scaliness

简明释义

英[ˈskeɪlɪnəs]美[ˈskeɪlɪnəs]

n. 有鳞；多鳞

英英释义

单词用法

同义词

反义词

例句

1.The skin should be examined for dryness scaliness atrophy petechiae and ecchymoses and the mouth for angular stomatitis glossitis swollen or bleeding gums and decayed teeth.

皮肤应检查有无干燥、鳞屑、增生、瘀点及瘀斑；口腔应检查有无口角炎、舌炎、肿胀、齿龈出血和龋齿。

2.The skin should be examined for dryness, scaliness, atrophy , petechiae, and ecchymoses, and the mouth for angular stomatitis, glossitis, swollen or bleeding gums, and decayed teeth.

皮肤应检查有无干燥、鳞屑、增生、瘀点及瘀斑；口腔应检查有无口角炎、舌炎、肿胀、齿龈出血和龋齿。

3.The skin should be examined for dryness , scaliness , atrophy , petechiae , and ecchymoses , and the mouth for angular stomatitis , glossitis , swollen or bleeding gums , and decayed teeth.

皮肤应检查有无干燥、鳞屑、增生、瘀点及瘀斑；口腔应检查有无口角炎、舌炎、肿胀、齿龈出血和龋齿。

4.The skin should be examined for dryness , scaliness , atrophy , petechiae , and ecchymoses , and the mouth for angular stomatitis , glossitis , swollen or bleeding gums , and decayed teeth.

皮肤应检查有无干燥、鳞屑、增生、瘀点及瘀斑；口腔应检查有无口角炎、舌炎、肿胀、齿龈出血和龋齿。

5.The skin should be examined for dryness, scaliness, atrophy, petechiae, and ecchymoses, and the mouth for angular stomatitis, glossitis, swollen or bleeding gums, and decayed teeth.

皮肤应检查有无干燥、鳞屑、增生、瘀点及瘀斑；口腔应检查有无口角炎、舌炎、肿胀、齿龈出血和龋齿。

6.The fish had a noticeable scaliness that made it easy to identify the species.

这条鱼有明显的鳞屑状特征，使得识别种类变得容易。

7.The reptile's scaliness is an adaptation to its environment.

这种爬行动物的鳞屑状特征是对其环境的一种适应。

8.After using the new shampoo, I noticed some scaliness on my scalp.

使用新洗发水后，我注意到我的头皮上有一些鳞屑状的东西。

9.During winter, my skin often suffers from scaliness due to dryness.

冬天，由于干燥，我的皮肤常常出现鳞屑状的现象。

10.The doctor examined the patient's skin for any signs of scaliness.

医生检查了病人的皮肤，寻找任何鳞屑状的迹象。

作文

In the world of biology, the concept of scaliness plays an important role in understanding various species, especially reptiles and fish. The term scaliness refers to the presence of scales on the skin of these animals, which serve various functions crucial for their survival. Scales are not just mere coverings; they are complex structures that provide protection from environmental hazards, prevent water loss, and even assist in locomotion. For example, the scaliness of a fish helps it glide smoothly through water, reducing resistance and allowing for efficient movement. The evolutionary significance of scaliness cannot be overstated. It is believed that the ancestors of modern reptiles and fish developed scales as a response to their environments. In dry habitats, scales help prevent dehydration, while in aquatic environments, they provide a streamlined shape that enhances swimming capabilities. This adaptability showcases the remarkable ways in which life evolves in response to ecological pressures. Moreover, the study of scaliness extends beyond simple observation; it is a gateway into understanding the intricate relationships between organisms and their habitats. For instance, scientists have discovered that the texture and arrangement of scales can influence how animals interact with their surroundings. Some species possess rough or spiky scales that deter predators, while others have smooth scales that allow for better camouflage. This diversity in scaliness illustrates the complexity of natural selection and adaptation.In addition to biological functions, scaliness also has cultural implications. Many cultures around the world have revered creatures with scales, such as dragons in mythology, symbolizing power and strength. The aesthetic appeal of scales has influenced art, fashion, and design, showcasing humanity's fascination with these unique textures. This connection between nature and culture highlights the importance of preserving biodiversity, as the loss of species with distinct scaliness could mean losing not only ecological balance but also cultural heritage.Furthermore, the health of ecosystems can often be assessed by examining the scaliness of local fauna. For instance, changes in the condition of fish scales can indicate environmental stressors such as pollution or climate change. By monitoring these changes, scientists can gain insights into the overall health of aquatic ecosystems, making scaliness a valuable indicator for conservation efforts.In conclusion, scaliness is more than just a physical characteristic; it is a vital aspect of biological function, evolutionary history, cultural significance, and ecological health. Understanding the role of scales in the animal kingdom enriches our appreciation for the diversity of life and the intricate web of relationships that sustain it. As we continue to explore the wonders of nature, let us not forget the importance of scaliness and its implications for both science and society.

在生物学的世界中，概念scaliness在理解各种物种，尤其是爬行动物和鱼类方面发挥着重要作用。术语scaliness指的是这些动物皮肤上鳞片的存在，这些鳞片在它们的生存中起着至关重要的多种功能。鳞片不仅仅是简单的覆盖物；它们是复杂的结构，提供保护，防止环境危害，甚至有助于运动。例如，鱼类的scaliness帮助它们在水中顺利滑行，减少阻力，从而实现高效的移动。scaliness的进化意义不容小觑。现代爬行动物和鱼类的祖先被认为是在对其环境的响应中发展出鳞片的。在干燥的栖息地中，鳞片帮助防止脱水，而在水生环境中，它们提供流线型的形状，增强游泳能力。这种适应性展示了生命在生态压力下演化的显著方式。此外，对scaliness的研究不仅限于简单观察；它是理解生物与其栖息地之间复杂关系的一个入口。例如，科学家发现，鳞片的纹理和排列可以影响动物与环境的互动。一些物种拥有粗糙或尖刺的鳞片，可以威慑捕食者，而其他物种则拥有光滑的鳞片，可以更好地伪装。这种scaliness的多样性说明了自然选择和适应的复杂性。除了生物功能，scaliness还有文化意义。世界各地的许多文化都崇敬具有鳞片的生物，例如神话中的龙，象征着力量和强大。鳞片的美学吸引力影响了艺术、时尚和设计，展示了人类对这种独特纹理的迷恋。这种自然与文化之间的联系突显了保护生物多样性的重要性，因为失去具有独特scaliness的物种可能意味着失去生态平衡和文化遗产。此外，通过检查当地动物的scaliness，生态系统的健康状况也常常可以得到评估。例如，鱼鳞状态的变化可能表明污染或气候变化等环境压力。通过监测这些变化，科学家可以获得关于水生生态系统整体健康状况的见解，使scaliness成为保护工作的重要指标。总之，scaliness不仅仅是一个物理特征；它是生物功能、进化历史、文化意义和生态健康的一个重要方面。理解鳞片在动物王国中的作用丰富了我们对生命多样性的欣赏以及维持这种生命的复杂关系网的理解。随着我们继续探索自然的奇迹，让我们不要忘记scaliness的重要性及其对科学和社会的影响。