Neopalpa donaldtrumpi
Neopalpa donaldtrumpi is a moth species of the genus "Neopalpa" occurring in Southern California and Northern Mexico. It was described in 2017 by Iranian-Canadian scientist Vazrick Nazari. Known for its yellowish-white head scales being reminiscent of Donald Trump's hair, the moth was given its name because Nazari stated that he wanted "to bring wider public attention to the need to continue protecting fragile habitats in the US that still contain many undescribed species." Discovery. The genus "Neopalpa", including the species "Neopalpa neonata", was first described in 1998 by Dalibor Povolný. Almost two decades later, Nazari  reviewed the material, including specimens that had been collected since the first description of the genus, from the Bohart Entomology Museum. He considered that some of the specimens formed a new species. In January 2017 he published an article naming it "Neopalpa donaldtrumpi" for the yellowish-white color of the scales on the head, which reminded him of then President-elect Donald Trump's hairstyle. Description. The upper surface of the "N. donaldtrumpi" forewings is orange-yellow except for dark brown patches on the fringe and anterior portions of the wing. The length between forewings is to . Hindwings are pale  buff, with dark fringes. The wings have similar coloration for both males and females. Its antennae are about two-thirds of its wingspan and its head is covered with yellowish white scales, which inspired the moth's name. Compared with "N. neonata", the other species in the genus, "N. donaldtrumpi" male genitalia structures are smaller and female genitalia possess very few small setae. Distribution. While the closely related "N. neonata" occurs throughout much of California, Baja California and Northwest Mexico, specimens of "N. donaldtrumpi" have so far been found only in the Northern half of Baja California and Riverside and  Imperial counties in Southern California. Biology. "Neopalpa donaldtrumpi" belongs to the twirler moths, known for their propensity to spin in circles on leaves. The moth appears to be evenly distributed through the year, but its host plant and lifespan are not known. Its habitat is threatened by urbanization.