hysteranthous

简明释义

英[hɪstəˈrænθəs]美[hɪstəˈrænθəs]

adj. 开花后生叶的

英英释义

单词用法

同义词

反义词

例句

1.From the plant resources side, the application of plant species , flowering, ornamental characteristics, configuration and other field investigations of the hysteranthous plants of city of Changsha, .

从植物资源方面，对长沙城市绿地中应用的先花后叶植物种类、花期、观赏特征、配置情况等进行实地调查。

2.From the plant resources side, the application of plant species , flowering, ornamental characteristics, configuration and other field investigations of the hysteranthous plants of city of Changsha, .

从植物资源方面，对长沙城市绿地中应用的先花后叶植物种类、花期、观赏特征、配置情况等进行实地调查。

3.The garden was filled with hysteranthous flowers that bloomed before their leaves appeared.

花园里满是先花后叶的花朵，它们在叶子出现之前就绽放了。

4.In botany, a hysteranthous plant is one that produces flowers before the foliage.

在植物学中，先花后叶的植物是在叶子之前开花的植物。

5.The hysteranthous nature of the crocus makes it a popular choice for early spring gardens.

番红花的先花后叶特性使其成为早春花园的热门选择。

6.Many gardeners appreciate the hysteranthous characteristics of certain bulbs, as they provide color before other plants wake up.

许多园丁欣赏某些球根植物的先花后叶特性，因为它们在其他植物苏醒之前就提供了色彩。

7.The hysteranthous blooming pattern of some species can be an adaptation to their environment.

某些物种的先花后叶开花模式可能是对其环境的适应。

作文

In the world of botany, the term hysteranthous refers to a specific type of flowering pattern in plants. More precisely, it describes a phenomenon where flowers bloom after the leaves have fully developed and are present. This is in contrast to other flowering patterns where leaves and flowers emerge simultaneously or where flowers appear before leaves. The study of such unique characteristics in plants not only enhances our understanding of plant biology but also offers insights into their evolutionary adaptations. hysteranthous plants often thrive in environments where the timing of flowering can significantly impact reproductive success. For instance, by blooming after the leaves have emerged, these plants can maximize their photosynthetic capacity, ensuring that they have adequate energy reserves to support the development of flowers and seeds. One of the most fascinating aspects of hysteranthous plants is their ability to adapt to various climatic conditions. In regions with distinct seasons, the timing of leaf and flower emergence can be crucial for survival. For example, in temperate zones, many hysteranthous species take advantage of the warm growing season, ensuring that their flowers are pollinated when conditions are optimal. This adaptation allows them to synchronize their reproductive cycles with the availability of pollinators, which are often more abundant when temperatures rise and resources become plentiful. Moreover, the concept of hysteranthous flowering can be seen as a strategic evolutionary trait. By delaying the appearance of flowers until after the leaves have developed, these plants can ensure that they are better equipped to handle the challenges of their environment. For instance, during the early spring, when temperatures can still fluctuate dramatically, having leaves in place allows the plant to photosynthesize and build energy reserves while waiting for the right moment to flower. This strategic delay can lead to increased seed production and ultimately greater genetic diversity within the population. In addition to their ecological significance, hysteranthous plants also hold aesthetic value. Many gardeners and horticulturists appreciate these plants for their unique growth habits and the visual appeal they bring to landscapes. Understanding the flowering patterns of hysteranthous plants can help gardeners design their gardens in a way that maximizes beauty and biodiversity. By incorporating a variety of plant species with different flowering times, one can create a vibrant garden that changes throughout the seasons, providing continuous blooms and foliage. In conclusion, the term hysteranthous encapsulates a remarkable aspect of plant biology that highlights the intricate relationships between plants and their environments. This flowering strategy not only showcases the adaptability of plants but also emphasizes the importance of timing in their life cycles. As we continue to explore the diverse world of botany, the study of hysteranthous plants will undoubtedly provide further insights into the complexities of plant evolution and ecology. Whether for scientific research or gardening purposes, understanding the significance of hysteranthous flowering patterns enriches our appreciation for the natural world and its myriad wonders.

在植物学的世界中，术语hysteranthous指的是植物中特定类型的开花模式。更准确地说，它描述了一种现象，即花朵在叶子完全发育并存在之后才开放。这与其他开花模式形成对比，后者是叶子和花朵同时出现或花朵在叶子之前出现。研究植物中这种独特特征不仅增强了我们对植物生物学的理解，还提供了对其进化适应性的见解。hysteranthous植物通常在开花时机对繁殖成功至关重要的环境中茁壮成长。例如，通过在叶子出现后开花，这些植物可以最大限度地提高光合作用能力，确保它们拥有足够的能量储备来支持花朵和种子的发育。 hysteranthous植物最引人入胜的方面之一是它们适应各种气候条件的能力。在具有明显季节变化的地区，叶子和花朵的出现时机对生存至关重要。例如，在温带地区，许多hysteranthous物种利用温暖的生长季节，确保它们的花朵在条件最佳时授粉。这种适应使它们能够将繁殖周期与授粉者的可用性同步，而授粉者通常在气温上升和资源丰富时更为常见。 此外，hysteranthous开花的概念可以被视为一种战略性进化特征。通过推迟花朵出现的时间，直到叶子发育成熟，这些植物可以确保它们更好地应对环境的挑战。例如，在早春，当温度仍然可能剧烈波动时，拥有叶子可以让植物进行光合作用并建立能量储备，同时等待开花的最佳时机。这种战略延迟可以导致种子产量增加，并最终在种群中产生更大的遗传多样性。 除了生态重要性，hysteranthous植物还具有美学价值。许多园丁和园艺师欣赏这些植物独特的生长习性以及它们为景观带来的视觉吸引力。理解hysteranthous植物的开花模式可以帮助园丁设计他们的花园，以最大限度地提高美感和生物多样性。通过结合不同开花时间的多种植物，可以创造一个充满活力的花园，随着季节的变化而变化，提供持续的花朵和叶子。 总之，术语hysteranthous概括了植物生物学的一个显著方面，突显了植物与其环境之间错综复杂的关系。这种开花策略不仅展示了植物的适应能力，还强调了它们生命周期中时机的重要性。随着我们继续探索植物学的多样世界，hysteranthous植物的研究无疑会进一步揭示植物进化和生态的复杂性。无论是出于科学研究还是园艺目的，理解hysteranthous开花模式的意义都丰富了我们对自然界及其无数奇观的欣赏。