Fu Liao

Lake–aquifer connectivity controls groundwater dynamics in a multi-aquifer system within a typical floodplain

Hanxiao Wang, Fu Liao, Guangcai Wang, Xianglong Chen et autres

Study region The study was conducted in the Poyang Lake floodplain, China, where a vertically stratified multi-aquifer system interacts with Poyang Lake, a seasonal lake (Candou Lake), regional lateral flow, rainfall infiltration, and artificial ponds. Study focus This study investigates the drivers …

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New insights into lacustrine groundwater discharge within the groundwater-wetland-lake system in arid regions

Xinming Song, Fu Liao, Guangcai Wang, Xiaodong Li et autres

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Hydrochemical Characteristics and Evolution of Groundwater in Lop Nur Salt Field, Northwestern China

Xu Han, Junxing Liu, He Qin, Wanjun Jiang et autres

ABSTRACT Brine is a critical type of an important mineral resource. Taking groundwater around the E11 Salt Field of the Lop Nur (Xinjiang) as the research object, this study adopted hydrochemical analysis, correlation analysis, self‐organizing map (SOM) clustering, and positive matrix factorization …

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Autocorrelation-guided dual-modality fusion network for high-fidelity and robust scattering imaging

Zhanhong Liu, Guangmang Cui, Jianhua Mo, Fu Liao et autres

Learning-based scattering imaging usually relies on either speckle patterns or autocorrelation maps, leading to a trade-off between fidelity and robustness. Here, we propose an autocorrelation-guided dual-modality framework that combines stable structural priors with speckle-based details. A physics-consistent autocorrelation crop augmentation (ACA) strategy …

Unraveling water sources and groundwater discharge in Mu Us Desert lakes using coupled 222Rn-2H-18O and hydrochemical tracers

Fengxia Liu, Guangcai Wang, Fu Liao, Hanxiao Wang et autres

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Insights of the change characteristics of groundwater in ecological water replenishment area: A case of lower reach of the Yongding river, China

Ying Zhu, Pengpeng Zhou, Xilai Jin, J Zhang et autres

Assessing the characteristics of groundwater variations in areas affected by artificial recharge is essential for guiding the groundwater resources management and groundwater ecology. However, it is still a challenging task for characterizing the groundwater variations when monitoring data are limited or short-term. …

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Impact of isolated mountains on groundwater hydrochemical evolution: insight from isotopic and geochemical analysis

Aoao Du, Fu Liao, Yourang Zan, Ziwen Zhang et autres

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Natural and anthropogenic controls on rare earth elements in groundwater: Indicative significance for distinguishing agricultural and urban-industrial impacts

Hang Meng, Guangcai Wang, Fu Liao, Hairu Mao et autres

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Characterization of groundwater discharge in an area of dense salt crust formation in the high-salinity South Huobuxun Lake (NW China) using isotopic and hydrogeochemical analyses

Xinming Song, Fu Liao, Guangcai Wang, Nuan Yang et autres

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Unveiling spatial nitrogen transformations in agricultural lacustrine soils and their contribution to groundwater ammonium contamination: An integration of isotopic tracers and multivariate statistics

Hanxiao Wang, Guangcai Wang, Fu Liao, Xiaomei Jin et autres

Nitrogen contamination in groundwater threatens water security in agricultural lake basins. However, the mechanisms controlling the transformation and transport of nitrogen from the lacustrine soil surface to the aquifer remain unclear. This study integrates isotopic fingerprinting (δ¹⁵N, δ¹⁸O, δ²H) with multivariate statistical …

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Hydrogeochemical and hydrogeological controls on spatiotemporal dynamics of groundwater phosphorus in a Lake Basin

Ying Zhu, Guangcai Wang, Fu Liao, Hairu Mao et autres

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Deciphering Sulfur-Based Denitrification in Confined Alluvial-Lacustrine Aquifers through Multi-isotope ( 15 N, 34 S, 13 C, and 18 O) and Metagenomic Analyses

Xianglong Chen, Yizhi Sheng, Guangcai Wang, Fu Liao et autres

Sulfur-based denitrification offers unique advantages in nitrogen removal in low-carbon environments. Despite its importance, the prevalence, controlling factors, and microbial mediators of sulfur-based denitrification in aquifers remain largely unknown. By integrating multiple stable isotopes and genome-resolved metagenomics, we investigated the coupling of …

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