N. Haregeweyn

Reconstructing Geochemical and Mineralogical Signatures of Weathering and Sedimentation: A <scp>L</scp> ate <scp>P</scp> leistocene– <scp>H</scp> olocene Record From the

This study aimed to reconstruct weathering intensity, sedimentation rates and to elucidate associated environmental changes recorded in floodplain deposits of the Chemoga watershed of the Upper Blue Nile Basin (UBNB) in Ethiopia. A 20‐m sediment core, CGC2023, was analysed for major oxide geochemistry ( n  = 23),...

Sustainable Land Management Practices Enhance Soil Microbial Biomass Carbon in Global Croplands

Machine Learning-Informed Hydrological Response Time Modeling in Tropical Watersheds

Flood occurrence in tropical regions is intensifying due to climate variability and land-use change, increasing the need for reliable flood response time estimation. Accurate prediction of flood lag time (TL)—the interval between the centroid of excess rainfall and peak runoff—is critical for flood early warning and wa...