Temporal Development of Soils in Infiltration Basins

January 2024- Current

Principal Investigator: Eban Bean

University of Florida; Department of Agricultural and Biological Engineering

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Description

Urbanization significantly transforms natural hydrological processes by increasing impervious areas, leading to elevated stormwater runoff and heightened flood risks. The resultant export of pollutants poses threats to water resources. In Florida, over 76,000 stormwater ponds have been identified, with well-drained soils employing dry infiltration basins to manage runoff effectively. These basins, crucial for downstream protection, rely on dynamic soil systems that not only control infiltration rates but also filter pollutants and safeguard groundwater. Bean and Dukes (2015) characterized these soils, linking texture, bulk density, and organic matter to infiltration rates, yet spatial distributions were not considered. Fox et al. (2023) found consistent temporal trends in soil properties in urban landscapes, emphasizing the need to comprehend the evolving nature of soils within these critical areas over time. Understanding the adaptation and development of soils in infiltration basins is imperative for sustainable stormwater management and water resource protection.

 

Project Responsibilities

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