monopodium

简明释义

英[/ˌmɒnəˈpoʊdiəm/]美[/ˌmɒnəˈpoʊdiəm/]

n. [植] 单轴

复 数 m o n o p o d i a

英英释义

单词用法

同义词

反义词

例句

1.The following conclusions are obtained: There are sensible elastic deformation and brittle failure feature in the oilwell cement under monopodium stress conditions.

结果表明，单轴应力条件下水泥石具有明显的弹性变形及脆性破坏特征；

2.The following conclusions are obtained: There are sensible elastic deformation and brittle failure feature in the oilwell cement under monopodium stress conditions.

结果表明，单轴应力条件下水泥石具有明显的弹性变形及脆性破坏特征；

3.During the field study, we identified several species exhibiting monopodium (单轴茎) characteristics.

在实地研究中，我们识别出几种表现出monopodium（单轴茎）特征的物种。

4.The biologist observed the structure of the plant's stem, noting that it was a type of monopodium (单轴茎).

生物学家观察了植物茎的结构，注意到它是一种类型的monopodium（单轴茎）。

5.In botanical terms, a monopodium (单轴茎) refers to a single main axis from which leaves or branches arise.

在植物学中，monopodium（单轴茎）指的是从一个主要轴上生出叶子或分支。

6.The researcher explained that the growth pattern of the tree was primarily monopodium (单轴茎), allowing for better sunlight exposure.

研究人员解释说，这棵树的生长模式主要是monopodium（单轴茎），从而更好地接受阳光。

7.The architectural design mimicked a monopodium (单轴茎) structure to create an elegant and streamlined appearance.

建筑设计模仿了monopodium（单轴茎）结构，以创造优雅且流线型的外观。

作文

In the study of botany and plant morphology, various terms are used to describe the different structures and growth patterns of plants. One such term is monopodium, which refers to a type of stem structure characterized by a single main axis that continues to grow indefinitely while producing lateral branches. This growth pattern is particularly fascinating as it allows for a unique form of plant architecture that can adapt to various environmental conditions. The concept of monopodium can be observed in many species of plants, especially in certain types of trees and shrubs. For instance, the growth of a pine tree exemplifies this structure well. The central trunk of the pine tree serves as the primary axis, while the branches extend outward, creating a canopy that captures sunlight efficiently. This adaptation is crucial for survival in competitive forest environments where light availability is limited.Understanding the characteristics of monopodium is essential for botanists and horticulturists, as it influences how plants are pruned and managed in gardens and landscapes. For example, when pruning a monopodium plant, care must be taken to maintain the integrity of the main axis while selectively trimming lateral branches to promote healthy growth and airflow. This practice not only enhances the aesthetic appeal of the plant but also supports its overall health and vitality.Moreover, the study of monopodium structures extends beyond botany into fields such as ecology and agriculture. In ecological studies, understanding how monopodium plants interact with their environment can provide insights into biodiversity and ecosystem dynamics. For instance, plants with monopodium growth forms may play specific roles in their habitats, such as providing shelter for wildlife or stabilizing soil with their root systems.In agriculture, recognizing the importance of monopodium growth patterns can aid farmers in selecting the right crops for their land. Certain crops exhibit monopodium traits that allow them to thrive in particular climates or soil types, making them more sustainable choices for cultivation. By focusing on these plants, farmers can enhance yield while minimizing resource use, aligning with modern practices of sustainable agriculture.In summary, the term monopodium encompasses a significant aspect of plant growth and morphology. Its implications reach far beyond the biological sciences, influencing practices in horticulture, ecology, and agriculture. By further exploring the characteristics and applications of monopodium, we can deepen our understanding of plant life and its vital role in our ecosystems. As we continue to study and appreciate the diversity of plant structures, terms like monopodium remind us of the intricate connections within nature that sustain life on Earth.

在植物学和植物形态学的研究中，使用各种术语来描述植物的不同结构和生长模式。其中一个术语是monopodium，它指的是一种茎结构，特征是由单一主轴组成，该轴不断生长，同时产生侧枝。这种生长模式特别迷人，因为它允许植物建筑的独特形式能够适应各种环境条件。 monopodium的概念可以在许多植物物种中观察到，尤其是在某些类型的树木和灌木中。例如，松树的生长很好地体现了这种结构。松树的中央干作为主要轴，而枝条向外延伸，形成一个有效捕捉阳光的树冠。这种适应性对于在光照有限的竞争性森林环境中生存至关重要。理解monopodium的特征对植物学家和园艺师至关重要，因为它影响植物在花园和景观中的修剪和管理方式。例如，在修剪monopodium植物时，必须小心保持主轴的完整性，同时选择性地修剪侧枝，以促进健康的生长和空气流通。这种做法不仅增强了植物的美观性，还支持了其整体健康和活力。此外，monopodium结构的研究超越了植物学，扩展到生态学和农业等领域。在生态研究中，理解monopodium植物如何与其环境相互作用可以提供对生物多样性和生态系统动态的洞察。例如，具有monopodium生长形式的植物可能在其栖息地中发挥特定的作用，例如为野生动物提供庇护或通过其根系稳定土壤。在农业中，认识到monopodium生长模式的重要性可以帮助农民选择适合其土地的作物。某些作物表现出monopodium特征，使它们能够在特定气候或土壤类型中茁壮成长，从而成为更可持续的种植选择。通过关注这些植物，农民可以提高产量，同时最小化资源使用，与现代可持续农业实践相一致。总之，术语monopodium包含了植物生长和形态学的一个重要方面。其影响远不止于生物科学，影响着园艺、生态学和农业中的实践。通过进一步探索monopodium的特征和应用，我们可以加深对植物生命及其在生态系统中重要角色的理解。当我们继续研究和欣赏植物结构的多样性时，像monopodium这样的术语提醒我们自然界中维持地球生命的复杂联系。