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This research aims to investigate the mechanisms of water-heat flux in Poyang Lake wetlands related to flooding processes.

鄱阳湖洪泛湿地水热通量模拟研究

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Randomized trial analyzes water-heat flux responses in Poyang Lake wetlands, indicating significant ecological implications.

This research aims to investigate the mechanisms of water-heat flux in Poyang Lake wetlands related to flooding processes.
Improved Variable Infiltration Capacity (VIC) model used for hydrological and energy flux simulation.
Seasonal-scale variations in water-heat flux were quantitatively analyzed.
Driving mechanisms of flooding processes on heat flux distribution were explored.
Model performance showed high correlation (R>0.9) with observed monthly water levels and a Nash-Sutcliffe efficiency (NSE>0.8).
During flooding, latent heat flux increased significantly, with 68% net radiation redistributed as latent heat under submerged conditions.
Energy distribution between lake and surrounding land demonstrated significant differences, with higher latent heat flux in the lake area by 29% than adjacent regions.

Peng et al. (2026) studied this question.

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