bryophyte

简明释义

英[ˈbraɪəˌfaɪt]美[bˈraɪəfaɪt]

n. [植] 苔藓植物；苔藓类的植物

英英释义

单词用法

同义词

反义词

例句

1.Bryophyte can sensitively response to the air and heavy metal pollution, and is a kind of bio-indicators.

苔藓植物对大气及重金属污染反应非常明显，可以作为良好的生物指示剂。

2.Rock plant, based on natural taxonomy system is classified into bryophyte, pteridophyte, gymnosperm, angiosperms;

岩生植物按自然分类系统分为苔藓植物、蕨类植物、裸子植物、被子植物。

3.Bryophyte is a kind of higher plants with small size and simple structure, being the transitional form from aquatic to terrestrial and the most original group of existing higher plants.

苔藓植物是一种形体微小、结构简单的高等植物，是水生向陆生的一种过渡形式，是高等植物中最原始的类群。

4.This article summarized the indicating function of bryophyte to air pollution.

本文综述了苔藓植物对大气污染的指示作用。

5.In this paper, coefficient of similarity analysis was used to study flora similarity of mountain bryophyte in Xinjiang.

应用相似性系数分析方法，对新疆阿勒泰山天山地衣植物区系间的相似性进行定量研究。

6.The study of bryophyte in Xinjiang has become relatively late.

新疆苔藓植物系统、全面的研究起步较晚。

7.This paper mainly deals with the present situation, problems and prospect of bryophyte research in Xinjiang.

本文介绍了新疆苔藓植物研究的现状、存在的问题及对今后研究工作的展望。

8.Bryophyte is a kind of higher plants with small size and simple structure, being the transitional form from aquatic to terrestrial and the most original group of existing higher plants.

苔藓植物是一种形体微小、结构简单的高等植物，是水生向陆生的一种过渡形式，是高等植物中最原始的类群。

9.In many forests, bryophytes are the first plants to colonize disturbed areas.

在许多森林中，苔藓植物是第一个在被破坏的区域定居的植物。

10.The bryophyte life cycle includes both a gametophyte and a sporophyte stage.

苔藓植物的生命周期包括配子体和孢子体两个阶段。

11.A variety of bryophyte species can be found in damp, shaded environments.

在潮湿阴暗的环境中可以找到多种苔藓植物物种。

12.Mosses are a common type of bryophyte that thrive in moist conditions.

苔藓是一种常见的苔藓植物，在潮湿的条件下生长良好。

13.The study of bryophyte plants can reveal important information about ecosystem health.

对苔藓植物的研究可以揭示生态系统健康的重要信息。

作文

Bryophytes are fascinating organisms that represent one of the earliest forms of plant life on Earth. These non-vascular plants, which include mosses, liverworts, and hornworts, play a crucial role in our ecosystems. They are often found in moist environments, thriving in places where other plants may struggle to survive. One of the most interesting aspects of bryophyte (苔藓植物) biology is their unique reproductive cycle, which differs significantly from that of vascular plants. Unlike flowering plants that rely on seeds for reproduction, bryophytes (苔藓植物) reproduce through spores. This means that they do not have the same structures, such as flowers or fruits, that we associate with more advanced plant species. Instead, bryophytes (苔藓植物) produce spores in specialized capsules that develop at the end of a stalk. When these capsules burst, they release spores into the environment, where they can germinate and grow into new plants. Another remarkable feature of bryophytes (苔藓植物) is their ability to absorb water and nutrients directly through their tissues. This characteristic allows them to thrive in environments that may not support other plant life. For instance, they can often be found growing on rocks, tree bark, or even in the cracks of pavement. Their ability to retain moisture also makes them important for preventing soil erosion and maintaining the health of their habitats. In addition to their ecological importance, bryophytes (苔藓植物) have been utilized by humans for various purposes throughout history. Indigenous peoples have used mosses for insulation, wound dressings, and even as a source of fuel. Today, bryophytes (苔藓植物) are also studied for their potential use in bioremediation, as they can help absorb pollutants from the environment. The study of bryophytes (苔藓植物) is not only significant for understanding plant evolution but also for appreciating the diversity of life on our planet. These small, often overlooked plants contribute to biodiversity and provide essential services to ecosystems. As we face environmental challenges such as climate change and habitat loss, it is crucial to recognize the role of all organisms, including bryophytes (苔藓植物), in maintaining ecological balance. In conclusion, bryophytes (苔藓植物) are more than just simple plants; they are vital components of our natural world. Their unique adaptations and contributions to ecosystems highlight the importance of preserving these ancient organisms. By studying bryophytes (苔藓植物), we can gain insights into the history of plant life and the intricate relationships that sustain our environment.

苔藓植物是令人着迷的生物，代表了地球上最早的植物生命形式之一。这些非维管植物，包括苔藓、肝苔和角苔，在我们的生态系统中扮演着至关重要的角色。它们通常生长在潮湿的环境中，繁衍生息于其他植物可能难以生存的地方。bryophyte（苔藓植物）生物学中最有趣的方面之一是它们独特的繁殖周期，与维管植物有显著不同。与依赖种子繁殖的开花植物不同，bryophytes（苔藓植物）通过孢子进行繁殖。这意味着它们没有我们所熟悉的更高级植物物种的花朵或果实等结构。相反，bryophytes（苔藓植物）在一个特殊的囊泡中产生孢子，该囊泡在一根茎的末端发育。当这些囊泡破裂时，它们会将孢子释放到环境中，这些孢子可以萌发并成长为新的植物。bryophytes（苔藓植物）的另一个显著特征是它们能够通过其组织直接吸收水分和养分。这一特性使它们能够在可能不支持其他植物生命的环境中茁壮成长。例如，它们常常生长在岩石、树皮甚至人行道的缝隙中。它们保持水分的能力也使它们在防止土壤侵蚀和维护栖息地健康方面变得重要。除了生态重要性外，人类在历史上也利用bryophytes（苔藓植物）用于各种目的。原住民曾用苔藓作为绝缘材料、伤口敷料，甚至作为燃料。如今，bryophytes（苔藓植物）也被研究用于生物修复，因为它们可以帮助吸收环境中的污染物。对bryophytes（苔藓植物）的研究不仅对理解植物进化具有重要意义，而且有助于欣赏我们星球上生命的多样性。这些小而常被忽视的植物为生物多样性做出了贡献，并为生态系统提供了基本服务。随着我们面临气候变化和栖息地丧失等环境挑战，认识到所有生物，包括bryophytes（苔藓植物）在维持生态平衡中的作用至关重要。总之，bryophytes（苔藓植物）不仅仅是简单的植物；它们是我们自然世界的重要组成部分。它们独特的适应性和对生态系统的贡献突显了保护这些古老生物的重要性。通过研究bryophytes（苔藓植物），我们可以深入了解植物生命的历史以及维持我们环境的复杂关系。