hydrological forecast

简明释义

水文预报

英英释义

例句

1.The hydrological forecast 水文预报 for the weekend predicts heavy rainfall, prompting outdoor events to be rescheduled.

周末的水文预报 hydrological forecast 预测将有大雨，这促使户外活动被重新安排。

2.The hydrological forecast 水文预报 indicated a significant increase in river levels due to recent rainfall.

最新的水文预报 hydrological forecast 显示，由于近期降雨，河流水位将显著上升。

3.The government issued a hydrological forecast 水文预报 to warn residents about possible flooding in the area.

政府发布了一个水文预报 hydrological forecast，以警告居民该地区可能发生洪水。

4.Farmers rely on accurate hydrological forecasts 水文预报 to plan their irrigation schedules effectively.

农民依赖准确的水文预报 hydrological forecasts 来有效规划灌溉时间表。

5.City planners use hydrological forecasts 水文预报 to design better drainage systems.

城市规划者利用水文预报 hydrological forecasts 来设计更好的排水系统。

作文

Hydrological forecasting is an essential process that involves predicting water-related phenomena in a specific region over a certain period. This practice is crucial for various sectors, including agriculture, urban planning, and disaster management. A reliable hydrological forecast (水文预报) can help farmers determine the best times for planting and harvesting, ensuring optimal crop yields. In urban areas, such forecasts are vital for managing water supply and addressing potential flooding issues.One of the primary components of a hydrological forecast (水文预报) is the analysis of precipitation patterns. Meteorologists use historical weather data to identify trends and make predictions about future rainfall. This information is then integrated with hydrological models that simulate how water moves through the landscape, including rivers, lakes, and groundwater systems. By understanding these dynamics, scientists can provide accurate forecasts that inform decision-making.In addition to precipitation, temperature plays a significant role in hydrological forecasting. Warmer temperatures can lead to increased evaporation rates, which may affect water availability in certain regions. For instance, during periods of prolonged heatwaves, reservoirs may experience lower water levels, impacting both agricultural and urban water supplies. Therefore, incorporating temperature data into a hydrological forecast (水文预报) is essential for creating a comprehensive picture of future water availability.Another critical aspect of hydrological forecasts (水文预报) is flood prediction. Heavy rainfall can lead to rapid increases in river levels, resulting in flooding that can devastate communities. By utilizing advanced modeling techniques and real-time data collection, meteorologists can issue timely warnings to at-risk areas, allowing residents to prepare for potential evacuations or other safety measures. This proactive approach can save lives and reduce property damage.Moreover, the implications of hydrological forecasts (水文预报) extend beyond immediate concerns. Long-term forecasts can help governments and organizations plan for sustainable water management practices. For example, regions prone to drought can implement water conservation strategies based on predicted dry spells. Conversely, areas expecting heavy rainfall can invest in infrastructure improvements to mitigate flooding risks. These strategic decisions rely heavily on the accuracy and reliability of hydrological forecasts (水文预报).The advent of technology has significantly enhanced the accuracy of hydrological forecasts (水文预报). Satellite imagery, remote sensing, and advanced computational models allow scientists to gather and analyze vast amounts of data quickly. This technological advancement means that forecasts can be updated more frequently, providing communities with the most current information available. As climate change continues to alter weather patterns, the importance of precise hydrological forecasts (水文预报) will only grow.In conclusion, hydrological forecasting (水文预报) is a vital tool for managing water resources and preparing for natural disasters. By analyzing precipitation, temperature, and other environmental factors, scientists can create accurate predictions that benefit agriculture, urban planning, and emergency management. As we face increasing challenges related to climate change, the need for effective hydrological forecasts (水文预报) will become even more critical. Investing in this field will not only enhance our understanding of water systems but also equip us to handle the uncertainties of the future.