Up until a few decades ago, our visions of the future were largely—though by no means uniformly— glowingly positive. Science and

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问题     Up until a few decades ago, our visions of the future were largely—though by no means uniformly— glowingly positive. Science and technology would cure all the ills of humanity, leading to lives of fulfillment and opportunity for all.
    Now Utopia has grown unfashionable, as we have gained a deeper appreciation of the range of threats facing us, from asteroid strike to pandemic flu to climate change. You might even be tempted to assume that humanity has little future to look forward to.
    But such gloominess is misplaced. The fossil record shows that many species have endured for millions of years—so why shouldn’t we? Take a broader look at our species’ place in the universe, and it becomes clear that we have an excellent chance of surviving for tens, if not hundreds, of thousands of years(see "100,000 AD: Living in the deep future"). Look up Homo sapiens in the IUCN’s "Red List" of threatened species, and you will read; "Listed as Least Concern as the species is very widely distributed, adaptable, currently increasing, and there are no major threats resulting in an overall population decline. "
    So what does our deep future hold? A growing number of researchers and organisations are now thinking seriously about that question. For example, the Long Now Foundation, based in San Francisco, has created a forum where thinkers and scientists are invited to project the implications of their ideas over very long timescales. Its flagship project is a mechanical clock, buried deep inside a mountain in Texas, that is designed to still be marking time thousands of years hence.
    Then there are scientists who are giving serious consideration to the idea that we should recognise a new geological era: the Anthropocene. They, too, arc pulling the camera right back and asking what humanity’s impact will be on the planet—in the context of stratigraphic time.
    Perhaps perversely, it may be easier to think about such lengthy timescales than about the more immediate future. The potential evolution of today’s technology, and its social consequences, is dazzlingly complicated, and it’s perhaps best left to science-fiction writers and futurologists to explore the many possibilities we can envisage. That’s one reason why we have launched Arc, a new publication dedicated to the near future.
    But take a longer view and there is a surprising amount that we can say with considerable assurance. As so often, the past holds the key to the future: we have now identified enough of the long-term patterns shaping the history of the planet, and our species, to make evidence-based forecasts about the situations in which our descendants will find themselves.
    This long perspective makes the pessimistic view of our prospects seem more likely to be a passing fad. To be sure, the future is not all rosy: while our species may flourish, a great many individuals may not. But we arc now knowledgeable enough to mitigate many of the risks that threatened the existence of earlier humans, and to improve the lot of those to come. Thinking about our place in deep time is a good way to focus on the challenges that confront us today, and to make a future worth living in.
Our vision of the future used to be inspired by

选项 A、our desire for areas of fulfillment.
B、our faith in science and technology.
C、our awareness of potential risks.
D、our belief in equal opportunity.

答案B

解析 事实细节题。根据出题的顺序性原则,可回文定位到文章第一段。该段落共计两句话。第一句总体交代了过去人们对未来的畅想总体是积极、正面的(were largely positive)。本题的正确答案就隐含在第二句话中。第二个句子实际上紧接着第一句话,交代了积极畅想的原因在于“科学和技术能治愈人类的一切疾病”,由此可确定本题的正确答案为B。选项A、D都错在因果倒置,“lives of fulfillment”以及“opportunity for all”都是科学、技术带来的结果,并非原因。选项C属于无中生有,本段并没有提及任何与“potential risks”相关内容,故排除。
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