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F

Fen Huang

UNESCO

H指数:3

被引数:35

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Hydrology-driven chemical weathering and CO₂ consumption in a mixed-lithology karst river system

水文驱动的混合岩性岩溶河流系统中的化学风化和CO<sub>2</sub>消耗

Journal of Hydrology-Regional Studies

IF5

2026-10-010

OAAI

Precipitation dominance in regulating the carbonate weathering carbon sink flux: Insights from a regionally calibrated GEM-CO₂ model

降水在调控碳酸盐风化碳汇通量中的主导作用：来自区域校准的GEM-CO<sub>2</sub>模型的见解

Applied Geochemistry

IF3.4

2026-09-110

PRE

HieraBoost-Q: interpretable karst discharge prediction from multi-site electrical conductivity with SHAP-based mechanism insights

HieraBoost-Q：基于SHAP机制洞察的多站点电导率可解释喀斯特径流预测

Journal of Hydrology

IF6.3

2026-02-180

PRE

Phosphorus Speciation and Mobility in the Dredged Sediment of an Urban Lake: The Role of Coupled Fe-S-P Dynamics and Microbial Succession

IF12.4

2026-01-190

PRE

Quantitative analysis of recharge sources in the karst underground river basin of Maocun, Guilin, based on hydrogen-oxygen isotopes and the MixSIAR model

基于氢氧同位素和MixSIAR模型的桂林毛村喀斯特地下河流域补给源定量分析

Environmental Earth Sciences

IF2.8

2025-10-170

PRE

Hydrogeological structures of karst features using hydrographs in an underground river basin formed in a peak cluster depression, southwest China

JOURNAL OF HYDROLOGY

IF6.3

2024-05-015

PRE

An efficient LSTM network for predicting the tailing and multi-peaked breakthrough curves

JOURNAL OF HYDROLOGY

IF6.3

2023-09-014

PRE

An efficient fractional-in-time transient storage model for simulating the multi-peaked breakthrough curves

JOURNAL OF HYDROLOGY

IF6.3

2021-09-016

PREAI