undrinkable

简明释义

英[ʌnˈdrɪŋkəbl]美[ʌnˈdrɪŋkəbl]

adj. 不能喝的；不能饮用的

英英释义

单词用法

同义词

反义词

例句

1.More than 97 percent of Earth's water is in the oceans, but that vast reservoir is undrinkable unless the salt is removed.

地球上超过97%的水是海水，在盐分去除之前是不能饮用的。

2.When this waste dumped into rivers, the water downstream becomes undrinkable and unusable for agriculture, and also kills plant and animal life in the rivers.

当这些废物排入河流，下游的水就不能喝，不能用于农业，并杀死植物和动物生命的河流。 。

3.Chemical companies in order to save costs, will not be processed into the river sewage, and makes the water undrinkable.

化工企业为了节省成本，不会入河污水处理，使水不能饮用的。

4.I come from Shanghai. Shanghai's water is yellow; it's simply undrinkable.

我从上海来，上海的水简直就不能吃了，而且是黄的。

5.Forty percent of the waterways have become undrinkable.

百分之四十的河川水道已变得不可饮用。

6.You should have put the milk into the ice-box. I expect it has become undrinkable by now.

你本来该把牛奶放到冰箱里。我估计它现在已经不能喝了。

7.They found the water was poisonous and undrinkable for people or animals.

他们发现，水是有毒的和不能饮用的人或动物。

8.Thee patient retorted, "This is lop-sided talk, so it is absurd. Not all water is drinkable. If youput same potassium cyanide in it, it will be undrinkable."

病人说：“这样谈问题是片面的，因而是荒谬的，并不是所有的水都能喝。例如你如果在水里搀上氰化钾，就绝对不能喝。” ”

9.The restaurant had to throw away a batch of soup because it was deemed undrinkable.

这家餐馆不得不扔掉一批汤，因为它被认为是不可饮用的。

10.After the chemical spill, the local authorities declared the tap water undrinkable.

化学泄漏后，当地政府宣布自来水不可饮用。

11.The milk had gone bad and was now undrinkable.

牛奶变质了，现在是不可饮用的。

12.The water from the river was so polluted that it was completely undrinkable.

河里的水污染严重，完全是不可饮用的。

13.He took a sip of the water and immediately spat it out, declaring it undrinkable.

他喝了一口水，立刻吐了出来，宣称这水是不可饮用的。

作文

Water is essential for life, yet not all water is suitable for consumption. In many parts of the world, people face the harsh reality of having access to water that is considered undrinkable. This term refers to water that is unsafe to drink due to contamination or pollutants. The consequences of consuming undrinkable water can be severe, leading to various health issues, including gastrointestinal diseases, cholera, and even long-term health complications. In urban areas, the problem of undrinkable water often arises from industrial waste disposal. Factories may discharge harmful chemicals into rivers and lakes, making the water toxic. One might think that filtration systems could solve this problem, but not all contaminants can be removed effectively. For instance, heavy metals like lead and mercury can remain in the water supply, rendering it undrinkable. In rural regions, the situation can be equally dire. Many communities rely on wells for their water supply. However, these wells can become contaminated due to agricultural runoff, which often contains pesticides and fertilizers. When such substances seep into the groundwater, the water becomes undrinkable, putting the health of entire communities at risk. The impact of undrinkable water extends beyond individual health. It affects economic development, education, and overall quality of life. Children who suffer from waterborne diseases often miss school, which hinders their education and future opportunities. Furthermore, adults who are frequently ill cannot work effectively, leading to decreased productivity and economic strain on families and communities. Addressing the issue of undrinkable water requires a multi-faceted approach. Governments and organizations need to invest in infrastructure that ensures clean water supply. This includes building treatment facilities that can purify contaminated water sources. Additionally, public awareness campaigns can educate communities about the importance of protecting their water sources from pollution. Technology also plays a crucial role in combating the problem of undrinkable water. Innovative solutions, such as solar-powered water purification systems, can provide safe drinking water to remote areas. These technologies not only make water safe to drink but also empower communities by reducing their dependency on external aid. In conclusion, the issue of undrinkable water is a pressing global challenge that demands immediate attention. By recognizing the importance of clean water and taking actionable steps to ensure its availability, we can protect the health of individuals and communities. Everyone deserves access to safe drinking water, and it is our collective responsibility to make that a reality. Only then can we ensure a healthier future for ourselves and generations to come.

水是生命的基本要素，但并非所有水都适合饮用。在世界的许多地方，人们面临着一个严峻的现实，那就是他们接触到的水被认为是不可饮用的。这个术语指的是由于污染或有害物质而不安全饮用的水。饮用不可饮用的水的后果可能是严重的，导致各种健康问题，包括肠胃疾病、霍乱，甚至长期健康并发症。在城市地区，不可饮用的水问题通常源于工业废物的排放。工厂可能将有害化学物质排放到河流和湖泊中，使水变得有毒。人们可能会认为过滤系统可以解决这个问题，但并非所有污染物都能有效去除。例如，铅和汞等重金属可能会留在水供应中，使其变得不可饮用。在偏远地区，情况同样严峻。许多社区依赖井水作为水源。然而，这些井可能因农业径流而受到污染，农业径流通常含有农药和肥料。当这些物质渗入地下水时，水就变得不可饮用的，使整个社区的健康面临风险。不可饮用的水对个人健康的影响超出了个体健康。它影响经济发展、教育和整体生活质量。经受水传播疾病的儿童往往缺课，这妨碍了他们的教育和未来机会。此外，频繁生病的成年人无法有效工作，导致家庭和社区的生产力下降和经济压力。解决不可饮用的水问题需要多方面的综合方法。政府和组织需要投资于确保清洁水源的基础设施。这包括建立能够净化受污染水源的处理设施。此外，公众意识活动可以教育社区保护他们的水源免受污染的重要性。技术在应对不可饮用的水问题中也发挥着至关重要的作用。创新解决方案，如太阳能水净化系统，可以为偏远地区提供安全饮用水。这些技术不仅使水安全可饮用，还通过减少社区对外部援助的依赖来赋予社区权力。总之，不可饮用的水问题是一个紧迫的全球挑战，亟需立即关注。通过认识到清洁水的重要性并采取切实可行的步骤确保其可用性，我们可以保护个人和社区的健康。每个人都应该获得安全饮用水，这是我们共同的责任，使这一目标成为现实。只有这样，我们才能确保自己和后代更健康的未来。