This document summarizes a study that tested the influence of water chemistry, pond morphology, and spatial variables on tadpole abundance across 11 square kilometers. Environmental data was collected from August 2008 to January 2009 on variables like pH, dissolved oxygen, temperature, conductivity, and turbidity. Pond morphology factors like area, depth, and floating vegetation were also measured. Spatial variables were modeled using Principal Coordinates of Neighbor Matrices analysis. Variation partitioning and partial redundancy analysis showed that water chemistry explained 16% of tadpole abundance variation, pond morphology explained 20%, and spatial factors explained 20%. The results suggest both dispersal limitation and habitat selection influence fine-scale spatial dynamics of tadpoles in the landscape.