natatorial

简明释义

英[ˌneɪtəˈtɔːrɪəl]美[ˌnetəˈtorɪəl]

adj. 游泳的；适于游泳的

英英释义

单词用法

同义词

反义词

例句

1.A natatorial appendage; natatorial birds.

游泳的附加物；

2.A natatorial appendage; natatorial birds.

游泳的附加物；

3.The researchers studied the natatorial 游泳的 adaptations of various fish species to understand their swimming efficiency.

研究人员研究了各种鱼类的natatorial 游泳的 适应性，以了解它们的游泳效率。

4.Many birds exhibit natatorial 游泳的 behaviors, allowing them to hunt for food in water.

许多鸟类表现出natatorial 游泳的 行为，使它们能够在水中觅食。

5.The study of natatorial 游泳的 locomotion in frogs reveals insights into their evolutionary adaptations.

对青蛙的natatorial 游泳的 运动方式的研究揭示了它们进化适应的见解。

6.The natatorial 游泳的 skills of otters make them excellent hunters in aquatic environments.

水獺的natatorial 游泳的 技能使它们成为水域中优秀的猎手。

7.Scientists are fascinated by the natatorial 游泳的 abilities of dolphins and how they communicate while swimming.

科学家们对海豚的natatorial 游泳的 能力以及它们在游泳时如何交流感到着迷。

作文

In the vast realm of animal adaptations, few traits are as fascinating as those that facilitate swimming. Among these adaptations, the term natatorial refers to the specialized characteristics that enable animals to thrive in aquatic environments. Animals with natatorial adaptations often possess streamlined bodies, webbed feet, and various physiological modifications that enhance their swimming capabilities. For instance, consider the graceful dolphin, an epitome of natatorial excellence. Its sleek body allows it to cut through water with minimal resistance, while its powerful tail propels it forward with impressive speed. Similarly, the common duck showcases natatorial features through its webbed feet, which act like paddles, allowing for efficient movement across the surface of ponds and lakes.The significance of natatorial adaptations extends beyond mere locomotion; they also play a crucial role in survival. Many aquatic predators, such as sharks and barracudas, exhibit remarkable natatorial skills that allow them to hunt effectively. Their bodies are designed for agility and speed, making them formidable hunters in the underwater world. On the other hand, prey species, like fish and crustaceans, have developed their own natatorial adaptations, such as camouflage and quick bursts of speed, to evade these predators.Moreover, natatorial adaptations are not limited to mammals and birds; numerous reptiles and amphibians also display remarkable swimming abilities. The sea turtle, for example, possesses a shell that provides protection while its flippers enable it to navigate through oceans with grace. Frogs, too, exhibit natatorial traits, using their long hind legs to propel themselves through water, demonstrating the diversity of this adaptation across different species.In addition to physical characteristics, natatorial adaptations can also encompass behavioral traits. Many species have developed unique strategies for hunting or escaping predators in aquatic environments. For instance, the octopus uses its ability to change color and texture to blend into its surroundings, a natatorial skill that aids in both hunting and evasion.As we explore the concept of natatorial adaptations, it becomes evident that these traits are vital for the survival of many species. They not only enhance mobility in water but also contribute to the intricate balance of aquatic ecosystems. Understanding these adaptations can lead to greater appreciation for the biodiversity found in our oceans, rivers, and lakes.In conclusion, the term natatorial encapsulates a wide range of adaptations that enable animals to excel in aquatic environments. From the streamlined bodies of dolphins to the webbed feet of ducks, these features highlight the incredible ways in which life has evolved to thrive in water. As we continue to study and learn about these adaptations, we uncover the remarkable interconnectedness of life on Earth and the importance of preserving our aquatic ecosystems for future generations.

在动物适应性的广阔领域中，促进游泳的特征是最迷人的特征之一。在这些适应性中，术语natatorial指的是使动物能够在水生环境中生存的专门特征。具有natatorial适应性的动物通常具有流线型的身体、蹼足以及各种生理改造，这些都增强了它们的游泳能力。例如，考虑优雅的海豚，它是natatorial卓越的典范。它流线型的身体使其能够以最小的阻力切割水面，而强有力的尾巴则使其以令人印象深刻的速度向前推进。同样，普通鸭子通过其蹼足展示了natatorial特征，这些蹼足就像桨一样，有助于高效地在池塘和湖泊的表面移动。natatorial适应性的意义不仅仅在于运动；它们在生存中也发挥着至关重要的作用。许多水生捕食者，如鲨鱼和梭鱼，表现出卓越的natatorial技能，使它们能够有效地捕猎。它们的身体设计用于敏捷和速度，使它们成为水下世界中可怕的猎手。另一方面，猎物物种，如鱼类和甲壳类动物，也发展了自己的natatorial适应性，例如伪装和快速的速度爆发，以逃避这些捕食者。此外，natatorial适应性不仅限于哺乳动物和鸟类；许多爬行动物和两栖动物也展示了显著的游泳能力。例如，海龟拥有一个提供保护的壳，而它的鳍则使其能够优雅地在海洋中航行。青蛙也表现出natatorial特征，利用其长后腿在水中推进，展示了这种适应性在不同物种中的多样性。除了身体特征外，natatorial适应性还可以包括行为特征。许多物种已经发展出独特的策略，以便在水生环境中捕猎或逃避捕食者。例如，章鱼利用其改变颜色和纹理的能力与周围环境融为一体，这是一种有助于捕猎和逃避的natatorial技能。当我们探索natatorial适应性的概念时，很明显这些特征对许多物种的生存至关重要。它们不仅增强了在水中的机动性，还促进了水生生态系统的复杂平衡。了解这些适应性可以让我们更好地欣赏我们海洋、河流和湖泊中的生物多样性。总之，术语natatorial概括了使动物能够在水生环境中出色生存的各种适应性。从海豚的流线型身体到鸭子的蹼足，这些特征突显了生命如何进化以在水中茁壮成长的不可思议的方式。当我们继续研究和了解这些适应性时，我们揭示了地球生命的惊人相互联系，以及保护我们的水生生态系统以惠及未来世代的重要性。