petaline

简明释义

英[ˈpetəlaɪn]美[ˈpetəlaɪn]

adj. 花瓣的

英英释义

单词用法

同义词

反义词

例句

1.Apricot flower has the characteristic that become angry, when be in bud, colourful red, as petaline extend, colour by thick turn gradually weak, arrive when Xie La with respect to Cheng Xuebai one.

杏花有变色的特点，含苞待放时，朵朵艳红，随着花瓣的伸展，色彩由浓渐渐转淡，到谢落时就成雪白一片。

2.Apricot flower has the characteristic that become angry, when be in bud, colourful red, as petaline extend, colour by thick turn gradually weak, arrive when Xie La with respect to Cheng Xuebai one.

杏花有变色的特点，含苞待放时，朵朵艳红，随着花瓣的伸展，色彩由浓渐渐转淡，到谢落时就成雪白一片。

3.High grade rose eggplant is claret, petaline size close, configuration is even, light smell leaf has slightly sour sweet taste is beautiful.

优质的玫瑰茄是深紫红色的，花瓣大小相近，形态均匀，轻嗅花瓣有微微的酸甜味为佳。

4.The characteristic that this planting is petaline open and flat, unlike other balsamine.

本种的特点为花瓣平展，不同于其它凤仙花。

5.The flower's beautiful color was enhanced by its petaline 花瓣的 structure.

花朵的美丽色彩因其petaline 花瓣的结构而更加突出。

6.Botanists study the petaline 花瓣的 arrangements to understand plant evolution.

植物学家研究petaline 花瓣的排列以理解植物的进化。

7.The petaline 花瓣的 texture contributed to the flower's overall appeal.

这种petaline 花瓣的质地使花朵的整体吸引力得以增强。

8.In her garden, she cultivated a variety of plants with unique petaline 花瓣的 characteristics.

在她的花园里，她培育了多种具有独特petaline 花瓣的特征的植物。

9.The artist painted a close-up of a flower focusing on its petaline 花瓣的 details.

这位艺术家画了一幅花的特写，专注于其petaline 花瓣的细节。

作文

The beauty of nature is often reflected in the delicate structures of flowers. Among these structures, the term petaline refers to the characteristics or features of petals, which are the colorful parts of a flower that attract pollinators. Each petaline feature plays a significant role in the plant's reproductive process, as they not only provide aesthetic appeal but also serve practical purposes. For instance, the bright colors and enticing scents of petals can lure bees, butterflies, and other insects, which are essential for pollination. Without these petaline attributes, many plants would struggle to reproduce and thrive in their environments. In addition to attracting pollinators, the petaline structure of flowers can vary greatly among different species. Some flowers have broad, flat petals that create a large surface area for landing insects, while others have narrow, tubular shapes that are specifically designed for certain types of pollinators, such as hummingbirds. This diversity in petaline forms showcases the adaptability of plants to their ecological niches. For example, in tropical rainforests, where competition for pollinators is fierce, many flowers exhibit vibrant and intricate petaline patterns to stand out among the lush greenery. Moreover, the study of petaline features can provide insights into the evolutionary history of plants. Scientists often examine the petaline traits of various flowers to understand how they have adapted over time to attract specific pollinators or to survive in particular habitats. This research can reveal fascinating connections between plant species and their environments, illustrating the intricate web of life that exists within ecosystems. Furthermore, the significance of petaline elements extends beyond biology. In art and culture, flowers have been symbols of beauty, love, and transience. The petaline aspects of flowers have inspired countless works of art, poetry, and literature throughout history. Artists often capture the essence of flowers by focusing on their petaline qualities, using color, shape, and texture to evoke emotions and convey messages. This artistic representation of petaline features allows us to appreciate the beauty of nature in a different light, reminding us of the interconnectedness of life. In conclusion, the term petaline encompasses much more than just the physical attributes of flower petals. It represents the crucial role that these features play in the survival and reproduction of plants, their evolutionary significance, and their impact on human culture. Understanding petaline characteristics enhances our appreciation for the natural world and highlights the importance of preserving biodiversity. As we continue to explore the wonders of nature, let us not forget the vital contributions of petaline features to the intricate tapestry of life on Earth.

自然的美常常反映在花朵的精致结构中。在这些结构中，术语petaline指的是花瓣的特征或特点，花瓣是花的多彩部分，吸引授粉者。每个petaline特征在植物的繁殖过程中发挥着重要作用，因为它们不仅提供美学吸引力，还具有实用目的。例如，花瓣的鲜艳颜色和诱人的香气可以吸引蜜蜂、蝴蝶和其他昆虫，这些昆虫对授粉至关重要。如果没有这些petaline属性，许多植物将难以在其环境中繁殖和生存。 除了吸引授粉者，花朵的petaline结构在不同物种之间可能有很大差异。有些花朵有宽阔的平坦花瓣，形成一个大的表面供昆虫栖息，而其他花朵则有狭窄的管状形状，专门为某些类型的授粉者设计，例如蜂鸟。这种petaline形式的多样性展示了植物对其生态位的适应能力。例如，在热带雨林中，授粉者的竞争激烈，许多花朵展现出鲜艳而复杂的petaline图案，以在郁郁葱葱的绿色中脱颖而出。 此外，研究petaline特征可以提供关于植物进化历史的见解。科学家们经常检查各种花朵的petaline特征，以了解它们如何随着时间的推移适应特定的授粉者或在特定栖息地中生存。这项研究可以揭示植物物种与其环境之间迷人的联系，说明生态系统内存在的生命错综复杂的网络。 此外，petaline元素的重要性超越了生物学。在艺术和文化中，花朵一直是美、爱和短暂的象征。花朵的petaline方面激发了历史上无数艺术作品、诗歌和文学。艺术家们常常通过关注花朵的petaline特质来捕捉花朵的本质，运用颜色、形状和纹理唤起情感并传达信息。这种对petaline特征的艺术表现使我们能够以不同的视角欣赏自然之美，提醒我们生命的相互联系。 总之，术语petaline包含的内容远不止花瓣的物理属性。它代表了这些特征在植物生存和繁殖中的重要作用、它们的进化意义以及它们对人类文化的影响。理解petaline特征增强了我们对自然世界的欣赏，并突显了保护生物多样性的重要性。当我们继续探索自然的奇迹时，切勿忘记petaline特征对地球生命错综复杂的织锦所做的重要贡献。