Comparison of the soil physical properties and hydrological processes in two different forest type catchments


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Soil physical properties and hydrological processes were analyzed in two experimental catchments with different forest types: one catchment is covered mostly with conifer type trees and the other catchment is covered with conifer and broad leaf trees. To analyze the effects of forest type on soil physical properties, we applied an hourly time step lumped conceptual model, which includes a physically-based infiltration submodel and an evapotranspiration sub-model, to simulate long term discharge. The estimated model parameters and some measured soil characteristics were compared for the two catchments to reveal the differences in soil physical properties. The differences in hydrological processes were compared through observed hydrological factors (rainfall, discharge and meteorological data) between the two catchments.

作者简介

Chuan Zhang

The School of Agricultural Equipment Engineering

编辑信件的主要联系方式.
Email: chuan_z@yahoo.com
中国, Zhenjiang

Haofang Yan

The Research Center of Fluid Machinery Engineering and Technology

Email: chuan_z@yahoo.com
中国, Zhenjiang

Keiji Takase

The Faculty of Bioresources and Environmental Sciences

Email: chuan_z@yahoo.com
日本, Tokyo

Hiroki Oue

The Faculty of Agriculture

Email: chuan_z@yahoo.com
日本, Tokyo

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