tidal indicator

简明释义

示潮器

英英释义

例句

1.Sailors use a tidal indicator to avoid shallow waters during low tide.

水手使用潮汐指示器以避免在低潮时驶入浅水区。

2.Many coastal towns rely on the tidal indicator for planning beach activities.

许多沿海城镇依赖潮汐指示器来规划海滩活动。

3.The marine biologist explained how the tidal indicator affects local ecosystems.

海洋生物学家解释了潮汐指示器如何影响当地生态系统。

4.A digital tidal indicator can provide real-time data for surfers.

数字潮汐指示器可以为冲浪者提供实时数据。

5.The fisherman checked the tidal indicator to determine the best time to cast his net.

渔夫查看了潮汐指示器以确定最佳的撒网时间。

作文

Tides are a fascinating natural phenomenon that has captivated human beings for centuries. The rise and fall of sea levels are primarily caused by the gravitational pull of the moon and the sun. To understand and predict these changes in water levels, scientists and mariners often rely on various tools and techniques. One of the most important tools used in this context is the tidal indicator, which plays a crucial role in monitoring and forecasting tidal movements. A tidal indicator is a device or instrument that measures the height of the tide at a specific location over time. This information is vital for navigation, fishing, and coastal management. For instance, fishermen need to know the best times to cast their nets, while sailors must be aware of tide levels to avoid grounding their vessels. The data provided by a tidal indicator can help them make informed decisions. There are several types of tidal indicators, ranging from simple float systems to advanced electronic devices that use sensors to provide real-time data. In some cases, traditional methods such as observing the shoreline or using marked poles may still be employed, especially in remote areas where technology is less accessible. However, modern tidal indicators offer enhanced accuracy and reliability. They often connect to databases that store historical tidal data, allowing for better predictions based on patterns observed over time. Understanding the local geography and how it interacts with tidal forces is also essential. For example, narrow bays may experience more dramatic tidal changes than open coastlines due to the funneling effect of the land. Therefore, the readings from a tidal indicator can vary significantly depending on the location. Additionally, climate change poses new challenges for tide monitoring. Rising sea levels and changing weather patterns can alter the expected tidal behavior, making it increasingly important to have accurate and up-to-date information from tidal indicators. Coastal communities rely on this data not only for daily activities but also for long-term planning and adaptation strategies. In conclusion, the tidal indicator is an indispensable tool for understanding one of nature's most rhythmic processes. Its ability to provide precise measurements of tidal heights enables various sectors to operate safely and efficiently. As we continue to face environmental changes, the role of tidal indicators will only become more critical in helping us navigate the complexities of our oceans and coasts. By investing in better technology and research, we can enhance our understanding of tides and their impact on our world. The future of coastal management, navigation, and marine life depends on our ability to accurately monitor and interpret the data from tidal indicators.

潮汐是一种迷人的自然现象，几个世纪以来一直吸引着人类。海平面的涨落主要是由于月球和太阳的引力。为了理解和预测这些水位变化，科学家和水手通常依赖各种工具和技术。在这个背景下，最重要的工具之一就是潮汐指示器，它在监测和预测潮汐运动中发挥着至关重要的作用。潮汐指示器是一种设备或仪器，用于测量特定位置随时间变化的潮位高度。这些信息对于导航、捕鱼和沿海管理至关重要。例如，渔民需要知道最佳的撒网时间，而水手必须了解潮位，以避免使船只搁浅。潮汐指示器提供的数据可以帮助他们做出明智的决策。有几种类型的潮汐指示器，从简单的浮筒系统到使用传感器提供实时数据的先进电子设备。在某些情况下，传统方法如观察海岸线或使用标记杆仍然可以使用，特别是在技术不太可及的偏远地区。然而，现代的潮汐指示器提供了更高的准确性和可靠性。它们通常连接到存储历史潮汐数据的数据库，允许根据观察到的模式进行更好的预测。理解当地地理和潮汐力量的相互作用也是至关重要的。例如，由于土地的漏斗效应，狭窄的海湾可能会经历比开放海岸更剧烈的潮汐变化。因此，来自潮汐指示器的读数可能因位置而异。此外，气候变化给潮汐监测带来了新的挑战。海平面上升和天气模式变化可能会改变预期的潮汐行为，这使得从潮汐指示器获取准确和最新的信息变得越来越重要。沿海社区不仅依赖这些数据进行日常活动，还依赖其进行长期规划和适应策略。总之，潮汐指示器是理解自然最有节奏的过程之一的不可或缺的工具。它能够提供潮位高度的精确测量，使各个领域能够安全有效地运作。随着我们继续面临环境变化，潮汐指示器的角色将变得更加重要，帮助我们应对海洋和海岸的复杂性。通过投资更好的技术和研究，我们可以增强对潮汐及其对我们世界影响的理解。沿海管理、导航和海洋生物的未来取决于我们准确监测和解释来自潮汐指示器的数据的能力。