Tectonic uplift and lateral compression are major factors responsible for the abnormal pressure.
本研究区异常高压形成的主控因素是构造抬升和水平构造挤压应力。
The formation of sand waves is controlled mainly by underset of tidal current, and also related to tectonic uplift.
沙波形成主要受潮流底流的水动力作用控制，并与构造抬升有关。
Tectonic uplift and climate change are two key factors in controlling the development of river terraces in hinterlands.
构造运动和气候变化是制约内陆地区河流阶地发育的两个关键因素，而不同地区的河流对它们的响应方式多种多样。
During Cenozoic, the most remarkable tectonic uplift in geologic history appeared as the result of material redistribution and adjustment in lithosphere.
新生代时，岩石圈中出现了物质的重新分配与调整，产生了地史上最为显著的构造隆升。
The deep troughs on the Three Gorges valley bottom are formed by river downcutting along the structurally zones on the background of regional tectonic uplift.
结果表明：（1）三峡坝区河谷深槽是在三峡地区构造抬升过程中，水流顺构造裂隙强烈侵蚀下切而形成的；
Long-term surface denudation rates are in first order controlled by tectonic uplift and could reflect the geomorphical evolution under the influence of tectonics.
长尺度地表剥蚀速率在根本上受控于构造作用，并且能够反映构造影响下的地貌发育过程。
Main controlling factors of sequence development in lacustrine basins are tectonic uplift and subsidence, lake-level changes, and changes of sediment supply rates.
湖相盆地层序发育的主要控制因素为构造升降、湖平面变化和沉积物供应速率的变化。
Faults and tectonic uplift in the late stage of Himalayan orogeny are the main factors on gas dissipating and the secondary oil and gas pool forming above salt layer in Eogene.
喜马拉雅晚期产生的断层和构造抬升作用，是该区天然气散失和盐上次生油气藏形成的主要因素。
The Haizi Shan, located in the central Shaluli Mountain, eastern Tibetan Plateau, experienced tectonic uplift of great amplitude and extensive glaciation during the Quaternary.
研究区海子山位于青藏高原东部的沙鲁里山中段，在第四纪期间经历了大幅度构造抬升及第四纪冰川作用。
Mountains produced by the orogenic movement in the Mesozoic time and plateaus formed thereafter by tectonic uplift become an important factor that influences the global climate.
中生代造山运动造就的山脉和其后由构造隆升形成的高原，也是影响全球气候的主要因素之一。
The forming mechanisms of subnormal pressure can be divided into 4 types: 1)increase in pore volume caused by tectonic uplift and formation erosion, or chemical effects of pore water;
将异常低压的形成机制归纳为4大类：1）构造抬升和地层剥蚀、孔隙水化学作用引起的孔隙体积增大；
The tectonic setting of granitoids of Yanshanian Stage in the south of Anhui Province and the northeast of Jiangxi Province in Jiangnan Uplift is studied.
对比研究了江南隆起带皖南地区与赣东北地区燕山期花岗岩类形成的构造背景。
Based on the tectonic landforms and neotectonic characteristics, the uplift rates along northern Shandong Peninsula since late Quaternary was calculated.
根据构造地貌与新构造特征，推算了晚更新世以来山东半岛北部沿海地区的构造抬升速率。
The Dalangtan Liangzhong deposit is a secondary basin gradually divided from the united Qaidam basin, under the background of Qinghai-Tibet Plateau's regional uplift tectonic motion.
大浪滩梁中矿床是在青藏高原区域性隆升构造动力背景下，逐渐从统一的柴达木盆地中分隔出来而形成的次级盆地。
The tectonic evolution history of Tazhong uplift is divided into four stages.
将塔中隆起的构造演化史划分为四个阶段。
The tectonic evolution of Dabashan foreland basin is reconstructed by studying the relationship between the sedimentary fill sequence and the uplift of adjacent Dabashan orogenic belt.
根据对沉积充填与相邻大巴山造山带隆升之间的关系，重建了前陆盆地的构造演化。
It has been studied about sealing capacity evolution of cap rock in the process of buried, diagenesis and uplift. The broken test of cap rock modeling tectonic deformation has been done.
研究了埋藏—成岩—抬升变形过程中盖层封闭性的演化特点，开展了构造变形过程中盖层破裂实验。
They occurred under the tectonic setting ranging from post collision uplift to late orogenesis.
产生于板块碰撞后隆起到造山晚期的构造背景。
The Late Yanshanian uplift and the cooling of the plutons were caused by early tectonic denudation and late weathering erosion, which led to the good deposition response in basins.
燕山晚期岩体隆升和降温由早期构造剥蚀和晚期风化剥蚀造成，并具有良好的盆地沉积响应。
The tectonic subsidence is the main controlling factor in the foreland basin, which went through three periods, namely press, flexure subsidence to laxitas, uplift.
上扬子区在加里东运动过程中形成前陆盆地，主要经历了三次挤压、挠曲沉降至松驰、抬升过程。
Luxi uplift and Jiyang Depression are two very important inferior tectonic unit of North China Plate and are important parts of extensional tectonic system in eastern China.
鲁西隆起和济阳坳陷是华北板块两个非常重要的次级构造单元，也是中国东部伸展体系的重要组成部分。
A syn-orogenic uplift-extensional tectonic setting occurs in the late episode of Late Triassic-Early Jurassic, which is characterized mainly by down-faulted basins and tholeiite;
晚三叠世末-早侏罗世为同造山上隆伸展环境，形成的主要地质要素是裂陷盆地与拉斑玄武岩；
A syn-orogenic uplift-extensional tectonic setting occurs in the late episode of Late Triassic-Early Jurassic, which is characterized mainly by down-faulted basins and tholeiite;
晚三叠世末-早侏罗世为同造山上隆伸展环境，形成的主要地质要素是裂陷盆地与拉斑玄武岩；
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