付永威

付永威，博士毕业于美国北卡罗来纳州立大学，2021年至2023年在北卡罗来纳州立大学从事博士后研究。目前专注于土壤结构、水热盐运移传导及人工智能驱动的土壤物理学（AI for Soil Physics）研究。截至目前，以第一作者在Water Resources Research, Geoderma, Journal of Hydrology, Agricultural Forest Meterology, Soil & Tillage Research等期刊发表论文16篇，其中中科院一区期刊发表论文14篇。主持美国自然科学基金（NSF）项目、国自然青年基金项目，任土壤学一区top期刊Soil and Tillage Research、地学综合期刊Earth Critical Zone编委及The Innovation Geoscience青年编委。

Soil and Tillage Research编委

Earth Critical Zone编委

The Innovation Geoscience青年编委

1. 土壤结构与水热盐耦合传导 (Soil Structure and Coupled hydro-thermal-electrical transport)

(1) 多孔介质耦合传导 (Coupled transport in porous media); 

(2) 土壤结构信息表征 (Characterization of soil structure information)

2. 人工智能驱动的土壤物理  (AI for Soil Physics)

(1) 可解释性机器学习 (Interpretable machine learning)；

(2) 不同尺度下的土壤异质性研究 (Soil heterogenity across scales)

本科生课程：近十年课程数据

纵向项目 其他项目

论文题目	刊物名称	收录类别	发表年月	第一作者或全部作者	第一作者单位	排名
Neural network estimation of thermal conductivity across full saturation for various soil types	Computers and Electronics in Agriculture	中科院一区	2025年3月	Yongwei Fu	China Agricultural University/North Carolina State University	1
Monitoring Dynamic Water Content, Bulk Density, and Heat and Water Fluxes in the Critical Zone with Thermo-Time Domain Reflectometry Sensors	Vadose Zone Journal	中科院三区	2024年12月	Yili Lu	China Agricultural University	4
Modeling the nonlinear–to–linear relationship between bulk and pore water electrical conductivity in saturated porous media using a Padé approximant	Water Resources Research	中科院一区	2024年11月	Yongwei Fu	China Agricultural University/North Carolina State University	1
Estimating soil water retention curves over the entire saturation range: a thermal conductivity-based approach	Journal of Hydrology	中科院一区	2024年9月	Yongwei Fu	China Agricultural University/North Carolina State University	1
New insights into the correlation between soil thermal conductivity and water retention in unsaturated soils	Vadose Zone Journal	中科院三区	2023年12月	Yongwei Fu	North Carolina State University	1
Excluding quartz content from the estimation of saturated soil thermal conductivity: Combined use of differential effective medium theory and geometric mean method	Agricultural and Forest Meteorology	中科院一区	2023年9月	Yongwei Fu	North Carolina State University	1
Robust calibration and evaluation of a percolation-based effective‐medium approximation model for thermal conductivity of unsaturated soils	Geoderma	中科院一区	2023年8月	Yongwei Fu	North Carolina State University	1
Estimating soil water retention curves from thermal conductivitymeasurements: A percolation-based effective-medium approximation	Journal of Hydrology	中科院一区	2023年6月	Yongwei Fu, Lin Liu	North Carolina State University	1
An Unsaturated Hydraulic Conductivity Model Based on the Capillary Bundle Model, the Brooks‐Corey Model and Waxman‐Smits Model	Water Resources Research	中科院一区	2023年6月	Yongwei Fu	North Carolina State University	1
Estimating soil water suction from texture, bulk density and electrical resistivity	Geoderma	中科院一区	2021年11月	Lin Liu	China Agricultural University	3
Estimating soil water retention curves from soil thermal conductivity measurements	Journal of Hydrology	中科院一区	2021年11月	Yongwei Fu	North Carolina State University	1
Root influences on soil bulk density measurements with thermo-time domain reflectometry	Geoderma	中科院一区	2021年6月	Yongwei Fu	China Agricultural University/North Carolina State University	1
A general form of Archie’s model for estimating bulk soil electrical conductivity	Journal of Hydrology	中科院一区	2021年3月	Yongwei Fu	North Carolina State University	1
Estimation of soil water retention curves from soil bulk electrical conductivity and water content measurements	Soil and Tillage Research	中科院一区	2021年2月	Yongwei Fu	North Carolina State University	1
Root-induced changes in soil thermal and dielectric properties should not be ignored	Geoderma	中科院一区	2020年3月	Yongwei Fu	China Agricultural University/North Carolina State University	1
Measuring dynamic changes of soil porosity during compaction	Soil and Tillage Research	中科院一区	2019年5月	Yongwei Fu	North Carolina State University	1
探头有限特性对热脉冲-时域反射技术测定土壤热特性的影响	农业工程学报	EI	2014年10月	付永威	China Agricultural University	1

软件著作 专利