The immediate effects have already been felt during the summer of 2026. The strengthened and northward-shifted Western Pacific Subtropical High has led to two distinct rain belts in eastern China, causing severe and overlapping rainfall events. Meanwhile, typhoons in the Northwest Pacific and the South China Sea have become more frequent and intense, bringing prolonged wind and rain to coastal areas. As the event matures into autumn and winter, southern and central China are expected to see above-normal precipitation, while parts of northern and northwestern China may face persistent drought. Additionally, a nationwide warm winter is highly likely.
However, the most severe consequences may not arrive until 2027. Due to the lagged response of the atmosphere to ocean temperature changes, the summer of 2027 could bring extreme flood risks to the Yangtze River basin. This poses a significant threat to agriculture, as waterlogged fields could lead to crop failures and increased pest outbreaks in southern regions, while droughts in the north might reduce corn and soybean yields. Beyond agriculture, the energy sector will also face immense pressure. Prolonged heatwaves will drive up electricity demand for cooling, while uneven rainfall could disrupt hydroelectric power generation, creating a complex challenge for national energy security.
In response, Chinese authorities are enhancing climate monitoring and issuing early warnings. Experts emphasize that while El Niño is a major driver of these anomalies, it is not the sole factor; global warming provides a background that intensifies extreme weather events. Therefore, building climate resilience is crucial. This includes upgrading urban drainage systems to prevent flooding, improving irrigation infrastructure for drought resistance, and optimizing the national power grid to ensure energy supply stability. Ultimately, navigating the challenges of a Super El Niño requires proactive planning and adaptive strategies across all sectors of society.
Reading Comprehension Questions:
According to the passage, when is the current Super El Niño expected to reach its peak intensity?A) May to June 2026
B) July to August 2026
C) November to December 2026
D) Summer of 2027
What is the primary function of the Western Pacific Subtropical High during the 2026 summer, as described in the text?
A) It causes a nationwide warm winter.B) It leads to two distinct rain belts and severe rainfall in eastern China.
C) It prevents typhoons from forming in the South China Sea.
D) It brings persistent drought to southern China.
Why might the summer of 2027 pose a significant flood risk to the Yangtze River basin?
A) Because global warming will reach its peak at that time.B) Because the atmosphere's response to ocean temperature changes is delayed.
C) Because the El Niño event will suddenly intensify again.
D) Because urban drainage systems will be under construction.
Which of the following is NOT mentioned as a challenge for the energy sector due to the Super El Niño?
A) Increased electricity demand for cooling during heatwaves.B) Disruption of hydroelectric power generation.
C) Damage to solar panels from extreme hail.
D) A complete shutdown of the national power grid.
What is the author's main purpose in writing this passage?
A) To predict the exact date of the next major earthquake.B) To explain the causes and impacts of a Super El Niño on China and the need for preparation.
C) To argue that global warming is solely responsible for extreme weather.
D) To promote a new technology for predicting ocean temperatures.