以第1作者或通讯作者发表论文100余篇,代表性论文如下: 1、H. Li, B. Zhou and F. Xu,Variation Analysis of Spectral Characteristics of Reclamation Vegetation in a Rare Earth Mining Area under Environmental Stress, IEEE Transactions on Geoscience and Remote Sensing, 2022.1(SCI,TOP期刊,IF=8.125) 2、Shuaiwen Wu, Hengkai Li*,Prediction of PM2.5 concentration in urban agglomeration of China by hybrid network model,Journal of Cleaner Production,2022.9(SCI,TOP期刊,IF=11.072) 3、Hengkai Li,Feng Xu,Qing Li,Remote Sensing Monitoring of Land Damage and Restoration in Rare Earth Mining Areas in 6 Counties in Southern Jiangxi Based on Multisource Sequential Images ,Journal of Environmental Management,2020.4(SCI,TOP期刊,IF=8.910 ) 4、Deng H ,Li H*,A Study on the Characteristics of the Spatio-temporal Changes of Urban Agglomerations in Guangdong-Hong Kong-Macao Greater Bay Area,China ,Journal of Urban Planning and Development,2021.6(SSCI/SCI期刊,IF=2.341) 5、Deng H, Li H*,Identification of Urban Spatial Structure of Pearl River Delta Urban Agglomeration Based on Multisource Spatial Data, Journal of Urban Planning and Development, 2023.4(SSCI/SCI期刊,IF=2.341) 6、Wang, X., Lai, C., Li, H*. & Zhang, Z, A tripartite game analysis of public participation in environmental regulation of ionic rare earth mining areas,Resources Policy ,2023.1(SSCI,TOP期刊,IF=8.222 ) 7、Zhang J, Li H*, Huang D, Wang X,Evaluation Study of Ecological Resilience in Southern Red Soil Mining Areas Considering Rare Earth Mining Process,Sustainability,2023.1(SSCI/SCI,IF=3.889 ) 8、Nie, S., Li, H*, Analysis of Construction Networks and Structural Characteristics of Pearl River Delta and Surrounding Cities Based on Multiple Connections,Sustainability ,2023.7(SSCI/SCI,IF=3.889 ) 9、Li, H., Zhou, B., Xu, F. et al,Hyperspectral characterization and chlorophyll content inversion study of reclaimed vegetation in rare earth mines,environmental science and pollution research,2022.1(SCI,IF=5.190 ) 10、Hengkai Li,Yingshuang Li,Shuihong Song,Guanhua Wu,Variation of the land surface temperature field in rare-earth ore mining areas based on temperature downscaling,advances in space research,2022.2(SCI,IF=2.611 ) 11、Jiao Pan, Hengkai Li* & Yingshuang Li,Spatiotemporal change analysis of environmental quality in mining areas based on long-term Landsat images, Geocarto International,2022.3(SCI,IF=3.450) 12、Li, Y., Li, H*,Dynamic monitoring of desertification based on multi-features in the red soil region, Southern China: a case in Dongjiang source area,Nat Hazards,2022.8(SCI,IF=3.158) 13、Li, Y., Li, H*. & Xu, F,Spatiotemporal changes of desertified land in rare earth mining areas under different disturbance conditions,Environmental Science and Pollution Research,2021.1(SCI,IF=5.190 ) 14、Hengkai Li,Guanhua Wu,Feng Xu & ShufangLi,Landsat-8 and GF-1 image based inversion method for the downscaled land surface temperature of rare earth mining areas,Infrared Physics and Technology ,2021.1(SCI,IF=2.997 ) 15、Wu,Z , Li, H*. & Wang, Y,Mapping annual land disturbance and reclamation in rare-earth mining disturbance region using temporal trajectory segmentation,Environmental Science and Pollution Research ,2021.7(SCI,IF=5.190 ) 16、Deng, H., Li, H.*, Xiao, S. et al,Integrating multi-source spatial data to assess the impact of the Syrian civil war on cities and population,Arab J Geosci ,2021.7(SCI) 17、Beibei Zhou, Hengkai Li* , Feng Xu,Analysis and Discrimination of Hyperspectral Characteristics of Typical Vegetation Leaves in a Rare Earth Reclamation Mining Area,Ecological Engineering,2021.10(SCI,IF=4.379 ) 18、Feng, X., Hengkai, L*. & Yingshuang, L,Ecological Environment Quality Evaluation and Evolution Analysis of a Rare Earth Mining Area under Different Disturbance Conditions,Environmental Geochemistry and Health,2020.11(SCI,IF=4.898) 19、Li, H., Wei, Z., Wang, X. et al ,Spectral Characteristics of Reclaimed Vegetation and Analysis of Its Correlation with Chlorophyll Content in Rare Earth Mine,Journal of Applied Spectroscopy,2020.7(SCI,IF=0.816 ) 20、Li, H., Xu, F. & Weng, X,Recognition Method for High Resolution Remote-Sensing Imageries of Ionic Rare Earth Mining Based on Object-Oriented Technology,Arabian journal of geosciences,2020.10(SCI ) 21、Li, Z., Li, H*. & Liu, Y. A remote sensing extraction method for the area of a multi-featured citrus field in Jiangxi, Southeast China,Arabian journal of geosciences,2022.1(SCI ) 22、李恒凯,李淑芳,郑春燕,邓昊键,基于生态系统服务功能的东江流域关键性生态空间识别,农业工程学报,2022(3)(中国科技卓越期刊) 23、李恒凯,吴冠华,王秀丽,面向开采扰动的离子型稀土矿区地表温度降尺度方法,武汉大学学报(信息科学版),2021(1)(中国科技卓越期刊) 24、李恒凯,王利娟,肖松松,基于多源数据的南方丘陵山地土地利用随机森林分类,农业工程学报,2021(7)(中国科技卓越期刊) 25、李恒凯,肖松松,王秀丽,柯江晨,基于Mask R-CNN的高分遥感影像的稀土开采识别方法,中国矿业大学学报,2020(6)(中国科技卓越期刊) 26、李恒凯,吴娇,王秀丽,面向对象的东江流域GF-1影像土地利用分类方法,农业工程学报,2018(10)(中国科技卓越期刊) 27、李恒凯,雷军,吴娇,多源时序NDVI的离子稀土矿区土地毁损与恢复过程分析—以岭北稀土矿区为例,农业工程学报,2018(1)(中国科技卓越期刊) 28、李恒凯,欧彬,王英浩,稀土复垦矿区油桐叶绿素含量反射光谱估算研究,中国矿业大学学报,2018(6)(中国科技卓越期刊) 29、李恒凯,雷军,杨柳,基于Landsat影像的稀土矿区植被覆盖提取及景观格局分析,农业工程学报,2016(10)(中国科技卓越期刊) 30、李恒凯,吴立新,刘小生,稀土矿区地表环境变化多时相遥感监测研究:以岭北矿区为例,中国矿业大学学报, 2014(6)(中国科技卓越期刊) 31、李恒凯,刘传立,基于灰色理论的智能变形预测模型库研究,岩土力学,2011(10)(中国科技卓越期刊) 32、Xiong Zhen-hua,LI Heng-kai*,Urban road speed prediction based on multisource feature bidirectional long short-term memory,Advances in Transportation Studies,2021(4)(EI) 33、李恒凯,翁旭阳,离子吸附型稀土开采的高分影像识别尺度效应分析,中国稀土学报,2020(02)(EI) 34、Hengkai Li,Qin Li,Lijuan Wang and Jun Lei,The multi-source image NDVI interactive corrective method for long-term remote sensing monitoring of rare earth ore area,Journal of Applied Science and Engineering,2019(3)(EI) 35、LI Hengkai ,LEI Jun ,Wu Jiao,Evolution analysis of vegetation cover under the disturbance of rare earth mining: A case in Lingbei mining area, Journal of Applied Science and Engineering, 2017(3)(EI) 36、李恒凯,刘玉婷、李芹、王秀丽,基于MCR模型的南方稀土矿区生态安全格局分析,地理科学,2020(6)(CSSCI) 37、李恒凯,刘小生,李博,李发帅,红壤区植被覆盖时空变化及与地貌因子关系:以赣南地区为例,地理科学,2014 (1)(CSSCI) 38、李恒凯,刘小生,潘颖龙,基于GIS的探究式自然地理实习平台系统研究,地理科学,2012(8)(CSSCI) 39、邓昊键 ,李恒凯*,熊永柱 ,郑春燕,李迎双,近20年粤港澳大湾区城市群时空演化格局分析,世界地理研究,2020(6)(CSSCI) 40、王秀丽,张哲源,李恒凯*,基于博弈论视角的稀土矿区环境治理监管策略研究,运筹与管理,2022(1)(CSSCI) 41、李恒凯,吴立新,李发帅,面向土地利用的HJ-1CCD影像最佳分形波段选择,遥感学报,2013(6) 42、李恒凯,杨柳,雷军,基于温度分异的稀土矿区地表扰动分析方法,中国稀土学报,2016(3) 43、李恒凯,杨柳,雷军,Landsat-8 热红外数据反演稀土矿区地表温度的方法比较,中国稀土学报,2017(5) |