corymbose

简明释义

英[/kɔːrˈɪm.boʊs/]美[/kɔːrˈɪm.boʊs/]

adj. 伞状花序的

英英释义

单词用法

同义词

反义词

例句

1.Inflorescences: 4, 5-11 cm, racemose but appearing corymbose because of the long lower pedicels, pedicels sub-erect, 1-3 cm, the lowest the longest, each with 1-3 minute bracts.

花序：4,5 - 11厘米，总状花序，因为下方的花梗较长，故形似伞房花序。花梗直立，1 -3厘米长。低位的花梗最长，每个花梗有1 - 3个小苞片。

2.Inflorescences: 4, 5-11 cm, racemose but appearing corymbose because of the long lower pedicels, pedicels sub-erect, 1-3 cm, the lowest the longest, each with 1-3 minute bracts.

花序：4,5 - 11厘米，总状花序，因为下方的花梗较长，故形似伞房花序。花梗直立，1 -3厘米长。低位的花梗最长，每个花梗有1 - 3个小苞片。

3.The corymbose 伞房状的 clusters of flowers were a highlight of the spring landscape.

这些corymbose 伞房状的 花朵聚集是春季风景的亮点。

4.In botany, a corymbose 伞房状的 inflorescence can be found in species like the yarrow.

在植物学中，像蓍草这样的物种可以找到corymbose 伞房状的 花序。

5.The flowers of the plant are arranged in a corymbose 伞房状的 cluster, creating a stunning visual display.

这种植物的花朵以corymbose 伞房状的 聚集方式排列，形成了惊艳的视觉效果。

6.We observed the corymbose 伞房状的 blossoms during our hike in the botanical garden.

在植物园的徒步旅行中，我们观察到了corymbose 伞房状的 花朵。

7.The corymbose 伞房状的 arrangement allows for better pollination by attracting more insects.

这种corymbose 伞房状的 布局有助于通过吸引更多昆虫来改善授粉。

作文

In the world of botany, the term corymbose refers to a specific type of flower arrangement where the flowers are borne on short stalks that originate from different points along the main stem, creating a flat-topped or rounded cluster. This unique structure not only adds aesthetic value to plants but also plays a crucial role in their reproductive strategies. The corymbose arrangement allows for better visibility and accessibility for pollinators, which is essential for the fertilization process. For instance, many species of flowering plants, such as the elderberry or certain types of daisies, exhibit this corymbose formation, attracting bees and butterflies with their vibrant colors and enticing scents.Understanding the significance of corymbose flower arrangements can deepen our appreciation for nature's design. Each cluster of flowers serves a purpose; they not only attract pollinators but also facilitate the plant's growth and reproduction. The arrangement maximizes sunlight exposure and air circulation, which are vital for the health of the flowers. Moreover, plants that exhibit corymbose inflorescences often have a higher chance of survival in competitive environments, as their flowers can stand out against the foliage, making them more noticeable to potential pollinators.In addition to their ecological advantages, corymbose flowers have inspired artists and designers throughout history. The beauty of these floral arrangements has been captured in countless paintings, photographs, and fabric patterns. The harmonious blend of colors and shapes found in corymbose clusters can evoke feelings of joy and tranquility. This aesthetic appeal has led to the popularity of corymbose flowers in gardens and landscaping, where they are often used to create stunning visual displays.Furthermore, the study of corymbose structures extends beyond mere observation. Botanists and horticulturists analyze these formations to understand plant genetics, evolution, and adaptation. By examining how different species utilize corymbose arrangements, researchers can gain insights into how plants respond to their environments and how they may evolve over time. This knowledge is particularly important in the context of climate change, as it helps scientists predict how plant populations might shift in response to changing conditions.In conclusion, the term corymbose encompasses much more than just a botanical classification; it represents a fascinating interplay between form, function, and beauty in the natural world. Whether we are admiring a garden filled with corymbose flowers or studying their ecological roles, it is clear that these unique arrangements are vital to both the plants themselves and the ecosystems they inhabit. As we continue to explore and learn about the intricacies of plant life, the concept of corymbose will undoubtedly remain a significant point of interest for both scientists and nature enthusiasts alike.

在植物学中，术语corymbose指的是一种特定的花朵排列方式，其中花朵在短茎上生长，这些短茎从主茎的不同点发出，形成一个平顶或圆形的簇。这种独特的结构不仅为植物增添了美学价值，而且在它们的繁殖策略中也发挥着至关重要的作用。corymbose的排列使授粉者能够更好地看到和接触到花朵，这对受精过程至关重要。例如，许多开花植物种类，如接骨木或某些类型的雏菊，展现出这种corymbose的形态，以其鲜艳的颜色和诱人的香气吸引蜜蜂和蝴蝶。理解corymbose花卉排列的重要性可以加深我们对自然设计的欣赏。每一簇花朵都有其目的；它们不仅吸引授粉者，还促进植物的生长和繁殖。这种排列最大化了阳光的照射和空气的流通，这对花朵的健康至关重要。此外，表现出corymbose花序的植物在竞争环境中往往有更高的生存机会，因为它们的花朵可以在叶片中脱颖而出，使其对潜在授粉者更加显眼。除了生态优势外，corymbose花朵还在历史上启发了无数艺术家和设计师。这些花卉排列的美丽在无数的绘画、摄影和织物图案中得以体现。在corymbose簇中发现的色彩与形状的和谐结合可以引发快乐与宁静的情感。这种美学吸引力使得corymbose花朵在花园和景观设计中变得流行，它们常常被用来创造令人惊叹的视觉展示。此外，对corymbose结构的研究超越了单纯的观察。植物学家和园艺学家分析这些排列以理解植物遗传学、进化和适应性。通过研究不同物种如何利用corymbose排列，研究人员可以深入了解植物如何对环境作出反应以及它们可能如何随着时间的推移而进化。这一知识在气候变化的背景下尤为重要，因为它帮助科学家预测植物种群可能如何响应变化的条件。总之，术语corymbose不仅仅是一个植物分类，它代表了自然界中形式、功能和美之间的迷人互动。无论我们是在欣赏满是corymbose花朵的花园，还是研究它们的生态角色，显然这些独特的排列对植物本身及其栖息的生态系统都是至关重要的。随着我们继续探索和了解植物生活的复杂性，corymbose这一概念无疑将继续成为科学家和自然爱好者的一个重要关注点。