熊俊楠檢視原始碼討論檢視歷史
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熊俊楠,男, 西南石油大學教授。
目錄
人物簡歷
工作經歷
2019.12-至今:西南石油大學土木工程與測繪學院,教授
2007.04-2019.11:西南石油大學土木工程與建築學院,講師、副教授
教育經歷
2016-2021:中國科學院地理科學與資源研究所,博士後
2010-2013:中國科學院成都山地災害與環境研究所,博士研究生
2004-2007:東北大學資源與土木工程學院,碩士研究生
2000-2004:東北大學資源與土木工程學院,本科生
學術任職
中國測繪學會教育工作委員會 委員
國際數字地球學會(ISDE)中國委員會數字山地專委會 委員
國際數字地球學會(ISDE)中國委員會空間地球大數據專委會 委員
中國測繪學會工程測量分會 委員
中國遙感應用協會礦山遙感專業委員會 常務委員
中國遙感應用協會遙感自主工程軟件專業委員會 委員
四川省普通本科高校教指委測繪與地礦類專業教學指導委員會 委員
四川省科技青年聯合會 理 事
四川省測繪地理信息學會 常務理事
四川省測繪地理信息學會攝影測量與遙感專委會 委員
四川省測繪地理信息學會教育與科普工作委員會 委員
講授課程
本科生:《地球科學概論》、《地下空間測量》、《地圖學》
研究生:《防災減災信息系統》
學術成果
[1] 蘇勇,熊俊楠,劉福臻,劉姍,賈宏亮,戴小軍.以解決複雜工程問題能力為導向的測繪工程專業實踐課程體系構建[J],高等建築教育,2022,31( 4): 161-166.
[2]熊俊楠,蘇勇,劉福臻,楊艷梅,樊力彰,楊嘉葳. 新形勢下「雙一流」高校測繪工程專業人才培養方案優化研究[J],教育現代化,2021,8(24):34-38.
[3] 熊俊楠,劉姍 ,樊力彰 ,劉福臻 ,蘇勇,賈宏亮,戴小軍. 以培養解決複雜工程問題能力為目標的實踐教學基地建設[J], 教育現代化,2021,8(29):101-104.
[4] 劉姍,董海英,孫明遠 ,熊俊楠. 基於 OBE 理念的第二課堂創新創業能力培養達成度評價[J], 教育現代化,2021,8(7):81-85.
[5] 熊俊楠,王澤根,劉姍,賈宏亮,楊艷梅,肖東升. 城市地下空間工程專業工程測量課程教學改革與探索[J], 高等建築教育,2015,24(4):90-92.
[6] 蘇勇,熊俊楠,戴小軍,肖東升,劉福臻. 大地測量實習的教學改革和實踐[J], 課程教育研究,2018,48:253-254.
英文論文
[1] Liu Jun, Xiong Junnan,Chen Yangbo,Sun Huaizhang,etc .An integrated model chain for future flood risk prediction under land-use changes[J],JOURNAL OF ENVIRONMENTAL MANAGEMENT 2023,(SCI 1區)
[2] SunTao,YangYan-mei,WangZe-gen,YongZhi-wei,XiongJun-nan*,etc. Spatiotemporal variation of ecological environment quality and extreme climate drivers on the Qinghai-Tibetan Plateau[J], JOURNAL OF MOUNTAIN SCIENCE,2023,(SCI 3區)
[3] Yong Zhiwei,Wang Zegen,Xiong Junnan*,Ye Chongchong,etc.Variability in temperature extremes across the Tibetan Plateau and its non-uniform responses to different ENSO types[J],CLIMATIC CHANGE,2023,(SCI 2區)
[4] Wang Jiyan,Chen Guo,Yuan Yirong,Fei Yi,Xiong Junnan,Yang Jiawei,etc.Spatiotemporal changes of ecological environment quality and climate drivers in Zoige Plateau[J],ENVIRONMENTAL MONITORING AND ASSESSMENT,2023,(SCI 3區)
[5] Wang Nan,Cheng Weiming,Zhang Hongyan,Xiong Junnan,Liu Changjun,etc.Impact-based probabilistic modeling of hydro-morphological processes in China (1985-2015)[J],JOURNAL OF ENVIRONMENTAL MANAGEMENT,2023,( 1區)
[6] Yong, Zhiwei, Wang, Zegen,Xiong Junnan,Tian Jie.Tropical volcanic eruptions reduce vegetation net carbon uptake on the Qinghai-Tibet Plateau under background climate conditions[J],FRONTIERS IN PLANT SCIENCE,2023(SCI 2區)
[7] Wang Lei,Zhou Yushan,Shen Gaoyun,Xiong, Junnan,Shi Hongtao. Forest Height Inversion Based on Time-Frequency RVoG Model Using Single-Baseline L-Band Sublook-InSAR Data[J],REMOTE SENSING,2023.(SCI 2區)
[8] Jun Liu, Junnan Xiong , Yangbo Chen , Huaizhang Sun , Xueqiang Zhao, Fengmiao Tu ,Yu Gu.A new avenue to improve the performance of integrated modeling for flash flood susceptibility assessment: Applying cluster algorithms [J],Ecological Indicators,2022,(SCI 2區)
[9] Ziyu Wang , Zegen Wang *, Junnan Xiong , Wen He , Zhiwei Yong , Xin Wang. Responses of the Remote Sensing Drought Index with Soil Information to Meteorological and Agricultural Droughts in Southeastern Tibet[J]. Remote Sensing.2022.(SCI 2區)
[10] Xin Wang , Jiawei Yang *, Junnan Xiong, Gaoyun Shen , Zhiwei Yong , Huaizhang Sun , Wen He,Siyuan Luo and Xingjie Cui. Investigating the Impact of the Spatiotemporal Bias Correction of Precipitation in CMIP6 Climate Models on Drought Assessments[J]. Remote Sensing,2022. (SCI 2區)
[11] Wang Zegen,Du Xuemei, Jiang Dan,Yong, Zhiwei,Xiong, Junnan. Influence of topology based on change domain[J],Geocarto International,2022. (SCI 2區)
[12] Wang Nan,Cheng Weiming,Marconcini Mattia,Bachofer Felix,Liu Changjun,Xiong Junnan,Lombardo Luigi. Space-time susceptibility modeling of hydro-morphological processes at the Chinese national scale[J], ENGINEERING GEOLOGY,2022.(一區)
[13] He Yufeng, Xiong Junnan*, Cheng Weiming; Yang Jiawei; He Wen; Yong Zhiwei; Duan Yu; Liu Jun; Yang Gang; Wang Nan. Assessing the risk posed by flash floods to the transportation network in southwestern China[J], Geocarto International,2022. (SCI 2區)
[14] Yu Duan, Junnan Xiong* , Weiming Cheng , Yi Li , Nan Wang , Gaoyun Shen and Jiawei Yang.Increasing Global Flood Risk in 2005-2020 from a Multi-Scale Perspective.Remote Sensing.2022, 14, 5551.(SCI 2區)
[15] Xinjie Cui,Junnan Xiong*,Weiming Cheng,Yanmei Yang,Jun Liu,etc.Refined assessment of flash flood vulnerability in Linzhi based on spatialization and GIS.Geocarto International,2022.(SCI 2區)
[16] Yuchuan He, Jian Sun* , Junnan Xiong* , Hua Shang and Xin Wang. Patterns, Dynamics, and Drivers of Soil Available Nitrogen and Phosphorus in Alpine Grasslands across the QingZang Plateau.Remote Sensing,2022,14:4929-4946.( 2區).
[17] Yu Duan,Junnan Xiong*,Weiming Cheng,Nan Wang,Wen He,Yufeng He,Jun Liu,Gang Yang,Jiyan Wang,Jiawei Yang.Assessment and spatiotemporal analysis of global flood vulnerability in 2005–2020,International Journal of Disaster Risk Reduction,2022. (SCI 2區)
[18] Luo Siyuan, Xiong Junnan*, Liu Shuang, Hu Kaihen, Cheng Weiming, Liu Jun,etc.New Insights into Ice Avalanche-Induced Debris Flows in Southeastern Tibet Using SAR Technology,Remote Sensing,2022,14(11): 2603-2623.(SCI 2區)
[19] Sun, Huaizhang, Chen, Yangbo, Xiong, junnan, Ye chong chong,etc. Relationships between climate change, phenology, edaphic factors, and net primary productivity across the Tibetan Plateau, INTERNATIONAL JOURNAL OF APPLIED EARTH OBSERVATION AND GEOINFORMATION, 2022.(SCI 1區)
[20] Zhiwei Yong , Kun Li , Junnan Xiong *, Weiming Cheng , Zegen Wang , Huaizhang Sun and Chongchong Ye,Integrating DMSP-OLS and NPP-VIIRS Nighttime Light Data to Evaluate Poverty in Southwestern China,Remote Sensing,2022.(SCI 2區)
[21] Jun Liu,JiyanWang,Xiong Junnan*, weimingCheng,Yi Li,Yifan Cao,Yufeng He,Yu Duan,Wen He,Gang Yang.Assessment of flood susceptibility mapping using support vector machine logistic regression and their ensemble techniques in the Belt and Road region,Geocarto International,2022.(SCI 2區)
[22] Jun Liu,JiyanWang,JunnanXiong*,Weiming Cheng, Huaizhang Sun, Zhiwei Yong, Nan Wang,Novel hybrid models incorporating bivariate statistics and machine Learning methods for flash flood susceptibility assessment based on remote sensing datasets,Remote Sensing,2021.(SCI 2區)
[23] Jun Liu , Jiyan Wang , Junnan Xiong *, Weiming Cheng,etc. Dynamic Assessment of the Flood Risk at Basin Scale under Simulation of Land-Use Scenarios and Spatialization Technology of Factor,Water, 2021, 13, 3239.
[24] Wang Nan,Lombardo uigi,Gariano Stefano Luigi,Cheng Weiming,Liu Changjun, Xiong Junnan,Wang Ruibo. Using satellite rainfall products to assess the triggering conditions for hydro-morphological processes in different geomorphological settings in China,INTERNATIONAL JOURNAL OF APPLIED EARTH OBSERVATION AND GEOINFORMATION,2021.(SCI 1區Top)
[25] HE Yuchuan, XIONG Junnan, ABUDUMANAN·Ahemaitihali,*etc.Spatiotemporal Pattern and Driving Force Analysis of Vegetation Variation in Altay Prefecture based on Google Earth Engine,Journal of Resources and Ecology,2021,12(6): 729-742.(EI)
[26] TIAN Jie, XIONG Junnan, ZHANG Yichi,*etc.Quantitative Assessment of the Effects of Climate Change and Human Activities on Grassland NPP in Altay Prefecture,Journal of Resources and Ecology ,2021 12(6): 743-756.(EI)
[27] Gang Yang, Jiyan Wang *, Junnan Xiong, Zhiwei Yong, Chongchong Ye, Huaizhang Sun, Jun Liu, Yu Duan, Yufeng He, Wen He. An algorithm for the retrieval of high temporal-spatial resolution shortwave albedo from Landsat-8 surface reflectance and MODIS BRDF, Remote Sensing,2021.(SCI 2區)
[28] Jiawei Yang, Xin Wang, Jiyan Wang, Chongchong Ye,a and Junnan Xiong*,Water extraction of hyperspectral imagery based on a fast and effective decision tree water index,Journal of Applied Remote Sensing,2021.(SCI 4區)
[29] Nan Wang, Luigi Lombardo, Marj Tonini, Weiming Cheng, Liang Guo, and Junnan Xiong. Spatiotemporal clustering of flash floods in a changing climate (China, 1950–2015).Natural Hazards and Earth System Sciences,2021.21,2109–2124.( 3區)
[30] Duan Yu,Xiong Junnan*,Cheng Weiming,Wang Nan,Li Yi,He Yufeng,He Wen,Yang Gang.Flood vulnerability assessment using the triangular fuzzy number-based analytic hierarchy process and support vector machine model for the Belt and Road region,Natural Hazards,2021,7.(SCI 3區)
[31] Jiyan Wang , Huaizhang Sun , Junnan Xiong *, Dong He , Weiming Cheng , Chongchong Ye , Zhiwei Yong and Xianglin Huang. Dynamics and Drivers of Vegetation Phenology in Three-River Headwaters Region Based on the Google Earth Engine,Remote Sensing,2021,13.(SCI 2區)
[32] Yufeng He, Deying Ma, Junnan Xiong*, Weiming Cheng, Hongliang Jia, Nan Wang, Liang Guo, Yu Duan, Jun Liu & Gang Yang.Flash flood vulnerability assessment of roads in China based on support vector machine,Geocarto International,2021,5.(2區)
[33] Wang Nan,Cheng Weiming*, Lombardo, L, Xiongjunnan, Guo Liang.Statistical spatiotemporal analysis of hydro-morphological processes in China during 1950-2015,Stochastic Environmental Research And Risk Assessment,2021. ( 3區)
[34] Zhiwei Yong,Junnan Xiong* ,Zegen Wang , Weiming Cheng, Jiawei Yang , Quan Pang. Relationship of extreme precipitation, surface air temperature, and dew point temperature across the Tibetan Plateau, Climatic Change,2021.(SCI 2區)
[35] Huaizhang Sun , Jiyan Wang,Junnan Xiong* , Jinhu Bian, Huaan Jin,Weiming Cheng, and Ainong Li. Vegetation Change and Its Response to Climate Change in Yunnan Province, China, Advances in Meteorology,2021.(SCI 3區)
[36] Junnan Xiong , Quan Pang , Weiming Cheng* , Nan Wang & Zhiwei Yong. Reservoir Risk Modelling Using a Hybrid ApproachBased on the Feature Selection Technique and Ensemble Methods, Geocarto International,2020.(SCI 2區)
[37] Yifan Cao , Hongliang Jia , Junnan Xiong *, Weiming Cheng, Kun Li , Quan Pang and Zhiwei Yong.Flash Flood Susceptibility Assessment Based on Geodetector, Certainty Factor, and Logistic Regression Analyses in Fujian Province, China. ISPRS International Journal of Geo-Information, 2020, 9(12), 748. (SCI 3區)
[38] Wen He, Chongchong Ye, Jian Sun*, Junnan Xiong*, JinniuWang and Tiancai Zhou. Dynamics and Drivers of the Alpine Timberline on Gongga Mountain of Tibetan Plateau-Adopted from the Otsu Method on Google Earth Engine, Remote Sensing, 2020, 12(15), 2651-2671.(SCI 2區)
[39] Chongchong Ye, Jian Sun*, Miao Liu, Junnan Xiong*, Ning Zong, Jian Hu,etc.Concurrent and Lagged Effects of Extreme Drought Induce Net Reduction in Vegetation Carbon Uptake on Tibetan Plateau, Remote Sensing, 2020, 12(15), 2347-2364.(SCI 2區)
[40] Junnan Xiong*, Quan Pang , Chunkun Fan , Weiming Cheng, Chongchong Ye, Yunliang Zhao, Yuanrong He, Yifan Cao . Spatiotemporal Characteristics and Driving Force Analysis of Flash Floods in Fujian Province, ISPRS International Journal of Geo-Information, 2020, 9(2), 133.(SCI 3區)
[41] Junnan Xiong*,Kun Li, Weiming Cheng, Chongchong Ye,Hao Zhang. A Method of Population Spatialization Considering Parametric Spatial Stationarity: Case Study of the Southwestern Area of China. ISPRS International Journal of Geo-Information, 2019, 8, 495.(SCI 3區)
[42] Junnan Xiong*,Jin Li, Hao Zhang,Min Sun,and Weiming Cheng.Quantitative Hazard Assessment of Landslides Using the Levenburg–Marquardt Back Propagation Neural Network Method in a Pipeline Area.Geosciences.2019,9,449. (SCI 4區)
[43] Junnan Xiong*,Wei Li , Hao Zhang ,Weiming Cheng,etc. Selected Environmental Assessment Model and Spatial Analysis Method to Explain Correlations in Environmental and Socio-Economic Data with Possible Application for Explaining the State of the Ecosystem. Sustainability. 2019, 11, 4781.(SCI 3區)
[44] Junnan Xiong,Chongchong Ye*,Tiancai Zhou, Weiming Cheng. Health Risk and Resilience Assessment with Respect to the Main Air Pollutants in Sichuan. International Journal of Environmental Research and Public Health,2019,16,2796.(SCI 3區)
[45] Junnan Xiong, Jin Li, Weiming Cheng *, Nan Wang, Liang Guo. A GIS-Based Support Vector Machine Model for Flash Flood Vulnerability Assessment and Mapping in China. ISPRS International Journal of Geo-Information,2019, 8.(3區)
[46] Junnan Xiong, Zhiwei Yong *, Zegen Wang *, Weiming Cheng, Yi Li, Hao Zhang, Chongchong Ye, Yanmei Yang. Spatial and Temporal Variation of the Extreme Precipitation across the Tibetan Plateau (1986–2015). Water,2019,11,1453.(SCI 4區)
[47] Junnan Xiong , Chongchong Ye, Weiming Cheng*, Liang Guo, Chenghu Zhou and Xiaolei Zhang. The Spatiotemporal Distribution of Flash Floods and Analysis of Partition Driving Forces in Yunnan Province. Sustainability. 2019, 11, 2926.(3區)
[48] Junnan Xiong*, Ming Sun, Hao Zhang*, Weiming Cheng, Yinghui Yang, Mingyuan Sun, Yifan Cao, and JiyanWang. Application of the Levenburg–Marquardt back propagation neural network approach for landslide risk assessments. Natural Hazards and earth system Science, 2019,19, 629–653.(SCI 3區)
[49] Peng Li,Deng Wei,Zhang Hao,Sun Jian, Xiong Junnan. Focus on economy or ecology? A three-dimensional trade-off based on ecological carrying capacity in southwest China. Natural Resource Modeling,2019,,32(2): 629-643. (SCI 3區)
[50] Hao Zhang, Jian Sun*, Junnan Xiong* .Spatial–temporal patterns and controls of evapotranspiration across the Tibetan Plateau (2000–2012),Advances in Meteorology,2017.7. 1-12.(SCI 3區)
[51] Xiong Junnan,Liushan,Yang Yanmei,Jia Hongliang,Wang Zegen. Quantitative analysis the influence of MS8.0Wenchuan earthquake to the Microrelief Based on RS, Disaster Advances,2013,(6) (S2):65-72.
[52] Xiong Junnan,Wei Fangqiang,Jiang Yuhong, et al. Classification simulating Population Distribution and Disaster Emergency Management considering the Disparity between City and Rural Area —Taking SiChuan as an example[J], Disaster Advances 2012,5(4):1718-1723.
[53] Xiong Junnan, Liu Shan,Wang Zegen, et al. Research on the Key Technology of Traffic Guidance System for Disaster Emergency Rescue based on GIS[J], Disaster Advances ,2012,5(4):1414-1419.
中文論文
[1] 唐浩然, 熊俊楠* ,雍志瑋 ,等.多源數據融合的燃氣管道高后果區識別與分級方法[J],油氣儲運,2024(8):1-11
[2] 馬姍姍,楊嘉葳,王繼燕,熊俊楠*.基於光譜特徵的城市水體提取[J].測繪通報,2024(6):71-76
[3] 王啟盛,熊俊楠*,程維明,等.耦合統計方法、機器學習模型和聚類算法的滑坡易發性評價方法[J].地球信息科學學報,2024,26(3):620-637.
[4] 袁藝溶,王繼燕,楊嘉葳,熊俊楠*.基於植被指數的若爾蓋高原濕地光合有效輻射吸收比例估算研究[J],遙感技術與應用, 2022 ,37 (05):1267-1276.
[5] 張瓊藝,李昆,雍志瑋,熊俊楠,程維明,肖坤洪,劉東麗.基於夜光遙感數據的西南地區多維貧困測度及時空演變分析[J],自然資源遙感,2022,34( 4) : 286-298
[6] 孫義林,崔興潔,熊俊楠,歐海渢,王啟盛,廖虹怡.基於遙感技術的成都市PM2.5濃度反演與分析,測繪地理信息,2021,46(S1):75-81.
[7] 熊俊楠 ,曹依帆,孫銘,王迎兵,雍志瑋.基於GIS和熵權法的滑坡作用下的長輸油氣管道易損性評價,山地學報,2020,38(5):717-725.
[8] 熊俊楠,李進,朱吉龍,程維明,郭良,王楠,張曉蕾. 重慶市山洪災害時空格局及影響因素研究,地球信息科學學報,2019,21(10): 1550-1564.
[9] 熊俊楠,曹依凡,程維明,郭良,楊瑩輝.福建省山洪災害危險性評價,山地學報,2019,37(4):538-550.
[10] 熊俊楠,李偉,劉志奇,程維明,范春捆,等.基於GWR 模型的青藏高原地區TRMM 數據降尺度研究,國土資源遙感,2019,31(4):1-11.
[11] 熊俊楠,李進,程維明,周成虎,郭良,等.西南地區山洪災害時空分布特徵及其影響因素,地理學報,2019,74(7):1377-1394.
[12] 熊俊楠,劉志奇,蘇鵬程,龔穎,葉沖沖,朱吉龍.基於GF-1衛星影像的金川縣泥石流溝空間分布特徵研究,自然災害學報,2019,28(2):160-167.
[13] 熊俊楠,李偉,程維明,范春捆,李進,趙雲亮.高原地區地表溫度空間分異特徵及影響因素研究--以桑珠孜區為例, 國土資源遙感,2019,31(2):164-171.
[14] 熊俊楠,龔穎,劉志奇,范春捆,朱吉龍. 基於灰色理論的西藏暴雨洪澇預測,冰川凍土,2019,41(2):457-469.
[15] 熊俊楠,孫明遠,孫銘.基於 GIS 及耦合協調原理的長輸管道山洪泥石流風險性評價,天然氣工業,2019,39(3):116-124.
[16] 熊俊楠,朱吉龍,蘇鵬程,李進,李偉等.基於GIS與信息量模型的溪洛渡庫區滑坡危險性評價,長江流域資源與環境,2019,28(3):700-710.
[17] 熊俊楠,李偉,劉志奇,程維明,范春捆, 張昊.基於多源數據的西藏東南部歷史乾旱監測與分析,乾旱區地理,2019(5):21-29.
[18] 熊俊楠,劉志奇,劉敦龍,范春捆,冷小鵬. 西藏自治區農業氣象災害WebGIS平台的設計與實現,測繪與空間地理信息,2019,42(5):14-17.
[19] 熊俊楠,龔穎,程維明,范春捆,王楠.西藏自治區近30年山洪災害時空分布特徵,山地學報,2018,36(4): 557-570.
[20] 熊俊楠,趙雲亮,程維明, 郭良,王楠,李偉等.四川省山洪災害時空分布規律及其影響因素研究.地球信息科學學報,2018,20(10):1443-1456.
[21] 熊俊楠,張昊,彭超,范春捆,朱吉龍,龔穎.汶川地震災區植被覆蓋度變化與地形因子關係研究,水土保持通報,2018,38(3):24-31.
[22] 熊俊楠,彭超,程維明,李偉,劉志奇,范春捆,孫懷張。基於MODIS-NDVI的雲南省植被覆蓋度變化分析,地球信息科學學報,2018,20(12):1830-1840.
[23] 熊俊楠,彭超,范春捆,孫銘,劉志奇. 基於MODIS時序數據的汶川地震災區植被覆蓋變化監測,應用基礎與工程科學學報,2018,26(1):60-69.
[24] 熊俊楠,龔穎,程維明*,范春捆,王楠.西藏自治區近30年山洪災害時空分布特徵,山地學報,2018,36(4): 557-570.
[25] 熊俊楠,劉志奇, 范春捆, 龔穎,張昊,彭超等,西藏自治區近30年氣象災害時空分布特徵與變化趨勢,冰川凍土,2017,39(6):1221-1231.
[26] 熊俊楠,韋方強,劉志奇. 四川省小流域泥石流危險性評價,地球信息科學學報, 2017, 19(12):1603-1611 .
[27] 葉超凡,張一馳,熊俊楠,秦建新.湖南省山丘區小流域山洪災害危險性評價.地球信息科學學報,2017,19(12):1593-1603.
[28] 孫銘,熊俊楠,李江,彭超,劉姍,徐芳.基於網絡RTK的長輸油氣管道測量方法研究與實踐,礦山測量,2016,44(6):6-9,27.
[29] 姬斌,張盛,熊俊楠,劉志奇.基於三維激光掃描的球罐三維重建及變形監測.煤氣與熱力,2016,36(8):38-42.
[30] 熊俊楠,孫銘, 彭超,等.基於地質雷達的城鎮燃氣PE管道探測方法研究,物探與化探,2015,35(9):1079-1084.
[31] 熊俊楠,韋方強,江玉紅,蘇鵬程. 基於多源數據的的四川GDP公里格網化研究,應用基礎與工程科學學報,2013,21(2): 317-327.
[32] 熊俊楠,韋方強,江玉紅,蘇鵬程。基於譜間特徵與多種指數分析的居民地信息提取方法,測繪科學, 2013,38(2):146-149.
[33] 熊俊楠,關惠平.雞鳴埡隧道洞口段圍岩三維變形監測與分析,路基工程,2011(2): 129-131.
[34] 熊俊楠,王澤根,徐忠印,劉岩,楊艷梅.高層建築物變形監測數據處理方法研究及工程應用,測繪科學,2010,(4):69-71.
[35] 熊俊楠,馬洪濱. 礦產資源儲量估算信息系統的設計與開發,金屬礦山,2009,(1):94-96.
[36] 馬洪濱,熊俊楠. 基於地質統計學的儲量估算系統,煤炭學報,32(3):267-271.
專利
[1] 熊俊楠,唐浩然,雍志瑋等.一種多源數據和知識驅動下的燃氣管道高后果區識別方法,ZL 2023 10708781.X
[2] 熊俊楠,劉傲儒,王繼燕,付林,等. 一種基於GIS的城市複雜多源管網爆管分析方法及系統,發明專利,ZL2023 11025479.X
[3] 熊俊楠,劉志奇,范春捆,劉姍,龔穎,朱吉龍. 一種適宜於高海拔地區的乾旱遙感監測方法,發明專利.ZL201810301163.1
[4] 熊俊楠,孫銘,曹依凡,孫明遠,劉姍.一種滑坡作用下長輸油氣管道易損性評價方法,發明專利, ZL201811208911.8.
[5] 熊俊楠,何雨楓,劉姍,劉俊,段鈺,崔興傑。一種基於GIS與機器學習的道路山洪易損性評價方法,發明專利,ZL202110274765.4
[6] 熊俊楠,賀文,葉沖沖,劉姍,段鈺,劉俊,何雨楓,何豫川,一種基於GEE的Otsu和邊緣檢測算法的高山林線提取方法,發明專利,ZL 2021 10353359.7
[7] 熊俊楠,龔穎. 一種基於不規則三角網的山體滑坡監測系統, 實用新型專利,201820436734.8.
軟件著作權
[1] 熊俊楠,范春捆,劉敦龍,冷小鵬,劉志奇,龔穎.西藏農業氣象災害地理信息系統軟件,2017SR385791.
[2] 熊俊楠,劉姍,龔穎,劉志奇. 礦產資源儲量估算信息系統軟件,2017SR385803.
[3] 蘇鵬程,熊俊楠,劉敦龍,孫銘.川滇地區潛勢泥石流判識系統軟件,2017SR084660.
[4] 熊俊楠,劉姍. 校園地理信息空間分析系統軟件,2017SR433617.
[5] 范春捆,高利雲,張永鵬,熊俊楠,彭超,西藏農業氣象災害數據庫系統軟件, 2018SR467925.
[6] 雍志偉,熊俊楠,王澤根.青藏高原東南緣強降水誘發泥石流判識軟件,2021SR0375937.
[7] 雍志偉,熊俊楠,王澤根.青藏高原強降水時空分析系統軟件,2021SR0375939.
[8] 熊俊楠,唐浩然.基於RBI的天然氣配氣站風險評價平台,2023SR0930985.
[9] 熊俊楠,劉傲儒,王繼燕,等.燃氣管道失效處置系統,2023SR0918541.
[10] 熊俊楠,唐浩然.燃氣管道高后果區信息管理平台,2023SR0879331.
[11] 熊俊楠,岑康,王兵,付林,劉傲儒.2024SR0415393.
[12] 岑康,熊俊楠,王兵,魏源,李強.燃氣管輸系統事故應急處置軟件,2024SR0412621.
[13] 王兵,岑康,熊俊楠,魏源,李強.燃氣管輸系統事故後果分析軟件,2024SR0413989.
專著、教材
[1] 《地下管線監測與城市發展適應性分析》, 科學出版社,2017,排名5。
2] 《地下管線信息數據獲取與應用》,科學出版社,2022,排名第3。
[3] 《中國山洪災害圖集》,中國地圖出版社,2022,參與。
[4]《綠水青山生態文明建設與綠色發展新範式——阿勒泰山水林田湖草系統建設實踐》,中國環境出版集團,2022。
科研項目
[1]國家自然科學基金重點項目「基於地貌信息圖譜的地貌類型分類與製圖研究」(42130110),2022.01 - 2026.12,主研。
[2]四川省科技廳重點研發計劃項目「基於多源遙感數據的西藏農業乾旱監測關鍵技術研究與應用(21QYCX0016,2021YFQ0042)」,2021-2023,主持。
[3]四川省科技廳重點研發計劃項目「藏東南山洪災害脆弱性多維度評估與防災資源優化配置模型研究(2024YFHZ0134)」,2024.1-2025.12,主持。
[4]中國科學院A類戰略先導科技專項「泛第三極環境變化與綠色絲綢之路建設」 專題「關鍵節點區域極端降水專題數據分析與風險評估(XDA20030302)」,2018-2022,主持。
[5]數字福建自然災害監測大數據研究所開放基金 「福建省歷史山洪災害時空分異規律及影響因素研究(NDMBD2018003)」,2018 -2019,主持。
[6]住房和城鄉建設部科學技術計劃項目「城市地下管線無損探測方法及質量控制技術研究」(2016-K3-024),2016-2017, 主持。
[7]西藏自治區科技支撐計劃項目「西藏主要氣象災害對農業的影響研究與數據庫建設」,省809,2016-2017,主持。
[8]國家安全生產監督管理總局科技項目「基於三維激光掃描的球形儲罐三維建模及變形監測方法研究」(2014-3281),2015-2016,主持。
[9] 四川省科技支撐計劃項目「基於遙感與GIS的成都市中心城區人口密度模擬」,2011-2012,主持。
[10]四川省科技支撐計劃項目「基於遙感與GIS的精細化區域泥石流風險評估」 (2012RZ0011),2012-2013,主持。
[11]四川省應急測繪保障與地質災害監測工程技術研究中心開放基金「基於3S技術的強震區小流域潛在泥石流判識模型研究」(K2014B009),2013-2015, 主持。
[12]四川省地理國情監測工程技術研究中心開放基金「基於遙感的汶川地震災區植被覆蓋度監測與時空變化分析」(GC201409),2014-2015,主持。
[13]四川省地理國情與資源環境承載力監測工程技術研究中心開放基金「基於建築物三維信息提取的城市尺度人口空間化模型研究」(GC201608),2016-2017,主持。
[14]四川省教育廳項目「基於流域單元的汶川地震災區泥石流危險性評價方法研究」(13ZB0202),2013-2014,主持。
[15]西南石油大學科研啟航計劃項目「基於SOM神經網絡的長輸油氣管道地質災害綜合風險評價方法研究」(2014QHZ034), 2014-2017,主持。
[16]西南石油大學科技基金「基於遙感與GIS的精細化區域泥石流易損性評估關鍵技術研究」(2012XJZ025),2012-2014,主持。
[17]西南石油大學校級科技基金「基於遙感影像與DEM的等高線更新方法研究」,(2010XJZ180),2010-2011,主持。
[18]伊犁哈薩克自治州阿勒泰地區科學技術局項目「阿勒泰山水林田湖草生命共同體機制機理與關鍵修復技術研究」(Y99M4600AL),2019-2021,主研。
[19]西藏自治區科技支撐計劃項目「基於立體遙感觀測網的西藏生態環境監測技術體系建設及示範應用」 ( XZ201901-GA-07),2019-2021,主持。
[20]全國山洪災害調查評價項目「全國山洪災害調查評價成果匯總及圖件製作」 (SHZH-IWHR-57),2016/1-2019/12,主研。
[21]國家自然科學基金項目「基於人類動力學的面向震後救援的人員在地理建築空間的分布規律研究」(51774250),2018-2021,主研。
[22]國家自然科學基金項目「泥石流預報中前期有效降水量的確定方法及應用」(41101009/D010101),2012-2014,主研。
[23]國家科技支撐計劃項目課題「重大滑坡泥石流災害綜合風險評估技術」(2008BAKS0B04),2010-2011,主研。
[24]國家公益性行業(氣象)科研專項「強降水誘發山地滑坡、泥石流氣象預報警報技術」 (GYHY201006039),2010-2013,主研。
[25]橫向項目:新都港華地下燃氣管網探檢測及地圖測繪,2016-2020,主持。
[26]橫向項目:月球1:100萬月球地貌圖編研,2021-2022,主持。
[27]橫向項目:西南複雜山區合成孔徑雷達數據處理技術方案研究,2021-2022,主持。
[28]橫向項目:失效應急處置系統技術開發,2022-2022,共同主持。
[29]橫向項目:瀘定震區村寨斜坡雷達影像解譯技術服務,2022-2023,主持。
[30]橫向項目:多尺度DEM集成與數據整合,2022-2025,主持。
[31]橫向項目:米東主城區實景地圖空間信息系統開發,2023-2025,主持。
[32]橫向項目:典型小流域山洪災害風險區劃製圖,2023-2025,主持。
[33]橫向項目:針對於天高線B段油氣管線模型建立及數據分析服務,2024-2024,主持。
研究領域
測繪科學與技術:環境與災害遙感、GIS空間分析與建模、遙感大數據
地理學(地質工程):災害地理學、環境與地質災害風險分析、數字地貌
油氣管道:數字管道、管道地質災害監測預警與風險評估
榮譽獎勵
科技獎勵
[1]西藏區域高寒遙感綜合調查的關鍵技術研究與應用,西藏自治區科技進步三等獎,2020年。
[2] 汶川大地震後災區空間數據基礎設施重建中數據重用關鍵技術研究,軍隊科技進步三等獎,2013年。
[3] 野戰條件下數字地圖分發與應用系統, 軍隊科技進步三等獎,2010年,
[4] 2011 International Symposium on Geospatial Information Technology & Disaster Prevention and Reduction優秀論文獎。
[5] 中國山洪災害圖集,中國測繪學會「2022年優秀地圖作品裴秀獎」金獎,2022
榮譽稱號
[1]第十二批四川省學術與技術帶頭人後備人選,2018年。
[2]西南石油大學第二屆「中青年骨幹教師,2014年。
[3]西南石油大學優秀本科畢業設計指導教師,2009\2016\2017\2018年。
[4]第十五批學術和技術帶頭人,2024年。[1]