of protuberate (突出) features can be seen in the animal kingdom as well. Certain marine creatures, like the pufferfish, have the ability to protuberate (突出) their bodies when threatened. This inflation mechanism serves as a defense strategy, making the fish appear larger and more difficult for predators to consume. Such adaptations highlight the ingenuity of nature in developing survival strategies. In the context of human innovation, we can draw parallels between natural adaptations and technological advancements. Engineers often look to nature for inspiration, a practice known as biomimicry. The study of how certain materials or structures protuberate (突出) in nature can lead to breakthroughs in design and functionality. For example, the way certain seeds protuberate (突出) from their pods has inspired new methods of packaging that enhance durability while minimizing waste. In conclusion, the concept of protuberate (突出) is not just limited to the physical characteristics of organisms but extends into broader themes of adaptation and survival. Whether it is in the animal kingdom, the plant world, or even in human engineering, the ability to protuberate (突出) plays a crucial role in the success and resilience of various entities. As we continue to explore and understand the intricacies of our environment, let us appreciate the wonders of evolution and the remarkable ways in which life has adapted to its surroundings.

在自然的广阔领域中,人们可以观察到各种现象,展示了生命的惊人多样性。从高耸的山脉到深邃的海洋,我们环境的每个方面都讲述了进化和适应的故事。其中一个特别迷人的特征是某些生物表现出的身体特征,使它们能够在各自的栖息地中茁壮成长。例如,考虑一下某些植物和动物,它们进化出了从其身体上protuberate(突出)的结构。这些突起可以有多种用途,从吸引配偶到威慑捕食者。以角蜥为例,它进化出头部有突起的角。这些角不仅使蜥蜴在潜在威胁面前显得更具威慑力,还在其求偶仪式中发挥作用。拥有较大、较明显角的雄性蜥蜴通常在吸引雌性方面更为成功,展示了身体特征如何影响繁殖成功。同样,许多花朵的花瓣向外protuberate(突出),形成令人惊叹的视觉展示,吸引授粉者。这些花瓣的鲜艳颜色和独特形状不仅仅是为了美观;它们是为了增加繁殖机会而设计的进化适应。通过吸引蜜蜂、蝴蝶和其他授粉者,这些植物确保了其物种的延续。此外,protuberate(突出)特征的概念在动物王国中也可以看到。某些海洋生物,如河豚,具有在受到威胁时protuberate(突出)身体的能力。这种膨胀机制作为一种防御策略,使鱼看起来更大,更难以被捕食者吞食。这种适应性突显了自然界在发展生存策略方面的聪明才智。在现代人类创新的背景下,我们可以将自然适应与技术进步进行比较。工程师们常常从自然中寻找灵感,这种做法被称为仿生学。研究某些材料或结构如何在自然中protuberate(突出)可以导致设计和功能上的突破。例如,某些种子从其荚中protuberate(突出)的方式激发了新型包装方法的灵感,这些方法增强了耐用性,同时最小化了浪费。总之,protuberate(突出)的概念不仅限于生物的物理特征,还扩展到适应和生存的更广泛主题。无论是在动物王国、植物世界还是在人类工程中,能够protuberate(突出)在各种实体的成功和韧性中发挥着至关重要的作用。随着我们继续探索和理解环境的复杂性,让我们欣赏进化的奇迹以及生命适应其周围环境的非凡方式。