Examples of using 的冰芯 in Chinese and their translations into English
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格陵兰岛深处的冰芯很难获取，需要钻取三、四年的时间才能到达岩床。
Deep Greenland ice cores are hard to obtain because it can take three or four years to drill to bedrock.但是现在，在分析了格陵兰岛的冰芯之后，他们有了另一种理论。
格陵兰岛和南极洲的冰芯显示，公元540年出现了第二次喷发，这使黑暗岁月持续得更久。
Greenland and Antarctic ice cores showed evidence of a second eruption in 540 CE, which would have prolonged the misery.接下来，她和她的团队想分析另一个格陵兰岛的冰芯，看他们是否可以复制这些令人惊讶的结果。
Next, she and her team would like to analyze another Greenland ice core to see whether they can replicate these surprising results.美国的一个研讨小组研讨了格陵兰岛西部的冰芯，记录了1650年冰盖的活动状况。
A United States research team examined ice cores from western Greenland that record the behaviour of the 每年解决的冰芯和树木年轮为了解过去的火山作用力以及由此产生的气候效应和对人类的影响提供了机会。
Annually-resolved ice core and tree-ring chronologies provide opportunities for understanding past volcanic forcing and the consequent climatic effects and impacts on human populations.格陵兰岛其他地方的冰芯，记录了过去10万年的变化，但并不含有任何撞击碎片的迹象。
Ice cores elsewhere on Greenland, which record the past 100,000 years, contain no signs of impact debris.然而，现有的格陵兰冰芯缺少关键数据，即缺少有关上一个间冰期――大约11.5万年前的埃姆间冰期的记录。
But the existing Greenland ice cores are lacking crucial data: records from the last interglacial period, called the Eemian, about 115,000 years ago.研究人员在南极大陆北部的詹姆斯-罗斯岛钻取了一段长364米的冰芯，测量当地过去的温度变化.
The teams drilled a 364-metre(1,194 feet) long ice core from James Ross Island in the continent's north to measure past temperatures in the area.长久以来，格陵兰岛的冰芯一直被用来跟踪全球的气候变化，这一切都记录在冰水的氧同位素中。
Ice cores from Greenland have long been used to track global climate change, which is recorded in the frozen water's oxygen isotopes.来自格陵兰岛和南极洲的冰芯是现代气候科学的主要支柱。
Ice cores from Greenland and Antarctica are mainstays of modern climate science.从格陵兰岛的冰芯我们可以了解到那段时间出现过大的气候波动，”研究作者GeneHenry告诉Gizmodo。
We know from ice cores in Greenland that large climate oscillations occurred during this time,” lead study author Gene Henry told Gizmodo.美国领导的一个科学家小组在北极钻取的冰芯中发现了微小的塑料碎片；.
A team of scientists led by 上世纪70年代，冰穹C是多个国家南极地区考察队的冰芯钻探地点的所在地。
In the 1970s, Dome C was the site of ice core drilling by field teams 地球科学在过去20年间所取得的最有趣的发现之一来自格陵兰和南极的冰芯。
One of the most pivotal climatic discoveries of thepast 30 years has come from ice cores in Greenland and Antarctica.在1989年至1993年期间，欧洲和美国的气候研究人员到达格陵兰岛冰蓋的高峰，钻挖了一对2英里（约3.2公里）长的冰芯，去研究其化学成份。
Between 1989 and 1993, US and European climate researchers drilled into the summit of Greenland's 分析了东方湖深达3624公尺的冰芯的各个部分，以研究与过去24万年间气候变化有关联的各种重金属的存象。
Various sections of the 3,624-metre Vostok deep ice core were analysed to study the occurrence of various heavy metals linked to climate changes during the past 240,000 years.万年前的冰芯首次提供了对古代气候的直接观测.
Two million-year-old ice cores provide first direct observations of an ancient climate.普林斯顿大学研究人员正在分析研究200万年前的冰芯.
CCI teams with Princeton to analyze 2 million-year-old ice cores.万年前的冰芯首次提供了对古代气候的直接观测.
Two million-year-old ice cores provide observations of an ancient climate.目前，南极洲最早的冰芯气候记录要追溯到80万年前。
Currently, the oldest ice core climate record in Summit的冰芯表明，这种类型的熔化事件平均每150年发生一次.
Ice cores from Summit show that melting events of this type occur about once every 150 years on average.年季度，采集的冰芯最长达147公尺，含有大约200年的气候记录。
During 我们在南极冰盖钻探的冰芯工作表明，例如，过去的风力条件相似。
然后是在2012年，在南极洲提取的冰芯给科学家们带来巨大的惊喜。
Then in 2012 an ice core from Antarctica revealed 美国国家冰雪中心实验室（NICL）负责存储、管理和研究来自世界各冰川地区的冰芯。
National 这些雕刻的时间也与从格陵兰岛取得的冰芯吻合，这意味着新仙女木期开始于公元前10,890年左右。
The dating of these carvings also matches an ice core taken from Greenland, which pinpoints the Younger Dryas period as beginning around 10,890 BCE.科学家也会将格陵兰岛的冰芯与其他地方的冰 芯进行比较，比如南极洲的冰芯。
Scientists also compare ice cores from Greenland to cores from other places, such as Antarctica.科学家在南极钻取到具有270万年历史的冰芯.
Scientists have extracted in Antarctica ice core with the age of 2.7 million years.南极古老的冰芯有什么特点呢？?
