Temporal status and change detection of stone quarrying and crushing activities using multi-temporal google earth images

Q4 Computer Science
Ram Sharan Chaurasia, S. N. Mohapatra
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引用次数: 0

Abstract

Stone quarrying and crushing (SQC) activities under mining operations normally produce a destructive landscaping impression during the period from start to end.  Spatio-temporal data, downloaded from Google Earth Pro s/w, coupled with remote sensing, GIS, and GPS has been used to evaluate time series (2003, 2008, 2015 and 2021) analysis of stone quarrying and crushing activities in a part of Jhansi Tehsil. Results shows that the variability and pressure on land resources due to stone quarry and crushing activities were found linear increments during the time. There was annual heavy exploitation record during 2003-2008 (30.83%) of stone from quarry sites and total increments of SQC activities were found 277.64% since last 18 years. This study exhibited the prospective advantage of annual monitoring over period and support to make the possible preparations/ management for destructive mining operations. This study exhibited the prospective advantage of annual monitoring over period and support to make the possible preparations/ management for destructive mining operations.
基于谷歌地球多时相图像的采石破碎活动时间状态及变化检测
采矿作业中的采石和破碎(SQC)活动通常会在这段时间从头到尾产生破坏性的景观印象。从谷歌地球专业软件下载的时空数据,结合遥感、地理信息系统和全球定位系统,已用于评估Jhansi县部分地区采石和破碎活动的时间序列(2003、2008、2015和2021)分析。结果表明,采石场和破碎活动对土地资源的变化和压力在这段时间内呈线性递增。2003-2008年,采石场的石头每年都有大量开采记录(30.83%),自过去18年以来,SQC活动的总增量为277.64%。这项研究展示了在一段时间内进行年度监测的前瞻性优势,并为破坏性采矿作业的可能准备/管理提供了支持。这项研究展示了在一段时间内进行年度监测的前瞻性优势,并为破坏性采矿作业的可能准备/管理提供了支持。
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来源期刊
测绘地理信息
测绘地理信息 Earth and Planetary Sciences-Earth-Surface Processes
CiteScore
0.20
自引率
0.00%
发文量
4458
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