foliaceous

简明释义

英[ˌfəʊliˈeɪʃəs]美[ˌfoʊliˈeɪʃəs]

adj. 叶状的；叶质的；有叶的

英英释义

单词用法

同义词

反义词

例句

1.Foliaceous: PiGongLiang stalks round and branch petiole broad hypertrophy (palm leaf blade's) soft light hairy thick and wavy called "silk face".

叶底：枝身圆，梗皮红亮，叶柄宽肥厚（棕叶蒂），叶片肥厚软亮，叶面呈波状，称“绸缎面”。

2.Foliaceous: PiGongLiang stalks round and branch petiole broad hypertrophy (palm leaf blade's) soft light hairy thick and wavy called "silk face".

叶底：枝身圆，梗皮红亮，叶柄宽肥厚（棕叶蒂），叶片肥厚软亮，叶面呈波状，称“绸缎面”。

3.Some bubble with foliaceous and cold off, don't throw tea made topical agent, easily place coated, often can save between skin in distress.

一些泡剩的叶底和冷掉的茶汤，别轻易丢掉，做成外用剂涂敷患处，往往能解救皮肤于危难之间。

4.Aroma is mellow old flavor pleasant is mellow tastily foliaceous de chengtong is brown contain loose smoke flavour and areca ingredient.

香气醇陈滋味甘醇爽口叶底呈桐褐色并带有松烟味和槟榔味。

5.The fluorescence of erythematous type and foliaceous type was most prominent in the superficial layer of epidermis.

红斑型及落叶型的荧光以表皮浅层最为明显。

6.Foliaceous opposite or 3 verticillate;

叶对生或3枚轮生；

7.The plant has a foliaceous 叶状的 structure that allows it to thrive in low-light conditions.

这种植物具有一种叶状的foliaceous结构，使其能够在低光照条件下生存。

8.In botanical studies, many species are classified as foliaceous 叶状的 due to their leaf-like appendages.

在植物学研究中，许多物种因其类叶附属物而被归类为叶状的foliaceous。

9.The foliaceous 叶状的 parts of the algae help in photosynthesis by maximizing sunlight absorption.

藻类的叶状的foliaceous部分通过最大化阳光吸收来促进光合作用。

10.Certain animals have developed foliaceous 叶状的 camouflage to blend into their leafy environments.

某些动物发展出叶状的foliaceous伪装，以融入它们的叶子环境。

11.The artist used foliaceous 叶状的 patterns in her painting to evoke a sense of nature.

这位艺术家在她的画作中使用了叶状的foliaceous图案，以唤起自然的感觉。

作文

In the realm of botany, the term foliaceous (叶状的) refers to structures that resemble leaves or are leaf-like in appearance. This characteristic is not only significant in the identification of various plant species but also plays a crucial role in their adaptation and survival in diverse environments. The study of foliaceous (叶状的) plants can provide insights into how these organisms have evolved over time, particularly in response to their habitats. For instance, many succulents possess foliaceous (叶状的) adaptations that allow them to store water efficiently in arid climates. These adaptations often manifest as thickened leaves that serve both as a water reservoir and a means of photosynthesis. Furthermore, the aesthetic appeal of foliaceous (叶状的) plants cannot be overlooked. Gardeners and landscape designers frequently incorporate these plants into their designs for their lush, green foliage that adds vibrancy and life to any space. The varying shapes and sizes of foliaceous (叶状的) leaves can create stunning visual contrasts, enhancing the overall beauty of gardens and parks. In addition to their visual appeal, foliaceous (叶状的) plants also play a vital role in the ecosystem. They contribute to the process of photosynthesis, which is essential for producing oxygen and absorbing carbon dioxide. This process not only supports the plant itself but also benefits other organisms within the ecosystem. Many animals rely on foliaceous (叶状的) plants for food and shelter, creating a complex web of interdependence that underscores the importance of preserving natural habitats. Moreover, the medicinal properties of certain foliaceous (叶状的) plants have been recognized by various cultures throughout history. For example, the leaves of the neem tree, which are foliaceous (叶状的), are known for their antibacterial and antifungal properties. Traditional medicine practitioners often utilize these leaves in remedies to treat various ailments, highlighting the significance of foliaceous (叶状的) plants not just in ecological terms but also in human health. In conclusion, the term foliaceous (叶状的) encompasses a wide range of meanings and implications in the study of plants. From their role in ecosystems to their aesthetic contributions and medicinal uses, foliaceous (叶状的) structures are integral to understanding the natural world. As we continue to explore and appreciate the diversity of plant life, recognizing the significance of foliaceous (叶状的) adaptations will enhance our knowledge and foster a greater appreciation for the intricate relationships that exist within our environment.

在植物学领域，术语foliaceous（叶状的）指的是类似叶子或外观上像叶子的结构。这一特征不仅在识别各种植物物种中具有重要意义，还在它们在不同环境中的适应和生存中发挥着关键作用。研究foliaceous（叶状的）植物可以为我们提供关于这些生物如何随着时间演化的见解，特别是它们对栖息地的响应。例如，许多多肉植物具有foliaceous（叶状的）适应性，使它们能够在干旱气候中有效储存水分。这些适应性通常表现为加厚的叶片，这些叶片既作为水分储存库，又作为光合作用的手段。 此外，foliaceous（叶状的）植物的美学吸引力也不容忽视。园丁和景观设计师经常将这些植物纳入他们的设计中，因为它们丰盛的绿色叶片为任何空间增添了生机与活力。foliaceous（叶状的）叶子的形状和大小各异，可以创造出惊艳的视觉对比，增强花园和公园的整体美感。 除了视觉吸引力，foliaceous（叶状的）植物在生态系统中也扮演着重要角色。它们参与光合作用，这对于产生氧气和吸收二氧化碳至关重要。这个过程不仅支持植物本身，还惠及生态系统内的其他生物。许多动物依赖于foliaceous（叶状的）植物获取食物和庇护，形成一种复杂的相互依赖关系，突显了保护自然栖息地的重要性。 此外，某些foliaceous（叶状的）植物的药用特性在历史上被不同文化所认可。例如，印度楝树的叶子，属于foliaceous（叶状的），以其抗菌和抗真菌特性而闻名。传统医学从业者经常利用这些叶子来治疗各种疾病，突显了foliaceous（叶状的）植物在生态和人类健康方面的重要性。 总之，术语foliaceous（叶状的）涵盖了植物研究中广泛的含义和影响。从它们在生态系统中的角色到它们的美学贡献和药用用途，foliaceous（叶状的）结构对于理解自然界至关重要。随着我们继续探索和欣赏植物生命的多样性，认识到foliaceous（叶状的）适应性的意义将增强我们的知识，并促进我们对环境中复杂关系的更大欣赏。