sympodial

简明释义

英[sɪmˈpoʊdiəl]美[sɪmˈpoʊdiəl]

adj. 合轴的；产生合轴的

英英释义

单词用法

同义词

反义词

例句

1.Some biological characteristics of the offsprings of wild tea seedlings in Suiningcounty were exploided and the phenomenon of their outstanding sympodial branches was emphatically studied.

考察了绥宁野茶实生苗后代的部分生物学性状，并着重探讨了强合轴分枝现象。

2.Some biological characteristics of the offsprings of wild tea seedlings in Suiningcounty were exploided and the phenomenon of their outstanding sympodial branches was emphatically studied.

考察了绥宁野茶实生苗后代的部分生物学性状，并着重探讨了强合轴分枝现象。

3.Two kinds of big sympodial bamboo, Dendrocalamus yunnanicus Hsueh and Den. membraanaceus and their physical and mechanical properties have been studied in the paper.

研究了两种最重要的丛生竹种云南黄竹和龙竹的物理和化学性能。

4.The resources of sympodial bamboo species with excellent features for pulping are abundant in China.

我国丛生竹种质资源丰富，且具有优良的造纸特性。

5.The plant exhibits a sympodial growth pattern, where multiple stems emerge from a single base.

该植物表现出一种并生的生长模式，多个茎从一个基部生长出来。

6.In sympodial orchids, the flowering stems can produce new shoots from the nodes.

在并生的兰花中，开花的茎可以从节点处产生新的芽。

7.The sympodial structure of this cactus allows it to adapt to arid environments by maximizing sunlight exposure.

这种仙人掌的并生结构使其能够通过最大化阳光暴露来适应干旱环境。

8.Some species of bamboo have a sympodial growth habit, leading to dense thickets.

一些竹子种类具有并生的生长习性，形成密集的灌木丛。

9.The sympodial nature of the vine allows it to spread quickly across a trellis.

这种藤蔓的并生特性使其能够迅速在棚架上蔓延。

作文

In the world of botany, the term sympodial refers to a specific type of growth pattern observed in certain plants. This growth form is characterized by the branching of the main stem into several lateral branches, creating a structure that resembles a series of interconnected segments. The concept of sympodial growth is particularly fascinating because it highlights the adaptability and resilience of plant species in various environments. For instance, many orchids exhibit sympodial growth, where the plant produces multiple pseudobulbs that can store water and nutrients, allowing it to thrive in challenging conditions. The significance of sympodial growth extends beyond just the physical structure of the plant. It plays a crucial role in reproduction and survival. By producing lateral branches, sympodial plants can maximize their exposure to sunlight and improve their chances of pollination. Additionally, this growth pattern can help prevent the plant from toppling over in strong winds, as the multiple branches provide stability. Understanding sympodial growth can also have practical implications for horticulture and agriculture. Gardeners and farmers can utilize this knowledge to cultivate plants more effectively. For example, when growing sympodial orchids, it is essential to provide adequate support for the lateral branches to ensure healthy growth. Moreover, recognizing the sympodial nature of certain crops can inform planting strategies and spacing, ultimately leading to better yields. In conclusion, the term sympodial encapsulates a unique and important aspect of plant biology. By studying and understanding this growth pattern, we can appreciate the complexity and diversity of plant life. Furthermore, this knowledge can enhance our ability to cultivate and conserve various plant species, ensuring their survival in a rapidly changing world. As we continue to explore the intricacies of botany, the concept of sympodial growth will undoubtedly remain a key area of interest for both scientists and enthusiasts alike.

在植物学的世界中，术语sympodial指的是某些植物观察到的特定生长模式。这种生长形式的特点是主茎分支成几个侧枝，形成一个类似于一系列相互连接的部分的结构。sympodial生长的概念尤其引人入胜，因为它突显了植物物种在各种环境中的适应性和韧性。例如，许多兰花表现出sympodial生长，其中植物产生多个假鳞茎，可以储存水分和养分，使其能够在挑战性的条件下茁壮成长。 sympodial生长的重要性不仅仅体现在植物的物理结构上。它在繁殖和生存中发挥着至关重要的作用。通过产生侧枝，sympodial植物可以最大限度地暴露在阳光下，提高授粉的机会。此外，这种生长模式可以帮助防止植物在强风中倾倒，因为多个枝条提供了稳定性。 理解sympodial生长也可能对园艺和农业产生实际影响。园丁和农民可以利用这一知识更有效地栽培植物。例如，在种植sympodial兰花时，必须为侧枝提供足够的支撑，以确保健康生长。此外，认识到某些作物的sympodial特性可以为种植策略和间距提供信息，最终导致更好的产量。 总之，术语sympodial概括了植物生物学的独特和重要方面。通过研究和理解这种生长模式，我们可以欣赏植物生命的复杂性和多样性。此外，这一知识可以增强我们培养和保护各种植物物种的能力，确保它们在快速变化的世界中的生存。随着我们继续探索植物学的复杂性，sympodial生长的概念无疑将继续成为科学家和爱好者关注的关键领域。