Wang Tie-liang

Shenyang Science and Technology Bureau

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Xiaofei Chen

Southern University of Science and Technology

Xie Li-qun

Nanjing Medical University

Tian Jing

Hebei University

Xueping Zhang

PetroChina Southwest Oil and Gas Field Company (China)

Wei Dan

Guangzhou Institute of Geochemistry

Haoming Fan

Shenyang Agricultural University

Yang Guo-fan

Shenyang Agricultural University

Cooperative Institutions

Shenyang Agricultural University

Sun Yat-sen University

Southern University of Science and Technology

West Anhui University

Hefei University of Technology

Hubei Academy of Environmental Sciences

Beijing University of Posts and Telecommunications

Chinese Research Academy of Environmental Sciences

Southern Marine Science and Engineering Guangdong Laboratory (Guangzhou)

Tianjin University of Traditional Chinese Medicine

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An Overview of the Researches on the Coupled Transport of Water,Heat and Solute in the Accumulating and Melting Processes of Snowpack

Journal of Glaciology and Geocryology (2006)

Xiaofei Chen Tian Jing Xueping Zhang Wang Tie-liang Xie Li-qun

The intensification of air pollution results in mass acid rain,which is in the form of acid snow in winter.Particular attention has been pain to acid snow damage to soil environment,water and ecosystem environment in the world.The researches on the coupled transport of water,heat and solute in the accumulating and melting processes of snowpack are the theoretical foundation of the assessment and prediction of the acid snow consequence.In this paper,the research history,development situation and the problems needed to be solved in this field are overviewed based on the cited documents both at home and abroad.

Snowpack

Acid rain

Snowmelt

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The Response Mechanism of Groundwater Depth and Reed Growth

Wang Tie-liang

As reed has different requirement of the water during various growth stage stages,managing water level in wetland will affect the growth and yield.This study was a two-year field experiment,using a barrel planting methods to control the groundwater table as 0 cm(saturated),10 cm,20 cm,30 cm,40 cm experimental conditions.By using SPSS analysis software,the mechanism of reed seedling growth index responsing to different groundwater tables was obtained.The results showed that different groundwater depth did an important role to reed height,stem diameter and tillering.10 cm was the best groundwater table to reed seedling growth.It showed that controlling groundwater depth conditions during reed growth periods could improve the reed output effectively.

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Establishment of Small Basin Information System in Daling River Basin Based on GIS

Wang Tie-liang

The purpose of this study is to utilize the existing digitized small watered information system of soil and water conservation in Liaoning Province,to apply the coalition,superpose,and cutting function of ArcView 3.2 software,and finally to realize the establishment of small watered information system of soil and water conservation in the Daling River basin.Data in the attribute database are educed into Excel Table in order that some people who can't grasp GIS software can use these data expediently.According to the percentage of soil erosion intensity,the soil erosion intensity image and the attribute database are established in the small watershed of Daling river.According to the soil erosion intensity graduation situation,the government pattern is proposed,pattern classification codes of the government are established,which are input into the attribute database.

Graduation (instrument)

Table (database)

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Study on the Zonation Differentiation of Soil Erosion and the Model of Soil and Water Conservation in Northeast China

Shuitu baochi yanjiu (2008)

Haoming Fan Wang Tie-liang

There are significant zonation differentiations on the tectonic,the landform,the flow separation,the wind power and the freeze-thaw action in the Northeast China,which cause the significant zonation differentiations on the erosion intensity and the type of soil erosion.At present,in the Northeast China the water erosion is significant in the southeast,the wind erosion in the west and the freeze-thaw erosion in the north respectively.According to the soil erosion zonation differentiation,the North- east China is classified 9 regions of soil erosion types.Furthermore,the models of soil and water conservation for the 9 regions of soil erosion types have been generalized.

Landform

Dryland salinity

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Citations (2)