进而分析了馆陶组湿地冲积扇的岩性特征、古气候特征、微相类型，并总结出了这种冲积扇的沉积模式。
The lithologic character, geolog ic climate feature and the types of micro-facies in the Guantao Formation are analyzed and the models of facies are also concluded in this paper.
海相碳酸盐岩中的碳、氧同位素组成及其演化特征分析是古气候、古海洋环境研究的一种常用手段。
The carbon and oxygen isotope composition and its evolution of Marine carbonate rock is commonly means to the study of the ancient climate and ancient Marine environment.
最后，结合层序地层划分分析了古气候变化。
Finally, we discuss the paleoclimate change according to the sequence stratigraphical analysis.
分析海桑属花粉在晚第四纪地层中的分布，对深入研究南海海区的物质来源、古环境和古气候等有着重要的意义。
The environmental and climatic fluctuation of the late Quaternary in the South China Sea was explored by analysing the distribution of Sonneratia pollen.
利用现代和化石孢粉资料，借助于对应分析方法，进行了古气候定量重建尝试。
This paper deals with the use of correspondence analysis as an aid in paleoclimatic reconstruction based on modern and fossil pollen data.
从物理海洋、古气候、沉积环境和构造环境分析入手，研究了南海天然气水合物的形成条件。
We have researched the forming condition of gas hydrate in the South China sea according to the physical oceanography, palaeo-climate, sedimentary environment, and tectonic environment.
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 sediment from North Atlantic contains much information of palaeoclimate and Palaeoenvironment, and it is enough for thorough analysis the mechanism of palaeoclimate.
以孢粉分析了解古气候方面的信息。
Pollen analysis helped to find out the paleoclimate information.
三星堆文明，应从其所在的三四千年前的古气候考察为立足点，以持续性干旱、突发性洪水和山区冰川活动的灾害性现象为特征进行分析、研究。
The study of Sanxingdui should take the investigation of weather three or four thousand years ago as the stand and analyze the durative drought, sudden flood and glacier movement.
结合孢粉分析结果，本文探讨了青海省西部地区通天河及布曲流域晚更新世早中期的古植被与古气候。
Based on the U-series dating and sporopollen analysis, this paper presents a discussion on the paleovegetation and paleoclimate of the Buqu Basin and its adjacent regions during the interval 88.
分析末次冰期以来东海沉积物来源，对揭示古海洋、古气候变化和环境演化都有重要意义。
The studies to exhibit the sedimentary source in the East China Sea during the last glacial age are of great significance to reveal paleo-ocean, paleo-climate change and environmental evolution.
分析末次冰期以来东海沉积物来源，对揭示古海洋、古气候变化和环境演化都有重要意义。
The studies to exhibit the sedimentary source in the East China Sea during the last glacial age are of great significance to reveal paleo-ocean, paleo-climate change and environmental evolution.
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