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13篇 您的检索式:作者名="Cees van WESTEN"
    题名 作者 年代 出处 被引量
1Co-seismic Landslide Inventory and Susceptibility Mapping in the 2008 Wenchuan Earthquake Disaster Area,China显示文摘The Ms 8.0 May 12,2008 Wenchuan earthquake triggered tens of thousands of landslides.The widespread landslides have caused serious casualties and property losses,and posed a great threat to post-earthquake reconstruction.A spatial database,inventoried 43,842 landslides with a total area of 632 km 2,was developed by interpretation of multi-resolution remote sensing images.The landslides can be classified into three categories:swallow,disrupted slides and falls;deep-seated slides and falls,and rock avalanches.The correlation between landslides distribution and the influencing parameters including distance from co-seismic fault,lithology,slope gradient,elevation,peak ground acceleration(PGA) and distance from drainage were analyzed.The distance from co-seismic fault was the most significant parameter followed by slope gradient and PGA was the least significant one.A logistic regression model combined with bivariate statistical analysis(BSA) was adopted for landslide susceptibility mapping.The study area was classified into five categories of landslide susceptibility:very low,low,medium,high and very high.92.0% of the study area belongs to low and very low categories with corresponding 9.0% of the total inventoried landslides.Medium susceptible zones make up 4.2% of the area with 17.7% of the total landslides.The rest of the area was classified into high and very high categories,which makes up 3.9% of the area with corresponding 73.3% of the total landslides.Although the susceptibility map can reveal the likelihood of future landslides and debris flows,and it is helpful for the rebuilding process and future zoning issues.LI Wei-le HUANG Run-qiu TANG Chuan XU Qiang Cees van WESTEN 2013Journal of Mountain Science2013,10,3:15
2Characterising spectral, spatial and morphometric properties of landslides for semi-automatic detection using object-oriented methods显示文摘Tapas R. Martha Norman Kerle Victor Jetten Cees J. van Westen K. Vinod Kumar 2009Geomorphology2009,,1:1
3The modelling of landslide hazards using GIS显示文摘Cees j Van Westen 2000Survey in Geophysics2000,21,:1
4Landslide dams triggered by the Wenchuan Earthquake, Sichuan Province, south west China显示文摘Qiang Xu Xuan-Mei Fan Run-Qiu Huang Cee Van Westen 2009Bulletin of Engineering Geology and the Environment2009,,3:1
5Distribution pattern of earthquake-induced landslides triggered by the 12 May 2008 Wenchuan earthquake显示文摘Tolga Gorum Xuanmei Fan Cees J. van Westen Run Qiu Huang Qiang Xu Chuan Tang Gonghui Wang 2011Geomorphology2011,,3:1
6Object-oriented analysis of multi-temporal panchromatic images for creation of historical landslide inventories显示文摘Tapas R. Martha Norman Kerle Cees J. van Westen Victor Jetten K. Vinod Kumar 2011ISPRS Journal of Photogrammetry and Remote Sensing2011,,:1
7Qualitative landslide susceptibility assessment by multicriteria analysis: a case study from San Antonio del Sur, Guantanamo, Cuba (in GIS technology and models for assessing landslide hazard and risk)显示文摘Enrique A Castellanos Abella Cees J van Westen 2008Geomorphology2008,94,34:1
8Qualitative landslide susceptibility assessment by muhicriteria analysis; a case study from San Antonio del Sar, Guantanamo, Cuba (in GIS technology and models for assessing landslide hazard and risk) 显示文摘Enrique A Castellanos Abella Cees J van Westen 2008Geomorphology2008,94,34:1
9Distribution pattern of earthquake-induced landslides triggered by the 12 May 2008 Wenchuan earthquake显示文摘Tolga Gorum Xuanmei Fan Cees J. van Westen Run Qiu Huang Qiang Xu Chuan Tang Gonghui Wang 2011Geomorphology2011,,3:1
10Spatial data for landslide susceptibility, hazard, and vulnerability assessment: An overview显示文摘Cees J. van Westen Enrique Castellanos Sekhar L. Kuriakose 2008Engineering Geology2008,,3:1
11From spatio-temporal landslide susceptibility to landslide risk forecast显示文摘The literature on landslide susceptibility is rich with examples that span a wide range of topics.However,the component that pertains to the extension of the susceptibility framework toward space–time modeling is largely unexplored.This statement holds true,particularly in the context of landslide risk,where few scientific contributions investigate risk dynamics in space and time.This manuscript proposes a modeling protocol where a dynamic landslide susceptibility is obtained via a binomial Generalized Additive Model whose inventories span nine years(from 2013 to 2021).For the analyses,the data cube is organized with a mapping unit consisting of 26,333 slope units repeated over an annual temporal unit,resulting in a total of 236,997 units.This phase already includes several interesting modeling experiments that have rarely appeared in the landslide literature(e.g.,variable interaction plots).However,the main innovative effort is in the subsequent phase of the protocol we propose,as we used climate projections of the main trigger(rainfall)to obtain future estimates of yearly susceptibility patterns.These estimates are then combined with projections of urban settlements and associated populations to create a dynamic risk model,assuming vulnerability=1.Overall,this manuscript presents a unique example of such a modeling routine and offers a potential standard for administrations to make informed decisions regarding future urban development.Tengfei Wang Ashok Dahal Zhice Fang Cees van Westen Kunlong Yin Luigi Lombardo 2024Geoscience Frontiers2024,15,2:0
12印度南部运输通道沿线滑坡灾害的定量评价(摘要)显示文摘本文提供了—种用刊耳价印度南著昵尔吉里丘陵运错涨自然边坡滑坡灾害的定量陡型。灾害评介听需数据灼辫;分来自于历史记录。为了进行灾害模拟,根据相关技术报告以及1987年至2007年21年间的有效的公路和铁路维护记录,编制滑坡编录图。大多数滑坡是由降雨诱发的浅层岩屑推移滑动和泥石流滑动。在这些自然边坡发生的滑坡事件尚属首次。通过把现存滑坡源区作为因变量和把边坡倾角、方位、风化层厚度和土地使用作为自变量,利用一种逻辑回归模型计算每个象元滑坡的空间概率。利用首次诱发自然边坡发生滑坡事件所需的降雨临界值的超载概率,直接评估滑坡的瞬时概率。把滑坡大小概率评估为滑坡体积(滑坡量级的替代项)的频率百分比,随后把这些百分比值表示为概率。通过假定3种概率之间的独立性获得滑坡灾害的定量评估,例如滑坡体积、建模期间内滑坡存在的综合概率,以及滑坡开始的空间概率。利用在2008至2009年期间发生的降雨和滑坡事件相关数据来验证这些模型。共获得了12种特定的滑坡灾害图,分别考虑了6个时期(1、3、5、15、25和50年)和2个滑坡体积(体积超过1,000m^3和10.000m^3.Pankaj Jaiswal Cees J. van Westen Victor Jetten 赵玉军(摘译) 孙建平(校对) 2012水文地质工程地质技术方法动态2012,,3:0
13意大利贝卢诺附近滑坡灾害数字化地貌编图显示文摘传统的山区大比例尺地貌图采用了以符号为基础的复杂图例,它们可谓出色的“地貌数据库”,从中可获取大量有用信息用于灾害编图。但这些图件因结构复杂,并不适合与GIS结合使用,介绍了3种用GIS进行大比例尺数字化地貌编图的方法和数字化制图法,并在地貌背景复杂的意大利贝卢诺附近进行了试验,通过一系列的数据层介绍了GIS数据库的结构及其相互间的联系,借助数字制图软件可将GIS数据库转换成一张纸质图件,最终的GIS数据库和图件可用来分析每一个多边形的灾害类型和灾害等级,为确定灾害提供依据。Cees J Van Westen 方强2001江苏地矿信息2001,26,2:0
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