Heavy rains in Malaysia have affected more than 20,000 people. What measures can be taken to reduce flood losses?

The continuous rainfall in Malaysia has affected 20,000 people, which makes many Malaysian citizens very uncomfortable. This is because the disasters caused by floods have a great threat to the daily life of citizens and related industries. Therefore, in the face of this situation, we need to better reduce the harm caused by floods through relevant methods. For floods, the most important thing is to predict. Because floods are largely caused by the influence of heavy rainfall. So once the flood comes, heavy rainfall is inevitable, so the weather forecast can better predict the danger brought by heavy rainfall. Therefore, improving the accuracy of weather forecast can better reduce the danger brought by flood. At the same time, the state and the government should also take relevant measures to avoid the greater danger brought by floods.

Today, with the gradual maturity of remote sensing technology and other related satellite technologies, our weather forecast is more accurate. In Malaysia, many people are mainly engaged in agriculture, so agricultural products are very dependent on the weather. In case of floods or other disasters, the output of agricultural products will be reduced. Therefore, in this case, we need to better predict the weather in order to better grasp the relevant agricultural products. Once it is found that there may be heavy rainfall in the weather forecast, it is necessary to pass the news to the local people in time. So that local people can better prepare in advance and reduce the losses caused by floods.

At the same time, the country also needs more waterproof awareness education for short messages, so this waterproof meaning can enable them to ensure their lives and property safety as much as possible in case of emergency. Don't panic when you are in danger, because panic is the condition that leads to such big talk.

Measures to reduce floods can be taken not only from the level of weather forecast, but also from the level of related buildings. For example, the flood can be drained by drainage, so that the priority of water quantity and water use can better alleviate the flood pressure.