Neural systems mediating motivation and reward have been well described in mammalian model systems, especially with reference to reward properties of drugs of abuse. Far less is known of the neural mechanisms underlying motivation and reward in non-mammals. The behavioral procedure conditioned place preference (CPP) is often used to quantify reward properties of psychoactive drugs. The indirect dopamine agonist d-amphetamine (AMPH) is known for its properties for inducing CPP in mammals and for inducing dose-related stereotypic movements. We used the green tree frog, Hyla cinerea, to examine whether AMPH could induce both CPP and a dose response change in motor behaviors. We demonstrated that H. cinerea can show place conditioning to AMPH following 14 days of training and that AMPH can cause reversal of a strong baseline place preference. Amphetamine-treated animals (20 mg/kg b.w.) received the drug paired with the previously non-preferred context, and vehicle paired with the preferred context. Control animals received vehicle in both preferred and non-preferred contexts. Amphetamine-treated animals switched context preference following conditioning, whereas control animals did not. We also demonstrated in an open-field experiment that AMPH did not cause any noticeable changes in motor movement or behaviors across a range of doses (0, 10, 20 mg/kg b.w.). This study represents the first examination of the behavioral effects of AMPH in amphibians. These results may contribute to a better understanding of the function and pharmacology of a reward system that may mediate natural behaviors in frogs and other vertebrates.