Social and Behavioral Sciences Commons^™

Relationship Between Lidar-Derived Canopy Layering And Rainfall Redistribution In Forests Varies With Scale, Daniel Cirincione

GS4 Georgia Southern Student Scholars Symposium

Forest canopy can reduce precipitation reaching the ground by up to 50% through interception, storage, and evaporation of droplets from leaf and bark surfaces. This process, called "interception loss," impacts runoff, recharge, flood flashiness, erosion, etc., and cost of stormwater management. It is not well understood how canopy structure affects interception loss, particularly in urban forests. This research addresses this issue by monitoring interception loss variables for a common south eastern US tree species (slash pine) across a natural-to-urban gradient in forest structure. This study considers three different sites to obtain the natural-to-urban gradient. Two of those sites are at …