[81]Cao, Chenyang, Xiyin Zheng, Shikang Liu, Zebin Zhang, Li Tian, Yike Li, Zhiyuan Yang, Jiabin Lu, andWeiwei Yao*(2026). "Impact of Vortex Ecohydraulic Complexity on Fish Collective Dynamics and Behavioral Diversity under Varied Obstacle Geometries." Advances in Water Resources: 105329.
[80]Zhou, Pingping, Hao Zheng, Qianqian Wang, Ruida Wang, Nan Wang, Yongsen Zhang, Yike Li,Weiwei Yao*(2026). "Impacts of channel complexity and main-to-anabranch width ratio on fish habitat suitability across varying flow regimes." Ecological Engineering 226 (2026): 107931.
[79]Yan, Xiaoming, Yang Shan, Carlo Gualtieri, Lijian Ouyang, Chenyang Cao, Shikang Liu, Qihao Meng, Dongqiu Li, andWeiwei Yao*(2026). "Hydraulic topology drives upstream migration: A spatial bioenergetic mechanism for fishway design based on the M2 criterion." Advances in Water Resources: 105332.
[78]Wang, Nan, Zhen Xu, Yingjun Xu, Yacun Yang, Nan Cong, andWeiwei Yao*(2026)"From climate-driven to dam-regulated: Impacts of dams on riparian vegetation in a mountainous river system." CATENA 265: 109879.
[77]Wang, Ruida, Lijian Ouyang, Shicheng Li, Ayong Jiao, Chenyang Cao, Hao Zheng, Xiaowei HanWeiwei Yao*(2026)"Numerical Ecohydraulic Modeling of Fish Habitat Conditions in Braided Rivers: The Role of Multi-Threaded Structures." International Journal of Environmental Research 20, no. 4: 162.
[76]OuyangLijian, Ruida Wang, Yu Pan, Juan Zhang, Qihao Meng, Donggiu Li, Shikang Lin,Weiwei Yao*. (2026).Gait-Dependent Control Strategies and Wave Propagation Mechanisms of Fish in Complex Flows.Physics of Fluids
[75]Giet, William Bol Yaak, Yacun Yang, Zhiwei Li, Chenyang Cao, Qianqian Wang, Shikang Liu, Nan Wang, Hao Zheng, Yingjun Xu, andWeiwei Yao*.(2025). "The impacts of hydrogeomorphic dynamics of a braided river and damming on gymnocypris eckloni habitat."Journal for Nature Conservation: 127190.
[74]Meng, Qihao, Zijian Yu, Yuqian Xi, Dongqiu Li, Xiyin Zheng, Ruida Wang, Yike LiWeiwei Yao*.(2026). "Swimming kinematics of Aristichthys nobilis in the wake of vertical bluff bodies with different cross-sectional shapes." Physics of Fluids 38, no. 1.
[73]Cui, Shihao, Shikang Liu, Dongqiu Li, Qihao Meng, Chenyang Cao, Ruida Wang, Xiaoming Yan, Xinyang Wu, Lijian Ouyang, andWeiwei Yao*(2026). "Kinematic signatures of flow-induced resonance and stability limits in bio-prototypes interacting with a Kármán vortex street." Physics of Fluids 38, no. 3 (2026).
[72]William Biol Geit...Weiwei Yao*(2026).Evaluation of Hydrogeomorphic Dynamics' Influence on Fish Ecological Status in the Upper Yellow River: An Ecohydraulic Modeling Approach for Braided River.Aquatic Conservation: Marine and Freshwater Ecosystems
[71]Ouyang, Lijian, Shikang Liu, Yuqian Xi, Chenyang Cao, Pengcheng Li, Ruida Wang, andWeiwei Yao*.(2026). "Fish swimming strategies and behaviors in the wake of a circular cylinder." Ocean Engineering 343: 123265.
[70]Chenyang Cao ...Weiwei Yao*. (2026).Assessment of Fish Habitat Suitability in Alluvial Rivers: An Eco-hydraulic Modelling of Meandering and Braided Channel.Journal of Earth Science
[69]Cao, Chenyang, Dongqiu Li, Shikang Liu, Yuqian Xi, Hao Zheng, Guoan Yu, Xiaoming Yan, Lijian Ouyang, andWeiwei Yao*.(2026). "Effect of flow velocity variation on individual behaviour and collective cohesion of two fish species." Journal of Fish Biology 107, no. 5: 1685-1701.
[68]Li, Shicheng, Ruida Wang, Qianqian Wang, Hao Zheng, Yacun Yang, Nan Wang, Chenyang Cao, andWeiwei Yao*.(2025).. "Ecological dynamics and resilience of anabranching rivers: Ecohydraulic insights from fish habitats." Journal of Environmental Management 392: 126706.
[67]Yang, Yacun, Yingjun Xu, Nan Wang, andWeiwei Yao*.(2025)."Impacts of cascade hydropower dam construction on riparian vegetation in the Yalong River Basin." Environmental Monitoring and Assessment 197, no. 9: 1050.
[66]Ouyang, Lijian, Xiaoming Yan, Chenyang Cao, Qihao Meng, Yuqian Xi, Shikang Liu, Dongqiu Li, Ruida Wang, Kang Chen, andWeiwei Yao*.(2026). "The Behavioral Response of Fish to Flow Velocity Variations During Passage Through a Sluice." River Research and Applications 42, no. 1: 86-98.
[65]Wang, Yihang, Nan Cong, Yu Zhong, Yongshuo Fu, Nan Wang, Lijian Ouyang, andWeiwei Yao*.(2025)."Impacts of cascade dam construction on riparian vegetation in an alpine region."Journal of Hydrology 652: 132665.
[64]Yingjun Xu, Xinjian Guan, Yu Meng, Nan Wang, Yacun Yang,Weiwei Yao*. (2025).Quantifying ecosystem service spillover effects for sustainable development in the Yangtze River Basin using emergy theory.Energy Conversion and Management
[63]Wang, N., Jiao, A., Xu, Y., Yang, Y., Cong, N*. andWeiwei Yao*. (2025).Divergent responses ofvegetation phenology and productivity to climate change in typical river basins across Northern and Southern China.Journal of Plant Ecology, p.rtaf080.
[62]Chenyang Cao, Dongqiu Li, Shikang Liu, Yuqian Xi, Hao Zheng, Guoan Yu, Xiaoming Yan, Lijian Ouyang,Weiwei Yao*. (2025). Effect of Flow Velocity Variation on Individual Behavior and Collective Cohesion of Two Fish Species. Journal of fish biology
[62]Guo, X., Piliouras, A., Lin, P. andWeiwei Yao*. (2025).Natural fluvial connection across watersheds. Earth-Science Reviews, p.105203.
[61]Hao Zheng,Qianqian Wang,Xinyang Wu,William Bol Yaak Giet,Yanbing Qi,Lijian Ouyang,Yike Li,Kejian Sun,Weiwei Yao*. (2025).An Analysis of the Threats to Fish Habitat in the Lower Yellow River due to River Channel Transformation, Ecohydrology
[60]Wu, X., Cao, C., Wang, Q., Qi, Y., Guo, D., Wang, R., Ouyang, L. andWeiwei Yao*. (2025).Assessing fish habitat quality and stability in alluvial rivers: Eco-hydraulic insights into designed riffle-pool sequences and sandbar rivers. Journal for Nature Conservation, 86, p.126915.
[59]Wang, Q., Yu, G.A., Li, Z., Ouyang, L., Zhang, W. andWeiwei Yao*. (2025).Assessing the ecohydrological impact of hydropower-induced flow regulation on fish habitats in the Jinsha River. Journal of Environmental Management, 381, p.125303.
[58]Wang, Q., Li, Y., Qi, Y., Ouyang, L., Giet, W.B.Y., Wang, R., Zhang, W. andWeiwei Yao*. (2025).Importance of Branching Channels for Sustaining Fish Habitat in Riverine Ecosystems. Aquatic Conservation: Marine and Freshwater Ecosystems, 35(6), p.e70171.
[57]Yang, Y., Giet, W.B.Y., Cao, C., Wang, Q., Liu, S., Wang, N., Zheng, H., Xu, Y. andWeiwei Yao*. (2025).Impacts of Braided River Morphodynamics and Damming on Habitat Quality for Schizothorax waltoni in the Lhasa River: Insights From Ecohydraulic Modelling. Aquatic Conservation: Marine and Freshwater Ecosystems, 35(7), p.e70170.
[56]Zheng, X., Yu, W., Cao, C., Xi, Y., Zhao, Y., Li, D., Ouyang, L., Wang, R., Liu, Y., Yu, F. and Luo, Y.,Weiwei Yao*. (2025).Effects of vortex flows induced by four obstacles on swimming behaviors of juvenile Onychostoma sima. Journal of Ecohydraulics, pp.1-14.
[55]Xinyang Wu, Chenyang Cao ,Qianqian Wang, Yanbing Qi, Dandan Guo, Ruida Wang, Lijian Ouyang,Weiwei Yao* (2025). Assessing fish habitat quality and stability in alluvial rivers: Eco-hydraulic insights into designed riffle-pool sequences and sandbar riversJournal for Nature Conservation2025,86(1):126915,//doi.org/10.1016/j.jnc.2025.126915.
[54]Yanbing Qi, Yike Li, Chenyang Cao, Qianqian Wang, Lijian Ouyang, Wenyi Zhang,Weiwei Yao*. (2025).Impact Assessment of River Evolution in the Yellow River Using Ecohydraulic ModelEcohydrology2025,18(3):70046,//doi.org/10.1002/eco.70046
[53]Yuqian Xi, Pengcheng Li, Ruichang Hu, Chenyang Cao, Shikang Liu, Lirong Xiao, Hao Zhen, Yacun Yang,Weiwei Yao*. (2025).Effects of vegetation on hydrodynamics and swimming behaviour of yellow catfish (Pelteobagrus fulvidraco)Journal of Hydraulic Research,63(2):2482677.
[52]LiuS.,XiY.,ZhangC.,ZhangW.,OuyangL.,GietW. B,PanD.,Yao, W*. (2024).Determining the Fish Migration Patterns Based on Fish Habitat Assessment at a River Confluence. Ecohydrology
[51]Zhang Y., Yaak W. B., Wang N., Li Z., Wu X., Wang Q., Wang Y.,Yao, W*. (2024). Evaluation of the highly sinuous bend sequences using an ecohydraulic model to ascertain the suitability of fish habitats for river ecological conservation. Journal for nature conservation
[50]Wang Y., Wang Q., Zhang W., Wang N., Cong N., Kattel G., Qi. Y.,Yao, W*. (2024). Ecological perspectives of endemic fish species under cascade hydropower development. Lake and reservoir management.
[49]Wang,Y.,Guo,X.,Wang,N.,Li,Z.,Ouyang,L.,Bao,M.,Zhang,W.,Yao, W*. (2024).Distinctive hydrodynamic properties and ecological responses of multi-thread rivers under different degrees of multiplicity in the Upper Yellow River, Science of total environment.
[48]Li, P., Li, Y., Han, Y., Bao, M., Wang, Y., &Yao, W*. (2024). Reconstructing Single Side of Riverbanks Minimizes Adverse Effects on Sailfin Suckers’Habitat, Ecological restoration.
[47]Li, P., Yang, Y., Zhang, W., Cong, N., Yang, G., &Yao, W*. (2024). Enhancing Ecological Success in Yangtze River Channel Construction: A Numerical Modeling Approach, Ecohydrology (accepted)
[46]Yang, Y., Wang, Y., Cong, N., Wang, N., &Yao, W*. (2024). Impacts of the Three Gorges Dam on riparian vegetation in the Yangtze River Basin under climate change.Science of The Total Environment, 912, 169415.
[45]Li, P., Yang, Y., Zhang, W., Cong, N., Yang, G., &Yao, W*. (2024). Forebay entrainment risk effects on two fish species in the Williston Reservoir.Ecological Modelling, 487, 110571.
[44]Liu, S., Cao, C., Xi, Y., Li, P., Chen, X., Xiao, L., &Yao, W*. (2024). Morphology and motor behavior of endemic fishes in the upper reaches of the Yangtze River basin.Journal of Fish Biology.
[43]Wang, Q., Han, Y., Bao, M., Li, P., Li, Y., Zhang, W., &Yao, W*. (2024). Fish entrainment model for decision support in ecosystem management: A case study from China's Maling Reservoir. Ecohydrology& Hydrobiology, 24(1), 226-239.
[42]Wang, Q., Han, Y., Li, P., Zhang, W., Wang, Y., Xi, Y., &Yao, W*. (2023). Ecohydraulic modelling to evaluate cascade dam construction impact and support fish habitat restoration.Ecological Engineering, 192, 106974.
[41]Wang, N., Yang, G., Bao, M., Kattel, G., Li, P., Xi, Y., &Yao, W*. (2023). Evaluating the physical habitat of riffle‐pool design in support of river habitat protection and rehabilitation.Ecohydrology, 16(7), e2579.
[40]Yao, W. (2023). Stocking to offset negative effects of dam construction and balance the ecosystem.Fisheries Management and Ecology, 30(6), 627-647.
[39]Yang, G., Bao, M., Cong, N., Kattel, G., Li, Y., Xi, Y., ... &Yao, W*. (2023). Application of a fish habitat model to assess habitat fragmentation using high flow and sediment transport in the Rumei Dam in Lancang River (China).Ecohydrology, e2583.
[38]Wang, Q., Li, P., Zhang, W., Cong, N., Xi, Y., Xiao, L., ... &Yao, W*. (2023). Evaluating the cascade dam construction effects on endemic fish habitat and population status in spawning sites of Lancang River (in Tibet), China.Ecological Modelling, 483, 110450.
[37]Yao, W., Zhu, D. Z., Langford, M. T., Crossman, J. A., Li, P., Leake, A., & Parkinson, E. (2023). Combining hydro-acoustics and hydraulic modeling for evaluating fish entrainment risk.Ecological Engineering, 194, 107022.
[36]Xi, Y., Li, P., Pang, X., Han, Y., Lin, J., Wang, Q., ... &Yao, W*. (2023). Numerical modelling for ecologically successful spawning-site restoration in Chin-sha River, China.Marine and Freshwater Research, 74(15), 1324-1339.
[35]Bao, M., Li, P., Han, Y., Zhang, W., Li, Y., &Yao, W*. (2022). Using a fish entrainment model assistant in a reservoir operation in China. Journal of Hydroinformatics, 24(4), 765-782.
[34]Yao, W*. (2021) Ecohydraulic tools for aquatic fauna habitat and population status assessment, analysis and monitoring aimed at promoting integrated river management.Ecological Modelling, 456, 109682.
[33] Yu, G. A.,Yao, W., Huang, H. Q., & Liu, Z. (2021). Debris flows originating in the mountain cryosphere under a changing climate: A review. Progress in Physical Geography: Earth and Environment, 45(3), 339-374.
[32]Yao, W*.,An, R., Yu, G., Li, J., & Ma, X. (2021). Identifying fish ecological risk patterns based on the effects of long-term dam operation schemes.Ecological Engineering,159, 106102.
[31]Yao, W. (2020). Ecohydraulic model development and application: Evaluating the habitats and population of rainbow trout (Oncorhynchusmykiss), brown trout (Salmo trutta), and flannelmouth sucker (Catostomus latipinnis) in Colorado River. Global Ecology and Conservation, Volume 23, September 2020, e01060 (//doi.org/10.1016/j.gecco.2020.e01060)
[30]Yao, W*., Zhao, T., Shen, L., & Chen, Y. (2019). Assessing the Geological Stability, Dam Construction Effects, and Ecological Status of Karst Water Areas, Guizhou Province, China. In Karst Water Environment, p.251-269. Springer, Cham.(ISBN: 978-3-319-77367-4)
[29]Yao, W*., Chen, Y., & Ma, X. (2019).A numerical model for river habitat restoration: a case study of the Chin-sha River in China.GLOBAL NEST JOURNAL,21(3), 355-359.
[28]Yao, Weiwei; Yuansheng Chen, Xiaoyi Ma, Xiaobin Li (2018).The spillway design for the dam’s height over 300 meters.2018.
[27]Yu, G; Li Z., Huang, H;Yao, W(2018). Effects of riparian vegetation on development of meandering channel in Tarim River, Northwest China. 2018
[26]Wu, L.,Yao, W., & Ma, X. (2018). Using the comprehensive governance degree to calibrate a piecewise sediment delivery ratio algorithm for dynamic sediment predictions: A case study in an ecological restoration watershed of northwest China. Journal of Hydrology, 564, 888-899.
[25]Yao, W*., Chen, Y., Yu, G., Xiao, M., Ma, X., & Lei, F. (2018).Developing a Model to Assess the Potential Impact of TUM Hydropower Turbines on Small River Ecology. 10(5), 1662.
[24]Yao, W*., Zhao, T., Chen, Y., Yu, G., & Xiao, M. (2018). Assessing the river habitat suitability and effects of introduction of exotic fish species based on anecohydraulic model system. Ecological Informatics.
[23]Yao, W*., Bui, M. D., & Rutschmann, P. (2018).Development of eco‐hydraulic model for assessing fish habitat and population status in freshwater ecosystems.Ecohydrology.
[22]Yao, W*., & Chen, Y. (2018). Assessing three fish species ecological status in Colorado River, Grand Canyon based on physical habitat and population models. Mathematical biosciences, 298, 91-104.
[21]Yao W, Chen Y., Zhong Y, et al (2017). Habitat models for Assessing River Ecosystems and Their Application to the Development of River Restoration Strategies. Journal of freshwater ecology (DOI:10.1080/02705060.2017.1371088).
[20]Yao W, Chen Y. (2017), Canyon Dam operation effects on rainbow trout habitat and population status. Polish Journal Environmental studies. (DOI: 10.15244/pjoes/74366)
[19]Yao W, Zhao T, Chen Y, Zhang W, et al. (2017), Habitat evaluation model for ecologically successful lake restoration. Lake and reservoir management. (DOI:10.1080/10402381.2017.1336739).
[18]Yao W, Liu H, Chen Y, Zhang W, et al. (2017), simulation spawning and juvenile rainbow trout (Oncorhynchus mykiss) habitat in Colorado river based on high-flow effects. (DOI:10.3390/w9020150).
[17]Yao, W., (2016) Application of ecohydraulic model on hydraulic and water resources engineering (ISSN 1437-3513; ISBN 978-3-943683-11-0) (独著).
[16]Wenyi Zhang,Yao W*, Linkai Li, Qian Zhang (2016) Using an eco-hydrodynamic model to simulate the impact of Trunk Dam construction on Kraal River fish habitat and community. International Journal of Environmental Research 10(2), 227-236..
[15]Zhang, W, Di, Zhong,Yao W*, Li, L. (2016) Optimization the operation of hydraulic dam for ecological flow requirement of You-Shui River due to the construction of hydropower stations. lake and reservoir management, 32(1), 1-12.
[14]Yao, W*., & Rutschmann, P. (2015). Three high flow experiment releases from Glen Canyon Dam on rainbow trout and flannelmouth sucker habitat in Colorado River. Ecological Engineering, 75, 278-290.
[13]Yao, W*., Rutschmann, P., & Bamal, S. (2014).Modeling of River Velocity, Temperature, Bed Deformation and its Effects on Rainbow Trout (Oncorhynchus mykiss) Habitat in Lees Ferry, Colorado River. International Journal of Environmental Research, 8(4), 887-896.
[12]Yao, W*., & Rutschmann, P. (2014). Use of a self-propelled, fish-shaped, computer model to study the effects of shape and tail-beat frequency on torque and velocity in salmon-shaped fish. Marine and Freshwater Behaviour and Physiology, 47(3), 161-172.
[11]Nguyen, T.T.,Yao, W., Ma, X, Fan, H. (2012) Clustering Algorithm and Hopfield Neural Network Used to Design Looped Network. Yellow River, Vol.34, No. 5.
[10]Hu, J., Ma, X.,Yao, W, Wang, Z., Yin, J. (2012) The design of irrigation networks based on Kruskal Algorithm. China Rural Water and Hydropower. Vol. 2.
[09] Fan, H., Ma, X., Wang, X.,Yao, W., Ren, B. (2011) A Numerical Simulation of Infiltration Characteristics in Film Slit Irrigation and Research on Its Simpified Model. China Rural Water and Hydropower. Vol. 1.
[08]Yao, W., Ma. X., Wang, X., Fan, H. (2010) Loop-type Pipe Networks Design Based on Adaptive Genetic Algorithm. Journal of Irrigation and Drainage. Vol.29, No. 4.
[07]Yao, W.,Bamal, Sudeep; Rutschmann, Peter (2014) Simulating High-Flow Effects (HFE) on river deformation and rainbow trout (Oncorhynchus mykiss) habitat. –pp. 2471-2476, ISBN 978-1-138-02674-2
[06] Yao, W.,Kumar, Vaibhav; Rutschmann, Peter (2014) Simulating dam effects on river deformation and rainbow trout (Oncorhynchus mykiss) population number.pp. 2477-2483, ISBN 978-1-138-02674-2
[05] Yao, W.,Bui, Minh Duc; Rutschmann Peter: Application of habitat and population modeling in river management. – In Internationales Symposium Wasser- und Flussbau im Alpenraum 25.-27. , S. 207 – 216.
[04] Rutschmann, Peter, Bui, Minh-Duc, Abdelaziz Shokry,Yao, W, Rutschmann, Benjamin, Geiger Franz. (2014) Ökologische Modellierungen – drei Fallbeispiele.37. Dresdner Wasserbaukolloquium 2014„Simulationsverfahren und Modelle für Wasserbau und Wasserwirtschaft“ (German).
[03] Rutschmann, P., Bui, M. D., Abdelaziz, S.,Yao, W., Rutschmann, B., & Geiger, F. (2014) Ökologische Modellierungen–drei Fallbeispiele. (German)
[02] Rutschmann, Peter; Cuchet, Mathilde; Geiger, Franz; Abdelaziz, Shokry;Yao, W.(2013) Wasserkraft und Ökologie – ein hybrider Ansatz. – In: Symposium Wasserkraft AGAW/SWV mit Hauptversammlung. (German)
[01]Yao, W., Ma, X. Y., Li, J., & Parkes, M. (2011).Simulation of point source wetting pattern of subsurface drip irrigation. Irrigation Science, 29(4), 331-339.
[90] 软件名称：HYDRODYNAMIC SIMULATION ANALYSIS SOFTWARE.授权号：1188751（排名2/2，软件所有权人）
[89] 软件名称：ECOHYDRAULIC TOOLS FOR RIVER RESTORATION EVALUATION.授权号：1188749（排名2/2，软件所有权人）
[88] 软件名称：MODELING AND SIMULATION OF POINT SOURCE DIFFUSION TRANSPORT PROCESS IN RIVERS.授权号：1188750（排名2/2，软件所有权人）
[87] 软件名称：SOFTWARE: ECO-ENVIRONMENT ASSESSMENT MODELLING SYSTEM FOR THE UPPER STREAM OF LANCANG RIVER.授权号：1168108（排名1/5）
[86] 软件名称：SOFTWARE: EXPERT MODELLING SYSTEM FOR SPAWNING, FEEDING AND OVERWINTER SITES RESTORATION FOR THE UPPER STREAM OF LANCANG RIVER.授权号：1168104（排名1/4）
[85] 软件名称：SOFTWARE: FISH HABITAT AND POPULATION DISTRIBUTION MODELLING SYSTEM IN THE UPPER STREAM FOR LANCANG RIVER.授权号：1168106（排名1/4）
[84] 软件名称：AN INTEGRATED RIVER PHYSICAL ECOLOGICAL MODELLING SYSTEM FOR RIVER BASIN MANAGEMENT.授权号：1168123（排名1/3）
[83] 软件名称：AN AUXILIARY MODELLING SYSTEM FOR RIVER ECOLOGICAL RECONSTRUCTION.授权号：1168122（排名1/3）
[82] 软件名称：HYDROPOWER, ECOHYDROLOGY, AND FISH ECOLOGICAL STATUS EVALUATION AND STOCKS SYSTEM.授权号：1168113（排名1/3）
[81] 软件名称：RIVER AND FISH ECOLOGICAL CONTINUITY AND CONNECTIVITY ASSESSMENT MODELLING SYSTEM.授权号：1168112（排名1/3）
[80] 软件名称：FULL LIFE CYCLE MODELLING SYSTEM FRAMEWORK FOR HYDROPOWER DEVELOPMENT AND FRESHWATER FISH ECOLOGICAL ASSEMBLAGES.授权号：1168111（排名2/3）
[79] 软件名称：HYDROPOWER ECOLOGICAL AND ENVIRONMENTAL FLOWS SIMULATION SYSTEM.授权号：1168109（排名1/3）
[78] 软件名称：RESERVOIR LOW TEMPERATURE WATER INFLUENCE MODELLING SYSTEM.授权号：1168107（排名1/3）
[77] 软件名称：SOFTWARE: FULL LIFE CYCLE ECO - HYDRAULIC MODELLING SYSTEM FOR THE UPPER STREAM OF LANCANG RIVER.授权号：1168105（排名1/3）
[76] 软件名称：SOFTWARE: WATER OPTIMIZATION MODELLING SYSTEM FOR IRRIGATION CANAL SYSTEM IN SOUTHERN TIBET.授权号：1168102（排名1/3）
[75] 软件名称：MODELLING CRITERIA FOR ENHANCING TECHNICAL SOLUTIONS FOR HYDROPOWER PLANTS.授权号：1168121（排名1/3）
[74] 软件名称：EXPERT MODELLING SYSTEM FOR FISH SWIMMING BEHAVIOR, FISHWAY, SPILLWAY AND HYDROPOWER INTAKES.授权号：1168114（排名1/2）
[73] 软件名称：FISH POPULATION AND DENSITY EVALUATING INFORMATION SYSTEM.授权号：1167134（排名1/2）
[72] 软件名称：SOFTWARE: NATURAL RIVER RESTORATION ASSESSMENT SYSTEM.授权号：1185011（排名1/2）
[71] 软件名称：SOFTWARE: ECOLOGICAL CONSIDERATIONS FOR ASSESSING DAM REMOVAL ALTERNATIVES FOR RIVER RESTORATION.授权号：1185008（排名1/2）
[70] 软件名称：SOFTWARE: SENSOR NETWORK STRATEGY FOR FISH VISUALIZATION.授权号：1185006（排名1/2）
[69] 软件名称：SOFTWARE: INSTREAM FLOW MODELS FOR RIVER RESTORATION PLANNING.授权号：1185005（排名1/2）
[68] 软件名称：SOFTWARE: RIVER RESTORATION TOOLS: ASSESSING THE UNCERTAINTY IN RESTORING PHYSICAL HABITAT.授权号：1185003（排名1/2）
[67] 软件名称：SOFTWARE: DESIGNING SYSTEM TO SUPPORT UPSTREAM MIGRATING FISH.授权号：1185002（排名1/2）
[66] 软件名称：SOFTWARE: A RIVER MANAGEMENT TOOLS: BASED ON ECOLOGICAL FLOW.授权号：1185001（排名1/2）
[65] 软件名称：SOFTWARE: PREDICTING FISH ENTRAINMENT IN RESERVOIR.授权号：1185000（排名1/2）
[64] 软件名称：SOFTWARE: SIMULATING HYDROPOWER INTAKE-INDUCED FISH ENTRAINMENT.授权号：1184999（排名1/2）
[63] 软件名称：SOFTWARE: SPAWNING SITES HABITAT DEGRADATION.授权号：1184998（排名1/2）
[62] 软件名称：SOFTWARE: SPAWNING SITES RESTORATION.授权号：1184996（排名1/2）
[61] 软件名称：SOFTWARE: ECOLOGICAL EFFECTS OF RIVER REGULATION IN PHYSICAL HABITAT AND FISH POPULATION.授权号：1184995（排名1/2）
[60] 软件名称：SOFTWARE: ASSESSING RIVER HABITAT AND FISH RESPONSES TO FLOW REGULATION.授权号：1184994（排名1/2）
[59] 软件名称：SOFTWARE: HYDRODYNAMICS OF FISH HABITATS IN NATURAL STREAMS.授权号：1184993（排名1/2）
[58] 软件名称：SOFTWARE: HYDRODYNAMICS OF FISH AT HYDRAULIC STRUCTURES.授权号：1184990（排名1/2）
[57] 软件名称：SOFTWARE: ECO-HYDRAULICS MODEL FOR STREAM AND RIVER RESTORATION.授权号：1184988（排名1/2）
[56] 软件名称：SOFTWARE: HABITAT SIMULATING FOR DAM REMOVALS AND RIVER RESTORATION.授权号：1184985（排名1/2）
[55] 软件名称：SOFTWARE: THE RIVER RESTORATION EFFECTS ASSESSMENT.授权号：1184984（排名1/2）
[54] 软件名称：SOFTWARE: HYDRODYNAMICS OF SWIMMING FISH: FISH POPULATION.授权号：1183973（排名1/2）
[53] 软件名称：SOFTWARE: SIMULATING THE FISH HURT RATE DURING THE HYDROPOWER OPERATION.授权号：1183972（排名1/2）
[52] 软件名称：SOFTWARE: QUANTIFICATION OF FISH RESPONSE TO DIFFERENT FLOW CONDITIONS.授权号：1183970（排名1/2）
[51] 软件名称：SOFTWARE: QUANTIFICATION OF FISH ENTRAINMENT RATE: DOWNSTREAM MIGRATION.授权号：1183965（排名1/2）
[50] 软件名称：SOFTWARE: REGIONAL ECOLOGICAL SIMULATION SYSTEM FOR RIVER VALLEYS IN SOUTHERN TIBET.授权号：1168110（排名1/2）
[49] 软件名称：HIGH DEBRIS FLOW TRANSPORT MODEL: SPECIFIC TO SHORT TERM RIVER SYSTEM ECOLOGICAL IMPACT.授权号：1167182（排名1/2）
[48] 软件名称：RIVER HABITAT DEGRADATION ASSESSMENT MODELLING SYSTEM.授权号：1167181（排名1/2）
[47] 软件名称：RIVER FISH SPAWNING SITE ECO-HYDRAULIC EVALUATION AND RESTORATION MODELLING SYSTEM.授权号：1167139（排名1/2）
[46] 软件名称：SOFTWARE: RIVER RESTORATION, HABITAT HETEROGENEITY AND BIODIVERSITY SIMULATION SYSTEM.授权号：1185012（排名1/2）
[45] 软件名称：SOFTWARE: ECOLOGICAL CONNECTIVITY IN ALLUVIAL RIVER ECOSYSTEMS AND ITS DISRUPTION BY FLOW REGULATION.授权号：1185010（排名1/2）
[44] 软件名称：SOFTWARE: DATA ANALYSIS TOOLS FOR THE EVALUATION OF FISH MIGRATION PATHS.授权号：1185009（排名1/2）
[43] 软件名称：SOFTWARE: DESIGNING SYSTEM TO SUPPORT DOWNSTREAM MIGRATING FISH.授权号：1185007（排名1/2）
[42] 软件名称：SOFTWARE: STREAMFLOW REGULATION AND FISH COMMUNITY STRUCTURE.授权号：1185004（排名1/2）
[41] 软件名称：SOFTWARE: RIVER HABITAT RESTORATION MEASUREMENTS EVALUATION TOOLS.授权号：1184997（排名1/2）
[40] 软件名称：SOFTWARE: FLOW-SEDIMENT-HABITAT-POPULATION RELATIONS: RIVER REGULATION EFFECTS ON NATIVE FISH ABUNDANCE.授权号：1184992（排名1/2）
[39] 软件名称：SOFTWARE: RIVER REGULATION AND FISH COMMUNITIES IN NATURAL RIVER.授权号：1184991（排名1/2）
[38] 软件名称：SOFTWARE: SWIMMING EFFICIENCY OF MIGRATORY FISH SPECIES.授权号：1184989（排名1/2）
[37] 软件名称：SOFTWARE: LINKING TWO MODELS: TOWARDS AN ECO-HYDRAULIC APPROACH TO SUSTAINABLE RIVER RESTORATION.授权号：1184987（排名1/2）
[36] 软件名称：SOFTWARE: A MODEL TO INTEGRATE HABITAT AND POPULATION STATUS IN RIVER RESTORATION.授权号：1184986（排名1/2）
[35] 软件名称：SOFTWARE: EVALUATION OF RIVER RESTORATION BY DAM CONSTRUCTION.授权号：1184983（排名1/2）
[34] 软件名称：SOFTWARE: SIMULATING OF A RIVER RESTORATION PROJECT IN NATURAL RIVER.授权号：1184982（排名1/2）
[33] 软件名称：SOFTWARE: MODELING HABITAT CONNECTIVITY IN STREAMS FOR RIVER RESTORATION.授权号：1184981（排名1/2）
[32] 软件名称：SOFTWARE: HYDRODYNAMICS OF SWIMMING FISH: A SINGLE FISH.授权号：1183971（排名1/2）
[31] 软件名称：RIVER HYDRAULIC AND ECOLOGICAL MODELLING FRAMEWORK.授权号：1183969（排名1/2）
[30] 软件名称：SOFTWARE: BIOMARKER INTEGRATED ANALYSIS OF FISH SWIMMING BEHAVIORS.授权号：1183968（排名1/2）
[29] 软件名称：SOFTWARE: QUANTIFICATION OF HABITAT ALTERATIONS ON THE FISH COMMUNITY.授权号：1183967（排名1/2）
[28] 软件名称：SOFTWARE: QUANTIFICATION OF FISH MIGRATION SUCCESS RATE.授权号：1183964（排名1/2）
[27] 软件名称：DEBRIS FLOW LONG-TERM DYNAMIC TRANSPORT MODELLING SYSTEM.授权号：1168103（排名1/2）
[26] 软件名称：FISH PASSAGE CAPACITY AND FISH ENERGY CONSUMPTION EVALUATING SYSTEM.授权号：1167146（排名1/2）
[25] 软件名称：AN AUXILIARY MODEL SYSTEM FOR FISH PASSAGE IN HYDROPOWER STATION.授权号：1167136（排名1/2）
[24] 软件名称：A FISH HABITAT AND POPULATION MAP GENERATION SYSTEM: HABITAT STATUS, POPULATION NUMBER, DENSITY AND AGE STRUCTURE DISTRIBUTION IN RIVERS AND STREAMS.授权号：1167183（排名1/1）
[23] 软件名称：RIVER HYDROMORPHOLOGICAL AND RIVER ECO-HYDRAULIC MANAGEMENT SYSTEM.授权号：1167148（排名1/1）
[22] 软件名称：RIVER FISH HABITAT MODELLING: WITH HYDRAULIC PARAMETER TRACKING.授权号：1167147（排名1/1）
[21] 软件名称：INDIVIDUAL FISH BEHAVIOR EVALUATING INFORMATION SYSTEM.授权号：1167030（排名1/1）
[20] 软件名称：RIVER ECO-HYDRAULIC MODELLING SYSTEM.授权号：1167029（排名1/1）
[19] 软件名称：RIVER HABITAT RESTORATION MODELLING SYSTEMS: BASED ON PHYSICAL STRATEGY.授权号：1167027（排名1/1）
[18] 软件名称：RIVER TOTAL DISSOLVED GAS (TDG) CONCENTRATION PREDICTING SYSTEM授权号：1183966（排名1/2）
[17] 软件名称：RIVER HABITAT RESTORATION MODELLING SYSTEMS: BASED ON FISH STOCKING STRATEGY.授权号：1167028（排名1/1）
[16] 软件名称：FISH ENTRAINMENT MODELLING SYSTEM IN HYDROPOWER STATION授权号：1167026（排名1/1）
[15] 软件名称：FISH AGE-STRUCTURE POPULATION MODELLING SYSTEM.授权号：1166899（排名1/1）
[14] 专利名称：一种消能柱式鱼道结构。授权号：ZL 2015 20981699.4（排名2/2）
[13] 专利名称：一种漫水桥结构。授权号：ZL2016 2 0378159.1（排名2/2）
[12] 软件名称：水电建设鱼道过鱼能力及鱼类能量消耗测试系统。授权号：2017SR213982（排名1/1）。
[11] 软件名称：通用型河流生态承载力评价系统。授权号：2017SR538098 （排名1/1）。
[10] 软件名称：河流水沙生态综合管理系统。授权号：2017SR526328（排名1/1）。
[09] 软件名称：河流鱼类栖息地模型系统。授权号：2017SR538076（排名1/1）。
[08] 软件名称：河流生态栖息地修复评测系统。授权号：2017SR526840（排名1/1）。
[07] 软件名称：河流生态承载力修复评测系统。授权号：2017SR526315（排名第1/1）。
[06] 软件名称：河流鱼类种群动态变化模拟系统。授权号：2017SR538088（排名1/1）。
[05] 软件名称：河流鱼类生态补偿机制模型系统。授权号：2017SR526338（排名1/1）。
[04] 软件名称：河流产卵场生态栖息地评测系统。授权号：2017SR527047（排名1/1）。
[03] 软件名称：水库低温水排放对下游河流鱼类影响范围模型系统。授权号：2017SR532005（排名1/1）。
[02] 软件名称：高坝泄洪雾化范围模拟系统。授权号：2017SR537999（排名1/1）。
[01] 软件名称：鱼道入口最佳设计方案及位置确定系统：基于鱼类生态适宜度确定范围。授权号：2017SR532034（排名1/1）。
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