Climate change is impacting many species, ecosystems, and weather events in new, unseen ways that can be difficult to predict and understand. Salamanders are ectotherms, meaning that they are dependent on external sources of heat instead of internal regulation, and therefore are very sensitive to temperature changes. Because of this, they can be used to understand how climate change may affect species or ecosystems. In warmer areas, salamander metabolisms are increased. Because of this, salamanders are required to eat more but may struggle to do so, causing them to have a reduced body size. This reduction in size also could limit the ability to reproduce in female salamanders, further hurting salamander populations. The hypothesis of this study is that salamander abundance and size will be reduced in warmer areas. To do this, three different categories of 18 6mx6m plots, heated, control, and disturbance control, were surveyed in a randomized order. The surveys were done at night since salamanders are nocturnal. Plots were scanned for a duration of 20 minutes. Salamanders found were collected, with a flag placed in the precise area of collection. Each salamander was measured, weighed, and marked with an elastomer tag. The elastomer consists of four marks, two below the front legs and two above the hind legs, each in a different color order to ensure that salamanders could be recognized upon recapture. Finally, the salamanders were returned to their plots using the flags. Results will show that salamander counts were lower on heated plots, with additional analysis of salamander size, body condition, and fecundity.