cladophyll
简明释义
n. 扁平的叶状茎
英英释义
A cladophyll is a flattened, leaf-like stem or branch that functions as a leaf, typically found in certain plants. | cladophyll是指一种扁平的、类叶的茎或分支,通常在某些植物中起到叶子的功能。 |
单词用法
叶状茎植物 | |
叶状茎结构 | |
光合作用的叶状茎 | |
叶状茎适应性 |
同义词
叶状枝 | The phyllodes of the Acacia tree serve as photosynthetic organs. | 金合欢树的叶状枝作为光合作用的器官。 | |
叶状茎 | In some plants, leaf-like stems are adapted for survival in arid environments. | 在一些植物中,叶状茎适应了干旱环境的生存。 |
反义词
叶子 | 这棵树有宽大的叶子,可以提供阴凉。 | ||
茎 | 植物的茎支撑着它的叶子和花。 |
例句
1.Cladophyll: a branch or portion of a stem that resembles and functions as a leaf.
叶状枝茎的:分支或其一部分,类似于叶子并具有叶的功能。
2.Cladophyll: a branch or portion of a stem that resembles and functions as a leaf.
叶状枝茎的:分支或其一部分,类似于叶子并具有叶的功能。
3.In some species, the cladophyll serves as a storage organ for water and nutrients.
在某些物种中,cladophyll(叶状茎)作为水和养分的储存器官。
4.The presence of cladophylls can indicate that a plant has adapted to harsh environmental conditions.
存在cladophyll(叶状茎)可能表明植物已适应恶劣的环境条件。
5.The plant's leaves have evolved into structures known as cladophylls, which are actually flattened stems that perform photosynthesis.
这种植物的叶子已经演变为称为cladophyll(叶状茎)的结构,实际上是扁平的茎,能够进行光合作用。
6.The cladophyll of the plant can be mistaken for leaves due to its green color and flat shape.
这种植物的cladophyll(叶状茎)因其绿色和扁平的形状而可能被误认为是叶子。
7.Some cacti use cladophylls to adapt to their arid environments by minimizing water loss.
一些仙人掌通过使用cladophyll(叶状茎)来适应干旱环境,从而减少水分流失。
作文
In the vast world of botany, plants exhibit a remarkable diversity in their structures and adaptations. One fascinating adaptation is seen in certain species that possess specialized stems known as cladophylls. A cladophyll (中文释义:叶状茎) is a modified stem that takes on the appearance and function of a leaf, allowing the plant to perform photosynthesis efficiently while conserving water. This adaptation is particularly beneficial in arid environments where water is scarce.For instance, the common asparagus plant (Asparagus officinalis) features cladophylls that resemble thin, green leaves. These structures are not true leaves; instead, they are flattened stems that serve the purpose of photosynthesis. This unique trait enables the plant to thrive in conditions where other plants might struggle. The cladophylls can capture sunlight effectively, converting it into energy for growth and reproduction.Another example of cladophyll is found in the species of the genus Ruscus, commonly known as butcher’s broom. In this plant, the actual leaves are reduced and scale-like, while the cladophylls take over the role of photosynthesis. This adaptation allows butcher’s broom to survive in shaded areas where light is limited, demonstrating how nature finds innovative solutions to environmental challenges.The significance of cladophylls extends beyond mere survival; they also play a role in the plant’s reproductive strategies. In some cases, the presence of cladophylls can attract pollinators or aid in seed dispersal. Their unique shapes and colors may serve as visual cues to attract insects, ensuring that the plant can reproduce successfully.Moreover, cladophylls contribute to the overall aesthetic appeal of plants. Many ornamental plants utilize these modified stems to create visually striking displays in gardens and landscapes. For example, the popular houseplant, the jade plant (Crassula ovata), features thick, fleshy cladophylls that add to its charm and resilience. These plants not only beautify our spaces but also remind us of the incredible adaptability of life.In summary, the study of cladophylls reveals the intricate ways in which plants have evolved to meet the demands of their environments. Through adaptations like cladophylls, plants can optimize their survival strategies, enhance their reproductive success, and provide visual interest in our surroundings. As we continue to explore the wonders of botany, understanding the role of cladophylls deepens our appreciation for the complexity and beauty of the natural world. It encourages us to observe and learn from the myriad adaptations that plants have developed over millions of years, showcasing nature's ingenuity and resilience.
在植物学的广阔世界中,植物在其结构和适应性上展示了惊人的多样性。其中一种迷人的适应性可以在某些物种中看到,这些物种具有被称为cladophyll的专门茎。cladophyll(中文释义:叶状茎)是一种改良的茎,其外观和功能类似于叶子,使植物能够有效地进行光合作用,同时节约水分。这种适应性在水资源稀缺的干旱环境中特别有利。例如,常见的芦笋植物(Asparagus officinalis)具有类似细长绿色叶子的cladophyll。这些结构并不是真正的叶子;相反,它们是扁平的茎,起到光合作用的作用。这一独特的特征使植物能够在其他植物可能挣扎的条件下生存。cladophyll能够有效捕捉阳光,将其转化为生长和繁殖所需的能量。另一种cladophyll的例子可以在Ruscus属的物种中找到,通常被称为屠夫的扫帚。在这种植物中,真正的叶子缩小并呈鳞片状,而cladophyll则承担起光合作用的角色。这种适应性使屠夫的扫帚能够在光线有限的阴暗地区生存,展示了自然如何找到应对环境挑战的创新解决方案。cladophyll的重要性不仅仅局限于生存;它们还在植物的繁殖策略中发挥作用。在某些情况下,cladophyll的存在可以吸引传粉者或帮助种子传播。它们独特的形状和颜色可能作为视觉信号来吸引昆虫,从而确保植物能够成功繁殖。此外,cladophyll还为植物的整体美感做出了贡献。许多观赏植物利用这些改良的茎,在花园和景观中创造出引人注目的视觉展示。例如,流行的室内植物玉树(Crassula ovata)具有厚实、多肉的cladophyll,增加了其魅力和韧性。这些植物不仅美化了我们的空间,还提醒我们生命的惊人适应能力。总之,研究cladophyll揭示了植物如何演变以满足其环境需求的复杂方式。通过像cladophyll这样的适应,植物能够优化其生存策略,增强繁殖成功率,并为我们的周围环境提供视觉的趣味。随着我们继续探索植物学的奇迹,理解cladophyll的作用加深了我们对自然界复杂性和美的欣赏。它鼓励我们观察并学习植物在数百万年中发展出的无数适应性,展示了自然的聪明才智和韧性。