diel

简明释义

英[ˈdaɪəl]美[ˈdaɪəl]

adj. 二十四小时的，一昼夜的

n. （Diel）（美、德、巴）迭尔（人名）

英英释义

单词用法

同义词

反义词

例句

1.In West Philippine Sea, the diel changes of mixed layer depth played a significant role in the optical variability and particle export of the upper layer.

西菲律宾海混合层的昼夜变化对于表层水体光学变异以及颗粒输出作用具有重要影响。

2.Two thermal environments, one with and the other without thermal gradients, were designed to study diel variation in body temperature (Tb) .

设计具有和缺乏温度梯度两种热环境，研究幼龟体温昼夜变化和体温调节。

3.The diel vertical migration of zooplankton was irrelevant to the phytoplankton density.

浮游植物密度与浮游动物的昼夜垂直移动关系不密切。

4.The research results show that the size distribution, diel change, daily variation have a good connection with relative humidity and Richardson number.

研究结果表明，气溶胶浓度和谱分布存在明显的日变化和逐日变化，并在很大程度上受空气相对湿度和里查森数影响。

5.In West Philippine Sea, the diel changes of mixed layer depth played a significant role in the optical variability and particle export of the upper layer.

西菲律宾海混合层的昼夜变化对于表层水体光学变异以及颗粒输出作用具有重要影响。

6.The study of the diel 日周期的 patterns of fish behavior reveals their feeding habits.

对鱼类行为的diel 日周期的模式的研究揭示了它们的觅食习惯。

7.In marine biology, understanding diel 日周期的 migrations can help in conservation efforts.

在海洋生物学中，理解diel 日周期的迁徙有助于保护工作。

8.The diel 日周期的 rhythm of plant photosynthesis is crucial for their growth.

植物光合作用的diel 日周期的节律对其生长至关重要。

9.Researchers observed a clear diel 日周期的 pattern in the feeding times of the birds.

研究人员观察到鸟类的觅食时间存在明显的diel 日周期的模式。

10.Many species exhibit diel 日周期的 activity patterns that are influenced by light.

许多物种表现出受光影响的diel 日周期的活动模式。

作文

In the world of ecology, understanding the concept of a diel cycle is crucial for studying the behavior of various organisms. A diel cycle refers to the pattern of activity that occurs over a 24-hour period, often influenced by the light and dark cycles of the day. For instance, many animals exhibit diel behaviors, such as being active during the day (diurnal) or at night (nocturnal). This adaptation helps them avoid predators, find food, and reproduce effectively. One fascinating example of diel patterns can be observed in fish species. Certain fish are known to feed more actively during specific times of the day. For example, some species may hunt during dawn and dusk when their prey is also most active. This diel feeding strategy not only maximizes their chances of catching food but also minimizes the risk of being caught by larger predators. Moreover, plants also exhibit diel rhythms. The process of photosynthesis, for instance, is directly linked to the availability of sunlight. During daylight hours, plants absorb sunlight and convert it into energy. At night, this process halts, and plants rely on stored energy. This diel pattern is essential for their growth and survival, demonstrating how interconnected life is with the natural rhythms of the Earth. Furthermore, the diel cycle can impact human activities as well. Farmers often plan their planting and harvesting schedules according to the diel patterns of crops. Understanding when plants are most active can lead to better yields and more efficient farming practices. Additionally, fishermen also take diel cycles into account to determine the best times to catch fish, aligning their efforts with the natural behaviors of aquatic life. In conclusion, the diel cycle is a fundamental aspect of life on Earth that affects a wide range of organisms, including humans. By recognizing and respecting these natural patterns, we can foster a deeper appreciation for the intricate web of life that surrounds us. Whether it is observing the diel habits of animals, understanding plant behavior, or adapting our own activities to align with nature, embracing the concept of diel rhythms enriches our understanding of the world. It is a reminder that all living beings are interlinked through these daily cycles, emphasizing the importance of harmony between humanity and the environment.

在生态学的世界中，理解“diel”周期的概念对于研究各种生物的行为至关重要。“diel”周期指的是在24小时内发生的活动模式，通常受到昼夜光照周期的影响。例如，许多动物表现出“diel”行为，如白天活跃（昼行性）或夜间活跃（夜行性）。这种适应帮助它们避免捕食者，寻找食物和有效繁殖。一个引人入胜的“diel”模式的例子可以在鱼类物种中观察到。某些鱼类在一天中的特定时间更积极地觅食。例如，一些物种可能在黎明和黄昏时捕猎，因为那时它们的猎物也最为活跃。这种“diel”觅食策略不仅最大化了它们捕获食物的机会，还最小化了被更大捕食者捕获的风险。此外，植物也表现出“diel”节律。例如，光合作用的过程直接与阳光的可用性相关。在白天，植物吸收阳光并将其转化为能量。到了夜晚，这一过程停止，植物依靠储存的能量。这种“diel”模式对它们的生长和生存至关重要，展示了生命与地球自然节律之间的相互联系。此外，“diel”周期还会影响人类活动。农民通常根据作物的“diel”模式来规划种植和收获时间表。了解植物何时最为活跃可以带来更好的产量和更高效的农业实践。此外，渔民也会考虑“diel”周期，以确定最佳捕捞鱼类的时间，将他们的努力与水生生命的自然行为对齐。总之，“diel”周期是影响地球上生命的基本方面，涉及广泛的生物，包括人类。通过识别和尊重这些自然模式，我们可以培养对周围复杂生命网络的更深刻欣赏。无论是观察动物的“diel”习性，理解植物行为，还是调整自己的活动以与自然保持一致，拥抱“diel”节律的概念丰富了我们对世界的理解。这提醒我们，所有生物都通过这些日常周期相互联系，强调人类与环境之间和谐的重要性。