frugivores

简明释义

英[fruːˈdʒɪvɔːrz]美[fruˈɡɪvɔrz]

食果动物

英英释义

单词用法

同义词

反义词

例句

1.Figs (Ficus SPP., Moraceae) are important fruit resources for many frugivores, particularly during the period when other fruits are scarce, and so be called "keystone species".

榕属植物为多种食果动物重要的食物资源，特别是在其他果实缺乏的季节，因此有关键物种之称。

2.Figs (Ficus SPP., Moraceae) are important fruit resources for many frugivores, particularly during the period when other fruits are scarce, and so be called "keystone species".

榕属植物为多种食果动物重要的食物资源，特别是在其他果实缺乏的季节，因此有关键物种之称。

3.Frugivores have different adaptability to the habitat fragmentation, being stronger for the forest generalists and food generalists.

食果动物对生境破碎化的适应能力不同，泛性森林动物和广食性动物具有较强的适应性。

4.Many tropical ecosystems are home to various species of frugivores, which play a crucial role in seed dispersal.

许多热带生态系统中栖息着各种果食动物，它们在种子传播中发挥着重要作用。

5.Birds such as toucans and parrots are well-known frugivores that help maintain the health of forests.

如巨嘴鸟和鹦鹉等鸟类是著名的果食动物，它们有助于维持森林的健康。

6.The diet of frugivores primarily consists of fruits, which provide essential nutrients for their survival.

果食动物的饮食主要由水果组成，这为它们的生存提供了必要的营养。

7.In many rainforest habitats, frugivores are key players in the ecosystem, influencing plant diversity.

在许多雨林栖息地中，果食动物是生态系统中的关键角色，影响植物多样性。

8.Some mammals, like monkeys and fruit bats, are classified as frugivores due to their fruit-heavy diets.

一些哺乳动物，如猴子和果蝠，由于其以水果为主的饮食，被归类为果食动物。

作文

In the diverse world of ecology, various organisms play significant roles in maintaining the balance of ecosystems. One interesting group of animals is known as frugivores, which refers to species that primarily consume fruit as their main source of nutrition. These creatures are vital for the dispersal of seeds and the overall health of forests and other habitats. Understanding the role of frugivores can help us appreciate the intricate relationships within ecosystems and the importance of biodiversity. Frugivores include a wide range of animals, such as birds, bats, monkeys, and even some insects. Each of these species has adapted to their environment in unique ways, allowing them to efficiently locate, consume, and sometimes even cultivate fruits. For example, many birds have strong beaks designed for pecking through tough fruit skins, while bats may have keen senses to find ripe fruit in the dark. This specialization highlights the evolutionary processes that shape the diets and behaviors of different species over time. The feeding habits of frugivores are not only fascinating but also crucial for the reproduction of many plant species. When these animals eat fruit, they often consume the seeds contained within. After digestion, the seeds are excreted in different locations, allowing plants to spread and grow in new areas. This mutualistic relationship between frugivores and plants ensures genetic diversity and helps maintain healthy populations of various plant species. Moreover, frugivores contribute to the ecosystem by promoting the growth of fruit-bearing plants, which in turn provide food and habitat for countless other species. The presence of diverse fruiting plants attracts a variety of animals, creating a rich tapestry of life within the ecosystem. This interconnectedness emphasizes the need to protect habitats that support frugivores and their plant counterparts, especially in light of habitat destruction and climate change. Additionally, the decline of frugivores due to human activities can lead to significant ecological consequences. For instance, if certain species of frugivores become endangered or extinct, the plants that rely on them for seed dispersal may also suffer. This can result in reduced plant diversity, which in turn affects other wildlife that depends on those plants for food and shelter. Therefore, conserving frugivores is essential for maintaining the health and resilience of ecosystems. In conclusion, frugivores play a critical role in the ecology of our planet. Their unique dietary preferences and behaviors facilitate seed dispersal, promote plant diversity, and support complex food webs. By understanding and protecting these remarkable creatures, we can help ensure the sustainability of our ecosystems for future generations. It is imperative that we recognize the importance of frugivores and take action to preserve their habitats, as their survival is intricately linked to the health of our environment.

在多样化的生态世界中，各种生物在维持生态系统的平衡方面发挥着重要作用。一个有趣的动物群体被称为果食动物，指的是以水果为主要营养来源的物种。这些生物对种子的传播和森林及其他栖息地的整体健康至关重要。理解果食动物的角色可以帮助我们欣赏生态系统内部复杂的关系以及生物多样性的重要性。 果食动物包括各种动物，如鸟类、蝙蝠、猴子甚至一些昆虫。每种物种都以独特的方式适应其环境，使它们能够有效地找到、消费，有时甚至培育水果。例如，许多鸟类拥有强壮的喙，专门用于啄破坚硬的水果皮，而蝙蝠可能具有敏锐的感官，以便在黑暗中找到成熟的水果。这种专业化突显了不同物种随时间推移而塑造饮食和行为的进化过程。 果食动物的饮食习惯不仅引人入胜，而且对许多植物物种的繁殖至关重要。当这些动物吃水果时，通常会消耗其中的种子。经过消化后，种子会在不同的位置被排泄出来，从而使植物能够在新区域传播和生长。这种果食动物与植物之间的互利关系确保了遗传多样性，并有助于维持各种植物物种的健康种群。 此外，果食动物通过促进结果植物的生长来为生态系统做出贡献，这反过来又为无数其他物种提供了食物和栖息地。多样化的结果植物吸引了各种动物，创造了生态系统内丰富的生命织锦。这种相互联系强调了保护支持果食动物及其植物同伴栖息地的必要性，特别是在栖息地破坏和气候变化的背景下。 此外，由于人类活动导致的果食动物数量下降可能会导致显著的生态后果。例如，如果某些果食动物物种濒临灭绝或灭绝，那么依赖它们进行种子传播的植物也可能受到影响。这可能导致植物多样性的减少，进而影响依赖这些植物获取食物和庇护所的其他野生动物。因此，保护果食动物对维护生态系统的健康和弹性至关重要。 总之，果食动物在我们星球的生态中扮演着至关重要的角色。它们独特的饮食偏好和行为促进了种子传播，促进了植物多样性，并支持复杂的食物网。通过理解和保护这些非凡的生物，我们可以帮助确保未来几代人生态系统的可持续性。我们必须认识到果食动物的重要性，并采取行动保护它们的栖息地，因为它们的生存与我们环境的健康密切相关。