rhizomatous

简明释义

英[raɪˈzɒmətəs]美[raɪˈzomətəs]

adj. 地下茎的；生地下茎的

英英释义

单词用法

同义词

反义词

例句

1.On moisture gradient, the patience of bunchgrass stipa to water stress is more strong than rhizomatous grass, which shows stipa plants more adapt to develop in the arid and semi arid areas.

通过水分梯度实验发现丛生禾草针茅对水分胁迫的耐性高于根茎型禾草羊草，表明了针茅类植物对干旱半干旱区的高度适应性。

2.On moisture gradient, the patience of bunchgrass stipa to water stress is more strong than rhizomatous grass, which shows stipa plants more adapt to develop in the arid and semi arid areas.

通过水分梯度实验发现丛生禾草针茅对水分胁迫的耐性高于根茎型禾草羊草，表明了针茅类植物对干旱半干旱区的高度适应性。

3.Rhizomatous perennial wood aster of eastern North America with white flowers.

北美开白花的根状茎多年生林紫菀。

4.In permaculture, rhizomatous 根状茎的 plants are valued for their role in soil health.

在永续农业中，根状茎的植物因其对土壤健康的重要性而受到重视。

5.The gardener prefers rhizomatous 根状茎的 varieties for their ability to fill in bare spots.

园丁更喜欢根状茎的品种，因为它们能很好地填补光秃的地方。

6.Many rhizomatous 根状茎的 plants are excellent for erosion control in landscaping.

许多根状茎的植物在园艺中对防止侵蚀非常有效。

7.The garden features a variety of plants, including several species of rhizomatous 根状茎的 grasses that spread quickly.

花园里有多种植物，包括几种迅速扩散的根状茎的草类。

8.Some rhizomatous 根状茎的 weeds can be quite invasive if not managed properly.

一些根状茎的杂草如果不加以管理，可能会相当具有侵略性。

作文

In the world of botany, plants exhibit a wide variety of growth forms and reproductive strategies. Among these, some species are classified as rhizomatous (根状茎的), which means they grow from underground stems called rhizomes. These rhizomes serve as a vital part of the plant's structure, allowing it to spread horizontally beneath the soil surface. This adaptation is particularly advantageous in environments where competition for light and resources is fierce. For example, grasses and certain types of perennial plants utilize rhizomatous (根状茎的) growth to establish extensive networks that can outcompete neighboring flora for nutrients and space.The process of vegetative propagation through rhizomatous (根状茎的) growth enables these plants to thrive even in adverse conditions. When the above-ground parts of the plant are damaged or destroyed, the rhizomes can remain intact, allowing new shoots to emerge in the following growing season. This resilience is one of the reasons why many rhizomatous (根状茎的) plants are considered invasive in certain regions. They can quickly dominate an area, pushing out native species and altering local ecosystems.Moreover, the ecological role of rhizomatous (根状茎的) plants extends beyond mere survival; they also contribute to soil stability and erosion control. The dense network of rhizomes helps bind the soil together, reducing the risk of erosion caused by wind or water. This characteristic makes them invaluable in restoration projects, where the goal is to rehabilitate degraded landscapes.In gardening and landscaping, understanding the rhizomatous (根状茎的) nature of certain plants can influence design choices. For instance, if a gardener wishes to create a lush, green ground cover, selecting rhizomatous (根状茎的) species can provide quick coverage and minimize weed growth. However, it is essential to manage these plants carefully, as their tendency to spread can lead to overcrowding and competition with other desired plants.In conclusion, the term rhizomatous (根状茎的) describes a unique and effective growth strategy employed by various plant species. Understanding this concept not only enhances our appreciation of botanical diversity but also informs practical applications in ecology, agriculture, and horticulture. As we continue to explore the complexities of plant life, recognizing the significance of rhizomatous (根状茎的) plants will undoubtedly deepen our understanding of how these organisms interact with their environment and contribute to the overall health of our ecosystems.

在植物学的世界中，植物表现出多种生长形式和繁殖策略。在这些植物中，有些物种被归类为rhizomatous（根状茎的），这意味着它们从称为根状茎的地下茎部生长。这些根状茎作为植物结构的重要部分，使其能够在土壤表面以下水平扩展。这种适应性在光线和资源竞争激烈的环境中特别有利。例如，草类和某些类型的多年生植物利用rhizomatous（根状茎的）生长建立广泛的网络，可以在养分和空间方面超越邻近的植物。通过rhizomatous（根状茎的）生长进行无性繁殖的过程使这些植物即使在不利条件下也能蓬勃发展。当植物的地上部分受到损害或被破坏时，根状茎可以保持完整，从而允许新芽在下一个生长季节出现。这种韧性是许多rhizomatous（根状茎的）植物在某些地区被认为是入侵物种的原因之一。它们可以迅速主导一个区域，挤出本土物种并改变当地生态系统。此外，rhizomatous（根状茎的）植物的生态作用不仅限于生存；它们还对土壤稳定性和防止侵蚀做出贡献。根状茎的密集网络有助于将土壤结合在一起，减少由于风或水造成的侵蚀风险。这一特性使它们在恢复项目中变得无价，恢复项目的目标是修复退化的景观。在园艺和景观设计中，了解某些植物的rhizomatous（根状茎的）特性可以影响设计选择。例如，如果园丁希望创建郁郁葱葱的绿地覆盖，选择rhizomatous（根状茎的）物种可以快速提供覆盖并最小化杂草生长。然而，必须小心管理这些植物，因为它们的扩散倾向可能导致过度拥挤和与其他所需植物的竞争。总之，术语rhizomatous（根状茎的）描述了各种植物物种采用的一种独特而有效的生长策略。理解这一概念不仅增强了我们对植物多样性的欣赏，还为生态学、农业和园艺中的实际应用提供了信息。随着我们继续探索植物生命的复杂性，认识到rhizomatous（根状茎的）植物的重要性无疑会加深我们对这些生物如何与环境互动以及如何促进我们生态系统整体健康的理解。