the golden specks on the specie’s dorsal side. Physiology Glass frogs are known to have opaque skin. An experiment first published in March 2020 demonstrated the significance of having semi-translucent skin in glass frogs using T. midas and E. Prosoblepon. The experiment collected twenty-five adult T. midas captured in French Guiana as samples. The samples were compared under a white background and a leaf background mimicking the species' natural living conditions. The twenty-five frogs were then observed based on four different visual models: tetrachromatic avian, trichromatic snake, dichromatic mammal, and trichromatic human. Camouflage Properties of T. Midas Researchers also collected data based on human observers to compare the camouflage properties of T. midas. The results show that semi-opacity may not be a contributing property of changing the hues of the animal. Instead, the semi-transparent body of the frog can change translucency when placed in different surroundings. In other words, the result of the experiment reveals that the semi-transparent body of T. midas does not change colors to its surroundings; rather, it changes the brightness levels of its body to blend into the environment. Additionally, the opaque body decreases the outline of the frog on leaves, thus also blurring the distinction between the outline of T. midas and its surroundings, an important aspect of camouflaging. The same researchers also suggested that the semi-transparent properties may be an advantage over completely transparent, as it may block out harmful UV radiation from sunlight which protects the internal organs of individuals. Habitat T. midas is mostly found in the lowlands of South America, with highly diverse vegetation, including both humid and dry forests. T. midas is mostly found in lowland areas of northern South America, usually at heights between 190 and 1050 m above sea level. The newest record is around twelve hundred kilometers southeast of the Crique ,Grand Leblond French Guyana, which is the easternmost record of the species. The wide range of T. midas leads researchers to consider T. midas may be a possible species complex due to its widespread population. Habitat Destruction Tadpoles develop in streams. It is locally suffering from habitat loss, but there are large areas of suitable habitat remaining. Though there are records of glass frogs, Centrolenidae, being kept as pets worldwide, there is no specific data on T. midas being kept in captivity. Mating Advertisement calls have been described for fewer than 25% of species of glass