地貌

基本解释 (translations)

physiognomy  ·  geomorphy  ·  physiognomies  ·  landforms

词组短语

land form · topographical features · lay of land · surface feature · the general configuration of the earth's surface · topographic feature

与地貌相关的网络例句 [注：此内容来源于网络，仅供参考]

The research at home and abroad on the quantitative extraction methods of numerical geomorphological information mostly focus on the classification of slope by using DEM, the calculation of geomorphology in large areas, the typical line extraction of large geomorphological units such as mountains and basins or special geomorphology.

国内外有关数字地貌信息定量提取方法的研究多集中在利用DEN进行坡度分级、大区域起伏度计算、山地和盆地等大地貌单元、特殊地貌特征线的提取上，而利用DEM和遥感影像进行典型地貌和微地貌信息提取的研究相对较少。

In this paper the author report deals the type and features of granitic geomorphologic landscape in Chaya Mountain National Geopark. Contrast features of granitic geomorphologic landscape of Mt. Chaya to with those of granitic geomorphologic landscape in China and in the world,Features of granitic geomorphologic landscape Mt. Chaya:①granitic geomorphologic landscape are mainly pictographic stones of granitic geomorphologic landscape ,which have a hundred and tens for pictographic stones of granite in Chaya Mountain.

本文论述嵖岈山国家地质公园花岗岩地貌景观的类型、花岗岩地貌景观特征，对河南遂平嵖岈山花岗岩地貌景观特征与国内外典型花岗岩地貌景观进行了对比分析，嵖岈山花岗岩地貌景观特征：①嵖岈山花岗岩地貌景观主要是花岗岩像形石地貌景观，各种形态的花岗岩像形石有100多个。

We think that feature of granitic geomorphologic landscape of Mt. Chaya, which had been formed by syenogranite with medium—coarse grains,mineral crystallized more coarse and equal,joint and fissure of productional are even spacing,unique geomorphologic place and the special climate condition is from north subtropical zone to warm temperate zone, are evidence that granitic geomorphologic is marked zone.

认为嵖岈山花岗岩地貌景观的特征是因嵖岈山花岗岩为中粗粒正长花岗岩，矿物颗粒结晶比较粗且岩性较均一、岩体内节理裂隙发育程度疏密适中、独特的地貌部位和北亚热带向暖温带过渡地带的气候条件形成的，是花岗岩地貌显著地带性有力见证。

Based on Digital Elevation Model Data Space Analysis Technique, Yarlung Zangbo River drainage area is selected to be analyzed quantitatively to its landform and physiognomy by new obtained high precision SRTM DEM data. Typical physiognomy parameter of Yarlung Zangbo River drainage area is picked up economically, and a series of physiognomy analysis theme figures such as physiognomy highness, landform grade, slope direction and hypsography have been generated, which have been discussed and analyzed primarily. Profitable supplement has been made to new construction study of physiognomy boundary strap in the south of Tibetan Plateau.

本文基于数字高程模型数据空间分析技术，利用最新获取的高精度的SRTM DEM数据，选取雅鲁藏布江流域进行定量的地形地貌分析，系统提取了雅鲁藏布江流域典型的地貌参数，生成了一系列地貌分析专题图如地貌高程图、地形坡度、坡向图以及地形起伏度等，并进行了初步的讨论分析，对我国青藏高原南部地貌边界带的新构造研究做了有益的补充。

Based on the survey data in recent years, there are five micro-morphological feature parts in the sea bed of Chengdao area, including erosion morphology, sliding extrusion ridge and collapse, remained scarp or monadnock, blocky seafloor, rough and smooth seafloor, etc.

根据多次的调查资料分析，埕岛海域现在的海底上主要存在5种微地貌形态区即冲蚀地貌区、滑动挤压脊和塌陷凹坑地貌区、侵蚀残留岗丘或台地、斑状海底地貌区、粗糙和平滑海底。

During the study, in order to decrease the complexity, the article simplifies the geomorphic process, defines the ideal state, and, according to the geomorphic principle, reasons out some of the 4-Dimensional Geomorphic Mathematical Sub-Models that include the 4-Dimensional Tectonic Geomorphic Mathematical Model, the 4-Dimensional Depositional Geomorphic Mathematical Model, and the 4-Dimensional Denudate Geomorphic Mathematical Model.

在研究过程中，为了减低复杂程度，简化了地貌过程，规定了理想条件，并根据地貌学原理推导了部分理想条件下的四维地貌数学模型，分别是四维构造地貌数学模型、四维沉积地貌数学模型和四维剥蚀地貌数学模型。

In this article,parts of the sketches of typical coastal geomorphic types drawn by the author in the past years are...

本文选取了作者多年来创作的部分典型海岸地貌素描图，较逼真地说明了海岸地质构造和地貌特点，阐述了地貌素描在海岸地貌调查中的作用。

The result is that NE(42°) is the main direction in neotectonic stress field of Three Gorges region. A geomorphy evolution modeling of Three Gorges area is set up by using DEM method and GIS technology. Process simulation of Three Gorges region geomorphy evolution during 500,000 years is carried out.

在模拟地貌演化过程中，本文建立了内营力起主要作用的地貌演化模型，提出了基于DEM进行地貌演化模拟方法，编制了地貌演化模拟程序，并对50万年以来，三峡地区地貌演化过程进行了模拟。

SWOT analysis of constructing Three Gorges Area Sport Tourism Circle;2. In order to reveal the evolution process of Three Gorges area,a geomorphy evolution modeling is set up on the basis of DEM by using GIS technology,and a visual method of geomorphy evolution simulation is presented.

为揭示三峡地区地貌演化过程，利用GIS技术，基于DEM，建立起了地貌演化模型，提出了一种可形象直观地进行地貌演化模拟的方法，形象再现了50×104a前三峡地区的地貌形态，并对50×104a以来三峡地区地貌演化进行了过程模拟，结果表明50×104a以来，中部抬升幅度最大。

The Shidu Scenic district is good at karst-ravine landscape, The ShihuadongScenic district is characterized of subsurface cave sight seeings, The Baihuashan-Baicaopan is famous at its volcanic-rock intermediate mountain and grass land landscapes, The Yesanpo Scenic district is a structural-scouring ravine landscape region and The Baishishan Scenic district is good at its marble peak forest landscapes.

十渡园区为岩溶峡谷地貌景观、石花洞园区为溶洞群地下岩溶景观、百花山——白草畔园区为火山岩中山草甸地貌景观、野三坡园区为构造——冲蚀嶂谷地貌景观，白石山园区为大理岩峰丛地貌景观。

与地貌相关的网络解释 [注：此内容来源于网络，仅供参考]

landform：地貌

[15] 地貌(landform) 地表起伏形态.在地理学中也叫"地形"[10] . 地貌成因(geomophogensis) 组成地球表面地理环境的诸种自然因素, 一般都直接或间接地参与地表形态的形成过程,制 约着地貌地貌形成过程的强度, 组合状况和空间分布,

morphogenetic：地貌成因的

morphogenesis 地貌成因 | morphogenetic 地貌成因的 | morphogenic phase 地貌发生幕

morphogenetic：形态发生的 形态形成的 地貌成因的 地貌发生的

morphogenesis 地貌成因 地貌发生 形态发生 | morphogenetic 形态发生的 形态形成的 地貌成因的 地貌发生的 | morphogeneticforce 地貌发生力

terrain：地貌

说起地貌,我给长城路线上加了一个"地貌"(TERRAIN)的按钮,这使得大家更容易了解当地的地貌状况. 我把它设置成默认状态.

geomorphic：地形的;地貌的

geomorphic unit 地貌单元 | geomorphic 地形的;地貌的 | geomorphologic anomaly 地貌异常

geomorphic cycle：地貌旋回

geomorphic anomaly 地貌异常 | geomorphic cycle 地貌旋回 | geomorphic development 地貌发育

geomorphic cycle：地貌循环

"地质力学","geomechanics" | "地貌循环","geomorphic cycle" | "地貌成因学,地貌发生学","geomorphogeny"

geomorphic unit：地貌单元

geomorphic trap 地貌圈闭 | geomorphic unit 地貌单元 | geomorphic 地形的;地貌的

geomorphic development：地貌发育

geomorphic cycle 地貌旋回 | geomorphic development 地貌发育 | geomorphic feature 地貌特征

geomorphogeny：地貌成因学,地貌发生学

"地貌循环","geomorphic cycle" | "地貌成因学,地貌发生学","geomorphogeny" | "地形学,地貌学","geomorphology"