1、considered in

considered in發(fā)音

英：　　美：

considered in中文意思翻譯

常見(jiàn)釋義：

考慮在

considered in雙語(yǔ)使用場(chǎng)景

1、A driver's health profile and blood pressure are among the other factors considered in determining pay rises, she said.───她說(shuō)，司機(jī)的健康狀況與血壓也是決定加薪的因素。

2、LPG's storage method and its selection are such a problem that it is to be first considered in LPG storage design.───液化石油氣的儲(chǔ)存方式是液化石油氣儲(chǔ)存設(shè)計(jì)中必須首先考慮的問(wèn)題。

3、Each change cannot be considered in isolation, since changes in one of these factors will lead to alterations in another.───不能單獨(dú)考慮每種變化，因?yàn)檫@些因素中的一種變化將導(dǎo)致另外因素的變化。

4、Even such a little garden as this was considered in the metropolis of Copenhagen as a great luxury.───即使是這樣一個(gè)小花園，在哥本哈根也被認(rèn)為是一種極大的奢侈。

5、Other modes of interaction may be considered in the future.───其他交互模式將在以后進(jìn)行討論。

6、That spring, I wondered: how much money people have to be considered in my entire life in the end much?───這一年春天，我在想：人這一輩子到底要有多少錢才算多呢？

7、The Earth would be considered in its planetary relations alone.───地球則僅被視為與其它行星的一種關(guān)系。

8、Though there was no organ in the parish church, it was generally considered (in Blackstable) that the choir he led was the best in Kent.───盡管教區(qū)教堂沒(méi)有風(fēng)琴，可他領(lǐng)導(dǎo)的布萊克斯塔布爾唱詩(shī)班被公認(rèn)為是肯特郡最出色的唱詩(shī)班了。

9、Rio said the comments should be considered in the "context of our ongoing price negotiations" .───力拓表示，應(yīng)該在“我們正在進(jìn)行價(jià)格談判的背景下”來(lái)考慮中方的評(píng)論。

considered in相似詞語(yǔ)短語(yǔ)

1、consider action───考慮行動(dòng)

2、coloured in───涂上顏色

3、considerable pain───相當(dāng)痛苦

4、considerer───考慮者

5、considering───prep.考慮到；就...而論；conj.考慮到；v.考慮到（consider的ing形式）

6、consideration───n.考慮；原因；關(guān)心；報(bào)酬

7、colored in───填色，用顏色填

8、considered───adj.經(jīng)過(guò)深思熟慮的；被尊重的

9、considerations───n.考慮；注意事項(xiàng)（consideration的復(fù)數(shù)形式）；體貼

2、One of the most pressing challenges that the United states-and indeed ,the world-will face in的文章

原文如下：

One of the most pressing challenges that the United States－and indeed, the world－will face in the next few decades is how to alleviate the growing stress that human activities are placing on the environment. The consequences are just too great to ignore. Wildlife habitats are being degraded or disappearing altogether as new developments take up more land. Plant and animal species are becoming extinct at a greater rate now than at any time in Earth’s history. As many as 30 percent of the world’s fish stocks are overexploited. And the list goes on.

Yet, there is reason to have hope for the future. Advances in computing power and molecular biology are among the tremendous increases in scientific capability that are helping researchers gain a better understanding of these problems. Recent developments in science and technology could provide the basis for some major, and timely actions that would improve our understanding of how human activities affect the environment.

One priority for research is improving hydrological forecasting. It has been estimated that the world’s water use could triple in the next two decades. Already, widespread water shortages have occurred in parts of China, India, North Africa, and the Arabian Peninsula. The need for water also is taking its toll on freshwater ecosystems in the United States. Only 2 percent of the nation’s streams are considered in good condition, and close to 40 percent of native fish species are rare to extinct. Using a variety of new remote sensing tools, scientists can learn more about how precipitation affects water levels, how surface water is generated and transported, and how changes in the landscape affect water supplies.

To prevent outbreaks of infectious diseases in plants, animals, and humans, more study is needed on how pathogens, parasites, and disease-carrying species－as well as humans and other species they infect－are affected by changes in the environment. The overuse of antibiotics both in humans and in farm animals has contributed to the growth of antibiotic-resistant microorganisms. Researchers can take advantage of new technologies in genetics and computing to better monitor and predict the effects that environmental changes might have on disease outbreaks.

Humans have made alterations to Earth’s surface－such as tropical deforestation, reduction of surface and ground water, and massive development－so dramatic that they approach the levels of transformation that occurred during glacial periods. Such alterations cause changes in local and regional climate, and will determine the future of agriculture. Recent advances in data collection and analysis should be used to document and better understand the causes and consequences of changes in land cover and use.