raptorial

简明释义

英[ræpˈtɔːrɪəl]美[ræpˈtorɪəl]

adj. 猛禽类的；捕食动物的；适于捕捉小生物的

英英释义

单词用法

同义词

反义词

例句

1.Living alongside the largest sharks ever known, the raptorial-meaning actively hunting-whale measured about 60 feet (18 meters) in length, about as big as a modern male sperm whale.

它们曾和史上已知的最大鲨鱼，猛鲨——意味着嗜猎分子，一起生活过。该鲸鱼有60英尺长(约合18米)，堪比现代成熟雄性抹香鲸。

2.Living alongside the largest sharks ever known, the raptorial-meaning actively hunting-whale measured about 60 feet (18 meters) in length, about as big as a modern male sperm whale.

它们曾和史上已知的最大鲨鱼，猛鲨——意味着嗜猎分子，一起生活过。该鲸鱼有60英尺长(约合18米)，堪比现代成熟雄性抹香鲸。

3.Compared with omnivorous pheasants, insectivorous birds and raptorial birds Koklass's digestive system is similar to the typical phytophagous birds.

与杂食性鸡类、食虫鸟类及猛禽比较，勺鸡的消化系统具有典型植食性鸟类的特征。

4.The eagle is known for its raptorial 捕食性的 skills, allowing it to hunt effectively in the wild.

老鹰以其捕食性的技能而闻名，使其能够在野外有效猎捕。

5.Many birds of prey exhibit raptorial 捕食性的 behavior, using their sharp talons to catch and kill their prey.

许多猛禽表现出捕食性的行为，利用它们锋利的爪子捕捉和杀死猎物。

6.The raptorial 捕食性的 nature of hawks makes them effective hunters in open fields.

鹰类的捕食性的特性使它们在开阔的田野中成为有效的猎手。

7.Some species of owls have developed raptorial 捕食性的 adaptations that allow them to hunt at night.

某些种类的猫头鹰发展出捕食性的适应性，使它们能够在夜间狩猎。

8.The raptorial 捕食性的 features of these insects help them capture their food with precision.

这些昆虫的捕食性的特征帮助它们精确捕获食物。

作文

In the vast expanse of the animal kingdom, certain creatures exhibit extraordinary adaptations that allow them to thrive in their respective environments. Among these adaptations, the term raptorial refers to the predatory characteristics found in some birds and insects, specifically designed for capturing and consuming prey. The concept of raptorial is not merely a descriptor of physical traits but also encompasses the behaviors and strategies that these animals employ to hunt effectively. Take, for example, the majestic hawk. With its sharp talons and keen eyesight, the hawk is a quintessential representation of raptorial prowess. These birds are equipped with powerful legs that end in formidable claws, allowing them to seize their prey with remarkable strength and precision. When soaring high above the ground, a hawk can spot a small rodent scurrying across the field. In an instant, it dives down at incredible speeds, showcasing its raptorial skills as it snatches the unsuspecting creature from the earth. Similarly, in the insect world, we find examples of raptorial adaptations in species such as the praying mantis. This fascinating insect possesses elongated forelegs that are specially designed for grasping and holding onto its prey. The mantis waits patiently for an unsuspecting insect to come within reach, and with a swift motion, it lunges forward to capture its meal. The raptorial nature of the mantis not only highlights its efficiency as a predator but also emphasizes the intricate balance of ecosystems where each species plays a vital role. The significance of raptorial adaptations extends beyond mere survival; they also contribute to the natural order of life. Predators like hawks and mantises help control populations of smaller animals, preventing overpopulation and maintaining ecological balance. This dynamic interplay between predator and prey illustrates the delicate web of life that exists in nature. Moreover, the study of raptorial behavior can provide insights into evolutionary processes. By examining how different species have developed their hunting techniques and physical adaptations, scientists can better understand the pressures of natural selection that shape the traits of various animals. For instance, the evolution of raptorial features in birds may be linked to their need to adapt to changing environments or to compete with other predators for resources. In conclusion, the term raptorial encapsulates a fascinating aspect of the natural world, highlighting the incredible adaptations that enable certain animals to thrive as predators. From the soaring hawk to the stealthy mantis, these creatures demonstrate the power and efficiency of raptorial adaptations. As we continue to explore and learn about the intricacies of animal behavior and ecology, recognizing the importance of raptorial traits will deepen our appreciation for the complexity of life on Earth. Understanding these concepts not only enriches our knowledge of biology but also fosters a greater respect for the diverse forms of life that share our planet.

在广阔的动物王国中，某些生物展示了非凡的适应能力，使它们能够在各自的环境中茁壮成长。在这些适应能力中，术语raptorial指的是一些鸟类和昆虫所具有的捕食特征，专门用于捕捉和消耗猎物。raptorial的概念不仅仅是对身体特征的描述，还包括这些动物为有效狩猎而采用的行为和策略。 以雄伟的鹰为例。凭借其锋利的爪子和敏锐的视力，鹰是raptorial能力的典型代表。这些鸟类配备了强大的腿部，腿部末端有可怕的爪子，使它们能够以惊人的力量和精确度抓住猎物。当鹰在高空翱翔时，它能发现田野上快速移动的小鼠。瞬间，它以难以置信的速度俯冲而下，展示了它作为捕食者的raptorial技能，迅速将毫无防备的生物从地面上捕获。 同样，在昆虫世界中，我们可以在诸如螳螂等物种中找到raptorial适应的例子。这种迷人的昆虫拥有延长的前肢，专门设计用于抓住和固定猎物。螳螂耐心地等待着一只毫无防备的昆虫靠近，然后迅速向前扑去捕获它的食物。螳螂的raptorial特性不仅突显了它作为捕食者的效率，还强调了生态系统中每个物种所发挥的重要作用。 raptorial适应的重要性超越了生存，它们还对生命的自然秩序作出了贡献。像鹰和螳螂这样的捕食者帮助控制小动物的种群，防止过度繁殖并维持生态平衡。这种捕食者与猎物之间的动态相互作用说明了自然界中存在的微妙生命网络。 此外，研究raptorial行为可以提供对进化过程的深入了解。通过研究不同物种如何发展其狩猎技巧和身体适应，科学家们可以更好地理解塑造各种动物特征的自然选择压力。例如，鸟类中raptorial特征的演变可能与它们需要适应不断变化的环境或与其他捕食者竞争资源有关。 总之，术语raptorial概括了自然界的一个迷人方面，突显了使某些动物作为捕食者茁壮成长的令人难以置信的适应能力。从翱翔的鹰到隐秘的螳螂，这些生物展示了raptorial适应的力量和效率。随着我们继续探索和学习动物行为和生态学的复杂性，认识到raptorial特征的重要性将加深我们对地球生命复杂性的欣赏。理解这些概念不仅丰富了我们对生物学的知识，而且促进了我们对与我们共享星球的多样生命形式的更大尊重。