unifoliolate

简明释义

英[ˌjunɪˈfoʊliəˌleɪt]美[ˌjunɪˈfoʊliəˌleɪt]

具一小叶的

英英释义

单词用法

同义词

反义词

例句

1.European woody plant having pink flowers and unifoliolate leaves and long tough roots; spreads by underground runners.

欧洲的一种木质草本植物，花粉红色，叶具一小叶，根长而坚韧。

2.European woody plant having pink flowers and unifoliolate leaves and long tough roots; spreads by underground runners.

欧洲的一种木质草本植物，花粉红色，叶具一小叶，根长而坚韧。

3.The plant features a distinctive leaf shape, characterized by its unifoliolate 单叶的 structure.

这种植物具有独特的叶形，以其单叶的结构为特征。

4.In botany, a unifoliolate 单叶的 leaf is one that consists of a single leaflet rather than multiple leaflets.

在植物学中，单叶的叶子是指由一个小叶片组成，而不是多个小叶片。

5.Researchers noted that the unifoliolate 单叶的 leaves were more drought-resistant than compound leaves.

研究人员指出，单叶的叶子比复叶更耐旱。

6.The unifoliolate 单叶的 morphology of this flower makes it easy to identify in the field.

这种花的单叶的形态使其在野外易于识别。

7.Some species of legumes exhibit unifoliolate 单叶的 leaves, which can be an adaptation to their environment.

一些豆科植物表现出单叶的叶子，这可能是对其环境的适应。

作文

In the world of botany, the diversity of plant structures and forms is a fascinating subject that captures the attention of many. One interesting term that often arises in discussions about leaf morphology is unifoliolate. This term refers to a specific type of leaf structure where a single leaflet is attached to the stem, as opposed to compound leaves that consist of multiple leaflets. Understanding the concept of unifoliolate leaves can enhance our appreciation for the complexity and adaptability of plants in various environments.To illustrate, consider the legume family, which includes many species with unifoliolate leaves. These plants have evolved to thrive in different ecological niches, and their leaf structures play a crucial role in their survival. The presence of unifoliolate leaves allows these plants to maximize sunlight absorption while minimizing water loss, an essential adaptation in arid climates.Moreover, the study of unifoliolate leaves extends beyond mere classification; it provides insights into evolutionary processes. By examining how different plants have developed unifoliolate leaves, scientists can infer the environmental pressures that influenced these adaptations. For instance, in regions with limited resources, plants may benefit from having fewer but larger leaves, which can be more efficient for photosynthesis.Additionally, unifoliolate leaves can influence the overall growth patterns of plants. In many cases, these leaves are associated with a more upright growth habit, allowing the plant to reach towards the light more effectively. This growth pattern can be particularly advantageous in densely populated ecosystems where competition for light is fierce.The significance of unifoliolate leaves also extends to agricultural practices. Farmers and agronomists often select crops based on their leaf structures, as this can affect yield and resilience. Understanding which crops have unifoliolate leaves can help in developing better farming strategies that align with environmental conditions. For example, some unifoliolate plants may require less water or be more resistant to pests, making them ideal candidates for sustainable agriculture.In conclusion, the term unifoliolate encompasses much more than just a botanical classification; it represents a key aspect of plant adaptation and survival. As we continue to explore the intricate relationships between plants and their environments, recognizing the importance of unifoliolate leaves will undoubtedly enrich our understanding of the natural world. Whether you are a student of botany, an avid gardener, or simply someone curious about the wonders of nature, appreciating the role of unifoliolate leaves can deepen your connection to the plant kingdom. Through studying these unique leaf structures, we can gain valuable insights into the resilience and ingenuity of life on Earth.

在植物学的世界中，植物结构和形式的多样性是一个迷人的主题，吸引了许多人的关注。一个常常出现在关于叶片形态讨论中的有趣术语是unifoliolate。这个术语指的是一种特定类型的叶片结构，其中一个单一的叶片附着在茎上，与由多个小叶组成的复叶相对。理解unifoliolate叶片的概念可以增强我们对植物在各种环境中复杂性和适应性的欣赏。例如，考虑豆科植物家族，其中包括许多具有unifoliolate叶片的物种。这些植物已经进化出能够在不同生态位中生存，而它们的叶片结构在生存中起着至关重要的作用。unifoliolate叶片的存在使这些植物能够最大限度地吸收阳光，同时最小化水分损失，这是干旱气候中的一种重要适应。此外，unifoliolate叶片的研究不仅限于分类；它提供了对进化过程的洞察。通过检查不同植物如何发展出unifoliolate叶片，科学家可以推断影响这些适应的环境压力。例如，在资源有限的地区，植物可能会从拥有更少但更大的叶片中受益，这可以更有效地进行光合作用。此外，unifoliolate叶片还可以影响植物的整体生长模式。在许多情况下，这些叶片与更直立的生长习性相关，使植物能够更有效地向光线伸展。这种生长模式在竞争激烈的生态系统中尤其具有优势，因为光照的竞争非常激烈。unifoliolate叶片的重要性也延伸到农业实践中。农民和农艺师通常根据叶片结构选择作物，因为这会影响产量和抗逆性。了解哪些作物具有unifoliolate叶片可以帮助制定更好的农业策略，以符合环境条件。例如，一些unifoliolate植物可能需要更少的水或对害虫更具抵抗力，使它们成为可持续农业的理想选择。总之，术语unifoliolate不仅仅包含植物分类，它代表了植物适应和生存的关键方面。随着我们继续探索植物与其环境之间错综复杂的关系，认识到unifoliolate叶片的重要性无疑会丰富我们对自然世界的理解。无论你是植物学学生、热衷园艺的人，还是仅仅对自然奇观感到好奇的人，欣赏unifoliolate叶片的作用可以加深你与植物王国的联系。通过研究这些独特的叶片结构，我们可以获得有关地球上生命的韧性和聪明才智的宝贵见解。