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Lihong Wang, Tianxiao Li, Hui Liu, Zuowei Zhang, Aizheng Yang and Hongyu Li
Global climate warming and increased climate variability may increase the number of annual freeze?thaw cycles (FTCs) in temperate zones. The occurrence of more frequent FTCs is predicted to influence soil carbon and nitrogen cycles and increase nitrogen ...
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Qiang Fu, Linqi Li, Mo Li, Tianxiao Li, Dong Liu and Song Cui
The potential influence of natural variations in a climate system on global warming can change the hydrological cycle and threaten current strategies of water management. A simulation-based linear fractional programming (SLFP) model, which integrates a r...
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Tianxiao Li, Mengxin Sun, Qiang Fu, Song Cui and Dong Liu
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Qiang Fu, Renjie Hou, Tianxiao Li, Peiru Yan, Ziao Ma
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Snow cover is the most common upper boundary condition influencing the soil freeze-thaw process in the black soil farming area of northern China. Snow is a porous dielectric cover, and its unique physical properties affect the soil moisture diffusion, he...
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Qiang Fu, Dong Liu, Tianxiao Li, Song Cui, Yuxiang Hu
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The accurate and reliable prediction of groundwater depth is the basis of the sustainable utilization of regional groundwater resources. However, the complexity of the prediction has been ignored in previous studies of regional groundwater depth system a...
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