片语

palaeoclimate and lake hydrology modelling古气候与湖泊水文模拟

sedimentary environment and palaeoclimate沉积环境和古气候

palaeoenvironment and palaeoclimate古环境与古气候

Palaeolatitude and palaeoclimate古纬度与气候

Tropical palaeoclimate热带古气候

paleoclimate古气候；地质气候

palaeoclimate mutation古气候突变事件

palaeovegetation and palaeoclimate modeling古植被与古气候模拟

palaeoclimate simulation古气候动力模拟

英汉例句

• Each stage of the evolution and development in the basin is occupied by various geological events as Yanshan Movement, tectonism, volcanic activity, palaeoclimate jump and anoxic event etc.

  燕山运动期，构造变动、火山活动、古气候阶跃、缺氧事件等充实于盆地演化发展的各个阶段，这些地质事件在盆地演化发展中表现出多旋回特点。

• Such a study provides a basis for understanding palaeoclimate shifts by investigation of organic carbon isotopic composition in the deep sea sediments.

  从而为利用深海沉积有机质碳同位素组成研究古气候变迁提供了依据。

• With the discovery of orbital forcing of climate changes, the research on palaeoclimate has entered a new stage of searching for mechanism in climate changes on the basis of quantitative approaches.

  气候变化轨道驱动的发现，使古气候研究进入了定量探索变化机理的新阶段。

• Analyzing of lithological characteristic and fossil plants indicates that the Early-Middle Jurrassic palaeoclimate changed gradually from the hot humid to arid.

  在分析巖组特征和植物所指示的气候基础上，推测早-中侏罗世气候的变化趋势是，由炎热潮湿逐渐变为炎热干旱。

• It was shown that the palaeoclimate was dry all through the late Pliocene to present but with a great dry-wet oscillation. This character was much obvious from middle Pleistocene.

  分析表明，柴达木盆地上新世晚期以来气候一直向干旱方向发展，但干湿波动较大，尤其从中更新世以来更为明显。

• This research also reveals that susceptibility can be used as a palaeoclimate proxy for Precambrian successions.

  研究结果还表明磁化率能够作为前寒武纪的古气候替代性指标。

• The sediment from North Atlantic contains much information of palaeoclimate and Palaeoenvironment, and it is enough for thorough analysis the mechanism of palaeoclimate.

  北大西洋深海的沉积物中饱含丰富的古气候和古环境信息，能够满足对古气候变化机制的深入分析。

• The palaeoclimate with self characteristics in this area is the same as that in the adjacent areas, which belong to the northwestern edge of eastern monsoon.

  该区的古气候演化与同处于我国东部季风西北边缘的相邻地区有一定的可比性，也具有自身的区域特色。

• The taphonomic types are closely related to the palaeoclimate and palaeoecology. The taphonomic characteristics of the fossils suggest that the environmental zonation in the area had been formed.

  化石埋藏类型与古气候、古生态有着密切的关系，化石埋藏特征表明该区自然环境分带已形成。