binato-palmate pinnate

简明释义

二回羽状的;

英英释义

例句

1.When studying plant morphology, the binato-palmate pinnate leaf structure provides insight into evolutionary adaptations.

在研究植物形态时，二叉掌状羽状叶结构提供了对进化适应的见解。

2.The leaf structure of the plant is described as binato-palmate pinnate, which means it has a unique arrangement of leaflets.

这种植物的叶子结构被描述为二叉掌状羽状，这意味着它具有独特的叶片排列。

3.Gardeners appreciate the binato-palmate pinnate leaves for their aesthetic appeal and unique shape.

园丁们欣赏这种二叉掌状羽状叶子的美学吸引力和独特形状。

4.The binato-palmate pinnate leaf pattern is often found in tropical plants, adapting them to their environment.

这种二叉掌状羽状叶型通常出现在热带植物中，使它们适应环境。

5.In botany, a binato-palmate pinnate leaf can be identified by its distinct forked and palm-like appearance.

在植物学中，二叉掌状羽状叶可以通过其独特的分叉和掌状外观来识别。

作文

In the world of botany, the terminology used to describe plant structures can often be complex and intricate. One such term is binato-palmate pinnate, which refers to a specific type of leaf structure. To fully understand this term, we must break it down into its components. The prefix 'binate' indicates that there are two parts or pairs, while 'palmate' suggests a leaf shape that resembles the fingers of a hand radiating from a central point. Finally, 'pinnate' describes a feather-like arrangement of leaflets along a central axis or stem. When combined, binato-palmate pinnate describes a leaf that has a distinctive structure where two sets of leaflets are arranged in a palmate fashion, each set stemming from a common point on the stem. This unique configuration not only contributes to the aesthetic appeal of the plant but also plays an essential role in its growth and photosynthesis. Plants with binato-palmate pinnate leaves can be found in various environments, showcasing their adaptability and evolutionary advantages. For instance, many tropical plants exhibit this leaf structure, allowing them to capture sunlight efficiently in dense foliage. The broad surface area of the leaflets maximizes light absorption, which is crucial for photosynthesis, especially in competitive ecosystems where light is limited. Additionally, the binato-palmate pinnate arrangement can help in water drainage. The spacing between leaflets allows rainwater to flow off the leaves rather than pooling, which can prevent fungal infections and other moisture-related issues. This feature is particularly advantageous in regions with heavy rainfall, demonstrating how plant morphology is closely linked to environmental conditions. Furthermore, the binato-palmate pinnate structure can affect how plants interact with their pollinators and other organisms. The shape and arrangement of the leaves can influence the microhabitat around the plant, providing shelter for various insects and animals. In turn, these creatures may assist in pollination or seed dispersal, creating a symbiotic relationship that benefits both the plant and its ecosystem. Understanding the significance of binato-palmate pinnate leaves goes beyond mere classification; it opens up discussions about biodiversity and the importance of plant adaptations. As climate change continues to impact habitats worldwide, studying different leaf structures can provide insights into how plants might adapt to changing conditions. By examining the traits of plants with binato-palmate pinnate leaves, researchers can gain a better understanding of resilience and survival strategies in flora. In conclusion, the term binato-palmate pinnate encapsulates a fascinating aspect of plant biology that highlights the complexity and beauty of nature. By appreciating the intricacies of leaf structures, we can deepen our knowledge of botany and foster a greater appreciation for the diversity of life on Earth. Whether you are a student, a gardener, or simply a nature enthusiast, understanding terms like binato-palmate pinnate enriches our experience of the natural world and encourages us to explore the myriad forms of life that share our planet.

在植物学的世界中，用于描述植物结构的术语往往复杂而精细。其中一个术语是二叉掌状羽状，它指的是一种特定的叶片结构。为了充分理解这个术语，我们必须将其分解为几个部分。前缀“二叉”表示有两个部分或对，而“掌状”则暗示叶子的形状类似于从中心点辐射出的手指。最后，“羽状”描述的是沿着中央轴或茎的羽毛状叶片排列。当结合在一起时，二叉掌状羽状描述了一种独特的叶子结构，其中两组叶片以掌状方式排列，每组叶片都从茎的一个共同点生长。这种独特的配置不仅增加了植物的美感，而且在其生长和光合作用中发挥了重要作用。具有二叉掌状羽状叶子的植物可以在各种环境中找到，展示了它们的适应性和进化优势。例如，许多热带植物表现出这种叶子结构，使它们能够在密集的树冠中有效捕获阳光。叶片的宽大表面积最大限度地吸收光线，这对于光合作用至关重要，特别是在光线有限的竞争生态系统中。此外，二叉掌状羽状的排列可以帮助水分排出。叶片之间的间距允许雨水从叶子上流走，而不是聚集，这可以防止真菌感染和其他与湿气相关的问题。这一特征在降雨量较大的地区尤为有利，展示了植物形态与环境条件之间的紧密联系。此外，二叉掌状羽状结构还会影响植物与授粉者及其他生物的互动。叶子的形状和排列可以影响植物周围的微生境，为各种昆虫和动物提供庇护。反过来，这些生物可能会协助授粉或种子传播，形成一种互惠关系，既有利于植物，也有利于其生态系统。理解二叉掌状羽状叶子的意义超越了单纯的分类；它开启了关于生物多样性和植物适应性的重要讨论。随着气候变化持续影响全球栖息地，研究不同的叶子结构可以提供植物如何适应变化条件的见解。通过考察具有二叉掌状羽状叶子的植物的特征，研究人员可以更好地理解植物在逆境中的韧性和生存策略。总之，术语二叉掌状羽状概括了植物生物学的一个迷人方面，突显了自然的复杂性和美丽。通过欣赏叶子结构的复杂性，我们可以加深对植物学的理解，并培养对地球生命多样性的更大欣赏。不论你是学生、园丁，还是单纯的自然爱好者，理解像二叉掌状羽状这样的术语丰富了我们对自然界的体验，并鼓励我们探索与我们星球共享的各种生命形式。