Curtara
DeLong & Freytag, 1972
Species Guides
1- Curtara insularis(Ringspot Leafhopper)
Curtara is a of leafhoppers in the Cicadellidae, tribe Gyponini, established by DeLong & Freytag in 1972. in this genus produce distinctive brochosomes—nanoparticles that coat their . Compared to other leafhopper genera such as Gyponana, Curtara brochosomes appear smoother and more circular in , with less angular pitting. These nanoparticles function in waterproofing and anti-reflective camouflage.
Pronunciation
How to pronounce Curtara: //kɜrˈtɑːrə//
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Curtara can be distinguished from related in the tribe Gyponini by the of its brochosomes. Under electron microscopy, Curtara brochosomes appear smoother and more circular compared to the more angled, geometrically pitted brochosomes of genera such as Gyponana. Brochosome diameter in Curtara falls within the general leafhopper range of 200–1000 nanometers.
Images
Behavior
Like other leafhoppers in the tribe Gyponini, Curtara produce brochosomes internally in the and excrete them in liquid droplets. They apply these nanoparticles to their bodies using comb-like rows of spines on their hind legs, creating a superhydrophobic and anti-reflective coating.
Human Relevance
Curtara brochosomes have been studied as part of broader research into bioinspired materials. Their smoother, more circular brochosome provides a comparative model for understanding how nanoparticle structure affects hydrophobic and anti-reflective properties in biological systems.
Similar Taxa
More Details
Brochosome morphology
Comparative microscopy studies have documented that Curtara brochosomes exhibit distinct morphological differences from those of Gyponana, with Curtara showing reduced angularity in surface pitting and a more uniformly circular overall shape.