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Assessing the Human Dimension of Drought Severity: Strategies for Transboundary River Basins
  • +2
  • John Dillard,
  • Aniya Dogra,
  • Abdul Alkamez,
  • Valeria Foxworth,
  • Ali Mehran
John Dillard
Civil and Environmental Engineering Department, San Jose State University

Corresponding Author:john.dillard@sjsu.edu

Author Profile
Aniya Dogra
Civil and Environmental Engineering Department, San Jose State University
Abdul Alkamez
Civil and Environmental Engineering Department, San Jose State University
Valeria Foxworth
Civil and Environmental Engineering Department, San Jose State University
Ali Mehran
Civil and Environmental Engineering Department, San Jose State University

Abstract

Methodology Conclusions and Future work Results This study investigates the impacts of climate change and increasing water demand on water stress levels in the Apalachicola-Chattahoochee-Flint (ACF) River Basin, a critical transboundary water system shared by Georgia, Alabama, and Florida. Recognized as a compound natural hazard, drought in this region is exacerbated by climatic shifts and human-driven policy changes. By analyzing compound drought indices such as SPI, MSSRI, and PDSI, the study explores the interplay between drought events and water management policies, highlighting the influence of state and federal decisions. Results emphasize the need for integrated policy frameworks to address compounded water deficits and mitigate transboundary conflicts.
11 Dec 2024Submitted to 2024 AGU Annual Meeting Preprint Collection on ESS Open Archive
19 Dec 2024Published in 2024 AGU Annual Meeting Preprint Collection on ESS Open Archive