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Silk button gall

Harmful Effects of Silk button gall

Neuroterus numismalis

A species of Neuroterus, Also known as Blister gall

Silk button gall larvae induce gall formation on oak leaves, which can lead to leaf damage and impaired photosynthesis. Heavy infestations may cause defoliation, weakening trees and impacting timber quality, with economic implications for forestry.

What Type of Pest Is Silk button gall?

Forestry Pest
Forestry Pest
Damage Stage
Larvae
Host Plants
Oak Trees
Host Plants Organs
Leaves
Damage Ways
Cause Galls
Damage Reason
Egg-laying
Damage Level
Mild to Severe
Silk button gall induces gall formation on oak leaves during its larval stage. While a few galls are generally harmless, a heavy infestation can lead to significant leaf damage, impairing photosynthesis and potentially causing defoliation. This may weaken trees and impact timber quality, affecting forestry economics.
More Insects that are Similar to Silk button gall
Diastrophus kincaidii
Diastrophus kincaidii
Beaked spindle gall wasp
Beaked spindle gall wasp
Heteroecus pacificus, the beaked spindle gall wasp, is a species of gall wasp in the family Cynipidae. According to Ron Russo's book, Plant Galls of California and the Southwest, the galls appear on canyon live oak and huckleberry oak.
Pumpkin Gall Wasp
Pumpkin Gall Wasp
Succulent Oak Gall Wasp
Succulent Oak Gall Wasp
Oyster Gall Wasp
Oyster Gall Wasp
Neuroterus anthracinus is a widely distributed gall wasp that forms chemically induced leaf galls on oak trees. N. anthracinus has both sexual and agamic generations and in consequence forms two distinct galls, the oyster gall and April-bud gall.
California jumping gall wasp
California jumping gall wasp
With a fascinating life cycle, california jumping gall wasp undergoes a complex transition, beginning as a parasitic larva inside plant tissue. Maturing within unique growths called galls on oak leaves, this creature eventually emerges as a winged adult, equipped to perpetuate its lineage. In its adult form, it displays a metallic sheen and navigates the canopy with precision, contributing to the rich tapestry of the ecosystem through pollination and by providing a food source for predators.
Smooth spangle gall wasp
Smooth spangle gall wasp
Neuroterus albipes is a gall wasp that forms chemically induced leaf galls on oak trees which has both bisexual and agamic generations and therefore forms two distinct galls, the smooth spangle gall and Schenck's gall. Neuroterus laeviusculus and Spathegaster albipes are previous binomials found in the literature.
Common spangle gall wasp
Common spangle gall wasp
The common spangle gall on the underside of leaves and the currant gall on the male catkins or occasionally the leaves, develop as chemically induced distortions on pedunculate oak (Quercus robur), or sessile oak (Quercus petraea) trees, caused by the cynipid wasp Neuroterus quercusbaccarum which has both agamic and bisexual generations. Previous names or synonyms for this species are Neuroterus baccarum, N. lenticularis, N. malpighii, Cynips lenticularis, C. quercus-baccarum, Spathegaster baccarum, S. varius, S. interruptor.
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