Arna bipunctapex is a downy butterfly from the spider owl family (Erebidae). The scientific name of the species was first validly published in 1891 by Hampson.

The wingspan is 3 - 4 cm.

Adorned with a wool-like covering, brown tussock moth is known for its ability to release defensive chemicals against its would-be predators. As it transitions from its larval stage, it exhibits a remarkable metamorphosis culminating in a nocturnal lifestyle, where it takes to the sky on delicate wings, seeking out a diverse range of host plants to nourish itself in its new, winged form.

Orvasca subnotata is a downy butterfly from the spider Orvasca subnotata family (Erebidae). The scientific name of the species was first validly published in 1865 by Walker.

The wingspan is about 4.5 cm for females and 3.5 cm for males. The caterpillars are covered in bristles, inducing an allergic reaction (Urticaria) with some people.

Ivela auripes is a nocturnal lepidopteran, recognizable for its tufted caterpillar stage which later undergoes a metamorphosis into a winged adult. These creatures exhibit sexual dimorphism, with females typically displaying more pronounced wing colorations and patterns. During their larval phase, they feed on a variety of host plants, which they continue to rely on until they reach maturity. As adults, they switch to a diet largely consisting of nectar, contributing to the pollination of various flowering species.

Adorned with tufts of hair-like scales, bean tussock moth is an intriguing denizen of diverse habitats, adapting its coloration from caterpillar to adult to protect itself from predators. This creature undergoes a profound metamorphosis, initially hatching from eggs laid on foliage and sustaining itself on a varied vegetative diet, before transitioning into a dormant pupal stage, eventually emerging with wings designed for short-distance flights. Bean tussock moth's sophisticated sensory apparatus equips it to expertly navigate through its environment, while its reproductive strategy ensures the perpetuation of its lineage amidst a complex ecosystem.

Sporting a visually striking pattern on its wings, dura alba is well adapted for temperate woodland habitats. Its lifecycle begins with larvae that voraciously consume the foliage of a variety of deciduous trees. As it transitions into adulthood, dura alba develops scales on its wings which play a role in thermoregulation and water repellency, critical adaptations that aid in its survival and distribution across diverse terrestrial environments.