• 昨天印度环境部长拉梅记者气候变化导致喜马拉雅山冰川在2035年前彻底融化的断言没有事实根据。

    Yesterdaythe Indian environment minister, Jairam Ramesh, told reporters theclaim that climate change would cause Himalayan glaciers to melt awayby 2035 was unfounded.

    youdao

  • 工业化时代刚开始以来,不到1摄氏度升温引起的环境变化是令人可怕、出人意料的,其中包括冰川消融前所未有的珊瑚礁退化

    Less than one degree Celsius of warming since the pre-industrial age has unleashed frightening and unforeseen change, including glacier-melt and unprecedented coral-reef degradation.

    youdao

  • 无论怎样冰川下埋藏之后,苔藓复活说明随着环境变化有些生命能够复苏。恢复消失冰川本身却是棘手问题

    Nevertheless, this resurrection after ice entombment displays the resiliency of some life as conditions change. But restoring the disappearing ice itself, well, that's a far trickier matter.

    youdao

  • 结果表明,宁化地区第四纪古气候环境没有形成冰川条件,但明显受到全球气温变化的控制。

    The Late Quaternary paleoclimate environment in Ninghua was not suitable for the development of a glacier, and it was kept under the influence of the global temperature variation.

    youdao

  • 到目前为止,我们这种方法监视大地海洋冰川云层已经有10个年头了,我们医生检查病人生命特征一般记录地球环境变化

    Now in its 10th year of monitoring the land, oceans, sea ice and clouds, Terra tracks environmental change like a doctor monitors a patient's vital signs.

    youdao

  • 到目前为止,我们这种方法监视大地海洋冰川云层已经有10个年头了,我们医生检查病人生命特征一般记录地球环境变化

    Now in its 10th year of monitoring the land, oceans, sea ice and clouds, Terra tracks environmental change like a doctor monitors a patients vital signs.

    youdao

  • 结果表明,宁化地区第四纪古气候环境没有形成冰川条件,但明显受到全球气温变化的控制。

    P. the Late Quaternary paleoclimate environment in Ninghua was not suitable for the development of a glacier, and it was kept under the influence of the global temperature variation.

    youdao

  • 冰期中的全球性冰川事件不仅全球性海平面变化而且陆棚碳酸盐环境沉积作用也有重要影响。

    World-wide glacial event in an ice age not only contributes to eustatic sea level changes but also penetrates to the shelf carbonate environments and sedimentation coeval low latitude area.

    youdao

  • 冰期中的全球性冰川事件不仅全球性海平面变化而且陆棚碳酸盐环境沉积作用也有重要影响。

    World-wide glacial event in an ice age not only contributes to eustatic sea level changes but also penetrates to the shelf carbonate environments and sedimentation coeval low latitude area.

    youdao

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