Посмотреть эту публикацию в Instagram This 650m deep tunnel was drilled as part of the Filchner Ice Shelf System project (FISS) in order to gather study how this Antarctic ice shelf could respond to a warmer future, and the effects of sea level rise over the next fifty years. To do this, a measuring device was lowered into the hole to collect data on the temperatures and ocean currents beneath the shelf. The tunnel itself was created using a hot water drill – the same technique used in the recent ‘BEAMISH’ project, which dug a kilometer-deep tunnel in another Antarctic ice shelf. Via Johannes Lohse / BAS Follow @science.feed for more! Публикация от Science Feed (@science.feed) 10 Фев 2019 в 1:54 PST
This 650m deep tunnel was drilled as part of the Filchner Ice Shelf System project (FISS) in order to gather study how this Antarctic ice shelf could respond to a warmer future, and the effects of sea level rise over the next fifty years. To do this, a measuring device was lowered into the hole to collect data on the temperatures and ocean currents beneath the shelf. The tunnel itself was created using a hot water drill – the same technique used in the recent ‘BEAMISH’ project, which dug a kilometer-deep tunnel in another Antarctic ice shelf. Via Johannes Lohse / BAS Follow @science.feed for more!
Публикация от Science Feed (@science.feed) 10 Фев 2019 в 1:54 PST
スプートニク日本英バーミンガム大学のヨハネス・ローゼ博士が、この映像を公開した。博士は他の研究者らとともに、地球温暖化が同棚氷に与える影響と世界的な海面上昇について予測することを目的とする「ＦＩＳＳ」プロジェクトに参加している。