spiculate

简明释义

英[ˈspɪkjʊleɪt]美[ˈspɪkjəˌleɪt]

adj. 针状的；有针骨的；尖锐的

英英释义

单词用法

同义词

反义词

例句

1.Notes to attention: when adjust colorful transparent groove, test is needed to determine use it or not use it as obvious shrinkage may encountered at spiculate margin caused by the fuscous .

注意事项：在配彩色透明槽时，要特别注意本漆对很浓很深的颜色，在尖锐的边角处可能会有明显的缩边现象，需要事先加以实验后再确定使用或不使用。

2.Notes to attention: when adjust colorful transparent groove, test is needed to determine use it or not use it as obvious shrinkage may encountered at spiculate margin caused by the fuscous .

注意事项：在配彩色透明槽时，要特别注意本漆对很浓很深的颜色，在尖锐的边角处可能会有明显的缩边现象，需要事先加以实验后再确定使用或不使用。

3.Results The appearances of breast cancer in CT were irregular mass or nodosity with lobular and spiculate boundary, distorted glands and higher density than normal glands.

结果乳腺癌的CT表现为不规则肿块或结节状影，有分叶，边缘放射状毛刺；

4.In his research, he found that the spiculate structures of the coral provided better protection against predators.

在他的研究中，他发现珊瑚的尖状结构能更好地保护自己免受捕食者的侵害。

5.The geologist noted that the spiculate formations in the rock indicated a volcanic origin.

地质学家指出，岩石中的尖状构造表明其火山起源。

6.During the presentation, the professor highlighted the spiculate features of the crystalline structure.

在演讲中，教授强调了晶体结构的尖状特征。

7.The botanist described the plant's leaves as spiculate, meaning they had a pointed shape.

植物学家将这种植物的叶子描述为尖状，意味着它们具有尖锐的形状。

8.The artist used spiculate shapes in her sculpture to create a sense of movement.

艺术家在她的雕塑中使用了尖状形状，以创造一种运动感。

作文

In the vast realm of biology, the diversity of plant structures is truly fascinating. One such structure that often piques the interest of botanists and enthusiasts alike is the spiculate form found in certain species. The term spiculate refers to a characteristic that resembles or is shaped like a spike or a small spike-like projection. This unique morphology can be observed in various plants, particularly in grasses and some flowering species. Understanding the significance of spiculate structures can provide insights into the evolutionary adaptations of these plants. Plants with spiculate features often possess adaptations that allow them to thrive in specific environments. For instance, grass species that exhibit spiculate characteristics are typically well-suited for areas with high winds or grazing pressures. The spike-like projections can help deter herbivores or reduce damage from wind by streamlining the plant's shape. This adaptation not only enhances the plant's survival but also allows it to compete more effectively for sunlight and nutrients. Moreover, the spiculate structures can play a crucial role in reproduction. In many flowering plants, the arrangement of spiculate flowers can facilitate pollination. The spikes can attract pollinators by providing a distinct visual cue, making it easier for insects and birds to locate the flowers. This symbiotic relationship between plants and pollinators is vital for the continuation of many species and the overall health of ecosystems. In addition to their biological significance, spiculate structures also have aesthetic value. Many gardeners and landscape designers appreciate the unique appearance of plants with spiculate features. These plants can add texture and visual interest to gardens, creating dynamic landscapes that change with the seasons. For example, ornamental grasses with spiculate flower heads can create stunning displays when swaying in the breeze, adding movement and life to any outdoor space. Furthermore, the study of spiculate plants can lead to valuable discoveries in the field of medicine. Some plants with spiculate structures are known for their medicinal properties. Researchers are continually exploring how these unique features might contribute to the plants' chemical defenses against pests and diseases. By understanding the mechanisms behind these adaptations, scientists may be able to develop new pharmaceuticals or agricultural practices that mimic these natural strategies. In conclusion, the term spiculate encompasses a wide range of attributes that are essential for understanding plant morphology and ecology. From adaptations that enhance survival to their roles in reproduction and aesthetics, spiculate structures are a testament to the wonders of nature. As we continue to explore the intricacies of plant life, it becomes increasingly clear that every feature, no matter how small, plays a significant role in the complex web of life. Embracing the beauty and functionality of spiculate forms can inspire future generations to appreciate and protect our planet's diverse flora.

在生物学的广阔领域中，植物结构的多样性确实令人着迷。其中一个常常引起植物学家和爱好者兴趣的结构是某些物种中的尖刺状形式。术语spiculate指的是一种特征，类似于或呈现尖刺或小尖刺状突起的形状。这种独特的形态可以在各种植物中观察到，尤其是在草类和一些开花物种中。理解spiculate结构的重要性可以提供对这些植物进化适应的深入见解。具有spiculate特征的植物通常具备使其能够在特定环境中茁壮成长的适应性。例如，展现出spiculate特征的草类植物通常非常适合高风或放牧压力的地区。尖刺状的突起可以帮助阻止食草动物或减少风对植物的损害，通过流线型的形状增强植物的生存能力。这种适应不仅增强了植物的生存能力，还使其能够更有效地竞争阳光和养分。此外，spiculate结构在繁殖中也可能发挥关键作用。在许多开花植物中，spiculate花朵的排列可以促进授粉。尖刺可以通过提供独特的视觉线索来吸引授粉者，使昆虫和鸟类更容易找到花朵。这种植物与授粉者之间的共生关系对许多物种的延续以及生态系统的整体健康至关重要。除了生物学意义外，spiculate结构还具有美学价值。许多园丁和景观设计师欣赏具有spiculate特征的植物独特的外观。这些植物可以为花园增添质感和视觉趣味，创造出随着季节变化而变化的动态景观。例如，具有spiculate花头的观赏草在微风中摇曳时可以创造出令人惊叹的展示，为任何户外空间增添动感和生命。此外，研究spiculate植物可能会导致医学领域的宝贵发现。一些具有spiculate结构的植物以其药用特性而闻名。研究人员不断探索这些独特特征如何可能有助于植物抵御害虫和疾病的化学防御。通过理解这些适应背后的机制，科学家们可能能够开发出新的药物或农业实践，以模仿这些自然策略。总之，术语spiculate涵盖了一系列对于理解植物形态和生态至关重要的属性。从增强生存的适应性到它们在繁殖和美学中的作用，spiculate结构是自然奇观的证明。随着我们继续探索植物生命的复杂性，越来越清楚的是，每一个特征，无论多么微小，都在生命的复杂网络中发挥着重要作用。拥抱spiculate形式的美丽和功能可以激励未来的世代欣赏和保护我们星球多样的植物群。