Author Index for Journal of Mountain Science Volume 16, 2019, Pp 1- 2930

Journal of Mountain Science

Author Index for Journal of Mountain Science Volume 16, 2019, pp 1- 2930

Abdolreza PARTABIAN. See Roghayeh KASHANI, 1023- Biosphere Reserve: a review, 351-363 1034 AN Zhi-shan. See ZHANG Yu, 2615-2624 Abhirup DIKSHIT. Probabilistic rainfall thresholds in Andang Suryana SOMA. Optimization of causative Chibo, India: estimation and validation using factors using logistic regression and artificial neural monitoring system, 870-883 network models for landslide susceptibility assessment Abigail SISNEROS-KIDD. See David PETTEBONE, in Ujung Loe Watershed, South Sulawesi Indonesia, 2882-2893 383-401 Adam EMMER. Glacier retreat, rock weathering and the Andrea BRUSAFERRO. Effect of grassland mosaic growth of lichens in the Churup Valley, Peruvian structure and dynamism on the reproductive habitat Tropical Andes, 1485-1499 suitability for Alectoris graeca in central Apennines, Adeela BATOOL. See Arshad ASHRAF, 1150-1159 2783-2792 Adele FINCO. See Deborah BENTIVOGLIO, 428-440 Andrea CATORCI.See Andrea BRUSAFERRO, 2783- ADIGA Abhijin. See MAHARJAN Seerjana, 2243-2256 2792 Aditya Kumar ANAND. Assessment of active tectonics Anna JUŘICOVÁ. See Adam EMMER, 1485-1499 from geomorphic indices and morphometric Anoop Kumar MISHRA. See Mohammd RAFIQ, 64-76 parameters in part of Ganga basin, 1943-1961 Antonio LUPINI. Genetic diversity in old populations of Adrian L. COLLINS.See Kazem NOSRATI, 2577-2590 sessile oak from Calabria assessed by nuclear and Aftab AHMAD.See Naila NAZIR, 2640-2653 chloroplast SSR, 1111-1120 Agnieszka JÓZEFOWSKA. See Justyna SOKOŁOWSKA, Antonio MAUCERI. See Antonio LUPINI, 1111-1120 1534-1545 Apiniti JOTISANKASA.See Krairoj MAHANNOPKUL, Ahmad HEIDARI. See Fatemeh HATEFFARD, 1833- 275-284 1847 Aqsa FAROOQ. See Naila NAZIR, 2640-2653 Ahmad NOURBAKHSH. See Roghayeh KASHANI, 1023- Arash ADIB. Using uncertainty and sensitivity analysis 1034 for finding the best rainfall-runoff model in AKIRA Osawa. See FOLEGA Fousseni, 1869-1882 mountainous watersheds (Case study: the Navrood AKPAGANA Koffi. See FOLEGA Fousseni, 1869-1882 watershed in Iran), 529-541 ALEMDAG Selcuk. Stability evaluation of the Arshad ASHRAF. Evaluation of glacial resource potential Gümüşhane-Akçakale cave by numerical analysis for sustaining kuhl irrigation system under changing method, 2150-2158 climate in the Himalayan region, 1150-1159 Ali Asghar ZOLFAGHARI. See Fatemeh HATEFFARD, Arun KANSAL. See Sudeshna Maya SEN, 2417-2434 1833-1847 Ashley D’ANTONIO. See David PETTEBONE, 2882- Ali HAGHIGHI. See Arash ADIB, 529-541 2893 Alina BARANOVA. Grazing impact on forage quality and Asieh SHEIKHZADEH. Investigation of rangeland macronutrient content of rangelands in Qilian indicator species using parametric and non-parametric Mountains, NW China, 43-53 methods in hilly landscapes of central Iran, 1408-1418 Alireza ARABAMERI. GIS-based landslide susceptibility ATAKPAMA Wouyo. See FOLEGA Fousseni, 1869-1882 mapping using numerical risk factor bivariate model Atsuko NONOMURA, Curvature derived from LiDAR and its ensemble with linear multivariate regression digital elevation models as simple indicators of debris- and boosted regression tree algorithms, 595-618 flow susceptibility, 95-107 Alireza KARIMI. See Hamed NAJAFI, 1559-1570 Auvikki de BOON. See Inger HANSEN, 2470-2483 Amit JAMWAL. See Jagdish Chandra KUNIYAL, 2714- Avirut CHINKULKIJNIWAT.Stability characteristics of 2738 shallow landslide triggered by rainfall, 2171-2183 Amit KUMAR. Plant studies in the first Himalayan BAI Yan. See GU Yun-fu, 1121-1132 BAO Yu-hai. See LI Jin-lin, 2028-2038

2965 Author Index for Journal of Mountain Science Volume 16, 2019

Basanta Raj ADHIKARI. See Prakash Singh THAPA, constant resistance bolts under coupled static-dynamic 2701-2713 loading, 1160-1169 Belkacem MERZOUK. See Youcef SAHLI, 1606-1617 CHEN Guang-qi. See ZHANG Yan-jun, 1170-1183 Benoit LAIGNEL. See Youcef SAHLI, 1606-1618 CHEN Guo-liang. See QU Yong-long, 2159-2170 Beverley C. WEMPLE. See Derek J. MARTIN, 243-255 CHEN Hua-Yong. See CHEN Kun-Ting, 2502-2518 BHATTA Laxmi Dutt. Shifting dynamics of nature, CHEN Kun-Ting. Effects of river flow velocity on the society and agriculture in the Hindu Kush Himalayas: formation of landslide dams, 2502-2518 Perspectives for future mountain development, 1133- CHEN Lei-lei. Compression characteristics of saturated 1149 re-compacted glacial tills in Tianmo Gully of Tibet, Bhim CHAND. See Jagdish Chandra KUNIYAL, 2714- China, 1661-1674 2738 CHEN Lei-lei. See ZHOU Gordon G. D, 1743-1759 Bhupendra S. ADHIKARI. See Amit KUMAR, 351-363 CHEN Li-hua. See LIAO Li-ping, 657-676 BI Yu-zhang.Numerical investigation of effects of “baffles CHEN Li-yi. See WANG Sheng, 1962-1974 – deceleration strip” hybrid system on rock avalanches, CHEN Li-yi. See ZHAO Meng, 2920-2930 414-427 CHEN Ning-sheng. See GAO Yan-chao, 1289-1299 BIE Xiao-juan. See CHEN Tian-tian, 2001-2014 CHEN Qiang. See GU Yun-fu, 1121-1132 Bijeesh Kozhikkodan VEETTIL. See Adam EMMER, CHEN Ri-dong. See ZHENG Xiao-gang, 1913-1927 1485-1499 CHEN Sheng-shui. See ZHAO Tian-long, 630-640 Biswajeet PRADHAN. See Alireza ARABAMERI, 595-618 CHEN Su-chin. Exploring landslide erosion volume–area BOLLIGER Janine. See SAUTER Isabel, 2793-2809 scaling relationships by slip depth using changes in CAI Jun-chao. Mechanism of toppling and deformation DTMS for basin sediment volume estimation, 581-594 in hard rock slope: a case of bank slope of Hydropower CHEN Tian-tian. A method for determining vegetation Station, Qinghai Province, China, 924-934 growth process using remote sensing data: A case CAI Yong-jun. See WANG Fei, 285-295 study in the Three-River Headwaters Region, China, CAI Yue-liang. See SUN Hong-yue, 701-716 2001-2014 Camilla SANDSTRÖM. See Inger HANSEN, 2470-2483 CHEN Wei-zhong. See WANG Lu-yu, 2184-2202 Camilla SANDSTRÖM. See Wiebke NEUMANN, 1691- CHEN Xi. See FU Jiang-tao, 2079-2095 1701 CHEN Xiao-Qing. See CHEN Kun-Ting, 2502-2518 CAO Xiang-dong. See JIN Jian-hui, 2754-2769 CHEN Yan-long. See ZHANG Ying-bin, 1244-1257 CEN Duo-feng. See HUANG Da, 1715-1730 CHEN Zhuo-xin. See YANG Bo, 1396-1407 CHAI Le. See ZHANG Wei, 256-274 CHEN Zong-feng. See QU Lu-lu, 1065-1074 Chalthleng LALNUNZIRA. Root growth dynamics during CHENG Chang-xiu.See YANG Jing, 991-1004 recovery of tropical mountain forest in North-east CHENG Qian-gong. See LI De-sheng, 309-322 India, 2335-2347 CHENG Qian-gong. See ZHANG Ying-bin, 1244-1257 CHAMHURI Siwar. See Hazrat BILAL, 296-308 CHENG Qing-ping. Evaluation of tourism climate Chanathip SUPOTAYAN. See Avirut comfort in the Grand Shangri-La region, 1452-1469 CHINKULKIJNIWAT, 2171-2183 CHENG Xiao. See ZHAO Lian-heng, 153-167 Chandreyee CHAKRABARTI GOSWAMI. Evolution of CHENG Yan.See JIN Jian-hui, 2754-2769 landscape in a piedmont section of Eastern Himalayan Chin LEO. See LI De-ying, 2203-2214 foothills along India-Bhutan border: A tectono- Chjeng-Lun SHIEH. See Wei-Lin LEE, 2562-2576 geomorphic perspective, 2828-2843 CHOI Clarence Edward. See SONG Dong-ri, 1629-1645 CHANG Kwonhee. See YOO Chulsang, 971-990 Christophe VIAL. See Youcef SAHLI, 1606-1619 CHANG Zhi-wang. See ZHANG Ying-bin, 1244-1257 Christopher ELY. See Derek J. MARTIN, 243-255 CHEN Chen. See XUE Feng, 30-42 Christopher MONZ. See David PETTEBONE, 2882-2893 CHEN Cheng-long. See WANG Jin-liang, 2048-2062 CHU Guang-chen. See YU Yun-long, 1353-1366 CHEN Chien-yuan. See CHEN Su-chin, 581-594 Cristina DUMITRICĂ. See Gheorghe KUCSICSA, 1005- CHEN Fan. Effect of mixture sowing on biomass 1022 allocation in the artificially-planted pastures, CUI Bu-Li. See LI Dong-Sheng, 1571-1583 Southeastern Tibetan, 54-63 CUI Kahlil Fredrick E. See CHEN Lei-lei, 1661-1674 CHEN Feng. Supporting characteristics analysis of CUI Kahlil Fredrick E. See ZHOU Gordon G. D, 1743-

2966 Author Index for Journal of Mountain Science Volume 16, 2019

1759 DU Yan-hong. See CHEN Feng, 1160-1169 CUI Kahlil Fredrick. E. See ZHOU Ming-jun, 778-792 DU Yan-jun. See BI Yu-zhang, 414-427 CUI Peng. See GUO Xiao-jun, 641-656 DUAN Hong-yu. Glacier change in the Tanggula CUI Xiao-yong. See ZHANG Jing, 542-547 Mountains, Tibetan Plateau, in 1969-2015, 2663-2678 CUI Yi-fei. See ZHU Xing-hua, 402-413 DUAN Teng. See JIN Hui-fang, 2285-2298 DANG Xiao-hong. See XIE Yun-hu, 2548-2561 DUAN Wei-li. See ZHANG Hai-xia, 1788-1801 DANG Ying-sheng. See SUN Gao-chen, 1470-1482 DUAN Xu. Study on adverse effects of groundwater level David Palacios. See Néstor Campos, 1336-1352 rising induced by land creation engineering in hilly David PETTEBONE. Modeling visitor use on high and gully area of the Loess Plateau, 2739-2753 elevation mountain trails: An example from Longs DUGLIO Stefano. The role of a national park in Peak in Rocky Mountain National Park, USA, 2882- classifying mountain tourism destinations: An 2893 exploratory study of the Italian Western Alps, 1675- Deborah BENTIVOGLIO. Quality and origin of mountain 1690 food products: the new European label as a strategy for Ebrahem M. EID. See Kamal H. SHALTOUT, 2232-2242 sustainable development, 428-440 Elhadj MOKHTARI. See Youcef SAHLI, 1606-1616 DEGANUTTI Andrea Maria. The measure of friction Elisa PEROTTI. See Marco PITTARELLO, 2126-2135 angles for different types of granular material, 769-777 Emanuele BOSELLI. See Deborah BENTIVOGLIO, 428- DENG Hui. See TU Guo-xiang, 806-820 440 DENG Hui. See ZHU Jun-jie, 714-724 Emanuele INTRIERI. See Liang FENG, 955-970 DENG Long-zhou. Characteristics of runoff processes Emil GACHEV. See Peter NOJAROV, 16-29 and nitrogen loss via surface flow and interflow from Erik GLØERSEN. See Martin F. PRICE, 1-15 weathered granite slopes of Southeast China, 1048- Faizan JALAL. See Mohammd RAFIQ, 64-76 1064 FAN Gang. Dynamic response of a slope reinforced by DENG Ming-feng. See GAO Yan-chao, 1289-1299 double-row anti-sliding piles and pre-stressed anchor DENG Wei. See LI Jie, 744-754 cables, 226-241 DENG Xin. Does labor off-farm employment inevitably FAN Gang. See HOU Qi-dong, 453-469 lead to land rent out? Evidence from China, 689-700 FAN Hui. See GU Zhen-kui, 1035-1047 Derek J. MARTIN. Bank erosion in an Andean páramo FAN Xiao-juan. See DENG Long-zhou, 1048-1064 river system: Implications for hydro-development and FAN Xiao-lu. Climate change during the last glacial carbon dynamics in the neotropical Andes, 243-255 period on the southeast margin of Badain Jaran Desert, DEVKOTA Anjana. See MAHARJAN Seerjana, 2243- Northwest China, 2379-2388 2256 FANG Jiang-ping. See HUANG Xiao-hui, 2625-2639 Dhiraj Kumar SINGH. See Kamal Kant SINGH, 836-849 FANG Yi-ping. Role of permafrost in resilience of social- Dhrubajyoti SEN. See Sazeda BEGAM, 77-94 ecological system and its spatio-temporal dynamics in DI CRISTO Cristiana. See GRECO Massimo, 364-382 the source regions of Yangtze and Yellow Rivers,179- DING Cong.See SUN Gao-chen, 1470-1482 194 DING Fang-jun. See ZHOU Hua, 1584-1597 FANG Yi-ping. See YANG Xue-ting, 1883-1990 DING Jian-li. See Muattar SAYDI, 2271-2284 Farhad KHORMALI. See Hamed NAJAFI, 1559-1570 DING Jing. See XIE Yun-hu, 2548-2561 Farhad KHORMALI. See Masoumeh POURMASOUMI, DING Xuan-ming. See WANG Zhuang, 935-943 1848-1868 DING Yong-jian. See FANG Yi-ping, 179-194 Farshad KIANI. See Masoumeh POURMASOUMI, 1848- Divyesh VARADE. Dry/wet snow mapping based on the 1868 synergistic use of dual polarimetric SAR and Fatemeh HATEFFARD. Assessing the performance of multispectral data, 1435-1451 decision tree and neural network models in mapping Dol Raj LUITEL. Climate change and finger millet: soil properties, 1833-1847 Perception, trend and impact on yield in different Federico Maria TARDELLA. See Andrea BRUSAFERRO, ecological regions in Central Nepal, 821-835 2783-2792 DONG Qi. See DUAN Xu, 2739-2753 FEI Kai. See DENG Long-zhou, 1048-1064 DONG Xian-yong, See LU Chuan-hao, 2361-2378 FOLEGA Fousseni. Land use patterns and tree species DONG Zhi-bao. See WANG Rui, 2810-2827 diversity in the Volta Geological Unit, Togo, 1869-1882

2967 Author Index for Journal of Mountain Science Volume 16, 2019

Francesco MERCATI. See Antonio LUPINI, 1111-1120 1121-1132 Francesco SUNSERI.See Antonio LUPINI, 1111-1120 GU Zhen-kui. Quantitative analysis of the macro- Francis Q. BREARLEY. See Chalthleng LALNUNZIRA, geomorphic evolution of Buyuan Basin, China, 1035- 2335-2347 1047 Franny G. MURILLO-GARCÍA. Landslide susceptibility: Gulraiz AKHTER. See Muhammad HASAN, 850-869 a statistically-based assessment on a depositional GUO Kai-bin. See WANG Sheng, 1962-1974 pyroclastic ramp, 561-580 GUO Ming-ming. See YANG Bo, 1396-1407 FU Bin.See LIU Ju, 1901-1912 GUO Shi-li. Impact of land expropriation on farmers’ FU Chang-jing.See ZHAO Tian-long, 630-640 livelihoods in the mountainous and hilly regions of FU Jiang-tao. Influences of soil moisture and salt Sichuan, China, 2484-2501 content on loess shear strength in the Xining Basin, GUO Song-feng. See GETAHUN Ephrem,2110-2125 northeastern Qinghai-Tibet Plateau, 1184-1197 GUO Wei. See ZHAO Meng, 2920-2930 FU Jiang-tao. Recent research progress in geochemical GUO Wei-long. See ZHU Xing-hua, 108-121 properties and restoration of heavy metals in GUO Wei-long. See ZHU Xing-hua, 402-413 contaminated soil by phytoremediation, 2079-2095 GUO Wen-zhao. See YANG Bo, 1396-1407 GAO Yan-chao. Magnitude-frequency relationship of GUO Xi. See WANG Jin-liang, 2048-2062 debris flows in the Jiangjia Gully, China, 1289-1299 GUO Xiao-jun. Evaluation of a traditional method for GAO Yong-peng. See DUAN Hong-yu, 2663-2678 peak flow discharge estimation for floods in the GE Yong-gang. See GUO Xiao-jun, 641-656 Wenchuan Earthquake area, Sichuan Province, Geir-Harald STRAND. See Inger HANSEN, 2470-2483 China,641-656 GENEVOIS Rinaldo. See DEGANUTTI Andrea Maria, GUO Xing-sen. See ZHANG Yan-jun, 1170-1183 769-777 GUO Ying-man.See LIU Qin, 516-528 GENG Dong-xian. See YAN Yan, 2687-2700 GUO Zheng-sheng. See ZHAO Pei, 2605-2614 GETAHUN Ephrem. Characteristics of grain size GUO Zhou. See YU Yao, 207-225 distribution and the shear strength analysis of HAI Chun-xing. See XIE Yun-hu, 2548-2561 Chenjiaba long runout coseismic landslide, 2110-2125 Hamed NAJAFI. Paleopedology and magnetic properties Gheorghe KUCSICSA. Spatial modelling of deforestation of Sari loess-paleosol sequence in Caspian lowland, in Romanian Carpathian Mountains using GIS and northern Iran, 1559-1570 Logistic Regression, 1005-1022 HAN Ling. See ZHANG Ting-yu, 1275-1288 Gholam Hosain HAGHNIA. See Hamed NAJAFI, 1559- HAN Zhong. See YE Yun-xue, 1198-1214 1570 HAO Yan-bin. See ZHANG Jing, 542-547 Giampiero LOMBARDI. See Marco PITTARELLO, 2126- Harendra Singh NEGI. See Kamal Kant SINGH, 836-849 2135 HARTONO. See PUJIONO Eko, 2215-2231 Giorgia BUCCI. See Deborah BENTIVOGLIO, 428-440 Hazrat BILAL. Recent snow cover variation in the Upper Giovanni GIGLI. See Liang FENG, 955-970 Indus Basin of Gilgit Baltistan, Hindukush Karakoram Giuliano MENGUZZATO. See Antonio LUPINI, 1111- Himalaya, 296-308 1120 HE Bin. See ZHANG Hai-xia, 1788-1801 Giuseppe LUZZI. See Antonio LUPINI, 1111-1120 HE Hong-ze. Chemical characteristics and influencing GONG Zhi-wen. Quantitative division of succession and factors of snow in eastern Qilian Mountains, China, spatial patterns among different stand developmental 2015-2027 stages in Changbai Mountains, 2063-2078 HE Jian-xian. See SHEN Tong, 2532-2547 Gopal S. RAWAT. See Amit KUMAR, 351-363 HE Si-ming. See BI Yu-zhang, 414-427 Göran ERICSSON. See Wiebke NEUMANN, 1691-1701 HE Si-ming. See LIU Wei, 122-137 GRECO Massimo. Numerical simulation of mud-flows HE Si-ming. See WU Yong, 138-152 impacting structures, 364-382 HE Xiu-bin. See LI Jin-lin,2028-2038 GU Dong-ming. See HUANG Da, 1258-1274 HE Zi-lu. See LIU Wei, 122-137 GU Li. See GONG Zhi-wen, 2063-2078 Hideaki MIZUNO. See Andang Suryana SOMA, 383-401 GU Yun-fu. Pyrosequencing of nirS gene revealed spatial Hideo MATSUMOTO. See Atsuko NONOMURA, 95-107 variation of denitrifying bacterial assemblages in HONG Jiang-tao. See MA Xing-xing, 2039-2047 response to wetland desertification at Tibet plateau, Hong Seongchan. See OH Jeong-Sik, 1215-1230

2968 Author Index for Journal of Mountain Science Volume 16, 2019

Hossein BASHARI. See Asieh SHEIKHZADEH, 1408- IMRON Muhammad Ali. See PUJIONO Eko, 2215-2231 1418 Inger HANSEN. Impacts of Norwegian large carnivore Hossein TAZIKEH. See Hamed NAJAFI, 1559-1570 management strategy on national grazing sector, HOU Ge. See ZHANG Zhen-chao, 2348-2360 2470-2483 HOU Lei. See HUANG Xiao-hui, 2625-2639 Irasema ALCÁNTARA-AYALA. See Franny G. HOU Qi-dong. Large deformation and failure MURILLO-GARCÍA, 561-580 mechanism analyses of Tangba high slope with a high- Jagdish Chandra KUNIYAL. Vulnerability assessment of intensity and complex excavation process, 453-469 the Satluj Catchment for sustainable development of HU Gui-Sheng. See CHEN Kun-Ting, 2502-2518 hydroelectric projects in the northwestern Himalaya, HU Gui-sheng. See GAO Yan-chao, 1289-1299 2714-2738 HU Kai-heng. See HU Xu-dong, 441-452 Javaid M. DAD. Phytodiversity and medicinal plant HU Lei. The difference in pollen harvest between Apis distribution in pasturelands of North Western mellifera and Apis cerana in a Tibetan alpine meadow, Himalaya in relation to environmental gradients, 884- 1598-1605 897 HU Sheng. See YAN Yan, 2687-2700 Javed IQBAL. See YAO Xin, 1515-1533 HU Shi. Detecting and attributing vegetation changes in Jean de Dieu NAMBAJIMANA. See LI Jin-lin, 2028- Taihang Mountain, China, 337-350 2038 HU Wang. See YAN Yan, 2687-2700 Jennifer M. FITCHETT. See Kirsten NOOME, 2453- HU Xia-song. See FU Jiang-tao, 1184-1197 2469 HU Xu-dong. Quantitative assessment of the impact of Jens OLDELAND. See Alina BARANOVA, 43-53 earthquake-induced geohazards on natural landscapes JHA Pramod Kumar. See MAHARJAN Seerjana, 2243- in Jiuzhaigou Valley, 441-452 2256 HUANG Bo-lin. See TAN Jian-min, 1774-1787 JIA Yu-lian. See ZHANG Zhi, 1616-1628 HUANG Da. A novel radial cable for restraining tensile JIAN Li-ming. See WANG Sheng, 1962-1974 failure in steep fill–rock interfaces, 1715-1730 JIANG Bao-Fu. See LI Dong-Sheng, 1571-1583 HUANG Da. Experimental investigation on the failure JIANG Cheng. See ZHU Xing-hua, 108-121 mechanism of a rock landslide controlled by a steep- JIANG Cheng. See ZHU Xing-hua, 402-413 gentle discontinuity pair, 1258-1274 JIANG Hong-tao. See XIE Yun-hu, 2548-2561 HUANG Da. See TU Guo-xiang, 806-820 JIANG Yuan. See XUE Feng, 30-42 HUANG Fa-rong. Reference evapotranspiration JIANG Yuan-jun. See XIAO Si-you, 2435-2454 concentration and its relationship with precipitation JIN Hui-fang. Mechanisms of root-soil reinforcement in concentration at southern and northern slopes of bio-embankments of sloping farmland in the purple Tianshan Mountains, China, 1381-1395 hilly area, China, 2285-2298 HUANG Jian. See CAI Jun-chao, 924-934 JIN Jian-hui. Chronology of coastal aeolian deposition HUANG Lei. See MIAO Fa-sheng, 1231-1243 and its paleo-environmental implications on the Liuao HUANG Rui-hong. See SHEN Xing-ju, 2894-2906 Peninsula of South China, 2754-2769 HUANG Run-qiu. See CAI Jun-chao, 924-934 JIN Shuang. See SONG Meng-yuan, 1802-1818 HUANG Run-qiu. See YANG Qing-wen, 470-485 JIN Wei-jun. See Muhammad HASAN, 850-869 HUANG Tao. See LI Xiao-ning, 1318-1335 JIN Zhao. See YU Yun-long, 1353-1366 HUANG Wen-yan. See CHEN Su-chin, 581-594 JODHA Narpat Singh. See BHATTA Laxmi Dutt, 1133- HUANG Xiao-hui. Climate change has more adverse 1149 impacts on the higher mountain communities than the John C WEBER. See Chandreyee CHAKRABARTI lower ones: people’s perception from the northern GOSWAMI, 2828-2843 Himalayas, 2625-2639 JOSHI Mohan Dev. See MAHARJAN Seerjana, 2243- HUANG Xiao-tao. See YE Hui, 323-336 2256 HUO Miao. Entrainment effects and the dynamical JU Neng-pan. See CAI Jun-chao, 924-934 evolution of debris avalanche/flow on substrate Juan Antonio BALLESTEROS-CÁNOVAS. See Osvaldo materials, 1760-1773 FRANCO-RAMOS, 2096-2109 IAN S. Evans. See ZHANG Wei, 256-274 Justyna SOKOŁOWSKA. Interrelationship between soil IERVOLINO Michele. See GRECO Massimo, 364-382 depth and soil properties of Pieniny National Park

2969 Author Index for Journal of Mountain Science Volume 16, 2019

forest (Poland), 1534-1545 analysis, 725-743 Kamal H. SHALTOUT. Bedouin farms in the Saint KULEKCI Gokhan. See ALEMDAG Selcuk, 2150-2158 Katherine mountainous area (South Sinai, Egypt), Kuniaki MIYAMOTO. See Wei-Lin LEE, 2562-2576 2232-2242 KUO Yu-Shu. See CHEN Kun-Ting, 2502-2518 Kamal Kant SINGH. Assessment of glacier stored water Kusum ARUNACHALAM. See Niyati NAUDIYAL, 755- in Karakoram Himalaya using satellite remote sensing 768 and field investigation, 836-849 Laura SANCHEZ-CASTILL. Eco-morphological KANG Hong-liang. See YANG Bo, 1396-1407 characteristics of fern species for slope conservation, KANG Mu-yi. See XUE Feng, 30-42 504-515 KANG Shi-chang. See Muhammad ADNAN, 1075-1097 LEE Jinwook. See YOO Chulsang, 971-990 KANG Xin-gang. See GONG Zhi-wen, 2063-2078 LEI Ming. Dynamics of loose granular flow and its Karolina WOŹNICA. See Justyna SOKOŁOWSKA, 1534- subsequent deposition in a narrow mountainous river, 1545 1367-1380 Karsten GRUNEWALD. See Peter NOJAROV, 16-29 LEI Xue. See ZHOU Yi, 2844-2855 KASTURI Devi Kanniah. See Hazrat BILAL, 296-308 LETEY Marilisa. See DUGLIO Stefano, 1675-1690 Kazem NOSRATI. A soil quality index for evaluation of LI An-yuan. See LI De-sheng, 309-322 degradation under land use and soil erosion categories LI Cai-hong. See FU Jiang-tao, 2079-2095 in a small mountainous catchment, Iran, 2577-2590 LI Cheng. See XIAO Si-you, 2435-2456 KAZEMI Ehsan. See ZHENG Xiao-gang, 1913-1927 LI Chi. See WANG Zhuang, 935-943 Kazuhito FUJISAWA. See Atsuko NONOMURA, 95-107 LI Chun-jie. See GUO Shi-li, 2484-2501 Ken'ichirou KOSUGI. See Laura SANCHEZ-CASTILL, LI De-jian. See ZHAO Lian-heng, 153-167 504-515 LI De-sheng. Thermal dynamics of the permafrost active Keyvan EZIMAND. See Yasaman ASADI, 677-688 layer under increased precipitation at the Qinghai- Khaled H. EL-HAMDI. See Kamal H. SHALTOUT, 2232- Tibet Plateau, 309-322 2242 LI De-ying. Displacement characteristics and prediction Khalil REZAEI. See Alireza ARABAMERI, 595-618 of Baishuihe landslide in the Three Gorges Reservoir, Khodir MADANI. See Youcef SAHLI, 1606-1615 2203-2214 Kian Huat ONG. See Renee Sherna LAING, 1419-1434 LI Dong-Sheng. Glacier extent changes and possible KIENAST Felix. See SAUTER Isabel, 2793-2809 causes in the Hala Lake Basin of Qinghai-Tibet Plateau, Kireet KUMAR. See Jagdish Chandra KUNIYAL, 2714- 1571-1583 2738 LI Guo-yu. See WANG Fei, 285-295 Kirsten NOOME. An assessment of the climatic LI Hai-bo.See HOU Qi-dong, 453-469 suitability of Afriski Mountain Resort for outdoor LI Han. See ZHANG Yu, 2856-2866 tourism using the Tourism Climate Index (TCI), 2453- LI Hui-xia. Variations in sap flow of Zenia insignis under 2469 different rock bareness rate in North Guangdong, KONG Ling-wei. See ZENG Zhi-xiong, 2907-2919 China, 2320-2334 KONOSHIMA Masashi. Balancing timber production LI Jian-cheng. Origin of the Mushroom Stone Forest at and habitat conservation of Okinawa Rails (Gallirallus the southeastern foot of the Little Sangpu Mountain in okinawae): Application of a harvest scheduling eastern Guangdong, China: A palaeo-sea-level optimization model in subtropical forest in Okinawa, indicator or not? 487-503 Japan, 2770-2782 LI Jie. Evaluating mountain water scarcity on the county Koray ULAMIŞ. Shear strength of extremely altered scale: a case study of Dongchuan District, Kunming, serpentinites based on degree of saturation (Ankara, China, 744-754 Turkey), 944-954 LI Jie. See MIAO Fa-sheng, 1231-1243 Krairoj MAHANNOPKUL. Influence of root suction on LI Jing. See ZHANG Hai-xia, 1788-1801 tensile strength of Chrysopogon zizanioides roots and LI Jing.See ZHU Hong-wei, 168-178 its implication on bio-slope stabilization, 275-284 LI Jin-lin. Fractal characterization of sediment particle- Krzysztof KOŁODZIEJCZYK. Networks of hiking tourist size distribution in the water-level fluctuation zone of trails in the Krkonoše (Czech Republic) and Peneda- the Three Gorges Reservoir, China, 2028-2038 Gerês (Portugal) national parks – comparative LI Lan-hai. See HUANG Fa-rong, 1381-1395

2970 Author Index for Journal of Mountain Science Volume 16, 2019

LI Ling-jing. See YAO Xin, 1515-1533 LING Si-xiang. See LI Xiao-ning, 1318-1335 LI Lin-wei. See MIAO Fa-sheng, 1231-1243 LING Zhi-yong. See JIN Jian-hui, 2754-2769 LI Long-qi. See CAI Jun-chao, 924-934 LIU Dao-chuan. See XIAO Si-you, 2435-2452 LI Ming. See LIU Qin, 2404-2416 LIU Dao-chuan. Spatial-temporal distribution of debris LI Pei-ji. See HUANG Da, 1715-1730 flow impact pressure on rigid barrier, 793-805 LI Qian. See HUANG Fa-rong, 1381-1395 LIU Gang-cai. See LU Chuan-hao, 2361-2378 LI Qian-yu. See GUO Shi-li, 2484-2501 LIU Hui. See WANG Liang, 1702-1714 LI Qin-wen. See LU Ya-feng, 2654-2662 LIU Jin-feng. See GUO Xiao-jun, 641-656 LI Shao-cai. See YANG Hao,1816-1832 LIU Jin-feng. See LIU Dao-chuan, 793-805 LI Shu-xia. See FU Jiang-tao, 1184-1197 LIU Jiu-fu. See ZHANG Hai-xia, 1788-1801 LI Si-si. See HUANG Fa-rong, 1381-1395 LIU Ju. Modelling spatial variation in the treatment LI Wan-Xin. See WU Han, 2257-2270 costs of non-point source pollution in mountainous LI Wen. Magnetic mineral diagenesis in sediments of regions of southwest China, 1901-1912 saline lake Lop Nur,548-560 LIU Juan. See DUAN Hong-yu, 2663-2678 LI Xi-an. See ZHANG Ting-yu, 1275-1288 LIU Jun-cheng. See ZHANG Yu, 2856-2866 LI Xiang-hui. See YANG Teng, 2519-2531 LIU Liang. See ZHANG Wei, 256-274 LI Xiao-feng. See DUAN Hong-yu, 2663-2678 LIU Liang-mei-zi. See HU Shi, 337-350 LI Xiao-jia. See XIE Yun-hu, 2548-2561 LIU Lin. See WU Han, 2257-2270 LI Xiao-ning. Integrated rockfall hazard and risk LIU Miao. See ZHANG Zhen-chao, 2348-2360 assessment along highways: An example for LIU Qi. See WANG Lu-yu, 2184-2202 Jiuzhaigou area after the 2017 Ms 7.0 Jiuzhaigou LIU Qin. Conflict between wild boars (Sus scrofa) and earthquake, China, 1318-1335 farmers: distribution, impacts, and suggestions for LI Xi-lai. See FU Jiang-tao, 1184-1197 management of wild boars in the Three Gorges LI Xin-po. See WU Yong, 138-152 Reservoir Area, 2404-2416 LI Yang. See ZHOU Yi, 2844-2855 LIU Qin. Microclimate regulation efficiency of the rural LI Ya-peng. See ZHANG Wei, 256-274 homegarden agroforestry system in the Western LI Yong.See GUO Xiao-jun, 641-656 Sichuan Plain, China, 516-528 LI Yong.See LIU Dao-chuan, 793-805 LIU Quan-yu. See ZHAO Liang-ju, 898-908 LI Yuan-fa. Assessing the influence of the minimum LIU Shao-quan. See GUO Shi-li, 2484-2501 measured diameter on forest spatial patterns and LIU Shao-quan. See YU Hui, 195-206 nearest neighborhood relationships, 2308-2319 LIU Shi-yin. See DUAN Hong-yu, 2663-2678 LI Zhi-xing. See JIN Jian-hui, 2754-2769 LIU Ting. See GU Yun-fu, 1121-1132 LI Zhi-zhong.See JIN Jian-hui, 2754-2769 LIU Wei. Simulation of landslide run-out by considering LI Zhong-qin. See SONG Meng-yuan, 1802-1816 frictional heating and thermal pressurization, 122-137 LI Zhuang. See YANG Teng, 2519-2531 LIU Wen-hui. Dynamic changes in lakes in the Hoh Xil Liang FENG. Rockfall seismic features analysis based on region before and after the 2011 outburst of Zonag in situ tests: frequency, amplitude, and duration, 955- Lake, 1098-1110 970 LIU Wen-zhen. See LI Yuan-fa, 2308-2319 LIANG Ning. See GETAHUN Ephrem, 2110-2125 LIU Xiao-wen. See YE Yun-xue, 1198-1214 LIANG yu-feng. See HUO Miao, 1760-1773 LIU Xiao-xi. See XIE Yun-hu, 2548-2561 LIANG Zhao-xiong. See LI Hui-xia, 2320-2334 LIU Xing-nian. See ZHENG Xiao-gang, 1913-1927 LIAO Ai-min. See ZHANG Hai-xia, 1788-1801 LIU Xue-lu. See HE Hong-ze, 2015-2027 LIAO Li-ping. Landslide integrated characteristics and LIU Ya-bin. See FU Jiang-tao, 1184-1197 susceptibility assessment in Rongxian county of LIU Yang. Fuzzy-support vector machine geotechnical Guangxi, China, 657-676 risk analysis method based on Bayesian network, 1975- LIAO Zi-yan. See YANG Hao, 1816-1832 1985 LIN Henry. See YU Yun-long, 1353-1366 LIU Yan-sui. See QU Lu-lu, 1065-1074 LIN Qi-nan. See ZHOU Hua, 1584-1597 LIU Yong. See SHEN Tong, 2532-2547 LIN Yong-chong. See LI Wen, 548-560 LIU Yong. Spatial distribution and formation mechanism Lina HOLMGREN. See Wiebke NEUMANN, 1691-1701 of aeolian sand in the middle reaches of the Yarlung

2971 Author Index for Journal of Mountain Science Volume 16, 2019

Zangbo River, 1987-2000 1868 LOU Yi-bao. See JIN Hui-fang, 2285-2298 Masoud SOHRABI. See Alireza ARABAMERI, 595-618 LU Chuan-hao. Spatio-temporal trends and causes of Masoumeh POURMASOUMI. Development and variations in runoff and sediment load of the Jinsha magnetic properties of loess-derived forest soils along River in China, 2361-2378 a precipitation gradient in northern Iran, 1848-1868 LU Nan. See LI Hui-xia, 2320-2334 Massimiliano PROBO. See Marco PITTARELLO, 2126- LU Xiao-ning. See WU Han, 2257-2270 2135 LU Xue-qiang. See ZHOU Ming-jun, 778-792 MAZLIN Bin Mokhtar. See Hazrat BILAL, 296-308 LU Ya-feng. Planning conservation corridors in MEHTAB Alam. See XIAO Si-you, 2435-2455 mountain areas based on integrated conservation MENG Fei. See ZHAO Liang-ju, 898-908 planning models: A case study for a giant panda in the MENG Zhong-ju. See XIE Yun-hu, 2548-2561 Qionglai Mountains, 2654-2662 Meriem Miyassa ACI. See Antonio LUPINI, 1111-1120 LU Ya-feng. See LIU Qin, 2404-2416 MIAO Fa-sheng. Influence of permeation effect on the Luis M. Tanarro. See Néstor Campos, 1336-1352 microfabric of the slip zone soils: A case study from LUO Ge-ping. See YE Hui, 323-336 the Huangtupo landslide, 1231-1243 LUO Jing. See QU Yong-long, 2159-2170 MIAO Fa-sheng. See LI De-ying, 2203-2214 LUO Min. See ZHENG Xiao-gang, 1913-1927 MIAO Ning. See YANG Hao, 1816-1832 LUO Yang. See ZHOU Hua, 1584-1597 Michele LONATI. See Marco PITTARELLO, 2126-2135 LUO Yong-hong. See SHEN Tong, 2532-2547 Milica KASANIN-GRUBIN. See YAN Luo-bin, 2591-2604 LUO Zhi-jun. See WANG Jin-liang, 2048-2062 Mina MASUMOTO. See Atsuko NONOMURA, 95-107 MA Lu. Evaluation of the integrated multi-satellite MO Xiong-guo. See HU Shi, 337-350 retrievals for global precipitation measurement over Mohammd RAFIQ. Modelling Chorabari Lake outburst the Tibetan Plateau, 1500-1514 flood, Kedarnath, India, 64-76 MA Rui. See YANG Hao, 1816-1832 Mohan SIWAKOTI. See Dol Raj LUITEL, 821-835 MA Shao-kun. See LIAO Li-ping, 657-676 Mohsen EHTESHAMI-MOINABADI. See Siyamack MA Si-yuan. Volume expansion rates of seismic SHARAFI, 2389-2403 landslides and influencing factors: A case study of the Mohsen SOLEIMANI. See Asieh SHEIKHZADEH, 1408- 2008 Wenchuan earthquake, 1731-1742 1418 MA Tian-hui. See CHEN Feng, 1160-1169 Mojtaba YAMANI. See Siyamack SHARAFI, 2389-2403 MA Wei. See WANG Fei, 285-295 Morteza LOTFIRAD. See Arash ADIB, 529-541 MA Xing-xing. C:N:P stoichiometry of perennial herbs’ Mostafa Tarkesh ESFAHANI. See Asieh SHEIKHZADEH, organs in the alpine steppe of the northern Tibetan 1408-1418 Plateau, 2039-2047 MU Gui-jin. See LI Wen, 548-560 MAHARJAN Seerjana. Predicting suitable habitat of an MU Qing-yi. See ZHOU Gordon G. D, 1743-1759 invasive weed Parthenium hysterophorus under future MU Qing-yi.See CHEN Lei-lei, 1661-1674 climate scenarios in Chitwan Annapurna Landscape, MU Yan-hu. See QU Yong-long, 2159-2170 Nepal, 2243-2256 MU Yan-hu. See WANG Fei, 285-295 Mansa SRIVASTAV. See Amit KUMAR, 351-363 Muaish SAIT. See Renee Sherna LAING, 1419-1434 MAO Yun-cheng. See WANG Fei, 285-295 Muattar SAYDI. Snowmelt modeling using two melt-rate Marc J. METZGER. See Martin F. PRICE, 1-15 models in the Urumqi river watershed, Xinjiang Marco PITTARELLO. Grazing Management Plans Uyghur Autonomous Region, China, 2271-2284 improve pasture selection by cattle and forage quality Muhammad ADNAN. Evaluation of SWAT Model in sub-alpine and alpine grasslands, 2126-2135 performance on glaciated and non-glaciated subbasins Mari TAKAHASHI. See Atsuko NONOMURA, 95-107 of Nam Co Lake, Southern Tibetan Plateau, China, Markus STOFFEL. See Osvaldo FRANCO-RAMOS, 1075-1097 2096-2109 Muhammad HASAN. Investigation of fractured rock Martin F. PRICE. Mapping mountain areas: learning aquifer in South China using electrical resistivity from Global, European and Norwegian perspectives, 1- tomography and self-potential methods, 850-869 15 Muhammad Naveed ANJUM. See Muhammad ADNAN, Martin KEHL. See Masoumeh POURMASOUMI, 1848- 1075-1097

2972 Author Index for Journal of Mountain Science Volume 16, 2019

Muhammad ZAMAN. See Muhammad ADNAN, 1075- PENG Jian-bing. See ZHU Xing-hua, 402-413 1097 PENG Li. What is the relationship between ecosystem MUKETE Beckline. See FOLEGA Fousseni, 1869-1882 services and urbanization? A case study of the MUNIAPPAN Rangaswamy. See MAHARJAN Seerjana, mountainous areas in Southwest China, 2867-2881 2243-2256 PENG Pei-hao. See LIU Qin, 516-528 Naila NAZIR. A system dynamics model for billion trees Peter NOJAROV. Recent behavior and possible future tsunami afforestation project of Khyber Pakhtunkhwa evolution of the glacieret in the cirque Golemiya Kazan in Pakistan: Model application to afforestation in the Pirin Mountains under conditions of climate activities, 2640-2653 warming, 16-29 Najmeh Neysani SAMANY. See Yasaman ASADI, 677- Pitamber Prasad DHYANI.See Jagdish Chandra 688 KUNIYAL, 2714-2738 Naoya MASAOKA. See Laura SANCHEZ-CASTILL, 504- Prakash Singh THAPA. Development of community- 515 based landslide early warning system in the Neelima SATYAM. See Abhirup DIKSHIT, 870-883 earthquake-affected areas of Nepal Himalaya, 2701- Néstor Campos. Glacier reconstruction of La Covacha 2713 Massif in Sierra de Gredos (central Spain) during the Pramod Kumar JHA. See Dol Raj LUITEL, 821-835 Last Glacial Maximum, 1336-1352 Prasun JANA. See Chandreyee CHAKRABARTI NEUPANE Nilhari. See BHATTA Laxmi Dutt, 1133-1149 GOSWAMI, 2828-2843 NI Jiu-pai. See WANG Jin-liang, 2048-2062 PUJIONO Eko. Assessment of causes and future NI Liang. See DENG Long-zhou, 1048-1064 deforestation in the mountainous tropical forest of NI Wan-kui. See QU Yong-long, 2159-2170 Timor Island, Indonesia, 2215-2231 NIAN Ting-kai. See ZHANG Yan-jun, 1170-1183 QI Miao-miao. See DUAN Hong-yu, 2663-2678 Nidhi KANWAR. See Jagdish Chandra KUNIYAL, 2714- QI Sheng-wen. See GETAHUN Ephrem, 2110-2125 2738 QI Shun-chao. See FAN Gang, 226-241 NING Li-xin. See YANG Jing, 991-1004 QI Yan-bin. See DENG Xin, 689-700 NIU Fu-jun. See QU Yong-long, 2159-2170 QI Zhao-xin. See FU Jiang-tao, 1184-1197 Nixon Girang MANG. See Renee Sherna LAING, 1419- QIANG Miao. See YU Hui, 195-206 1434 QIAO Jing-ru. See ZHANG Wei, 256-274 Niyati NAUDIYAL. The future of mountain agriculture QIAO Yong-ping. See MA Lu,1500-1514 amidst continual farm-exit, livelihood diversification QIN Xiao-jing. See CHEN Fan, 54-63 and outmigration in the Central Himalayan villages, QIN Yan. See Muattar SAYDI, 2271-2284 755-768 QIU Xiao-ping. See FANG Yi-ping, 179-194 OH Erwin. See DUAN Xu,2739-2753 QIU Xiao-ping. See YANG Xue-ting, 1883-1990 OH Jeong-Sik. Paleo-shoreline changes in moraine QU Lu-lu. Spatiotemporal differentiation of eco-land and dammed lake Khagiin Khar, Khentey Mountains, factors detection for China’s Loess Plateau, 1065-1074 Central Mongolia, 1215-1230 QU Yong-long. Effect of freeze-thaw cycles on uniaxial Onkar DIKSHIT. See Divyesh VARADE, 1435-1451 mechanical properties of cohesive coarse-grained soils, Osvaldo FRANCO-RAMOS. Reconstruction of debris- 2159-2170 flow activity in a temperate mountain forest catchment Rattana SALEE. See Avirut CHINKULKIJNIWAT, 2171- of central Mexico, 2096-2109 2183 Panich VOOTTIPRUEX. See Avirut REN Yong-qing. See JIN Jian-hui, 2754-2769 CHINKULKIJNIWAT, 2171-2183 Renee Sherna LAING. Stand structure, floristic Paola SCOCCO. See Andrea BRUSAFERRO, 2783-2792 composition and species diversity along altitudinal Patricia Jie Hung KING. See Renee Sherna LAING, 1419- gradients of a Bornean mountain range 30 years after 1434 selective logging, 1419-1434 Payam DOLATI. See Fatemeh HATEFFARD, 1833-1847 Roghayeh KASHANI. Tectonic implication of PAZÚR Robert.See SAUTER Isabel, 2793-2809 geomorphometric analyses along the Saravan Fault: PEI Xiang-jun. See YANG Qing-wen, 470-485 evidence of a difference in tectonic movements PENG Guo-quan. See TANG Duo-teng, 1546-1558 between the Sistan Suture Zone and Makran Mountain PENG Jian-bing. See ZHU Xing-hua, 108-121 Belt, 1023-1034

2973 Author Index for Journal of Mountain Science Volume 16, 2019

Roland Jui Heng KUEH. See Renee Sherna LAING, 2243-2256 1419-1434 Shri Kant TRIPATHI. See Chalthleng LALNUNZIRA, SADONO Ronggo. See PUJIONO Eko, 2215-2231 2335-2347 Safaa A. EL-MASRY. See Kamal H. SHALTOUT, 2232- SHU Zhi-hong. See WANG Sheng, 1962-1974 2242 Shuichi HASEGAWA. See Atsuko NONOMURA, 95-107 Sajjad AHMAD JAN. See Naila NAZIR, 2640-2653 Silvio BAGNATO. See Antonio LUPINI, 1111-1120 Sara SAVINI. See Deborah BENTIVOGLIO, 428-440 Simone RAVETTO ENRI. See Marco PITTARELLO, Sarada Prasad PRADHAN. See Aditya Kumar ANAND, 2126-2135 1943-1961 Siyamack SHARAFI. Evidence of the formation of SAUTER Isabel. Changes in demand and supply of landslide-dammed lakes in the Zagros Mountains ecosystem services under scenarios of future land use range, Iran, 2389-2403 in Vorarlberg, Austria, 2793-2809 Somjai YUBONCHIT. See Avirut CHINKULKIJNIWAT, Savaş TOPAL. Evaluation of relative tectonic activity 2171-2183 along the Priene-Sazlı Fault (Söke Basin, southwest SONG Chang-qing. See YANG Jing, 991-1004 Anatolia): Insights from geomorphic indices and SONG Dong-ri. Debris flow impact on flexible barrier: drainage analysis, 909-923 effects of debris-barrier stiffness and flow aspect ratio, Sazeda BEGAM. Mapping of moraine dammed glacial 1629-1645 lakes and assessment of their areal changes in the SONG Dong-ri. See CHEN Lei-lei, 1661-1674 central and eastern Himalayas using satellite data, 77- SONG Dong-ri. See ZHOU Gordon G. D, 1743-1759 94 SONG Dong-ri. See ZHOU Ming-jun, 778-792 SEONG Yeong Bae. See OH Jeong-Sik, 1215-1230 SONG Hao-ze. See LI Wen, 548-560 SERBAN Mihaela. See WANG Fei, 285-295 SONG Meng-yuan. Isotopic evidence for the moisture Seyed Hamid MATINKHAH. See Asieh SHEIKHZADEH, origin and influencing factors at Urumqi Glacier No.1 1408-1418 in upstream Urumqi River basin, eastern Tianshan Shakil Ahmad ROMSHOO. See Mohammd RAFIQ, 64- Mountains, 1802-1815 76 SONG Yi. See YU Yun-long, 1353-1366 Shamsollah AYOUBI. See Hamed NAJAFI, 1559-1570 SONG Zhao-jun. See GU Zhen-kui, 1035-1047 Shamsollah AYOUBI. See Masoumeh POURMASOUMI, Stefan STEGER. See Franny G. MURILLO-GARCÍA, 561- 1848-1868 580 SHAN Jie. See BI Yu-zhang, 414-427 SU Li-jun. See XIAO Si-you, 2435-2453 SHANG Yan-jun. See Muhammad HASAN, 850-869 SU Ying. See FU Jiang-tao, 2079-2095 SHANG Yue-quan. See SUN Hong-yue, 701-715 SU Zheng-an. See WU Han, 2257-2270 SHE Dong-li. See ZHAO Pei, 2605-2614 Sudeshna Maya SEN. Integrating value-chain approach SHEN Hai-ou. Effects of rainfall intensity and with participatory multi-criteria analysis for topography on rill development and rill characteristics sustainable planning of a niche crop in Indian on loessial hillslopes in China, 2299-2307 Himalayas, 2417-2434 SHEN Jun-hui. See ZHOU Zhou, 1300-1317 Suksun HORPIBULSUK. See Avirut SHEN Man. See ZHOU Zhou, 1300-1317 CHINKULKIJNIWAT, 2171-2183 SHEN Shi. See YANG Jing, 991-1004 SUN Bo. See ZHANG Wei, 256-274 SHEN Tong. See LIU Yong, 1987-2000 SUN Chun-wei. See LI Xiao-ning, 1318-1335 SHEN Tong. Seismic response of cracking features in SUN Gao-chen. Microstructure and strength features of Jubao Mountain during the aftershocks of Jiuzhaigou warm and ice-rich frozen soil treated with high- Ms7.0 earthquake, 2532-2547 performance cements, 1470-1482 SHEN Xing-ju. U.S. national parks accessibility and SUN Hai-long. See YANG Hao, 1816-1832 visitation, 2894-2906 SUN Hong-yue. An improved siphon drainage method SHI Dong-mei. See JIN Hui-fang, 2285-2298 for slope stabilization, 701-713 SHI Jing-jing. See XUE Feng, 30-42 SUN Hong-yue. See WEI Zhen-lei, 1646-1660 SHOZO Shibata. See FOLEGA Fousseni, 1869-1882 SUN JianSee ZHANG Zhen-chao, 2348-2360 SHRESTHA Anil. See BHATTA Laxmi Dutt, 1133-1149 SUN Tian-yu. See DENG Long-zhou, 1048-1064 SHRESTHA Bharat Babu. See MAHARJAN Seerjana, SUN Xiao-ming. See CHEN Feng, 1160-1169

2974 Author Index for Journal of Mountain Science Volume 16, 2019

SUN Xin-po. See BI Yu-zhang, 414-427 WANG Dong. See LIU Dao-chuan, 793-805 SUN Yi-qing. See LI De-ying, 2203-2214 WANG Dong. See LIU Yang, 1975-1985 SUN Yu-xue. See YANG Teng, 2519-2531 WANG Dong-fei. See SUN Hong-yue, 701-714 Surendar MANICKAM. See Divyesh VARADE, 1435-1451 WANG Dong-po. See BI Yu-zhang, 414-427 Suwannee ADSAVAKULCHAI. See HUANG Fa-rong, Wang Dong-po. See WU Yong, 138-152 1381-1395 WANG Fei. Permafrost warming along the Mo’he- TAN Bo.See ZHANG Yu, 2856-2866 Jiagedaqi section of the China-Russia crude oil TAN Jian-min. Pressure characteristics of landslide- pipeline, 285-295 generated impulse waves, 1774-1787 WANG Fei-yu. See HU Shi, 337-350 TAN Si-yi. See ZHANG Yu, 2856-2866 WANG Guo-yi. See XUE Feng, 30-42 TAN Xian-jun. See WANG Lu-yu, 2184-2202 WANG Hong-xiang. See LI Yuan-fa, 2308-2319 TAN Xu-yan. See WANG Lu-yu, 2184-2202 WANG Ji. See XIE Yun-hu, 2548-2561 TANG Chun-an. See CHEN Feng, 1160-1169 WANG Jin-liang. Assessing effects of “source-sink” TANG Duo-teng. Age-related variations of needles and landscape on non-point source pollution based on cell twigs in nutrient, nonstructural carbon and isotope units of a small agricultural catchment, 2048-2062 composition along altitudinal gradients, 1546-1558 WANG Jun-bang.See YE Hui, 323-336 TANG Jia-liang. See LU Chuan-hao, 2361-2378 WANG Jun-tao. See ZENG Zhi-xiong, 2907-2919 TANG Jin-bo. See HU Xu-dong, 441-452 WANG Lei. See SHEN Hai-ou, 2299-2307 TANG Qiang. See LI Jin-lin, 2028-2038 WANG Liang. Quantitative evaluation of Tibet’s resource TANG Qian-yu. See ZHANG Wei, 256-274 and environmental carrying capacity, 1702-1714 TANG Xiang-yu. See ZHAO Pei, 2605-2614 WANG Lu-yu. Evaluation of mountain slope stability Taworn TIRAMETATIPARAT. See Avirut considering the impact of geological interfaces using CHINKULKIJNIWAT, 2171-2183 discrete fractures model, 2184-2202 TECCA Pia Rosella. See DEGANUTTI Andrea Maria, WANG Niu. See ZHANG Hai-xia, 1788-1801 769-777 WANG Ping. See ZHANG Jing, 542-547 Teresa GRACCHI. See Liang FENG, 955-970 WANG Qiang. See CHEN Tian-tian, 2001-2014 Tetsuya KUBOTA. See Andang Suryana SOMA, 383-401 WANG Rui. Changes in the depths of seasonal freezing Tetsuya KUBOTA.See Laura SANCHEZ-CASTILL, 504- and thawing and their effects on vegetation in the 515 Three-River Headwater Region of the Tibetan Thomas GLADE. See LI De-ying, 2203-2214 Plateau,2810-2827 TIAN Li-ming. See MA Lu, 1500-1514 WANG San-shu. See JIN Hui-fang, 2285-2298 TIAN Ming-zhong. See FAN Xiao-lu, 2379-2388 WANG Shan-yong. See ZHAO Meng, 2920-2930 Tomasz ZALESKI. See Justyna SOKOŁOWSKA, 1534- WANG Sheng. Development of grouting materials with 1545 application to the protection of the geological relics of Tor ARNESEN. See Martin F. PRICE, 1-15 the Weng’an Biota, 1962-1974 TU Guo-xiang. Reactivation of a huge ancient landslide WANG Shun-li. See Alina BARANOVA, 43-53 by surface water infiltration, 806-820 WANG Teng. Failure behavior of soil-rock mixture Udo SCHICKHOFF. See Alina BARANOVA, 43-53 slopes based on centrifuge model test, 1928-1942 Ujjwal KUMAR. See Niyati NAUDIYAL, 755-768 WANG Wei. See LI Jian-cheng, 487-503 VACCA Andrea. See GRECO Massimo, 364-382 WANG Wei-ping. See YANG Hao, 1816-1832 Valentina IESARI. See Andrea BRUSAFERRO, 2783- WANG Wen-long. See YANG Bo, 1396-1407 2792 WANG Wen-xin. See YANG Bo, 1396-1407 Vasit SAGAN. See Muattar SAYDI, 2271-2284 WANG Wu. See LIU Wen-hui, 1098-1110 Veronica PAZZI. See Liang FENG, 955-970 WANG Xiao-dan. See MA Xing-xing, 2039-2047 Vishwambhar Prasad SATI, Shifting cultivation in WANG Xiao-dan. See WU Jian-bo, 2679-2686 Mizoram, India: An empirical study of its economic WANG Xiao-gang. See ZHAO Liang-ju, 898-908 implications, 2136-2149 WANG Xiao-jun. See XIE Xiang-ping, 619-629 WALA Kperkouma. See FOLEGA Fousseni, 1869-1882 WANG Xiao-qun. See ZHOU Zhou, 1300-1317 WANG Bin. See ZHOU Yi, 2844-2855 WANG Xie-kang. See LEI Ming, 1367-1380 WANG Ci-de. See GUO Xiao-jun, 641-656 WANG Xin-xin. See YE Hui, 323-336

2975 Author Index for Journal of Mountain Science Volume 16, 2019

WANG Xu-xi. See PENG Li, 2867-2881 WU Ning. See BHATTA Laxmi Dutt, 1133-1149 WANG Yan-fen. See ZHANG Jing, 542-547 WU Tong-hua. See LIU Wen-hui, 1098-1110 WANG Yi-Chen. See YU Yao, 207-225 WU Xin-wei. See HU Lei, 1598-1605 WANG Ying. See LI Dong-Sheng, 1571-1583 WU Xue-qin. See XIE Yun-hu, 2548-2561 WANG Yu-hang. See XUE Feng, 30-42 WU Yi-ping. See MIAO Fa-sheng, 1231-1243 WANG Yu-hao. See XIE Yun-hu, 2548-2561 WU Yong. Dynamic response and optimization of an WANG Yu-kuan. See LIU Ju, 1901-1912 inclined steel rock shed by the graded energy WANG Yu-kuan. See LIU Qin, 516-528 dissipating method, 138-152 WANG Yu-kuan. See LU Ya-feng, 2654-2662 XIA Dun-sheng. See SONG Meng-yuan, 1802-1817 WANG Yun-qiang. See YU Yun-long, 1353-1366 XIA Hao. See CHEN Fan, 54-63 WANG Yun-sheng. See LIU Yong, 1987-2000 XIANG Bo. See LIU Yang, 1975-1985 WANG Yun-sheng. See SHEN Tong, 2532-2547 XIANG Chen-lin. See ZHANG Ying-bin, 1244-1257 WANG Zhuang. Application of transparent soil model XIANG Quan-ju. See GU Yun-fu, 1121-1132 tests to study the soil-rock interfacial sliding XIAO Bei. See LI Dong-Sheng, 1571-1583 mechanism, 935-943 XIAO Li. See ZHANG Ying-bin, 1244-1257 WANG Zi-ang. See YAN Yan, 2687-2700 XIAO Si-you. Estimating the maximum impact force of WEI Fang-qiang. See XIE Xiang-ping, 619-629 dry granular flow based on pileup characteristics, WEI Jie. See LI Jin-lin, 2028-2038 2435-2452 WEI Li. See HU Xu-dong, 441-452 XIAO Yao. See MA Lu, 1500-1514 WEI Tian-xing. See ZHANG Zhen-chao, 2348-2360 XIE Chang-wei, See LIU Wen-hui, 1098-1110 WEI Xing-hu. See LI Hui-xia, 2320-2334 XIE Cong. See ZHAO Liang-ju, 898-908 WEI Ya-li. See GUO Shi-li, 2484-2501 XIE De-ti. See WANG Jin-liang, 2048-2062 WEI Yong-ping.See FU Jiang-tao, 2079-2095 XIE Wei. See WEI Zhen-lei, 1646-1660 WEI Yu-feng. See ZHOU Zhou, 1300-1317 XIE Xiang-ping. Determination of optimal grid opening WEI Zhen-lei. See SUN Hong-yue, 701-713 width for herringbone water-sediment separation WEI Zhen-lei. The effects of rainfall regimes and rainfall structures based on sediment separation efficiency, characteristics on peak discharge in a small debris 619-629 flow-prone catchment, 1646-1660 XIE Yuan-hua. See MIAO Fa-sheng, 1231-1243 Wei-Lin LEE. Hydro-mechanical response with respect XIE Yun-hu. Wind and sand control by an oasis to the air ventilation for water filtration in protective system: a case from the southeastern edge homogeneous soil, 2562-2576 of the Tengger Desert, China, 2548-2561 WEN Hai-tao. See LIAO Li-ping, 657-676 XIN Cong-cong. See SHEN Tong, 2532-2547 WEN Lei-lei. See SHEN Hai-ou, 2299-2307 XING Ai-guo. See LI De-sheng, 309-322 WEN Zhi. See LI De-sheng, 309-322 XING Kai-xiong. See XUE Feng, 30-42 Wiebke NEUMANN. Defining a mountain landscape XIONG Dong-hong. See WU Han, 2257-2270 characterized by grazing using actor perception, XU Chong. See MA Si-yuan, 1731-1742 governmental strategy, and environmental monitoring XU Ding-de. See DENG Xin, 689-700 data, 1691-1701 XU Ding-de. See GUO Shi-li, 2484-2501 WINTER Benjamin. See SAUTER Isabel, 2793-2809 XU Hao-di. See WEI Zhen-lei, 1646-1660 WU Fu-zhong. See ZHANG Yu, 2856-2866 XU Jian-xiang. See LI Xiao-ning, 1318-1335 WU Gang. See WEI Zhen-lei, 1646-1660 XU Pei. See LIU Qin, 516-528 WU Gao-jian. See HOU Qi-dong, 453-469 XU Pei. See LU Ya-feng, 2654-2662 WU Han. Using two contrasting methods with the same XU Xiao-lin. See JIN Jian-hui, 2754-2769 tracers to trace the main sediment source in a XU Xi-wei. See MA Si-yuan, 1731-1742 mountainous catchment, 2257-2270 XU Ying-zi. See LIAO Li-ping, 657-676 WU Hua-wu. See ZHANG Hai-xia, 1788-1801 XU Yun. See YANG Xue-ting, 1883-1990 WU Jian-bo. Temporal stability of aboveground net XU Ze-xing. See LEI Ming, 1367-1380 primary production in northern Tibet alpine steppe in XU Zhen-feng. See ZHANG Yu, 2856-2866 response to nitrogen addition, 2679-2686 XUE Feng. Base cation concentrations in forest litter and WU Jin-biao. See FAN Gang, 226-241 topsoil have different responses to climate and tree

2976 Author Index for Journal of Mountain Science Volume 16, 2019

species along elevational gradients, 30-42 defoliation formulation model, 323-336 XUE Kai. See ZHANG Jing, 542-547 YE Shao-ming. See LI Yuan-fa, 2308-2319 YAN Kun. See LIU Qin, 2404-2416 YE Wan-jun.See DUAN Xu, 2739-2753 YAN Luo-bin. Land degradation and management of red YE Yun-xue. Predicting the entire soil-water beds in China: Two case studies, 2591-2604 characteristic curve using measurements within low YAN Shuai-xing. See BI Yu-zhang, 414-427 suction range, 1198-1214 YAN Yan. Disaster reduction stick equipment: A method YI Gui-hua. See CHEN Tian-tian, 2001-2014 for monitoring and early warning of pipeline-landslide YI Shu-hua.See FANG Yi-ping, 179-194 hazards, 2687-2700 Yih-Chin TAI.See Wei-Lin LEE, 2562-2576 YAN Yang-yang. See LIU Qin, 2404-2416 YIN Kun-long. See LI De-ying, 2203-2214 YANG Bo. Soil erosion of unpaved loess roads subjected YIN Shu-yao.See YAN Yan, 2687-2700 to an extreme rainstorm event: a case study of the YOO Chulsang. Sensitivity evaluation of the flash flood Jiuyuangou watershed on the Loess Plateau, China, warning system introduced to ungauged small 1396-1407 mountainous basins in Korea, 971-990 YANG Da-shen. See YAN Yan, 2687-2700 YOSHIMOTO Atsushi. See KONOSHIMA Masashi, YANG Dongmin. See YOO Chulsang, 971-990 2770-2782 YANG Feng. See ZHOU Yi, 2844-2855 YOU Cheng-ming. See ZHANG Yu, 2856-2866 YANG Gui-qian. See LIU Wen-hui, 1098-1110 YOU Yong. See LIU Dao-chuan, 793-805 YANG Hai-peng. See LI Yuan-fa, 2308-2319 Youcef SAHLI. Mapping surface water erosion potential YANG Hao. Relationship between stand characteristics in the Soummam watershed in Northeast Algeria with and soil properties of two typical forest plantations in RUSLE model, 1606-1615 the mountainous area of Western Sichuan, China, YU Byung Yong. See OH Jeong-Sik, 1215-1230 1816-1832 YU Dong-mei. See FU Jiang-tao, 1184-1197 YANG Hong-juan. See XIE Xiang-ping, 619-629 YU Dong-mei. See FU Jiang-tao, 2079-2095 YANG Jing. Visual analysis of the evolution and focus in YU Hui. Territorial suitability assessment and function landslide research field, 991-1004 zoning in the Jiuzhaigou earthquake-stricken area, YANG Qing-wen. Impact of polymer mixtures on the 195-206 stabilization and erosion control of silty sand slope, YU Peng-cheng. See ZHANG Ying-bin, 1244-1257 470-485 YU Yan-ping. See ZHANG Yu, 2615-2624 YANG Tao. See HUANG Fa-rong, 1381-1395 YU Yao. Spatial patterns and driving forces of land YANG Teng. Cohesion variation during instability change in Tibetan-inhabited Three Rivers Headwaters evolution of disaster medium in mud inrush of region, China, 207-225 mountain tunnel, 2519-2531 YU Yun-long. Spatial variation and soil nitrogen YANG Wan-qin. See ZHANG Yu, 2856-2866 potential hotspots in a mixed land cover catchment on YANG Xing-guo. See HUO Miao, 1760-1773 the Chinese Loess Plateau, 1353-1366 YANG Xue-ting. Spatial variation of the relationship YUAN Jing-qiang. See WANG Lu-yu, 2184-2202 between transport accessibility and economy in YUAN Li-ming. See MA Lu, 1500-1514 Qinghai-Tibet Plateau, China, 1883-1990 YUAN Yong. See WU Han, 2257-2270 YANG You-Qing. See FU Jiang-tao, 1184-1197 YUE Guang-yang. See LIU Wen-hui, 1098-1110 YANG Yun-chuan. See LIAO Li-ping, 657-676 Yu-Feng LIN. See Wei-Lin LEE, 2562-2576 YAO Ling-kan. See ZHU Hong-wei, 168-178 Zahra KALANTARI. See Alireza ARABAMERI, 595-618 YAO Xiao-jun. See DUAN Hong-yu, 2663-2678 ZENG Miao. See DENG Xin, 689-700 YAO Xin. Characteristics of mountain glacier surge ZENG Xiao-ying. See JIN Hui-fang, 2285-2298 hazard: learning from a surge event in NE Pamir, ZENG Zhi-xiong. The deformation and permeability of China, 1515-1533 Yanji mudstone under cyclic loading and unloading, Yasaman ASADI. Seismic vulnerability assessment of 2907-2919 urban buildings and traffic networks using fuzzy ZEYBEK Halil Ibrahim. See ALEMDAG Selcuk, 2150- ordered weighted average, 677-688 2158 YE Hui. Improving remote sensing-based net primary ZHAN Che-sheng. See HU Shi, 337-350 production estimation in the grazed land with ZHANG Cheng-hu. See LIU Ju, 1901-1912

2977 Author Index for Journal of Mountain Science Volume 16, 2019

ZHANG Da-hong. See DUAN Hong-yu, 2663-2678 subalpine dragon spruce plantation, 2856-2866 ZHANG Ga. See WANG Teng, 1928-1942 ZHANG Yu. Quantification of driving factors on NDVI in ZHANG Guang-ze. See LIU Dao-chuan, 793-805 oasis-desert ecotone using geographical detector ZHANG Guo-shuai. See Muhammad ADNAN, 1075-1097 method, 2615-2624 ZHANG Hai-xia. Spatial-temporal variability of ZHANG Yu-cui. See ZHAO Liang-ju, 898-908 throughfall in a subtropical deciduous forest from the ZHANG Yu-qing. See Muhammad ADNAN, 1075-1097 hilly regions of eastern China, 1788-1801 ZHANG Yu-xin. See LIU Wen-hui, 1098-1110 ZHANG Heng. See ZHANG Ting-yu, 1275-1288 ZHANG Zhen-chao. Degradation induces changes in the ZHANG Jian-jing. See FAN Gang, 226-241 soil C:N:P stoichiometry of alpine steppe on the ZHANG Jian-jing. See LIU Yang, 1975-1985 Tibetan Plateau, 2348-2360 ZHANG Jian-ming. See SUN Gao-chen, 1470-1482 ZHANG Zhi. Different provenance of separate loess sites ZHANG Jia-qi. See YANG Teng, 2519-2531 in Yangtze River Basin and its paleoenvironmental ZHANG Ji-Fei. See LI Jie, 744-754 implications, 1616-1628 ZHANG Jing. See YU Yun-long, 1353-1366 ZHAO Hai-rong. See ZHANG Yu, 2856-2866 ZHANG Jing. Trait complementarity between fine roots ZHAO Lei. See ZHANG Ting-yu, 1275-1288 of Stipa purpurea and their associated arbuscular ZHAO Liang-ju. Plant water use strategies in the mycorrhizal fungi along a precipitation gradient in Shapotou artificial sand-fixed vegetation of the Tibetan alpine steppe, 542-547 southeastern margin of the Tengger Desert, ZHANG Jin-shan. See SHEN Xing-ju, 2894-2906 northwestern China, 898-908 ZHANG Ke-cun. See ZHANG Yu, 2615-2624 ZHAO Lian-heng. Influence of non-dimensional strength ZHANG Le-le. See MA Lu, 1500-1514 parameters on the seismic stability of cracked slopes, ZHANG Li-ping. See DENG Long-zhou, 1048-1064 153-167 ZHANG Miao. See YE Hui, 323-336 ZHAO Lin, See LIU Wen-hui, 1098-1110 ZHANG Ming-li. See LI De-sheng, 309-322 ZHAO Lin. See MA Lu, 1500-1514 ZHANG Qing-song. See YANG Teng, 2519-2531 ZHAO Man. See YANG Bo, 1396-1407 ZHANG Sheng. See TANG Duo-teng, 1546-1558 ZHAO Meng. Experiment on the frost resistance of ZHANG Su. See WU Han, 2257-2270 Modified Phospho Gypsum: A case used to Improve ZHANG Ting-bin. See CHEN Tian-tian, 2001-2014 Baozhong Railway Subgrade loess, 2920-2930 ZHANG Ting-yu. GIS-based landslide susceptibility ZHAO Ming-fei. See XUE Feng, 30-42 mapping using hybrid integration approaches of ZHAO Pei. Spatial distribution of the oxygen-18 in fractal dimension with index of entropy and support precipitation in China based on a new empirical model, vector machine, 1275-1288 2605-2614 ZHANG Wei. Geomorphic features of Quaternary ZHAO Ru-xin. See HU Shi, 337-350 glaciation in the Taniantaweng Mountain, on the ZHAO Tao. See LEI Ming, 1367-1380 southeastern Qinghai-Tibet Plateau, 256-274 ZHAO Tian-long. Centrifugal model tests and numerical ZHANG Wen-jing. See JIN Jian-hui, 2754-2769 simulations for barrier dam break due to overtopping, ZHANG Xiao. See YANG Teng, 2519-2531 630-640 ZHANG Xiao-peng. See HU Xu-dong, 441-452 ZHAO Wei-hua. See CAI Jun-chao, 924-934 ZHANG Xiao-ping. See GU Yun-fu, 1121-1132 ZHAO Xiu-hai. See FOLEGA Fousseni, 1869-1882 ZHANG Xin. See SONG Meng-yuan, 1802-1815 ZHAO Ya-li. See YU Yun-long, 1353-1366 ZHANG Xin-yi. See FAN Xiao-lu, 2379-2388 ZHAO Yan-lin. See LIAO Li-ping, 657-676 ZHANG Yan-jun. Modelling the flexural buckling failure ZHAO Yong-bo.See TAN Jian-min, 1774-1787 of stratified rock slopes based on the multilayer beam ZHAO Yong-hua. See ZHANG Ting-yu, 1275-1288 model, 1170-1183 ZHAO Yue. See WANG Jin-liang, 2048-2062 ZHANG Ying-bin. Permanent displacement models of ZHENG Da. See CAI Jun-chao, 924-934 earthquake-induced landslides considering near-fault ZHENG Fei. See JIN Jian-hui, 2754-2769 pulse-like ground motions, 1244-1257 ZHENG Fen-li. See SHEN Hai-ou, 2299-2307 ZHANG Ying-bin. See ZHAO Lian-heng, 153-167 ZHENG Han. See YU Yun-long, 1353-1366 ZHANG Yu. Interception of sulfate deposition from a ZHENG Lu. See ZHANG Yan-jun, 1170-1183 closed canopy to a forest gap edge canopy in a ZHENG Xiao-gang. Dynamic hydraulic jump and

2978 Author Index for Journal of Mountain Science Volume 16, 2019

retrograde sedimentation in an open channel induced ZHOU Yi. Characteristics and influencing factors of by sediment supply: experimental study and SPH proximity distance index on the northern Shaanxi simulation,1913-1927 Loess Plateau in China, 2844-2855 ZHENG Yan-ming. See LI Jian-cheng, 487-503 ZHOU Zheng-chao. See WANG Rui, 2810-2827 ZHENG Yun. See SONG Dong-ri, 1629-1645 ZHOU Zheng-kai. See YAO Xin, 1515-1533 ZHONG Fang-lei. See CHENG Qing-ping, 1452-1469 ZHOU Zhou. Simulation study of the void space gas ZHONG Qi-ming. See ZHAO Tian-long, 630-640 effect on slope instability triggered by an earthquake, ZHONG Zhu. See HUANG Da, 1258-1274 1300-1317 ZHOU Dan-dan. See XIE Yun-hu, 2548-2561 ZHU Chong-hao. See LIU Yang, 1975-1985 ZHOU Gordon G. D. See SONG Dong-ri, 1629-1645 ZHU Fu-biao. See FANG Yi-ping, 179-194 ZHOU Gordon G. D. Effects of water content on the ZHU Fu-biao.See YANG Xue-ting, 1883-1990 shear behavior and critical state of glacial till in ZHU Guo-feng. See HE Hong-ze, 2015-2027 Tianmo Gully of Tibet, China, 1743-1759 ZHU Hong-wei. Influence factors on the seismic ZHOU Gordon G. D. See CHEN Lei-lei, 1661-1674 behavior and deformation modes of gravity retaining ZHOU Gordon G. D. See ZHOU Ming-jun, 778-792 walls, 168-178 ZHOU Hong-wei. See HUO Miao, 1760-1773 ZHU Jun-jie. Durability classification of red beds rocks ZHOU Hong-yi. See LI Hui-xia, 2320-2334 in central Yunnan based on particle size distribution ZHOU Hua. Assessing the influence of highway and and slaking procedure, 714-724 high-speed railway construction on local climate using ZHU Xiao-fan. See LIU Wen-hui, 1098-1110 Landsat images in karst areas, 1584-1597 ZHU Xing-hua. Erosion and transport mechanisms of ZHOU Jia-lin. See DUAN Xu, 2739-2753 mine waste along gullies, 402-413 ZHOU Jia-wen. See HOU Qi-dong, 453-469 ZHU Xing-hua. Formation conditions of landslide dams ZHOU Jia-wen. See HUO Miao, 1760-1773 triggered by incision of mine waste accumulations, ZHOU Kui. See GUO Shi-li, 2484-2501 108-121 ZHOU Ming-jun. Influence of inflow discharge and bed ZHU Ying-yan. See LIAO Li-ping, 657-676 erodibility on outburst flood of landslide dam, 778-792 ZOU De-fu. See MA Lu, 1500-1514 ZHOU Rui-ping. See XIE Yun-hu, 2548-2561 ZOU Wei-lie. See YE Yun-xue, 1198-1214 ZHOU Yao-zhi. See HUANG Xiao-hui, 2625-2639 ZOU Yu. See GETAHUN Ephrem, 2110-2125

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