Supported by Nanchang Institute of Technology, in allusion to major “water” problem in the construction process of “Poyang Lake Ecological Economic Zone”, the Laboratory takes “five rivers and one lake”—Poyang Lake Basin in Jiangxi as major research object to conduct theory, method and application study in the orientation of water cycle and water resources safety, water ecology and water environment evolution law, basin water and soil loss and ecological restoration; takes the organic combination of basic research, application basis research and demonstration and popularization as paradigm to provide technology support for sustainable utilization of regional water resources and the construction of ecological environment, having gradually developed into an open-ended, multi-disciplinary and comprehensive academic exchange base, theory and application talent cultivation base and scientific innovation and achievement transformation base with certain influence at home and abroad. It plans to solve the following major scientific problems:
(1) Water Cycle and Water Resources Safety
Water cycle process and its response mechanism under dual effect of natural and human activities, evolution laws of regional water resources; hydrological model development and its system simulation on hydrology and water resources; R&D of real-time monitoring system of basin water resources, sustainable utilization and optimal allocation of regional water resources; reservoir ecological optimal dispatching technology, hydraulic structure safety, dynamic monitoring and information analysis and processing.
(2) Water Ecology and Water Environment Evolution LawStress analysis model of river ecological system and regulation measures; correlation of lake ecological system compound stable status of Poyang Lake and stable status transition mechanism, response of lake environment and ecological system on influencing factors like major hydraulic projects; lake water resources formation, sustainability maintenance mechanism and spatial and temporal variation rule, river-lake-basin healthy standard and evaluation indicator system; establishment of pollution load model and water quality model in hilly area based on digital valley system.
(3) Basin Water and Soil Loss and Ecological Restoration
The impact of water and soil loss on river sediment, water quality of river and basic ecological water utilization of ecological system of rivers and lakes; the impact of mountain development in basin on the water environment and quality in important water source regions, small basic comprehensive harnessing and the prevention, control and restoration of understory water and soil loss; prevention, control and ecological restoration of water and soil loss for development and construction activities; evaluation of ecological service value of basin water resources, ecological compensation elements of basin and its correlation, dynamic modeling and ecological co-building and sharing mechanism of basin ecological compensation, quantitative standard and compensation forms and means of basin ecological compensation, study on interested parties of basin ecological compensation.
Talent Team
No. | Name | Sex | Date of Birth | Professional Title | Position in Academic Committee | Major | Work Unit |
1 | Hu Zhenpeng | Male | 1948.02 | Professor, Doctoral Supervisor | Director | Hydrology and Water Resources | The Standing Committee of the National People’s Congress of Jiangxi Province, Wuhan University |
2 | Dong Zengchuan | Male | 1962.02 | Professor, Doctoral Supervisor | Deputy Director | Hydrology and Water Resources | Hohai University |
3 | Jiang Jiahu | Male | 1962.05 | Researcher, Doctoral Supervisor | Member | Lake Environment | Nanjing Institute of Geography & Limnology, Chinese Academy of Sciences |
4 | Wan Jinbao | Male | 1957.01 | Professor, Doctoral Supervisor | Member | Water Environment | Nanchang University |
5 | Mei Yadong | Male | 1963.08 | Professor, Doctoral Supervisor | Member | Hydrology and Water Resources | School of Water Resources and Hydropower Engineering of Wuhan University |
6 | Han Longxi | Male | 1964.10 | Professor, Doctoral Supervisor | Member | Hydrology and Water Resources | Hohai University |
7 | Xu Jianxin | Male | 1954.05 | Professor, Doctoral Supervisor | Member | Hydrology and Water Resources | North China College of Water Resources and Electric Power |
8 | Wei Xiaohua | Male | 1963.10 | Professor, Doctoral Supervisor | Member | Ecological Hydrology | University of British Columbia, Canada (UBC) |
9 | Wang Huimin | Male | 1967.08 | Researcher, PhD | Member | Ecology | Institute of Geographic Sciences and Natural Resources Research, CAS |
10 | Xu Xinfa | Male | 1965.09 | Professor-level Senior Engineer, PhD | Member | Hydrology and Water Resources | Jiangxi Institute of Water Conservancy Science |
11 | Jin Zhinong | Male | 1963.08 | Professor, Doctoral Supervisor | Member | Ecology | Nanchang Institute of Technology |
12 | Fan Houbao | Male | 1965.09 | Professor, Doctoral Supervisor | Member | Ecology | Nanchang Institute of Technology |
13 | Liu Qing | Male | 1962.04 | Researcher, PhD | Member | Hydrology and Water Resources | Nanchang Institute of Technology |
14 | Peng Youwen | Male | 1964.08 | Professor, PhD | Member | Hydraulic Structure | Nanchang Institute of Technology |
15 | Gui Faliang | Male | 1965.09 | Professor, PhD | Member | Hydrology and Water Resources | Nanchang Institute of Technology |
Scientific Research Equipment
No. | Instrument Name | Unit Price (ten thousand yuan) | Quantity (set) |
1 | ADCP | 39.5 | 1 |
2 | Portable flowmeter | 21.8 | 1 |
3 | Large-format high-precision image scanner | 15.9 | 1 |
4 | Medium and high resolution remote sensing image | 19.4 | 1 |
5 | Handheld ground feature spectrometer | 21.0 | 1 |
6 | Underwater fluorescence spectrometer | 12.0 | 1 |
7 | Water light absorptiometry | 33.0 | 1 |
8 | Time domain reflectometer | 15.0 | 1 |
9 | Atomic spectrum absorption apparatus | 42.7 | 1 |
10 | Multi-parameter water quality analyzer | 31.0 | 1 |
11 | Atomic Fluorescence Spectrometer | 16.8 | 1 |
12 | Groundwater Modeling System Software (GMS) | 12.0 | 1 |
13 | Environmental fluid dynamics software EFDC | 13.0 | 1 |
Research Achievements
I. Academic papers:
1: Effects of understory removal and tree girdling on soil microbial community composition and litter decomposition in two Eucalyptus plantations in South China (Wu Jianping);
2: Ecosystem carbon pools in mixed stands of hardwood species and masson pine(Fan Houbao, Liu Wenfei, Wu Jianping);
3: Full quantification of selenium species by RP and AFICPqMS with online isotope dilution in serum samples from mercuryexposed people supplemented with seleniumenriched east (Hu Liang);
4: Quantifying the relative contributions of forest change and climatic variability to hydrology in large watersheds: a critical review of research methods (Liu Wenfei);
5: Introduced Eucalyptus urophylla plantations change the composition of the soil microbial community in subtropical China (Wu Jianping);
6: Understory plants can make substantial contributions to soil respiration: Evidence from two subtropical plantations (Wu Jianping);
7: Biochemical responses of the freshwater fish Carassius auratus to polycyclic aromatic (Ji Yong);
8: Ecological Rehabilitation Measures and their Carbon Fixation Effect on Degraded Red Soil Ecosystem in South China (Huang Rongzhen);
9: Biological effects and liver biomarkers of PCB contamination on freshwater fish Carassius aeratusInternational (Ji Yong);
10: The combined model of reliability analysis for stability in gravity dam (Peng Youwen);
11: Combinations of the Boundary Knot Method with Analogy Equation Method for Nonlinear Problems (Zheng Kehong);
12: Applying Study on Bayer Red Mud as Fast Building Dam Materials (Luo Donglan);
13: Landslide Based on Discrete Element Method (Xu Yin);
14: Analysis of hign concrete arch dam thermalcreepstress (Zheng Kehong);
15: Applying study on the bayer red mud as fast building dam materiais (Luo Donglan);
16: The Vibration of pile groups embedded in a layered poroelastic half space subjected to harmonic axial loads by using integral equations method (Chen Chunbai);
17: Ecological Design Technology of WU ShaRiver Regulation in Nanchang City (Chen Jing);
18: Study on the Impact of Protective Farming in Southern Mountain Area of Ningxia on Farmland Water Regime (Lu Xianghui);
19: Historical Weather Analysis and Forecast of Future Climatic Change in Mengjin County (Lu Xianghui);
20: Study on Chlorophyll a Concentration Remote Sensing Quantitative Model (Jiang Hui);
21: Remote Sensing Retrieval of Transparency of Poyang Lake and Its Spatial and Temporal Change Study (Jiang Hui);
22: Analysis on Chaotic Characteristics of Time Series of Rainfall Runoff of Zhanghe Observation Station (Liu Weilin);
23: Study on Community Diversity and Stability 27 Years after Degraded Quatemary Red Soil Reconstructed Forest Restoration (Li Feng);
24: Study on Water Conservation Function after Ecological Restoration of Red Soil Eroded Land (Li Feng);
25: Optimal Allocation Model for River Emission Rights Based on Pollution Receiving Red Line (Huang Binbin);
26: Game Theory Analysis on Farmers Choosing to Participate in the Construction of Water Conservancy Works (Huang Binbin);
27: Incipient Motion and Scouring Features Experiment of Artificially Filling Clayey Soil (Zhang Qiang);
28: Mixed Flow State Model Simulation of Pumped Storage Power Station Basin (Zhang Qiang);
29: Study on Water Dispatch in Dry Season in Middle and Lower Reaches of Ganjiang River (Liu Weilin);
30: Study on Optimal Allocation of Water Resources in Pingxiang City (English) (Gui Faliang);
31.Retrieval and Analysis of Total Suspenged Solid Concentrationg by MODIS Terra 500m Imagery during Flood Period in Poyang Lake, China (Jiang Hui);
32.Study of the optimal water resources allocation scenarios in Pingxiang City (Huang Binbin)
33.Study of the suitable watersaving technique model based on fuzzy neural network for Wannian County (Huang Binbin)
34.The optimal control model of valley pollution and solving method (Huang Binbin)
35. Two-phase Dynamic Game Theory of Subject and Object in Ecological Compensation under Incomplete Information (Huang Binbin)
36. Project Pursuit Regression Analysis of Water Environment Quality of Fuhe River (Liu Weilin)
37. The Application of Improved GM11 Model in the Forecast of Earth Rockfill Dam Settlement (Niu Jingtai)
38. Plankton Survey and Eutrophication Assessment of Six Main Canals in Ganfu Plain Area (Zhang Jie)
39. Defect Detection Assessment and Repair Technology Analysis of Hydraulic Concrete Structures at home and abroad (Xiao Liying)
40. MODIS Data Based Monitoring and Analysis Total Suspended Solids Concentration in Poyang Lake (Jiang Hui)
41. High Slope Displacement Monitoring Model Identified by Dynamic Mutation (Niu Jingtai)
42. Safety Monitoring Model Based on High Slope Displacement Mutation (Niu Jingtai)
43. High Slope Deformation Forecast Model Based on Chaos Theory and Mutation Diagnosis (Niu Jingtai)
44. Back Analysis of Mechanical Parameter of Roller Compacted Concrete Dam based on Chaos Genetic Algorithm (Niu Jingtai)
45. Study on Multi-source Water Resources Reasonable Allocation based on Polymerization Decomposition Coordination (Liu Weilin)
46. Study on Appropriate Technology Selection for Water-saving Irrigation in Wannian County based on Neural Network (Huang Binbin)
47. Rheological Model of Effect Zones of Roller Compacted Concrete Dam based on Damage Theory (Niu Jingtai)
48. Analysis of Response on Total Suspended Solids in Poyang Lake on Hydrological Characteristics based on Remote Sensing (Jiang Hui)
49. Comparison Study on Several Kinds of Water-demand Prediction Models (Liu Weilin)
50. Concrete Dam Hydrid-Chaotic Forecasting Model Considering Chaotic Components (Niu Jingtai)
51. A Monitoring Model for High Slope Displacement that Considers the Effects of Dynamic Structure Mutation (Niu Jingtai)
52. Application of Improved Metabolic GM Model in Analyzing Settlement of Earthrock Dam in the Period of Construction (Niu Jingtai)
53. Cement Loop Damagebased Fracture Mechanism during Repair of Casing Failure Well (Niu Jingtai)
54. Compensation Mechanism Design in Agricultural Non-point Source Pollution (Huang Binbin)
55. High Spectral Quantitative Model of Total Suspended Solids Concentration in Poyang Lake (Jiang Hui)
56. High Spectral Remote Sensing Retrieval of Total Suspended Solids in Qingshan Lake (Jiang Hui)
57. Incipient Motion and Scouring Features Experiment of Artificially Filling Clayey Soil (Zhang Qiang);
58. Study on the Application of Reservoir Flood Forecast Dispatch Risk (Luo Donglan)
59. Casing Pipe Sealing Method for Flood-discharging Tunnel in Tailing Pond (Luo Donglan)
60. Analysis of Surface Runoff Features of Urban Pavement in Xi’an City (Pei Qingbao)
61. Study on Effect of Recessed Grass on Removing Rainfall Runoff Pollution (Pei Qingbao)
62. Influence of selfvibration characteristics of pump station considering liquidsolid coupling (Zheng Kehong)
63. The Impact of Simulated Nitrogen Deposition on Nutrient Content and Yield of Rice Plant (Liao Yingchun)
64. Asynchronous responses of soil microbial community and understory plant community to simulated nitrogen deposition in a subtropical forest (Wu Jianping)
65. Effects of Nitrogen Deposition on Soil Microbial Biomass, Microbial Functional Diversity and Enzyme Activities in Fir Plantations of Subtropical China (Yuan Yinghong)
66. The Impact of Nitrogen Deposition on Soil Aggregate of Chinese Fir Plantation and Its Organic Carbon Distribution (Guo Hubo)
67. INTRODUCED EUCALYPTUS UROPHYLLA PLANTATIONS CHANGE THE COMPOSITION OF THE SOILMICROBIAL COMMUNITY IN SUBTROPICAL CHINA (Wu Jianping)
68. Biodiversity Survey and Water Quality Evaluation of Zooplankton in Main Stream of Fuhe River (Ji Yong)
69. Fluid Flow Characteristics of Masson Pine in Degraded Red Soil Area in Jiangxi and Its Response on Meteorological Factors (Tu Jie)
70. Continuous Age-sequential Eucalypt Plantation Carbon Storage (Liu Wenfei)
71. The Impact of Simualted Nitrogen Deposition on Soil Enzyme Activity and Functional Diversity of Microflora of Chinese Fir (Cunninghamia lanceolata) Plantation (Yuan Yinghong)
72. The Impact of Simualted Nitrogen Deposition on Soil Enzyme Activity and Functional Diversity of Microflora of Chinese Fir (Cunninghamia lanceolata) Plantation (Yuan Yinghong)
73. Analysis of Seed Tree of Chinese Fir Third-generation Seed Orchard and Soil Nutrition Elements (Fang Huanying)
74. Analysis of Seed Yield and Nutrient Factor of Chinese Fir Third-generation Seed Orchard (Liu Wenfei)
75. Analysis of Litter Fall Amount of Chinese Fir Plantation and Sensitivity of Climatic Factors (Fang Huanying)
76. Research Advance in Forest Net Ecosystem Productivity and Its Biological Impact Factor (Wu Jianping)
77. Fluid Flow Features of Cyclobalanopsis Glauca in Subtropical Red Soil Area and Its Correlation with Meteorological Factors (Tu Jie)
78. The Impact of Simulated Nitrogen Deposition on Rice Production Yield and Photosynthetic Characteristic (Liao Yingchun)
79. The Impact of Nitrogen Deposition on Soil Organic Carbon Mineralization and Soil Enzyme Activity of Chinese Fir Plantation (Shen Fangfang)
80. Tree girdling affects the soil microbial community by modifying resource availability in two subtropical plantations (Wu Jianping)
81. Spatial and Temporal Distribution Features of Zooplankton and Comprehensive Water Quality Evaluation in Middle and Lower Reaches of Ganjiang River (Ji Yong)
82. Community Structure of Floating Algae and Water Quality Evaluation in Middle and Lower Reaches of Ganjiang River (Ji Yong)
83. Effect of Understory fern(Dicranopteris dichotoma) removal On Substrate utilization patterns of culturable soil bacterial communities in subtropical Eucalyptus plantations (Liu Zhanfeng, Wu Jianping)
84. Tree girdling effect on bacterial substrate utilization pattern depending on standage and soil microclimate in Eucalyptus plantations (Liu Zhanfeng, Wu Jianping)
85. The Impact of Different Ecological Restoration Measures on Litter Fall Amount and Its Nutrient Return in Red Soil Eroded Area (Liu Wenfei)
86. Continuous Age-sequential Eucalyptus Urophydis Plantation Nutrient Cycling (Fan Houbao)
87. The Impact of Simulated Nitrogen Deposition on Dissolved Organic Carbon and Microbial Biomass Carbon of Chinese Fir Plantation Soil (Yuan Yinghong)
88. The Impact of Simulated Nitrogen Deposition on Microorganism of Chinese Fir Plantation Soil (Yuan Yinghong)
89. The Impact of Simulated Nitrogen Deposition on Rice Growth Yield and Photosynthetic Characteristic (Liao Yingchun)
90. The Response of Soil Enzyme Activity of Chinese Fir Plantation on Nitrogen Deposition (Fan Houbao)
91. Overview of Study on Nitrogen Deposition in China (English) (Wu Jianping)
92. The Impact of 2011 Simulated Nitrogen Deposition on Nutrient Balance of Chinese Fir Seedlings (Fan Houbao)
93. Study on Ecosystem Biomass of Eucalyptus Urophydis Plantation of Different Ages of Stand (Li Yanyan)
II. Award Certificates
1. Study on Optimal Cultivation Pattern for Poplar Trees and Plywood in Southern Area (the second prize for science and technology progress of National Forestry Bureau), Jin Zhinong
2. Resources and Environmental Economics (the second prize for the 15th excellent achievement of provincial social sciences), Jin Zhinong
3. Ecological Protection of Endangered Species Castanopsis Kawakamii (Liang Xi forestry science and technology award), Fan Houbao
4. Daphone Odora Varmargmata Factory Breeding Technology System Research and Industrialization (Jiangxi science and technology progress award), Jin Zhinong
5. Integrated Research and Demonstration of Wetland Ecological Restoration, Reconstruction Technology (Jiangxi science and technology progress award), Liu Qing
6. New SCADA System and Networked Measurement and Control Application in Medium and Small Hydropower Stations and Pump Stations (Jiangxi science and technology progress award), Fan Tanghuai
7. Study on Influence Mechanism of Acid Deposition on Subtropical Forest Ecological System (Jiangxi natural science award), Fan Houbao
8. Key Technology Research and Application of Water Environment Monitoring Sensing Network (science and technology achievement award of higher institutions in Jiangxi), Fan Tanghuai
III. Treatises
1. Ecological Economic Construction Dictionary (Part A and B, lexicographical book), Jin Zhinong
2. Study on Agriculture and Ecology of Poyang Lake (Treatise), Jin Zhinong
3. Directional Breeding Technology for Poplar Trees (Treatise), Jin Zhinong
4. Comprehensive Atlas in Poyang Lake Region (Treatise), Jin Zhinong
5. Study on Poyang Lake (Treatise), Jin Zhinong
6. Ecological Economics: Principle and Application (Translation), Jin Zhinong
7. Introduction to Ecological Economics (Translation), Jin Zhinong
8. Environment and Natural Resources Economics (7th Edition) (Translation), Jin Zhinong
9. Economic Growth (1st Edition) (Translation), Jin Zhinong
10. Costs Deciding Benefits: Costs-Efficiency Analytical Methods and Application (Translation), Jin Zhinong
11. Ecological System Value Compensation Mechanism Source Region of the Yangtze and Yellow River (Treatise), Liu Qing, Hu Zhenpeng
12. Theory and Practice of Ecological Restoration of Poyang Lake Wetland (Treatise), Liu Qing
13. Flood Routing Process Simulation and Disaster Evaluation for Flood Retarding Basin of Poyang Lake (Treatise), Ji Yong
IV. Patent
1. A Kind of Sawtooth Fastening Prefabricated Trapezoidal Groove Used for Field Canalization (Patent), Ji Yong
