题目内容
Global Shortage of Fresh Water
1) 有人认为淡水是取之不尽的。(雨水、河水、井水、地下水)
2) 实际上淡水是非常紧缺的。(人口增加、工业用水增加、污染、干旱)
3) 提出解决问题的办法。
注意: 1. 词数:120字左右。
2. 卷面整洁分:2分
3. 注意语篇连贯,可根据需要增减括号中的内容。
1. Generally, people think that the earth will never lack fresh water. They think there is fresh water in rain, in rivers and wells and underground water.
But in fact such a belief is unfortunately wrong and possibly dangerous. Due to the rapid population increase, fresh water consumption remains great. Besides, with industrial development, more water is needed. Moreover, more rivers and lakes have been polluted and therefore undrinkable. Worst still, many more parts of the world are suffering from droughts.
We must take measures to solve (the problem of ) water shortage. First, population growth should be controlled to reduce water demand. Second, polluted water in the rivers and lakes should be purified. Most importantly, we should value every drip of tap water in our daily life.
In short, the global fresh water shortage can be solved if we take action in time.
2. Seventy percent of the earth's surface is covered with water , which might leads us to think that fresh water is everywhere and it will never be used up in the world.
Actually, fresh water is in a short supply. We know that only a little part of water is fresh water. Yet the demand for fresh water (in our daily life and in industry) seems great. Moreover, with the expansion of the population and development of industry, the amount of the fresh water needed will increase even rapidly. It is estimated that if such a trend continues, the fresh water will be exhausted/used up very soon. What’s worse, more and more water resources are being polluted, and unfit to use , and more rivers and wells have dried up because of droughts.
The good news is that we are aware of the importance of fresh water and its shortage we are facing. We are trying to control the wastes from factories and develop new ways to recycle the used water.
In conclusion, the global shortage of fresh water, I believe, can be solved if we take some measures in time.
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The forces that make Japan one of the world's most earthquake-prone(有地震倾向的) countries could become part of its long-term energy solution.
Water from deep below the ground at Japan's tens of thousands of hot springs could be used to produce electricity.
Although Japanese high-tech companies are leaders in geothermal(地热的) technology and export it, its use is limited in the nation.
"Japan should no doubt make use of its resources of geothermal energy," said Yoshiyasu Takefuji, a leading researcher of thermal-electric power production.
The disastrous earthquake and tsunami on March 11, 2011 caused a reaction against atomic power, which previously made up 30 percent of Japan's energy needs, and increased interest in alternative energies, which account for only 8 percent.
Artist Yoko Ono has called on Japan to explore its natural energy, following the example of Iceland which uses renewable energy for more than 80 percent of its needs.
For now, geothermal energy makes up less than 1 percent of the energy needs in Japan, which has for decades relied heavily on fossil fuels and atomic power.
The biggest problem to geothermal energy is the high initial cost of the exploration and constructing the factories.Another problem is that Japan's potentially best sites are already being developed for tourism or are located within national parks where construction is forbidden.
"We can't even dig 10cm inside national parks." said Shigeto Yamada of Fuji Electric, adding that regulations protecting nature would need to be relaxed for geothermal energy to grow.
Researcher Hideaki Matsui said, "Producing electricity using hot springs is a decades-long project.We also have to think about what to do for now as energy supplies will decline in the short term."
The Earth Policy Institute in Washington, US, believed Japan could produce 80,000 megawatts(兆瓦)and meet more than half its electricity needs with geothermal technology.
Japanese giants such as Toshiba are already global leaders in geothermal technology, with a 70 percent market share.In 2010, Fuji Electric built the world's largest geothermal factory in New Zealand.
【小题1】What would be the best title for the text?
A.Alternative energies in Japan |
B.World's largest geothermal plant |
C.Japan takes the lead in geothermal technology |
D.Japan thinks of geothermal energy |
A.About 8%. | B.Below 1%. | C.Around 30%. | D.Over 80%. |
A.a change of rules | B.financial support |
C.local people's help | D.high technology |
A.Yoshiyasu Takefuji | B.Hideaki Matsui |
C.Shigeto Yamada | D.Yoko Ono |
A.the world's biggest geothermal plant was built by America |
B.Japan will not export its geothermal technology |
C.the potential of Japan's geothermal energy is great |
D.it is hard to find geothermal energy in Japan |