1) tectonic geomorphology
构造地貌
1.
The authors summarize current applications and research methods in several specific Earth science areas,including glacial chronology and geomorphology,tectonic geomorphology, site-specific weathering,erosion and regolith/soil production,watershed a.
简述其在冰川地貌、构造地貌、岩石风化、侵蚀与风化壳(土壤)形成、流域侵蚀与搬运过程、阶地、台地以及喀斯特地貌等方面的研究现状。
2.
In this short note we briefly review the research of tectonic geomorphology and report preliminary results on tectonic geo- morphology of the Kenya River, northwestern margin of the Tibet Plateau.
简要评述了构造地貌的研究。
3.
Fluvial erosion is among the core components in tectonic geomorphology.
河流地貌和侵蚀是构造地貌研究的核心内容。
2) tectonic landform
构造地貌
1.
Studies on tectonic landform show that the average sinister slip rate is 1.
以活动构造地貌学为主线,在解析该地区主干断裂晚第四纪以来活动的地质地貌表现的基础上,对一批断裂运动学和史前强震活动的定量数据进行分析研究,结果表明:在岷山断块中,虎牙断裂的平均左旋滑动速率为1。
2.
Morphotectonics studies the occurrence and development of tectonic landforms as well as the relationship between landforms and tectonics, with an aim to reveal the dynamics in the earth.
构造地貌是指受构造内动力作用控制,通过内外地质动力的相互作用所奠定的能够反映一定构造特征的地貌形式。
3.
The study to tectonic landform is an analysis using integrated methods of geomorphology, geodynamics and structural geology.
构造地貌是指由新构造运动直接形成的一种动态的、积极活跃的地貌类型。
3) morphotectonic
构造地貌
1.
Late Cenozoic morphotectonic features of the thrust belt in the front of the West Kunlun Mountains.;
西昆仑山前冲断带晚新生代构造地貌特征
2.
Apatite fission track (AFT) thermochronology of seven samples from the Xiaonanchuan pluton in the Kunlun pass area was carried out to determine the timing of cooling and the relation between the exhumation and the morphotectonic processes.
对昆仑垭口地区小南川岩体7件样品进行磷灰石裂变径迹年代学测试,分析了岩体的冷却过程及岩体的剥露与构造地貌演化的关系。
4) tectonogeomorphology
构造地貌
1.
This paper constructs a digital elevation model(DEM) of the Dabie orogenic belt and performs a modeling analysis of its tectonogeomorphology based on the techno-platform of the geographic information system(GIS) and shuttle radar topography mission(SRTM) topographical data.
以地理信息系统(GIS)为平台,利用航天飞机雷达地形测量(SRTM)数据,构建了大别造山带地区的数字高程模型(DEM),对大别山地区的构造地貌进行了模拟解译分析。
5) structural geomorphology
构造地貌
1.
The progress in studies of the late Cenozoic global structural geomorphology and environmental change are introduced briefly focused on the following subjects: the global tectonic uplift; the formation of intraplate orogens and arches; the undulation of global sea level; the closure and open of some key ocean gateways.
介绍了晚新生代全球构造地貌与环境变化研究中的一些重要进展 ,这主要集中在大陆的构造隆升、板内造山带与大陆穹隆的形成、全球海平面变化、边缘海的“窗口”作用、水道的开启与关闭等方面。
补充资料:构造地貌
构造地貌 structural landform 由地质构造作用形成的地貌。包括地质时期的构造和新第三纪以来形成的新构造。构造地貌的主要类型有:板块构造地貌、断层构造地貌、褶曲构造地貌、火山构造地貌、熔岩构造地貌和岩石构造地貌。地质时期形成的各种构造受外力侵蚀作用后形成的地貌。如背斜山、背斜谷;向斜山、向斜谷;断层崖、断层线崖等。由新构造运动形成的褶曲、断层等遗迹,称为新构造。新构造运动可以分为垂直运动和水平运动。地壳垂直运动形成的地貌,如上升的山地、丘陵、台地;下降的平原、盆地;间歇上升的阶地等。大范围的地壳水平运动使地壳产生挤压或拉张,可以形成大规模的大陆褶皱山系高原、大陆裂谷、断陷盆地;大陆边缘的岛弧、海沟、大陆波;洋底中脊、火山等地貌类型。
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