monogynous

简明释义

英[/ˌmɒnəˈdʒɪnəs/]美[/ˌmɒnəˈdʒɪnəs/]

adj. 一妻制的

英英释义

单词用法

同义词

反义词

例句

1.Polygamous species have shorter life spans than monogynous species.

多配物种比单配物种的寿命要短。

2.Polygamous species have shorter life spans than monogynous species.

多配物种比单配物种的寿命要短。

3.In many species, the term monogynous refers to a mating system where one male mates with one female.

在许多物种中，monogynous一词指的是一种配对系统，其中一只雄性与一只雌性交配。

4.In a monogynous system, competition among males is reduced as they focus on a single mate.

在monogynous系统中，雄性之间的竞争减少，因为它们专注于一个伴侣。

5.The monogynous pairing strategy is often observed in social insects like certain bees and ants.

在某些蜜蜂和蚂蚁等社会性昆虫中，常常观察到monogynous配对策略。

6.The monogynous nature of certain bird species ensures that both parents are involved in raising their young.

某些鸟类物种的monogynous特性确保了双方父母参与抚养幼鸟。

7.Research shows that monogynous relationships can lead to higher offspring survival rates in some mammals.

研究表明，在某些哺乳动物中，monogynous关系可能导致更高的后代存活率。

作文

In the study of botany, various reproductive strategies are observed among plants. One such strategy is known as monogynous, which refers to a plant species that possesses only one female reproductive organ or structure per flower. This characteristic can be crucial for understanding how certain plants reproduce and interact with their environment. For instance, in a monogynous species, the presence of a single pistil may influence pollination dynamics, as pollinators will focus their efforts on this singular structure rather than competing with multiple pistils. The significance of monogynous plants extends beyond their reproductive mechanics; it also plays a role in ecological interactions. In ecosystems where monogynous plants thrive, these species may establish specific relationships with pollinators, leading to co-evolution. For example, a plant that has adapted to attract a particular pollinator may have evolved a structure that perfectly fits the pollinator's anatomy, ensuring effective pollen transfer. This can create a symbiotic relationship where both the plant and the pollinator benefit from the interaction.Moreover, the study of monogynous plants can provide insights into biodiversity and conservation efforts. Many rare and endangered plant species exhibit monogynous traits, making it essential to understand their reproductive biology for conservation planning. By focusing on the unique characteristics of these plants, conservationists can develop strategies that support their growth and reproduction in natural habitats. In agricultural settings, the concept of monogynous plants can also be applied. Certain crops may be bred to possess a single female reproductive organ to enhance yield and simplify harvesting processes. Farmers can utilize the knowledge of monogynous traits to select and cultivate plants that maximize productivity while minimizing labor. In conclusion, the term monogynous encapsulates a vital aspect of plant reproductive biology, influencing ecological interactions, conservation strategies, and agricultural practices. Understanding this concept not only enriches our knowledge of botany but also highlights the intricate connections between plants and their environments. As we continue to explore the diverse strategies employed by plants, the importance of monogynous species will undoubtedly remain a key area of interest for botanists and ecologists alike.

在植物学研究中，观察到植物之间存在各种繁殖策略。其中一种策略被称为monogynous，指的是每朵花只拥有一个雌性生殖器官或结构的植物种类。这一特征对于理解某些植物如何繁殖以及与环境的互动至关重要。例如，在一种monogynous物种中，单一的心皮可能会影响授粉动态，因为授粉者将集中精力在这个唯一的结构上，而不是与多个心皮竞争。monogynous植物的重要性超出了它们的繁殖机制；它也在生态互动中发挥作用。在monogynous植物繁盛的生态系统中，这些物种可能与授粉者建立特定的关系，导致共同进化。例如，一种适应于吸引特定授粉者的植物可能已经进化出一个完美契合授粉者解剖结构的结构，从而确保有效的花粉转移。这可以创造一种共生关系，使植物和授粉者都从互动中受益。此外，对monogynous植物的研究可以为生物多样性和保护工作提供见解。许多稀有和濒危植物物种表现出monogynous特征，因此了解它们的繁殖生物学对于保护规划至关重要。通过关注这些植物的独特特性，保护工作者可以制定支持它们在自然栖息地中生长和繁殖的策略。在农业环境中，monogynous植物的概念也可以应用于某些作物的培育，以使其具备单一的雌性生殖器官，从而提高产量并简化收获过程。农民可以利用对monogynous特征的认识来选择和培育最大限度提高生产力的植物，同时最小化劳动。总之，术语monogynous概括了植物繁殖生物学的一个重要方面，影响生态互动、保护策略和农业实践。理解这一概念不仅丰富了我们对植物学的知识，还突显了植物与其环境之间复杂的联系。随着我们继续探索植物所采用的多样化策略，monogynous物种的重要性无疑将继续成为植物学家和生态学家关注的关键领域。