lowest observed frequency

简明释义

最低观测频率

英英释义

例句

1.The study identified the lowest observed frequency 最低观察频率 of bird calls during the winter months.

研究确定了冬季鸟鸣的最低观察频率 最低观察频率。

2.In the experiment, the lowest observed frequency 最低观察频率 of sound waves was crucial for the results.

在实验中，声波的最低观察频率 最低观察频率 对结果至关重要。

3.Researchers recorded the lowest observed frequency 最低观察频率 of seismic waves after the earthquake.

研究人员在地震后记录了地震波的最低观察频率 最低观察频率。

4.The analysis showed that the lowest observed frequency 最低观察频率 of the species was declining.

分析显示，该物种的最低观察频率 最低观察频率 正在下降。

5.The environmental report noted the lowest observed frequency 最低观察频率 of pollutants in the river.

环境报告指出河流中污染物的最低观察频率 最低观察频率。

作文

In the field of ecology and environmental science, understanding species distribution and abundance is crucial for conservation efforts. One important concept in this area is the lowest observed frequency, which refers to the minimum rate at which a particular species is recorded within a given habitat or ecosystem. This metric can provide valuable insights into the health of populations and the overall biodiversity of an area. By analyzing the lowest observed frequency, researchers can identify trends over time, assess the impact of environmental changes, and implement effective management strategies.For instance, consider a study conducted on a specific bird species in a forested region. Researchers might monitor the population of these birds over several years, noting how often they are spotted during surveys. The lowest observed frequency would indicate the least number of sightings recorded within that timeframe. If the lowest observed frequency decreases significantly, it may signal potential threats such as habitat loss, climate change, or increased predation.Moreover, the lowest observed frequency can also help in comparing different habitats. For example, if a species has a higher lowest observed frequency in a protected area compared to a nearby unprotected area, this could highlight the importance of conservation efforts. It emphasizes the need for maintaining and restoring habitats to ensure the survival of various species.In addition to its application in wildlife studies, the lowest observed frequency is relevant in other scientific disciplines, such as epidemiology. In this context, it may refer to the lowest incidence rate of a disease observed in a population. Understanding the lowest observed frequency of diseases can aid public health officials in identifying outbreaks and allocating resources effectively.Furthermore, when conducting research, it is essential to use robust methodologies to ensure that the data collected accurately reflects the lowest observed frequency. This may involve using standardized survey techniques, selecting appropriate sampling locations, and accounting for variables that could affect observations. By ensuring the reliability of data, scientists can make informed decisions based on the lowest observed frequency they have determined.In conclusion, the concept of lowest observed frequency is a vital tool in ecological research and conservation. It allows scientists to track changes in species populations, assess environmental impacts, and develop strategies to protect biodiversity. Whether in the context of wildlife studies or public health, understanding the lowest observed frequency is essential for making informed decisions that benefit both the environment and society. As we continue to face global challenges such as climate change and habitat destruction, utilizing metrics like the lowest observed frequency will be increasingly important in our efforts to sustain the natural world.

在生态学和环境科学领域，理解物种的分布和丰度对保护工作至关重要。一个重要的概念是最低观察频率，它指的是在特定栖息地或生态系统中记录某一特定物种的最低频率。这个指标可以提供有关种群健康和区域整体生物多样性的宝贵见解。通过分析最低观察频率，研究人员可以识别时间上的趋势，评估环境变化的影响，并实施有效的管理策略。例如，考虑对某一特定鸟类物种在森林地区进行的研究。研究人员可能会在几年内监测这些鸟类的种群，记录调查期间看到它们的频率。最低观察频率将指示在该时间框架内记录的最低观察次数。如果最低观察频率显著下降，这可能表明潜在威胁，例如栖息地丧失、气候变化或捕食增加。此外，最低观察频率也可以帮助比较不同的栖息地。例如，如果一种物种在保护区的最低观察频率高于附近的非保护区，这可能突显保护工作的重要性。它强调了维持和恢复栖息地以确保各种物种生存的必要性。除了在野生动物研究中的应用外，最低观察频率在其他科学学科中也相关，例如流行病学。在这种情况下，它可能指的是在某一人群中观察到的最低疾病发生率。了解疾病的最低观察频率可以帮助公共卫生官员识别疫情并有效分配资源。此外，在进行研究时，使用稳健的方法论以确保所收集的数据准确反映最低观察频率至关重要。这可能涉及使用标准化的调查技术、选择适当的采样地点以及考虑可能影响观察结果的变量。通过确保数据的可靠性，科学家可以根据他们确定的最低观察频率做出明智的决策。总之，最低观察频率的概念是生态研究和保护中的重要工具。它使科学家能够跟踪物种种群变化，评估环境影响，并制定保护生物多样性的策略。无论是在野生动物研究还是公共卫生的背景下，理解最低观察频率对于做出有利于环境和社会的明智决策至关重要。随着我们继续面临全球气候变化和栖息地破坏等挑战，利用如最低观察频率这样的指标将在我们保护自然界的努力中变得越来越重要。