热事件沉积产物见于下震旦统莲沱组，夹于河流相沉积的砂岩及粉砂岩中。
Hot event deposits occurred in Liantuo Formation of Lower Sinian, interbedded in fluvial facies sandstones and siltstones.
它们分别属地震事件及其诱发的海啸事件的产物，构成了一个较完整的正震事件沉积序列。
They belong to respectively seismic events and resulted in products of the tsunami events, forming a relatively complete normal seismic event depositional sequence.
本文概略地描述了该地震事件沉积序列中不同岩石类型特征，并对其成因进行了初步的探讨。
Some rock type characteristics of the depositional sequence in the seismic event are summarily described, and the origin of the seismic depositional rock is preliminarily studied in this paper.
Keller并不同意，她指出，她和Addate记录的沉积层的自然增加物与突发事件例如海啸完全不一致。
Keller disagrees, pointing out that the slow accretion of sediment that she and Addate recorded is completely inconsistent with a sudden event like a tsunami. (See pictures of animals in space.)
某一沉积事件周期性出现的频繁程度可用时间序列中的频率来表示。
The periodic occurrence of any sedimentary event may be expressed by the frequency in the time series.
富有机质黑色页岩的形成长期以来被认为是缺氧沉积环境的证据，并被作为全球缺氧事件的标志。
Black shales have been considered as a sign of anoxic depositional environments and anoxic events for a long time.
上述结果表明，微观分析是探讨松散沉积物中形迹不明断层和古地震事件的有效手段。
All the results show that microscopic analysis is an effective method for identifying obscured fault and paleo-seismic event in soft sediments.
自然界岩石的层层沉积体现着时代的变迁，同样，曾经的丰功伟绩和事件也沉淀着丰富的历史。
As in nature, where you can understand the passage of time by studying the sedimentary layers of rock that lay below, history is layered on past achievements and events.
大量资料表明，微观分析是探讨松散沉积物中断层和古地震事件的行之有效的方法。
Recently, a lot of data have shown that microscopic analysis is an effective approach to the identification of obscured faults and paleo-earthquake event in soft sediments.
于粉子山群沉积之后、大致17亿年前发生的粉子山事件使胶北地区基底最后固结。
After deposition of the Fenzishan Group, the Fenzishan event finally solidified the basement in the Jiaobei region 1700 .
沉积速率极小，往往是冷气候显示，甚至是沉积间断，或是气候和地质、灾害事件的突变点。
The minimal growth rate is often indicative of cold climate and even depositional break and sudden change of climate and geology and hazardous events.
这一动物群的更替事件受到当时沉积环境变迁和区域构造活动的制约。
This fauna replacement event was under the control of the variations of sedimentary environments and regional tectonic activities.
研究了长江下游南通段河漫滩沉积剖面的粒度和磁化率特征，由此识别出长江下游南通段现代洪水事件。
After analyzing the characteristics of grain size and the susceptibilities of the sedimentary samples, we identified several flood events in the lower reach of Yangtze River.
华北晚古生代经历了3次大的海平面升降旋回，不同海侵事件在研究区内留下了不同的沉积纪录。
During the Upper Paleozoic in Huabei there were 3 main times of sea level eustacy which caused different deposits in research area.
辐射在组织中沉积能量的事件可能对生物体及其内部细胞结构造成损伤。
The deposited energy in body tissue will injure organism and it's cytoarchitecture.
前言：对高龙金矿石地球化学分析研究表明，矿床存在热水沉积事件，热水沉积对金的富集成矿有重要意义。
Study of geochemical of Gaolong gold deposit shows: there is hydrothermal event in deposit, hydrothermal has important significance on gold metallogenesis.
冰期中的全球性冰川事件不仅对全球性海平面变化，而且对低纬陆棚碳酸盐环境的沉积作用也有重要影响。
World-wide glacial event in an ice age not only contributes to eustatic sea level changes but also penetrates to the shelf carbonate environments and sedimentation coeval low latitude area.
为了识别古洪灾事件，因而从环境磁学角度建立两种沉积物的识别标志是非常必要和有意义的。
In order to identify the ancient flood disaster events, it is significant to establish identification marks of sediments from the environment magnetism.
指出这些事件大部分首先发现于冰川和深海沉积物中，且集中在北半球的高纬度地带。
Most of those events were found in the glacial and deep sea sediments, mainly occurring on the high latitudes of the Northern Hemisphere.
因此，洞穴沉积物（包括石笋、石钟乳和流石等）可望为川东北地区的新构造活动尤其是地震事件研究提供一种新的依据。
Sediments in karst caves here, such as stalagmite, stalactite and flowstone, could provide some new evidences for investigation of the neotectonic movement, especially earthquake in this area.
在流域出口建立卡口站，进行基于过程的汛期水文水质全面监测，同时在流域内设立径流小区，分析了径流事件中径流量、沉积物量、氮和磷负荷规律。
The hydrology and water quality of runoff events were measured on gauging station and the runoff plots in the watershed and the rules of runoff, sediment, nitrogen and phosphorus load were analyzed.
在流域出口建立卡口站，进行基于过程的汛期水文水质全面监测，同时在流域内设立径流小区，分析了径流事件中径流量、沉积物量、氮和磷负荷规律。
The hydrology and water quality of runoff events were measured on gauging station and the runoff plots in the watershed and the rules of runoff, sediment, nitrogen and phosphorus load were analyzed.
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