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Following a prolonged period of exceptionally dry weather and soaring temperatures, a critical question remains: when will the current drought officially end? While recent rainfall has brought relief to some regions, environmental experts caution that a few wet days are insufficient to resolve such a deep-seated issue. To comprehend the challenge, one must consider how water resources are replenished. A drought is only considered over once water supplies have fully recovered. This includes surface water in rivers and reservoirs, but crucially, it also involves groundwater stored in deep underground rock layers known as aquifers. Experts categorize droughts into four distinct stages. It begins as a meteorological drought, characterized by a simple lack of rain. This evolves into a soil moisture drought, which negatively impacts agriculture and local ecosystems. If the dry conditions persist, a river flow drought occurs. The most critical stage is a groundwater drought. Fortunately, the UK has not yet reached this final level, offering some hope for the near future. However, the recovery process is inherently slow. Returning to normal water levels requires sustained, steady rainfall over several months rather than intense, short-lived storms. In fact, scientists will not be able to definitively declare the drought over until next spring. They must carefully monitor precipitation during the autumn and winter months to determine if underground reserves are being adequately refilled. Should the upcoming winter prove to be dry, the consequences for the environment and the economy could be disastrous. While there are optimistic signs that Europe might face a particularly wet season, the situation remains precarious. If the necessary rainfall fails to materialize, the government may be forced to implement even more stringent measures to preserve remaining supplies. In conclusion, the public must remain patient and continue to practice conservation. Although the ground may appear wet after a storm, the earth’s deep reserves require significant time to recover. Given the rising frequency of extreme weather events, it may be time to consider whether permanent changes to our water consumption habits are necessary.

1. What is the main purpose of the article?

• A.To explain the scientific process of how rain is formed.
• B.To argue that the government is not doing enough to save water.
• C.To clarify why recent rain does not mean the water crisis is over.
• D.To predict the exact date when the drought will end in the UK.

2. According to the text, why is groundwater recovery so significant?

• A.It is the first stage of a drought to be resolved.
• B.It represents the final and most serious stage of water depletion.
• C.It is easier to monitor than river levels or reservoirs.
• D.It is the only source of water used for local agriculture.

3. What can be inferred about the scientists’ timeline for declaring the drought over?

• A.They expect the drought to definitely end by next spring.
• B.They need to observe the long-term impact of winter rainfall.
• C.They are waiting for summer temperatures to drop significantly.
• D.They believe that autumn rainfall alone will be enough to fix the problem.

4. Which of the following best describes the author’s attitude toward the current situation in the UK?

• A.Completely indifferent because the UK is not in a groundwater drought.
• B.Extremely panicked about the immediate economic collapse.
• C.Cautiously optimistic but aware of the risks ahead.
• D.Confident that the drought has already been resolved by recent rain.

5. What is the meaning of the word ‘stringent’ as used in the fourth paragraph?

• A.Flexible and easy to change.
• B.Strict and precise.
• C.Temporary and experimental.
• D.Expensive and difficult to fund.