Study on the Suitability of Land Reclamation in the Plain Mining Areas with High Phreatic Water Level

Jun Fang; Le Jie Wang; Guang Wei Zhang; Xin Kuan Cao; Wei Li

doi:10.4028/www.scientific.net/AMR.518-523.4564

Paper Titles

Recovery Dynamics of Vegetation and Soil Properties in Karst Rocky Desertification Areas in Guizhou, China
p.4532

Responses of Soil Respiration to Precipitation Changes in Mongolian Pine Plantation at Horqin Sandy Lands in Northeast China
p.4545

Study on Hydraulic Characteristics of Interlocking Concrete Blocks with Ecological Flood-Control Function
p.4552

Study on the Design and Matching of the Measures for Karst Rocky Desertification Control in Small Catchment Scale
p.4557

Study on the Suitability of Land Reclamation in the Plain Mining Areas with High Phreatic Water Level
p.4564

Study on the Wind-Sand Flow Structure near the Ground during a Sandstorm in Typical Desertification Grassland
p.4568

The Response of Salinity in Dry Season to Vertical Circulation in the Modaomen Estuary of the Pearl River, China
p.4574

Characteristics of Root Distribution for Three Kinds of Plants under Different Irrigation Treatments in Drift Desert
p.4578

Community Structures and Erosion Control Ability of Plantations in Xiaojiang Drainage Basin, China
p.4587

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 518-523Study on the Suitability of Land Reclamation in...

Study on the Suitability of Land Reclamation in the Plain Mining Areas with High Phreatic Water Level

Abstract:

Suitability evaluation plays a determining and crucial role in the preliminary and terminal stages of the land reclamation, which is carried out to prove the suitability of land reclamation from the perspective of technology, society and ec onomy based on scientific technology, economic technology, Informatics, Prognostics and Mathematical statistics. Besides soil, climate, topography, water, farming practices, phreatic level also matters a lot for the suitability evaluation. Therefore, the present paper studies the land reclamation suitability in the plain mining areas with high phreatic water level, which will be supportive to determine the reclamation direction and allocate the land resources in reclamation areas.