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职业迁徙
个人简介
The overall goal of my research program is to understand the mechanisms of soil water dynamics and thermal regimes in non-level landscapes—at the pedon, hillslope (catchment) and landscape scale. At the pedon and hillslope scale, vegetation, groundwater, and soil properties significantly affect soil water dynamics and thermal regimes and the interactions between these factors are not well understood. This is particularly true in semi-arid environments where freezing and thawing occur for six months.
My current research focuses on the soil physical and hydrological characteristics that lead to different ecosystems, particularly in Boreal and re-vegetated ecosystems. Applications include reclamation of mining wastes using coarse-textured cover materials, improving soil water storage capacity using layered soils, understanding hydrophobicity of soil materials, and evaluating soil water balance in hydrocarbon-affected reclamation soils at the water-shed scale.
My current research focuses on the soil physical and hydrological characteristics that lead to different ecosystems, particularly in Boreal and re-vegetated ecosystems. Applications include reclamation of mining wastes using coarse-textured cover materials, improving soil water storage capacity using layered soils, understanding hydrophobicity of soil materials, and evaluating soil water balance in hydrocarbon-affected reclamation soils at the water-shed scale.
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Remote. Sens.no. 5 (2023): 1233-1233
Tao Zhou,Wenhao Lv,Yajun Geng, Shancai Xiao,Jie Chen,Xiangrui Xu,Jianjun Pan,Bingcheng Si,Angela Lausch
Comput. Electron. Agric. (2023): 107928
JOURNAL OF HYDROLOGY (2023): 130015-130015
Zhongen Niu,Bingcheng Si,Dong Li,Ying Zhao,Xiyong Hou, Linlin Li,Bin Wang,Bing Song,Mengyu Zhang, Xiyu Li,Na Zeng,Xiaobo Zhu,
REMOTE SENSINGno. 17 (2023): 4332-4332
Agriculture, Ecosystems & Environment (2023): 108655
Tree physiologyno. 9 (2023): 1691-1703
Canadian Biosystems Engineeringno. 1 (2022): 1.1-1.9
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