Estimating soil hydraulic and solute transport parameters for deep loess deposits: Implications for groundwater recharge assessment across land use types

Name: Estimating soil hydraulic and solute transport parameters for deep loess deposits: Implications for groundwater recharge assessment across land use types
Creator: Wangjia Ji
Published: 2025-03-27T14:56:40.344Z
Keywords: Soil Hydrology

Ji, Wangjia; Liu, Yidi; Li, Ruifeng; Li, Zhi

doi:10.17632/rv7xc7g5sn.1

Estimating soil hydraulic and solute transport parameters for deep loess deposits: Implications for groundwater recharge assessment across land use types

Published: 27 March 2025| Version 1 | DOI: 10.17632/rv7xc7g5sn.1

Contributors:

Wangjia Ji, Yidi Liu, Ruifeng Li, Zhi Li

Description

Soil hydraulic (soil water retention curve and saturated hydraulic conductivity) and solute transport parameters (dispersion coefficient D and migration velocity v) over 3000 soil samples from 39 profiles >10 m deep in the china's Loess Plateau, with varying climate, vegetation and soil conditions.

Estimating soil hydraulic and solute transport parameters for deep loess deposits: Implications for groundwater recharge assessment across land use types

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