为研究该区湖泊演化、气候变化、古地理变迁及第四系划分等提供了新资料。
The new data have been provided for the lake evolution, the climate change, the paleogeographic changes and the divide Quaternary period.
为青藏高原湖泊演化、气候环境变迁研究及第四纪地层的划分与对比提供了新资料。
These supply a new information for the evolution of the Qinghai-Tibet Plateau lakes, climate change research and the division and correlation of the Quaternary strata.
宁晋泊沉积物的环境指标高分辨率分析，揭示了全新世温暖期以来气候变化规律和湖泊演化过程。
Climatic fluctuation and process of lake changes were revealed through high resolution analysis on environmental indices based on sediments of Ningjin lake.
利用40年来的实测数据研究揭示了西北典型内陆湖泊的演化特点及机制。
According to the measured data of typical inland lakes in northwest China, this research has revealed the characteristics of lake evolution and their mechanism during the past 40 years.
洱海湖泊沉积记录的暖干-冷湿气候交替变化规律反映了西南季风影响下的气候演化特征，具有一定的普遍性。
The climatic characteristics of warm dry and cold wet alternations of the lacustrine records in Erhai Lake are of regional features in Yunnan Plateau affected by southwest monsoon on century scale.
沉积环境经历了河流-湖泊、浅海和深海的演化过程。
The sedimentation environment transformed from the fluvial and lake facies to the shallow sea facies, and finally to the deep sea facies.
青藏高原古近纪—新近纪古湖泊的演化，从时间上讲，有从老到新面积逐渐加大的趋势；
In term of time, the Paleogene-Neogene paleolakes of the plateau had a trend to increase gradually in area from the early to late stages.
完整连续的三角洲-湖泊沉积演化体系形成了良好的上生下储式生储盖组合配置；
What′s more, secondary porosity formed by diagenesis improved properties of reservoirs, good association of reservoir rock and rap was also formed in the delta -lake sedimentary system.
完整连续的三角洲-湖泊沉积演化体系形成了良好的上生下储式生储盖组合配置；
What′s more, secondary porosity formed by diagenesis improved properties of reservoirs, good association of reservoir rock and rap was also formed in the delta -lake sedimentary system.
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