insectivorous

简明释义

英[ˌɪnsekˈtɪvərəs]美[ˌɪnsekˈtɪvərəs]

adj. [动] 食虫的，以虫类为食的；食虫动植物的

英英释义

单词用法

同义词

反义词

例句

1.Insectivorous plants, which unlike other plants have the ability to trap and digest insects.

意思是食虫植物不象其他植物，它可捕捉和消化昆虫。你理解有误会。

2.Compared with omnivorous pheasants, insectivorous birds and raptorial birds Koklass's digestive system is similar to the typical phytophagous birds.

与杂食性鸡类、食虫鸟类及猛禽比较，勺鸡的消化系统具有典型植食性鸟类的特征。

3.Rex was a large carnivore; insectivorous plants are considered carnivores.

暴龙是一种大型的食肉动物；食虫植物被看作食肉动物。

4.This insectivorous species breeds in hill forest undergrowth, and winters in shrub and other lightly wooded habitats with some cover, again usually in highland regions.

这食虫的种在和一些掩护的矮树和其他的轻轻树木繁茂的栖息地中的小山森林下层丛林，和冬天中饲养，再一次通常在高地区域中。

5.This insectivorous species breeds in hill forest undergrowth, and winters in shrub and other lightly wooded habitats with some cover, again usually in highland regions.

这食虫的种在和一些掩护的矮树和其他的轻轻树木繁茂的栖息地中的小山森林下层丛林，和冬天中饲养，再一次通常在高地区域中。

6.Any of various chiefly nocturnal, insectivorous birds of the family Caprimulgidae, which includes the nighthawk and the whippoorwill.

夜鹰：一种主要在夜间活动的，捕食小飞虫的夜鹰科鸟类，包括夜鹰和三声夜鹰。

7.Tyrannosaurus Rex was a large carnivore; insectivorous plants are considered carnivores.

暴龙是一种大型的食肉动物；食虫植物被看作食肉动物。

8.Two insectivorous mites were released to tea fields to control injurious mites.

在茶园释放两种食虫性螨，用以控制茶叶害螨。

9.The insectivorous plants in the rainforest have adapted to capture and digest insects for nutrients.

雨林中的食虫植物已经适应捕捉和消化昆虫以获取养分。

10.The insectivorous habits of frogs help keep gardens free from pests.

青蛙的食虫习性有助于保持花园没有害虫。

11.Some birds, like swallows and martins, are insectivorous and play a vital role in controlling insect populations.

一些鸟类，如燕子和燕鸥，是食虫的，在控制昆虫种群方面发挥着重要作用。

12.Many species of bats are insectivorous, feeding primarily on insects during the night.

许多种类的蝙蝠是食虫的，主要在夜间以昆虫为食。

13.Certain reptiles, such as some species of lizards, are also insectivorous.

某些爬行动物，如一些种类的蜥蜴，也属于食虫的。

作文

In the vast tapestry of nature, various organisms have evolved unique adaptations to survive and thrive in their respective environments. One fascinating category of these organisms is the insectivorous species, which primarily feed on insects as a significant part of their diet. The term insectivorous refers to animals that consume insects, and this dietary adaptation can be found across different animal groups, including birds, mammals, reptiles, and even some plants. Understanding the role of insectivorous organisms in ecosystems provides insight into the intricate balance of food webs and the importance of biodiversity.Birds are perhaps the most well-known insectivorous creatures. Species like the common swallow and the blue jay are adept at catching insects mid-flight, making them crucial players in controlling insect populations. Their presence in an ecosystem can help maintain the balance between different species, preventing any single group from becoming overly dominant. For instance, without these insectivorous birds, certain insect populations could explode, leading to crop damage and the spread of diseases.Mammals also contribute to the insectivorous niche. Bats, for example, are remarkable insectivorous mammals that consume vast quantities of insects during their nightly foraging. A single bat can eat thousands of insects in one night, providing essential pest control services. This natural form of pest management reduces the need for chemical pesticides, promoting a healthier environment for both humans and wildlife.Reptiles, such as certain species of lizards, are also included in the insectivorous category. These creatures often hunt insects with remarkable speed and agility, showcasing the evolutionary adaptations that allow them to thrive in their habitats. By preying on insects, they play a vital role in regulating insect populations and maintaining ecological balance.Interestingly, the concept of insectivorous is not limited to animals. Some plants, like the Venus flytrap and pitcher plants, have developed mechanisms to trap and digest insects. These insectivorous plants thrive in nutrient-poor soils, obtaining essential nutrients from the insects they capture. This unique adaptation highlights the diversity of life forms that have evolved to exploit similar resources in different ways.The significance of insectivorous organisms extends beyond their dietary habits. They contribute to the health of ecosystems by supporting pollination and seed dispersal processes. Many insects are vital pollinators, and their interactions with insectivorous species can enhance plant reproduction and growth. Furthermore, the relationships between insectivorous animals and their prey can influence population dynamics, ultimately shaping the structure of communities within ecosystems.In conclusion, insectivorous organisms play a crucial role in maintaining ecological balance and promoting biodiversity. From birds and bats to reptiles and plants, these creatures demonstrate the diverse strategies that life has developed to adapt to environmental challenges. Understanding the importance of insectivorous species encourages us to appreciate the complexity of nature and the interdependence of all living organisms. As we face global challenges such as habitat loss and climate change, protecting insectivorous species and their habitats becomes increasingly vital for sustaining healthy ecosystems and ensuring the survival of countless other species, including our own.

在自然的广阔画卷中，各种生物已经进化出独特的适应性，以在各自的环境中生存和繁衍。其中一个迷人的类别是食虫物种，它们主要以昆虫为食，作为其饮食的重要组成部分。术语食虫指的是以昆虫为食的动物，这种饮食适应可以在不同的动物群体中找到，包括鸟类、哺乳动物、爬行动物，甚至一些植物。理解食虫生物在生态系统中的作用，可以深入了解食物链的复杂平衡以及生物多样性的重要性。鸟类可能是最著名的食虫生物。例如，普通燕子和蓝松鸦擅长在飞行中捕捉昆虫，使它们成为控制昆虫种群的重要角色。它们在生态系统中的存在有助于维持不同物种之间的平衡，防止任何单一群体过于主导。例如，如果没有这些食虫鸟类，某些昆虫种群可能会激增，导致作物损害和疾病传播。哺乳动物也为食虫生态位做出了贡献。例如，蝙蝠是一种显著的食虫哺乳动物，在夜间觅食时消耗大量昆虫。一只蝙蝠一夜之间可以吃掉数千只昆虫，提供了重要的害虫控制服务。这种自然的害虫管理减少了对化学农药的需求，促进了人类和野生动物更健康的环境。某些蜥蜴等爬行动物也被归入食虫类别。这些生物通常以惊人的速度和灵活性捕猎昆虫，展示了使它们能够在栖息地中繁荣的进化适应性。通过捕食昆虫，它们在调节昆虫种群和维持生态平衡方面发挥着至关重要的作用。有趣的是，食虫的概念并不限于动物。一些植物，如捕蝇草和瓶子植物，已经发展出捕捉和消化昆虫的机制。这些食虫植物在养分贫乏的土壤中茁壮成长，从它们捕获的昆虫中获得必要的营养。这种独特的适应性突显了生命形式的多样性，它们以不同的方式进化以利用相似的资源。食虫生物的重要性超越了它们的饮食习惯。它们通过支持授粉和种子传播过程，为生态系统的健康做出贡献。许多昆虫是重要的授粉者，它们与食虫物种的相互作用可以增强植物的繁殖和生长。此外，食虫动物与其猎物之间的关系可以影响种群动态，最终塑造生态系统内社区的结构。总之，食虫生物在维持生态平衡和促进生物多样性方面发挥着关键作用。从鸟类和蝙蝠到爬行动物和植物，这些生物展示了生命为适应环境挑战而发展出的多样策略。理解食虫物种的重要性鼓励我们欣赏自然的复杂性和所有生物之间的相互依赖。随着我们面临栖息地丧失和气候变化等全球挑战，保护食虫物种及其栖息地变得愈发重要，以维持健康的生态系统，并确保无数其他物种，包括我们自己，的生存。