Macropterous
Guides
Melanoliarus forcipatus
Melanoliarus forcipatus is a species of planthopper in the family Cixiidae, first described by Caldwell in 1947. Species in this genus are small to medium-sized fulgoroid insects characterized by their brachypterous (short-winged) condition in females and macropterous (long-winged) condition in males. Cixiidae planthoppers are generally associated with woody or herbaceous host plants, with nymphs often feeding on roots. The specific epithet "forcipatus" refers to a forceps-like structure, likely describing a morphological feature of the male genitalia or other appendage.
Oecleus sagittanus
Oecleus sagittanus is a species of planthopper in the family Cixiidae, described by Ball & Klingenberg in 1935. It belongs to the tribe Oecleini, a group of small to medium-sized fulgoroid insects characterized by their brachypterous or macropterous wing conditions and association with host plants. The species epithet 'sagittanus' refers to an arrow-like shape, likely describing a morphological feature of the male genitalia or wing structure. Like other cixiids, it is presumed to feed on plant phloem sap using piercing-sucking mouthparts.
Piesma
ash-grey leaf bugs
Piesma is a genus of small ash-grey leaf bugs in the family Piesmatidae, serving as the type genus of the family. Members are less than 4 mm in length and occur across North America, Europe, Africa, and Asia. The genus is distinguished from the similar genus Parapiesma by a notch in the side margins of the pronotum. Species in this genus are primarily phytophagous and include economically significant pests such as Piesma quadratum, which transmits viral and rickettsia-like pathogens to sugar beet and related crops.
Pseudometapterus umbrosus
Pseudometapterus umbrosus is a species of thread-legged assassin bug (Reduviidae: Emesinae) native to North America. It exhibits wing dimorphism, with most individuals being micropterous (short-winged) and rare macropterous (fully winged) forms documented. The species has been studied for its life history and laboratory rearing potential.