**长江汉口站水位持续攀升，新一轮强降雨来袭**
中新网武汉报道，随着新一轮强降雨的来临，长江汉口站的水位持续上涨，引发关注。据最新消息，截至6月28日15时25分，长江汉口站水位已经达到25.88米，超出设防水位0.88米。
面对这一严峻形势，武汉市防汛抗旱指挥部办公室表示，预计从29日至30日，长江汉口站水位将呈现快速上涨趋势。此次预计日涨幅达到约0.4米，这对于已经持续承受强降雨压力的长江防线而言，无疑是严峻的考验。
本轮强降雨的原因可能与气候波动和近期自然天气变化有关。目前，武汉市相关部门正密切关注水情变化，并采取相应措施应对可能出现的汛情。市民也应密切关注相关通知，加强自我保护意识。同时呼吁广大市民节约水资源、积极参与防洪抗灾工作。关于本轮降雨和长江流域防洪工作的后续进展仍待持续关注。
英语如下：
News Title: “Water Level at Yangtze River’s Hankou Station Continues to Rise, New Round of Rainfall Brings Urgent Response”
News Content: **Water Level at Yangtze River’s Hankou Station Continuously Rising as a New Round of Heavy Rainfall Arrives**
Wuhan, reported by China News Service, the water level at the Yangtze River’s Hankou Station continues to rise with the arrival of a new round of heavy rainfall, attracting concerns. According to the latest information, as of 15:25 on June 28th, the water level at Hankou Station has reached 25.88 meters, exceeding the prevention level by 0.88 meters.
In response to this serious situation, the Wuhan Flood Prevention and Drought Relief Command Office stated that the water level at Hankou Station is expected to rise rapidly from the 29th to the 30th. The expected daily increase is about 0.4 meters, which is undoubtedly a serious test for the Yangtze River defense line that has been under pressure from continuous heavy rainfall.
The cause of this round of heavy rainfall may be related to climate fluctuations and recent natural weather changes. Currently, relevant departments in Wuhan are closely monitoring water conditions and taking corresponding measures to cope with possible floods. Citizens should also pay close attention to relevant notifications and enhance their awareness of self-protection. At the same time, it appeals to citizens to conserve water resources and actively participate in flood prevention and disaster relief work. The follow-up progress of this round of rainfall and flood prevention work in the Yangtze River basin remains to be closely watched.
【来源】http://www.chinanews.com/sh/2024/06-28/10242324.shtml
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