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The study found the Australian bushfires two years ago were so intense that smoke rose into the atmosphere, causing a complex set of chemical reactions that led to the loss of ozone in the layer that protects the Earth from damaging ultraviolet rays.
这项研究发现,两年前的澳大利亚林火非常猛烈,以至于烟雾上升到了大气层,造成一系列复杂的化学反应,导致臭氧的损失,臭氧层是大气中保护地球免受紫外线破坏的气层。
Satellite observations suggest a total ozone loss of 1% over the southern hemisphere within the month of March 2020 alone. Not insignificant, given the slow recovery of the ozone layer from damage caused decades ago.
卫星观测表明,仅在2020年3月,南半球上空就一共损失了1%的臭氧。鉴于臭氧层几十年前受到破坏后,恢复缓慢,这一数字不容忽视。
词汇表
bushfires 森林大火
complex 复杂的
ozone 臭氧
ultraviolet rays 紫外线
hemisphere (地球的)半球
insignificant 微不足道
4.3
44 ratings
The study found the Australian bushfires two years ago were so intense that smoke rose into the atmosphere, causing a complex set of chemical reactions that led to the loss of ozone in the layer that protects the Earth from damaging ultraviolet rays.
这项研究发现,两年前的澳大利亚林火非常猛烈,以至于烟雾上升到了大气层,造成一系列复杂的化学反应,导致臭氧的损失,臭氧层是大气中保护地球免受紫外线破坏的气层。
Satellite observations suggest a total ozone loss of 1% over the southern hemisphere within the month of March 2020 alone. Not insignificant, given the slow recovery of the ozone layer from damage caused decades ago.
卫星观测表明,仅在2020年3月,南半球上空就一共损失了1%的臭氧。鉴于臭氧层几十年前受到破坏后,恢复缓慢,这一数字不容忽视。
词汇表
bushfires 森林大火
complex 复杂的
ozone 臭氧
ultraviolet rays 紫外线
hemisphere (地球的)半球
insignificant 微不足道
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