epiphyllous

简明释义

英[ˌepəˈfɪləs]美[ˌepəˈfɪləs]

叶面着生的

叶上着生的

英英释义

单词用法

同义词

反义词

例句

1.Guizhou species richness and the complex and diverse fauna, making Guizhou has a unique sub-tropical vegetation in the nature, which accounts rich occurrence of epiphyllous liverworts in this region.

贵州物种的丰富性和区系的复杂多样，使得贵州植被具有独特的亚热带性质，并在这样的气候条件下孕育了丰富的叶附生苔种类。

2.Guizhou species richness and the complex and diverse fauna, making Guizhou has a unique sub-tropical vegetation in the nature, which accounts rich occurrence of epiphyllous liverworts in this region.

贵州物种的丰富性和区系的复杂多样，使得贵州植被具有独特的亚热带性质，并在这样的气候条件下孕育了丰富的叶附生苔种类。

3.The research focused on the growth patterns of epiphyllous 叶上生的 mosses in tropical rainforests.

研究集中在热带雨林中叶上生的苔藓的生长模式。

4.Some species of orchids are known to have epiphyllous 叶上生的 roots that absorb moisture from the air.

一些兰花种类以其能够从空气中吸收水分的叶上生的根而闻名。

5.The epiphyllous 叶上生的 algae contribute significantly to the ecosystem by providing habitat for small organisms.

叶上生的藻类通过为小型生物提供栖息地，对生态系统作出了重要贡献。

6.In botanical studies, epiphyllous 叶上生的 fungi are often examined for their role in leaf decomposition.

在植物学研究中，叶上生的真菌常被研究其在叶片分解中的作用。

7.The phenomenon of epiphyllous 叶上生的 growth can be observed in various species of tropical plants.

在各种热带植物种类中，可以观察到叶上生的生长现象。

作文

In the world of botany, the term epiphyllous refers to organisms that grow on the surface of leaves. This fascinating adaptation is seen in various types of plants and fungi, highlighting the intricate relationships within ecosystems. For instance, certain mosses and lichens can thrive on the surfaces of leaves without harming their host plants. This phenomenon is not only a testament to nature's ingenuity but also plays a crucial role in biodiversity. Epiphyllous organisms often contribute to the health of their environments by providing habitats for small insects and other microorganisms. These tiny ecosystems can enhance nutrient cycling, as they capture moisture and organic matter from the air, which can then be utilized by the host plant. Furthermore, the presence of epiphyllous species can indicate the overall health of a forest. A rich diversity of these organisms typically suggests a balanced ecosystem, whereas a decline may signal environmental stress or degradation. Understanding the role of epiphyllous organisms can help conservationists monitor the health of forests and take necessary actions to preserve these vital ecosystems. In addition to their ecological significance, epiphyllous plants also offer aesthetic value. Many gardeners and landscape designers appreciate the unique beauty that these organisms bring to a garden. For example, ornamental lichens and mosses can create a lush, green appearance on tree trunks and leaf surfaces, adding texture and interest to the landscape. Gardeners often seek to cultivate epiphyllous plants to enhance the visual appeal of their gardens while also promoting biodiversity. As we delve deeper into the study of epiphyllous organisms, we uncover the complexities of plant interactions and the delicate balance of nature. Research in this area can lead to innovative agricultural practices, such as using epiphyllous fungi to promote plant growth and health. In conclusion, the term epiphyllous encompasses a wide range of ecological interactions and highlights the importance of understanding plant relationships within ecosystems. By studying these fascinating organisms, we can gain insights into the health of our environment and explore sustainable practices that benefit both nature and humanity.

在植物学的世界中，术语epiphyllous指的是生长在叶子表面的生物。这种迷人的适应性在各种类型的植物和真菌中都可以看到，突显了生态系统内复杂的关系。例如，某些苔藓和地衣能够在叶子的表面茁壮成长，而不伤害其宿主植物。这一现象不仅证明了自然的聪明才智，还在生物多样性中发挥着至关重要的作用。Epiphyllous 生物通常通过为小昆虫和其他微生物提供栖息地来促进其环境的健康。这些微小的生态系统可以增强养分循环，因为它们从空气中捕获水分和有机物质，然后供宿主植物利用。此外，epiphyllous 物种的存在可以指示森林的整体健康状况。这些生物的丰富多样性通常表明生态系统的平衡，而下降则可能表明环境压力或退化。了解epiphyllous 生物的作用可以帮助保护工作者监测森林的健康状况，并采取必要措施保护这些重要的生态系统。除了生态重要性，epiphyllous 植物还提供了美学价值。许多园丁和景观设计师欣赏这些生物为花园带来的独特美感。例如，观赏性地衣和苔藓可以在树干和叶子表面上创造出丰盛的绿色外观，为景观增添质感和趣味。园丁们常常寻求培养epiphyllous 植物，以增强花园的视觉吸引力，同时促进生物多样性。当我们深入研究epiphyllous 生物时，我们揭示了植物相互作用的复杂性以及自然的微妙平衡。在这一领域的研究可以导致创新的农业实践，例如使用epiphyllous 真菌来促进植物的生长和健康。总之，术语epiphyllous涵盖了广泛的生态互动，并突显了理解植物在生态系统中的关系的重要性。通过研究这些迷人的生物，我们可以获得对环境健康的见解，并探索有利于自然和人类的可持续实践。