Improved understanding of urban ecohydrology is key to addressing the combined challenges of urbanization and natural hazards, including extreme heat, flooding, and water quality degradation. Nature-based solutions and green infrastructure offer promising strategies, but their effectiveness depends on understanding complex interactions among hydrology, energy, vegetation, and the built environment. This session invites research that advances our understanding of these dynamics and their spatiotemporal variability through fieldwork, modeling, and interdisciplinary approaches. We welcome studies that: (1) quantify urban water and energy budgets; (2) evaluate green infrastructure performance; (3) explore plant responses to urban stressors; and (4) inform equitable and science-based urban design. Contributions spanning from plant physiology to watershed-scale processes and from natural to engineered systems are encouraged. Submissions addressing the social implications of how ecosystem benefits are distributed are especially welcome. Together, we aim to foster dialogue and discovery around the ecohydrological foundations of resilient, sustainable, and livable cities.