avianize

简明释义

英[ˈeɪviəˌnaɪz]美[ˈeɪviəˌnaɪz]

vt. 通过在鸡胚中重复培养减轻（病毒等）的毒力

英英释义

单词用法

同义词

反义词

例句

1.Network game information propagation's morality of nature easy to avianize a college student realizes arbitrarily.

网络游戏信息传播的任意性容易弱化大学生的道德意识。

2.Network game information propagation's morality of nature easy to avianize a college student realizes arbitrarily.

网络游戏信息传播的任意性容易弱化大学生的道德意识。

3.The researchers aim to avianize the habitat to support bird populations.

研究人员旨在使栖息地鸟类化，以支持鸟类种群。

4.By introducing native plants, we can avianize the urban park effectively.

通过引入本土植物，我们可以有效地使城市公园鸟类化。

5.They decided to avianize the garden by adding bird feeders and nesting boxes.

他们决定通过添加鸟食器和鸟巢盒来使花园鸟类化。

6.To attract more species, the team worked to avianize the landscape.

为了吸引更多物种，团队努力使景观鸟类化。

7.The conservation program focuses on how to avianize abandoned areas.

这个保护项目专注于如何使废弃地区鸟类化。

作文

The concept of evolution has always fascinated scientists and laypeople alike. Among the various branches of evolution, the adaptation of species to their environments is particularly intriguing. One such adaptation that has garnered attention in recent years is the ability of certain mammals to avianize—to develop characteristics similar to those of birds. This phenomenon raises questions about the flexibility of evolutionary processes and the potential for cross-species traits to emerge over time. To avianize means to adopt features or behaviors associated with birds. This can include physical traits such as feathers or beak-like structures, as well as behavioral traits like nesting or migratory patterns. While this term is not commonly used in everyday language, it encapsulates a fascinating aspect of evolutionary biology. For example, some scientists have studied the ways in which certain mammals, like flying squirrels, exhibit gliding capabilities reminiscent of avian flight. These adaptations are not true avianization, but they highlight the potential for diverse evolutionary paths. The study of how species can avianize also leads to discussions about climate change and habitat loss. As environments shift, animals must adapt or face extinction. Some mammals may find themselves evolving traits that help them survive in increasingly bird-dominated ecosystems. This could mean developing more arboreal lifestyles or even adopting some level of aerial capability, akin to what we see in birds. The implications of such changes are profound, affecting biodiversity and ecosystem dynamics. Furthermore, the idea of avianizing extends beyond physical traits. It can also refer to behavioral adaptations that enhance survival. For instance, some mammals might learn to forage in ways similar to birds, using tools or strategies that improve their access to food sources. This behavioral avianization could lead to new forms of interspecies competition and cooperation, reshaping ecological relationships. In addition, the concept of avianization can be observed in urban environments, where wildlife adapts to human presence. Birds have thrived in cities, and some mammals are beginning to adopt behaviors that mirror those of their feathered counterparts. Squirrels, raccoons, and even foxes are learning to navigate human-made structures, showcasing a remarkable ability to avianize their habits to exploit new resources. This adaptability is a testament to the resilience of nature and the ongoing dance of evolution. In conclusion, the term avianize offers a unique lens through which we can explore the complexities of adaptation and evolution. By examining how certain species may develop avian traits, we gain insight into the potential pathways of evolution in response to environmental pressures. As we face unprecedented changes in our planet's climate and ecosystems, understanding these processes becomes crucial. The ability to avianize may very well determine the survival of various species, including our own, in an ever-changing world. The future of evolution holds many surprises, and the journey of avianization may be just one of the many fascinating chapters yet to unfold.

进化的概念一直以来都吸引着科学家和普通人。 在各种进化分支中，物种对其环境的适应尤其引人入胜。 最近几年，某些哺乳动物能够鸟类化——发展出类似于鸟类的特征，这一适应现象引起了关注。 这一现象引发了关于进化过程灵活性以及跨物种特征随时间出现的潜力的问题。 鸟类化意味着采纳与鸟类相关的特征或行为。 这可以包括诸如羽毛或喙状结构等身体特征，以及像筑巢或迁徙模式这样的行为特征。 尽管这个术语在日常语言中并不常用，但它概括了进化生物学的一个迷人方面。 例如，一些科学家研究了某些哺乳动物（如飞鼠）以类似于鸟类飞行的方式展现滑翔能力的方式。 这些适应并不是严格意义上的鸟类化，但它们突显了多样化进化路径的潜力。 研究物种如何鸟类化还引发了对气候变化和栖息地丧失的讨论。 随着环境的变化，动物必须适应，否则面临灭绝。 一些哺乳动物可能会发现自己进化出帮助它们在日益鸟类主导的生态系统中生存的特征。 这可能意味着发展出更树栖的生活方式，甚至采用某种程度的空中能力，类似于我们在鸟类身上看到的那样。 这种变化的影响是深远的，影响着生物多样性和生态系统动态。 此外，鸟类化的概念不仅限于身体特征。 它还可以指增强生存的行为适应。 例如，一些哺乳动物可能会学习以类似于鸟类的方式觅食，使用工具或策略来改善获取食物来源的机会。 这种行为的鸟类化可能导致新的物种间竞争和合作形式，重塑生态关系。 此外，鸟类化的概念可以在城市环境中观察到，在这些环境中，野生动物适应人类的存在。 鸟类在城市中繁荣，而一些哺乳动物也开始采纳与其羽毛朋友相似的行为。 松鼠、浣熊甚至狐狸正在学习如何在人工结构中穿行，展示出一种惊人的能力，以便利用新资源进行鸟类化。 这种适应性证明了自然的韧性以及进化的持续舞蹈。 总之，鸟类化这个术语为我们提供了一个独特的视角，让我们可以探索适应和进化的复杂性。 通过研究某些物种如何发展出鸟类特征，我们获得了对环境压力下进化潜在路径的洞察。 随着我们面临着前所未有的气候和生态系统变化，理解这些过程变得至关重要。 鸟类化的能力很可能决定了各种物种（包括我们自己）在不断变化的世界中的生存。 进化的未来充满惊喜，而鸟类化的旅程可能只是尚未展开的许多迷人篇章之一。