fluke area

简明释义

锚爪面积

英英释义

例句

1.The research team found a significant increase in the fish population in the fluke area of the lake.

研究小组发现湖泊的比目鱼区域鱼类数量显著增加。

2.During our survey, we identified the fluke area as a hotspot for biodiversity.

在我们的调查中，我们将比目鱼区域确定为生物多样性的热点。

3.We noticed that the water quality improved significantly in the fluke area after the cleanup.

我们注意到，在清理之后，比目鱼区域的水质显著改善。

4.Our fishing expedition was successful because we targeted the fluke area known for its abundant catch.

我们的捕鱼探险之所以成功，是因为我们瞄准了以丰富捕获而闻名的比目鱼区域。

5.The conservation efforts were focused on restoring the fluke area to support local wildlife.

保护工作集中在恢复比目鱼区域以支持当地野生动物。

作文

In the vast world of marine biology, many terms are used to describe various aspects of marine life. One such term is the fluke area, which refers to the surface area of the tail flukes of marine mammals, particularly whales. Understanding the fluke area is crucial for researchers studying these magnificent creatures, as it can provide insights into their swimming efficiency and overall health. The tail flukes of a whale are not only essential for propulsion but also play a significant role in their ability to maneuver through water. The fluke area can vary significantly among different species of whales. For instance, the flukes of a humpback whale are much larger compared to those of a minke whale. This difference in size can affect how each species swims and hunts for food. Humpback whales, with their expansive fluke area, are known for their acrobatic breaches and complex feeding techniques, such as bubble-net feeding. In contrast, minke whales tend to be more streamlined, relying on speed and agility rather than sheer power.Researchers often measure the fluke area using various techniques, including photogrammetry and 3D modeling. By analyzing images taken from underwater drones or boats, scientists can create accurate models of a whale's flukes. This information is vital for understanding the biomechanics of swimming in these animals. A larger fluke area generally allows for more powerful strokes, enabling whales to cover long distances during migration or while hunting for prey.In addition to its importance in locomotion, the fluke area can also provide clues about a whale's age and health. As whales grow, their flukes develop and change shape. By studying the growth patterns of the fluke area, researchers can estimate the age of individual whales and monitor their health over time. This information is particularly valuable for conservation efforts, as it helps scientists track population dynamics and assess the impact of environmental changes on these majestic creatures.Furthermore, the fluke area can also be an indicator of the overall ecosystem health. Changes in the size and shape of flukes may reflect alterations in the whale's environment, such as shifts in prey availability or habitat degradation. Monitoring these changes can help researchers understand the broader implications of climate change and human activities on marine ecosystems.In conclusion, the fluke area is a vital aspect of marine biology that offers insights into the lives of whales. By studying this specific feature, researchers can gain a deeper understanding of swimming mechanics, health indicators, and ecological relationships. As we continue to learn more about these incredible animals, the significance of the fluke area will undoubtedly remain a key focus in marine research. Protecting the habitats of these magnificent creatures is essential for maintaining the balance of our oceans and ensuring the survival of various whale species for generations to come.

在广阔的海洋生物学世界中，许多术语被用来描述海洋生命的各个方面。其中一个术语是fluke area，指的是海洋哺乳动物，特别是鲸鱼尾鳍的表面积。了解fluke area对研究这些壮丽生物的研究人员至关重要，因为它可以提供有关它们游泳效率和整体健康状况的见解。鲸鱼的尾鳍不仅对推进至关重要，还在它们能够在水中灵活移动方面发挥着重要作用。不同种类的鲸鱼之间，fluke area可能会有显著差异。例如，座头鲸的尾鳍比小须鲸的尾鳍大得多。这种大小差异会影响每个物种的游泳和觅食方式。座头鲸以其广阔的fluke area而闻名，进行杂技般的跳跃和复杂的觅食技巧，例如气泡网捕食。相比之下，小须鲸则更流线型，更依赖速度和灵活性，而不是单纯的力量。研究人员通常使用各种技术来测量fluke area，包括摄影测量和3D建模。通过分析从水下无人机或船只拍摄的图像，科学家可以创建鲸鱼尾鳍的准确模型。这些信息对于理解这些动物的游泳生物力学至关重要。较大的fluke area通常允许更强有力的划水，使鲸鱼在迁徙或捕猎猎物时能够覆盖较长的距离。除了在运动中的重要性外，fluke area还可以提供有关鲸鱼年龄和健康状况的线索。随着鲸鱼的成长，它们的尾鳍会逐渐发育并改变形状。通过研究fluke area的生长模式，研究人员可以估计个体鲸鱼的年龄，并随时间监测它们的健康状况。这些信息对保护工作尤为重要，因为它有助于科学家跟踪种群动态，并评估环境变化对这些壮丽生物的影响。此外，fluke area也可以作为整体生态系统健康的指标。尾鳍的大小和形状变化可能反映鲸鱼栖息环境的变化，如猎物可用性变化或栖息地退化。监测这些变化可以帮助研究人员了解气候变化和人类活动对海洋生态系统的广泛影响。总之，fluke area是海洋生物学中一个重要的方面，提供了对鲸鱼生活的深刻见解。通过研究这一特定特征，研究人员可以更深入地理解游泳力学、健康指标和生态关系。随着我们继续学习更多关于这些令人难以置信的动物的知识，fluke area的重要性无疑将继续成为海洋研究的关键焦点。保护这些壮丽生物的栖息地对维持我们海洋的平衡以及确保各种鲸鱼物种在未来几代人的生存至关重要。