Temperatures have been steadily increasing over the past century, reaching record highs across the globe, leading to worry about potential harm to ectotherms that rely on cool, moist environments, including amphibians. Higher temperatures have the potential to harm the Eastern redback salamander, Plethedon cinereus, a widespread species of lungless terrestrial salamander that makes up a large portion of biomass in eastern deciduous forests. However, there is limited knowledge on how higher temperatures impact body condition and survival rates in P. cinereus. Our study looked at the difference in body condition and survival rates in individuals of P. cinereus in control, disturbance control, and heated plots. Surveys of surface-active salamanders took place at night and were supplemented by weekly daytime surveys of cover boards. We used the mark-capture-recapture method as a proxy for survival rates, and a regression of log(mass) on log(SVL) and log(TVL) to calculate body condition. We also gathered information on movement patterns of recaptured salamanders. We expect individuals found in heated plots to have lower body conditions and survival rates than those in control plots, which would indicate that higher temperatures play a negative role in survival and maintaining body condition. Data on survival rates, growth rates, and movement patterns could be used to inform models forecasting the effects of climate change on woodland salamander populations. Additionally, the information from this study will help researchers evaluate the potential impacts of higher temperatures on forest food webs.