the intensity of aggression in their call in response to other aggression calls. The multi-noted synchronized call has two advantages: multiple notes can hide click notes in the leading call and synchronizing decreases the chance of the leader producing a call response. The decreased chance of a call response happens since many frogs will not answer if a call is produced less than 210 milliseconds after their first call has started. The only time a synchronous advertisement call is not multi-noted is in very dense choruses where advertisement calls are only 1-noted. Diet While tadpoles are macrophagous herbivores, they may display cannibalistic behavior in the presence of dead tadpoles. Lepidoptera, Diptera larva, and Araneae are the most important aspects of the adult D. ebraccatus diet when this prey is abundant in the surrounding area. The prey of D. phlebodes and D. ebraccatus diet are the same and are only different in that the D. ebraccatus consumes larger prey. Parental Care Oviposition Undisturbed aquatic eggs develop at a slightly faster rate than arboreal eggs with an average hatch time of 3.5 days after placement. Both egg groups can alter their rate of development in the presence of unfavorable conditions such as weather or predation. Rates of development and hatching time can be altered from 67% faster to 600% slower than undisturbed hatch times. The rate of development is partially controlled by the rate of enzyme secretion by the hatching gland within the egg. The enzymes secreted by the hatching gland control the rate at which the eggs gel membrane is degradation. D. ebraccatus are special in that they have a reproductive plasticity in where they can lay their eggs. Unlike any other vertebrate, these frogs can lay eggs in water and on land. Most vertebrae species have developed to lay eggs either on land or underwater, but the D. ebraccatus is thought to still be in the process of developing adaptations for success in air and water individually. The many choices of egg laying sites, on land, on leaves about water, on the water’s surface, or fully submerged in water, are chosen based on risk of egg desiccation, the location of predators, and aquatic depth. Site selection for egg laying During drier seasons, D. ebraccatus eggs desiccate far faster than other terrestrial amphibian eggs when on land. On the other hand, D. ebraccatus embryos are more able to develop in aquatic