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mijiaxin,houhuping,zhangshaoliang,huayifei,zhuyuanli,dingzhongyi.Detecting long-term effects of mining-induced ground deformation on plant succession in semi-arid areas using a cellular automata model,2023,v 151,
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mijiaxin,houhuping,zhangshaoliang,huayifei,杨永均,zhuyuanli,dingzhongyi.Detecting long-term effects of mining-induced ground deformation on plant succession in semi-arid areas using a cellular automata model,2023,v 151,
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mijiaxin,houhuping,Jin, Zhifeng,Yang, Xiaoyan,huayifei.Long-Term Impact of Ground Deformation on Vegetation in an Underground Mining Area: Its Mechanism and Suggestions for Revegetation,2023,卷: 12期: 6
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mijiaxin,yangdeli,houhuping,zhangshaoliang.A “Status-Habitat-Potential” Model for the Evaluation of Plant Communities in Underwater Mining Areas via Time Series Remote Sensing Images and GEE,2023
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米家鑫,杨永均,丁忠义,张绍良,华亦菲,侯湖平.Impacts of Ground Fissures on Soil Properties in an Underground Mining Area on the Loess Plateau, China,2022,卷: 11期: 2
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mijiaxin,zhangshaoliang,杨永均,houhuping,dingzhongyi.Simulation system for succession of plant communities in mining subsidence area based on natural revegetation,2022,v 47,n 4,p1657-1668
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mijiaxin,zhangshaoliang,Yongjun Yang,houhuping,dingzhongyi.基于自然恢复的采煤沉陷区植物群落演替模拟系统开发,2021
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mijiaxin , 马占元,赵晨德,zhangshaoliang,常晓华,路喜,王玉明,魏川博,岳雪莲,Yongjun Yang,一种基于长时序植被指数的重建植被遥感判别方法
