adaptive peak

简明释义

适应峰;

英英释义

例句

1.In the context of optimization problems, finding an adaptive peak 适应峰值 can lead to the best solutions available.

在优化问题的上下文中，找到一个adaptive peak 适应峰值可以导致最佳解决方案。

2.In evolutionary biology, species often evolve to reach an adaptive peak 适应峰值, where they are most suited to their environment.

在进化生物学中，物种通常会进化到达一个adaptive peak 适应峰值，在这个峰值上它们最适合其环境。

3.The concept of an adaptive peak 适应峰值 helps explain why certain traits become dominant in a population.

一个adaptive peak 适应峰值的概念有助于解释为什么某些特征在一个种群中变得占主导地位。

4.Ecologists study how species adapt to their adaptive peak 适应峰值 and what factors influence this process.

生态学家研究物种如何适应其adaptive peak 适应峰值以及哪些因素影响这一过程。

5.When a population reaches an adaptive peak 适应峰值, it may become less adaptable to changes in its environment.

当一个种群达到一个adaptive peak 适应峰值时，它可能会变得对环境变化的适应性降低。

作文

In the field of evolutionary biology, the concept of an adaptive peak (适应性高峰) plays a crucial role in understanding how species evolve over time. An adaptive peak refers to a particular set of traits that allows a species to thrive in a specific environment. Imagine a rugged mountain range where different peaks represent various adaptations to environmental challenges. Species that inhabit these peaks are well-suited to their surroundings, having evolved traits that maximize their chances of survival and reproduction. One of the most fascinating aspects of adaptive peaks (适应性高峰) is the idea that as environments change, so too do the peaks themselves. For instance, consider a forest that undergoes a significant climate shift. The species that were once at the top of their adaptive peak may find themselves struggling to survive as the conditions alter. This may lead to a scenario where new traits become advantageous, allowing other species to ascend to new adaptive peaks (适应性高峰). The journey of a species navigating through these adaptive peaks (适应性高峰) can be likened to a climber attempting to reach the summit of a mountain. Initially, a climber might find it easy to ascend one peak, but as they progress, they may encounter obstacles that require them to adapt their climbing techniques or even change their route entirely. Similarly, species must continuously adapt to their environments to remain competitive. This process of adaptation can lead to the development of new species, as populations diverge and specialize in response to distinct adaptive peaks (适应性高峰). Furthermore, the concept of adaptive peaks (适应性高峰) helps explain the phenomenon of evolutionary trade-offs. For example, a species that evolves to become faster may lose some of its ability to camouflage. In this way, the species climbs one adaptive peak (适应性高峰) while descending from another. Such trade-offs are essential for understanding the complexities of evolution and the delicate balance that organisms maintain within their ecosystems. In modern times, human activities have significantly impacted natural environments, leading to the creation of new adaptive peaks (适应性高峰). Urbanization, pollution, and climate change have forced many species to adapt rapidly to survive. Some species have thrived in urban settings, demonstrating remarkable adaptability by exploiting new resources and habitats. These changes highlight the dynamic nature of adaptive peaks (适应性高峰) and the ongoing process of evolution in real-time. In conclusion, the concept of adaptive peaks (适应性高峰) provides a valuable framework for understanding the complexities of evolution and adaptation. By recognizing that environments and species are in a constant state of flux, we can better appreciate the intricate relationships between organisms and their surroundings. As we face unprecedented environmental changes, studying adaptive peaks (适应性高峰) will be crucial for conservation efforts and for ensuring the survival of biodiversity on our planet.

在进化生物学领域，适应性高峰的概念在理解物种如何随时间演变方面发挥着至关重要的作用。适应性高峰指的是一组特定的特征，使得物种能够在特定环境中繁荣。想象一下一个崎岖的山脉，不同的山峰代表着对环境挑战的各种适应。栖息在这些山峰上的物种非常适合它们的环境，进化出最大化生存和繁殖机会的特征。适应性高峰的一个最迷人的方面是，随着环境的变化，这些高峰本身也会发生变化。例如，考虑一个经历重大气候变化的森林。曾经处于其适应性高峰顶端的物种可能会发现自己在新条件下挣扎求生。这可能导致新的特征变得有利，使其他物种能够攀升到新的适应性高峰。物种在这些适应性高峰之间导航的旅程可以比作一个登山者试图达到山顶的过程。最初，登山者可能会发现攀登一个山峰很容易，但随着他们的进展，他们可能会遇到需要适应攀登技术或甚至完全改变路线的障碍。类似地，物种必须不断适应其环境以保持竞争力。这种适应的过程可能导致新物种的发展，因为种群在响应不同的适应性高峰时分化和专业化。此外，适应性高峰的概念有助于解释进化权衡现象。例如，一个物种如果进化得更快，可能会失去一些伪装能力。通过这种方式，物种在攀登一个适应性高峰的同时，从另一个高峰下降。这种权衡对于理解进化的复杂性以及生物体在生态系统中保持微妙平衡的重要性至关重要。在现代，人类活动显著影响了自然环境，导致新的适应性高峰的形成。城市化、污染和气候变化迫使许多物种迅速适应以生存。一些物种在城市环境中蓬勃发展，通过利用新资源和栖息地展示了显著的适应能力。这些变化突显了适应性高峰的动态性质以及实时进化的持续过程。总之，适应性高峰的概念为理解进化和适应的复杂性提供了有价值的框架。通过认识到环境和物种处于不断变化的状态，我们可以更好地欣赏生物体与其周围环境之间的错综关系。在我们面临前所未有的环境变化之际，研究适应性高峰将对保护工作和确保我们星球上生物多样性的生存至关重要。