题干

材料一:科技创新对经济社会发展的支撑和引领作用日益增强,而更使科技创新快速成为现实生产力,必须紧紧抓住成果“转化”不放松。我国每年取得省部级以上科技成果3万多项、专科技术7万多项,但科技成果转化率仅为25%左右,真正实现产业化的不足5%,与美国、日本等发达国家80%的科技成果转化率差距甚远。2015年10月,新修订的《中华人民共和国促进科技成果转化法》正式实施:2016年3月,国务院印发《实施<中华人民共和国促进科技成果转化法>若干规定》。2016年政府工作报告明确提出,到2020年,科技进步对经济增长的贡献率达到60%。

材料二:我国近年来的科技成果转化取得了一定的发展,但依旧存在短板,在这些科技成果的转化中,有八成是由企业完成的,科技创新的另一有力选手——高校和科研院所却相对“缺席”。专家表示,产权不明确、产学结合不紧密;审批手续过长,不适合瞬息万变的市场需求;处置权、收益权不明确;企业和高校产学研的合作中还存在一些障碍;技术、市场发展不成熟、转化过程不顺畅等因素导致一些科技成果躺在实验室里“沉睡”,成果变“陈果”。

上一题 下一题 0.0难度 选择题 更新时间:2019-07-26 08:39:20

答案(点此获取答案解析)

同类题2

阅读理解

    Rainforests, it turns out, are not created equal. Take the Amazon rainforest, an area that covers about 7 million square kilometers. But within that huge expanse are all kinds of ecological zones, and some of these zones, says Greg Asner, are a lot more crowded than others.

    “Some forests have many species of trees,” he said, “others have few. Many forests are unique from others in terms of their overall species composition…” And all of these different small areas of forest exist within the giant space that is the Amazon Rainforest.

    So Asner, using the signature technique called airborne laser-guided imaging spectroscopy, began to map these different zones from the air. “By mapping the traits of tropical forests from above,” he explains, “we are, for the first time, able to understand how forest composition varies geographically.”

    The results show up in multicolored maps, with each color representing different kinds of species, different kinds of trees, the different kinds of chemical they are producing and using, and even the amount of biodiversity, the animal and plant species that live within each zone.

    Armed with this information, Asner says decision-makers now have “a first-time way to decide whether any given forest geography is protected well enough or not. If not, then new protections can be put in place to save a given forest from destruction.”

    Asner says the information is a great way for decision-makers to develop a “cost-benefit ratio type analysis.”  Conservation efforts can be expensive, so armed with this information, government leaders can ensure they are making the most of their conservation dollars by focusing on areas that are the most biologically diverse or unique.

    The next step, Asner says, is to take his project global, and to put his eyes even higher in the sky, on orbital satellites. “The technique we developed and applied to map Peru is ready to go global.” Asner said. “We want to put the required instrumentation on an Earth-orbiting satellite, to map the planet every month, which will give the best possible view of how the world's biodiversity is changing, and where to put much needed protections.