IMPLICC团队与其他相关组织,这个星期在德国--迈因茨举行讨论。
In particular, they suggest that particles in the stratosphere can indeed stop rising levelsof greenhouse gases raising the overall global temperature, though in doing so theyslightly cool the tropics while the poles warm a bit.
多个模型结果的相符程度还比模型创造人所预计的更相似,加强了预测结果的可信度。尽管温室气体在持续的增加中,研究显示反光微粒能防止温室气体,造成全球气温的升高。
Other things being equal, the models also agree that geoengineering tends to suppress thehydrologic cycle, with less evaporation and less rainfall.
与此同时,预计到热带地区气温会微降, 南北极的气温则会微升。 所有其他因素不变,各模型一致显示水文循环会遭压制,代表将有较少的蒸发及降雨量。
Some researchers, however, want to go beyond modelling.They wish to experiment in thereal world.
然而,有些科研人员则选择进行真正的实验。
The highest-profile of these schemes has been part of a programme called SPICE, which ispaid for mainly by Britain s Engineering and Physical Sciences Research Council.
最受瞩目的是简称SPICE的组织。
Much of SPICE takes place in computers and laboratories, but one part was to be an actualexperimenta tethered balloon with a kilometre-long hosepipe attached to it.
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