bladderwort

简明释义

[ˈblædəˌwɜːt][ˈblædərˌwɜːrt]

n. 狸藻类植物

英英释义

A type of aquatic plant belonging to the genus Utricularia, known for its bladder-like structures that trap small organisms.

一种属于浮萍属(Utricularia)的水生植物,以其捕捉小生物的囊泡状结构而闻名。

单词用法

bladderwort species

浮萍种类

bladderwort habitat

浮萍栖息地

bladderwort plants

浮萍植物

common bladderwort

普通浮萍

aquatic bladderwort

水生浮萍

yellow bladderwort

黄色浮萍

同义词

Utricularia

囊状植物

Bladderwort is a carnivorous plant belonging to the genus Utricularia.

囊状植物是一种属于囊状植物属的食虫植物。

water bladderwort

水囊草

Water bladderworts are often found in freshwater habitats.

水囊草通常生长在淡水栖息地中。

反义词

root plant

根植物

Root plants anchor themselves in the soil, absorbing nutrients.

根植物扎根于土壤中,吸收养分。

terrestrial plant

陆生植物

Terrestrial plants thrive in well-drained soil.

陆生植物在排水良好的土壤中茁壮成长。

例句

1.The bladderwort has an equally sophisticated way of setting its underwater trap.

狸藻类植物有一种同样复杂的设置水下陷阱的方法。

2.Bladder 1. a modified leaf, found on the stems of members of the bladderwort family, that develops into a distended structure for trapping small invertebrates.

浮囊1在貍藻科植物的茎中发现的经过修饰的叶,可以扩大为一种结构用来捕获小型的无脊椎动物。

3.Bladder 1. a modified leaf, found on the stems of members of the bladderwort family, that develops into a distended structure for trapping small invertebrates.

浮囊1在貍藻科植物的茎中发现的经过修饰的叶,可以扩大为一种结构用来捕获小型的无脊椎动物。

4.During our biology class, we learned how bladderwort (浮萍) uses its unique bladders to catch prey.

在我们的生物课上,我们学习了浮萍如何利用其独特的囊泡捕捉猎物。

5.The bladderwort (浮萍) can be found in both freshwater and brackish environments.

在淡水和咸淡水环境中都可以找到浮萍

6.The small pond is home to various aquatic plants, including bladderwort (浮萍), which traps tiny insects for nutrients.

这个小池塘里栖息着各种水生植物,包括浮萍,它通过捕捉微小昆虫来获取养分。

7.In the wetlands, bladderwort (浮萍) plays a crucial role in maintaining the ecosystem by providing habitats for small creatures.

在湿地中,浮萍在维持生态系统方面发挥着重要作用,为小生物提供栖息地。

8.The unique structure of bladderwort (浮萍) allows it to thrive in nutrient-poor waters.

浮萍独特的结构使其能够在营养贫乏的水域中茁壮成长。

作文

The world of plants is incredibly diverse, with some species exhibiting unique adaptations to their environments. One such fascinating plant is the bladderwort, or in scientific terms, Utricularia. This genus comprises over 200 species of carnivorous plants that thrive in various aquatic and moist terrestrial habitats. The bladderwort is particularly interesting because it has evolved specialized structures known as bladders, which are used to capture small prey such as insects and tiny aquatic organisms.The bladders of the bladderwort are remarkable in their design. They function like miniature vacuum traps, creating a negative pressure inside that allows them to suck in unsuspecting prey. When a small organism brushes against the trigger hairs on the bladder's opening, the trap snaps shut in a fraction of a second, drawing in water and the prey along with it. This rapid movement is one of the fastest in the plant kingdom and showcases the incredible evolutionary adaptations of the bladderwort.In addition to their hunting prowess, bladderworts play a significant role in their ecosystems. They help control populations of small aquatic organisms, contributing to the balance of their habitats. Moreover, they provide shelter and food for various microorganisms and small fish, demonstrating the interconnectedness of life in aquatic environments.The ecological importance of bladderwort is further emphasized by its ability to thrive in nutrient-poor waters where many other plants struggle to survive. By capturing and digesting prey, bladderworts supplement their nutrient intake, allowing them to flourish in conditions that would be inhospitable for non-carnivorous plants. This adaptation not only highlights the ingenuity of nature but also raises intriguing questions about the evolution of plant life and the strategies different species employ to survive.Despite their fascinating characteristics, bladderworts are often overlooked in discussions about plant diversity. Many people are more familiar with traditional flowering plants or trees, yet the world of carnivorous plants is equally captivating. Educating others about the bladderwort and similar species can foster a greater appreciation for biodiversity and the importance of preserving natural habitats.In conclusion, the bladderwort is a remarkable example of how plants can adapt to their environments in extraordinary ways. Their unique hunting mechanisms, ecological roles, and ability to thrive in challenging conditions make them a vital part of their ecosystems. As we continue to explore the wonders of the natural world, it is essential to recognize and celebrate the diversity of life, including the often-misunderstood bladderwort. By doing so, we can ensure that these incredible plants continue to thrive for generations to come.

植物的世界是极其多样化的,一些物种展现出独特的适应能力。其中一个令人着迷的植物是泡囊草,在科学术语中称为Utricularia。这个属包含超过200种食肉植物,它们在各种水生和潮湿的陆地栖息地中繁盛。泡囊草特别有趣,因为它进化出了被称为囊泡的特殊结构,这些结构用于捕捉小型猎物,如昆虫和微小的水生生物。泡囊草的囊泡设计非常独特。它们像微型真空陷阱一样工作,内部产生负压,使它们能够吸引小猎物。当小生物触碰到囊泡开口上的触发毛时,捕捉器会在短短几分之一秒内迅速闭合,将水和猎物一起吸入。这种快速运动是植物王国中最快的之一,展示了泡囊草令人难以置信的进化适应性。除了捕猎能力外,泡囊草在生态系统中也发挥着重要作用。它们帮助控制小型水生生物的种群,促进栖息地的平衡。此外,它们为各种微生物和小鱼提供庇护和食物,展示了水生环境中生命的相互联系。泡囊草的生态重要性进一步体现在它们能够在营养贫乏的水域中生存,而许多其他植物则难以生存。通过捕获和消化猎物,泡囊草补充了其营养摄入,使它们能够在对非食肉植物来说不适宜的条件下繁盛。这种适应不仅突显了自然的聪明才智,还引发了关于植物生命进化以及不同物种为生存所采用的策略的有趣问题。尽管具有迷人的特征,泡囊草在讨论植物多样性时常常被忽视。许多人更熟悉传统的开花植物或树木,但食肉植物的世界同样引人入胜。教育他人关于泡囊草及类似物种的知识,可以培养对生物多样性的更大欣赏,并强调保护自然栖息地的重要性。总之,泡囊草是植物如何以非凡的方式适应环境的一个杰出例子。它们独特的捕猎机制、生态角色以及在挑战性条件下生存的能力,使它们成为生态系统的重要组成部分。随着我们继续探索自然界的奇观,认识并庆祝生命的多样性,包括常常被误解的泡囊草,至关重要。通过这样做,我们可以确保这些令人难以置信的植物在未来的世代中继续繁荣。